AISE-TUDelft/LLM-of-Babel-GR2 · Datasets at Hugging Face

file_id int64 1 46.7k	content stringlengths 14 344k	repo stringlengths 7 109	path stringlengths 8 171
356	/** * Η κλάση αυτή υλοποιεί το MaxHeap / public class MaxHeap { //πίνακας από Points που περιέχει όλα τα στοιχεία που ανήκουν στη σωρό private final Point[] MaxHeap; //πλήθος σημείων που υπάρχουν στη σωρό private int size; //μέγιστη χωρητικότητα της σωρού private final int maximum; /* * Κατασκευαστής με 1 όρισμα * @param maximum_size η μέγιστη χωρητικότητα / public MaxHeap(int maximum_size) { this.maximum = maximum_size; this.size = 0; MaxHeap = new Point[this.maximum + 1]; Point point = new Point(Double.MIN_VALUE, Double.MIN_VALUE); point.setDistance_point(Double.MAX_VALUE); MaxHeap[0] = point; } public int getSize(){ return size; } /* * Μέθοδος που επιστρέφει true αν ο κόμβος είναι φύλλο ή false αν δεν είναι * @param node κόμβος για το οποίο θέλω να μάθω αν είναι φύλλο στο δέντρο μου / private boolean isLeaf(int node) { return get_left_child(node) >= size; } /* * Μέθοδος που επιστρέφει το που βρίσκεται ο γονιός * @param node κόμβος του οποίου ψάχνω τον γονιό / private int get_parent(int node) { //parent return node / 2; } /* * Μέθοδος που επιστρέφει το που βρίσκεται το αριστερό παιδί * @param node κόμβος του οποίου ψάχνω το αριστερό παιδί / private int get_left_child(int node) { //leftChild return (2 node); } /** * Μέθοδος που επιστρέφει το που βρίσκεται το δεξί παιδί * @param node κόμβος του οποίου ψάχνω το δεξί παιδί / private int get_right_child(int node) { //rightChild return (2 node) + 1; } /** * Μέθοδος που αντιστρέφει δύο κόμβους node1 και node2 στη σωρό * node1, node2 είναι οι κόμβοι που θέλω να αλλάξω μεταξύ τους / private void swap(int node1, int node2) { Point temp; temp = MaxHeap[node1]; MaxHeap[node1] = MaxHeap[node2]; MaxHeap[node2] = temp; } public Point getMax(){ return MaxHeap[1]; } public Point extractMax() { Point popped = MaxHeap[1]; MaxHeap[1] = MaxHeap[size]; apply_maxHeap(1); size--; return popped; } /* * Μέθοδος που εφαρμόζει τον αλγόριθμο MaxHeap σε ένα υποδέντρο * Με τη μέθοδο αυτή έχουμε ως αποτέλεσμα το δεξί και αριστερό υποδέντρο του κόμβου node να είναι heaped και το μόνο που μένει είναι να φτιάξουμε τη ρίζα / private void apply_maxHeap(int node) { if (isLeaf(node)) return; if (MaxHeap[node].getDistance_point() < MaxHeap[get_left_child(node)].getDistance_point() \|\| MaxHeap[node].getDistance_point() < MaxHeap[get_right_child(node)].getDistance_point()) { if (MaxHeap[get_left_child(node)].getDistance_point() > MaxHeap[get_right_child(node)].getDistance_point()) { swap(node, get_left_child(node)); apply_maxHeap(get_left_child(node)); } else { swap(node, get_right_child(node)); apply_maxHeap(get_right_child(node)); } } } /* * Μέθοδος που προσθέτει ένα καινούργιο στοιχείο στη σωρό */ public void insert_to_maxHeap(Point new_point) { if (size == maximum){ if(new_point.getDistance_point()<=getMax().getDistance_point()) extractMax(); else return ; } MaxHeap[++size] = new_point; int current = size; while (MaxHeap[current].getDistance_point() > MaxHeap[get_parent(current)].getDistance_point() ) { swap(current, get_parent(current)); current = get_parent(current); } } }	NikosVogiatzis/UniProjects	java Rstartree/Rstartree/Rtree/src/MaxHeap.java
357	package gr.grnet.dep.service; import com.fasterxml.jackson.databind.JsonNode; import com.fasterxml.jackson.databind.ObjectMapper; import com.fasterxml.jackson.databind.node.ArrayNode; import com.fasterxml.jackson.databind.node.ObjectNode; import gr.grnet.dep.service.exceptions.ServiceException; import gr.grnet.dep.service.model.JiraIssue; import gr.grnet.dep.service.model.JiraIssue.; import gr.grnet.dep.service.model.Role.RoleDiscriminator; import gr.grnet.dep.service.model.User; import gr.grnet.dep.service.util.DEPConfigurationFactory; import org.apache.commons.codec.binary.Base64; import org.apache.commons.configuration.Configuration; import org.apache.commons.configuration.ConfigurationException; import javax.ejb.; import javax.persistence.EntityManager; import javax.persistence.PersistenceContext; import javax.ws.rs.client.Client; import javax.ws.rs.client.ClientBuilder; import javax.ws.rs.client.Entity; import javax.ws.rs.core.MediaType; import java.net.URLEncoder; import java.text.ParseException; import java.text.SimpleDateFormat; import java.util.; import java.util.concurrent.Future; import java.util.logging.Level; import java.util.logging.Logger; @Stateless(name = "jiraService") public class JiraService { private static final Logger logger = Logger.getLogger(JiraService.class.getName()); /* * username: apella * password: Test "!@#$%^&()" \|\| Production: "Pk%81:$/IES/" / private static String PROJECT_KEY; private static String REST_URL; private static String USERNAME; private static String PASSWORD; private static String CONFIGURATION; private static Configuration conf; static { try { conf = DEPConfigurationFactory.getServerConfiguration(); PROJECT_KEY = conf.getString("jira.project.key"); REST_URL = conf.getString("jira.url"); USERNAME = conf.getString("jira.username"); PASSWORD = conf.getString("jira.password"); CONFIGURATION = conf.getString("jira.configuration", "PRODUCTION"); } catch (ConfigurationException e) { } } private final ObjectMapper mapper = new ObjectMapper(); @PersistenceContext(unitName = "apelladb") protected EntityManager em; @EJB JiraService jiraService; private ResourceBundle jiraResourceBundle = ResourceBundle.getBundle("dep-jira", new Locale("el")); public String getResourceBundleString(String key, String... args) { String result = jiraResourceBundle.getString(key); if (args != null && (args.length % 2 == 0)) { for (int i = 0; i < args.length - 1; i += 2) { String name = args[i]; String value = args[i + 1]; result = result.replaceAll("\\{" + name + "\\}", value); } } return result; } private JsonNode doGet(String path) throws Exception { Client client = ClientBuilder.newClient(); logger.fine("GET REQUEST: " + path); JsonNode jsonNode = client.target(REST_URL + path) .request(MediaType.APPLICATION_JSON) .header("Authorization", "Basic " + authenticationString()) .get(JsonNode.class); logger.fine("GET RESPONSE: " + path + " SUCCESS"); client.close(); return jsonNode; } private JsonNode doPost(String path, JsonNode data) { Client client = ClientBuilder.newClient(); logger.fine("POST REQUEST: " + path + " " + data.toString()); JsonNode jsonNode = client.target(REST_URL + path) .request(MediaType.APPLICATION_JSON) .header("Authorization", "Basic " + authenticationString()) .post(Entity.json(data), JsonNode.class); logger.fine("POST RESPONSE: " + path + " SUCCESS"); client.close(); return jsonNode; } private String authenticationString() { byte[] enc = Base64.encodeBase64((USERNAME + ":" + PASSWORD).getBytes()); return new String(enc); } @Asynchronous public Future<JiraIssue> queueCreateIssue(JiraIssue issue) throws ServiceException { JiraIssue result = createRemoteIssue(issue); return new AsyncResult<>(result); } public JiraIssue getRemoteIssue(String issueKey) throws Exception { JsonNode node = doGet("/issue/" + issueKey); return fromJSON(node); } public List<JiraIssue> getRemoteIssues(List<Long> issueIds) throws Exception { if (issueIds.isEmpty()) { return new ArrayList<JiraIssue>(); } // Comma separated values String ids = ""; for (Long id : issueIds) { ids = ids.concat("," + id); } ids = ids.substring(1); // Search query String jql = "id in (" + ids + ")"; /* { "expand": "names,schema", "startAt": 0, "maxResults": 50, "total": 1, "issues": [ { "expand": "", "id": "10001", "self": "http://www.example.com/jira/rest/api/2/issue/10001", "key": "HSP-1" } ] } / JsonNode searchNode = doGet("/search?jql=" + URLEncoder.encode(jql, "UTF-8") + "&maxResults=" + issueIds.size()); List<JiraIssue> issues = new ArrayList<JiraIssue>(); Iterator<JsonNode> issuesIterator = searchNode.get("issues").iterator(); while (issuesIterator.hasNext()) { JsonNode issueNode = issuesIterator.next(); issues.add(fromJSON(issueNode)); } return issues; } public JiraIssue createRemoteIssue(JiraIssue issue) throws ServiceException { // Read and validate data IssueStatus status = issue.getStatus(); IssueResolution resolution = issue.getResolution(); if (!status.equals(IssueStatus.OPEN) && resolution == null) { throw new ServiceException("jira.missing.resolution"); } try { // 1. Create Issue issue.setStatus(null); issue.setResolution(null); JsonNode issueData = toJSON(issue); JsonNode response = doPost("/issue/", issueData); // Response sends only id and key issue.setId(response.get("id").asLong()); issue.setKey(response.get("key").asText()); // 2. Update with a transition to status if not OPEN if (!status.equals(IssueStatus.OPEN)) { JsonNode updateStatusData = toTransitionJSON(status, resolution, "Automatic transition"); response = doPost("/issue/" + issue.getKey() + "/transitions", updateStatusData); // Response is empty if transition succeeds } // Restore status and resolution issue.setStatus(status); issue.setResolution(resolution); // 3. Set Date (will be updated when quartz job refreshes all issues) Date now = new Date(); issue.setCreated(now); issue.setUpdated(now); return issue; } catch (Exception e) { logger.log(Level.WARNING, "jira.communication.problem"); throw new ServiceException("jira.communication.problem", e); } } public JiraIssue getIssue(Long issueId) throws ServiceException { JiraIssue issue = em.find(JiraIssue.class, issueId); if (issue == null) { throw new ServiceException("issue.not.found"); } return issue; } public List<JiraIssue> getUserIssues(Long userId) { @SuppressWarnings("unchecked") List<JiraIssue> issues = em.createQuery( "from JiraIssue issue " + "where issue.user.id = :userId") .setParameter("userId", userId) .getResultList(); return issues; } public JiraIssue createIssue(JiraIssue issue) throws ServiceException { // Validate data if (issue.getUser() == null \|\| issue.getUser().getId() == null) { throw new ServiceException("missing.user"); } User user = em.find(User.class, issue.getUser().getId()); if (user == null) { throw new ServiceException("user.not.found"); } try { // Send to Jira JiraIssue createdIssue = createRemoteIssue(issue); // Save to Database createdIssue.setUser(user); createdIssue = em.merge(createdIssue); return createdIssue; } catch (Exception e) { throw new ServiceException("jira.communication.problem", e); } } @TransactionAttribute(TransactionAttributeType.REQUIRED) public JiraIssue updateIssue(JiraIssue issue) throws ServiceException { JiraIssue existingIssue = getIssue(issue.getId()); // Validate data issue.setUser(existingIssue.getUser()); // Update (no need to copy to existingIssue, since ids are not auto-generated and we want to override all fields) issue = em.merge(issue); // Return result return issue; } @TransactionAttribute(TransactionAttributeType.NOT_SUPPORTED) public int synchronizeIssues() throws Exception { List<Long> localIssueIds = em.createQuery( "select i.id from JiraIssue i " + "where i.status != :statusClosed", Long.class) .setParameter("statusClosed", IssueStatus.CLOSED) .getResultList(); List<JiraIssue> remoteIssues = getRemoteIssues(localIssueIds); for (JiraIssue issue : remoteIssues) { jiraService.updateIssue(issue); } return remoteIssues.size(); } ////////////////////////////////////////// // Parsers, formatters / ISSUE TEMPLATE: { "id": "25655", "key": "APELLA-1251", "fields": { "project": { "id": "11241", "key": "APELLA", "name": "Apella" }, "issuetype": { "id": "14", "description": "Αφορά σε πρόβλημα της υπηρεσίας", "name": "Πρόβλημα", }, "resolution": { "id": "1", "description": "A fix for this issue is checked into the tree and tested.", "name": "Fixed" }, "created": "2014-01-13T10:28:18.000+0200", "updated": "2014-01-13T11:35:33.000+0200", summary": "Αλλαγή ονόματος πατρός", "description": "Το όνομα του πατέρα μου είναι ΑΧΙΛΛΕΑΣ.\r\nΠαρακαλώ να αντικατασταθεί το Ιωάννης που αναγράφεται στα στοιχεία μου με το Αχιλλέας.\r\n\r\nΕυχαριστώ\n\nReporter: Φαρμάκη Βασιλική Καθηγήτρια Τμήμα Μαθηματικών ΕΚΠΑ\nE-mail: [mailto:[email protected]]", "status": { "description": "The issue is considered finished, the resolution is correct. Issues which are closed can be reopened.", "name": "Closed", "id": "6" }, "customfield_12352": null, "customfield_12351": null, "customfield_12350": null, "customfield_10350": null, "customfield_12751": null, "customfield_11850": null, "customfield_12550": null, "customfield_12551": null, "customfield_12552": null, "customfield_12553": "6974676161", "customfield_12653": null, "customfield_12652": null, "customfield_11551": null, "comment": { "startAt": 0, "maxResults": 1, "total": 1, "comments": [ { "id": "37246", "body": "The issue has just been emailed to: [email protected], \\\\\r\nwith subject: (APELLA-1251) Αλλαγή ονόματος πατρός \\\\\r\n \\\\ \r\nand content:\\\\\r\n----\r\nΗ αλλαγή στα στοιχεία του λογαριασμού σας έχει πραγματοποιηθεί.\r\n\r\nΣτη διάθεσή σας, \r\nΓραφείο Αρωγής Χρηστών ΑΠΕΛΛΑ\r\n\r\nΠΡΟΣΟΧΗ:\r\nΠαρακαλούμε MHN απαντήσετε σε αυτό το e-mail. \r\nΓια οποιαδήποτε απορία ή διευκρίνιση μπορείτε να επικοινωνήσετε με το [Γραφείο Αρωγής Χρηστών\|https://apella.minedu.gov.gr/contact].", "created": "2014-01-13T11:35:27.000+0200", "updated": "2014-01-13T11:35:27.000+0200" } ] } } } / private JsonNode toJSON(JiraIssue jiraIssue) { JiraConfiguration jiraConfiguration = getJiraConfiguration(CONFIGURATION); ObjectNode issue = mapper.createObjectNode(); if (jiraIssue.getId() != null) { issue.put("id", jiraIssue.getId()); } if (jiraIssue.getKey() != null) { issue.put("key", jiraIssue.getKey()); } // Fields ObjectNode fields = mapper.createObjectNode(); issue.put("fields", fields); ObjectNode project = mapper.createObjectNode(); project.put("key", PROJECT_KEY); fields.put("project", project); if (jiraIssue.getResolution() != null) { ObjectNode resolutionNode = mapper.createObjectNode(); resolutionNode.put("id", jiraConfiguration.getIssueResolutionId(jiraIssue.getResolution())); fields.put("resolution", resolutionNode); } if (jiraIssue.getStatus() != null) { ObjectNode statusNode = mapper.createObjectNode(); statusNode.put("id", jiraConfiguration.getIssueStatusId(jiraIssue.getStatus())); fields.put("status", statusNode); } if (jiraIssue.getSummary() != null) { fields.put("summary", jiraIssue.getSummary()); } if (jiraIssue.getDescription() != null) { fields.put("description", jiraIssue.getDescription()); } if (jiraIssue.getType() != null) { ObjectNode issueTypeNode = mapper.createObjectNode(); issueTypeNode.put("id", jiraConfiguration.getIssueTypeId(jiraIssue.getType())); fields.put("issuetype", issueTypeNode); } if (jiraIssue.getCall() != null) { ObjectNode callTypeNode = mapper.createObjectNode(); callTypeNode.put("id", jiraConfiguration.getIssueCallId(jiraIssue.getCall())); fields.put(jiraConfiguration.getIssueCustomFieldId(IssueCustomField.CALL_TYPE), callTypeNode); } if (jiraIssue.getRole() != null) { ObjectNode roleNode = mapper.createObjectNode(); roleNode.put("value", jiraConfiguration.getRoleValue(jiraIssue.getRole())); fields.put(jiraConfiguration.getIssueCustomFieldId(IssueCustomField.ROLE), roleNode); } if (jiraIssue.getUsername() != null) { fields.put(jiraConfiguration.getIssueCustomFieldId(IssueCustomField.USERNAME), jiraIssue.getUsername()); } if (jiraIssue.getFullname() != null) { fields.put(jiraConfiguration.getIssueCustomFieldId(IssueCustomField.FULLNAME), jiraIssue.getFullname()); } if (jiraIssue.getMobile() != null) { fields.put(jiraConfiguration.getIssueCustomFieldId(IssueCustomField.MOBILE), jiraIssue.getMobile()); } if (jiraIssue.getEmail() != null) { fields.put(jiraConfiguration.getIssueCustomFieldId(IssueCustomField.EMAIL), jiraIssue.getEmail()); } if (jiraConfiguration.getIssueCustomFieldId(IssueCustomField.REPORTER).length() > 0 && jiraIssue.getReporter() != null) { fields.put(jiraConfiguration.getIssueCustomFieldId(IssueCustomField.REPORTER), jiraIssue.getReporter()); } return issue; } private JiraIssue fromJSON(JsonNode issueNode) { JiraConfiguration jiraConfiguration = getJiraConfiguration(CONFIGURATION); JiraIssue issue = new JiraIssue(); // Read parameters if (issueNode.has("id")) { Long id = issueNode.get("id").asLong(); issue.setId(id); } if (issueNode.has("id")) { String key = issueNode.get("key").asText(); issue.setKey(key); } // Fields JsonNode fieldsNode = issueNode.get("fields"); if (fieldsNode.has("resolution") && !fieldsNode.get("resolution").isNull()) { IssueResolution resolution = jiraConfiguration.getIssueResolution(fieldsNode.get("resolution").get("id").asText()); issue.setResolution(resolution); } if (fieldsNode.has("status")) { IssueStatus status = jiraConfiguration.getIssueStatus(fieldsNode.get("status").get("id").asText()); issue.setStatus(status); } if (fieldsNode.has("summary")) { String summary = fieldsNode.get("summary").asText(); issue.setSummary(summary); } if (fieldsNode.has("description")) { String description = fieldsNode.get("description").asText(); issue.setDescription(description); } if (fieldsNode.has("issuetype")) { IssueType type = jiraConfiguration.getIssueType(fieldsNode.get("issuetype").get("id").asInt()); issue.setType(type); } if (fieldsNode.has(jiraConfiguration.getIssueCustomFieldId(IssueCustomField.CALL_TYPE))) { IssueCall call = jiraConfiguration.getIssueCall(fieldsNode.get(jiraConfiguration.getIssueCustomFieldId(IssueCustomField.CALL_TYPE)).get("id").asText()); issue.setCall(call); } if (fieldsNode.has(jiraConfiguration.getIssueCustomFieldId(IssueCustomField.ROLE))) { RoleDiscriminator role = jiraConfiguration.getIssueRole(fieldsNode.get(jiraConfiguration.getIssueCustomFieldId(IssueCustomField.ROLE)).get("value").asText()); issue.setRole(role); } if (fieldsNode.has(jiraConfiguration.getIssueCustomFieldId(IssueCustomField.USERNAME))) { String username = fieldsNode.get(jiraConfiguration.getIssueCustomFieldId(IssueCustomField.USERNAME)).asText(); issue.setUsername(username); } if (fieldsNode.has(jiraConfiguration.getIssueCustomFieldId(IssueCustomField.FULLNAME))) { String fullname = fieldsNode.get(jiraConfiguration.getIssueCustomFieldId(IssueCustomField.FULLNAME)).asText(); issue.setFullname(fullname); } if (fieldsNode.has(jiraConfiguration.getIssueCustomFieldId(IssueCustomField.MOBILE))) { String mobile = fieldsNode.get(jiraConfiguration.getIssueCustomFieldId(IssueCustomField.MOBILE)).asText(); issue.setMobile(mobile); } if (fieldsNode.has(jiraConfiguration.getIssueCustomFieldId(IssueCustomField.EMAIL))) { String email = fieldsNode.get(jiraConfiguration.getIssueCustomFieldId(IssueCustomField.EMAIL)).asText(); issue.setEmail(email); } if (fieldsNode.has(jiraConfiguration.getIssueCustomFieldId(IssueCustomField.REPORTER))) { String reporter = fieldsNode.get(jiraConfiguration.getIssueCustomFieldId(IssueCustomField.REPORTER)).asText(); issue.setReporter(reporter); } if (fieldsNode.has(jiraConfiguration.getIssueCustomFieldId(IssueCustomField.COMMENT))) { String comment = fieldsNode.get(jiraConfiguration.getIssueCustomFieldId(IssueCustomField.COMMENT)).asText(); issue.setComment(comment); } if (fieldsNode.has("updated")) { try { Date updated = jiraConfiguration.getDateFormat().parse(fieldsNode.get("updated").asText()); issue.setUpdated(updated); } catch (ParseException e) { } } if (fieldsNode.has("created")) { try { Date created = jiraConfiguration.getDateFormat().parse(fieldsNode.get("created").asText()); issue.setCreated(created); } catch (ParseException e) { } } return issue; } / { "update": { "comment": [ { "add": { "body": "Bug has been fixed." } } ] }, "fields": { "resolution": { "name": "Fixed" } }, "transition": { "id": "5" } } */ private JsonNode toTransitionJSON(IssueStatus status, IssueResolution resolution, String comment) { JiraConfiguration jiraConfiguration = getJiraConfiguration(CONFIGURATION); ObjectNode issue = mapper.createObjectNode(); // Transition ObjectNode updateNode = mapper.createObjectNode(); issue.put("update", updateNode); ArrayNode commentsArrayNode = mapper.createArrayNode(); updateNode.put("comment", commentsArrayNode); ObjectNode commentNode = mapper.createObjectNode(); commentsArrayNode.add(commentNode); ObjectNode addCommentNode = mapper.createObjectNode(); commentNode.put("add", addCommentNode); addCommentNode.put("body", comment); ObjectNode fieldsNode = mapper.createObjectNode(); issue.put("fields", fieldsNode); ObjectNode resolutionNode = mapper.createObjectNode(); resolutionNode.put("id", jiraConfiguration.getIssueResolutionId(resolution)); fieldsNode.put("resolution", resolutionNode); ObjectNode transistionNode = mapper.createObjectNode(); transistionNode.put("id", jiraConfiguration.getIssueStatusId(status)); issue.put("transition", transistionNode); return issue; } ////////////////////////////////////////////////// // Configurations private JiraConfiguration getJiraConfiguration(String jiraConfiguration) { if (jiraConfiguration.equals("STAGING")) { return new StagingJiraConfigurationImpl(); } else { return new ProductionJiraConfigurationImpl(); } } private interface JiraConfiguration { public SimpleDateFormat getDateFormat(); public String getIssueCallId(IssueCall call); public IssueCall getIssueCall(String id); public String getIssueStatusId(IssueStatus status); public IssueStatus getIssueStatus(String id); public int getIssueTypeId(IssueType type); public IssueType getIssueType(int id); public String getIssueResolutionId(IssueResolution type); public IssueResolution getIssueResolution(String id); public String getIssueCustomFieldId(IssueCustomField type); public IssueCustomField getIssueCustomField(String id); public String getRoleValue(RoleDiscriminator role); public RoleDiscriminator getIssueRole(String value); } private class ProductionJiraConfigurationImpl implements JiraConfiguration { private SimpleDateFormat sdf = new SimpleDateFormat("yyyy-MM-dd'T'HH:mm:ss.SSSZ"); public SimpleDateFormat getDateFormat() { return sdf; } @Override public String getIssueCallId(IssueCall call) { switch (call) { case INCOMING: return "10220"; case OUTGOING: return "10221"; default: throw new IllegalArgumentException(); } } @Override public String getIssueStatusId(IssueStatus status) { switch (status) { case OPEN: return "1"; case CLOSE: return "2"; case IN_PROGRESS: return "3"; case REOPENED: return "4"; case RESOLVED: return "5"; case CLOSED: return "6"; default: throw new IllegalArgumentException(); } } @Override public int getIssueTypeId(IssueType type) { switch (type) { case COMPLAINT: return 11; case ERROR: return 14; case LOGIN: return 79; case GENERAL_INFORMATION: return 78; case ACCOUNT_MODIFICATION: return 80; case REGISTRATION: return 77; default: throw new IllegalArgumentException(); } } @Override public String getIssueResolutionId(IssueResolution type) { switch (type) { case FIXED: return "1"; case WONT_FIX: return "2"; case DUPLICATE: return "3"; case INCOMPLETE: return "4"; case CANNOT_REPRODUCE: return "5"; case FIXED_WORKAROUND: return "7"; default: throw new IllegalArgumentException(); } } @Override public String getIssueCustomFieldId(IssueCustomField type) { switch (type) { case ROLE: return "customfield_12652"; case CALL_TYPE: return "customfield_12551"; case USERNAME: return "customfield_12552"; case FULLNAME: return "customfield_12350"; case MOBILE: return "customfield_12553"; case EMAIL: return "customfield_12550"; case REPORTER: return "customfield_12751"; case COMMENT: return "customfield_12754"; default: throw new IllegalArgumentException(); } } @Override public String getRoleValue(RoleDiscriminator role) { String retv; switch (role) { case ADMINISTRATOR: retv = ""; break; case CANDIDATE: retv = "υποψήφιος"; break; case INSTITUTION_ASSISTANT: retv = "βοηθός ιδρύματος"; break; case INSTITUTION_MANAGER: retv = "διαχειριστής ιδρύματος"; break; case MINISTRY_ASSISTANT: retv = "βοηθός υπουργείου"; break; case MINISTRY_MANAGER: retv = "διαχειριστής υπουργείου"; break; case PROFESSOR_DOMESTIC: retv = "καθηγητής/ερευνητής ημεδαπής"; break; case PROFESSOR_FOREIGN: retv = "καθηγητής/ερευνητής αλλοδαπής"; break; default: retv = "ΑΛΛΟ"; break; } return retv; } @Override public IssueCall getIssueCall(String id) { for (IssueCall value : IssueCall.values()) { if (getIssueCallId(value).equals(id)) { return value; } } throw new IllegalArgumentException(); } @Override public IssueStatus getIssueStatus(String id) { for (IssueStatus value : IssueStatus.values()) { if (getIssueStatusId(value).equals(id)) { return value; } } throw new IllegalArgumentException(); } @Override public IssueType getIssueType(int id) { for (IssueType value : IssueType.values()) { if (getIssueTypeId(value) == id) { return value; } } throw new IllegalArgumentException(); } @Override public IssueResolution getIssueResolution(String id) { for (IssueResolution value : IssueResolution.values()) { if (getIssueResolutionId(value).equals(id)) { return value; } } throw new IllegalArgumentException(); } @Override public IssueCustomField getIssueCustomField(String id) { for (IssueCustomField value : IssueCustomField.values()) { if (getIssueCustomFieldId(value).equals(id)) { return value; } } throw new IllegalArgumentException(); } @Override public RoleDiscriminator getIssueRole(String value) { for (RoleDiscriminator role : RoleDiscriminator.values()) { if (getRoleValue(role).equals(value)) { return role; } } throw new IllegalArgumentException(); } } private class StagingJiraConfigurationImpl implements JiraConfiguration { private SimpleDateFormat sdf = new SimpleDateFormat("yyyy-MM-dd'T'HH:mm:ss.SSSZ"); public SimpleDateFormat getDateFormat() { return sdf; } @Override public String getIssueCallId(IssueCall call) { switch (call) { case INCOMING: return "10227"; case OUTGOING: return "10228"; default: throw new IllegalArgumentException(); } } @Override public String getIssueStatusId(IssueStatus status) { switch (status) { case OPEN: return "1"; case CLOSE: return "2"; case IN_PROGRESS: return "3"; case REOPENED: return "4"; case RESOLVED: return "5"; case CLOSED: return "6"; default: throw new IllegalArgumentException(); } } @Override public int getIssueTypeId(IssueType type) { switch (type) { case COMPLAINT: return 11; case ERROR: return 14; case LOGIN: return 56; case GENERAL_INFORMATION: return 57; case ACCOUNT_MODIFICATION: return 59; case REGISTRATION: return 60; default: throw new IllegalArgumentException(); } } @Override public String getIssueResolutionId(IssueResolution type) { switch (type) { case FIXED: return "1"; case WONT_FIX: return "2"; case DUPLICATE: return "3"; case INCOMPLETE: return "4"; case CANNOT_REPRODUCE: return "5"; case FIXED_WORKAROUND: return "6"; default: throw new IllegalArgumentException(); } } @Override public String getIssueCustomFieldId(IssueCustomField type) { switch (type) { case ROLE: return "customfield_12650"; case CALL_TYPE: return "customfield_12651"; case USERNAME: return "customfield_12652"; case FULLNAME: return "customfield_12653"; case MOBILE: return "customfield_12654"; case EMAIL: return "customfield_12655"; case REPORTER: return ""; case COMMENT: return ""; default: throw new IllegalArgumentException(); } } @Override public String getRoleValue(RoleDiscriminator role) { String retv; switch (role) { case ADMINISTRATOR: retv = ""; break; case CANDIDATE: retv = "υποψήφιος"; break; case INSTITUTION_ASSISTANT: retv = "βοηθός ιδρύματος"; break; case INSTITUTION_MANAGER: retv = "διαχειριστής ιδρύματος"; break; case MINISTRY_ASSISTANT: retv = "βοηθός υπουργείου"; break; case MINISTRY_MANAGER: retv = "διαχειριστής υπουργείου"; break; case PROFESSOR_DOMESTIC: retv = "καθηγητής/ερευνητής ημεδαπής"; break; case PROFESSOR_FOREIGN: retv = "καθηγητής/ερευνητής αλλοδαπής"; break; default: retv = "ΑΛΛΟ"; break; } return retv; } @Override public IssueCall getIssueCall(String id) { for (IssueCall value : IssueCall.values()) { if (getIssueCallId(value).equals(id)) { return value; } } throw new IllegalArgumentException(); } @Override public IssueStatus getIssueStatus(String id) { for (IssueStatus value : IssueStatus.values()) { if (getIssueStatusId(value).equals(id)) { return value; } } throw new IllegalArgumentException(); } @Override public IssueType getIssueType(int id) { for (IssueType value : IssueType.values()) { if (getIssueTypeId(value) == id) { return value; } } throw new IllegalArgumentException(); } @Override public IssueResolution getIssueResolution(String id) { for (IssueResolution value : IssueResolution.values()) { if (getIssueResolutionId(value).equals(id)) { return value; } } throw new IllegalArgumentException(); } @Override public IssueCustomField getIssueCustomField(String id) { for (IssueCustomField value : IssueCustomField.values()) { if (getIssueCustomFieldId(value).equals(id)) { return value; } } throw new IllegalArgumentException(); } @Override public RoleDiscriminator getIssueRole(String value) { for (RoleDiscriminator role : RoleDiscriminator.values()) { if (getRoleValue(role).equals(value)) { return role; } } throw new IllegalArgumentException(); } } }	grnet/apella	dep-ejb/src/main/java/gr/grnet/dep/service/JiraService.java
358	/* * To change this license header, choose License Headers in Project Properties. * To change this template file, choose Tools \| Templates * and open the template in the editor. / package javaapplication1; import java.sql.; import javax.swing.; import java.awt.BorderLayout; import java.awt.CardLayout; import java.awt.event.ActionEvent; import java.awt.event.ActionListener; import java.awt.; import javax.swing.table.DefaultTableModel; import net.miginfocom.swing.MigLayout; import javax.swing.JTextArea; import javax.swing.border.EtchedBorder; import javax.swing.border.TitledBorder; import javax.swing.table.TableColumnModel; import java.awt.event.; import javax.swing.table.; import java.time.format.DateTimeFormatter; import java.util.Date; import java.util.; import java.util.ArrayList; import java.text.DateFormat; import java.text.SimpleDateFormat; public class recruiterGUI extends NewJFrame{ //My Profile private JTextField usernameField = new JTextField(12); private JTextField exp_yearsField = new JTextField(4); private JTextField firmField = new JTextField(9); //CompanyProfile private JTextField afmField = new JTextField(9); private JTextField douField = new JTextField(15); private JTextField nameField = new JTextField(35); private JTextField telephoneField = new JTextField(16); private JTextField streetField = new JTextField(15); private JTextField numberField = new JTextField(4); private JTextField cityField = new JTextField(15); private JTextField countryField = new JTextField(15); private JTextArea textArea = new JTextArea(10, 15); //Create Position private JTextField idField = new JTextField(4); private JTextField start_dateField = new JTextField(10); private JTextField moneyField = new JTextField(7); private JTextField posField = new JTextField(40); private JTextField locField = new JTextField(45); private JTextField recField = new JTextField(12); private JTextField annDateField = new JTextField(19); private JTextField subDateField = new JTextField(10); int plithos=0; private JTextField antTitleField = new JTextField(36); private JTextArea antDescField = new JTextArea(10,15); private JTextField antFatherField = new JTextField(36); //MY CURRENT JOB POSITIONS private JTextField AllpidField = new JTextField(4); private JTextField Allpstart_dateField = new JTextField(10); private JTextField AllmoneyField = new JTextField(7); private JTextField AllposField = new JTextField(40); private JTextField AlllocField = new JTextField(45); private JTextField AllrecField = new JTextField(12); private JTextField AllannDateField = new JTextField(19); private JTextField AllsubDateField = new JTextField(10); //Interviews private JTextField InterviewCandField = new JTextField(12); private JTextField InterviewRecField = new JTextField(12); private JTextField InterviewJobIdField = new JTextField(4); private JTextField InterviewIdField = new JTextField(4); private JTextField InterviewDateField = new JTextField(19); private JTextField InterviewDurField = new JTextField(8); private JTextArea InterviewComField = new JTextArea(10,15); private JTextField InterviewPerField = new JTextField(2); private JTextField InterviewEduField = new JTextField(2); private JTextField InterviewExpField = new JTextField(2); //COMPANYS POSITIONS private JTextField CidField = new JTextField(4); private JTextField Cstart_dateField = new JTextField(10); private JTextField CmoneyField = new JTextField(7); private JTextField CposField = new JTextField(40); private JTextField ClocField = new JTextField(45); private JTextField CrecField = new JTextField(12); private JTextField CannDateField = new JTextField(19); private JTextField CsubDateField = new JTextField(10); Object id4=null; //JScrollPane sp = new JScrollPane(textArea); JScrollPane scrollPane = new JScrollPane(textArea); java.util.Date date; //textArea.setEditable(false); private JButton editButton1 = new JButton("Edit"); private JButton editButton2 = new JButton("Edit"); private JButton editButton3 = new JButton("Insert"); private JButton editButton4 = new JButton("Edit"); private JButton editButton4_1 = new JButton("Insert Eval."); private JButton editButton5 = new JButton("Edit"); private JButton editButtonSP = new JButton("Interview Results"); private JButton submitButton1 = new JButton("Submit"); private JButton submitButton2 = new JButton("Submit"); private JButton submitButton3 = new JButton("Submit"); private JButton submitButton4 = new JButton("Submit"); private JButton submitButton4_1 = new JButton("Submit"); private JButton submitButton5 = new JButton("Submit"); private JButton cancelButton1 = new JButton("Cancel"); private JButton cancelButton2 = new JButton("Cancel"); private JButton cancelButton3 = new JButton("Cancel"); private JButton cancelButton4 = new JButton("Cancel"); private JButton cancelButton4_1 = new JButton("Cancel"); private JButton cancelButton5 = new JButton("Cancel"); private JButton cancelButton10 = new JButton("Cancel"); private JButton cancelButton555 = new JButton("Back"); private JButton applyButton1 = new JButton("Apply"); private JButton applyButton2 = new JButton("Apply"); private JButton applyButton3 = new JButton("Apply"); private JButton applyButton4 = new JButton("Apply"); private JButton applyButton5 = new JButton("Proceed"); //private JButton appButton = new JButton("My applications"); private JButton aplButton = new JButton("Submit"); private JButton canButton = new JButton("Cancel"); NewJFrame r; private final static String PANELA = "panel A"; private final static String PANEL1 = "panel 1"; private final static String PANEL2 = "panel 2"; private final static String PANEL3 = "panel 3"; private final static String PANEL4 = "panel 4"; private final static String PANEL5 = "panel 5"; private final static String PANELR4_1 = "panel R4_1"; private final static String PANEL6 = "panel 6"; private final static String PANEL10 = "panel 10"; private final static String PANELSP = "panel SP"; private final static String PANEL7 = "panel 7"; private final static String PANEL8 = "panel 8"; Connection connect=null; Statement state=null; PreparedStatement prepstate=null; PreparedStatement prepstate1=null; PreparedStatement prepstate2=null; PreparedStatement prepstate3=null; ResultSet ress=null; int ress1=0; ResultSet ress2=null; ResultSet ress3=null; int count1=0 ; int count2=0; int count3=0; int count4=0; int count5=0; int count4_1=0; public recruiterGUI() { connect=project.ConnectDb(); initialComponents(); } protected JPanel initialFieldEtaireias() { JPanel panelR1 = new JPanel(); panelR1.setLayout(new MigLayout()); panelR1.setBackground(new java.awt.Color(103,177,234)); panelR1.add(new JLabel("AFM: "), "align label"); panelR1.add(afmField, "wrap"); afmField.setEnabled(true); afmField.setEditable(false); panelR1.add(new JLabel("DOY: "), "align label"); panelR1.add(douField, "wrap"); douField.setEnabled(true); douField.setEditable(false); panelR1.add(new JLabel("Name: "), "align label"); panelR1.add(nameField, "wrap"); nameField.setEnabled(true); nameField.setEditable(false); panelR1.add(new JLabel("Telephone: "), "align label"); panelR1.add(telephoneField, "wrap"); telephoneField.setEnabled(true); telephoneField.setEditable(false); panelR1.add(new JLabel("Street: "), "align label"); panelR1.add(streetField, "wrap"); streetField.setEnabled(true); streetField.setEditable(false); panelR1.add(new JLabel("Number: "), "align label"); panelR1.add(numberField, "wrap"); numberField.setEnabled(true); numberField.setEditable(false); panelR1.add(new JLabel("City: "), "align label"); panelR1.add(cityField, "wrap"); cityField.setEnabled(true); cityField.setEditable(false); panelR1.add(new JLabel("Country: "), "align label"); panelR1.add(countryField, "wrap"); countryField.setEnabled(true); countryField.setEditable(false); panelR1.add(initialButtons1()); return panelR1; } protected JPanel initialFieldProfile() { JPanel panelR2 = new JPanel(); panelR2.setLayout(new MigLayout()); panelR2.setBackground(new java.awt.Color(103,177,234)); panelR2.add(new JLabel("Username: "), "align label"); panelR2.add(usernameField, "wrap"); usernameField.setEnabled(true); usernameField.setEditable(false); panelR2.add(new JLabel("Years of Experience: "), "align label"); panelR2.add(exp_yearsField, "wrap"); exp_yearsField.setEnabled(true); exp_yearsField.setEditable(false); panelR2.add(new JLabel("Firm Name: "), "align label"); panelR2.add(firmField, "wrap"); firmField.setEnabled(true); firmField.setEditable(false); panelR2.add(initialButtons2()); return panelR2; } protected JPanel initialFieldCreatePosition() {//TO CREATEEE JPanel panelR3 = new JPanel(); panelR3.setLayout(new MigLayout()); panelR3.setBackground(new java.awt.Color(103,177,234)); panelR3.add(new JLabel("Job id: "), "align label"); panelR3.add(idField, "wrap"); idField.setEnabled(true); idField.setEditable(false); panelR3.add(new JLabel("Start Date "), "align label"); panelR3.add(start_dateField, "wrap"); start_dateField.setEnabled(true); start_dateField.setEditable(true); panelR3.add(new JLabel("Salary: "), "align label"); panelR3.add(moneyField, "wrap"); moneyField.setEnabled(true); moneyField.setEditable(true); panelR3.add(new JLabel("Position: "), "align label"); panelR3.add(posField, "wrap"); posField.setEnabled(true); posField.setEditable(true); panelR3.add(new JLabel("Location: "), "align label"); panelR3.add(locField, "wrap"); locField.setEnabled(true); locField.setEditable(true); panelR3.add(new JLabel("Recruiter: "), "align label"); panelR3.add(recField, "wrap"); recField.setEnabled(true); recField.setEditable(false); panelR3.add(new JLabel("Anounce Date: "), "align label"); panelR3.add(annDateField, "wrap"); annDateField.setEnabled(true); annDateField.setEditable(true); panelR3.add(new JLabel("Submission Date: "), "align label"); panelR3.add(subDateField, "wrap"); subDateField.setEnabled(true); subDateField.setEditable(true); panelR3.add(new JLabel("Antikeim Title: "), "align label"); panelR3.add(antTitleField, "wrap"); antTitleField.setEnabled(true); antTitleField.setEditable(true); panelR3.add(new JLabel("Description: "), "align label"); panelR3.add(antDescField, "wrap"); antDescField.setEnabled(true); antDescField.setEditable(true); panelR3.add(new JLabel("Antikeim Belongs to: "), "align label"); panelR3.add(antFatherField, "wrap"); antFatherField.setEnabled(true); antFatherField.setEditable(true); panelR3.add(initialButtons3()); return panelR3; } protected JPanel initialFieldInterviews() { //*******************panel gia interviews JPanel panelR4_2 = new JPanel(); panelR4_2.setLayout(new MigLayout()); panelR4_2.setBackground(new java.awt.Color(103,177,234)); panelR4_2.add(new JLabel("Candidate: "), "align label"); panelR4_2.add(InterviewCandField, "wrap"); InterviewCandField.setEnabled(true); InterviewCandField.setEditable(true); panelR4_2.add(new JLabel("Recruiter: "), "align label"); panelR4_2.add(InterviewRecField, "wrap"); InterviewRecField.setEnabled(true); InterviewRecField.setEditable(false); panelR4_2.add(new JLabel("Job id: "), "align label"); panelR4_2.add(InterviewJobIdField, "wrap"); InterviewJobIdField.setEnabled(true); InterviewJobIdField.setEditable(false); / panelR4_2.add(new JLabel("Interview id: "), "align label"); panelR4_2.add(InterviewIdField, "wrap"); InterviewIdField.setEnabled(true); InterviewIdField.setEditable(false); / panelR4_2.add(new JLabel("Interview Date : "), "align label"); panelR4_2.add(InterviewDateField, "wrap"); InterviewDateField.setEnabled(true); InterviewDateField.setEditable(true); panelR4_2.add(new JLabel("Duration: "), "align label"); panelR4_2.add(InterviewDurField, "wrap"); InterviewDurField.setEnabled(true); InterviewDurField.setEditable(true); panelR4_2.add(new JLabel("Comments: "), "align label"); panelR4_2.add(InterviewComField, "wrap"); InterviewComField.setEnabled(true); InterviewComField.setEditable(true); panelR4_2.add(new JLabel("Personality: "), "align label"); panelR4_2.add(InterviewPerField, "wrap"); InterviewPerField.setEnabled(true); InterviewPerField.setEditable(true); panelR4_2.add(new JLabel("Education: "), "align label"); panelR4_2.add(InterviewEduField, "wrap"); InterviewEduField.setEnabled(true); InterviewEduField.setEditable(true); panelR4_2.add(new JLabel("Experience: "), "align label"); panelR4_2.add(InterviewExpField, "wrap"); InterviewExpField.setEnabled(true); InterviewExpField.setEditable(true); panelR4_2.add(initialButtons4()); return panelR4_2; } //*********************************************************************************prepei na ftiaksw kai to R5 private JPanel initialButtons1() { JPanel editPanelButton1 = new JPanel(); editPanelButton1.setLayout(new FlowLayout(FlowLayout.CENTER, 3, 3)); editPanelButton1.add(editButton1); editPanelButton1.add(submitButton1); editPanelButton1.add(cancelButton1); return editPanelButton1; } private JPanel initialButtons2() { JPanel editPanelButton2 = new JPanel(); editPanelButton2.setLayout(new FlowLayout(FlowLayout.CENTER, 3, 3)); editPanelButton2.add(editButton2); editPanelButton2.add(submitButton2); editPanelButton2.add(cancelButton2); return editPanelButton2; } private JPanel initialButtons3() { JPanel editPanelButton3 = new JPanel(); editPanelButton3.setLayout(new FlowLayout(FlowLayout.CENTER, 3, 3)); //editPanelButton3.add(editButton3); editPanelButton3.add(submitButton3); editPanelButton3.add(cancelButton3); return editPanelButton3; } private JPanel initialButtons4() { JPanel editPanelButton4 = new JPanel(); editPanelButton4.setLayout(new FlowLayout(FlowLayout.CENTER, 3, 3)); //editPanelButton4.add(editButton4); // editPanelButton4.add(submitButton4); editPanelButton4.add(submitButton4_1); editPanelButton4.add(cancelButton10); // editPanelButton4.add(editButton4_1); //editPanelButton4.add(editButtonSP); return editPanelButton4; } private JPanel initialButtons5() { JPanel editPanelButton5 = new JPanel(); editPanelButton5.setLayout(new FlowLayout(FlowLayout.CENTER, 3, 3)); editPanelButton5.add(editButton5); editPanelButton5.add(submitButton5); editPanelButton5.add(cancelButton5); editPanelButton5.add(applyButton5); editPanelButton5.add(cancelButton555); return editPanelButton5; } private void initialComponents(){// ******************************PANELS CHECK AUTO EINAI TO ARXIKO PANEL alagh onoma panel r3 !!!!!!!!!!!!!!!!!!!!!!!!!!!!!! ArrayList<String> jobIdList = new ArrayList<String>(); JFrame frame = new JFrame("Recruiter"); setMaximumSize( new Dimension( 70, 60 ) ); JPanel panelA = new JPanel(); panelA.setBackground(new java.awt.Color(78, 108, 157)); panelA.setPreferredSize(new Dimension(500,300)); JPanel panel1 = new JPanel(); panel1.setBackground(new java.awt.Color(78, 108, 157)); // panel1.setPreferredSize(new Dimension(500,300)); JLabel label10=new JLabel("<html>Welcome " + NewJFrame.s + "! </br> Please select one of the options to proceed.</html>",SwingConstants.CENTER); Font f=new Font("Calibri",Font.BOLD,20); label10.setFont(f); panelA.add(label10); JButton button1 = new JButton("Company Profile"); JButton button2 = new JButton("My Profile"); JButton button3 = new JButton("New Job Position"); JButton button4 = new JButton("My Created Job Positions"); JButton button5 = new JButton("Company Job Positions"); JPanel panel2 = new JPanel(); panel2.setBackground(new java.awt.Color(78, 108, 157)); panel2.setPreferredSize(new Dimension(500,400)); panel2.setLayout(new BorderLayout(5,5)); JPanel panel3 = new JPanel(); panel3.setBackground(new java.awt.Color(78, 108, 157)); panel3.setPreferredSize(new Dimension(500,400)); panel3.setLayout(new BorderLayout(5,5)); JPanel panel4 = new JPanel(); panel4.setBackground(new java.awt.Color(78, 108, 157)); panel4.setPreferredSize(new Dimension(500,400)); panel4.setLayout(new BorderLayout(5,5)); JPanel panel5 = new JPanel(); panel5.setBackground(new java.awt.Color(78, 108, 157)); panel5.setPreferredSize(new Dimension(500,400)); panel5.setLayout(new BorderLayout(5,5)); DefaultTableModel modelJ5 =new DefaultTableModel(); JPanel panel800 = new JPanel(); panel800.setBackground(new java.awt.Color(78, 108, 157)); panel800.setPreferredSize(new Dimension(500,400)); panel800.setLayout(new BorderLayout(5,5)); panel5.add(panel800,BorderLayout.CENTER); JPanel panel2000 = new JPanel(); panel2000.add(editButton5); panel5.add(panel2000,BorderLayout.SOUTH); panel5.add(panel800,BorderLayout.CENTER); panel800.setBorder(new TitledBorder(new EtchedBorder(),"Company's Jobs")); modelJ5.addColumn("ID"); modelJ5.addColumn("Start date"); modelJ5.addColumn("Salary"); modelJ5.addColumn("Position"); modelJ5.addColumn("Location"); modelJ5.addColumn("Recruiter"); modelJ5.addColumn("Announce Date"); modelJ5.addColumn("Submission Date"); JTable tableJ5 = new JTable(modelJ5); DefaultTableModel modelJ5_edit =new DefaultTableModel(){ @Override public boolean isCellEditable(int row, int column) { if (column == 1 \|\| column==7 ) {return false;} else {return true;}} }; JPanel panel7 = new JPanel(); panel7.setBackground(new java.awt.Color(78, 108, 157)); panel7.setPreferredSize(new Dimension(500,400)); panel7.setLayout(new BorderLayout(5,5)); JPanel panelR900 = new JPanel(); panelR900.setBackground(new java.awt.Color(78, 108, 157)); panelR900.setPreferredSize(new Dimension(500,400)); panelR900.setLayout(new BorderLayout(5,5)); panel7.add(panelR900,BorderLayout.CENTER); JPanel panel3000 = new JPanel(); panel3000.add(applyButton5); panel3000.add(cancelButton5); panel7.add(panel3000,BorderLayout.SOUTH); panelR900.setBorder(new TitledBorder(new EtchedBorder(),"My Jobs")); modelJ5_edit.addColumn("Select"); modelJ5_edit.addColumn("ID"); modelJ5_edit.addColumn("Start date"); modelJ5_edit.addColumn("Salary"); modelJ5_edit.addColumn("Position"); modelJ5_edit.addColumn("Location"); modelJ5_edit.addColumn("Recruiter"); modelJ5_edit.addColumn("Announce Date"); modelJ5_edit.addColumn("Submission Date"); JTable tableJ5_edit = new JTable(modelJ5_edit); JPanel panel8 = new JPanel(); panel8.setBackground(new java.awt.Color(78, 108, 157)); panel8.setPreferredSize(new Dimension(500,400)); panel8.setLayout(new BorderLayout(5,5)); JPanel panelR1000 = new JPanel(); panelR1000.setBackground(new java.awt.Color(78, 108, 157)); panelR1000.setPreferredSize(new Dimension(500,400)); panelR1000.setLayout(new BorderLayout(5,5)); panel8.add(panelR1000,BorderLayout.CENTER); JPanel panel4000 = new JPanel(); panel4000.add(submitButton5); panel4000.add(cancelButton555); panel8.add(panel4000,BorderLayout.SOUTH); JPanel panel6 = new JPanel(); panel6.setBackground(new java.awt.Color(78, 108, 157)); panel6.setPreferredSize(new Dimension(500,400)); panel6.setLayout(new BorderLayout(5,5)); JPanel panel10 = new JPanel(); panel10.setBackground(new java.awt.Color(78, 108, 157)); panel10.setPreferredSize(new Dimension(500,400)); panel10.setLayout(new BorderLayout(5,5)); JPanel panel15=new JPanel(); panel2.add(panel15,BorderLayout.NORTH); panel15.add(new JLabel("Choose an option to continue")) ; JPanel panel2_1=new JPanel((new MigLayout()));// TA ARXIKA KOUMPIA //panel2_1.setLayout(new MigLayout()); panel2_1.setBackground(new java.awt.Color(103,177,234)); panel2.add(panel2_1,BorderLayout.NORTH);//h NORTH panel2_1.add(button1,"gap unrelated"); panel2_1.add(button2,"gap unrelated"); panel2_1.add(button3,"gap unrelated"); panel2_1.add(button4,"gap unrelated"); panel2_1.add(button5,"gap unrelated"); //CREATEDDDDDD // JPanel panelR4 = new JPanel(); //************************************************************************************************************************************************************** TABLE GIA CURRENT JOB POSITIONS*************** DefaultTableModel modelJ =new DefaultTableModel(){ @Override public boolean isCellEditable(int row, int column) { if (column == 3 \|\| column==8 ) return false; return true; } } ; //panelR4.setLayout(new BorderLayout(5,5)); //panelR4.add(this.initialFieldCreatedPosition(),BorderLayout.SOUTH); TableColumnModel colmodel; //DefaultTableModel modelJ =new DefaultTableModel(); scrollPane.setPreferredSize(new Dimension(380, 100)); textArea.setLineWrap(true); textArea.setWrapStyleWord(true); scrollPane.setVerticalScrollBarPolicy(JScrollPane.VERTICAL_SCROLLBAR_ALWAYS); JPanel panelR4_1 = new JPanel(); panelR4_1.setBackground(new java.awt.Color(78, 108, 157)); panelR4_1.setPreferredSize(new Dimension(500,400)); panelR4_1.setLayout(new BorderLayout(5,5)); JPanel panel300 = new JPanel(); //panelR4_1.add(panel300,BorderLayout.SOUTH); panel4.add(panel300,BorderLayout.SOUTH); // panel300.add(cancelButton10); // panel300.add(submitButton4_1); panel300.add(editButton4); panel300.add(editButton4_1); panel300.add(editButtonSP); JPanel panel350 = new JPanel(); panel350.add(submitButton4); panel350.add(cancelButton4); panelR4_1.add(panel350,BorderLayout.SOUTH); // panel300.add(new JLabel("else")); // panelR4_1.add(initialButtons4(),BorderLayout.SOUTH); // panel4.setBorder(new TitledBorder //(new EtchedBorder(),"My Jobs")); modelJ.addColumn("Check all"); modelJ.addColumn("Sum"); modelJ.addColumn("Status"); modelJ.addColumn("ID"); modelJ.addColumn("Start date"); modelJ.addColumn("Salary"); modelJ.addColumn("Position"); modelJ.addColumn("Location"); modelJ.addColumn("Recruiter"); modelJ.addColumn("Announce Date"); modelJ.addColumn("Submission Date"); JTable tableJ = new JTable(modelJ); // panel4.add(initialButtons4(),BorderLayout.NORTH); JPanel panel100 =new JPanel(); panel100.setLayout(new BorderLayout()); panel100.setBackground(new java.awt.Color(103,177,234)); panel4.add(panel100,BorderLayout.CENTER); // JScrollPane scrollpane1 = new JScrollPane(tableJ); // add(new JScrollPane(tableJ)); TableColumnModel colmodel_edit;//************************************************************************************************************************************************************** TABLE GIA CURRENT JOB POSITIONS*************** DefaultTableModel modelJ_edit =new DefaultTableModel(){ @Override public boolean isCellEditable(int row, int column) { if (column == 0 \|\| column==6 ) {return false;} else {return true;}} }; panelR4_1.setBorder(new TitledBorder (new EtchedBorder(),"My Jobs")); modelJ_edit.addColumn("ID"); modelJ_edit.addColumn("Start date"); modelJ_edit.addColumn("Salary"); modelJ_edit.addColumn("Position"); modelJ_edit.addColumn("Location"); modelJ_edit.addColumn("Recruiter"); modelJ_edit.addColumn("Announce Date"); modelJ_edit.addColumn("Submission Date"); JTable tableJ_edit = new JTable(modelJ_edit); JPanel panel200 =new JPanel(); panel200.setLayout(new BorderLayout()); panel200.setBackground(new java.awt.Color(103,177,234)); panelR4_1.add(panel200,BorderLayout.CENTER); JPanel panelSP = new JPanel(); panelSP.setBackground(new java.awt.Color(78, 108, 157)); panelSP.setPreferredSize(new Dimension(500,400)); panelSP.setLayout(new BorderLayout(5,5)); TableColumnModel colmodel_SP;//************************************************************************************************************************************************************** TABLE GIA CURRENT JOB POSITIONS*************** DefaultTableModel modelSP =new DefaultTableModel(){ @Override public boolean isCellEditable(int row, int column) { if (column == 3 \|\| column==8 ) return false; return true; } } ; JPanel panelSP_1 =new JPanel(); panelSP_1.setLayout(new BorderLayout()); panelSP_1.setBackground(new java.awt.Color(103,177,234)); panelSP.add(panelSP_1,BorderLayout.CENTER); scrollPane.setPreferredSize(new Dimension(380, 100)); textArea.setLineWrap(true); textArea.setWrapStyleWord(true); scrollPane.setVerticalScrollBarPolicy(JScrollPane.VERTICAL_SCROLLBAR_ALWAYS); panelSP.setBorder(new TitledBorder (new EtchedBorder(),"Show Results")); modelSP.addColumn("Candidate"); modelSP.addColumn("Total Interviews"); modelSP.addColumn("Personality"); modelSP.addColumn("Education"); modelSP.addColumn("Experience"); modelSP.addColumn("Total Grade"); modelSP.addColumn("Rejected"); modelSP.addColumn("Rejection Reason"); // panelSP.add(initialButtons4()); JTable tableSP = new JTable(modelSP); JScrollPane scrollpaneSP = new JScrollPane(tableSP); scrollpaneSP.add(new JScrollPane(tableSP)); //JScrollPane scrollpanel2= new JScrollPane(tableJ_edit); frame.setDefaultCloseOperation(JFrame.EXIT_ON_CLOSE); final JPanel cardsR = new JPanel(new CardLayout()); cardsR.add(panelA, PANELA); cardsR.add(panel1, PANEL1); cardsR.add(panel2, PANEL2); cardsR.add(panel3, PANEL3); cardsR.add(panel4, PANEL4); cardsR.add(panel5, PANEL5); cardsR.add(panelR4_1, PANELR4_1); cardsR.add(panel6, PANEL6); cardsR.add(panel10, PANEL10); cardsR.add(panelSP, PANELSP); cardsR.add(panel7, PANEL7); cardsR.add(panel8, PANEL8); CardLayout cl = (CardLayout) (cardsR.getLayout());//get cards // cl.show(panel3,PANEL3); button1.addActionListener(new ActionListener() { @Override public void actionPerformed(ActionEvent ae) {//koumpia pou emfanizontai pantou*******************************1o button**************** editButton1.setVisible(true); cancelButton1.setVisible(false); submitButton1.setVisible(false); count1++; if(count1>0 ){ panel1.removeAll();//*****************O panelR4 einai tou my current job positions CREATEDDDD textArea.setText(null); } try{ String query = "SELECT etaireia. FROM recruiter INNER join etaireia ON recruiter.firm=etaireia.AFM WHERE recruiter.username=?"; prepstate=connect.prepareStatement(query);// kanei connection kai tsekarei to query prepstate.setString(1, NewJFrame.s);//to s einai metablhth mesa sto newjframe ress=prepstate.executeQuery(); //orizoume to ress result set dld pou epistrefei while(ress.next()){ // h while leitoyrgei san cursor ress metablhth String a = ress.getString("AFM");//ress einai to result set pou 8eleis na sou emfanisei. to a 8a apo8hkeusei to prwto ths sthlhs tou username String b = ress.getString("DOY"); String c = ress.getString("name"); long d = ress.getLong("tel"); String e = ress.getString("street"); int f = ress.getInt("num"); String g = ress.getString("city"); String h = ress.getString("country"); //********************************************************************************************************************************************** //modelJ.addRow(new Object[]{a,b,c,d}); afmField.setText(a); douField.setText(b); nameField.setText(c); //textArea.append(d );//MEGALWNEI TO MHKOS TOU TEXT OSO 8ELOUME telephoneField.setText(String.valueOf(d));// edw 8a emfanisei sto aspro keno to string pou delw streetField.setText(e); numberField.setText(String.valueOf(f)); cityField.setText(g); countryField.setText(h); //textArea.setCaretPosition(textArea.getDocument().getLength()); //BOH8AEI STO MHKOS TOU TEXT } panel1.add(initialFieldEtaireias(),BorderLayout.NORTH); button1.setVisible(false); button2.setVisible(true); //KOUMPIA GIA TA ALLA MENU******************************** button3.setVisible(true); button4.setVisible(true); button5.setVisible(true); } catch(Exception ex){ JOptionPane.showMessageDialog(null, ex.getMessage()); } CardLayout c1 = (CardLayout) (cardsR.getLayout());//get cards c1.show(cardsR,PANEL1); } }); editButton1.addActionListener(new ActionListener() { //*****************************EDIT BUTTON etaireias @Override public void actionPerformed(ActionEvent ae){ editButton1.setVisible(false); submitButton1.setVisible(true); cancelButton1.setVisible(true); afmField.setEditable(false); douField.setEditable(false); nameField.setEditable(false); telephoneField.setEditable(true); streetField.setEditable(true); numberField.setEditable(true); cityField.setEditable(true); countryField.setEditable(true); button1.setVisible(false); button2.setVisible(true); button3.setVisible(true); button4.setVisible(true); button5.setVisible(true); } }); submitButton1.addActionListener(new ActionListener() {///////////////////////////////SUBMIT BUTTON etaireias @Override public void actionPerformed(ActionEvent ae){ int a1 = Integer.parseInt(afmField.getText()); int afm = a1; String dou = douField.getText(); String name = nameField.getText(); Long a2 = Long.parseLong(telephoneField.getText()); Long telep =a2; String str = streetField.getText(); int a3 = Integer.parseInt(numberField.getText()); int number = a3; String city = cityField.getText(); String country = countryField.getText(); try{ String query = "UPDATE etaireia SET tel=?,street=?,num=?,city=?,country=? WHERE AFM=? "; prepstate=connect.prepareStatement(query); prepstate.setLong(1,telep); prepstate.setString(2, str); prepstate.setInt(3,number); prepstate.setString(4, city); prepstate.setString(5,country); prepstate.setInt(6,afm); ress1=prepstate.executeUpdate(); } catch(Exception ex){ JOptionPane.showMessageDialog(null, ex.getMessage()); } CardLayout cl = (CardLayout) (cardsR.getLayout());//get cards cl.show(cardsR,PANELA);//**************************************************************************ti kanei?!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! } }); cancelButton1.addActionListener(new ActionListener() { //*********************************CANCEL BUTTON @Override public void actionPerformed(ActionEvent ae){ CardLayout cl = (CardLayout) (cardsR.getLayout());//get cards cl.show(cardsR,PANEL1); } }); //*********************************************************************************************************************************** //**************************************************************************************************2o button!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! button2.addActionListener(new ActionListener() { @Override public void actionPerformed(ActionEvent ae) {//koumpia pou emfanizontai pantou editButton2.setVisible(true); cancelButton2.setVisible(false); submitButton2.setVisible(false); count2++; if(count2>0 ){ panel2.removeAll();//*****************O panelR4 einai tou my current job positions CREATEDDDD textArea.setText(null); } try{ String query = "SELECT FROM recruiter WHERE recruiter.username=?"; prepstate=connect.prepareStatement(query);// kanei connection kai tsekarei to query prepstate.setString(1, NewJFrame.s);//to s einai metablhth mesa sto newjframe ress=prepstate.executeQuery(); //orizoume to ress result set dld pou epistrefei while(ress.next()){ // h while leitoyrgei san cursor ress metablhth String usr = ress.getString("Username");//ress einai to result set pou 8eleis na sou emfanisei. to a 8a apo8hkeusei to prwto ths sthlhs tou username String yea = ress.getString("exp_years"); String fir = ress.getString("firm"); usernameField.setText(usr); exp_yearsField.setText(yea); firmField.setText(fir); } panel2.add(initialFieldProfile(),BorderLayout.NORTH); button1.setVisible(true); button2.setVisible(false); //KOUMPIA GIA TA ALLA MENU********************************** button3.setVisible(true); button4.setVisible(true); button5.setVisible(true); } catch(Exception ex){ JOptionPane.showMessageDialog(null, ex.getMessage()); } CardLayout c2 = (CardLayout) (cardsR.getLayout());//get cards c2.show(cardsR,PANEL2); } }); editButton2.addActionListener(new ActionListener() { //*****************************EDIT BUTTON PROFILE @Override public void actionPerformed(ActionEvent ae){ editButton2.setVisible(false); submitButton2.setVisible(true); cancelButton2.setVisible(true); usernameField.setEditable(false); exp_yearsField.setEditable(true); firmField.setEditable(true); button1.setVisible(true); button2.setVisible(false); button3.setVisible(true); button4.setVisible(true); button5.setVisible(true); } }); submitButton2.addActionListener(new ActionListener() {///////////////////////////////SUBMIT BUTTON etaireias @Override public void actionPerformed(ActionEvent ae){ String u1 = usernameField.getText(); String y1 = exp_yearsField.getText(); String f1 =firmField.getText(); try{ String query = "UPDATE recruiter SET exp_years=?,firm=? WHERE username=? "; prepstate=connect.prepareStatement(query); prepstate.setString(1,y1); prepstate.setString(2, f1); prepstate.setString(3,u1); ress1=prepstate.executeUpdate(); } catch(Exception ex){ JOptionPane.showMessageDialog(null, ex.getMessage()); } CardLayout c2 = (CardLayout) (cardsR.getLayout());//get cards c2.show(cardsR,PANEL2); } }); cancelButton2.addActionListener(new ActionListener() { //*********************************CANCEL BUTTON PROFILE @Override public void actionPerformed(ActionEvent ae){ CardLayout c2 = (CardLayout) (cardsR.getLayout());//get cards c2.show(cardsR,PANEL2); } }); //****************************************************************************************************************************************** 3o BUTTON*************************** button3.addActionListener(new ActionListener() { @Override public void actionPerformed(ActionEvent ae) {//koumpia pou emfanizontai pantou //editButton3.setVisible(true); cancelButton3.setVisible(true); //submitButton3.setVisible(false); count3++; if(count3>0 ){ panel3.removeAll(); //textArea.setText(null); } recField.setText(NewJFrame.s); try{ panel3.add(initialFieldCreatePosition(),BorderLayout.NORTH); } catch(Exception ex){ JOptionPane.showMessageDialog(null, ex.getMessage()); } button1.setVisible(true); button2.setVisible(true); //KOUMPIA GIA TA ALLA MENU******************************** button3.setVisible(false); button4.setVisible(true); button5.setVisible(true); CardLayout c3 = (CardLayout) (cardsR.getLayout());//get cards c3.show(cardsR,PANEL3); } }); submitButton3.addActionListener(new ActionListener() {///////////////////////////////SUBMIT BUTTON INSERT NEW JOB @Override public void actionPerformed(ActionEvent ae){ String id1 = idField.getText(); String startD1 =start_dateField.getText(); String money1 = moneyField.getText(); String pos1 = posField.getText(); String loc1 =locField.getText(); String rec4 = recField.getText(); String aD1 = annDateField.getText(); String sD1 =subDateField.getText(); String aT =antTitleField.getText(); String aD =antDescField.getText(); String aF =antFatherField.getText(); cancelButton3.setVisible(true); submitButton3.setVisible(true); try{ String query = "INSERT INTO job VALUES (DEFAULT,?,?,?,?,?,?,?)"; prepstate=connect.prepareStatement(query);// kanei connection kai tsekarei to query prepstate=connect.prepareStatement(query);// kanei connection kai tsekarei to query //prepstate.setString(1,id1); prepstate.setString(1, startD1); prepstate.setString(2,money1); prepstate.setString(3,pos1); prepstate.setString(4, loc1); prepstate.setString(5,rec4); prepstate.setString(6,aD1); prepstate.setString(7, sD1); ress1=prepstate.executeUpdate(); //orizoume to ress result set dld pou epistrefei String query25 = "INSERT INTO antikeim VALUES (?,?,?)"; prepstate=connect.prepareStatement(query25);// kanei connection kai tsekarei to query prepstate=connect.prepareStatement(query25);// kanei connection kai tsekarei to query prepstate.setString(8, aT); prepstate.setString(9,aD); prepstate.setString(10,aF); ress1=prepstate.executeUpdate(); } catch(Exception ex){ JOptionPane.showMessageDialog(null, ex.getMessage()); } CardLayout c3 = (CardLayout) (cardsR.getLayout());//get cards c3.show(cardsR,PANEL3); } }); cancelButton3.addActionListener(new ActionListener() { //*********************************CANCEL BUTTON JOB INSERT @Override public void actionPerformed(ActionEvent ae){ CardLayout c3 = (CardLayout) (cardsR.getLayout());//get cards c3.show(cardsR,PANEL3); } }); button4.addActionListener(new ActionListener() { //*****************************************************************************4o BUTTON Createddddd*********************************************************************** @Override public void actionPerformed(ActionEvent ae) { editButton4.setVisible(true); cancelButton4.setVisible(false); submitButton4.setVisible(false); //submitButton4_1.setVisible(false); editButton4_1.setVisible(true); //cancelButton10.setVisible(false); if(count4>0 ){ modelJ.setRowCount(0); panel100.removeAll(); //textArea.setText(null); } count4++; try{ String query4 = "SELECT * FROM job WHERE recruiter =?"; prepstate=connect.prepareStatement(query4); prepstate.setString(1, NewJFrame.s); ress=prepstate.executeQuery(); while(ress.next()){ int id2 = ress.getInt("id"); Date sD2 = ress.getDate("start_date"); // ALLAGH APO STRING SE ALLO SOSOSOSOSOSOSOSOSOSOSOSOSOSOSOSOSOSOSOS SOS Float money2 = ress.getFloat("salary"); //TO IDIO KAI EDW String pos2 = ress.getString("position"); String loc2 = ress.getString("edra"); String rec2 = ress.getString("recruiter"); Timestamp timestamp = ress.getTimestamp("announce_date"); if (timestamp != null){ date = new java.util.Date(timestamp.getTime()); } Date subDate = ress.getDate("submission_date"); String status ; //DateFormat currDate = new SimpleDateFormat("yyyy-MM-dd"); //Date date = new Date(); //currDate.format(date); auto einai h hmeromhnia tou shmera long millis=System.currentTimeMillis(); java.sql.Date cur_date=new java.sql.Date(millis); int result = subDate.compareTo( cur_date ); if (result==0){status="Closed";} else if (result>0){status="Open";} else {status="Closed ";} String query7 = "SELECT COUNT() AS plithos FROM applies WHERE job_id=?";//*********COUNT prepstate1=connect.prepareStatement(query7);// kanei connection kai tsekarei to query prepstate1.setInt(1, id2);//to s einai metablhth mesa sto newjframe ress2=prepstate1.executeQuery(); //orizoume to ress result set dld pou epistrefei //int plithos=0; while(ress2.next()){ plithos = ress2.getInt("plithos");} modelJ.addRow(new Object[]{new Boolean(false),plithos,status,id2,sD2,money2,pos2,loc2,rec2,timestamp,subDate}); // panel4.add(modelJ); } TableColumn tabc = tableJ.getColumnModel().getColumn(0);//**************************************************ti kanei edw tabc.setCellEditor(tableJ.getDefaultEditor(Boolean.class)); tabc.setCellRenderer(tableJ.getDefaultRenderer(Boolean.class)); panel100.add((new JScrollPane(tableJ))); class MyItemListener implements ItemListener { public void itemStateChanged(ItemEvent e) { Object source = e.getSource(); if (source instanceof AbstractButton == false) return; boolean checked = e.getStateChange() == ItemEvent.SELECTED; for(int x = 0, y = tableJ.getRowCount(); x < y; x++) { tableJ.setValueAt(new Boolean(checked),x,0); } } } tabc.setHeaderRenderer(new CheckBoxHeader(new MyItemListener())); button1.setVisible(true); button2.setVisible(false); } catch(Exception ex){ JOptionPane.showMessageDialog(null, ex.getMessage()); } CardLayout c4 = (CardLayout) (cardsR.getLayout());//get cards c4.show(cardsR,PANEL4); //} button1.setVisible(true); button2.setVisible(true); //KOUMPIA GIA TA ALLA MENU******************************** button3.setVisible(true); button4.setVisible(false); button5.setVisible(true); } }); editButton4.addActionListener(new ActionListener() { //*****************************EDIT BUTTON JOB @Override public void actionPerformed(ActionEvent ae){ //*****************************************me bash ta poia boxes einai checked 8a kanei edit mono auta editButton4.setVisible(true); submitButton4.setVisible(true); //submitButton4_1.setVisible(false); cancelButton4.setVisible(true); editButton4_1.setVisible(false); int anychecked =0; for(int i=0;i<tableJ.getModel().getRowCount();i++) //κωδικας για να εκτελετειται κατι οταν επιλεγει συγκεκριμενα checkboxes και παταει edit { if ((Boolean) tableJ.getModel().getValueAt(i,0)){ //αν το εχει επιλεξει check box Object obj3=tableJ.getValueAt(i,3); Object obj4=tableJ.getValueAt(i,4); Object obj5=tableJ.getValueAt(i,5); Object obj6=tableJ.getValueAt(i,6); Object obj7=tableJ.getValueAt(i,7); Object obj8=tableJ.getValueAt(i,8); Object obj9=tableJ.getValueAt(i,9); Object obj10=tableJ.getValueAt(i,10); anychecked =anychecked +1; Object[] row = {obj3, obj4, obj5, obj6, obj7, obj8,obj9,obj10}; //αναθεση τιμων σε σειρα modelJ_edit.addRow(row);} } if (anychecked == 0){ JOptionPane.showMessageDialog(frame,//AN DEN EXEI EPILEKSEI KANENA BOX BGAZEI MHNYMA "Choose any position's to edit", "Error", JOptionPane.ERROR_MESSAGE); } else{ panel200.add(new JScrollPane(tableJ_edit)); CardLayout c4 = (CardLayout) (cardsR.getLayout());//get cards c4.show(cardsR,PANELR4_1); } button1.setVisible(true); button2.setVisible(true); button3.setVisible(true); button4.setVisible(false); button5.setVisible(true); } }); submitButton4.addActionListener(new ActionListener() {////////////////////////////////////////////////////////////////////////////////////SUBMIT BUTTON JOB @Override public void actionPerformed(ActionEvent ae){ for(int i=0;i<tableJ_edit.getModel().getRowCount();i++){ Object id3=tableJ_edit.getValueAt(i,0); Object startD3=tableJ_edit.getValueAt(i,1); Object money3=tableJ_edit.getValueAt(i,2); Object pos3=tableJ_edit.getValueAt(i,3); Object loc3=tableJ_edit.getValueAt(i,4); Object rec3=tableJ_edit.getValueAt(i,5); Object aD3=tableJ_edit.getValueAt(i,6); Object sD3=tableJ_edit.getValueAt(i,7); try{ String query = "UPDATE job SET id=?,start_date=?,salary=?,position=?,edra=?,recruiter=?,announce_date=?,submission_date=? WHERE job.id=? "; prepstate=connect.prepareStatement(query); prepstate.setString(1,String.valueOf(id3)); prepstate.setString(2, String.valueOf(startD3)); prepstate.setString(3,String.valueOf(money3)); prepstate.setString(4,String.valueOf(pos3)); prepstate.setString(5,String.valueOf(loc3)); prepstate.setString(6,String.valueOf(rec3)); prepstate.setString(7,String.valueOf(aD3)); prepstate.setString(8,String.valueOf(sD3)); prepstate.setString(9,String.valueOf(id3)); ress=prepstate.executeQuery(); } catch(Exception ex){ JOptionPane.showMessageDialog(null, ex.getMessage()); }} CardLayout c4 = (CardLayout) (cardsR.getLayout());//get cards c4.show(cardsR,PANEL4); } }); cancelButton4.addActionListener(new ActionListener() { //*********************************CANCEL BUTTON CURRJOB @Override public void actionPerformed(ActionEvent ae){ CardLayout c4 = (CardLayout) (cardsR.getLayout());//get cards c4.show(cardsR,PANEL4); } }); //********************************************************************************************************************************************************************************************************** editButton4_1.addActionListener(new ActionListener() { //*****************************EVALUATION INTERVIEW INSERT BUTTON JOB************************************************************************ @Override public void actionPerformed(ActionEvent ae){ editButton4.setVisible(false); submitButton4.setVisible(false); //submitButton4_1.setVisible(false); cancelButton4.setVisible(false); editButton4_1.setVisible(true); //Object id4=null; String idConverted=null; int count_check=0; //int count4_1=0; for(int i=0;i<tableJ.getModel().getRowCount();i++) //κωδικας για να εκτελετειται κατι οταν επιλεγει συγκεκριμενα checkboxes και παταει apply { // Object obj=null; if ((Boolean) tableJ.getModel().getValueAt(i,0)) //αν το εχει επιλεξει // obj=;//STATUS EINAI STHN 2 STHLH { if(String.valueOf(tableJ.getValueAt(i,2)).equals("Open")){ //αν επιλεξει θέση που είναι ανοιχτη θα του πεταει joption pane με μηνυμα λαθους βλεπε εδω: https://docs.oracle.com/javase/tutorial/uiswing/components/dialog.html JOptionPane.showMessageDialog(frame, "Choose a closed job position", "Error", JOptionPane.ERROR_MESSAGE); break; } else{ //αν η θέση ειναι κλειστη ολα οκ,αντικατεστησε το query μου με αυτο που ζηταει count_check++; id4=tableJ.getValueAt(i,3); idConverted = String.valueOf(id4); jobIdList.add(idConverted);// pros8etei ston dynamic pinaka ta id }//else }//1h if }//for if(count_check>0){ JComboBox boxJobId= new JComboBox(); for(int j=0; j<jobIdList.size(); j++){ boxJobId.addItem(jobIdList.get(j)); } EventQueue.invokeLater(new Runnable(){ @Override public void run(){ JPanel popPanel= new JPanel(new GridLayout(0,1)); popPanel.add(new JLabel("Choose a Job ID:")); popPanel.add(boxJobId); // int choice = Integer.parseInt((String) boxJobId.getSelectedItem()); int resultButton= JOptionPane.showConfirmDialog(null,popPanel,"popWindow",JOptionPane.OK_CANCEL_OPTION,JOptionPane.PLAIN_MESSAGE); if(resultButton== JOptionPane.OK_OPTION){ editButton1.setVisible(true); cancelButton1.setVisible(false); //submitButton4_1.setVisible(false); count4_1++; if(count4_1>0 ){ panel6.removeAll();//*****************O panelR4 einai tou my current job positions CREATEDDDD //textArea.setText(null); } try{ String query = "SELECT FROM interview WHERE recr_username=? AND job_id=?"; prepstate=connect.prepareStatement(query);// kanei connection kai tsekarei to query prepstate.setString(1, NewJFrame.s);//to s einai metablhth mesa sto newjframe prepstate.setString(2, String.valueOf(id4)); ress=prepstate.executeQuery(); //orizoume to ress result set dld pou epistrefei while(ress.next()){ // h while leitoyrgei san cursor ress metablhth String inter1 = ress.getString("cand_username");//ress einai to result set pou 8eleis na sou emfanisei. to a 8a apo8hkeusei to prwto ths sthlhs tou username String inter2 = ress.getString("recr_username"); String inter3 = ress.getString("job_id"); int inter4 = ress.getInt("inter_id"); String inter5 = ress.getString("inter_date"); Time inter6 = ress.getTime("duration"); String inter7 = ress.getString("comments"); String inter8 = ress.getString("personality"); String inter9 = ress.getString("education"); String inter10 = ress.getString("experience"); InterviewCandField.setText(inter1); //InterviewIdField.setText(inter4);// edw 8a emfanisei sto aspro keno to string pou delw InterviewDateField.setText(inter5); InterviewDurField.setText(String.valueOf(inter6)); InterviewComField.append(inter7);//MEGALWNEI TO MHKOS TOU TEXT OSO 8ELOUME InterviewComField.setText(inter7); InterviewPerField.setText(inter8); InterviewEduField.setText(inter9); InterviewExpField.setText(inter10); InterviewComField.setCaretPosition(InterviewComField.getDocument().getLength()); //BOH8AEI STO MHKOS TOU TEXT } InterviewRecField.setText(NewJFrame.s); InterviewJobIdField.setText(String.valueOf(id4)); panel6.add(initialFieldInterviews(),BorderLayout.NORTH); button1.setVisible(true); button2.setVisible(true); //KOUMPIA GIA TA ALLA MENU************************************ button3.setVisible(true); button4.setVisible(false); button5.setVisible(true); } catch(Exception ex){ JOptionPane.showMessageDialog(null, ex.getMessage()); } CardLayout c4_2 = (CardLayout) (cardsR.getLayout());//get cards c4_2.show(cardsR,PANEL6); } }//IF OK BUTTON POPUP------------------------------------------------------------------------------------------------------------------------------------------------ }); }//telos if check_Count if(count_check==0){ JOptionPane.showMessageDialog(frame, "No Job Id's Availables", "Error", JOptionPane.ERROR_MESSAGE);} button1.setVisible(true); button2.setVisible(true); button3.setVisible(true); button4.setVisible(false); button5.setVisible(true); } }); submitButton4_1.addActionListener(new ActionListener() {///////////////////////////////SUBMIT BUTTON etaireias @Override public void actionPerformed(ActionEvent ae){ editButton4.setVisible(false); submitButton4.setVisible(false); submitButton4_1.setVisible(false); cancelButton4.setVisible(true); editButton4_1.setVisible(false); String cand_user = InterviewCandField.getText(); String recr_user = InterviewRecField.getText(); String jId = InterviewJobIdField.getText(); // String iId =InterviewIdField.getText(); String idate = InterviewDateField.getText(); String idur = InterviewDurField.getText(); String icom = InterviewComField.getText(); String iper = InterviewPerField.getText(); String iedu = InterviewEduField.getText(); String iexp = InterviewExpField.getText(); int check=0; try{ String query = "SELECT IF(EXISTS(SELECT * FROM interview WHERE cand_username=? AND recr_username=? AND job_id=? ),1,0)"; prepstate=connect.prepareStatement(query);// kanei connection kai tsekarei to query prepstate.setString(1, cand_user); prepstate.setString(2,recr_user); prepstate.setString(3,jId); ress=prepstate.executeQuery(); while(ress.next()){ check = ress.getInt(1);} if (check==1){ String query6 = "UPDATE interview SET cand_username=?,recr_username=?,job_id=?,inter_id=inter_id,inter_date=?,duration=?,comments=?,personality=?,education=?,experience=? WHERE job_id=? AND cand_username=?"; prepstate=connect.prepareStatement(query6); prepstate.setString(1,cand_user); prepstate.setString(2, recr_user); prepstate.setString(3,jId); prepstate.setString(4, idate); prepstate.setString(5,idur); prepstate.setString(6,icom); prepstate.setString(7,iper); prepstate.setString(8,iedu); prepstate.setString(9,iexp); prepstate.setString(10,jId); prepstate.setString(11,cand_user); ress1=prepstate.executeUpdate(); } else { String query6 = "Insert INTO interview VALUES(?,?,?,DEFAULT,?,?,?,?,?,?)"; prepstate=connect.prepareStatement(query6); prepstate.setString(1,cand_user); prepstate.setString(2, recr_user); prepstate.setString(3,jId); prepstate.setString(4, idate); prepstate.setString(5,idur); prepstate.setString(6,icom); prepstate.setString(7,iper); prepstate.setString(8,iedu); prepstate.setString(9,iexp); ress1=prepstate.executeUpdate(); }//telos else } catch(Exception ex){ JOptionPane.showMessageDialog(null, ex.getMessage()); } CardLayout c4_2 = (CardLayout) (cardsR.getLayout());//get cards c4_2.show(cardsR,PANELA);//****************************************************************************ti kanei?!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! } }); editButtonSP.addActionListener(new ActionListener() { //*****************************EDIT BUTTON JOB @Override public void actionPerformed(ActionEvent ae){ //******************************************me bash ta poia boxes einai checked 8a kanei edit mono auta editButton4.setVisible(false); submitButton4.setVisible(false); submitButton4_1.setVisible(false); editButtonSP.setVisible(false); cancelButton4.setVisible(true); editButton4_1.setVisible(false); // panelR4_1.add(initialButtons4()); int find_row=0; int anycheckedSP =0; int j1=0; int j2=1; for(int i=0;i<tableJ.getModel().getRowCount();i++) //κωδικας για να εκτελετειται κατι οταν επιλεγει συγκεκριμενα checkboxes και παταει edit { if ((Boolean) tableJ.getModel().getValueAt(i,0))//αν το εχει επιλεξει check box { anycheckedSP =anycheckedSP +1;} } if (anycheckedSP > 1){ JOptionPane.showMessageDialog(null,//AN EXEI EPILEKSEI ENA BOX BGAZEI MHNYMA "Choose only ONE job,\n" +"in order to see the Interview results", "Error", JOptionPane.ERROR_MESSAGE); } else if(anycheckedSP == 0){//AN DEN EXEI EPILEKSEI KANENA BOX BGAZEI MHNYMA JOptionPane.showMessageDialog(null, "No job selected\n" +"Please choose only ONE job", "Error", JOptionPane.ERROR_MESSAGE); } else{ try{ for(int i=0;i<tableJ.getModel().getRowCount();i++) { if ((Boolean) tableJ.getModel().getValueAt(i,0)) {find_row=i; }} Object jobSP =tableJ.getValueAt(find_row,3); int jSP =Integer.parseInt(String.valueOf(jobSP)); String querySP="{call showResults(?)}"; CallableStatement pst2=connect.prepareCall(querySP); pst2.setInt(1,jSP); //set in parameter ress = pst2.executeQuery(); String querySP2 = "SELECT FROM results ORDER BY Total_grade DESC"; prepstate=connect.prepareStatement(querySP2); ress2=prepstate.executeQuery(); while(ress2.next()){ String spCa = ress2.getString("Candidate_name"); int spIn = ress2.getInt("Interviews_total"); int spPe = ress2.getInt("Personality_value"); int spEx = ress2.getInt("Education_value"); int spEd = ress2.getInt("Experience_value"); float spTo = ress2.getFloat("Total_grade"); modelSP.addRow(new Object[]{spCa,spIn,spPe,spEx,spEd,spTo,"NO","-"}); //panelSP.add(modelSP);// edw einai kala???????????????????????????????????? xreiazete mhpws allou?? } // panelSP_1.add(new JScrollPane(tableSP)); int rowRej=tableSP.getRowCount(); //int rowRej=1; String[][] rejArray=new String[rowRej][2]; int count=0; //for(int i=0; i<rowRej; i++){ //try{ // ResultSet ress2 = pst1.executeQuery(); // int z=0; String querySP3 = "SELECT * FROM rejected "; prepstate1=connect.prepareStatement(querySP3); //prepstate1.setString(1,String.valueOf(tableSP.getModel().getValueAt(0))); //prepstate1.setString(1,); ress3=prepstate1.executeQuery(); while(ress3.next()){ String rej1 = ress3.getString("cand"); String rej2 = ress3.getString("keimeno"); rejArray[count][j1]=rej1; rejArray[count][j2]=rej2; count++; }//telos while // }//try // catch(Exception ex){ // JOptionPane.showMessageDialog(null, ex.getMessage()); // }//telos iside catch //}//telos for if(count>0){ for(int i=0; i<rowRej; i++){//for pou 8a allazei ton JTableSP for(int j=0; j<tableSP.getModel().getRowCount();j++) { if(rejArray[i][0]!= null){ if (rejArray[i][0].equals((String.valueOf(tableSP.getModel().getValueAt(j,0))))){//ama bre8ei to candidate pou 8eloyme modelSP.setValueAt("Yes",j,6); modelSP.setValueAt(rejArray[i][1],j,7); }//telos eswterikhs for } }//telos for pou psaxnei mesa ston tableSP ta candidate name }//telos for allaghs periexomenou table } // panelSP_1.add(new JScrollPane(tableSP)); if(tableSP.getRowCount()==0){//AN ADEIOS O PINAKAS meta ta insert se auto tote bgale auto JOptionPane.showMessageDialog(frame,//AN EXEI EPILEKSEI ENA BOX BGAZEI MHNYMA "Evaluation has not yet completed,\n" +"please try again", "Error", JOptionPane.ERROR_MESSAGE); } else{ panelSP_1.add(new JScrollPane(tableSP)); } }//telos try catch(Exception ex){ JOptionPane.showMessageDialog(null, ex.getMessage()); } }//telos else CardLayout cSP = (CardLayout) (cardsR.getLayout());//get cards cSP.show(cardsR,PANELSP); button1.setVisible(true); button2.setVisible(true); button3.setVisible(true); button4.setVisible(false); button5.setVisible(true); } }); button5.addActionListener(new ActionListener() { //********************************EDIT BUTTON JOB @Override public void actionPerformed(ActionEvent ae){ cancelButton5.setVisible(false); editButton5.setVisible(true); submitButton5.setVisible(false); applyButton5.setVisible(false); cancelButton555.setVisible(false); try{ String query12 = "SELECT FROM job WHERE job.recruiter IN(SELECT username FROM recruiter WHERE firm IN (SELECT firm FROM recruiter WHERE username=?))"; prepstate=connect.prepareStatement(query12); prepstate.setString(1, NewJFrame.s); ress=prepstate.executeQuery(); while(ress.next()){ int id8 = ress.getInt("id"); Date sD8 = ress.getDate("start_date"); Float money8 = ress.getFloat("salary"); String pos8 = ress.getString("position"); String loc8 = ress.getString("edra"); String rec8 = ress.getString("recruiter"); Timestamp timestamp8 = ress.getTimestamp("announce_date"); if (timestamp8 != null){ date = new java.util.Date(timestamp8.getTime());} Date subDate8 = ress.getDate("submission_date"); modelJ5.addRow(new Object[]{id8,sD8,money8,pos8,loc8,rec8,timestamp8,subDate8}); } panel800.add(new JScrollPane(tableJ5)); //panel900.add(new JScrollPane(tableJ5_edit));//den xreiazetai edw } catch(Exception ex){ JOptionPane.showMessageDialog(null, ex.getMessage()); } CardLayout c500 = (CardLayout) (cardsR.getLayout());//get cards c500.show(cardsR,PANEL5); button1.setVisible(true); button2.setVisible(true); button3.setVisible(true); button4.setVisible(true); button5.setVisible(false); } }); editButton5.addActionListener(new ActionListener() { //*******************************EDIT BUTTON JOB @Override public void actionPerformed(ActionEvent ae){ for(int i=0;i<tableJ5.getModel().getRowCount();i++)//************dhmiourgia periexomenou neou pinaka { if(String.valueOf(tableJ5.getValueAt(i,5)).equals(NewJFrame.s)) { Object[] row5 = {new Boolean(false),tableJ5.getValueAt(i,0), tableJ5.getValueAt(i,1), tableJ5.getValueAt(i,2), tableJ5.getValueAt(i,3), tableJ5.getValueAt(i,4), tableJ5.getValueAt(i,5),tableJ5.getValueAt(i,6),tableJ5.getValueAt(i,7),tableJ5.getValueAt(i,5)}; //αναθεση τιμων σε σειρα modelJ5_edit.addRow(row5);}//telos if }//telos for cancelButton5.setVisible(true); editButton5.setVisible(false); submitButton5.setVisible(true); applyButton5.setVisible(true); cancelButton555.setVisible(false); TableColumn tabc = tableJ5_edit.getColumnModel().getColumn(0);//**************************************************ti kanei edw tabc.setCellEditor(tableJ5_edit.getDefaultEditor(Boolean.class)); tabc.setCellRenderer(tableJ5_edit.getDefaultRenderer(Boolean.class)); panelR900.add(new JScrollPane(tableJ5_edit)); class MyItemListener implements ItemListener { public void itemStateChanged(ItemEvent e) { Object source = e.getSource(); if (source instanceof AbstractButton == false) return; boolean checked = e.getStateChange() == ItemEvent.SELECTED; for(int x = 0, y = tableJ5_edit.getRowCount(); x < y; x++) { tableJ5_edit.setValueAt(new Boolean(checked),x,0); } } } CardLayout c900 = (CardLayout) (cardsR.getLayout());//get cards***********emfanish pinaka me my jobs c900.show(cardsR,PANEL7); } }); applyButton5.addActionListener(new ActionListener() { //*****************************EDIT BUTTON JOB @Override public void actionPerformed(ActionEvent ae){ int anychecked5 =0; cancelButton555.setVisible(true); cancelButton5.setVisible(true); editButton5.setVisible(false); submitButton5.setVisible(true); applyButton5.setVisible(false); modelJ5.setRowCount(0); for(int i=0;i<tableJ5_edit.getModel().getRowCount();i++) //κωδικας για να εκτελετειται κατι οταν επιλεγει συγκεκριμενα checkboxes και παταει edit { if ((Boolean) tableJ5_edit.getModel().getValueAt(i,0)){ //αν το εχει επιλεξει check box anychecked5 =anychecked5 +1;} } if (anychecked5 == 0){ JOptionPane.showMessageDialog(frame,//AN DEN EXEI EPILEKSEI KANENA BOX BGAZEI MHNYMA "Choose any job/s to edit", "Error", JOptionPane.ERROR_MESSAGE); } else{ int numrows =tableJ5_edit.getModel().getRowCount(); for(int i=0;i<numrows;i++) {if ((Boolean) tableJ5_edit.getModel().getValueAt(i,0)) { //modelJ5_edit.removeRow(i); Object[] row6 = {tableJ5_edit.getValueAt(i,1), tableJ5_edit.getValueAt(i,2), tableJ5_edit.getValueAt(i,3), tableJ5_edit.getValueAt(i,4), tableJ5_edit.getValueAt(i,5),tableJ5_edit.getValueAt(i,6),tableJ5_edit.getValueAt(i,7),tableJ5_edit.getValueAt(i,8)}; //αναθεση τιμων σε σειρα modelJ5.addRow(row6); }} //tableJ5_edit.removeColumn( tableJ5_edit.getColumnModel().getColumn(0) ); panelR1000.add(new JScrollPane(tableJ5)); CardLayout c56 = (CardLayout) (cardsR.getLayout());//get cards c56.show(cardsR,PANEL8); } } }); cancelButton555.addActionListener(new ActionListener() { //*********************************CANCEL BUTTON @Override public void actionPerformed(ActionEvent ae){ CardLayout c56 = (CardLayout) (cardsR.getLayout());//get cards c56.show(cardsR,PANELA); } }); submitButton5.addActionListener(new ActionListener() { @Override public void actionPerformed(ActionEvent ae){ cancelButton555.setVisible(false); cancelButton5.setVisible(false); editButton5.setVisible(false); submitButton5.setVisible(false); applyButton5.setVisible(false); Object id85=null; Object startD85=null; Object money85=null; Object pos85=null; Object loc85=null; Object rec85=null; Object aD85=null; Object sD85=null; for(int i=0;i<tableJ5.getModel().getRowCount();i++){ id85=tableJ5.getValueAt(i,0); startD85=tableJ5.getValueAt(i,1); money85=tableJ5.getValueAt(i,2); pos85=tableJ5.getValueAt(i,3); loc85=tableJ5.getValueAt(i,4); rec85=tableJ5.getValueAt(i,5); aD85=tableJ5.getValueAt(i,6); sD85=tableJ5.getValueAt(i,7); try{ String query = "UPDATE job SET id=?,start_date=?,salary=?,position=?,edra=?,recruiter=?,announce_date=?,submission_date=? WHERE job.id=? "; prepstate=connect.prepareStatement(query); prepstate.setString(1,String.valueOf(id85)); prepstate.setString(2, String.valueOf(startD85)); prepstate.setString(3,String.valueOf(money85)); prepstate.setString(4,String.valueOf(pos85)); prepstate.setString(5,String.valueOf(loc85)); prepstate.setString(6,String.valueOf(rec85)); prepstate.setString(7,String.valueOf(aD85)); prepstate.setString(8,String.valueOf(sD85)); prepstate.setString(9,String.valueOf(id85)); ress1=prepstate.executeUpdate(); } catch(Exception ex){ JOptionPane.showMessageDialog(null, ex.getMessage()); } CardLayout c1 = (CardLayout) (cardsR.getLayout());//get cards c1.show(cardsR,PANELA); } } }); cancelButton5.addActionListener(new ActionListener() { //*********************************CANCEL BUTTON @Override public void actionPerformed(ActionEvent ae){ CardLayout c57 = (CardLayout) (cardsR.getLayout());//get cards c57.show(cardsR,PANELA); } }); JPanel buttonPanelR = new JPanel(); buttonPanelR.add(button1); buttonPanelR.add(button2); buttonPanelR.add(button3); buttonPanelR.add(button4); buttonPanelR.add(button5); frame.add(cardsR); frame.add(buttonPanelR, BorderLayout.NORTH); frame.pack(); frame.setVisible(true); } } //********************************************************************************************************************************TO DO****************************************************** //JScrollPane sp = new JScrollPane(tableJ); class CheckBoxHeader1 extends JCheckBox implements TableCellRenderer, MouseListener { protected CheckBoxHeader1 rendererComponent; protected int column; protected boolean mousePressed = false; public CheckBoxHeader1(ItemListener itemListener) { rendererComponent = this; rendererComponent.addItemListener(itemListener); } public Component getTableCellRendererComponent( JTable tableJ, Object value, boolean isSelected, boolean hasFocus, int row, int column) { if (tableJ != null) { JTableHeader header = tableJ.getTableHeader(); if (header != null) { rendererComponent.setForeground(header.getForeground()); rendererComponent.setBackground(header.getBackground()); rendererComponent.setFont(header.getFont()); header.addMouseListener(rendererComponent); } } setColumn(column); rendererComponent.setText("Check All"); setBorder(UIManager.getBorder("TableHeader.cellBorder")); return rendererComponent; } protected void setColumn(int column) { this.column = column; } public int getColumn() { return column; } protected void handleClickEvent(MouseEvent e) { if (mousePressed) { mousePressed=false; JTableHeader header = (JTableHeader)(e.getSource()); JTable tableView = header.getTable(); TableColumnModel columnModel = tableView.getColumnModel(); int viewColumn = columnModel.getColumnIndexAtX(e.getX()); int column = tableView.convertColumnIndexToModel(viewColumn); if (viewColumn == this.column && e.getClickCount() == 1 && column != -1) { doClick(); } } } public void mouseClicked(MouseEvent e) { handleClickEvent(e); ((JTableHeader)e.getSource()).repaint(); } public void mousePressed(MouseEvent e) { mousePressed = true; } public void mouseReleased(MouseEvent e) { } public void mouseEntered(MouseEvent e) { } public void mouseExited(MouseEvent e) { } } /* * @author Ρωμανός */	rkapsalis/CEID-projects	Database Lab/src/javaapplication1/recruiterGUI.java
359	package gr.aueb.dmst.T21; import java.util.InputMismatchException; import java.util.Scanner; public class App { protected static String[] partsName = new String[253]; // Ορισμός του πίνακα που περιέχει όλα τα μέλη (ανταλλακτικά ενός αυτοκινήτου που έχουν μοναδικό κωδικό) protected static String brand; // Ορισμός της μεταβλητής που περιέχει την μάρκα του αυτοκινήτου protected static int productionYear; // Ορισμός της μεταβλητής που περιέχει την χρονολογία πααραγωγής του αυτοκινήτου protected static String model; // Ορισμός της μεταβλητής που περιέχει το μοντέλο του αυτοκινήτου public App() { //Ορισμός του κατασκευαστή της κλάσης ο οποίος γεμίζει τον πίνακα με της ονομασίες των μελών του αυτοκινήτου brand = ""; productionYear = 0; model = ""; partsName[0] = "1.1 UPPER CONTROL ARM"; partsName[1] = "1.2 UPPER BALL JOINT"; partsName[2] = "1.3 COIL SPRING"; partsName[3] = "1.4 SNOCK ABSORBER"; partsName[4] = "1.5 LOWER BALL JOINT"; partsName[5] = "1.6 LOWER CONTROL ARM"; partsName[6] = "1.7 CONTROL ARM BUSHINGS"; partsName[7] = "1.8 STABILIZER LINK"; partsName[8] = "1.9 IDLER ARM"; partsName[9] = "1.10 INNER TIE-ROD END"; partsName[10] = "1.11 CENTER LINK"; partsName[11] = "1.12 PITMAN ARM"; partsName[12] = "1.13 ADJUSTING SLEEVE"; partsName[13] = "1.14 OUTER TIE-ROD END"; partsName[14] = "1.15 STEERING KNUCKLE"; partsName[15] = "1.16 POWER STEERING PUMP"; partsName[16] = "1.17 POWER STEERING GEARBOX"; partsName[17] = "1.18 ANTI-SWAY BAR"; partsName[18] = "1.19 BALL JOINT"; partsName[19] = "1.20 UPPER MOUNTING PLATE-BEARING"; partsName[20] = "1.21 MACPHERSON STRUT"; partsName[21] = "1.22 BELLOWS"; partsName[22] = "1.23 RACK-PINION UNIT"; partsName[23] = "1.24 RACK-PINION BUSHINGS"; partsName[24] = "1.25 INNER SCOKET ASSEMBLY"; partsName[25] = "1.26 WHEEL HUB"; partsName[26] = "1.27 WHEEL BEARING"; partsName[27] = "1.28 POWER STEERING"; partsName[28] = "2.1 SPIGOT BEARING"; partsName[29] = "2.2 RETAINING SPRING WITH PREFORMED FINGERS"; partsName[30] = "2.3 RELEAS RING"; partsName[31] = "2.4 RETAINING SPRING"; partsName[32] = "2.5 BALL PIN FOR CLUCH FORK"; partsName[33] = "2.6 FLYWHEEL"; partsName[34] = "2.7 DRIVE DISC"; partsName[35] = "2.8 PRESSURE PLATE"; partsName[36] = "2.9 INNER FULCRUM RING"; partsName[37] = "2.10 OUTER FULCRUM RING"; partsName[38] = "2.11 CLUTCH COVER"; partsName[39] = "2.12 RELEASE FORK"; partsName[40] = "2.13 RETURN SPRING OF RELEASE FORK"; partsName[41] = "2.14 RELEASE BEARING"; partsName[42] = "2.15 DIAPHRAGM SPRING"; partsName[43] = "2.16 PILOT BUSHING"; partsName[44] = "2.17 BELLHOUSING"; partsName[45] = "3.1 FUEL PUMP"; partsName[46] = "3.2 CYLINDER HEAD COVER"; partsName[47] = "3.3 GASKET"; partsName[48] = "3.4 THERMOSTAT COVER AND GASKET"; partsName[49] = "3.5 THERMOSTAT"; partsName[50] = "3.6 HEAT GAUGE UNIT"; partsName[51] = "3.7 BRACKET"; partsName[52] = "3.8 ROCKER ARM AND SHAFT ASSEMBLE"; partsName[53] = "3.9 ROCKER ARM"; partsName[54] = "3.10 ROCKER ARM SPRING"; partsName[55] = "3.11 HYDRAULIC LASH ADJUSTSTER"; partsName[56] = "3.12 CAMSHAFT PULLEY"; partsName[57] = "3.13 THRUST PLATE"; partsName[58] = "3.14 CAMSHAFT"; partsName[59] = "3.15 CYLINDER HEAD BOLTS"; partsName[60] = "3.16 CYLINDER HEAD"; partsName[61] = "3.17 CYLINDER HEAD GASKET"; partsName[62] = "3.18 VALVE SPRING"; partsName[63] = "3.19 VALVE KEEPER"; partsName[64] = "3.20 VALVE SPRING SEAT UPPER"; partsName[65] = "3.21 VALVE SPRING SEAT LOWER"; partsName[66] = "3.22 VALVE"; partsName[67] = "3.23 VALVE SEAL"; partsName[68] = "3.24 VALVE GUIDE *"; partsName[69] = "3.25 CAMSHAFT OIL SEAL"; partsName[70] = "3.26 FUEL PRESSURE REGULATOR"; partsName[71] = "3.27 RADIATOR"; partsName[72] = "3.28 SORT BLOCK"; partsName[73] = "3.29 PISTON RING(NO.1 COMPRESSION)"; partsName[74] = "3.30 PISTON RING (NO.2 COMPRESSION)"; partsName[75] = "3.31 PISTON RING(SIDE RAIL AND EXPANDER)"; partsName[76] = "3.32 SNAP RING"; partsName[77] = "3.33 PISTON PIN"; partsName[78] = "3.34 CONNECTING ROD BUSHING"; partsName[79] = "3.35 CONNECTING ROD"; partsName[80] = "3.36 CONNECTING ROD BEARING"; partsName[81] = "3.37 CONNECTING ROD CAP"; partsName[82] = "3.38 ENGINE COOLANT DRAIN PLUG"; partsName[83] = "3.39 WATER BYPASS HOSE"; partsName[84] = "3.40 WATER PUMP"; partsName[85] = "3.41 O RING"; partsName[86] = "3.42 OIL PUMP"; partsName[87] = "3.43 OIL SEAL"; partsName[88] = "3.44 REAR OIL SEAL RATAINER"; partsName[89] = "3.45 KNOCK SENSOR 1"; partsName[90] = "3.46 KNOCK SENSOR 2"; partsName[91] = "3.47 FUEL PIPE SUPPORT"; partsName[92] = "3.48 UNION NUT"; partsName[93] = "3.49 OIL PRESSURE SWICH"; partsName[94] = "3.50 GENERATOR"; partsName[95] = "3.51 IDLER PULLER"; partsName[96] = "3.52 CRANKSHAFT OIL SEAL"; partsName[97] = "3.53 CRANKSHAFT"; partsName[98] = "3.54 CRANKSHAFT THRUST WASHER"; partsName[99] = "3.55 MAIN BEARING"; partsName[100] = "3.56 MAIN BEARING CAP"; partsName[101] = "3.57 LH MOUNTING BRACKET AND INSULATOR ASSEMBLY"; partsName[102] = "3.58 OIL FILTER AND BRACKET ASSEMBLY"; partsName[103] = "3.59 COIL"; partsName[104] = "3.60 TENSIONING RAIL"; partsName[105] = "3.61 BALANCE SHAFT CHAIN TENIONING"; partsName[106] = "3.62 COLLAR BOLT TENSIONING RAIL"; partsName[107] = "3.63 CHAIN SPROCKET OIL PUMP"; partsName[108] = "3.64 TENSIONING RAIL OIL PUMP"; partsName[109] = "3.65 IDLER"; partsName[110] = "3.66 CAMSHAFT PULLEY"; partsName[111] = "3.67 CRANKSHAFT PULLEY"; partsName[112] = "4.1 FLANGE YOKE"; partsName[113] = "4.2 U-JOINT BEARING PLATE STYLE"; partsName[114] = "4.3 SLIP YOKE BP STYLE"; partsName[115] = "4.4 TUBE "; partsName[116] = "4.5 TUBE YOKE"; partsName[117] = "4.6 END YOKE "; partsName[118] = "4.7 MIDSHIP SHAFT"; partsName[119] = "4.8 CENTER BEARING "; partsName[120] = "4.9 U-JOINT"; partsName[121] = "4.10 DIFFERENTIAL"; partsName[122] = "4.11 AXLE"; partsName[123] = "4.12 CARRIER"; partsName[124] = "4.13 RING GEAR "; partsName[125] = "4.14 AXLE SHAFT SIDE GEAR"; partsName[126] = "4.15 AXLE SHAFT "; partsName[127] = "4.16 AXLE HOUSING "; partsName[128] = "4.17 PINION GEAR"; partsName[129] = "4.18 PINION SHAFT"; partsName[130] = "4.19 FUEL INJECTOR"; partsName[131] = "4.20 OIL PAN"; partsName[132] = "4.21 OIL PAN BAFFLE PLATE"; partsName[133] = "4.22 OIL STRAINER "; partsName[134] = "4.23 OIL PAN "; partsName[135] = "4.24 DRAIN PLUG"; partsName[136] = "4.25 SPARK PLUG "; partsName[137] = "4.26 EXHAUST MANIFOLD"; partsName[138] = "4.27 PRESSURE RELIEF VALUE"; partsName[139] = "4.28 INTAKE MANIFOLD"; partsName[140] = "4.29 INTATE MANIFOLD GASKET"; partsName[141] = "4.30 EXHAUST MANIFOLD GASKET"; partsName[142] = "4.31 RUBBER GROMMETS"; partsName[143] = "4.32 MAIN SEAL"; partsName[144] = "4.33 CAMSHAFT FRONT OIL SEALS"; partsName[145] = "4.34 CYLINDER HEAD GASKET"; partsName[146] = "4.35 CRANK GEAR IOL SEAL"; partsName[147] = "4.36 OIL PAN GASKET"; partsName[148] = "4.37 FRONT CRANK OIL SEAL"; partsName[149] = "4.38 WATER PUMP GASKET "; partsName[150] = "4.39 TIMING BELT DRIVE PULLEY"; partsName[151] = "4.40 DISTRIBUTOR O-RING"; partsName[152] = "4.41 CAMS"; partsName[153] = "4.42 TIMING BELT"; partsName[154] = "4.43 TIMING CHAIN"; partsName[155] = "4.44 SLIDE RAIL TIMING GEAR"; partsName[156] = "4.45 CHAIN SPROCKET EXHAUST CAMSHAFT"; partsName[157] = "4.46 COLLAR BOLT TENSIONING RAILS "; partsName[158] = "4.47 TENSIONING RAIL TIMING GEAR "; partsName[159] = "4.48 CHAIN SPROCKET INA INTAKE CAMSHAFT ADJUSTER"; partsName[160] = "4.49 GUIDE RAIL TIMING GEAR "; partsName[161] = "4.50 HYDRAULIC TENSIONER CAMSHAFT CHAIN DRIVE"; partsName[162] = "4.51 FUEL PUMP ASSEMBLE"; partsName[163] = "4.52 UNIVERSAL JOINT "; partsName[164] = "4.53 DIFFERENTIAL SIDE GEAR"; partsName[165] = "4.54 SIDE GEAR"; partsName[166] = "4.55 DIFFERENTIAL CASE"; partsName[167] = "4.56 BEARING CAP"; partsName[168] = "4.57 AXLE HOUSING "; partsName[169] = "4.58 PINION GEAR"; partsName[170] = "4.59 RING GEAR "; partsName[171] = "4.60 TRANSMISSION"; partsName[172] = "5.1 PRIMARY RETURN SPRING"; partsName[173] = "5.2 PRIMARY SHOE"; partsName[174] = "5.3 SHOE HOLD-DOWN"; partsName[175] = "5.4 PARKING BRAKE CABLE"; partsName[176] = "5.5 ADJUSTER LEVER SPRING"; partsName[177] = "5.6 BACKING PLATE "; partsName[178] = "5.7 SECONDARY SHOE RETURN SERING"; partsName[179] = "5.8 WHEEL CYLINDER ASSEMBLY"; partsName[180] = "5.9 GEBLE GUIDE"; partsName[181] = "5.10 PARKING BRAKE STRUT"; partsName[182] = "5.11 PARKING BRAKE LEVER"; partsName[183] = "5.12 ADJUSTING CABLE"; partsName[184] = "5.13 SECONDARY SHOE"; partsName[185] = "5.14 ADJUSTING LEVER"; partsName[186] = "5.15 ADJUSTING ASSEMBLY"; partsName[187] = "5.16 BLEEDER SCREW"; partsName[188] = "5.17 CALIPER"; partsName[189] = "5.18 DUST BOOT"; partsName[190] = "5.19 PISTON "; partsName[191] = "5.20 BRAKEPADS"; partsName[192] = "5.21 ANTI-RATTLE CLIPS"; partsName[193] = "5.22 ROTOR"; partsName[194] = "5.23 PISTON RING"; partsName[195] = "5.24 LOCK PIN"; partsName[196] = "5.25 PAD CLIP"; partsName[197] = "5.26 SHIM"; partsName[198] = "5.27 PIN BOOTS"; partsName[199] = "5.28 GUIDEPIN"; partsName[200] = "5.29 CYLINDER BODY"; partsName[201] = "5.30 BLEEDER CAP"; partsName[202] = "5.31 MOUNTING BRACKET"; partsName[203] = "6.1 THERMOSTAT"; partsName[204] = "6.2 RESERVOIR TANK"; partsName[205] = "6.3 FUEL TANK "; partsName[206] = "6.4 FUEL TANK PRESSURE SENSOR"; partsName[207] = "6.5 OXYGEN SENSOR "; partsName[208] = "6.6 AIR INJECTION CHECK VALVE"; partsName[209] = "6.7 EGR VALVE"; partsName[210] = "6.8 PURGE"; partsName[211] = "6.9 FUEL FILTER"; partsName[212] = "6.10 FUEL TANK VENT "; partsName[213] = "6.11 FUEL ISOLATION VALVE"; partsName[214] = "6.12 HIGH PRESSURE PUMP"; partsName[215] = "6.13 FUEL RAIL"; partsName[216] = "6.14 FUEL GAUGE"; partsName[217] = "6.15 HEATER"; partsName[218] = "6.16 HEATER BLOWER FAN "; partsName[219] = "6.17 DRAIN TAP"; partsName[220] = "6.18 COOLANT TEMPERATURE SENSOR"; partsName[221] = "6.19 HEATER CONTROL VALVE"; partsName[222] = "6.20 BLOWER MOTOR "; partsName[223] = "6.21 OVERFLOW RECOVERY TANK HOSE"; partsName[224] = "6.22 COOLANT RESERVOIR"; partsName[225] = "6.23 THROTTLE BODY"; partsName[226] = "6.24 COOLANT FAN "; partsName[227] = "6.25 RADIATOR SHROUD - FAN SHROUD"; partsName[228] = "6.26 FUEL ACCUMULATOR"; partsName[229] = "6.27 MAF SENSOR"; partsName[230] = "6.28 MAP SENSOR"; partsName[231] = "6.29 IAT SENSOR"; partsName[232] = "6.30 O2 SENSOR"; partsName[233] = "6.31 NOX SENSOR"; partsName[234] = "6.32 EGT SENSOR"; partsName[235] = "6.33 EGR SENSOR "; partsName[236] = "6.34 DISTRIBUTOR"; partsName[237] = "6.35 BATTERY"; partsName[238] = "6.36 WARM-UP REGULATOR"; partsName[239] = "6.37 CHOKE VALVE"; partsName[240] = "6.38 OIL CATCH CAN"; partsName[241] = "6.39 DOWNPIPE"; partsName[242] = "6.40 IAC VALVE"; partsName[243] = "6.41 VSV FOR ACIS"; partsName[244] = "6.42 IGNITER"; partsName[245] = "6.43 ENGINE NOUNT"; partsName[246] = "6.44 CIRCUIT"; partsName[247] = "6.45 CLUTCH CYLINDER"; partsName[248] = "6.46 BLOW OFF VLAVE"; partsName[249] = "6.47 INTERCOOLER"; partsName[250] = "6.48 TURBO"; partsName[251] = "6.49 OIL RETURN GASKET"; partsName[252] = "6.50 BOOST SOLENOID VALVE"; } public String model() throws InputMismatchException { new App(); // Φτιάχνω ένα αντικείμενο της κλάσης App ώστε να αποδοθούν οι τιμές που πρέπει στον πίνακα partsName int key1 = 0; // Ορίζω το key1 στο οποίο θα αποθηκευτεί η πρώτη επιλογή του χρήστη Scanner input = new Scanner(System.in); // Δημιουργώ ένα αντικείμενο της κλάσης Scanner ώστε να διαβάσω τα δεδομένα που ζητάω από το χρήστη System.out.println("Please enter the motor vehicle's Brand, model and year of production"); System.out.printf("Brand:"); // Ζητάω να μου δώσει τη μάρκα του αυτοκινήτου για το οποίο ενδιαφέρεται int c = 0; // Αρχηκοποιώ μία μεταβλητή που θα χρησιμοποιήσω για να ελέγξω αν συνέβει κάποιο exception do { // Χρησιμοποιώ μία do-while ώστε να απαιτείται από το χρήστη να ξαναδώσει την τιμή που του ζητήθηκε αν αυτή που έδωσε προηγουμένως ήταν μη επιτρεπόμενη ή προκάλεσε καποιο exception if (c == 1) { // ελέγχω αν έχει συμβεί κάποιο exception και αν ναι μηδενίζω ξανά την τιμή του c c = 0; } try { // χρησιμοποιώ το σχήμα try-catch ώστε να διαχειριστώ το InputMismatchException που μπορεί να προκύψει brand = input.nextLine(); } catch (InputMismatchException e) { System.out.printf("ERROR: Inappropriate argument passed into the system, please enter a valid argument."); input.nextLine(); // Στο σημείο αυτό το πρόγραμμα οδηγούσε σε ατέρμων βρόγχο και τύπωνε επ άπειρο το παραπάνω μήνυμα στην οθόνη c = 1; // Εάν συνέβει πράγματι η εξαίρεση τότε αποδίδω την τιμή 1 στην μεταβλητή c } } while(c == 1); // Εάν η τιμή της c είναι ίση με 1 τότε αυτό σημαίνει ότι έχει συμβεί εξαίρεση η οποία έχει προηγηθεί και πρέπει ο χρήστης να ξαναδώσει την τιμή που του ζητήθηκε System.out.printf("\nModel:"); // Το ίδιο ακριβώς μοντέλο χρησιμοποιήθηκε και στην απόδοση τιμής στην μεταβλητή model do { if (c == 1) { c = 0; } try { model = input.nextLine(); } catch (InputMismatchException e) { System.out.printf("ERROR: Inappropriate argument passed into the system, please enter a valid argument."); input.nextLine(); c = 1; } } while(c == 1); System.out.printf("\nYear of production:"); // Το ίδιο ακριβώς μοντέλο χρησιμοποιήθηκε και στην απόδοση τιμής στην μεταβλητή productionYear do { if (c == 1) { c = 0; } try { productionYear = input.nextInt(); } catch (InputMismatchException e) { System.out.printf("ERROR: Inappropriate argument passed into the system, please enter a valid argument."); input.nextLine(); c = 1; } if (productionYear < 1886) { // Η μόνη διαφορά είναι ότι έχω προσθέσει έναν επιπλέον έλεγχο ώστε να συγουρευτώ ότι το έτος παραγωγής είναι μία τιμή c = 1; // μεγαλύτερη από το έτος παραγωγής του πρώτου αυτοκινήτου που φτιάχτηκε ποτέ } } while(c == 1); System.out.printf("\n"); System.out.printf("Please enter \"1\" or \"2\" to choose an option:\n1) MAIN MENU\n2) SEARCH BAR\n"); // Δίνω την επιλογή στο χρήστη να επιλέξει αν θέλει να βρεί το κομμάτι do { c = 0; // που τον ενδιαφέρει μέσω αναζήτησης η από το προσχεδιασμένο μενού επιλογών try { key1 = input.nextInt(); // Διαβάζω την επιλογή του χρήστη } catch (InputMismatchException e) { // Ελέγχω αν ο χρήστης έδωσε κάποια μεταβλητή διαφορετικού τύπου από integer System.out.printf("ERROR: Inappropriate argument passed into the system\nplease enter one " + "of the accepted values as following:\n \"1\" or\"2\"\n"); input.nextLine(); c = 1; } if (key1 != 1 && key1 != 2) { // Ελέγχω αν ο χρήστης έδωσε αποδεκτή τιμή System.out.printf("Please enter one of the accepted values ass following:\n \"1\" or\"2\"\n"); c = 1; } } while (c == 1); // Επαναλαμβάνω την διαδικασία μέχρι ο χρήστης να δώσει μία αποδεκτή τιμή String key3; // Oρισμός της μεταβλητής key3 στην οποία αποθηκεύεται η 3η επιλογή του χρήστη εάν χριαστεί Scanner k = new Scanner(System.in); if (key1 == 1) { // Εάν επέλεξε την πρώτη επιλογή του εμφανίζει το πρώτο μενού int key2 = 0; // Ορίζω την μεταβλητή στην οποία θα αποθηκευτεί η 2η επιλογή του χρήστη System.out.printf("Please enter \"1\", \"2\", \"3\", \"4\", \"5\" or \"6\" to select a category:\n" + "1) STEERING PARTS\n2) CLUTCH PARTS\n3) ENGINE PARTS\n4) PROPELLER SHAFT\n5) BRAKE PARTS\n6) EXTRA\n"); // Εμφανίζω τις κατηγορίες στις οποίες χωρίζονται τα ανταλλακτικά do { // Ελέγχω με αντίστοιχο τρόπο όπως και παραπάνω ότι ο χρήστης έδωσε αποδεκτή τιμή try { // και δε προκλήθηκε κάποιο exception και αν συνέβησε κάτι τέτοιο ξαναζητάω από το χρήστη να μου δώσει μία αποδεκτή τιμή key2 = input.nextInt(); } catch (InputMismatchException e) { System.out.printf("ERROR: Inappropriate argument passed into the system\nplease enter one " + "of the accepted values as following:\n \"1\", \"2\", \"3\", \"4\", \"5\" or \"6\"\n"); input.nextLine(); } if (key2 < 1 && key2 > 6) { System.out.println("Please enter one of the accepted values ass following:\n" + "\"1\", \"2\", \"3\", \"4\", \"5\", \"6\""); } } while (key2 < 1 \|\| key2 > 6); System.out.println("Please enter the number of the part you want to select."); Scanner q = new Scanner(System.in); // Δημιουργώ ένα αντικείμενο της Scanner ώστε να διαβάσω την τρίτη επιλογή του χρήστη if (key2 == 1) { System.out.println("1.1 UPPER CONTROL ARM\n1.2 UPPER BALL JOINT\n1.3 COIL SPRING\n" + // Εμφανίζω τις επιλογές ανταλλακτικών-μελών που αφορούν την 1η κατηγορία "1.4 SNOCK ABSORBER\n1.5 LOWER BALL JOINT\n1.6 LOWER CONTROL ARM\n" + "1.7 CONTROL ARM BUSHINGS\n1.8 STABILIZER LINK\n1.9 IDLER ARM\n" + "1.10 INNER TIE-ROD END\n1.11 CENTER LINK\n1.12 PITMAN ARM\n" + "1.13 ADJUSTING SLEEVE\n1.14 OUTER TIE-ROD END\n1.15 STEERING KNUCKLE\n" + "1.16 POWER STEERING PUMP\n1.17 POWER STEERING GEARBOX\n" + "1.18 ANTI-SWAY BAR\n1.19 BALL JOINT\n1.20 UPPER MOUNTING PLATE-BEARING\n" + "1.21 MACPHERSON STRUT\n1.22 BELLOWS\n1.23 RACK-PINION UNIT\n1.24 RACK-PINION BUSHINGS\n" + "1.25 INNER SCOKET ASSEMBLY\n1.26 WHEEL HUB\n1.27 WHEEL BEARING\n1.28 POWER STEERING"); }else if (key2 == 2) { System.out.println("2.1 SPIGOT BEARING\n2.2 RETAINING SPRING WITH PREFORMED FINGERS\n" + // Εμφανίζω τις επιλογές ανταλλακτικών-μελών που αφορούν την 2η κατηγορία "2.3 RELEAS RING\n2.4 RETAINING SPRING\n2.5 BALL PIN FOR CLUCH FORK\n2.6 FLYWHEEL\n" + "2.7 DRIVE DISC\n2.8 PRESSURE PLATE\n2.9 INNER FULCRUM RING\n2.10 OUTER FULCRUM RING" + "2.11 CLUTCH COVER\n2.12 RELEASE FORK\n2.13 RETURN SPRING OF RELEASE FORK\n2.14 RELEASE BEARING" + "2.15 DIAPHRAGM SPRING\n2.16 PILOT BUSHING\n2.17 BELLHOUSING"); }else if (key2 == 3) { System.out.println("3.1 FUEL PUMP\n3.2 CYLINDER HEAD COVER\n3.3 GASKET\n" + // // Εμφανίζω τις επιλογές ανταλλακτικών-μελών που αφορούν την 3η κατηγορία "3.4 THERMOSTAT COVER AND GASKET\n3.5 THERMOSTAT\n 3.6 HEAT GAUGE UNIT\n" + "3.7 BRACKET\n3.8 ROCKER ARM AND SHAFT ASSEMBLE\n3.9 ROCKER ARM\n" + "3.10 ROCKER ARM SPRING\n3.11 HYDRAULIC LASH ADJUSTSTER\n3.12 CAMSHAFT PULLEY\n" + "3.13 THRUST PLATE\n3.14 CAMSHAFT\n3.15 CYLINDER HEAD BOLTS\n3.16 CYLINDER HEAD\n" + "3.17 CYLINDER HEAD GASKET\n3.18 VALVE SPRING\n3.19 VALVE KEEPER\n3.20 VALVE SPRING SEAT UPPER\n" + "3.21 VALVE SPRING SEAT LOWER\n3.22 VALVE\n3.23 VALVE SEAL\n3.24 VALVE GUIDE \n3.25 CAMSHAFT OIL SEAL\n" + "3.26 FUEL PRESSURE REGULATOR\n3.27 RADIATOR\n3.28 SORT BLOCK\n3.29 PISTON RING(NO.1 COMPRESSION)\n3.30 PISTON RING (NO.2 COMPRESSION)\n" + "3.31 PISTON RING(SIDE RAIL AND EXPANDER)*\n3.32 SNAP RING\n3.33 PISTON PIN\n3.34 CONNECTING ROD BUSHING\n3.35 CONNECTING ROD\n" + "3.36 CONNECTING ROD BEARING\n3.37 CONNECTING ROD CAP\n3.38 ENGINE COOLANT DRAIN PLUG\n3.39 WATER BYPASS HOSE\n3.40 WATER PUMP\n" + "3.41 O RING\n3.42 OIL PUMP\n3.43 OIL SEAL\n3.44 REAR OIL SEAL RATAINER\n3.45 KNOCK SENSOR 1\n3.46 KNOCK SENSOR 2\n3.47 FUEL PIPE SUPPORT\n" + "3.48 UNION NUT\n3.49 OIL PRESSURE SWICH\n3.50 GENERATOR\n3.51 IDLER PULLER\n3.52 CRANKSHAFT OIL SEAL\n3.53 CRANKSHAFT\n3.54 CRANKSHAFT THRUST WASHER\n" + "3.55 MAIN BEARING\n3.56 MAIN BEARING CAP\n3.57 LH MOUNTING BRACKET AND INSULATOR ASSEMBLY\n3.58 OIL FILTER AND BRACKET ASSEMBLY\n3.59 COIL\n" + "3.60 TENSIONING RAIL\n3.61 BALANCE SHAFT CHAIN TENIONING\n3.62 COLLAR BOLT TENSIONING RAIL\n3.63 CHAIN SPROCKET OIL PUMP\n3.64 TENSIONING RAIL OIL PUMP\n" + "3.65 IDLER\n3.66 CAMSHAFT PULLEY\n3.67 CRANKSHAFT PULLEY"); }else if (key2 == 4) { System.out.println("4.1 FLANGE YOKE\n4.2 U-JOINT BEARING PLATE STYLE\n4.3 SLIP YOKE BP STYLE\n4.4 TUBE\n" + // Εμφανίζω τις επιλογές ανταλλακτικών-μελών που αφορούν την 4η κατηγορία "4.5 TUBE YOKE\n4.6 END YOKE\n4.7 MIDSHIP SHAFT\n4.8 CENTER BEARING\n4.9 U-JOINT\n" + "4.10 DIFFERENTIAL\n4.11 AXLE\n4.12 CARRIER\n4.13 RING GEAR\n4.14 AXLE SHAFT SIDE GEAR\n" + "4.15 AXLE SHAFT\n4.16 AXLE HOUSING\n4.17 PINION GEAR\n4.18 PINION SHAFT\n4.19 FUEL INJECTOR\n" + "4.20 OIL PAN\n4.21 OIL PAN BAFFLE PLATE\n4.22 OIL STRAINER\n4.23 OIL PAN\n4.24 DRAIN PLUG\n" + "4.25 SPARK PLUG\n4.26 EXHAUST MANIFOLD\n4.27 PRESSURE RELIEF VALUE\n4.28 INTAKE MANIFOLD\n" + "4.29 INTATE MANIFOLD GASKET\n4.30 EXHAUST MANIFOLD GASKET\n4.31 RUBBER GROMMETS\n4.32 MAIN SEAL\n" + "4.33 CAMSHAFT FRONT OIL SEALS\n4.34 CYLINDER HEAD GASKET\n4.35 CRANK GEAR IOL SEAL\n4.36 OIL PAN GASKET\n" + "4.37 FRONT CRANK OIL SEAL\n4.38 WATER PUMP GASKET\n4.39 TIMING BELT DRIVE PULLEY\n4.40 DISTRIBUTOR O-RING\n" + "4.41 CAMS\n4.42 TIMING BELT\n4.43 TIMING CHAIN\n4.44 SLIDE RAIL TIMING GEAR\n4.45 CHAIN SPROCKET EXHAUST CAMSHAFT\n" + "4.46 COLLAR BOLT TENSIONING RAILS\n4.47 TENSIONING RAIL TIMING GEAR\n4.48 CHAIN SPROCKET INA INTAKE CAMSHAFT ADJUSTER\n" + "4.49 GUIDE RAIL TIMING GEAR\n4.50 HYDRAULIC TENSIONER CAMSHAFT CHAIN DRIVE\n4.51 FUEL PUMP ASSEMBLE\n4.52 UNIVERSAL JOINT\n" + "4.53 DIFFERENTIAL SIDE GEAR\n4.54 SIDE GEAR\n4.55 DIFFERENTIAL CASE\n4.56 BEARING CAP\n4.57 AXLE HOUSING\n4.58 PINION GEAR\n" + "4.59 RING GEAR\n4.60 TRANSMISSION"); }else if (key2 == 5) { System.out.println("5.1 PRIMARY RETURN SPRING\n5.2 PRIMARY SHOE\n5.3 SHOE HOLD-DOWN\n5.4 PARKING BRAKE CABLE\n5.5 ADJUSTER LEVER SPRING\n" + // Εμφανίζω τις επιλογές ανταλλακτικών-μελών που αφορούν την 5η κατηγορία "5.6 BACKING PLATE\n5.7 SECONDARY SHOE RETURN SERING\n5.8 WHEEL CYLINDER ASSEMBLY\n5.9 GEBLE GUIDE\n5.10 PARKING BRAKE STRUT\n" + "5.11 PARKING BRAKE LEVER\n5.12 ADJUSTING CABLE\n5.13 SECONDARY SHOE\n5.14 ADJUSTING LEVER\n5.15 ADJUSTING ASSEMBLY\n" + "5.16 BLEEDER SCREW\n5.17 CALIPER\n5.18 DUST BOOT\n5.19 PISTON\n5.20 BRAKEPADS\n5.21 ANTI-RATTLE CLIPS\n5.22 ROTOR\n" + "5.23 PISTON RING\n5.24 LOCK PIN\n5.25 PAD CLIP\n5.26 SHIM\n5.27 PIN BOOTS\n5.28 GUIDEPIN\n5.29 CYLINDER BODY\n" + "5.30 BLEEDER CAP\n5.31 MOUNTING BRACKET"); }else if (key2 == 6) { System.out.println("6.1 THERMOSTAT\n6.2 RESERVOIR TANK\n6.3 FUEL TANK\n6.4 FUEL TANK PRESSURE SENSOR\n6.5 OXYGEN SENSOR\n" + // // Εμφανίζω τις επιλογές ανταλλακτικών-μελών που αφορούν την 6η κατηγορία "6.6 AIR INJECTION CHECK VALVE\n6.7 EGR VALVE\n6.8 PURGE\n6.9 FUEL FILTER\n6.10 FUEL TANK VENT\n6.11 FUEL ISOLATION VALVE\n" + "6.12 HIGH PRESSURE PUMP\n6.13 FUEL RAIL\n6.14 FUEL GAUGE\n6.15 HEATER\n6.16 HEATER BLOWER FAN\n6.17 DRAIN TAP\n" + "6.18 COOLANT TEMPERATURE SENSOR\n6.19 HEATER CONTROL VALVE\n6.20 BLOWER MOTOR\n6.21 OVERFLOW RECOVERY TANK HOSE\n" + "6.22 COOLANT RESERVOIR\n6.23 THROTTLE BODY\n6.24 COOLANT FAN \n6.25 RADIATOR SHROUD - FAN SHROUD\n6.26 FUEL ACCUMULATOR\n" + "6.27 MAF SENSOR\n6.28 MAP SENSOR\n6.29 IAT SENSOR\n6.30 O2 SENSOR\n6.31 NOX SENSOR\n6.32 EGT SENSOR\n6.33 EGR SENSOR\n" + "6.34 DISTRIBUTOR\n6.35 BATTERY\n6.36 WARM-UP REGULATOR\n6.37 CHOKE VALVE\n6.38 OIL CATCH CAN\n6.39 DOWNPIPE\n6.40 IAC VALVE\n" + "6.41 VSV FOR ACIS\n6.42 IGNITER\n6.43 ENGINE NOUNT\n6.44 CIRCUIT\n6.45 CLUTCH CYLINDER\n6.46 BLOW OFF VLAVE\n6.47 INTERCOOLER\n" + "6.48 TURBO\n6.49 OIL RETURN GASKET\n6.50 BOOST SOLENOID VALVE"); } do { key3 = q.nextLine(); // Διαβάζω την επιλογή του χρήστη } while (!(key3.equals("1.1")) && !(key3.equals("1.2")) && !(key3.equals("1.3")) && !(key3.equals("1.4")) && !(key3.equals("1.5")) && !(key3.equals("1.6")) && !(key3.equals("1.7")) && !(key3.equals("1.8")) && !(key3.equals("1.9")) && !(key3.equals("1.10")) && !(key3.equals("1.11")) && !(key3.equals("1.12")) && !(key3.equals("1.13")) && !(key3.equals("1.14")) && !(key3.equals("1.15")) && !(key3.equals("1.16")) && !(key3.equals("1.17")) && !(key3.equals("1.18")) && !(key3.equals("1.19")) && !(key3.equals("1.20")) && !(key3.equals("1.21")) && !(key3.equals("1.22")) && !(key3.equals("1.23")) && !(key3.equals("")) && !(key3.equals("1.24")) && !(key3.equals("1.25")) && !(key3.equals("1.26")) && !(key3.equals("1.27")) && !(key3.equals("1.28")) && !(key3.equals("2.1")) && !(key3.equals("2.2")) && !(key3.equals("2.3")) && !(key3.equals("2.4")) && !(key3.equals("2.5")) && !(key3.equals("2.6")) && !(key3.equals("2.7")) && !(key3.equals("2.8")) && !(key3.equals("2.9")) && !(key3.equals("2.10")) && !(key3.equals("2.11")) && !(key3.equals("2.12")) && !(key3.equals("2.13")) && !(key3.equals("2.14")) && !(key3.equals("2.15")) && !(key3.equals("2.16")) && !(key3.equals("2.17")) && !(key3.equals("3.1")) && !(key3.equals("3.2")) && !(key3.equals("3.3")) && !(key3.equals("3.4")) && !(key3.equals("3.5")) && !(key3.equals("3.6")) && !(key3.equals("3.7")) && !(key3.equals("3.8")) && !(key3.equals("3.9")) && !(key3.equals("3.10")) && !(key3.equals("3.11")) && !(key3.equals("3.12")) && !(key3.equals("3.13")) && !(key3.equals("3.14")) && !(key3.equals("3.15")) && !(key3.equals("3.16")) && !(key3.equals("3.17")) && !(key3.equals("3.18")) && !(key3.equals("3.19")) && !(key3.equals("3.20")) && !(key3.equals("3.21")) && !(key3.equals("3.22")) && !(key3.equals("3.23")) && !(key3.equals("3.24")) && !(key3.equals("3.25")) && !(key3.equals("3.26")) && !(key3.equals("3.27")) && !(key3.equals("3.28")) && !(key3.equals("3.29")) && !(key3.equals("3.30")) && !(key3.equals("3.31")) && !(key3.equals("3.32")) && !(key3.equals("3.33")) && !(key3.equals("3.34")) && !(key3.equals("3.35")) && !(key3.equals("3.36")) && !(key3.equals("3.37")) && !(key3.equals("3.38")) && !(key3.equals("3.39")) && !(key3.equals("3.40")) && !(key3.equals("3.41")) && !(key3.equals("3.42")) && !(key3.equals("3.43")) && !(key3.equals("3.44")) && !(key3.equals("3.45")) && !(key3.equals("3.46")) && !(key3.equals("3.47")) && !(key3.equals("3.48")) && !(key3.equals("3.49")) && !(key3.equals("3.50")) && !(key3.equals("3.51")) && !(key3.equals("3.52")) && !(key3.equals("3.53")) && !(key3.equals("3.54")) && !(key3.equals("3.55")) && !(key3.equals("3.56")) && !(key3.equals("3.57")) && !(key3.equals("3.58")) && !(key3.equals("3.58")) && !(key3.equals("3.59")) && !(key3.equals("3.60")) && !(key3.equals("3.61")) && !(key3.equals("3.62")) && !(key3.equals("3.63")) && !(key3.equals("3.64")) && !(key3.equals("3.65")) && !(key3.equals("3.66")) && !(key3.equals("3.67")) && !(key3.equals("4.1")) && !(key3.equals("4.2")) && !(key3.equals("4.3")) && !(key3.equals("4.4")) && !(key3.equals("4.5")) && !(key3.equals("4.6")) && !(key3.equals("4.7")) && !(key3.equals("4.8")) && !(key3.equals("4.9")) && !(key3.equals("4.10")) && !(key3.equals("4.11")) && !(key3.equals("4.12")) && !(key3.equals("4.13")) && !(key3.equals("4.14")) && !(key3.equals("4.15")) && !(key3.equals("4.16")) && !(key3.equals("4.17")) && !(key3.equals("4.18")) && !(key3.equals("4.19")) && !(key3.equals("4.20")) && !(key3.equals("4.21")) && !(key3.equals("4.22")) && !(key3.equals("4.23")) && !(key3.equals("4.24")) && !(key3.equals("4.25")) && !(key3.equals("4.26")) && !(key3.equals("4.27")) && !(key3.equals("4.28")) && !(key3.equals("4.29")) && !(key3.equals("4.30")) && !(key3.equals("4.31")) && !(key3.equals("4.32")) && !(key3.equals("4.33")) && !(key3.equals("4.34")) && !(key3.equals("4.35")) && !(key3.equals("4.36")) && !(key3.equals("4.37")) && !(key3.equals("4.38")) && !(key3.equals("4.39")) && !(key3.equals("4.40")) && !(key3.equals("4.41")) && !(key3.equals("4.42")) && !(key3.equals("4.43")) && !(key3.equals("4.44")) && !(key3.equals("4.45")) && !(key3.equals("4.46")) && !(key3.equals("4.47")) && !(key3.equals("4.48")) && !(key3.equals("4.49")) && !(key3.equals("4.50")) && !(key3.equals("4.51")) && !(key3.equals("4.52")) && !(key3.equals("4.53")) && !(key3.equals("4.54")) && !(key3.equals("4.55")) && !(key3.equals("4.56")) && !(key3.equals("4.57")) && !(key3.equals("4.58")) && !(key3.equals("4.59")) && !(key3.equals("4.60")) && !(key3.equals("5.1")) && !(key3.equals("5.2")) && !(key3.equals("5.3")) && !(key3.equals("5.4")) && !(key3.equals("5.5")) && !(key3.equals("5.6")) && !(key3.equals("5.7")) && !(key3.equals("5.8")) && !(key3.equals("5.9")) && !(key3.equals("5.10")) && !(key3.equals("5.11")) && !(key3.equals("5.12")) && !(key3.equals("5.13")) && !(key3.equals("5.14")) && !(key3.equals("5.15")) && !(key3.equals("5.16")) && !(key3.equals("5.17")) && !(key3.equals("5.18")) && !(key3.equals("5.19")) && !(key3.equals("5.20")) && !(key3.equals("5.21")) && !(key3.equals("5.22")) && !(key3.equals("5.23")) && !(key3.equals("5.24")) && !(key3.equals("5.25")) && !(key3.equals("5.26")) && !(key3.equals("5.27")) && !(key3.equals("5.28")) && !(key3.equals("5.29")) && !(key3.equals("5.30")) && !(key3.equals("5.31")) && !(key3.equals("6.1")) && !(key3.equals("6.2")) && !(key3.equals("6.3")) && !(key3.equals("6.4")) && !(key3.equals("6.5")) && !(key3.equals("6.6")) && !(key3.equals("6.7")) && !(key3.equals("6.8")) && !(key3.equals("6.9")) && !(key3.equals("6.10")) && !(key3.equals("6.11")) && !(key3.equals("6.12")) && !(key3.equals("6.13")) && !(key3.equals("6.14")) && !(key3.equals("6.15")) && !(key3.equals("6.16")) && !(key3.equals("6.17")) && !(key3.equals("6.18")) && !(key3.equals("6.19")) && !(key3.equals("6.20")) && !(key3.equals("6.21")) && !(key3.equals("6.22")) && !(key3.equals("6.23")) && !(key3.equals("6.24")) && !(key3.equals("6.25")) && !(key3.equals("6.26")) && !(key3.equals("6.27")) && !(key3.equals("6.28")) && !(key3.equals("6.29")) && !(key3.equals("6.30")) && !(key3.equals("6.31")) && !(key3.equals("6.32")) && !(key3.equals("6.33")) && !(key3.equals("6.34")) && !(key3.equals("6.35")) && !(key3.equals("6.36")) && !(key3.equals("6.37")) && !(key3.equals("6.38")) && !(key3.equals("6.39")) && !(key3.equals("6.40")) && !(key3.equals("6.41")) && !(key3.equals("6.42")) && !(key3.equals("6.43")) && !(key3.equals("6.44")) && !(key3.equals("6.45")) && !(key3.equals("6.46")) && !(key3.equals("6.47")) && !(key3.equals("6.48")) && !(key3.equals("6.49")) && !(key3.equals("6.50"))); // Ελέγχω ότι η τιμή που έδωσε ήταν αποδεκτή q.close(); // Κλείνω το Scanner q } else { // Εφόσον επέλεξε την αναζήτηση do { System.out.println("Give the name of the part in capital letters"); // Εμφανίζω τα κατάλληλα μηνύματα και οδηγίες System.out.printf("SEARCH:"); key3 = k.nextLine(); // Διαβάζω την τιμή που έδωσε } while (!key3.equals("UPPER CONTROL ARM") && !key3.equals("UPPER BALL JOINT") && !key3.equals("COIL SPRING") && !key3.equals("SNOCK ABSORBER") && !key3.equals("LOWER BALL JOINT") && !key3.equals("LOWER CONTROL ARM") && !key3.equals("CONTROL ARM BUSHINGS") && !key3.equals("STABILIZER LINK") && !key3.equals("IDLER ARM") && !key3.equals("INNER TIE-ROD END") && !key3.equals("CENTER LINK") && !key3.equals("PITMAN ARM") && !key3.equals("ADJUSTING SLEEVE") && !key3.equals("OUTER TIE-ROD END") && !key3.equals("STEERING KNUCKLE") && !key3.equals("POWER STEERING PUMP") && !key3.equals("POWER STEERING GEARBOX") && !key3.equals("ANTI-SWAY BAR") && !key3.equals("BALL JOINT") && !key3.equals("UPPER MOUNTING PLATE-BEARING") && !key3.equals("MACPHERSON STRUT") && !key3.equals("BELLOWS") && !key3.equals("RACK-PINION UNIT") && !key3.equals("RACK-PINION BUSHINGS") && !key3.equals("INNER SCOKET ASSEMBLY") && !key3.equals("WHEEL HUB") && !key3.equals("WHEEL BEARING") && !key3.equals("POWER STEERING") && !key3.equals("SPIGOT BEARING") && !key3.equals("RETAINING SPRING WITH PREFORMED FINGERS") && !key3.equals("RELEAS RING") && !key3.equals("RETAINING SPRING") && !key3.equals("BALL PIN FOR CLUCH FORK") && !key3.equals("FLYWHEEL") && !key3.equals("DRIVE DISC") && !key3.equals("PRESSURE PLATE") && !key3.equals("INNER FULCRUM RING") && !key3.equals("OUTER FULCRUM RING") && !key3.equals("CLUTCH COVER") && !key3.equals("RELEASE FORK") && !key3.equals("RETURN SPRING OF RELEASE FORK") && !key3.equals("RELEASE BEARING") && !key3.equals("DIAPHRAGM SPRING") && !key3.equals("PILOT BUSHING") && !key3.equals("BELLHOUSING") && !key3.equals("FUEL PUMP") && !key3.equals("CYLINDER HEAD COVER") && !key3.equals("GASKET") && !key3.equals("THERMOSTAT COVER AND GASKET") && !key3.equals("THERMOSTAT") && !key3.equals("HEAT GAUGE UNIT") && !key3.equals("BRACKET") && !key3.equals("ROCKER ARM AND SHAFT ASSEMBLE") && !key3.equals("ROCKER ARM") && !key3.equals("ROCKER ARM SPRING") && !key3.equals("HYDRAULIC LASH ADJUSTSTER") && !key3.equals("CAMSHAFT PULLEY") && !key3.equals("THRUST PLATE") && !key3.equals("CAMSHAFT") && !key3.equals("CYLINDER HEAD BOLTS") && !key3.equals("CYLINDER HEAD") && !key3.equals("CYLINDER HEAD GASKET") && !key3.equals("VALVE SPRING") && !key3.equals("VALVE KEEPER") && !key3.equals("VALVE SPRING SEAT UPPER") && !key3.equals("VALVE SPRING SEAT LOWER") && !key3.equals("VALVE") && !key3.equals("VALVE SEAL") && !key3.equals("VALVE GUIDE") && !key3.equals("CAMSHAFT OIL SEAL") && !key3.equals("FUEL PRESSURE REGULATOR") && !key3.equals("RADIATOR") && !key3.equals("SORT BLOCK") && !key3.equals("PISTON RING(NO.1 COMPRESSION)") && !key3.equals("PISTON RING(NO.2 COMPRESSION)") && !key3.equals("PISTON RING(SIDE RAIL AND EXPANDER)") && !key3.equals("SNAP RING ") && !key3.equals("PISTON PIN") && !key3.equals("CONNECTING ROD BUSHING") && !key3.equals("CONNECTING ROD") && !key3.equals("CONNECTING ROD BEARING") && !key3.equals("CONNECTING ROD CAP") && !key3.equals("ENGINE COOLANT DRAIN PLUG") && !key3.equals("WATER BYPASS HOSE") && !key3.equals("WATER PUMP") && !key3.equals("O-RING") && !key3.equals("OIL PUMP") && !key3.equals("OIL SEAL") && !key3.equals("REAR OIL SEAL RATAINER") && !key3.equals("KNOCK SENSOR 1") && !key3.equals("KNOCK SENSOR 2") && !key3.equals("FUEL PIPE SUPPORT") && !key3.equals("UNION NUT") && !key3.equals("OIL PRESSURE SWITCH") && !key3.equals("GENERATOR") && !key3.equals("IDLER PULLER") && !key3.equals("CRANKSHAFT OIL SEAL") && !key3.equals("CRANKSHAFT") && !key3.equals("CRANKSHAFT THRUST WASHER") && !key3.equals("MAIN BEARING") && !key3.equals("MAIN BEARING CAP") && !key3.equals("LH ENGINE MOUNTING BRACKET AND INSULATOR ASSEMBLY") && !key3.equals("OIL FILTER AND BRACKET ASSEMBLY") && !key3.equals("OIL LEVEL SENSOR") && !key3.equals("COIL") && !key3.equals("TENSIONING RAIL") && !key3.equals("BALANCE SHAFT CHAIN TENIONING") && !key3.equals("COLLAR BOLT TENSIONING RAIL") && !key3.equals("CHAIN SPROCKET OIL PUMP") && !key3.equals("TENSIONING RAIL OIL PUMP") && !key3.equals("IDLER") && !key3.equals("CAMSHAFT PULLEY") && !key3.equals("CRANKSHAFT PULLEY") && !key3.equals("PROPELLER SHAFT") && !key3.equals("FLANGE YOKE") && !key3.equals("U-JOINT BEARING PLATE STYLE") && !key3.equals("SLIP YOKE BP STYLE") && !key3.equals("TUBE") && !key3.equals("TUBE YOKE") && !key3.equals("END YOKE") && !key3.equals("MIDSHIP SHAFT") && !key3.equals("CENTER BEARING") && !key3.equals("U-JOINT") && !key3.equals("DIFFERENTIAL") && !key3.equals("AXLE") && !key3.equals("CARRIER") && !key3.equals("RING GEAR") && !key3.equals("AXLE SHAFT SIDE GEAR") && !key3.equals("AXLE SHAFT") && !key3.equals("AXLE HOUSING") && !key3.equals("PINION GEAR") && !key3.equals("PINION SHAFT") && !key3.equals("FUEL INJECTOR") && !key3.equals("OIL PAN") && !key3.equals("OIL PAN BAFFLE PLATE") && !key3.equals("OIL STRAINER") && !key3.equals("OIL PAN") && !key3.equals("DRAIN PLUG") && !key3.equals("SPARK PLUG") && !key3.equals("EXHAUST MANIFOLD") && !key3.equals("PRESSURE RELIEF VALUE") && !key3.equals("INTAKE MANIFOLD") && !key3.equals("INTATE MANIFOLD GASKET") && !key3.equals("EXHAUST MANIFOLD GASKET") && !key3.equals("RUBBER GROMMETS") && !key3.equals("MAIN SEAL") && !key3.equals("CAMSHAFT FRONT OIL SEALS") && !key3.equals("CYLINDER HEAD GASKET") && !key3.equals("CRANK GEAR IOL SEAL") && !key3.equals("OIL PAN GASKET") && !key3.equals("FRONT CRANK OIL SEAL") && !key3.equals("WATER PUMP GASKET") && !key3.equals("TIMING BELT DRIVE PULLEY") && !key3.equals("DISTRIBUTOR O-RING") && !key3.equals("CAMS") && !key3.equals("TIMING BELT") && !key3.equals("TIMING CHAIN") && !key3.equals("SLIDE RAIL TIMING GEAR") && !key3.equals("CHAIN SPROCKET EXHAUST CAMSHAFT") && !key3.equals("COLLAR BOLT TENSIONING RAILS") && !key3.equals("TENSIONING RAIL TIMING GEAR") && !key3.equals("CHAIN SPROCKET INA INTAKE CAMSHAFT ADJUSTER") && !key3.equals("GUIDE RAIL TIMING GEAR") && !key3.equals("HYDRAULIC TENSIONER CAMSHAFT CHAIN DRIVE") && !key3.equals("FUEL PUMP ASSEMBLE") && !key3.equals("UNIVERSAL JOINT") && !key3.equals("DIFFERENTIAL SIDE GEAR") && !key3.equals("SIDE GEAR") && !key3.equals("DIFFERENTIAL CASE") && !key3.equals("BEARING CAP") && !key3.equals("AXLE HOUSING") && !key3.equals("PINION GEAR") && !key3.equals("RING GEAR") && !key3.equals("TRANSMISSION") && !key3.equals("PRIMARY RETURN SPRING") && !key3.equals("PRIMARY SHOE") && !key3.equals("SHOE HOLD-DOWN") && !key3.equals("PARKING BRAKE CABLE") && !key3.equals("ADJUSTER LEVER SPRING") && !key3.equals("BACKING PLATE") && !key3.equals("SECONDARY SHOE RETURN SERING") && !key3.equals("WHEEL CYLINDER ASSEMBLY") && !key3.equals("GEBLE GUIDE") && !key3.equals("PARKING BRAKE STRUT") && !key3.equals("PARKING BRAKE LEVER") && !key3.equals("ADJUSTING CABLE") && !key3.equals("SECONDARY SHOE") && !key3.equals("ADJUSTING LEVER") && !key3.equals("ADJUSTING ASSEMBLY") && !key3.equals("BLEEDER SCREW") && !key3.equals("CALIPER") && !key3.equals("DUST BOOT") && !key3.equals("PISTON") && !key3.equals("BRAKEPADS") && !key3.equals("ANTI-RATTLE CLIPS") && !key3.equals("ROTOR") && !key3.equals("PISTON RING") && !key3.equals("LOCK PIN") && !key3.equals("PAD CLIP") && !key3.equals("SHIM") && !key3.equals("PIN BOOTS") && !key3.equals("GUIDEPIN") && !key3.equals("CYLINDER BODY") && !key3.equals("BLEEDER CAP") && !key3.equals("MOUNTING BRACKET") && !key3.equals("THERMOSTAT") && !key3.equals("RESERVOIR TANK") && !key3.equals("FUEL TANK") && !key3.equals("FUEL TANK PRESSURE SENSOR") && !key3.equals("OXYGEN SENSOR") && !key3.equals("AIR INJECTION CHECK VALVE") && !key3.equals("EGR VALVE") && !key3.equals("PURGE") && !key3.equals("FUEL FILTER") && !key3.equals("FUEL TANK VENT") && !key3.equals("FUEL ISOLATION VALVE") && !key3.equals("HIGH PRESSURE PUMP") && !key3.equals("FUEL RAIL") && !key3.equals("FUEL GAUGE") && !key3.equals("HEATER") && !key3.equals("HEATER BLOWER FAN") && !key3.equals("DRAIN TAP") && !key3.equals("COOLANT TEMPERATURE SENSOR") && !key3.equals("HEATER CONTROL VALVE") && !key3.equals("BLOWER MOTOR") && !key3.equals("OVERFLOW RECOVERY TANK HOSE") && !key3.equals("COOLANT RESERVOIR") && !key3.equals("THROTTLE BODY") && !key3.equals("COOLANT FAN") && !key3.equals("RADIATOR SHROUD - FAN SHROUD") && !key3.equals("FUEL ACCUMULATOR") && !key3.equals("MAF SENSOR") && !key3.equals("MAP SENSOR") && !key3.equals("IAT SENSOR") && !key3.equals("O2 SENSOR") && !key3.equals("NOX SENSOR") && !key3.equals("EGT SENSOR") && !key3.equals("EGR SENSOR") && !key3.equals("DISTRIBUTOR") && !key3.equals("BATTERY") && !key3.equals("WARM-UP REGULATOR") && !key3.equals("CHOKE VALVE") && !key3.equals("OIL CATCH CAN") && !key3.equals("DOWNPIPE") && !key3.equals("IAC VALVE") && !key3.equals("VSV FOR ACIS") && !key3.equals("IGNITER") && !key3.equals("ENGINE NOUNT") && !key3.equals("CIRCUIT") && !key3.equals("CLUTCH CYLINDER") && !key3.equals("BLOW OFF VLAVE") && !key3.equals("INTERCOOLER") && !key3.equals("TURBO") && !key3.equals("OIL RETURN GASKET") && !key3.equals("BOOST SOLENOID VALVE")); // Ελέγχω ότι η τιμή που έδωσε είναι αποδεκτή αλλιώς του ζητάω να την ξαναδώσει System.out.printf("\n"); input.close(); // Κλείνω το Scanner input k.close(); // Κλείνω το Scanner k } String prompt = "Give me details about " + key3 + ", " + brand + " " + model + " " + productionYear + "."; // Συντάσσω το ερώτημα που πρέπει να απευθύνω στο AI return prompt; } }	Alexandra-Stath/Finding-Spare-Parts-Using-AI	Finding-Spare-Parts-Using-AI/src/main/java/gr/aueb/dmst/T21/App.java
360	//Τσιάκας Κοσμάς - ΑΕΜ 8255 - 6987921920 - [email protected] //Παπάζογλου Αθανάσιος - AEM 8324 - 6976939155 - [email protected] package gr.auth.ee.dsproject.proximity.defplayers; import java.util.ArrayList; import gr.auth.ee.dsproject.proximity.board.Board; import gr.auth.ee.dsproject.proximity.board.ProximityUtilities; import gr.auth.ee.dsproject.proximity.board.Tile; //Η κλάση MinMaxPlayer υλοποιεί έναν παίκτη ο οποίος χρησιμοποιεί //τις συναρτήσεις του για τη δημιουργία ενός δέντρου διαθέσιμων κινήσεων //και με τον αλγόριθμο Minmax προσπαθεί να βρεί την βέλτιστη κίνηση σε βάθος //2 κινήσεων. Τα χαρακτηριστικά του παίκτη είναι το σκορ του, το όνομα του, //to id του και ο αριθμός των πλακιδίων που του ανήκουν. public class MinMaxPlayer implements AbstractPlayer { int score; int id; String name; int numOfTiles; public MinMaxPlayer (Integer pid) { id = pid; name = "MinMaxPlayer"; } public String getName () { return name; } public int getNumOfTiles () { return numOfTiles; } public void setNumOfTiles (int tiles) { numOfTiles = tiles; } public int getId () { return id; } public void setScore (int score) { this.score = score; } public int getScore () { return score; } public void setId (int id) { this.id = id; } public void setName (String name) { this.name = name; } //Η συνάρτηση getNextMove(..) υλοποιεί την επιλογή της βέλτιστης για εμάς κίνησης //Χρησιμοποιεί το υπάρχων board για να δημιουργήσει τη ρίζα του δέντρου στο οποίο θα αποθηκεύονται //όλες οι διαθέσιμες κινήσεις. Αρχικά, προσωμοιώνει μια δική μας κίνηση //μέσω της συνάρτησης createMySubTree(..), η οποία στο εσωτερικό της προσωμοιώνει και //μία κίνηση του αντιπάλου. Στο τέλος της συνάρτησης μας, μέσω της chooseMinMaxMove(..) //επιλέγεται η καλύτερη δυνατή κίνηση και επιστρέφεται μέσω ενός πίνακα 1x3 οι συντεταγμένες //της καλύτερης θέσης και ο αριθμός που θα τοποθετηθεί σε αυτήν. public int[] getNextMove (Board board, int number) { int[] nextMove=new int [3];//[x,y,randomNumber] int[] index=new int[2]; //Δημιουργία ενός κόμβου που θα είναι η ρίζα του δέντρου απο το υπάρχων board Node82558324 root=new Node82558324(board); createMySubtree(root,1,Board.getNextTenNumbersToBePlayed()[0]);//το δέντρο έχει τελειώσει, //καθώς αυτή η συνάρτηση προσωμοιώνει τόσο τη δική μας κίνηση όσο και του αντιπάλου index=chooseMinMaxMove(root);//επιλογή της καλύτερης δυνατής κίνησης nextMove[0]=index[0]; nextMove[1]=index[1]; nextMove[2]=number; //επιστροφή των συντεταγμένων της βέλτιστης θέσης //και του αριθμού που θα τοποθετηθεί στη θέση αυτή return nextMove; } //Η συνάρτηση createMySubtree(..) εντοπίζει τις κενές θέσεις του board //και για κάθε μία από αυτές δημιουργεί κλώνους του board, όπως θα ήταν εάν έπαιζα //στην θέση αυτή το πλακίδιο με την τιμή number. Το board που προκύπτει //προστίθεται ως child του parent που παίρνει ως όρισμα η συνάρτηση. //Για να ολοκληρωθεί το δέντρο στο τέλος καλείται η συνάρτηση createOpponentSubtree(..) //η οποία θα το συμπληρώσει με τους κλάδους για τις κινήσεις του αντιπάλου public void createMySubtree (Node82558324 parent, int depth, int number) { //βρίσκω τα ελεύθερα tiles στο board for (int i=0;i<ProximityUtilities.NUMBER_OF_COLUMNS;i++){//σκανάρω το board for (int j=0;j<ProximityUtilities.NUMBER_OF_ROWS;j++){//για διαθέσιμα tiles if (parent.getNodeBoard().getTile(i,j).getPlayerId()==0){//αν υπάρχει διαθέσιμο tile //δημιουργώ έναν κλώνο του board του parent προσωμοιώνοντας μια κίνηση //δική μου βάζοντας το tile με τιμή number στη θέση (i,j) Board cloneBoard=ProximityUtilities.boardAfterMove(this.getId(),parent.getNodeBoard(),i,j,number); //δημιουργώ έναν νέο κόμβο με το νέο board (μετά την κίνηση) //για να γίνει αυτός ο κόμβος το child του parent //να προστεθεί δηλαδή στο arrayList children Node82558324 child=new Node82558324(parent, cloneBoard); child.setNodeMove(i,j,number); child.setNodeDepth(depth); child.setNodeEvaluation(0);//το evaluation του κόμβου αυτόυ θα προκύψει στη συνέχεια parent.setChildren(child); //καλώ τη συνάρτηση για τη συμπλήρωση του δέντρου με την κίνηση του αντιπάλου createOpponentSubtree(child,depth+1,Board.getNextTenNumbersToBePlayed()[1]); } } } } //Η συνάρτηση createOpponentSubtree(..) βρίσκει τις θέσεις που είναι πλέον διαθέσιμες στο board //και για κάθε μία από αυτές δημιουργεί έναν κλώνο του board προσωμοιώνοντας //μία κίνηση του αντιπάλου στη θέση αυτή. Μετά, θα αξιολογηθεί η κίνηση αυτή που υποδεικνύει το φύλλο //και το board που προκύπτει θα προστεθεί ως child του parent public void createOpponentSubtree (Node82558324 child, int depth, int number) { //πρέπει να βρω το id του αντιπάλου μου, εφόσον ξέρω μόνο το δικό μου int opponentId=1; if (this.getId()==1){ opponentId=2; } //βρίσκω τα ελεύθερα tiles στο board for (int i=0;i<ProximityUtilities.NUMBER_OF_COLUMNS;i++){//σκανάρω το board for (int j=0;j<ProximityUtilities.NUMBER_OF_ROWS;j++){//για διαθέσιμα tiles if (child.getNodeBoard().getTile(i,j).getPlayerId()==0){//αν υπάρχει διαθέσιμο tile //δημιουργώ έναν κλώνο του board, όπως θα ήταν εάν έπαιζε ο αντίπαλος //στη θέση (i,j) ένα πλακίδιο με τιμή randomNumber Board cloneBoard = ProximityUtilities.boardAfterMove(opponentId,child.getNodeBoard(),i,j,number); //δημιουργώ ένα αντικείμενο τύπου Node που περιέχει το νέο board //και τα υπόλοιπα στοιχεία Node82558324 leaf=new Node82558324(child, cloneBoard); //αξιολογώ τη θέση (i,j) int opponentScore=0; for (int k=0;k<ProximityUtilities.NUMBER_OF_COLUMNS;k++){ for (int l=0;l<ProximityUtilities.NUMBER_OF_ROWS;l++){ if (leaf.getNodeBoard().getTile(k,l).getPlayerId()==opponentId){ opponentScore=opponentScore+leaf.getNodeBoard().getTile(k,l).getScore(); } } } int evaluation=this.getScore()-opponentScore; leaf.setNodeEvaluation(evaluation); leaf.setNodeMove(i,j,number); leaf.setNodeDepth(depth); //προσθέτω το νέο στοιχείο στο arrayList του parent της συνάρτησης //που είναι το child που δημιούργησε η συνάρτηση createMySubtree(..) child.setChildren(leaf); } } } } //Η συνάρτηση chooseMinMaxMove(..) περιλαμβάνει έναν αλγόριθμo Minmax για να βρεί //την καλύτερη διαθέσιμη κίνηση. Για να βρεί τη θέση αυτή,αρχικά αποθηκεύει τα παιδιά //της ρίζας, και για κάθε παιδί αποθηκεύει τα φύλλα του. Σε βάθος 2, κρατάει την //μικρότερη τιμή που βρίσκει από κάθε φύλλο και η τιμή αυτή περνάει στα παιδιά. //Σε βάθος 1, κρατάει την μεγαλύτερη τιμή από τα παιδιά και αυτή περνάει στη ρίζα //που είναι και η τελική τιμή που θα επιλέξουμε. //Στο τέλος επιστρέφουμε τις συντεταγμένες της καλύτερης θέσης public int[] chooseMinMaxMove(Node82558324 root) { int[] index=new int[2];//ο πίνακας που θα περιέχει την καλύτερη θέση //αποθηκεύω τα παιδιά της ρίζας σε μια ArrayList-ήμαστε σε βάθος 1 ArrayList<Node82558324> children= root.getChildren(); //ο αριμός των παιδιών της ρίζας int numberOfChildren=0; numberOfChildren=children.size(); //στη μεταβλητή maxEval θα αποθηκεύσω το μεγαλύτερο από τα evaluation στο επίπεδο 1 double maxEval=children.get(0).getNodeEvaluation(); //κρατάω τις συντεταγμένες για την καλύτερη θέση στο maxNodeMove (x,y,number) int[] maxNodeMove=children.get(0).getNodeMove(); //σε κάθε επανάληψη σκανάρω ένα παιδί της ρίζας for (int i=0;i<numberOfChildren;i++){ //έχω τα φύλλα του κόμβου-βάθος 2 ArrayList<Node82558324> leaves=children.get(i).getChildren(); //υπολογίζω πόσα φύλλα έχει ο κάθε κόμβος int numberOfLeaves = leaves.size(); //στη μεταβλητή minEval θα αποθηκεύσω το μικρότερο από τα evaluation σε βάθος 2 double minEval=leaves.get(0).getNodeEvaluation(); //(x, y , randomNumber) για την θέση που επιλέγεται int[] minNodeMove=leaves.get(0).getNodeMove(); //σκανάρω κάθε φύλλο του παιδιού i for (int j=1;j<numberOfLeaves;j++){ //βρίσκω ποιο είναι το μικρότερο evaluation if (leaves.get(j).getNodeEvaluation()<minEval){ minEval=leaves.get(j).getNodeEvaluation(); minNodeMove=leaves.get(j).getNodeMove(); } } //ανεβάζω σε κάθε κόμβο την μικρότερη από τις τιμές των φύλλων children.get(i).setNodeEvaluation(minEval); children.get(i).setNodeMove(minNodeMove); //αν ήμαστε στην 1η επανάληψη η σύγκριση είναι περιττή if (i==0) continue; //εντοπίζω το μεγαλύτερο evaluation, αποθηκεύω παράλληλα και τις συντεταγμένες if(children.get(i).getNodeEvaluation()>maxEval){ maxEval=children.get(i).getNodeEvaluation(); maxNodeMove=children.get(i).getNodeMove(); } } //αφου σκανάρω όλα τα παιδιά και φύλλα, στη ρίζα βάζω την τιμή της καλύτερης συνολικής κίνησης και τις συντεταγμένες root.setNodeEvaluation(maxEval); root.setNodeMove(maxNodeMove); //επιστρέφω τις συντεταγμένες της καλυτερης κίνησης index[0]=root.getNodeMove()[0]; index[1]=root.getNodeMove()[1]; return index; } }	kosmastsk/University-projects	Data Structures/Proximity Part C.1/src/gr/auth/ee/dsproject/proximity/defplayers/MinMaxPlayer.java
361	package com.telis.patreopolis; import javax.swing.; import java.awt.; public class Board extends JFrame { private BoardPanel basic; private Tile[] tiles = new Tile[40]; Board() { initializeTiles(); basic = new BoardPanel(tiles); JScrollPane scrollPane = new JScrollPane(basic); add(scrollPane); //initialize JFrame setTitle("El Greco: τα ταξίδια της ζωής και του έργου του"); setSize(new Dimension(1000, 1020)); setResizable(false); setDefaultCloseOperation(JDialog.EXIT_ON_CLOSE); setLocationRelativeTo(null); setVisible(true); } // Creating tile objects // Types of tiles: // 1 = starting point // 2 = patras sights // 3 = question tiles // 4 = train tiles // 5 = command tiles // 6 = free parking tiles // 7 = school tiles // 8 = port tiles public void initializeTiles() { tiles[0] = new Tile("Αφετηρία", "Αφετηρία",0); tiles[1] = new Tile("Μουσείο\nΜπενάκη", "Ελλάδα",1); tiles[2] = new Tile("Μπόνους\nΕρώτηση", "",2); tiles[3] = new Tile("Μουσείο\nΜπενάκη", "",3); tiles[4] = new Tile("Ιερά Μητρ/λη\nΣύρου", "",4); tiles[5] = new Tile("Υπουργείο\nΠολιτισμού", "",5); tiles[6] = new Tile("Εθνική\nΠινακοθήκη", "",6); tiles[7] = new Tile("Μπόνους\nΕρώτηση", "",7); tiles[8] = new Tile("Ιστορικό\nΜουσείο Κρήτης", "",8); tiles[9] = new Tile("Ιστορικό\nΜουσείο Κρήτης", "",9); tiles[10] = new Tile("Βιβλίο επίσκεψης Μουσείου", "",10); tiles[11] = new Tile("Εθνική πινακοθήκη Μπολώνια", "",11); tiles[12] = new Tile("Εθνική πινακοθήκη Πάρμα", "",12); tiles[13] = new Tile("Πινακοθήκη Εστένσε", "",13); tiles[14] = new Tile("Εθνικό Μουσείο Καποντιμόντε", "",14); tiles[15] = new Tile("Υπουργείο Πολιτισμού Ιταλίας", "",15); tiles[16] = new Tile("Μουσείο Thyssen- Bornemisza", "",16); tiles[17] = new Tile("Μοναστήρι Εσκόριαλ Ισπανίας", "",17); tiles[18] = new Tile("SuperBonus Ερώτηση", "",18); tiles[19] = new Tile("Μουσείο Πράδο Ισπανίας", "",19); tiles[20] = new Tile("Εντευκτήριο", "",20); tiles[21] = new Tile("Μουσείο Πράδο Ισπανίας", "",21); tiles[22] = new Tile("Μουσείο Πράδο Ισπανίας", "",22); tiles[23] = new Tile("Μουσείο Πράδο Ισπανίας", "",23); tiles[24] = new Tile("Μουσείο Πράδο Ισπανίας", "",24); tiles[25] = new Tile("Μουσείο Πράδο Ισπανίας", "",25); tiles[26] = new Tile("Υπουργείο Πολιτισμού Ισπανίας", "",26); tiles[27] = new Tile("Καθ/κός Ναός Τολέδο Ισπανίας", "",27); tiles[28] = new Tile("Εκκλησία Santo-Tome Τολέδο", "",28); tiles[29] = new Tile("Μουσείο Tavera Τολέδο", "",29); tiles[30] = new Tile("Πήγαινε στο Βιβλίο Κανονισμών", "",30); tiles[31] = new Tile("Ινσ/το ΚαλώνΤεχνών Μινεάπολη", "",31); tiles[32] = new Tile("Μητρ/τικό Μουσείο Ν.Υόρκη", "",32); tiles[33] = new Tile("Bonus Ερώτηση", "",33); tiles[34] = new Tile("Μητρ/τικό Μουσείο Ν.Υόρκη", "",34); tiles[35] = new Tile("Υπουργείο Πολιτισμού ΗΠΑ", "",35); tiles[36] = new Tile("Μητρ/τικό Μουσείο Ν.Υόρκη", "",36); tiles[37] = new Tile("Μητρ/τικό Μουσείο Ν.Υόρκη", "",37); tiles[38] = new Tile("Εθνική Πινακοθήκη Ουάσιγκτον", "",38); tiles[39] = new Tile("Εθνική Πινακοθήκη Ουάσιγκτον", "",39); // tiles[0] = new Tile("starting\npoint", 1); // tiles[1] = new Tile("georgiou\nsquare", 2); // tiles[2] = new Tile("riga\nferaiou", 2); // tiles[3] = new Tile("question", 3); // tiles[4] = new Tile("delights\n& tentoura", 2); // tiles[5] = new Tile("panachaiki\nstadium", 2); // tiles[6] = new Tile("train", 4); // tiles[7] = new Tile("Palamas\nhouse", 2); // tiles[8] = new Tile("command", 5); // tiles[9] = new Tile("Municipal\nTheater ", 2); // tiles[10] = new Tile("Free\nParking", 6); // tiles[11] = new Tile("Veso\nMare multiplex", 2); // tiles[12] = new Tile("question", 3); // tiles[13] = new Tile("Psila\nAlonia square", 2); // tiles[14] = new Tile("Old\nArsakeio school", 2); // tiles[15] = new Tile("train", 4); // tiles[16] = new Tile("Dasilio\nregion", 2); // tiles[17] = new Tile("command", 5); // tiles[18] = new Tile("ancient odeon", 2); // tiles[19] = new Tile("school", 7); // tiles[20] = new Tile("ancient museum", 2); // tiles[21] = new Tile("question", 3); // tiles[22] = new Tile("Rio bridge", 2); // tiles[23] = new Tile("University", 2); // tiles[24] = new Tile("Agiou Nikolaou stairs", 2); // tiles[25] = new Tile("train", 4); // tiles[26] = new Tile("Pan/siako\nstadium", 2); // tiles[27] = new Tile("command", 5); // tiles[28] = new Tile("Trion Navarchon street", 2); // tiles[29] = new Tile("Port", 8); // tiles[30] = new Tile("Achaia Clauss", 2); // tiles[31] = new Tile("question", 3); // tiles[32] = new Tile("Carnival", 2); // tiles[33] = new Tile("Train", 4); // tiles[34] = new Tile("Castle", 2); // tiles[35] = new Tile("command", 5); // tiles[36] = new Tile("Roman bridge", 2); // tiles[37] = new Tile("Agios Andreas region", 2); } public BoardPanel getBoardPanel() { return basic; } public Tile[] getTiles() { return tiles; } }	ellak-monades-aristeias/ElGreco	src/com/telis/patreopolis/Board.java
362	package com.rmtheis.langdetect.profile; import java.util.HashMap; import com.cybozu.labs.langdetect.util.LangProfile; import com.cybozu.labs.langdetect.util.NGram; public class EL { private static final String name = "el"; private static final HashMap<String, Integer> freq = new HashMap<String, Integer>(); private static final int[] n_words = new int[NGram.N_GRAM]; public EL() { init(); } public final LangProfile getLangProfile() { return new LangProfile(name, freq, n_words); } private void init() { n_words[0] = 6375777; n_words[1] = 7261876; n_words[2] = 4927375; freq.put("για", 6740); freq.put("ρί", 22933); freq.put("γικ", 1875); freq.put("γιο", 2940); freq.put("γιν", 873); freq.put("ιάδ", 1072); freq.put("μία", 2762); freq.put(" τω", 10299); freq.put("μισ", 919); freq.put("ογρ", 3223); freq.put("ιάν", 812); freq.put("έ", 90196); freq.put(" τρ", 3378); freq.put("ού ", 14320); freq.put("αξι", 781); freq.put(" τί", 845); freq.put(" τέ", 1460); freq.put("ογέ", 1210); freq.put("ό ", 46975); freq.put("αξύ", 1143); freq.put("υψ", 1025); freq.put("ογι", 2141); freq.put("ός ", 18179); freq.put(" τμ", 1047); freq.put("ιάς", 1340); freq.put("μια", 4477); freq.put("ογο", 1295); freq.put("ιάρ", 876); freq.put(" τη", 55058); freq.put("κόρ", 832); freq.put(" τε", 2163); freq.put("μιο", 2230); freq.put("μικ", 5134); freq.put("γισ", 983); freq.put("ίτλ", 825); freq.put("ίτα", 3434); freq.put("αμβ", 1197); freq.put("ίτε", 1304); freq.put("νάμ", 808); freq.put("ίτη", 995); freq.put("Οκτ", 727); freq.put("ρρ", 1307); freq.put(" Πρ", 2843); freq.put("Χα", 1289); freq.put("κ ", 2925); freq.put(" Πό", 722); freq.put("λιό", 666); freq.put("λισ", 1155); freq.put("λιτ", 3281); freq.put("άνω", 1396); freq.put("άσε", 1019); freq.put("άντ", 1482); freq.put("εί ", 5299); freq.put("ρα ", 9620); freq.put("Ευ", 1907); freq.put("το ", 35834); freq.put("Ερ", 804); freq.put("Επ", 1444); freq.put("άζε", 1809); freq.put("ς", 240747); freq.put("Εθ", 920); freq.put("Ελ", 3849); freq.put("Εκ", 838); freq.put("εξά", 752); freq.put("εξα", 953); freq.put("Εί", 1505); freq.put(" τό", 929); freq.put("άνν", 919); freq.put("άνο", 1282); freq.put("άνα", 777); freq.put("άνδ", 657); freq.put("άνε", 1521); freq.put("ιο ", 9017); freq.put("λικ", 6554); freq.put("λιο", 1726); freq.put(" έγ", 922); freq.put("k", 2907); freq.put(" Πά", 1151); freq.put("άς ", 2864); freq.put(" Πα", 4958); freq.put("Χρ", 999); freq.put("λιά", 2019); freq.put(" Πο", 2479); freq.put("ώς", 2026); freq.put("όσο", 1170); freq.put("όσμ", 1304); freq.put("ευρ", 1328); freq.put("ευσ", 1149); freq.put("Η", 13434); freq.put("εν ", 2162); freq.put("ιω", 2086); freq.put(" με", 23063); freq.put("Πρ", 2848); freq.put("m ", 1364); freq.put(" μα", 2448); freq.put("ιώ", 5059); freq.put("ιρ", 6633); freq.put("ιπ", 2073); freq.put("ισ", 25486); freq.put("ις", 13132); freq.put("ιτ", 9070); freq.put("ιχ", 2933); freq.put("ιφ", 1609); freq.put("er ", 1543); freq.put("φερ", 660); freq.put(" μί", 2039); freq.put(" μέ", 5756); freq.put(" μά", 792); freq.put("σία", 5336); freq.put("ιέ", 2080); freq.put("ιά", 10102); freq.put("ιή", 692); freq.put("σίλ", 677); freq.put("Πά", 1152); freq.put("ιθ", 2601); freq.put("ιλ", 8668); freq.put("ικ", 79288); freq.put("ιν", 16499); freq.put("ιμ", 6598); freq.put("ιο", 29123); freq.put("Πε", 2134); freq.put("ια", 39925); freq.put("ιγ", 2579); freq.put("ιβ", 2565); freq.put("ιε", 6521); freq.put("ιδ", 8147); freq.put("ιη", 883); freq.put("ιζ", 1197); freq.put("me", 1201); freq.put("υνή", 706); freq.put("ma", 1208); freq.put("mb", 957); freq.put("μή ", 801); freq.put("όστ", 662); freq.put("ευθ", 751); freq.put("ευκ", 741); freq.put(" φυ", 1533); freq.put("νων", 3168); freq.put("πήρ", 1722); freq.put("ήμα", 3234); freq.put("ρόμ", 822); freq.put("ρόν", 1720); freq.put("ήμε", 1045); freq.put(" Βι", 896); freq.put("ρόε", 683); freq.put("αγι", 742); freq.put("κών", 3899); freq.put("ογί", 3068); freq.put("κη ", 1482); freq.put("αγο", 1254); freq.put("Εθν", 907); freq.put("ά", 106544); freq.put("αγν", 698); freq.put("A", 4125); freq.put("ρχι", 1336); freq.put(" Κό", 910); freq.put("χνη", 657); freq.put("γγρ", 1089); freq.put("ος ", 37511); freq.put("en ", 662); freq.put(" το", 79535); freq.put("σης", 5924); freq.put("ρότ", 966); freq.put("ρόσ", 877); freq.put("ρόπ", 819); freq.put("κεκ", 645); freq.put("νωσ", 4336); freq.put("ιάσ", 850); freq.put("όεδ", 664); freq.put(" τι", 4962); freq.put("Βρί", 1153); freq.put("δυτ", 1257); freq.put("ρό ", 1004); freq.put(" σκ", 2184); freq.put("άκη", 718); freq.put("μεσ", 1074); freq.put(" μο", 3409); freq.put("μετ", 6749); freq.put(" σα", 762); freq.put(" ση", 3591); freq.put(" σε", 9337); freq.put(" Λε", 940); freq.put("κην", 749); freq.put("ρ", 274072); freq.put("ιρι", 1611); freq.put("ιρε", 766); freq.put("κης", 1489); freq.put("ιρα", 723); freq.put(" Λο", 1279); freq.put("ιρά", 1156); freq.put(" όν", 3176); freq.put(" Θε", 1961); freq.put("έπε", 703); freq.put(" σύ", 3950); freq.put(" σπ", 865); freq.put("l", 12659); freq.put(" στ", 39224); freq.put(" συ", 11696); freq.put("απα", 958); freq.put("δυν", 920); freq.put("μεγ", 2940); freq.put("Καρ", 959); freq.put("ιό ", 1664); freq.put("μων", 716); freq.put("δών", 1462); freq.put("ίδι", 1386); freq.put("Ζ", 1967); freq.put("ίδα", 1853); freq.put("ίδε", 1013); freq.put("άμε", 1147); freq.put("ίδη", 788); freq.put("rt", 997); freq.put(" όρ", 2611); freq.put("rs", 663); freq.put("ατί", 1716); freq.put("ατά", 4672); freq.put("θήκ", 739); freq.put("θήν", 1152); freq.put("rd", 715); freq.put("re", 1965); freq.put("ατε", 1300); freq.put("ra", 2129); freq.put("ατα", 6390); freq.put("τών", 2189); freq.put("ατο", 9284); freq.put("ro", 1924); freq.put("ri", 2929); freq.put("ατι", 5266); freq.put("ατρ", 1884); freq.put("ύπο", 1064); freq.put("ατό", 1156); freq.put("W", 1311); freq.put("όλο", 1532); freq.put("όλη", 2622); freq.put(" Τσ", 726); freq.put("όλε", 1360); freq.put("ati", 806); freq.put("μήμ", 1075); freq.put("r ", 2839); freq.put("κά", 15567); freq.put("κέ", 4956); freq.put("κή", 24785); freq.put("κί", 3700); freq.put("κετ", 3212); freq.put(" έδ", 1173); freq.put(" Κε", 764); freq.put("Αυγ", 651); freq.put("κο", 23779); freq.put("κι", 6089); freq.put("κκ", 1326); freq.put("κλ", 5937); freq.put("κδ", 1079); freq.put("κε", 22387); freq.put(" Βρ", 2238); freq.put("κη", 5418); freq.put("κα", 65846); freq.put("Ρο", 774); freq.put(" έλ", 791); freq.put("τοκ", 1571); freq.put("Έλ", 1540); freq.put("τοι", 2194); freq.put("ραγ", 2738); freq.put("ραβ", 1005); freq.put("ραν", 1181); freq.put("ραμ", 2193); freq.put("ρακ", 3111); freq.put("ιού", 2201); freq.put("τοί", 1186); freq.put("ιοχ", 1758); freq.put("εφα", 751); freq.put("ιου", 2729); freq.put("καν", 3494); freq.put("ιος", 4127); freq.put("ιορ", 1283); freq.put("Με ", 1185); freq.put("ιον", 1013); freq.put("B", 2624); freq.put("ιολ", 889); freq.put("ιοι", 954); freq.put("άν ", 930); freq.put("ιοδ", 1147); freq.put("ιογ", 776); freq.put("ρατ", 4809); freq.put("ραφ", 4046); freq.put("ρασ", 2311); freq.put("τού", 2364); freq.put("τος", 5084); freq.put("τοπ", 1407); freq.put("τορ", 3232); freq.put("Έχ", 649); freq.put("του", 50266); freq.put("κό", 26772); freq.put("κύ", 1477); freq.put("κώ", 4252); freq.put(" έχ", 2858); freq.put("κω", 1706); freq.put("γρά", 2441); freq.put("Ρω", 976); freq.put("κυ", 3709); freq.put("κπ", 708); freq.put("κρ", 10237); freq.put("θμό", 1010); freq.put("γρα", 5451); freq.put("thu", 700); freq.put("Αυτ", 975); freq.put("άθε", 1012); freq.put("γω", 3973); freq.put("γώ", 1054); freq.put("γύ", 735); freq.put("γό", 3291); freq.put("γρ", 8625); freq.put("γχ", 1165); freq.put("γυ", 1102); freq.put("όφ", 825); freq.put("όχ", 1299); freq.put("ότ", 13665); freq.put("ός", 18197); freq.put("όσ", 5414); freq.put("όπ", 5405); freq.put("όρ", 8376); freq.put("ούλ", 1020); freq.put("ούν", 3424); freq.put("ούμ", 1108); freq.put("βέρ", 1034); freq.put("ιά ", 3103); freq.put("on ", 1503); freq.put("π", 191347); freq.put("άση", 1198); freq.put("ίως", 1118); freq.put("ούσ", 2748); freq.put("ούς", 3386); freq.put("ούρ", 1307); freq.put("όε", 736); freq.put("όγ", 2701); freq.put("όμ", 7862); freq.put("όν", 10515); freq.put("όκ", 1654); freq.put("όλ", 8233); freq.put("γλ", 3739); freq.put("γκ", 7566); freq.put("γι", 14677); freq.put(" λα", 1212); freq.put("γο", 9693); freq.put("σκο", 2292); freq.put("γν", 4085); freq.put("γμ", 2369); freq.put("γγ", 5019); freq.put("γα", 7366); freq.put(" Χα", 1287); freq.put("m", 7083); freq.put("σκη", 760); freq.put("γε", 9939); freq.put("σκε", 4485); freq.put("νά ", 992); freq.put("γί", 5669); freq.put("γή", 2815); freq.put("γέ", 2710); freq.put("γά", 3661); freq.put(" λέ", 1007); freq.put("ξι", 1797); freq.put("ξο", 1094); freq.put("ξα", 1561); freq.put("ξε", 3656); freq.put("d ", 2124); freq.put("ξη", 2494); freq.put("ξά", 881); freq.put("δομ", 954); freq.put("δον", 679); freq.put("ανό", 2218); freq.put("εμπ", 762); freq.put("ές", 9695); freq.put("ίας", 15390); freq.put("θολ", 2157); freq.put("do", 657); freq.put("Γι", 1598); freq.put("υ", 205289); freq.put("di", 1004); freq.put("Γα", 1202); freq.put("de", 1790); freq.put("νοι", 1353); freq.put("Γε", 2955); freq.put("ίζο", 1090); freq.put("εμι", 793); freq.put("εμο", 808); freq.put("εμβ", 1975); freq.put("αρκ", 848); freq.put("ενε", 1043); freq.put("λλο", 3357); freq.put("ον ", 14807); freq.put("λλι", 1915); freq.put(" Δι", 2396); freq.put("λλε", 843); freq.put("δοσ", 2455); freq.put("λλη", 7119); freq.put("ιμέ", 1283); freq.put("λλα", 1712); freq.put("δου", 1522); freq.put("των", 12537); freq.put("λλί", 726); freq.put("ξύ", 1306); freq.put("Θεσ", 739); freq.put("ιμο", 2191); freq.put("πό ", 21634); freq.put(" φο", 1544); freq.put("ενν", 2479); freq.put("εστ", 833); freq.put("εσσ", 1054); freq.put("Κ", 18111); freq.put("αρί", 2489); freq.put("νυμ", 1332); freq.put(" ξε", 646); freq.put("πού", 867); freq.put("έτο", 668); freq.put("C", 3923); freq.put("μει", 655); freq.put("εση", 1176); freq.put(" Πε", 2131); freq.put("μελ", 883); freq.put("σου", 1542); freq.put("εσα", 886); freq.put("άνι", 1040); freq.put("άστ", 2257); freq.put("μεν", 3875); freq.put("εσί", 785); freq.put("νησ", 3074); freq.put("νης", 3311); freq.put("νητ", 1569); freq.put(" Χρ", 997); freq.put("κόμ", 1163); freq.put("κόλ", 651); freq.put("C ", 687); freq.put("ομά", 4054); freq.put("ομέ", 1196); freq.put("ί", 162652); freq.put("ομα", 4494); freq.put("ιχε", 1339); freq.put("ομη", 811); freq.put("χου", 1973); freq.put("ομι", 2076); freq.put("τι ", 2082); freq.put("ομο", 3665); freq.put("χολ", 997); freq.put("ομό", 796); freq.put("ομώ", 1007); freq.put(" Ιτ", 907); freq.put("ο ", 95107); freq.put("κότ", 1771); freq.put("Co", 724); freq.put("κόσ", 1288); freq.put("κός", 6008); freq.put("χές", 666); freq.put("ναν", 1504); freq.put("n", 18610); freq.put("σύν", 1327); freq.put("σύμ", 1096); freq.put(" Ρο", 774); freq.put("λια", 1551); freq.put("νημ", 1520); freq.put(" ́", 1288); freq.put("is", 1816); freq.put("ir", 779); freq.put("it", 1405); freq.put("αγγ", 1827); freq.put("οβο", 653); freq.put("il", 1191); freq.put("io", 1643); freq.put("in", 3273); freq.put("ia", 1591); freq.put("αγκ", 1429); freq.put("ic", 1794); freq.put("ie", 1115); freq.put("ig", 1086); freq.put("αγμ", 1117); freq.put(" Κύ", 1399); freq.put("ιν ", 1082); freq.put("γο ", 1180); freq.put(" Κω", 831); freq.put("μυθ", 2305); freq.put("γλι", 810); freq.put("νισ", 2798); freq.put("κει", 2368); freq.put(" Κρ", 1401); freq.put("άτα", 711); freq.put("κεν", 791); freq.put("ινω", 851); freq.put(" Ρω", 975); freq.put("κεί", 1744); freq.put(" Κά", 941); freq.put("τ", 474096); freq.put(" Κο", 2560); freq.put("νικ", 14169); freq.put(" Κι", 702); freq.put("νιο", 1219); freq.put("κευ", 1338); freq.put("νια", 1586); freq.put("i ", 1712); freq.put(" Κα", 4954); freq.put("Δεκ", 668); freq.put(" υψ", 758); freq.put("έ ", 738); freq.put("αν ", 18884); freq.put("αγω", 2920); freq.put(" υπ", 5803); freq.put("Περ", 871); freq.put("έτ", 5024); freq.put("έχ", 6163); freq.put("έφ", 948); freq.put("έρ", 12949); freq.put("έπ", 1245); freq.put("έσ", 4850); freq.put("ριά", 922); freq.put("Δη", 1620); freq.put("Δε", 1218); freq.put("έω", 1309); freq.put("αντ", 8056); freq.put("Δή", 1392); freq.put("ενη", 691); freq.put("ενα", 1016); freq.put("Σεπ", 721); freq.put("Ι", 8695); freq.put("ενο", 2214); freq.put("ενι", 1650); freq.put("υν", 14929); freq.put("ένω", 1354); freq.put("αμο", 749); freq.put("έντ", 1717); freq.put("αμμ", 1433); freq.put("ινί", 997); freq.put("ινή", 1455); freq.put("ινα", 787); freq.put("κε ", 8838); freq.put("χρό", 1127); freq.put("ινε", 1173); freq.put("ινη", 1172); freq.put("ευτ", 1808); freq.put("ινι", 1101); freq.put("άβ", 865); freq.put("ινο", 2651); freq.put("υθ", 4332); freq.put("χρο", 1146); freq.put("D", 1964); freq.put("χρι", 1320); freq.put("χρη", 1672); freq.put("νι ", 660); freq.put("ινό", 2461); freq.put("ένν", 695); freq.put(" φω", 763); freq.put("ένο", 3647); freq.put("υδ", 2390); freq.put("ένε", 1716); freq.put("ένη", 1988); freq.put(" εγ", 909); freq.put("ένα", 9814); freq.put("d", 7728); freq.put("εντ", 2485); freq.put("υζ", 915); freq.put("ανέ", 714); freq.put("ανά", 2554); freq.put("ανί", 2957); freq.put("ανή", 1615); freq.put("υα", 2666); freq.put("ενώ", 1366); freq.put("ανι", 4409); freq.put("έδ", 1961); freq.put("άζο", 714); freq.put("έα", 3333); freq.put("υγ", 5531); freq.put("έγ", 3052); freq.put("ενό", 1445); freq.put("έν", 21823); freq.put("έμ", 2360); freq.put("έο", 998); freq.put("έξ", 1325); freq.put("έι", 841); freq.put("έθ", 1065); freq.put("έλ", 6166); freq.put("έκ", 2418); freq.put(" φα", 980); freq.put("θή", 2250); freq.put("κό ", 13722); freq.put("θά", 1066); freq.put("θέ", 3061); freq.put("σήμ", 967); freq.put("θλ", 2017); freq.put("θι", 1852); freq.put("είχ", 1649); freq.put("θο", 6015); freq.put("θμ", 2061); freq.put("θν", 3266); freq.put("an ", 997); freq.put(" ίδ", 940); freq.put("θα", 2622); freq.put("θη", 10944); freq.put("θε", 10322); freq.put("τιμ", 802); freq.put("τιν", 1951); freq.put("τιο", 1754); freq.put("τικ", 22901); freq.put("ετε", 731); freq.put("ετι", 1741); freq.put("τια", 1887); freq.put("ή", 98446); freq.put("Φρ", 703); freq.put("ού", 30889); freq.put("αίτ", 698); freq.put("αίρ", 1304); freq.put("umb", 700); freq.put("οχ", 4794); freq.put("οφ", 4209); freq.put("ου", 129022); freq.put("οτ", 9541); freq.put("οσ", 11327); freq.put("ος", 37589); freq.put("ορ", 21585); freq.put("οπ", 16190); freq.put("οξ", 882); freq.put("ον", 36237); freq.put("ομ", 21099); freq.put("ολ", 23701); freq.put("Φε", 912); freq.put("οι", 21065); freq.put("οθ", 2077); freq.put("αίο", 2174); freq.put("Φι", 704); freq.put("οε", 2833); freq.put("οδ", 7658); freq.put("ογ", 13258); freq.put("οβ", 2978); freq.put("οα", 1081); freq.put("ηγό", 671); freq.put("οί", 10846); freq.put("ανα", 6682); freq.put("οέ", 928); freq.put("ετρ", 2017); freq.put("αμπ", 849); freq.put("ρησ", 2941); freq.put("ρης", 1045); freq.put("τις", 8696); freq.put("ιό", 6367); freq.put("εία", 3700); freq.put("θω", 1118); freq.put("θώ", 1191); freq.put("θό", 672); freq.put("είδ", 966); freq.put("ανε", 2278); freq.put("θρ", 2531); freq.put("είο", 3068); freq.put("o", 18497); freq.put("θυ", 2592); freq.put("βιο", 702); freq.put("βικ", 723); freq.put("H ", 665); freq.put("βιβ", 715); freq.put("σο ", 1455); freq.put("χωρ", 2665); freq.put("δεκ", 905); freq.put(" ήτ", 9263); freq.put("σμό", 3646); freq.put("ήτα", 9260); freq.put("Πό", 722); freq.put(" νό", 1365); freq.put("πόλ", 3996); freq.put("ζου", 798); freq.put("ήτη", 852); freq.put(" ν", 14449); freq.put("σ", 232383); freq.put("πτι", 832); freq.put("mb ", 660); freq.put("πίσ", 2277); freq.put("νίδ", 909); freq.put(" νε", 1091); freq.put("σμο", 3140); freq.put("σμι", 908); freq.put("είς", 773); freq.put(" νο", 3391); freq.put("Ευρ", 1295); freq.put("σμα", 2223); freq.put("σμέ", 1983); freq.put("ανθ", 906); freq.put("έγε", 1024); freq.put("ετά", 1901); freq.put("γλώ", 959); freq.put("οντ", 6287); freq.put("δο ", 1489); freq.put("ισσ", 1380); freq.put("ονό", 1460); freq.put("Βασ", 1048); freq.put(" Ιο", 1482); freq.put("ξ ", 655); freq.put("Θ", 3309); freq.put("θνι", 1551); freq.put("ni", 1477); freq.put("κρά", 1666); freq.put("na", 1567); freq.put("nc", 799); freq.put("nd", 1677); freq.put("ne", 1562); freq.put("ng", 1277); freq.put("κρο", 1257); freq.put("λύτ", 1526); freq.put("κρι", 1532); freq.put("ns", 835); freq.put("nt", 1738); freq.put("κρα", 2747); freq.put("κρό", 1004); freq.put("E", 1941); freq.put("αλύ", 2369); freq.put("άδε", 985); freq.put("ετα", 16396); freq.put("ερ ", 1474); freq.put(" Ιω", 835); freq.put("n ", 4655); freq.put(" Ισ", 1154); freq.put("ονί", 1750); freq.put("θνή", 736); freq.put(" Ο", 19727); freq.put("ονα", 1353); freq.put("Πα", 4994); freq.put("ονδ", 706); freq.put("ονι", 2179); freq.put("ονο", 4835); freq.put("ότε", 4438); freq.put("πρω", 2758); freq.put("V", 1075); freq.put("πρό", 2160); freq.put("ανο", 2939); freq.put("πρώ", 2895); freq.put("ετο", 896); freq.put("σαλ", 862); freq.put("Παρ", 1018); freq.put("ερό", 795); freq.put("σαν", 2104); freq.put("Ν", 8294); freq.put("ότι", 2195); freq.put("θος", 942); freq.put(" μό", 948); freq.put("ά ", 28070); freq.put("υ ", 88180); freq.put("Πο", 2485); freq.put(" βρ", 3003); freq.put(" βό", 838); freq.put("χιλ", 816); freq.put("χικ", 844); freq.put(" βα", 3334); freq.put(" βο", 1444); freq.put(" βι", 1203); freq.put(" βά", 792); freq.put("νστ", 941); freq.put("ιστ", 11061); freq.put("ερι", 10543); freq.put("ερν", 709); freq.put("ερμ", 2853); freq.put("ερο", 6623); freq.put("λλά", 3329); freq.put("ερα", 4072); freq.put("σας", 901); freq.put("εργ", 1600); freq.put("δία", 1566); freq.put("ερε", 1426); freq.put("ερη", 1880); freq.put("ετί", 895); freq.put("p", 4711); freq.put("Τα ", 1230); freq.put("ερά", 780); freq.put("ερί", 3339); freq.put("πρι", 1380); freq.put("ετέ", 733); freq.put("προ", 8229); freq.put("νετ", 1530); freq.put("Το ", 7170); freq.put("νερ", 896); freq.put("νεπ", 771); freq.put("νες", 2492); freq.put("ήμο", 3064); freq.put("χία", 1887); freq.put("πο ", 1799); freq.put("οκ", 6497); freq.put("αία", 2533); freq.put(" ή ", 7834); freq.put(" ζω", 871); freq.put("β", 36747); freq.put("αίν", 1135); freq.put("Ma", 1040); freq.put("ht ", 652); freq.put(" κο", 3790); freq.put("ανδ", 1912); freq.put("με ", 14402); freq.put("γία", 4119); freq.put("νεί", 692); freq.put("κία", 1185); freq.put("νει", 4020); freq.put("κίν", 1235); freq.put(" χα", 1979); freq.put(" χι", 822); freq.put("δρυ", 713); freq.put("δρύ", 879); freq.put("ίρι", 793); freq.put("βε", 2725); freq.put("βη", 749); freq.put("βα", 6377); freq.put("βο", 4803); freq.put("βι", 3507); freq.put("βλ", 1821); freq.put("πα ", 685); freq.put("Ιο", 1485); freq.put(" Μπ", 2698); freq.put("βά", 3473); freq.put("βέ", 1564); freq.put("βί", 1262); freq.put("Ιω", 836); freq.put(" Με", 3720); freq.put("ξη ", 1696); freq.put("χ", 59122); freq.put("F", 1941); freq.put(" Μο", 1622); freq.put("Ισ", 1161); freq.put("Ιτ", 907); freq.put(" Μι", 1148); freq.put("Ό", 1024); freq.put("νη ", 4892); freq.put("βρ", 7265); freq.put("βό", 1236); freq.put(" Μέ", 676); freq.put(" Μά", 1156); freq.put("Δημ", 1529); freq.put("ουλ", 3147); freq.put("δρα", 2109); freq.put("δρο", 2284); freq.put("ίνε", 1855); freq.put(" χρ", 4665); freq.put(" χώ", 2083); freq.put("ντ ", 1585); freq.put(" ο ", 9144); freq.put(" χω", 2280); freq.put("τώ", 3229); freq.put("ρε ", 822); freq.put("τό", 9167); freq.put("τύ", 1372); freq.put("υγγ", 1153); freq.put("τω", 14910); freq.put("υγο", 1001); freq.put("ττ", 1165); freq.put("τυ", 2752); freq.put("υγκ", 1660); freq.put("τρ", 19405); freq.put("ελο", 1356); freq.put("ελλ", 4425); freq.put("είν", 22546); freq.put("ελι", 1033); freq.put("ές ", 9688); freq.put("ελε", 3847); freq.put("είμ", 673); freq.put("Μ", 17575); freq.put("γκό", 699); freq.put("γκρ", 957); freq.put(" μυ", 2558); freq.put(" Σκ", 861); freq.put(" Σι", 796); freq.put("ες ", 14729); freq.put("δή ", 1030); freq.put("s ", 5020); freq.put("ζει", 1250); freq.put("έλη", 777); freq.put("ζετ", 3914); freq.put("έλα", 1017); freq.put("λόγ", 1758); freq.put("έλο", 1016); freq.put(" Στ", 4987); freq.put(" Συ", 1596); freq.put("γκο", 1093); freq.put("γκα", 1052); freq.put("γκε", 929); freq.put("τή", 11346); freq.put("τί", 8764); freq.put("τά", 12970); freq.put("τέ", 8491); freq.put("ss", 802); freq.put("ελφ", 670); freq.put("πελ", 849); freq.put("st", 1761); freq.put("το", 124490); freq.put("si", 952); freq.put("τλ", 1268); freq.put("τι", 46176); freq.put("τζ", 1331); freq.put("τη", 93724); freq.put("τε", 30296); freq.put("se", 995); freq.put("τα", 73796); freq.put(" αγ", 3185); freq.put(" αδ", 879); freq.put(" αε", 736); freq.put(" αθ", 840); freq.put(" αι", 1819); freq.put("φθη", 729); freq.put(" αλ", 2584); freq.put(" αμ", 1021); freq.put(" αν", 12857); freq.put("ρεί", 2767); freq.put("ρει", 4053); freq.put("τλο", 835); freq.put("έως", 769); freq.put("δήμ", 1730); freq.put("α", 554256); freq.put("ίχε", 1140); freq.put(" μπ", 1646); freq.put("γκ ", 753); freq.put("ώς ", 2025); freq.put("ρεσ", 889); freq.put("ρες", 2082); freq.put("ρευ", 659); freq.put("ρετ", 2773); freq.put(" θά", 727); freq.put("ρεύ", 824); freq.put("τ ", 3704); freq.put(" απ", 30213); freq.put(" αρ", 6507); freq.put(" ασ", 3167); freq.put(" ατ", 926); freq.put(" αυ", 4681); freq.put(" αφ", 1044); freq.put("βρί", 4251); freq.put("em", 659); freq.put("el", 1708); freq.put("en", 2808); freq.put("Ά", 2718); freq.put("ed", 859); freq.put("ea", 941); freq.put("et", 1060); freq.put("ντρ", 2342); freq.put("es", 2097); freq.put("er", 4530); freq.put("παγ", 893); freq.put("παι", 1177); freq.put("παλ", 1326); freq.put("παν", 2463); freq.put("διο", 3225); freq.put("παί", 655); freq.put("κής", 8061); freq.put("ώθη", 1056); freq.put("G", 1852); freq.put("φ", 44210); freq.put("σότ", 899); freq.put("e ", 6418); freq.put("παρ", 8016); freq.put("πατ", 824); freq.put("βρο", 795); freq.put("παϊ", 680); freq.put("ρχί", 1672); freq.put(" ομ", 3122); freq.put("ντι", 5956); freq.put("ντο", 2386); freq.put(" οι", 5274); freq.put(" To", 646); freq.put("ντα", 8117); freq.put("είτ", 3867); freq.put("μπε", 1085); freq.put("ντε", 1807); freq.put("ρχο", 1048); freq.put("ντί", 2029); freq.put("ντά", 1383); freq.put("ρχη", 823); freq.put("ρχε", 1183); freq.put("ής ", 18113); freq.put("ρχα", 2526); freq.put(" Αυ", 2137); freq.put("μερ", 4521); freq.put("πον", 1356); freq.put("ποκ", 999); freq.put("πολ", 7906); freq.put("ποι", 5038); freq.put("ποδ", 2435); freq.put(" Λι", 661); freq.put("πογ", 674); freq.put("ποί", 6780); freq.put("Λ", 6273); freq.put("hum", 677); freq.put("x ", 1036); freq.put("νε ", 1648); freq.put("ιφέ", 650); freq.put("ia ", 803); freq.put("μεί", 1099); freq.put("r", 19022); freq.put("ποχ", 850); freq.put("ποτ", 4745); freq.put("που", 20607); freq.put("πος", 1087); freq.put("ποσ", 1036); freq.put("πορ", 2148); freq.put("Κό", 910); freq.put("Κύ", 1401); freq.put("Κω", 831); freq.put("Κυ", 1027); freq.put("σα ", 3872); freq.put("Κρ", 1403); freq.put("μφω", 1019); freq.put("υά", 1396); freq.put("αμέ", 982); freq.put("άζ", 2851); freq.put("υμ", 7534); freq.put("άδ", 6624); freq.put("е", 697); freq.put("άγ", 2736); freq.put("υλ", 5896); freq.put("υκ", 2985); freq.put("άξ", 842); freq.put("άο", 721); freq.put("άμ", 3476); freq.put("άν", 11519); freq.put("άκ", 2900); freq.put("άλ", 9559); freq.put("άθ", 2400); freq.put("άι", 984); freq.put("άφ", 3485); freq.put("άχ", 1258); freq.put("άτ", 7688); freq.put("άς", 2871); freq.put("άσ", 7087); freq.put("άπ", 2212); freq.put("άρ", 7787); freq.put(" φι", 921); freq.put("υτ", 12113); freq.put("υχ", 1680); freq.put("υφ", 1198); freq.put("υρ", 12723); freq.put("υπ", 8507); freq.put("υσ", 11499); freq.put("υς", 13842); freq.put("μορ", 1296); freq.put("αβε", 1016); freq.put("ων", 32748); freq.put("ωμ", 4528); freq.put("Κά", 943); freq.put("καθ", 2426); freq.put("δια", 7984); freq.put("και", 39436); freq.put("Κο", 2565); freq.put("Κι", 702); freq.put("Κε", 764); freq.put("Κα", 4969); freq.put("ην ", 28066); freq.put(" όπ", 2757); freq.put("κές", 3367); freq.put("δύο", 1317); freq.put(" σή", 911); freq.put("Καλ", 850); freq.put("ιωτ", 1177); freq.put("а", 1103); freq.put("κοσ", 762); freq.put("ε", 333395); freq.put("οθε", 1042); freq.put("αθη", 1010); freq.put("μαχ", 648); freq.put("H", 2233); freq.put(" νη", 980); freq.put("μασ", 1431); freq.put(" να", 5646); freq.put("Υπ", 1010); freq.put("νγκ", 862); freq.put("κέν", 650); freq.put("ολυ", 875); freq.put("ϊκή", 860); freq.put("ης ", 54494); freq.put("ήρε", 756); freq.put("Ιτα", 855); freq.put("αστ", 6688); freq.put("κογ", 1034); freq.put("νω ", 758); freq.put("ίση", 1856); freq.put("ηχ", 968); freq.put("ωθ", 777); freq.put("άδα", 3349); freq.put("ητ", 11258); freq.put("ησ", 11936); freq.put("ης", 54552); freq.put("ηρ", 6263); freq.put("ώνη", 931); freq.put("ήρξ", 1088); freq.put("ωγ", 2280); freq.put("ωβ", 791); freq.put("άδο", 1280); freq.put("ωδ", 719); freq.put("κοπ", 1299); freq.put("κορ", 683); freq.put("κος", 1289); freq.put("ώνε", 1144); freq.put("κου", 2843); freq.put("κοι", 2432); freq.put("κού", 6899); freq.put(" Σο", 1128); freq.put("κολ", 1260); freq.put("όδο", 943); freq.put("ϊ", 3454); freq.put("κον", 2063); freq.put("ηγ", 3510); freq.put("οί ", 1669); freq.put("ωρ", 6506); freq.put("ωπ", 2336); freq.put("ην", 37308); freq.put("ημ", 19012); freq.put("ηλ", 4366); freq.put("ηκ", 9969); freq.put("ηθ", 2646); freq.put("ίστ", 2304); freq.put("α ", 122436); freq.put("s", 12992); freq.put("λή ", 1370); freq.put("όγο", 980); freq.put(" ως", 4538); freq.put("εια", 5347); freq.put("ειδ", 2526); freq.put("ειν", 862); freq.put("ύου", 1130); freq.put("ωσ", 8039); freq.put("Ο", 20140); freq.put(" Α ", 894); freq.put("ιαί", 809); freq.put("ως", 10668); freq.put("κας", 811); freq.put("ωτ", 6473); freq.put("ιαν", 1844); freq.put("ιαμ", 1313); freq.put("ιακ", 4564); freq.put("ιαδ", 1030); freq.put("καρ", 1054); freq.put("λώσ", 1078); freq.put("Ο ", 12037); freq.put("λών", 940); freq.put("ιατ", 1212); freq.put("ιαφ", 946); freq.put(" Υπ", 1004); freq.put("ιασ", 1512); freq.put("ιας", 3279); freq.put("χή ", 2299); freq.put("γμα", 1795); freq.put("τισ", 2348); freq.put("Γαλ", 1018); freq.put("ημέ", 1558); freq.put("σσό", 800); freq.put("μη ", 2038); freq.put("νασ", 1113); freq.put("οι ", 6175); freq.put("ειρ", 2701); freq.put("ημι", 2310); freq.put("εισ", 862); freq.put("εις", 3437); freq.put("ειτ", 1270); freq.put("ημο", 3252); freq.put("υαρ", 1339); freq.put("ναυ", 689); freq.put("ημε", 2120); freq.put(" γλ", 1409); freq.put(" γι", 8013); freq.put("τεί", 2724); freq.put(" γα", 745); freq.put("νη", 14939); freq.put(" γε", 4322); freq.put("τει", 1045); freq.put("τελ", 4578); freq.put("τεμ", 808); freq.put(" Ια", 1066); freq.put("μά", 7858); freq.put("επο", 863); freq.put("υστ", 2102); freq.put(" Ma", 1020); freq.put("επι", 5002); freq.put("επα", 2136); freq.put("επί", 3082); freq.put("δ", 87843); freq.put("φυσ", 992); freq.put("υσί", 1021); freq.put("κητ", 870); freq.put("ξε ", 1387); freq.put("νθ", 2946); freq.put("υση", 1190); freq.put("υσα", 1288); freq.put("επτ", 1207); freq.put("υσμ", 1067); freq.put("υσι", 2818); freq.put("τεύ", 1209); freq.put("τερ", 11689); freq.put("τες", 1997); freq.put("τεχ", 1125); freq.put(" Σύ", 1275); freq.put(" γρ", 1532); freq.put(" γυ", 721); freq.put("γωγ", 1517); freq.put("τε ", 2677); freq.put("Τζ", 1148); freq.put("ρυσ", 751); freq.put("γετ", 873); freq.put("Προ", 732); freq.put("νδί", 1002); freq.put("νδι", 887); freq.put("κάν", 679); freq.put("κάθ", 781); freq.put("κάτ", 989); freq.put("κάπ", 806); freq.put("ω", 82386); freq.put("νδρ", 1754); freq.put("ειο", 1827); freq.put("Πρω", 677); freq.put("Πρό", 666); freq.put("χθη", 1072); freq.put("t", 15175); freq.put("οιό", 643); freq.put(" Να", 926); freq.put("οιχ", 1283); freq.put(" Νο", 1695); freq.put("μηχ", 778); freq.put("μητ", 983); freq.put(" σχ", 2338); freq.put("ει ", 13053); freq.put(" O ", 728); freq.put(" Νέ", 832); freq.put("Άγ", 672); freq.put("Ολ", 1010); freq.put("Οκ", 750); freq.put("Οι", 2398); freq.put("ήσο", 649); freq.put("ιλι", 2810); freq.put("ια ", 20899); freq.put("o ", 2523); freq.put("χής", 681); freq.put("Του", 646); freq.put("Οι ", 2013); freq.put("Ου", 930); freq.put("Κατ", 1044); freq.put("Ορ", 745); freq.put("on", 3275); freq.put("om", 903); freq.put("ol", 1227); freq.put("φω", 2505); freq.put("ως ", 10658); freq.put("of", 654); freq.put("ύο ", 1340); freq.put("οιο", 1378); freq.put("ιτο", 998); freq.put("οιν", 2467); freq.put("οικ", 4166); freq.put("ιτι", 2704); freq.put("οιη", 754); freq.put("ou", 924); freq.put("ιτε", 1108); freq.put("os", 875); freq.put("or", 2245); freq.put("οια", 988); freq.put("ιτα", 1283); freq.put("ίζε", 3305); freq.put("ία ", 26814); freq.put("ώσε", 810); freq.put("αρ", 29289); freq.put("απ", 33497); freq.put("ασ", 22621); freq.put("ας", 38338); freq.put("αυ", 7302); freq.put("ατ", 37260); freq.put("αχ", 2612); freq.put("αφ", 9354); freq.put("αϊ", 2364); freq.put("αύ", 1058); freq.put("σί", 8405); freq.put("σή", 1903); freq.put("σέ", 940); freq.put("σά", 1139); freq.put(" Έν", 836); freq.put("σκ", 10283); freq.put("γη", 1772); freq.put("σθ", 1011); freq.put("σο", 6917); freq.put("σμ", 12903); freq.put("ω ", 2903); freq.put("σα", 9280); freq.put("ωση", 2679); freq.put("σε", 22382); freq.put("αΐ", 1011); freq.put("σω", 3204); freq.put("οία", 2635); freq.put("σώ", 1166); freq.put("σύ", 4398); freq.put("η ", 59406); freq.put("σσ", 6194); freq.put("οίο", 3618); freq.put("J", 1156); freq.put("σχ", 3635); freq.put("σφ", 3318); freq.put("συ", 12181); freq.put("οίκ", 1187); freq.put("κο ", 960); freq.put(" Βα", 2096); freq.put("ίπο", 938); freq.put("μπο", 2312); freq.put("αγ", 12802); freq.put("αβ", 3590); freq.put("αε", 1433); freq.put("αδ", 5509); freq.put("ϊκ", 1906); freq.put("αζ", 1934); freq.put("αι", 93478); freq.put("αθ", 7116); freq.put("αλ", 21090); freq.put("ακ", 15045); freq.put("αν", 58537); freq.put("αμ", 10092); freq.put("αο", 903); freq.put("αξ", 3125); freq.put("έκτ", 1194); freq.put("ναι", 23633); freq.put("he ", 670); freq.put("ώσσ", 997); freq.put("αί", 10379); freq.put("Θε", 1962); freq.put("διά", 2910); freq.put("ac", 959); freq.put("αμε", 1031); freq.put("ad", 799); freq.put("ai", 668); freq.put("Έ", 4042); freq.put("ίδο", 723); freq.put("υτή", 1523); freq.put("al", 2276); freq.put(" Τρ", 1615); freq.put("an", 4262); freq.put("as", 1170); freq.put("υτα", 731); freq.put("at", 2084); freq.put("δικ", 4263); freq.put("διε", 2036); freq.put("υτι", 3118); freq.put("υτο", 2715); freq.put("εκτ", 2188); freq.put("εκρ", 827); freq.put("θαν", 924); freq.put("φικ", 1262); freq.put("φιλ", 1198); freq.put("igh", 691); freq.put("a ", 4343); freq.put("ψ", 4318); freq.put("Αγγ", 839); freq.put("καλ", 3288); freq.put("εκδ", 780); freq.put("υβέ", 734); freq.put("εκα", 1164); freq.put("υτό", 1999); freq.put(" Το", 8380); freq.put("ιβλ", 841); freq.put("u", 9674); freq.put(" Τζ", 1148); freq.put(" Τα", 1842); freq.put("ατέ", 1441); freq.put("όντ", 1036); freq.put("ωστ", 3134); freq.put("υνε", 870); freq.put("υνδ", 710); freq.put("υνα", 2074); freq.put("ατη", 1870); freq.put("ώπ", 1387); freq.put("ώρ", 3768); freq.put("υνο", 1544); freq.put("ώσ", 2701); freq.put("tr", 915); freq.put("υνθ", 722); freq.put("to", 1131); freq.put("th", 1729); freq.put("ti", 2250); freq.put("υνέ", 720); freq.put("и", 935); freq.put("υνί", 677); freq.put("te", 1980); freq.put("ta", 1485); freq.put("χε ", 1257); freq.put("ύ", 61448); freq.put("al ", 791); freq.put("ώθ", 1069); freq.put("υντ", 1338); freq.put("ιες", 926); freq.put("ώμ", 1777); freq.put("ών", 20079); freq.put("υλι", 722); freq.put("ώδ", 730); freq.put("ώη", 641); freq.put("εύ", 4761); freq.put("and", 770); freq.put("εό", 1241); freq.put("ge", 831); freq.put("αερ", 700); freq.put("όνι", 1308); freq.put("όνο", 4918); freq.put("t ", 3000); freq.put("υς ", 13808); freq.put("Μπ", 2700); freq.put("ύντ", 1574); freq.put("άτω", 1906); freq.put("βαν", 794); freq.put("ter", 753); freq.put("γάν", 752); freq.put("γάλ", 2004); freq.put("ρίζ", 2399); freq.put("ρίδ", 772); freq.put("ρία", 4134); freq.put("ι ", 112286); freq.put("ρίο", 5068); freq.put("ρίν", 739); freq.put("ες", 14762); freq.put("χη", 2825); freq.put("ρίτ", 724); freq.put("ρίσ", 4287); freq.put("ρίπ", 1019); freq.put("λο ", 3553); freq.put("K", 1166); freq.put("ρίω", 1265); freq.put("ημα", 7616); freq.put("ωπα", 870); freq.put("όπω", 1790); freq.put("ωπο", 844); freq.put("χο", 6422); freq.put("ύνο", 857); freq.put("άτη", 871); freq.put("βασ", 2971); freq.put("άτι", 758); freq.put("άτο", 2114); freq.put("χν", 2772); freq.put(" εμ", 1144); freq.put("τηγ", 801); freq.put(" εξ", 2635); freq.put(" εθ", 1094); freq.put(" ει", 1529); freq.put(" εκ", 4866); freq.put(" ελ", 4400); freq.put("τηκ", 1948); freq.put("τηλ", 655); freq.put("τημ", 2854); freq.put("την", 27288); freq.put("ριν", 2336); freq.put("ριμ", 904); freq.put("ριο", 5568); freq.put(" εί", 24110); freq.put("ριθ", 994); freq.put("ριλ", 1434); freq.put("ρικ", 7396); freq.put("χθ", 1552); freq.put("ρια", 3527); freq.put("ριγ", 689); freq.put("υρω", 883); freq.put("ήθ", 4033); freq.put(" γν", 3012); freq.put("ήκ", 2438); freq.put("ώμα", 1362); freq.put("η", 223442); freq.put("ήμ", 8522); freq.put("πτε", 965); freq.put("ήν", 2806); freq.put("υρά", 671); freq.put("υρί", 1627); freq.put("ίς ", 1391); freq.put("υρι", 1000); freq.put("ότα", 2254); freq.put("υρκ", 776); freq.put("ότη", 3717); freq.put("υρο", 983); freq.put("υρα", 699); freq.put("υργ", 2911); freq.put("σι", 15384); freq.put("λάδ", 2237); freq.put("ριό", 2111); freq.put("λα ", 2059); freq.put("ριφ", 871); freq.put("ρισ", 7036); freq.put("της", 36695); freq.put("τησ", 1537); freq.put("τηρ", 3076); freq.put("ίο ", 4669); freq.put("τητ", 3914); freq.put("v", 2733); freq.put(" ετ", 975); freq.put(" ευ", 1283); freq.put(" εφ", 760); freq.put(" επ", 11178); freq.put(" ερ", 1138); freq.put("Δ", 9926); freq.put("Βε", 785); freq.put("Βα", 2099); freq.put("ουά", 882); freq.put("Βο", 1596); freq.put("Βι", 900); freq.put("f ", 722); freq.put("ουν", 4982); freq.put("ουμ", 1209); freq.put("ουα", 1700); freq.put(" Ο ", 11895); freq.put("ουδ", 1420); freq.put("γορ", 893); freq.put(" Αγ", 2491); freq.put("πει", 1514); freq.put("σπο", 1081); freq.put("πεδ", 722); freq.put("σπα", 974); freq.put(" Ακ", 643); freq.put(" Αλ", 1804); freq.put(" Αμ", 1723); freq.put(" Αν", 3964); freq.put("ύθ", 1852); freq.put("γος", 1565); freq.put("έχε", 3074); freq.put("γου", 2071); freq.put("έχο", 1069); freq.put("κλο", 1123); freq.put("έχρ", 1025); freq.put(" κά", 2601); freq.put("λαδ", 919); freq.put("ό", 136039); freq.put(" Απ", 2366); freq.put(" Αρ", 2641); freq.put(" Ασ", 1614); freq.put("ηχα", 829); freq.put("ν ", 112419); freq.put("αμα", 698); freq.put("περ", 10195); freq.put("κά ", 10264); freq.put("a", 25408); freq.put("us ", 771); freq.put("ουσ", 4557); freq.put("ους", 13764); freq.put("ουρ", 5299); freq.put("Κων", 707); freq.put("μα ", 12255); freq.put("Βρ", 2238); freq.put(" Οκ", 750); freq.put(" Ολ", 1008); freq.put(" Οι", 2387); freq.put("ματ", 10484); freq.put("y ", 1749); freq.put("ου ", 87770); freq.put("ζί", 1027); freq.put("ζα", 1710); freq.put("Β ", 722); freq.put("ζε", 6065); freq.put("ζη", 738); freq.put("ζι", 1237); freq.put("ήρι", 880); freq.put("ολύ", 921); freq.put("ολό", 1136); freq.put("ζο", 2939); freq.put("Ρ", 4090); freq.put("δί", 4576); freq.put("Τσ", 726); freq.put("Τρ", 1616); freq.put("νυ", 1752); freq.put("ντ", 28913); freq.put("όμο", 1617); freq.put("νσ", 1980); freq.put("νό", 10195); freq.put("όμα", 718); freq.put("νώ", 4161); freq.put("νω", 9532); freq.put("όμε", 2708); freq.put("νε", 15475); freq.put("νδ", 5696); freq.put("όμω", 688); freq.put("να", 62303); freq.put("νγ", 910); freq.put("νν", 4891); freq.put("νο", 34560); freq.put("κων", 656); freq.put("νι", 23024); freq.put("L", 2060); freq.put("Το", 8405); freq.put("Με", 3726); freq.put("φή ", 1774); freq.put("νέ", 3576); freq.put("νά", 5541); freq.put("νί", 9927); freq.put("νή", 7879); freq.put("Τα", 1846); freq.put("μαί", 1647); freq.put("ολε", 1313); freq.put("ολη", 1127); freq.put("ολι", 5666); freq.put("ζω", 1103); freq.put("ολλ", 1265); freq.put("Μα", 4471); freq.put("ζό", 1259); freq.put("ολο", 6719); freq.put("μαν", 3924); freq.put("εδ", 3726); freq.put("μαζ", 923); freq.put(" Ου", 928); freq.put("ολέ", 884); freq.put("ολί", 1066); freq.put("ολή", 1110); freq.put("λασ", 1322); freq.put("αση", 2971); freq.put("λατ", 899); freq.put("ασκ", 1313); freq.put("ασι", 3609); freq.put("Χ ", 729); freq.put("γον", 1405); freq.put("ρι ", 2104); freq.put("ασμ", 1014); freq.put("ίου", 12007); freq.put("τη ", 14833); freq.put("ίος", 1746); freq.put("Μι", 1150); freq.put("ασί", 3461); freq.put("ωρί", 1331); freq.put("πρα", 1142); freq.put("κλη", 1528); freq.put("I", 2360); freq.put("ωρι", 2402); freq.put(" έκ", 1202); freq.put("ζ", 19116); freq.put("ωρε", 765); freq.put("αζί", 676); freq.put("τολ", 2689); freq.put("βάν", 1252); freq.put("λέγ", 681); freq.put("ίοδ", 915); freq.put("τομ", 1711); freq.put("τον", 13580); freq.put("λαί", 667); freq.put("ψη", 1336); freq.put("ψε", 1003); freq.put("λαγ", 813); freq.put("λαβ", 1022); freq.put("ώρα", 1560); freq.put("λά ", 1854); freq.put("w", 1649); freq.put("τογ", 1175); freq.put("λαι", 1164); freq.put("γού", 1541); freq.put("λαν", 1780); freq.put("λαμ", 1653); freq.put("εύε", 718); freq.put("λέμ", 640); freq.put("εύο", 1107); freq.put("τσι", 825); freq.put("ππ", 796); freq.put(" Φρ", 703); freq.put("τυπ", 686); freq.put("λού", 2344); freq.put("πτ", 4561); freq.put("λέξ", 905); freq.put("λος", 3446); freq.put("λου", 3295); freq.put("ορο", 1078); freq.put(" Χ ", 688); freq.put("φου", 862); freq.put("πω", 3057); freq.put("φορ", 4132); freq.put("φος", 1513); freq.put("άλι", 654); freq.put("εθο", 675); freq.put("εθν", 2241); freq.put("άλα", 1032); freq.put("ας ", 38230); freq.put("λον", 1147); freq.put("πό", 28476); freq.put("λογ", 7404); freq.put("γέν", 1475); freq.put("b", 4017); freq.put(" Φε", 912); freq.put(" Φι", 702); freq.put("ύς", 3629); freq.put("ύν ", 1686); freq.put("εύτ", 1065); freq.put("στη", 20031); freq.put("βάλ", 748); freq.put("άλο", 1498); freq.put("Αθή", 1140); freq.put("ητέ", 684); freq.put("ητή", 1996); freq.put("ητα", 2938); freq.put("ητε", 799); freq.put("ητι", 2642); freq.put("ητο", 760); freq.put("ρτη", 992); freq.put("στο", 18068); freq.put("λοί", 713); freq.put("χετ", 1198); freq.put("ρτο", 808); freq.put(" δύ", 1562); freq.put("υν ", 3485); freq.put("άλη", 999); freq.put("ρτί", 865); freq.put(" δυ", 1764); freq.put(" δρ", 920); freq.put(" δο", 1194); freq.put(" δι", 13223); freq.put("ώ ", 1686); freq.put(" δε", 3712); freq.put("χεί", 1404); freq.put(" δί", 798); freq.put(" δή", 1731); freq.put("σό", 1919); freq.put("χεδ", 695); freq.put("χει", 4759); freq.put("ρκε", 1056); freq.put("όν ", 1172); freq.put("λές", 766); freq.put("βολ", 1321); freq.put("ρας", 2953); freq.put("ηθυ", 973); freq.put("μ ", 2390); freq.put("Ιου", 1221); freq.put("τέρ", 1900); freq.put("τές", 1644); freq.put("Υ", 1630); freq.put("έλε", 1428); freq.put("Γερ", 1165); freq.put("τέχ", 815); freq.put("ζον", 1351); freq.put("Ή", 969); freq.put("ιεί", 1032); freq.put(" έτ", 734); freq.put("ιλα", 936); freq.put("απο", 6560); freq.put("ιλε", 728); freq.put("σπ", 3490); freq.put("ρές", 813); freq.put("ιλο", 1028); freq.put("απε", 757); freq.put("Α ", 1540); freq.put("Αρχ", 657); freq.put("ιερ", 1150); freq.put("Γεν", 1089); freq.put("τέλ", 1720); freq.put("ιλί", 1034); freq.put(" έρ", 1085); freq.put("γής", 750); freq.put("ηθο", 652); freq.put("κτ", 10513); freq.put(" Β ", 692); freq.put("x", 1425); freq.put("άφο", 2166); freq.put("βου", 1328); freq.put("ροε", 1475); freq.put("ροδ", 662); freq.put("ρογ", 664); freq.put("ροβ", 944); freq.put("ταγ", 1554); freq.put("ταμ", 1209); freq.put("ταν", 14808); freq.put("ταξ", 1725); freq.put("ρομ", 1223); freq.put("ρολ", 823); freq.put("ροκ", 927); freq.put("ταλ", 2606); freq.put("ρη ", 2996); freq.put("σε ", 13475); freq.put("ροέ", 803); freq.put("λής", 941); freq.put(" λό", 896); freq.put("φων", 1670); freq.put("ησι", 2711); freq.put(" Λα", 1229); freq.put("κ", 245170); freq.put("Ηλ", 946); freq.put("To", 652); freq.put("στ", 76523); freq.put("Ηρ", 654); freq.put("c", 7473); freq.put("ών ", 13524); freq.put("Αγί", 679); freq.put("τατ", 1252); freq.put("ροφ", 1412); freq.put("ρου", 6209); freq.put("ροτ", 807); freq.put("ροσ", 3339); freq.put("ταρ", 960); freq.put("τας", 2802); freq.put("ροπ", 1689); freq.put("ρού", 2500); freq.put(" ηλ", 1023); freq.put("οχή", 2609); freq.put("ιών", 3452); freq.put("ρωτ", 3312); freq.put("ρωπ", 1145); freq.put("ρωσ", 834); freq.put(" Γκ", 1274); freq.put(" Γι", 1594); freq.put(" Γο", 753); freq.put(" Γα", 1202); freq.put("Αντ", 1044); freq.put(" Γε", 2953); freq.put("θε ", 885); freq.put("ησί", 1393); freq.put("pe", 702); freq.put("ηρί", 1339); freq.put("N", 1723); freq.put("ηρο", 1562); freq.put("νών", 1557); freq.put("ηρι", 1012); freq.put(" th", 948); freq.put("Ανα", 1441); freq.put("ηρε", 814); freq.put("ρων", 1731); freq.put("ρωμ", 989); freq.put("πηρ", 828); freq.put("τά ", 6317); freq.put("κκλ", 769); freq.put("πιτ", 871); freq.put("γα ", 679); freq.put("λυμ", 1032); freq.put("Τ", 16684); freq.put("ιότ", 2001); freq.put("λπ", 663); freq.put("λφ", 1355); freq.put("λυ", 3470); freq.put("λτ", 890); freq.put("Ελλ", 2950); freq.put("λω", 3053); freq.put(" όλ", 952); freq.put("λώ", 2414); freq.put("λύ", 3607); freq.put("λό", 3924); freq.put("λγ", 684); freq.put("λβ", 741); freq.put("λα", 15386); freq.put(" ότ", 1627); freq.put("λη", 19148); freq.put("λε", 18373); freq.put("Π", 18130); freq.put("λλ", 20970); freq.put("λκ", 1174); freq.put("λι", 20827); freq.put("μό ", 3080); freq.put("λο", 25987); freq.put("Είν", 1389); freq.put("λμ", 1804); freq.put("Ιαν", 723); freq.put("k ", 870); freq.put("λυτ", 817); freq.put("λί", 8413); freq.put("λή", 4583); freq.put("λέ", 5224); freq.put("λά", 7390); freq.put("οει", 1399); freq.put("νο ", 5296); freq.put("αθώ", 989); freq.put("αυρ", 642); freq.put("y", 3535); freq.put("γαλ", 2463); freq.put("αρα", 6192); freq.put("γαν", 1627); freq.put("αρμ", 849); freq.put("αρο", 1166); freq.put("αρι", 2077); freq.put("O ", 936); freq.put("χώρ", 2395); freq.put("τάλ", 737); freq.put("αρά", 1986); freq.put("υμπ", 1569); freq.put("τάθ", 737); freq.put(" μη", 1415); freq.put("τάν", 734); freq.put("ύμα", 648); freq.put("ύμε", 885); freq.put("μός", 2661); freq.put("ι", 405235); freq.put("χα", 7239); freq.put("tio", 831); freq.put("αδε", 988); freq.put("αδι", 1357); freq.put("λ ", 3759); freq.put("ύμφ", 1059); freq.put("μόν", 1144); freq.put("αδή", 866); freq.put("δα ", 3858); freq.put("φε", 2326); freq.put("τάσ", 1170); freq.put("υμο", 1114); freq.put("υμμ", 700); freq.put("υμβ", 739); freq.put("υμα", 785); freq.put("αρτ", 1786); freq.put("αρχ", 6414); freq.put("γασ", 694); freq.put("υπή", 1017); freq.put("δει", 815); freq.put("υπά", 768); freq.put("δελ", 851); freq.put("b ", 924); freq.put("δεν", 1174); freq.put("ρήσ", 959); freq.put("υπο", 3053); freq.put("υπη", 741); freq.put("λίο", 1804); freq.put("λία", 3193); freq.put(" δη", 3127); freq.put("άλλ", 3199); freq.put("θεί", 1506); freq.put("ίες", 2648); freq.put("νώ ", 1108); freq.put("M", 3387); freq.put("O", 1910); freq.put("ώ", 40333); freq.put("θετ", 1279); freq.put("κή ", 16317); freq.put("θερ", 1269); freq.put("θεσ", 1224); freq.put("θεω", 1121); freq.put("ύμ", 4174); freq.put("υπό", 808); freq.put("ς ", 240346); freq.put(" Έχ", 649); freq.put("όδ", 1693); freq.put("δεύ", 817); freq.put(" ον", 2891); freq.put("κατ", 10049); freq.put("δες", 1552); freq.put("ώνυ", 1219); freq.put("φία", 1007); freq.put("σει", 4874); freq.put("τα ", 16925); freq.put("ρο ", 6138); freq.put("Σ", 17983); freq.put("ήκε", 1241); freq.put("Η ", 10508); freq.put("χι", 3395); freq.put("μης", 911); freq.put(" ολ", 648); freq.put(" Αθ", 2042); freq.put(" Co", 711); freq.put(" Νι", 686); freq.put("Ια", 1067); freq.put("κασ", 794); freq.put("χημ", 1273); freq.put(" Αι", 968); freq.put(" η ", 9904); freq.put("κυβ", 687); freq.put("us", 1362); freq.put("ur", 1293); freq.put("um", 1309); freq.put("ul", 682); freq.put("un", 754); freq.put("ώνα", 1750); freq.put("z", 1248); freq.put("σεω", 1071); freq.put("μη", 6074); freq.put("με", 36995); freq.put("μβ", 5397); freq.put("γή ", 1222); freq.put("μα", 35176); freq.put("μο", 26826); freq.put("μμ", 4065); freq.put("μν", 1567); freq.put("μι", 14565); freq.put("Σκ", 862); freq.put("Σι", 796); freq.put("νας", 6220); freq.put("Σο", 1132); freq.put("νατ", 2689); freq.put("ναφ", 1731); freq.put("μή", 3752); freq.put("μί", 4420); freq.put("Σα", 1339); freq.put("μέ", 15352); freq.put("Σε", 1940); freq.put("A ", 657); freq.put("γερ", 916); freq.put(" Μα", 4467); freq.put("οκα", 975); freq.put("μβο", 1003); freq.put("Αρ", 2646); freq.put("Απ", 2382); freq.put("Ασ", 1614); freq.put("Αυ", 2140); freq.put("ώτ", 3447); freq.put("θ", 54925); freq.put("μβά", 1095); freq.put("Αγ", 2492); freq.put("οτέ", 721); freq.put("Αι", 969); freq.put("Αθ", 2048); freq.put("Αλ", 1805); freq.put("Ακ", 644); freq.put("Αν", 3971); freq.put("Αμ", 1723); freq.put("μβρ", 2160); freq.put("οτι", 1757); freq.put("μέτ", 1129); freq.put("οκρ", 2314); freq.put("οτα", 918); freq.put(" πά", 1081); freq.put("οτε", 3981); freq.put(" Βε", 785); freq.put("ναγ", 847); freq.put("e", 26057); freq.put("Σύ", 1280); freq.put("σσε", 911); freq.put(" Βο", 1594); freq.put("νακ", 1377); freq.put("σσα", 2647); freq.put("Συ", 1600); freq.put("Στ", 5008); freq.put("μφ", 2313); freq.put("μυ", 2965); freq.put("μπ", 8431); freq.put("μώ", 1755); freq.put("μό", 8452); freq.put("μω", 1439); freq.put(" a", 888); freq.put(" d", 1163); freq.put(" ισ", 2453); freq.put(" έν", 9401); freq.put(" o", 780); freq.put("ρνη", 961); freq.put("ήσε", 1365); freq.put(" r", 827); freq.put(" s", 849); freq.put(" p", 1168); freq.put("εώ", 702); freq.put("εω", 4500); freq.put(" t", 1268); freq.put("ευ", 8533); freq.put("ετ", 27314); freq.put("εχ", 2179); freq.put("εφ", 1836); freq.put("ερ", 40179); freq.put("επ", 13811); freq.put("εσ", 7584); freq.put("gh", 801); freq.put(" B", 2227); freq.put(" C", 3233); freq.put("χε", 9910); freq.put(" A", 3004); freq.put(" F", 1657); freq.put(" G", 1632); freq.put(" D", 1595); freq.put(" E", 1570); freq.put(" J", 1101); freq.put(" K", 1080); freq.put(" H", 2002); freq.put(" I", 1555); freq.put(" N", 1284); freq.put(" O", 1504); freq.put(" L", 1764); freq.put(" M", 2988); freq.put(" R", 1624); freq.put(" S", 3325); freq.put(" P", 2318); freq.put("ήλ", 1001); freq.put(" V", 798); freq.put(" W", 1185); freq.put(" T", 2305); freq.put(" U", 829); freq.put("χί", 2595); freq.put("χή", 3366); freq.put("χέ", 1462); freq.put("χά", 891); freq.put("ν", 363085); freq.put("ήρ", 4528); freq.put("ής", 18133); freq.put("ήσ", 3271); freq.put("ήτ", 11312); freq.put("γνω", 3224); freq.put("όπο", 2513); freq.put("P", 2832); freq.put("χτ", 889); freq.put("χρ", 6885); freq.put("g ", 1029); freq.put("χώ", 2869); freq.put("χό", 665); freq.put("χω", 3038); freq.put("εν", 19361); freq.put("εμ", 6248); freq.put("εο", 2282); freq.put("εξ", 4958); freq.put("ει", 35123); freq.put("εθ", 3485); freq.put("ελ", 15989); freq.put("εκ", 9726); freq.put("Μο", 1624); freq.put("εζ", 688); freq.put("εα", 1003); freq.put("εγ", 5939); freq.put("εβ", 1575); freq.put("εά", 775); freq.put("εί", 44740); freq.put("Μά", 1161); freq.put("Μέ", 678); freq.put(" ιδ", 2116); freq.put("ρντ", 654); freq.put("ορε", 3059); freq.put("πρ", 20097); freq.put("οργ", 1807); freq.put("ορα", 1218); freq.put("πυ", 748); freq.put("στά", 1775); freq.put("στέ", 1100); freq.put("στή", 4608); freq.put("στί", 782); freq.put("ορι", 2946); freq.put("στε", 4570); freq.put("πικ", 1602); freq.put("Β", 10823); freq.put("στα", 7955); freq.put("πιο", 1239); freq.put("ορί", 3662); freq.put("πια", 723); freq.put("ορέ", 747); freq.put("ορά", 1572); freq.put("στι", 9089); freq.put(" Εθ", 914); freq.put(" Εκ", 836); freq.put(" Ελ", 3840); freq.put("νός", 3015); freq.put("ωνσ", 715); freq.put(" Εί", 1505); freq.put("νότ", 2168); freq.put("έση", 981); freq.put(" εν", 5151); freq.put("ωνα", 1612); freq.put("κυρ", 1539); freq.put("ησε", 2338); freq.put("ηση", 3739); freq.put("ιεθ", 1171); freq.put("ωνι", 2150); freq.put("έστ", 768); freq.put("νόμ", 1784); freq.put(" Ευ", 1907); freq.put(" Επ", 1439); freq.put(" Ερ", 803); freq.put("ωνί", 1735); freq.put("στρ", 4375); freq.put("στό", 2708); freq.put("πισ", 2595); freq.put("πή", 2566); freq.put("πί", 4948); freq.put("πά", 3903); freq.put("πέ", 3142); freq.put("ορφ", 1231); freq.put("ορυ", 783); freq.put("πα", 18678); freq.put("ιός", 767); freq.put("πη", 2710); freq.put("πε", 16079); freq.put("πλ", 7083); freq.put("πι", 10919); freq.put("πο", 60271); freq.put("πν", 700); freq.put("ξύ ", 1208); freq.put("Δήμ", 1366); freq.put(" τα", 7256); freq.put("ελέ", 801); freq.put("ση ", 12367); freq.put("ύσε", 1378); freq.put("ρ ", 3667); freq.put(" πρ", 16846); freq.put("Χ", 5356); freq.put("ικη", 1192); freq.put(" πό", 3153); freq.put("о", 946); freq.put("από", 22187); freq.put(" πέ", 917); freq.put("τσ", 2719); freq.put(" πα", 9674); freq.put(" πε", 9563); freq.put(" πλ", 4421); freq.put(" πι", 1545); freq.put(" πο", 24345); freq.put("νθρ", 1131); freq.put("f", 2440); freq.put("ύστ", 2139); freq.put("ί ", 9847); freq.put("Συν", 780); freq.put("ικα", 3219); freq.put("ικε", 1161); freq.put("γγλ", 2042); freq.put("р", 660); freq.put("γγε", 798); freq.put("ικι", 1228); freq.put("λευ", 2243); freq.put("Παλ", 664); freq.put("λεσ", 1056); freq.put("λες", 910); freq.put("ικο", 9392); freq.put("τήμ", 1493); freq.put("ικά", 10371); freq.put("ικέ", 3180); freq.put("ική", 22548); freq.put("ικί", 910); freq.put(" Ντ", 1192); freq.put("ίσκ", 3610); freq.put("ηλα", 1079); freq.put("ηλε", 1560); freq.put(" ́ ", 1237); freq.put("σι ", 958); freq.put("ακό", 2346); freq.put("ακρ", 1212); freq.put("ακτ", 3182); freq.put("μ", 190953); freq.put("Μεσ", 722); freq.put("εδρ", 932); freq.put("ακο", 1635); freq.put("ακα", 1680); freq.put("ακε", 724); freq.put("μών", 1634); freq.put(" Νό", 654); freq.put("ακά", 695); freq.put("ακή", 1031); freq.put("ίλι", 696); freq.put("οιε", 1122); freq.put("λεί", 3987); freq.put("δη ", 882); freq.put(" Κυ", 1025); freq.put("τήρ", 1568); freq.put("τής", 3962); freq.put("ρά ", 3405); freq.put("ικρ", 1864); freq.put("λεμ", 1535); freq.put("λεκ", 1059); freq.put("λει", 2415); freq.put("ικό", 19394); freq.put("ικώ", 3521); freq.put("εωρ", 1834); freq.put("τή ", 2856); freq.put("ράφ", 2049); freq.put("ράτ", 1685); freq.put("ράς", 805); freq.put("ράσ", 941); freq.put("Α", 27922); freq.put("γων", 2003); freq.put("ιδρ", 1035); freq.put("σια", 1815); freq.put("le", 1892); freq.put("Να", 926); freq.put(" θέ", 1277); freq.put("la", 1782); freq.put("σιλ", 2336); freq.put("lo", 869); freq.put("ll", 1391); freq.put("σιο", 1662); freq.put("τρω", 752); freq.put("li", 1620); freq.put("Νέ", 832); freq.put(" θα", 781); freq.put("γός", 1387); freq.put("σιά", 738); freq.put("φαί", 1221); freq.put(" θρ", 674); freq.put("τρί", 1148); freq.put("φαλ", 712); freq.put("φαι", 2017); freq.put("τρα", 4343); freq.put("φαν", 1114); freq.put("Νό", 654); freq.put("τρο", 5304); freq.put("τρι", 3975); freq.put("έδρ", 1043); freq.put(" Σα", 1339); freq.put("Πολ", 1465); freq.put("l ", 2336); freq.put("ιδι", 2412); freq.put("εδο", 1081); freq.put("ιδή", 920); freq.put("δος", 1488); freq.put("ράμ", 655); freq.put("ράν", 647); freq.put("ράκ", 669); freq.put("δηλ", 1052); freq.put(" Σε", 1934); freq.put("εων", 1309); freq.put("ράγ", 691); freq.put("δημ", 2586); freq.put(" Άγ", 671); freq.put("σημ", 4910); freq.put("ίω", 4466); freq.put("ίχ", 2356); freq.put("ίτ", 8024); freq.put("ίσ", 10180); freq.put("ίς", 1393); freq.put("ίρ", 2411); freq.put("ίπ", 1897); freq.put("Αμε", 923); freq.put("ήθη", 3124); freq.put("Φ", 5011); freq.put("θυσ", 990); freq.put("ρέ", 3880); freq.put("ρά", 13738); freq.put("χαρ", 1871); freq.put("ρή", 2864); freq.put("ρα", 38879); freq.put("ργ", 11016); freq.put("ρβ", 958); freq.put("ρε", 17142); freq.put("ρδ", 1272); freq.put("ρη", 8917); freq.put("ρι", 40112); freq.put("ρθ", 1230); freq.put("ρλ", 780); freq.put("ρκ", 3719); freq.put("ρν", 3338); freq.put("ρμ", 5151); freq.put("ρο", 41731); freq.put("ρξ", 1376); freq.put("χαί", 1771); freq.put("ρξε", 1053); freq.put("ρσ", 1303); freq.put(" π ", 930); freq.put("ρυ", 3661); freq.put("ρτ", 5071); freq.put("ρχ", 9524); freq.put("ρφ", 1653); freq.put("ρω", 9925); freq.put("ρύ", 1952); freq.put("ρό", 9460); freq.put("ρώ", 6736); freq.put("χαν", 1478); freq.put("χαι", 840); freq.put("g", 5100); freq.put("ίο", 20214); freq.put("ίν", 31172); freq.put("ίμ", 2180); freq.put("ίλ", 2453); freq.put("ίκ", 4798); freq.put("ίθ", 1008); freq.put("ίζ", 4719); freq.put("ίε", 2902); freq.put("ίδ", 6660); freq.put("ίγ", 1307); freq.put("ίβ", 669); freq.put("ία", 42781); freq.put("φέρ", 3057); freq.put("δων", 753); freq.put("κτο", 1065); freq.put("κτι", 1278); freq.put("ανώ", 968); freq.put("κτη", 2180); freq.put("έτρ", 1180); freq.put("κτα", 758); freq.put("κτή", 823); freq.put("νού", 1967); freq.put("νος", 3551); freq.put("νορ", 724); freq.put("νου", 4641); freq.put("νοτ", 857); freq.put("οδι", 937); freq.put("συσ", 899); freq.put("οδο", 3299); freq.put("μμα", 1876); freq.put("γ", 101330); freq.put("ίων", 2775); freq.put("ηνο", 892); freq.put("λ", 175427); freq.put("ρον", 3303); freq.put("ght", 666); freq.put("ταθ", 1117); freq.put("οφο", 1172); freq.put("ται", 21198); freq.put("ων ", 25196); freq.put("νό ", 1732); freq.put("R", 1938); freq.put("συγ", 2509); freq.put("συν", 5781); freq.put("συμ", 1798); freq.put("ηνα", 1733); freq.put("νολ", 1206); freq.put("π ", 1661); freq.put("νον", 1006); freq.put("νομ", 10454); freq.put(" Δη", 1617); freq.put("ση", 23543); freq.put(" Δε", 1217); freq.put("υκλ", 727); freq.put(" Δή", 1387); freq.put("κτω", 740); freq.put("κα ", 1888); freq.put("κτρ", 885); freq.put("έτη", 1275); freq.put("αλλ", 4951); freq.put("αλι", 1989); freq.put("αλο", 1928); freq.put("αλα", 2736); freq.put("αλε", 761); freq.put("ΐ", 1269); freq.put("αλί", 1668); freq.put("αλά", 833); freq.put("υλο", 1136); freq.put(" σ", 77620); freq.put(" π", 75432); freq.put(" ρ", 2618); freq.put(" φ", 8389); freq.put(" χ", 14827); freq.put(" τ", 169076); freq.put(" υ", 7977); freq.put("ή ", 39734); freq.put(" ψ", 866); freq.put(" ω", 4856); freq.put("τμ", 1495); freq.put(" ό", 12814); freq.put(" ύ", 1013); freq.put("υλί", 1002); freq.put("θώς", 900); freq.put("ώτο", 1121); freq.put("ώτη", 1214); freq.put(" Σ", 17547); freq.put(" Π", 17476); freq.put(" Ρ", 3989); freq.put(" Φ", 4909); freq.put(" Χ", 5293); freq.put(" Τ", 16381); freq.put(" Υ", 1521); freq.put("κλε", 952); freq.put(" Ω", 1004); freq.put(" ή", 17892); freq.put(" ί", 1230); freq.put(" ά", 5017); freq.put(" έ", 20443); freq.put(" β", 11610); freq.put(" γ", 22099); freq.put(" α", 74025); freq.put(" ζ", 1711); freq.put(" η", 13278); freq.put(" δ", 29475); freq.put(" ε", 62623); freq.put(" κ", 74116); freq.put(" λ", 7381); freq.put(" θ", 8090); freq.put(" ι", 6475); freq.put(" ξ", 1157); freq.put(" ο", 35203); freq.put(" μ", 51074); freq.put("ύτε", 2598); freq.put(" Ά", 2711); freq.put("έγι", 781); freq.put("λεγ", 742); freq.put(" Έ", 4041); freq.put(" Ή", 969); freq.put(" Ό", 1018); freq.put(" Β", 10719); freq.put(" Γ", 10190); freq.put(" Α", 26876); freq.put(" Ζ", 1948); freq.put(" Η", 13284); freq.put(" Δ", 9620); freq.put(" Ε", 14504); freq.put(" Κ", 17657); freq.put(" Λ", 6140); freq.put(" Θ", 3256); freq.put(" Ι", 8408); freq.put("ε ", 49298); freq.put(" Μ", 17373); freq.put(" Ν", 8118); freq.put("οσι", 846); freq.put("δης", 760); freq.put("πλα", 1198); freq.put("πλη", 1610); freq.put("πλε", 822); freq.put("πλο", 1278); freq.put("οση", 738); freq.put("Ε", 15220); freq.put(" Ηλ", 946); freq.put("σφα", 2732); freq.put("έρα", 2072); freq.put("έργ", 1441); freq.put("ha", 1115); freq.put("έρε", 2865); freq.put("έρι", 1085); freq.put("έρν", 854); freq.put("έρο", 1656); freq.put("ωγρ", 700); freq.put(" Ήτ", 719); freq.put(" ακ", 2186); freq.put("ίνα", 24006); freq.put("ρύθ", 842); freq.put("ωγή", 1132); freq.put("έρχ", 675); freq.put("Παν", 1277); freq.put("ίνη", 1713); freq.put("ιδώ", 1125); freq.put("ng ", 653); freq.put("μπι", 1180); freq.put(" Ηρ", 653); freq.put("h", 7717); freq.put("οσω", 886); freq.put("βρα", 834); freq.put("οσπ", 775); freq.put("οστ", 1538); freq.put("οσφ", 2182); freq.put("ύρι", 1436); freq.put("ίνο", 1856); freq.put("νής", 1328); freq.put("νήσ", 732); freq.put("μπα", 642); freq.put("λων", 1650); freq.put("αι ", 81620); freq.put("μος", 2596); freq.put("μοσ", 1084); freq.put("μοπ", 1626); freq.put("τό ", 2629); freq.put("μοτ", 850); freq.put("μου", 4833); freq.put("μού", 4831); freq.put("μέλ", 884); freq.put("μέν", 7654); freq.put("αθλ", 1208); freq.put("μέγ", 746); freq.put("αθο", 890); freq.put("αθμ", 688); freq.put("έα ", 1626); freq.put("μέρ", 1935); freq.put("μέσ", 1359); freq.put("ύς ", 3624); freq.put("μέχ", 973); freq.put("S", 4250); freq.put("θην", 731); freq.put("μοκ", 1030); freq.put("θηκ", 7617); freq.put("μοι", 670); freq.put("μον", 2292); freq.put("να ", 17430); freq.put("μά ", 961); freq.put("νήθ", 2044); freq.put("τρό", 832); freq.put("νήκ", 1169); freq.put("σικ", 3297); freq.put("Νο", 1706); freq.put("τύπ", 651); freq.put("ci", 771); freq.put("ch", 1350); freq.put("co", 859); freq.put("αυτ", 5333); freq.put("ιθμ", 885); freq.put("θέτ", 764); freq.put("Νι", 687); freq.put("ca", 818); freq.put("ce", 966); freq.put("θέσ", 1185); freq.put("ληρ", 1062); freq.put("λησ", 1042); freq.put("λης", 1640); freq.put("λητ", 1184); freq.put("σιμ", 2018); freq.put("κι ", 739); freq.put("ύθη", 1068); freq.put("Ήτα", 715); freq.put("άρι", 1410); freq.put("άρκ", 849); freq.put(" λε", 1503); freq.put("γών", 991); freq.put("ο", 514934); freq.put("εβρ", 814); freq.put("άρτ", 1022); freq.put("am", 1144); freq.put("άρχ", 1270); freq.put("τρε", 1070); freq.put("υθο", 2042); freq.put("γεί", 984); freq.put("ληθ", 1186); freq.put("λην", 6429); freq.put("λημ", 897); freq.put("ar", 3025); freq.put(" θε", 3732); freq.put("ήνα", 1396); freq.put("γεν", 3283); freq.put(" Ορ", 742); freq.put("γει", 1005); freq.put("γεθ", 651); freq.put("ve", 914); freq.put("δας", 1990); freq.put("vi", 759); freq.put("ύε", 938); freq.put("ύδ", 738); freq.put("όρο", 2945); freq.put("όρι", 647); freq.put("ύγ", 1143); freq.put("ύν", 5639); freq.put("όρε", 1336); freq.put("ύο", 2732); freq.put("όρη", 995); freq.put("Ήτ", 719); freq.put("ύλ", 2704); freq.put("ύκ", 1365); freq.put(" κέ", 693); freq.put("δο", 11445); freq.put("Λα", 1230); freq.put("ing", 654); freq.put("Λε", 948); freq.put("δι", 23594); freq.put("δη", 5995); freq.put("Λι", 661); freq.put("δε", 9279); freq.put("Λο", 1279); freq.put("ταφ", 747); freq.put("δα", 7905); freq.put("δή", 3929); freq.put("Έν", 837); freq.put("δά", 972); freq.put("δέ", 1507); freq.put(" κι", 1426); freq.put(" κλ", 1289); freq.put(" κε", 1166); freq.put(" κα", 52893); freq.put("ρος", 5922); freq.put(" κύ", 1020); freq.put(" κό", 2579); freq.put("υβ", 1419); freq.put(" κυ", 2799); freq.put("τασ", 3623); freq.put(" κρ", 1753); freq.put("θλη", 1496); freq.put("δώ", 1804); freq.put("ion", 1164); freq.put("δό", 1968); freq.put("δύ", 1829); freq.put("δω", 1451); freq.put(" άν", 742); freq.put("δυ", 2966); freq.put(" άλ", 1949); freq.put(" ημ", 735); freq.put("δρ", 8223); freq.put("ύτ", 4068); freq.put("ύχ", 810); freq.put("ύφ", 886); freq.put("ύρ", 4445); freq.put("ύπ", 2849); freq.put("ύσ", 5147); freq.put("Ντ", 1194); freq.put("i", 21525); freq.put(" λο", 894); freq.put("φ ", 702); freq.put("εχν", 1145); freq.put(" Έλ", 1540); freq.put("σωπ", 940); freq.put("ύ ", 16375); freq.put("πάρ", 1052); freq.put("ωμα", 2019); freq.put("Μαρ", 1413); freq.put("φρ", 1732); freq.put("φυ", 2356); freq.put("φόρ", 1260); freq.put("ρών", 1362); freq.put("πως", 2026); freq.put("ωμέ", 1015); freq.put("φό", 1995); freq.put("φύ", 644); freq.put("Ω", 1026); freq.put("ρμο", 1033); freq.put("ορτ", 877); freq.put("ασσ", 883); freq.put("ρμα", 2357); freq.put(" μι", 5537); freq.put("αϊκ", 1749); freq.put("T", 2696); freq.put("ηνι", 4662); freq.put("Απο", 822); freq.put("ρώτ", 2338); freq.put("φα", 6317); freq.put("ρώπ", 1017); freq.put("πων", 724); freq.put("φη", 1268); freq.put("φθ", 1094); freq.put("φι", 3786); freq.put("φο", 8165); freq.put("πάν", 921); freq.put("φά", 1435); freq.put("φέ", 4345); freq.put("φή", 2402); freq.put("φί", 1583); freq.put("Αστ", 933); freq.put("ηγο", 953); freq.put("οπτ", 643); freq.put("νίκ", 973); freq.put("Στη", 2306); freq.put("νίο", 894); freq.put("αφε", 651); freq.put("οπό", 828); freq.put("νία", 4805); freq.put("κιν", 1980); freq.put("ξ", 16299); freq.put("κισ", 1099); freq.put("Γκ", 1275); freq.put("ισμ", 7142); freq.put("οπο", 11630); freq.put("ιση", 1365); freq.put("σχο", 662); freq.put("σχε", 1174); freq.put("Έλλ", 1427); freq.put("ννο", 742); freq.put("ννη", 1767); freq.put("τμή", 1027); freq.put("λη ", 4716); freq.put("ννή", 1417); freq.put("es ", 1146); freq.put("Δια", 869); freq.put("αιν", 1733); freq.put("αιο", 1032); freq.put("αιδ", 651); freq.put("μάτ", 1753); freq.put("ίκη", 1461); freq.put("Γ", 10307); freq.put("εκε", 1191); freq.put("ίκο", 1574); freq.put("h ", 975); freq.put("Γο", 754); freq.put("έας", 1468); freq.put("τός", 2183); freq.put("μο ", 3714); freq.put("τότ", 864); freq.put("ht", 808); freq.put("hu", 877); freq.put("hi", 783); freq.put("φέα", 711); freq.put("he", 1545); freq.put("νή ", 1793); freq.put("αιό", 1091); freq.put("αιώ", 1483); freq.put("χος", 1298); freq.put("αιρ", 2790); freq.put("μάζ", 1519); freq.put("μάδ", 1518); freq.put("ηκε", 8651); freq.put(" Η ", 10438); freq.put("ις ", 13118); freq.put("ηκα", 1019); freq.put("ργα", 2610); freq.put(" ου", 1649); freq.put("ργε", 920); freq.put("τίσ", 697); freq.put("ργι", 803); freq.put("ργο", 1794); freq.put("τίτ", 882); freq.put("εγά", 1944); freq.put(" οπ", 6947); freq.put(" ορ", 3515); freq.put("ργί", 829); freq.put("ργά", 995); freq.put("αφο", 1697); freq.put("αφι", 1185); freq.put("βόρ", 789); freq.put("αφέ", 2568); freq.put("αφή", 1070); freq.put("αφί", 785); freq.put("U", 1129); freq.put("τίο", 1122); freq.put("τίν", 835); freq.put("τία", 2320); freq.put("ργό", 1216); freq.put("ωτο", 763); freq.put("ωτι", 1342); freq.put("ωτε", 1561); freq.put("ωτα", 785); freq.put("άπο", 1033); freq.put("Δι", 2406); freq.put("εγα", 1515); freq.put("εγκ", 737); } }	IvoNet/language-detection	langdetect-profiles/src/main/java/com/rmtheis/langdetect/profile/EL.java
363	package gr.auth.ee.dsproject.crush.player; import gr.auth.ee.dsproject.crush.board.Board; import gr.auth.ee.dsproject.crush.board.CrushUtilities; import gr.auth.ee.dsproject.crush.defplayers.AbstractPlayer; import gr.auth.ee.dsproject.crush.node.Node8200_8561; import java.util.ArrayList; public class MinMaxPlayer implements AbstractPlayer { // TODO Fill the class code. public static final int MAX_DEPTH=2; int score; int id; String name; public MinMaxPlayer (Integer pid) { id = pid; score = 0; } public String getName () { return "MinMax"; } public int getId () { return id; } public void setScore (int score) { this.score = score; } public int getScore () { return score; } public void setId (int id) { this.id = id; } public void setName (String name) { this.name = name; } public int[] getNextMove (ArrayList<int[]> availableMoves, Board board) { // TODO Fill the code //Φτιάξε αντίγραφο του board Board cloneBoard=CrushUtilities.cloneBoard(board); //Δημιούργησε ενα node που αντιστοιχεί στην ρίζα Node8200_8561 root=new Node8200_8561(cloneBoard); //System.out.println("<------------->"); //Καλεσαι την createMySubThree για την δημιουργία υποδέντρου createSubTree(root,MAX_DEPTH); //System.out.println("<------------->"); //Κάλεσαι chooseMinMaxMove(Node root) για την επιλογή της καλύτερης κίνησης index int indexBest = chooseMinMaxMove(root,MAX_DEPTH); //Καλεσαι την calculateNextMove(index) για να επιστρεψει τις συντεταγμένες int[] int[] bestMove = availableMoves.get(indexBest); return CrushUtilities.calculateNextMove(bestMove); } private void createSubTree (Node8200_8561 parent, int MaxDepth) { // TODO Fill the code //Βρες τις επιτρεπτές κοινήσεις απο το board του πατέρα ArrayList<int[]> availableMoves=CrushUtilities.getAvailableMoves(parent.getNodeBoard()); int listSize=availableMoves.size(); //Για κάθε κίνηση: for(int i=0;i<listSize;i++) { //System.out.println("listSize: "+listSize); //Δημιουργησε ένα node σαν παιδί του πατρικού node //και πρόσθεσαι το παιδί στο arrayOfChildren του πατέρα parent.setChildren(new Node8200_8561( parent, //O γονέας του node-παιδιού parent.getNodeDepth()+1, //Το βάθος του node-παιδιού availableMoves.get(i), //Η κίνηση του αντιστοιχεί στο node-παιδί CrushUtilities.cloneBoard(parent.getNodeBoard()), //Αντίγραφο απο το ταμπλό του πατέρα parent.getNodeEvaluation() //Δώσε στο παιδί την τιμή αξιολόγησης του πατέρα ) //για να την συνυπολογίσει στην δικιά του αξιολόγηγη ); //System.out.println("Depth: "+parent.getNodeDepth()); //Υπολόγισαι την τιμή αξιολόγησης του παιδιού και την //νέα κατάσταση του ταμπλό για την κίνηση αυτή parent.getChildren(i).moveEvaluation(); //Κάλεσαι την createSubTree() αν δεν έχουμε //φτάσει μέρχι τα φύλλα του δέντρου if((parent.getNodeDepth()+1)!=MaxDepth) { createSubTree(parent.getChildren(i),MaxDepth);//Δημιούργησε νέο υποδέντρο και υπολόγισε την αξιολόγηση των παιδιών } } //System.out.println("getChildrenSize: "+parent.getChildren().size()); } /* private void createOpponentSubTree (Node parent, int depth) { // TODO Fill the code //Αφού λαβει το node πατέρα και την κατασταση του ταμπλο υπολόγισε την νέα κατάσταση του μετα απο μία πλήρη κίνηση //Βρες τις επιτρεπτές κοινήσεις // Για κάθε κίνηση: //Φτιαξε το board μετα την εκτέλεση την κίνησης //Φιαξε ενα νεο node που αντιστοιχεί στην κίνηση //Κάνε αξιολόγηγη(με αρνητικό βάρος) //Πρόσθεσαι στην αξιολόγηση του πατέρα στη τωρινή αξιολόγηγη //Προσθεσαι το τρέχον τα newnode στο array του τρεχοντως-πατερα node } */ private int chooseMinMaxMove (Node8200_8561 root,int MaxDepth) { // TODO Fill the code return( getNode(root,MaxDepth) ); } // int getNode(Node8200_8561 parentNode,int MaxDepth) { double bestMove=0; double[] Array=new double[2]; if(parentNode.getNodeDepth()<MaxDepth-1)//Αν δεν είναι ένα επίπεδο πρίν το τελευταίο φύλλο { for(int i=0;i<parentNode.getChildren().size();i++) { getNode(parentNode.getChildren(i),MaxDepth); } } if((parentNode.getNodeDepth()&1) != 0){//Ειναι δικιά μου κίνηση(περιττος) Array=getMax(parentNode.getChildren()); double max=Array[0]; //Υπολόγησε την μέγαλύτερη τιμή αξιολόγησης απο τα παιδιά bestMove=Array[1]; //Την καλύτερη κίνηση parentNode.setNodeEvaluation(max); //Βάλε την τιμή που βρίκες στο πατρικό node } else{//Αντίπαλος Array=getMin(parentNode.getChildren()); double min=Array[0]; //Υπολόγησε την μικρότερη τιμή αξιολόγησης απο τα παιδιά bestMove=Array[1]; //Την καλύτερη κίνηση parentNode.setNodeEvaluation(min); //Βάλε την τιμή που βρίκες στο πατρικό node } return((int) bestMove); } public double[] getMax(ArrayList<Node8200_8561> list){ double[] output=new double[2]; output[0]=Integer.MIN_VALUE; for(int i=0; i<list.size(); i++){ if(list.get(i).getNodeEvaluation() > output[0]){ output[0] = list.get(i).getNodeEvaluation(); output[1]=i; } } return (output); } public double[] getMin(ArrayList<Node8200_8561> list){ double[] output=new double[2]; output[0]=Integer.MAX_VALUE; for(int i=0; i<list.size(); i++){ if(list.get(i).getNodeEvaluation() < output[0]){ output[0] = list.get(i).getNodeEvaluation(); output[1]=i; } } return (output); } }	theompek/Candy-Crush_game	src/Thmmy Crush Part C/src/gr/auth/ee/dsproject/crush/player/MinMaxPlayer.java
364	//Τσιάκας Κοσμάς - ΑΕΜ 8255 - 6987921920 - [email protected] //Παπάζογλου Αθανάσιος - AEM 8324 - 6976939155 - [email protected] package gr.auth.ee.dsproject.proximity.defplayers; import gr.auth.ee.dsproject.proximity.board.Board; import gr.auth.ee.dsproject.proximity.board.ProximityUtilities; import gr.auth.ee.dsproject.proximity.board.Tile; //Η κλάση RandomPlayer υλοποιεί τους δύο παίχτες, έχοντας ως μεταβλητές τα στοιχεία που //χαρακτηρίζουν κάθε παίχτη, συναρτήσεις set/get για τις μεταβλητές και δύο συναρτήσεις //που υλοποιούν τις ενέργειες των παιχτών για την επόμενη κίνηση public class RandomPlayer implements AbstractPlayer { int id; //1 ή 2 ανάλογα αν ο παίχτης είναι μπλέ ή κόκκινος String name;//το όνομα του παίχτη int score;//άθροισμα τιμών πλακιδίων του παίχτη int numOfTiles;//αριθμός πλακιδίων του παίχτη στο ταμπλό //1η συνάρτηση αρχικών συνθηκών που ορίζει μόνο το id public RandomPlayer(Integer pid){ id=pid; } //2η συνάρτηση αρχικών συνθηκών που ορίζει όλες τις μεταβλητές public RandomPlayer(Integer pid, String pname, Integer pscore, Integer pnumOfTiles){ id=pid; name=pname; score=pscore; numOfTiles=pnumOfTiles; } //συναρτήσεις set για κάθε μεταβλητή public void setId(int pid){ id=pid; } public void setName(String pname){ name=pname; } public void setScore(int pscore){ score=pscore; } public void setNumOfTiles(int pnumOfTiles){ numOfTiles=pnumOfTiles; } //συναρτήσεις get για κάθε μεταβλητή public int getId(){ return id; } public String getName(){ return name; } public int getScore(){ return score; } public int getNumOfTiles(){ return numOfTiles; } //Η συνάρτηση getNextMove(..) //επιστρέφει τη θέση [x,y] που θα τοποθετηθεί το επόμενο πλακίδιο //εφόσον η τυχαία θέση που επιλέγεται είναι εντός των ορίων του board //και δεν είναι ήδη κατειλημμένη η θέση αυτή public int[] getNextMove(Board board){ int[] nextMove = new int[2];//ένας πίνακας 2 θέσεων [x,y],τύπου int για την αποθήκευση //των συντεταγμένων της επόμενης κίνησης do { //με την επόμενη εντολή προκύπτει αριθμός στο διάστημα [0,number_of_columns) nextMove[0]=(int)(Math.random()ProximityUtilities.NUMBER_OF_COLUMNS); //με την επόμενη εντολή προκύπτει αριθμός στο διάστημα [0,number_of_rows) nextMove[1]=(int)(Math.random()ProximityUtilities.NUMBER_OF_ROWS); //ελέγχω αν η θέση που επιλέχθηκε τυχαία είναι στα όρια του board //αλλιώς επιλέγω ξανά τυχαία ώσπου να ισχύουν οι συνθήκες μου }while (!(board.isInsideBoard(nextMove[0], nextMove[1]))); //δημιουργώ το Tile για την επόμενη κίνηση με τις συντεταγμένες που επιλέχθηκαν πριν Tile nextTile = board.getTile(nextMove[0],nextMove[1]); if (nextTile.getPlayerId()==1 \| nextTile.getPlayerId()==2){//ελέγχω αν η θέση είναι κατειλημμένη nextMove = getNextMove(board);//αν είναι, ξανακαλώ τη συνάρτηση } return nextMove; } //Η συνάρτηση getNeighborsCoordinates(..) //επιστρέφει τις συντεταγμένες των γειτόνων του στοιχείου που είναι στη θέση [x,y] //πρέπει να ελέγχουμε αν το στοιχείο είναι σε άρτια ή περιττή γραμμή //γιατί κάθε φορά διαφοροποιείται ο αλγόριθμος public static int[][] getNeighborsCoordinates(Board board,int x, int y){ int[][] neighborsCoordinates = new int[6][2];//σε αυτόν τον πίνακα αποθηκεύονται οι συντεταγμένες των γειτόνων if (y%2==0){//άρτιες γραμμές neighborsCoordinates[0][0]=x+1; neighborsCoordinates[0][1]=y; neighborsCoordinates[1][0]=x; neighborsCoordinates[1][1]=y+1; neighborsCoordinates[2][0]=x-1; neighborsCoordinates[2][1]=y+1; neighborsCoordinates[3][0]=x-1; neighborsCoordinates[3][1]=y; neighborsCoordinates[4][0]=x-1; neighborsCoordinates[4][1]=y-1; neighborsCoordinates[5][0]=x; neighborsCoordinates[5][1]=y-1; } else{//περιττές γραμμές neighborsCoordinates[0][0]=x+1; neighborsCoordinates[0][1]=y; neighborsCoordinates[1][0]=x+1; neighborsCoordinates[1][1]=y+1; neighborsCoordinates[2][0]=x; neighborsCoordinates[2][1]=y+1; neighborsCoordinates[3][0]=x-1; neighborsCoordinates[3][1]=y; neighborsCoordinates[4][0]=x; neighborsCoordinates[4][1]=y-1; neighborsCoordinates[5][0]=x+1; neighborsCoordinates[5][1]=y-1; } //ελέγχω αν κάποιο από τα στοιχεία είναι στην άκρη του board //και άρα δεν έχει 6 γείτονες, οπότε στη θέση αυτή του πίνακα βάζω [-1,-1] for (int i=0; i<6; i++){ if (neighborsCoordinates[i][0]==-1 \| neighborsCoordinates[i][0]==ProximityUtilities.NUMBER_OF_COLUMNS){ neighborsCoordinates[i][0]=-1; neighborsCoordinates[i][1]=-1; } if (neighborsCoordinates[i][1]==-1 \| neighborsCoordinates[i][1]==ProximityUtilities.NUMBER_OF_ROWS){ neighborsCoordinates[i][0]=-1; neighborsCoordinates[i][1]=-1; } } return neighborsCoordinates; } }	kosmastsk/University-projects	Data Structures/Proximity Part A/src/gr/auth/ee/dsproject/proximity/defplayers/RandomPlayer.java
365	class genosimo extends Visitor { protected double pr,fin; protected double per; protected String name; protected int counter; public void Visit(medicine elem) { pr=elem.getCalcGen()/2; name=elem.name; count(); System.out.println("Το γενόσημο φάρμακο που αγοράστηκε:"+name+"(γενόσημο)"); System.out.println("Μετρητής φαρμάκων: "+counter+" γενόσημα " + "φάρμακα αγοράστηκαν."); System.out.println("Τιμή γενόσημου: "+pr); } private int count() { counter++; return counter; } }	matinakpantazidou/Java---Visitor	genosimo.java
367	/** * This file is part of Wikiforia. * * Wikiforia is free software: you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation, either version 2 of the License, or * (at your option) any later version. * * Wikiforia is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with Wikiforia. If not, see <http://www.gnu.org/licenses/>. */ package se.lth.cs.nlp.wikipedia.lang; //Autogenerated from Wikimedia sources at 2015-04-16T13:55:11+00:00 public class ElConfig extends TemplateConfig { public ElConfig() { addNamespaceAlias(-2, "Μέσο", "Μέσον"); addNamespaceAlias(-1, "Ειδικό"); addNamespaceAlias(1, "Συζήτηση"); addNamespaceAlias(2, "Χρήστης"); addNamespaceAlias(3, "Συζήτηση_χρήστη"); addNamespaceAlias(5, "Συζήτηση_Wikipedia", "Wikipedia_συζήτηση"); addNamespaceAlias(6, "Αρχείο", "Εικόνα"); addNamespaceAlias(7, "Συζήτηση_αρχείου", "Συζήτηση_εικόνας"); addNamespaceAlias(8, "MediaWiki"); addNamespaceAlias(9, "Συζήτηση_MediaWiki"); addNamespaceAlias(10, "Πρότυπο"); addNamespaceAlias(11, "Συζήτηση_προτύπου"); addNamespaceAlias(12, "Βοήθεια"); addNamespaceAlias(13, "Συζήτηση_βοήθειας"); addNamespaceAlias(14, "Κατηγορία"); addNamespaceAlias(15, "Συζήτηση_κατηγορίας"); addI18nCIAlias("redirect", "#ΑΝΑΚΑΤΕΥΘΥΝΣΗ", "#REDIRECT"); addI18nCIAlias("notoc", "__ΧΩΡΙΣΠΠ__", "__ΧΩΡΙΣΠΙΝΑΚΑΠΕΡΙΕΧΟΜΕΝΩΝ__", "__NOTOC__"); addI18nCIAlias("nogallery", "__ΧΩΡΙΣΠΙΝΑΚΟΘΗΚΗ__", "__NOGALLERY__"); addI18nCIAlias("forcetoc", "__ΜΕΠΠ__", "__ΜΕΠΙΝΑΚΑΠΕΡΙΕΧΟΜΕΝΩΝ__", "__FORCETOC__"); addI18nCIAlias("toc", "__ΠΠ__", "__ΠΙΝΑΚΑΣΠΕΡΙΕΧΟΜΕΝΩΝ__", "__TOC__"); addI18nCIAlias("noeditsection", "__ΧΩΡΙΣΕΠΕΞΕΝΟΤ__", "__ΧΩΡΙΣΕΠΕΞΕΡΓΑΣΙΑΕΝΟΤΗΤΩΝ__", "__NOEDITSECTION__"); addI18nAlias("currentmonth", "ΤΡΕΧΩΝΜΗΝΑΣ", "ΤΡΕΧΩΝΜΗΝΑΣ2", "CURRENTMONTH", "CURRENTMONTH2"); addI18nAlias("currentmonth1", "ΤΡΕΧΩΝΜΗΝΑΣ1", "CURRENTMONTH1"); addI18nAlias("currentmonthname", "ΤΡΕΧΩΝΜΗΝΑΣΟΝΟΜΑ", "CURRENTMONTHNAME"); addI18nAlias("currentmonthnamegen", "ΤΡΕΧΩΝΜΗΝΑΣΓΕΝΙΚΗ", "CURRENTMONTHNAMEGEN"); addI18nAlias("currentmonthabbrev", "ΤΡΕΧΩΝΜΗΝΑΣΣΥΝΤ", "CURRENTMONTHABBREV"); addI18nAlias("currentday", "ΤΡΕΧΟΥΣΑΜΕΡΑ", "CURRENTDAY"); addI18nAlias("currentday2", "ΤΡΕΧΟΥΣΑΜΕΡΑ2", "CURRENTDAY2"); addI18nAlias("currentdayname", "ΤΡΕΧΟΥΣΑΜΕΡΑΟΝΟΜΑ", "CURRENTDAYNAME"); addI18nAlias("currentyear", "ΤΡΕΧΟΝΕΤΟΣ", "CURRENTYEAR"); addI18nAlias("currenttime", "ΤΡΕΧΩΝΧΡΟΝΟΣ", "CURRENTTIME"); addI18nAlias("currenthour", "ΤΡΕΧΟΥΣΑΩΡΑ", "CURRENTHOUR"); addI18nAlias("localmonth", "ΤΟΠΙΚΟΣΜΗΝΑΣ", "LOCALMONTH", "LOCALMONTH2"); addI18nAlias("localmonth1", "ΤΟΠΙΚΟΣΜΗΝΑΣ1", "LOCALMONTH1"); addI18nAlias("localmonthname", "ΤΟΠΙΚΟΣΜΗΝΑΣΟΝΟΜΑ", "LOCALMONTHNAME"); addI18nAlias("localmonthnamegen", "ΤΟΠΙΚΟΣΜΗΝΑΣΓΕΝΙΚΗ", "LOCALMONTHNAMEGEN"); addI18nAlias("localmonthabbrev", "ΤΟΠΙΚΟΣΜΗΝΑΣΣΥΝΤ", "LOCALMONTHABBREV"); addI18nAlias("localday", "ΤΟΠΙΚΗΜΕΡΑ", "LOCALDAY"); addI18nAlias("localday2", "ΤΟΠΙΚΗΜΕΡΑ2", "LOCALDAY2"); addI18nAlias("localdayname", "ΤΟΠΙΚΗΜΕΡΑΟΝΟΜΑ", "LOCALDAYNAME"); addI18nAlias("localyear", "ΤΟΠΙΚΟΕΤΟΣ", "LOCALYEAR"); addI18nAlias("localtime", "ΤΟΠΙΚΟΣΧΡΟΝΟΣ", "LOCALTIME"); addI18nAlias("localhour", "ΤΟΠΙΚΗΩΡΑ", "LOCALHOUR"); addI18nAlias("numberofpages", "ΑΡΙΘΜΟΣΣΕΛΙΔΩΝ", "NUMBEROFPAGES"); addI18nAlias("numberofarticles", "ΑΡΙΘΜΟΣΑΡΘΡΩΝ", "NUMBEROFARTICLES"); addI18nAlias("numberoffiles", "ΑΡΙΘΜΟΣΑΡΧΕΙΩΝ", "NUMBEROFFILES"); addI18nAlias("numberofusers", "ΑΡΙΘΜΟΣΧΡΗΣΤΩΝ", "NUMBEROFUSERS"); addI18nAlias("numberofactiveusers", "ΕΝΕΡΓΟΙΧΡΗΣΤΕΣ", "ΑΡΙΘΜΟΣΕΝΕΡΓΩΝΧΡΗΣΤΩΝ", "NUMBEROFACTIVEUSERS"); addI18nAlias("numberofedits", "ΑΡΙΘΜΟΣΕΠΕΞΕΡΓΑΣΙΩΝ", "NUMBEROFEDITS"); addI18nAlias("numberofviews", "ΑΡΙΘΜΟΣΕΜΦΑΝΙΣΕΩΝ", "NUMBEROFVIEWS"); addI18nAlias("pagename", "ΟΝΟΜΑΣΕΛΙΔΑΣ", "PAGENAME"); addI18nAlias("pagenamee", "ΟΝΟΜΑΣΕΛΙΔΑΣΚ", "PAGENAMEE"); addI18nAlias("namespace", "ΠΕΡΙΟΧΗ", "NAMESPACE"); addI18nAlias("namespacee", "ΠΕΡΙΟΧΗΚ", "NAMESPACEE"); addI18nAlias("namespacenumber", "ΑΡΙΘΜΟΣΟΝΟΜΑΤΟΣΧΩΡΟΥ", "ΑΡΙΘΜΟΣΟΝΟΜΑΤΟΧΩΡΟΥ", "NAMESPACENUMBER"); addI18nAlias("talkspace", "ΠΕΡΙΟΧΗΣΥΖΗΤΗΣΕΩΝ", "TALKSPACE"); addI18nAlias("talkspacee", "ΠΕΡΙΟΧΗΣΥΖΗΤΗΣΕΩΝΚ", "TALKSPACEE"); addI18nAlias("subjectspace", "ΠΕΡΙΟΧΗΘΕΜΑΤΩΝ", "SUBJECTSPACE", "ARTICLESPACE"); addI18nAlias("subjectspacee", "ΠΕΡΙΟΧΗΘΕΜΑΤΩΝΚ", "SUBJECTSPACEE", "ARTICLESPACEE"); addI18nAlias("fullpagename", "ΠΛΗΡΕΣΟΝΟΜΑΣΕΛΙΔΑΣ", "FULLPAGENAME"); addI18nAlias("fullpagenamee", "ΠΛΗΡΕΣΟΝΟΜΑΣΕΛΙΔΑΣΚ", "FULLPAGENAMEE"); addI18nAlias("subpagename", "ΟΝΟΜΑΥΠΟΣΕΛΙΔΑΣ", "SUBPAGENAME"); addI18nAlias("subpagenamee", "ΟΝΟΜΑΥΠΟΣΕΛΙΔΑΣΚ", "SUBPAGENAMEE"); addI18nAlias("basepagename", "ΒΑΣΗΟΝΟΜΑΤΟΣΣΕΛΙΔΑΣ", "BASEPAGENAME"); addI18nAlias("basepagenamee", "ΒΑΣΗΟΝΟΜΑΤΟΣΣΕΛΙΔΑΣΚ", "BASEPAGENAMEE"); addI18nAlias("talkpagename", "ΟΝΟΜΑΣΕΛΙΔΑΣΣΥΖΗΤΗΣΕΩΝ", "TALKPAGENAME"); addI18nAlias("talkpagenamee", "ΟΝΟΜΑΣΕΛΙΔΑΣΣΥΖΗΤΗΣΕΩΝΚ", "TALKPAGENAMEE"); addI18nAlias("subjectpagename", "ΟΝΟΜΑΣΕΛΙΔΑΣΘΕΜΑΤΟΣ", "SUBJECTPAGENAME", "ARTICLEPAGENAME"); addI18nAlias("subjectpagenamee", "ΟΝΟΜΑΣΕΛΙΔΑΣΘΕΜΑΤΟΣΚ", "SUBJECTPAGENAMEE", "ARTICLEPAGENAMEE"); addI18nCIAlias("msg", "ΚΕΙΜΕΝΟ:", "MSG:"); addI18nCIAlias("subst", "ΑΛΛΑΓΗ:", "SUBST:"); addI18nCIAlias("msgnw", "ΑΠΛΟΚΕΙΜΕΝΟ:", "MSGNW:"); addI18nAlias("img_thumbnail", "μικρογραφία", "μινιατούρα", "thumbnail", "thumb"); addI18nAlias("img_manualthumb", "μικρογραφία=$1", "μινιατούρα=$1", "thumbnail=$1", "thumb=$1"); addI18nAlias("img_right", "δεξιά", "right"); addI18nAlias("img_left", "αριστερά", "left"); addI18nAlias("img_none", "καθόλου", "none"); addI18nAlias("img_width", "$1εσ", "$1px"); addI18nAlias("img_center", "κέντρο", "center", "centre"); addI18nAlias("img_framed", "με-πλαίσιο", "framed", "enframed", "frame"); addI18nAlias("img_frameless", "χωρίς-πλαίσιο", "frameless"); addI18nAlias("img_page", "σελίδα=$1", "σελίδα_$1", "page=$1", "page $1"); addI18nAlias("img_upright", "κατακόρυφα", "κατακόρυφα=$1", "κατακόρυφα_$1", "upright", "upright=$1", "upright $1"); addI18nAlias("img_border", "πλαίσιο", "border"); addI18nAlias("img_baseline", "γραμμήβάσης", "baseline"); addI18nAlias("img_sub", "δείκτης", "sub"); addI18nAlias("img_super", "εκθέτης", "super", "sup"); addI18nAlias("img_top", "άνω", "top"); addI18nAlias("img_text_top", "πάνω-από-το-κείμενο", "text-top"); addI18nAlias("img_middle", "μέσο", "middle"); addI18nAlias("img_bottom", "κάτω", "bottom"); addI18nAlias("img_text_bottom", "κάτω-από-το-κείμενο", "text-bottom"); addI18nAlias("img_link", "σύνδεσμος=$1", "link=$1"); addI18nAlias("img_alt", "εναλλ.=$1", "alt=$1"); addI18nCIAlias("int", "ΕΣΩΤ:", "INT:"); addI18nAlias("sitename", "ΙΣΤΟΧΩΡΟΣ", "SITENAME"); addI18nCIAlias("ns", "ΧΟ:", "ΧΩΡΟΣΟΝΟΜΑΤΩΝ:", "ΟΧ:", "ΟΝΟΜΑΤΟΧΩΡΟΣ:", "NS:"); addI18nCIAlias("localurl", "ΤΟΠΙΚΟURL:", "LOCALURL:"); addI18nCIAlias("localurle", "ΤΟΠΙΚΟURLΚ:", "LOCALURLE:"); addI18nCIAlias("server", "ΕΞΥΠΗΡΕΤΗΤΗΣ", "SERVER"); addI18nCIAlias("servername", "ΟΝΟΜΑΕΞΥΠΗΡΕΤΗΤΗ", "SERVERNAME"); addI18nCIAlias("scriptpath", "ΔΙΑΔΡΟΜΗΠΡΟΓΡΑΜΜΑΤΟΣ", "SCRIPTPATH"); addI18nCIAlias("stylepath", "ΔΙΑΔΡΟΜΗΣΤΥΛ", "STYLEPATH"); addI18nCIAlias("grammar", "ΓΡΑΜΜΑΤΙΚΗ:", "GRAMMAR:"); addI18nCIAlias("gender", "ΦΥΛΟ:", "GENDER:"); addI18nCIAlias("notitleconvert", "__ΧΩΡΙΣΜΕΤΑΤΡΟΠΗΤΙΤΛΟΥ__", "__NOTITLECONVERT__", "__NOTC__"); addI18nCIAlias("nocontentconvert", "__ΧΩΡΙΣΜΕΤΑΤΡΟΠΗΠΕΡΙΧΟΜΕΝΟΥ__", "__NOCONTENTCONVERT__", "__NOCC__"); addI18nAlias("currentweek", "ΤΡΕΧΟΥΣΑΕΒΔΟΜΑΔΑ", "CURRENTWEEK"); addI18nAlias("currentdow", "ΤΡΕΧΟΥΣΑΜΕΡΑΕΒΔΟΜΑΔΑΣ", "CURRENTDOW"); addI18nAlias("localweek", "ΤΟΠΙΚΗΕΒΔΟΜΑΔΑ", "LOCALWEEK"); addI18nAlias("localdow", "ΤΟΠΙΚΗΜΕΡΑΕΒΔΟΜΑΔΑΣ", "LOCALDOW"); addI18nAlias("revisionid", "ΚΩΔΙΚΟΣΑΛΛΑΓΗΣ", "REVISIONID"); addI18nAlias("revisionday", "ΜΕΡΑΑΛΛΑΓΗΣ", "REVISIONDAY"); addI18nAlias("revisionday2", "ΜΕΡΑΑΛΛΑΓΗΣ2", "REVISIONDAY2"); addI18nAlias("revisionmonth", "ΜΗΝΑΣΑΛΛΑΓΗΣ", "REVISIONMONTH"); addI18nAlias("revisionmonth1", "ΜΗΝΑΣΑΝΑΘΕΩΡΗΣΗΣ1", "REVISIONMONTH1"); addI18nAlias("revisionyear", "ΕΤΟΣΑΛΛΑΓΗΣ", "REVISIONYEAR"); addI18nAlias("revisiontimestamp", "ΧΡΟΝΟΣΗΜΑΝΣΗΑΛΛΑΓΗΣ", "REVISIONTIMESTAMP"); addI18nAlias("revisionuser", "ΧΡΗΣΤΗΣΑΝΑΘΕΩΡΗΣΗΣ", "REVISIONUSER"); addI18nCIAlias("plural", "ΠΛΗΘΥΝΤΙΚΟΣ:", "PLURAL:"); addI18nCIAlias("fullurl", "ΠΛΗΡΕΣURL:", "FULLURL:"); addI18nCIAlias("fullurle", "ΠΛΗΡΕΣURLΚ:", "FULLURLE:"); addI18nCIAlias("canonicalurl", "ΚΑΝΟΝΙΚΟURL:", "CANONICALURL:"); addI18nCIAlias("canonicalurle", "ΚΑΝΟΝΙΚΟURLΚ:", "CANONICALURLE:"); addI18nCIAlias("lcfirst", "ΠΡΩΤΟΠΕΖΟ:", "LCFIRST:"); addI18nCIAlias("ucfirst", "ΠΡΩΤΟΚΕΦΑΛΑΙΟ:", "UCFIRST:"); addI18nCIAlias("lc", "ΠΕΖΑ:", "LC:"); addI18nCIAlias("uc", "ΚΕΦΑΛΑΙΑ:", "UC:"); addI18nCIAlias("raw", "ΓΥΜΝΑ:", "RAW:"); addI18nAlias("displaytitle", "ΔΕΙΞΕΤΙΤΛΟ", "ΠΡΟΒΟΛΗΤΙΤΛΟΥ", "DISPLAYTITLE"); addI18nAlias("rawsuffix", "Γ", "R"); addI18nAlias("newsectionlink", "__ΔΕΣΜΟΣΝΕΑΣΕΝΟΤΗΤΑΣ__", "__NEWSECTIONLINK__"); addI18nAlias("currentversion", "ΤΡΕΧΟΥΣΑΕΚΔΟΣΗ", "CURRENTVERSION"); addI18nCIAlias("urlencode", "ΚΩΔΙΚΟΠΟΙΗΣΗURL:", "URLENCODE:"); addI18nCIAlias("anchorencode", "ΚΩΔΙΚΟΠΟΙΗΣΗΑΓΚΥΡΑΣ", "ANCHORENCODE"); addI18nAlias("currenttimestamp", "ΤΡΕΧΟΥΣΑΧΡΟΝΟΣΗΜΑΝΣΗ", "CURRENTTIMESTAMP"); addI18nAlias("localtimestamp", "ΤΟΠΙΚΗΧΡΟΝΟΣΗΜΑΝΣΗ", "LOCALTIMESTAMP"); addI18nAlias("directionmark", "ΚΩΔΙΚΟΣΦΟΡΑΣ", "DIRECTIONMARK", "DIRMARK"); addI18nCIAlias("language", "#ΓΛΩΣΣΑ:", "#LANGUAGE:"); addI18nAlias("contentlanguage", "ΓΛΩΣΣΑΠΕΡΙΕΧΟΜΕΝΟΥ", "CONTENTLANGUAGE", "CONTENTLANG"); addI18nAlias("pagesinnamespace", "ΣΕΛΙΔΕΣΣΤΗΝΠΕΡΙΟΧΗΟΝΟΜΑΤΩΝ:", "ΣΕΛΙΔΕΣΣΤΗΝΠΟ:", "PAGESINNAMESPACE:", "PAGESINNS:"); addI18nAlias("numberofadmins", "ΑΡΙΘΜΟΣΔΙΑΧΕΙΡΙΣΤΩΝ", "NUMBEROFADMINS"); addI18nCIAlias("formatnum", "ΜΟΡΦΟΠΟΙΗΣΗΑΡΙΘΜΟΥ", "FORMATNUM"); addI18nCIAlias("padleft", "ΑΡΙΣΤΕΡΟΠΑΡΑΓΕΜΙΣΜΑ", "PADLEFT"); addI18nCIAlias("padright", "ΔΕΞΙΠΑΡΑΓΕΜΙΣΜΑ", "PADRIGHT"); addI18nCIAlias("special", "λειτουργία", "special"); addI18nAlias("defaultsort", "ΠΡΟΚΑΘΟΡΙΣΜΕΝΗΤΑΞΙΝΟΜΗΣΗ:", "ΚΛΕΙΔΙΠΡΟΚΑΘΟΡΙΣΜΕΝΗΣΤΑΞΙΝΟΜΗΣΗΣ:", "ΠΡΟΚΑΘΟΡΙΣΜΕΝΗΤΑΞΙΝΟΜΗΣΗΚΑΤΗΓΟΡΙΑΣ:", "ΠΡΟΚΤΑΞ:", "DEFAULTSORT:", "DEFAULTSORTKEY:", "DEFAULTCATEGORYSORT:"); addI18nCIAlias("filepath", "ΔΙΑΔΡΟΜΗΑΡΧΕΙΟΥ:", "FILEPATH:"); addI18nCIAlias("tag", "ετικέτα", "tag"); addI18nAlias("hiddencat", "__ΚΡΥΦΗΚΑΤΗΓΟΡΙΑ__", "__HIDDENCAT__"); addI18nAlias("pagesincategory", "ΣΕΛΙΔΕΣΣΤΗΝΚΑΤΗΓΟΡΙΑ", "PAGESINCATEGORY", "PAGESINCAT"); addI18nAlias("pagesize", "ΜΕΓΕΘΟΣΣΕΛΙΔΑΣ", "PAGESIZE"); addI18nAlias("index", "__ΕΥΡΕΤΗΡΙΟ__", "__INDEX__"); addI18nAlias("noindex", "__ΧΩΡΙΣΕΥΡΕΤΗΡΙΟ__", "__NOINDEX__"); addI18nAlias("numberingroup", "ΟΜΑΔΑΑΡΙΘΜΗΣΗΣ", "NUMBERINGROUP", "NUMINGROUP"); addI18nAlias("staticredirect", "__ΣΤΑΤΙΚΗΑΝΑΚΑΤΕΥΘΥΝΣΗ__", "__STATICREDIRECT__"); addI18nAlias("protectionlevel", "ΕΠΙΠΕΔΟΠΡΟΣΤΑΣΙΑΣ", "PROTECTIONLEVEL"); addI18nCIAlias("url_path", "ΔΙΑΔΡΟΜΗ", "PATH"); addI18nCIAlias("url_query", "ΕΡΩΤΗΜΑ", "QUERY"); } @Override protected String getSiteName() { return "Wikipedia"; } @Override protected String getWikiUrl() { return "http://el.wikipedia.org/"; } @Override public String getIso639() { return "el"; } }	marcusklang/wikiforia	src/main/java/se/lth/cs/nlp/wikipedia/lang/ElConfig.java
368	package com.unipi.chrisavg.eventity.ui.EventsSearch; import static com.facebook.FacebookSdk.getApplicationContext; import android.Manifest; import android.app.AlertDialog; import android.content.Context; import android.content.Intent; import android.content.pm.PackageManager; import android.location.Location; import android.location.LocationManager; import android.os.Bundle; import android.provider.Settings; import android.text.TextUtils; import android.view.LayoutInflater; import android.view.View; import android.view.ViewGroup; import android.widget.ImageView; import android.widget.LinearLayout; import android.widget.TextView; import android.widget.Toast; import androidx.annotation.NonNull; import androidx.annotation.Nullable; import androidx.core.content.ContextCompat; import androidx.fragment.app.Fragment; import com.bumptech.glide.Glide; import com.bumptech.glide.load.engine.DiskCacheStrategy; import com.google.android.gms.maps.CameraUpdate; import com.google.android.gms.maps.CameraUpdateFactory; import com.google.android.gms.maps.GoogleMap; import com.google.android.gms.maps.OnMapReadyCallback; import com.google.android.gms.maps.SupportMapFragment; import com.google.android.gms.maps.model.LatLng; import com.google.android.gms.maps.model.LatLngBounds; import com.google.android.gms.tasks.OnSuccessListener; import com.google.firebase.auth.FirebaseAuth; import com.google.firebase.firestore.CollectionReference; import com.google.firebase.firestore.DocumentSnapshot; import com.google.firebase.firestore.FirebaseFirestore; import com.google.firebase.firestore.ListenerRegistration; import com.google.maps.android.clustering.Cluster; import com.google.maps.android.clustering.ClusterManager; import com.google.maps.android.clustering.algo.Algorithm; import com.google.maps.android.clustering.view.DefaultClusterRenderer; import com.unipi.chrisavg.eventity.Event; import com.unipi.chrisavg.eventity.MyClusterItem; import com.unipi.chrisavg.eventity.R; import com.unipi.chrisavg.eventity.SpecificEventDetailedActivity; import com.unipi.chrisavg.eventity.User; import java.util.ArrayList; import java.util.Calendar; import java.util.Collection; import java.util.Date; import java.util.List; import java.util.Locale; public class Tab2Fragment extends Fragment implements OnMapReadyCallback, ClusterManager.OnClusterClickListener<MyClusterItem>, ClusterManager.OnClusterItemClickListener<MyClusterItem> { private static GoogleMap mMap; static final int LOCATION_SETTINGS_REQUEST = 1; static final int locationRequestCode = 123; LocationManager locationManager; FirebaseAuth auth; CollectionReference events; FirebaseFirestore db; static List<Event> eventsList = new ArrayList<>(); static List<Event> searchViewTempEventsList = new ArrayList<>(); //λιστα που κραταει τα καθε φορα events που μενουν μετα το filtering μεσω searchView static List<Event> ToggleButtonsTempEventsList = new ArrayList<>(); //λιστα που κραταει τα καθε φορα events που μενουν μετα το filtering μεσω toggleButtons private ListenerRegistration listenerRegistration; final static long LOCATION_RANGE = 50000; User user; Location locationForSearch; static ClusterManager<MyClusterItem> clusterManager; ImageView imageViewDetailed; TextView titleTextViewDetailed,dateTextViewDetailed,locationTextViewDetailed; static LinearLayout RL_detailed_window; SupportMapFragment mapFragment; View view; String selectedEventItemKey; @Nullable @Override public View onCreateView(@NonNull LayoutInflater inflater, @Nullable ViewGroup container, @Nullable Bundle savedInstanceState) { view = inflater.inflate(R.layout.fragment_tab2, container, false); // Ανάκτηση των bundle arguments - locationForSearch Bundle args = getArguments(); double latitude = 0; double longitude = 0; if (args != null) { latitude = args.getDouble("latitude", 0.0); longitude = args.getDouble("longitude", 0.0); } locationForSearch = new Location("provider"); locationForSearch.setLatitude(latitude); locationForSearch.setLongitude(longitude); // Αποκταμε το SupportMapFragment και θα ειδοποιηθουμε όταν ο χάρτης είναι έτοιμος να χρησιμοποιηθεί(OnMapReady). mapFragment = (SupportMapFragment) getChildFragmentManager().findFragmentById(R.id.map_fragment); if (mapFragment != null) { mapFragment.getMapAsync(this); } locationManager = (LocationManager) getContext().getSystemService(Context.LOCATION_SERVICE); auth = FirebaseAuth.getInstance(); db = FirebaseFirestore.getInstance(); events = db.collection("Events"); imageViewDetailed = view.findViewById(R.id.image); titleTextViewDetailed = view.findViewById(R.id.title); dateTextViewDetailed = view.findViewById(R.id.Date); locationTextViewDetailed = view.findViewById(R.id.Location); RL_detailed_window = view.findViewById(R.id.RL_detailed_window); return view; } /** * Manipulates the map once available. * This callback is triggered when the map is ready to be used. * This is where we can add markers or lines, add listeners or move the camera. In this case, * we just add a marker near Sydney, Australia. * If Google Play services is not installed on the device, the user will be prompted to install * it inside the SupportMapFragment. This method will only be triggered once the user has * installed Google Play services and returned to the app. / public static void searchViewFilteringTab2(String filter){ //Η μέθοδος που κανει το filtering με βαση το τι πληκτρολογει ο χρηστης στο searchview για το tab2 if (RL_detailed_window.getVisibility()==View.VISIBLE){ RL_detailed_window.setVisibility(View.GONE); mMap.getUiSettings().setZoomControlsEnabled(true); } searchViewTempEventsList.clear(); clusterManager.clearItems(); // Διαγραφή των cluster items από το σύνολο δεδομένων clusterManager.cluster(); // Επαναϋπολογισμός και απόδοση των clusters if (TextUtils.isEmpty(filter)){ ShowEventsOnMap(eventsList); clusterManager.cluster(); } else { searchViewTempEventsList =new ArrayList<>(); filter = filter.toLowerCase(Locale.getDefault()); for (Event event : eventsList) { if (event.getTitle().toLowerCase(Locale.getDefault()) .contains(filter)){ searchViewTempEventsList.add(event); } } ShowEventsOnMap(searchViewTempEventsList); clusterManager.cluster(); } } public static void toggleButtonsContainerFilteringTab2(List<String> selectedTypes){ //Η μέθοδος που κανει το filtering με βαση το τι επιλεγει ο χρηστης απο τα toggle buttons για το tab2 if (RL_detailed_window.getVisibility()==View.VISIBLE){ RL_detailed_window.setVisibility(View.GONE); mMap.getUiSettings().setZoomControlsEnabled(true); } ToggleButtonsTempEventsList.clear(); clusterManager.clearItems(); // Διαγραφή των cluster items από το σύνολο δεδομένων clusterManager.cluster(); // Επαναϋπολογισμός και απόδοση των clusters if (selectedTypes.size()==0){ ShowEventsOnMap(eventsList); clusterManager.cluster(); } else { ToggleButtonsTempEventsList =new ArrayList<>(); for ( Event event : eventsList) { if (containsCommonItem(event.getTypes(), selectedTypes)) { ToggleButtonsTempEventsList.add(event); } } ShowEventsOnMap(ToggleButtonsTempEventsList); clusterManager.cluster(); } } public static boolean containsCommonItem(List<String> list1, List<String> list2) { for (String item : list1) { if (list2.contains(item)) { return true; } } return false; } @Override public void onMapReady(GoogleMap googleMap) { mMap = googleMap; mMap.setOnMapClickListener(new GoogleMap.OnMapClickListener() { @Override public void onMapClick(@NonNull LatLng latLng) { if (RL_detailed_window.getVisibility()==View.VISIBLE){ RL_detailed_window.setVisibility(View.GONE); //εμφανιζουμε το παραθυρακι του event mMap.getUiSettings().setZoomControlsEnabled(true); } } }); RL_detailed_window.setOnClickListener(new View.OnClickListener() { @Override public void onClick(View v) { //Παιρνουμε το event με το eventKey που πατηθηκε και ανοιγουμε το SpecificEventDetailedActivity στελνοντας το συγκεκριμενο event Event targetEvent = eventsList.stream() .filter(event -> event.getKey().equals(selectedEventItemKey)) .findFirst() .orElse(null); Intent intent = new Intent(getContext(), SpecificEventDetailedActivity.class); intent.putExtra("event", targetEvent); startActivity(intent); } }); // Ενεργοποίηση του κουμπιού "Η τοποθεσία μου" και εμφάνιση της τοποθεσίας μου αν εχω τα permissions if (ContextCompat.checkSelfPermission(getContext(), android.Manifest.permission.ACCESS_FINE_LOCATION) == PackageManager.PERMISSION_GRANTED) { mMap.setMyLocationEnabled(true); mMap.getUiSettings().setMyLocationButtonEnabled(true); } else { // Διαφορετικά αίτηση άδειας πρόσβασης στην τοποθεσία του χρήστη(request permissions) requestPermissions(new String[]{Manifest.permission.ACCESS_FINE_LOCATION}, locationRequestCode); } mMap.setOnMyLocationButtonClickListener(new GoogleMap.OnMyLocationButtonClickListener() { @Override public boolean onMyLocationButtonClick() { boolean isGPSEnabled = locationManager.isProviderEnabled(LocationManager.GPS_PROVIDER); if(!isGPSEnabled){ //αν δεν εχει ανοιξει το location στο κινητο του τοτε τον στελνω στα settings αν θελει ωστε να το ανοιξει και να παρω την τοποθεσια του showSettingsAlert(); } return false; } }); mMap.getUiSettings().setZoomControlsEnabled(true); clusterManager = new ClusterManager<MyClusterItem>(getContext(), mMap); //για το clustering των markers στο map ClusterItemRenderer clusterItemRenderer = new ClusterItemRenderer(); clusterManager.setRenderer(clusterItemRenderer); //mMap.setOnCameraChangeListener((GoogleMap.OnCameraChangeListener) clusterManager); mMap.setOnCameraIdleListener(clusterManager); mMap.setOnMarkerClickListener(clusterManager); mMap.setOnInfoWindowClickListener(clusterManager); clusterManager.setOnClusterClickListener(this); clusterManager.setOnClusterItemClickListener(this); List<String> currentUserPreferences = new ArrayList<>(); db.collection("Users") .document(auth.getUid()) // Replace with the actual user document ID .get() .addOnSuccessListener(new OnSuccessListener<DocumentSnapshot>() { @Override public void onSuccess(DocumentSnapshot documentSnapshot) { if(documentSnapshot.exists()){ user = documentSnapshot.toObject(User.class); // Αρχίζουμε να ακούμε ενημερώσεις σε πραγματικό χρόνο // Λήψη events και ταξινόμησή τους με βάση τις προτιμήσεις του χρήστη listenerRegistration = events .addSnapshotListener((querySnapshot, error) -> { if (error != null) { // Handle error return; } eventsList.clear(); clusterManager.clearItems(); clusterManager.cluster(); for (DocumentSnapshot document : querySnapshot) { Event event = document.toObject(Event.class); event.setKey(document.getId()); Date currentDatetime = Calendar.getInstance().getTime(); Location eventLocation = new Location(""); eventLocation.setLatitude(event.getGeopoint().getLatitude()); eventLocation.setLongitude(event.getGeopoint().getLongitude()); int location_distance = (int) eventLocation.distanceTo(locationForSearch); // Ελέγχουμε την ημερομηνία να είναι μετά την τρέχουσα ημερομηνία και την τοποθεσία κοντά στο locationForSearch μέχρι 50000 χλμ if (event.getDate() != null && event.getDate().toDate().after(currentDatetime) && location_distance<=LOCATION_RANGE) { eventsList.add(event); } } // Εδώ, η "eventsList" περιέχει τα ενημερωμένα δεδομένα με αλλαγές σε πραγματικό χρόνο. ShowEventsOnMap(eventsList); clusterManager.cluster(); }); } } }); } public static void ShowEventsOnMap(List<Event> eventsList){ for (Event event:eventsList) { // προσθετουμε αντικειμενα cluster LatLng latLng = new LatLng(event.getGeopoint().getLatitude(), event.getGeopoint().getLongitude()); MyClusterItem clusterItem = new MyClusterItem(latLng, event.getTitle(), event.getDateToCustomFormat(),event); clusterManager.addItem(clusterItem); } if (eventsList.size() != 0) zoomToCenterOfClusterItems(); //αν υπαρχουν events στο map τοτε οταν εκκινειται το map κανω zoom στο κεντρο απο ολα τα event ωστε να εχει μια σφαιρικη οψη προς ολα τα events } public void showSettingsAlert() { AlertDialog.Builder alertDialog = new AlertDialog.Builder(getContext()); alertDialog.setTitle(getString(R.string.gps_settings)); alertDialog.setMessage(getString(R.string.gps_not_enabled)); alertDialog.setPositiveButton(getString(R.string.settings), (dialog, which) -> { Intent intent = new Intent(Settings.ACTION_LOCATION_SOURCE_SETTINGS); startActivityForResult(intent,LOCATION_SETTINGS_REQUEST); }); alertDialog.setNegativeButton(getString(R.string.cancel), (dialog, which) -> dialog.cancel()); alertDialog.show(); } /* * Draws profile photos inside markers (using IconGenerator). * When there are multiple people in the cluster, draw multiple photos (using MultiDrawable). */ private class ClusterItemRenderer extends DefaultClusterRenderer<MyClusterItem> { public ClusterItemRenderer() { super(getApplicationContext(), mMap, clusterManager); } @Override protected boolean shouldRenderAsCluster(Cluster cluster) { // Always render clusters. return cluster.getSize() > 1; } } @Override public boolean onClusterClick(Cluster<MyClusterItem> cluster) { Collection<MyClusterItem> clusterItems = cluster.getItems(); // Υπολογίζουμε το κέντρο όλων των cluster items απο το cluster που πατησε ωστε να μεταφερω τη καμερα πανω απο το κεντρο αυτων LatLngBounds.Builder builder = new LatLngBounds.Builder(); for (MyClusterItem clusterItem : clusterItems) { builder.include(clusterItem.getPosition()); } LatLngBounds bounds = builder.build(); LatLng center = bounds.getCenter(); // Μετακίνηση της κάμερας στο υπολογισμένο κέντρο με ένα συγκεκριμένο επίπεδο ζουμ(12) mMap.moveCamera(CameraUpdateFactory.newLatLngZoom(center, 12.0f)); return true; } public static void zoomToCenterOfClusterItems(){ // Λήψη όλων των cluster items (απο ολα τα clusters) από τον αλγόριθμο Algorithm<MyClusterItem> algorithm = clusterManager.getAlgorithm(); Collection<MyClusterItem> clusterItemsCollection = algorithm.getItems(); // Μετατροπή της συλλογής σε λίστα List<MyClusterItem> clusterItems = new ArrayList<>(clusterItemsCollection); // Υπολογίζουμε το κέντρο όλων των cluster items LatLngBounds.Builder builder = new LatLngBounds.Builder(); for (MyClusterItem clusterItem : clusterItems) { builder.include(clusterItem.getPosition()); } LatLngBounds bounds = builder.build(); LatLng center = bounds.getCenter(); // Μετακίνηση της κάμερας στο υπολογισμένο κέντρο με ένα συγκεκριμένο επίπεδο ζουμ(9) mMap.moveCamera(CameraUpdateFactory.newLatLngZoom(center, 9.0f)); } @Override public boolean onClusterItemClick(MyClusterItem item) { Glide.with(getContext()) .load(item.getEvent().getPhotoURL()) .diskCacheStrategy(DiskCacheStrategy.ALL) // Κρυφή μνήμη(cache) της εικόνας για καλύτερη απόδοση .into(imageViewDetailed); titleTextViewDetailed.setText(item.getTitle()); dateTextViewDetailed.setText(item.getSnippet()); locationTextViewDetailed.setText(item.getEvent().getLocation()); selectedEventItemKey = item.getEvent().getKey(); // Εμφανιζουμε το detailed window για το event RL_detailed_window.setVisibility(View.VISIBLE); mMap.getUiSettings().setZoomControlsEnabled(false); CameraUpdate cameraUpdate = CameraUpdateFactory.newLatLngZoom(item.getPosition(),14.0f); // Μετακίνηση της κάμερας με animation mMap.animateCamera(cameraUpdate, 1500, null); return true; } @Override public void onRequestPermissionsResult(int requestCode, @NonNull String[] permissions, @NonNull int[] grantResults) { super.onRequestPermissionsResult(requestCode, permissions, grantResults); if (requestCode == locationRequestCode) { //ελεγχουμε αν εχει ερθει απο το παραπανω requestPermission με requestCode = 111 που ειναι του CurrentLocationButton if (grantResults.length > 0 && grantResults[0] == PackageManager.PERMISSION_GRANTED) { //Αν ο χρηστης πατησει allow Toast.makeText(getContext(), getString(R.string.permissions_accepted), Toast.LENGTH_SHORT).show(); mMap.setMyLocationEnabled(true); mMap.getUiSettings().setMyLocationButtonEnabled(true); } else { //Αν ο χρηστης αρνηθει τα δικαιωματα εμφανιζω καταλληλο μηνυμα. Toast.makeText(getContext(), getString(R.string.permissions_denied), Toast.LENGTH_SHORT).show(); } } } }	xristos-avgerinos/Eventity	app/src/main/java/com/unipi/chrisavg/eventity/ui/EventsSearch/Tab2Fragment.java
369	package com.example.forgetit; import android.content.ClipData; import android.content.ClipboardManager; import android.content.Context; import android.content.Intent; import android.view.LayoutInflater; import android.view.View; import android.view.ViewGroup; import android.widget.Button; import android.widget.ImageButton; import android.widget.ImageView; import android.widget.TextView; import androidx.annotation.NonNull; import androidx.recyclerview.widget.RecyclerView; import java.util.ArrayList; import java.util.Collections; import java.util.Comparator; import java.util.Map; import java.util.Set; /** * recycle view ου περιεχει καρτες του χρηστη και εμφανιζεται στην δραστηριοτητα * account. / public class RecycleAdapter extends RecyclerView.Adapter<RecycleAdapter.ViewHolder> { /* * κενος κατασκευαστης (duh) / public RecycleAdapter(){ } static Context c; static String appUser; Map<String,ArrayList<String>> data;//λεξικα ArrayList<String> keys;//λιστα με τα κλειδια του λεξικου boolean dataNullFlag;//true αν το recycleView εχει δεδομενα να παρουσιασει, false δεν εχει. /* * Αν το data ειναι null αυτο σημαινει πως ο χρηστης δεν εχει δεδομενα αποθηκευμενα και χρειαζεται ειδικη μεταχειριση. Το dataNullFlag λαμβανει την τιμη false. * * Διαφορετικα δεχομαστε ενα γεματο λεξικο, απο αυτο αποθηκευουμε ολα τα κλειδια σε μια προσπελασιμη δομη * @param data ειναι ενα hashMap που εχει τα δεδομενα ενος χρηστη (εχει ολες τις τριπλετες (ετικετα-ονομα_χρηστη-συνθηματικο) * το κλειδι του λεξικου ειναι το ονομα_χρηστη και καθε κλειδι δειχνει σε μια λιστα συμβολοσειρων [συνθηματικο, ετικετα] * @param appUser το ονομα του χρηστη που εχει εισελθει στην δραστηριοτητα account * @param c αφορα τη δραστηριοτητα που καλεσε το recycleView στην οποια εμφανιζει τα αντιστοιχα μηνυματα προς την οθονη . / public RecycleAdapter(Map<String, ArrayList<String>> data, Context c,String appUser) { this.c=c; this.appUser=appUser; if (data != null) { dataNullFlag=false; keys=new ArrayList<>(); Set<String> AllKeys = data.keySet();//ενα συνολο με ολα τα κλειδια if (AllKeys.size() != 0) { this.data = data; for (String name : AllKeys) { if (name != null) keys.add(name);//αποθηκευω τα κλειδια σε μια προσπελασιμη δομη } } } else { dataNullFlag=true; } } @NonNull @Override public RecycleAdapter.ViewHolder onCreateViewHolder(@NonNull ViewGroup parent, int viewType) { View v= LayoutInflater.from(parent.getContext()).inflate(R.layout.card_layout,parent,false);//συνδεση με το περιεχομενο του RecycleView(τις καρτες) return new ViewHolder(v); } /* * καθε καρτα στην λιστα αναφερεται με αυτη την μεθοδο. * holder ειναι ενα στοιχειο της λιστας και position η θεση του * αναλογα με τα δεδομενα που εχουν ερθει στον κονστρακτορα γεμιζω με δεδομενα καθε στοιχειο(holder). * * @param holder The ViewHolder which should be updated to represent the contents of the * item at the given position in the data set. * @param position The position of the item within the adapter's data set. / @Override public void onBindViewHolder(@NonNull RecycleAdapter.ViewHolder holder, int position) { if(dataNullFlag){ holder.cardTitle.setText(R.string.ADDRECORDSMESS); holder.imageView.setVisibility(View.GONE); holder.password.setVisibility(View.GONE); holder.delete.setVisibility(View.INVISIBLE); holder.edit.setVisibility(View.INVISIBLE); holder.username.setVisibility(View.GONE); holder.passwordCopyPaste.setVisibility(View.GONE); holder.usernameCopyPaste.setVisibility(View.GONE); }else{ String username= keys.get(position); ArrayList<String> temp; temp= data.get(username); final int positionOfPassword=0,positionOfLabel=1;//το κλειδι του λεξικου ειναι το ονομα_χρηστη και καθε κλειδι δειχνει σε μια λιστα συμβολοσειρων [συνθηματικο,ετικετα] if(keys.size()!=0) { holder.username.setText(username); holder.password.setText(temp.get(positionOfPassword)); holder.cardTitle.setText(temp.get(positionOfLabel)); holder.imageView.performClick(); } } } /* * @return τον αριθμο των στοιχειων στην λιστα / @Override public int getItemCount() { if( dataNullFlag) { return 1; } else return keys.size(); } /* * μια κλαση που αναπαριστα ενα στοιχειο της λιστας ως μια ενοτητα που αποτελειται απο * 3 κουμπια και 3 λεζαντες(γινεται συνδεση με τα στοιχεια της καρτας) / static class ViewHolder extends RecyclerView.ViewHolder{ ImageButton edit,delete;//2 κουμπια-εικονες για την λειτουργια της επεξεργασιας μιας καρτας και διαγραφη της. ImageView imageView; Boolean PasswordVisibilityflag; Button usernameCopyPaste,passwordCopyPaste;//κουμπια που αντιγραφουν τα text των textView στα clipboard του κινητου. TextView username,password,cardTitle;//λεζαντες της καρτας με το ονομα ,το συνθηματικο και τον τιτλο της καρτας. String passwordText;//διατηρει την πραγματικη τιμη του κωδικου οταν το password textView ειναι μη ορατο.(δλδ εχει ως text ".." /* * κονστρακτορας * @param itemView αναπαριστα ενα στοιχειο της λιστας ως μια ενοτητα * δινονται τιμες σε καθε view που αναφερθηκε παραπανω και περιεχεται στο itemView / public ViewHolder(@NonNull View itemView) { super(itemView); //συνδεση των στοιχειων με τα αντικειμενα της καρτας PasswordVisibilityflag =true; imageView=itemView.findViewById(R.id.imageView); edit=itemView.findViewById(R.id.imageButton2); delete=itemView.findViewById(R.id.imageButton); username=itemView.findViewById(R.id.username); password=itemView.findViewById(R.id.password); cardTitle=itemView.findViewById(R.id.cardLabel); usernameCopyPaste=itemView.findViewById(R.id.button8); passwordCopyPaste=itemView.findViewById(R.id.button9); /* * action listener του κουμπιου usernameCopyPaste για την αντιγραφη του κειμενου στο username TextView στο προχειρο της συσκευης / usernameCopyPaste.setOnClickListener(v->{ String textToCopy = username.getText().toString(); ClipboardManager clipboardManager = (ClipboardManager) v.getContext().getSystemService(Context.CLIPBOARD_SERVICE); ClipData clipData = ClipData.newPlainText("Copied Text", textToCopy); clipboardManager.setPrimaryClip(clipData); }); /* * action listener του κουμπιου passwordCopyPaste για την αντιγραφη του κειμενου στο passwordText TextView στο clipboard της συσκευης / passwordCopyPaste.setOnClickListener(v->{ String textToCopy = passwordText; ClipboardManager clipboardManager = (ClipboardManager) v.getContext().getSystemService(Context.CLIPBOARD_SERVICE); ClipData clipData = ClipData.newPlainText("Copied Text", textToCopy); clipboardManager.setPrimaryClip(clipData); }); /* * action listener του edit για την εναρξη της δραστηριοτητας επεξεργασιας (addActivity) με βαση τα δεδομενα που υπαρχουν πανω στο cardView. * Πριν ξεκινησει η διαδικασια, διαγραφω την εγγραφη απο την βαση και κραταω τα στοιχεια προσωρινα στη νεα δραστηριοτητα. / edit.setOnClickListener(v -> { DataBase db=DataBase.getInstance(c); Intent edit=new Intent(c, AddActivity.class); edit.putExtra("AppUser",appUser); edit.putExtra("Title",cardTitle.getText()); edit.putExtra("Username",username.getText()); edit.putExtra("Password",passwordText); db.deleteUserContext(appUser,cardTitle.getText().toString()); edit.putExtra("flag",false);//ενα φλαγκ που μου επιτρεπει οταν ξεκινησει το activity addActivity να διαχωρισω αν ειναι εντιντ ή απλη προσθηκη c.startActivity(edit); }); /* * action listener του delete για την διαγραφη των στοιχειων της καρτας απο την βαση και στην συνεχεια ανανέωση του RecycleView. / delete.setOnClickListener(v -> { DataBase db=DataBase.getInstance(c); db.deleteUserContext(appUser,cardTitle.getText().toString()); db.close(); AccountActivity activity= (AccountActivity) c; activity.onResume(); }); /* * action listener του imageView για την εμφανιση ή την αποκρυψη του περιεχομενου του textView password. / imageView.setOnClickListener(v -> { if(PasswordVisibilityflag){ passwordText=password.getText().toString(); imageView.setImageResource(R.drawable.closed); password.setText("********"); } else { imageView.setImageResource(R.drawable.open); password.setText(passwordText); } PasswordVisibilityflag =!PasswordVisibilityflag; }); } } }	thanoskiver/ForgetIt	app/src/main/java/com/example/forgetit/RecycleAdapter.java
370	package Server; import javax.crypto.Mac; import javax.crypto.spec.SecretKeySpec; import org.apache.commons.codec.binary.Hex; public class HMAC { //Αυτη η μεθοδος κατακερματιζει ενα αλφαριθμητικο με HMAC και ενα αλγοριθμο κατακερματισμου public static String Hash(String value, byte[] key, String hashAlgorithm) { try { SecretKeySpec signingKey = new SecretKeySpec(key, "Hmac" + hashAlgorithm.replaceAll("-", "")); Mac mac = Mac.getInstance("Hmac" + hashAlgorithm.replaceAll("-", "")); mac.init(signingKey); byte[] rawHmac = mac.doFinal(value.getBytes()); byte[] hexBytes = new Hex().encode(rawHmac); return new String(hexBytes, "UTF-8"); } catch (Exception e) { throw new RuntimeException(e); } } }	icsd12015/projects_security	AKAoverI2P/Project/src/Server/HMAC.java
371	package Client; import javax.crypto.Mac; import javax.crypto.spec.SecretKeySpec; import org.apache.commons.codec.binary.Hex; public class HMAC { //Αυτη η μεθοδος κατακερματιζει ενα αλφαριθμητικο με HMAC και ενα αλγοριθμο κατακερματισμου public static String Hash(String value, byte[] key, String hashAlgorithm) { try { SecretKeySpec signingKey = new SecretKeySpec(key, "Hmac" + hashAlgorithm.replaceAll("-", "")); Mac mac = Mac.getInstance("Hmac" + hashAlgorithm.replaceAll("-", "")); mac.init(signingKey); byte[] rawHmac = mac.doFinal(value.getBytes()); byte[] hexBytes = new Hex().encode(rawHmac); return new String(hexBytes, "UTF-8"); } catch (Exception e) { throw new RuntimeException(e); } } }	icsd12015/projects_security	AKAoverI2P/Project/src/Client/HMAC.java
372	package Security; import java.security.; import java.security.spec.; import javax.crypto.KeyGenerator; import javax.crypto.SecretKey; import javax.crypto.spec.SecretKeySpec; /** * @author icsd12015 * */ //Περοιέχει μεθόδους για Δημιουργια και Ανακατασκευη Ασσυμτετρων και Συμμετρικων Κλειδιων public class KeyTool { //Δημιουργια κλειδιου για συμμετρικη κρυπτογραφια δεδομενου του μεγεθους του κλειδιου σε bits, αλγοριθμου και του security provider public static SecretKey getRandomKey (int keySize, String algorithm, Provider provider) throws NoSuchAlgorithmException, NoSuchProviderException { KeyGenerator keyGen = KeyGenerator.getInstance(algorithm, provider); keyGen.init(keySize); return keyGen.generateKey(); } //Κατασκευη κλειδιου για συμμετρικη κρυπτογραφια δεδομενου των bytes του κλειδιου και του αλγοριθμου public static SecretKey constructKey (String algorithm, byte[] K) { return new SecretKeySpec(K, algorithm); } //Κατασκευη κλειδιου για συμμετρικη κρυπτογραφια δεδομενου των bytes του κλειδιου, το μεγεθος σε bits και του αλγοριθμου public static SecretKey constructKey (String algorithm, int keySize, byte[] K) { return new SecretKeySpec(K, 0, keySize / 8, algorithm); } //Δημιουργια ζευγους κλειδιων για ασυμμετρη κρυπτογραφια δεδομενου τις παραμετρους του αλγοριθμου, τον αλγοριθμο και του security provider public static KeyPair generateKeyPair (String algorithm, AlgorithmParameterSpec params, Provider provider) throws NoSuchAlgorithmException, NoSuchProviderException, InvalidAlgorithmParameterException { KeyPairGenerator keyGen = KeyPairGenerator.getInstance(algorithm, provider); keyGen.initialize(params); return keyGen.generateKeyPair(); } //Δημιουργια ζευγους κλειδιων για ασυμμετρη κρυπτογραφια δεδομενου το μεγεθος του κλειδιου σε bits, τον αλγοριθμο και του security provider public static KeyPair generateKeyPair (String algorithm, int keySize, Provider provider) throws NoSuchAlgorithmException, NoSuchProviderException { final KeyPairGenerator keyGen = KeyPairGenerator.getInstance(algorithm, provider); keyGen.initialize(keySize); return keyGen.generateKeyPair(); } //Κατασκευη δημοσιου κλειδιου για ασυμμετρη κρυπτογραφια δεδομενου των bytes του κλειδιου, του αλγοριθμο και του security provider public static PublicKey constructPublicKey (byte[] pkey, String algorithm, Provider provider) throws NoSuchAlgorithmException, InvalidKeySpecException, NoSuchProviderException { return KeyFactory.getInstance(algorithm, provider).generatePublic(new X509EncodedKeySpec(pkey)); } //Κατασκευη ιδιωτικου κλειδιου για ασυμμετρη κρυπτογραφια δεδομενου των bytes του κλειδιου, του αλγοριθμο και του security provider public static PrivateKey constructPrivateKey (byte[] skey, String algorithm, Provider provider) throws NoSuchAlgorithmException, InvalidKeySpecException, NoSuchProviderException { return KeyFactory.getInstance(algorithm, provider).generatePrivate(new PKCS8EncodedKeySpec(skey)); } }	icsd12015/projects_security	SIPKAP/Project/src/Security/KeyTool.java
375	/* This file is part of "Ηλεκτρονική Διακίνηση Εγγράφων Δήμου Αθηναίων(ΗΔΕ) Documents' Digital Handling/Digital Signature of Municipality of Athens(DDHDS)". Complementary service to allow digital signing from browser Copyright (C) <2018> Municipality Of Athens Service Author Panagiotis Skarvelis [email protected] This program is free software: you can redistribute it and/or modify it under the terms of the GNU Affero General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Affero General Public License for more details. You should have received a copy of the GNU Affero General Public License along with this program. If not, see <https://www.gnu.org/licenses/>. <authors' emails : [email protected], [email protected], [email protected]> <authors' address : Λιοσίων 22, Αθήνα - Ελλάδα, ΤΚ:10438 ---- Liosion 22, Athens - Greece, PC:10438> / package moa.ds.service.athens.gr; import java.util.Properties; public class MOASSConfig { private Properties prop; private static MOASSConfig instance; private MOASSConfig() { prop = new java.util.Properties(); try { prop.load(this.getClass().getClassLoader().getResourceAsStream("config.properties")); } catch(Exception eta){ eta.printStackTrace(); } } private String getValue(String key) { return prop.getProperty(key); } public static String getProperty(String key) { if (instance == null) instance = new MOASSConfig(); return instance.getValue(key); } } / Usage: $value = MOASSConfig.getProperty(key); */	MunicipalityOfAthens/MOASS	src/moa/ds/service/athens/gr/MOASSConfig.java
376	package com.infobip.api.code.examples; import okhttp3.MediaType; import okhttp3.OkHttpClient; import okhttp3.Request; import okhttp3.RequestBody; import okhttp3.Response; import java.io.IOException; public class SendSmsMessageTransliteration { private static final String BASE_URL = System.getenv("IB_ENDPOINT_URL"); private static final String ACCESS_TOKEN = String.format("IBSSO %s", System.getenv("IB_TOKEN")); public static void main(String[] args) throws IOException { OkHttpClient client = new OkHttpClient().newBuilder() .build(); String bodyJson = "{\"messages\":[{\"from\":\"InfoSMS\",\"destinations\":[{\"to\":\"41793026727\"}],\"text\":\"Ως Μεγαρικό ψήφισμα είναι γνωστή η απόφαση της Εκκλησίας του δήμου των Αθηναίων (πιθανόν γύρω στο 433/2 π.Χ.) να επιβάλει αυστηρό και καθολικό εμπάργκο στα\",\"transliteration\":\"GREEK\"}]}"; MediaType mediaType = MediaType.parse("application/json"); RequestBody body = RequestBody.create(bodyJson, mediaType); Request request = new Request.Builder() .url("https://" + BASE_URL + "/sms/2/text/advanced") .method("POST", body) .addHeader("Authorization", ACCESS_TOKEN) .addHeader("Content-Type", "application/json") .addHeader("Accept", "application/json") .build(); Response response = client.newCall(request).execute(); System.out.println(response.isSuccessful() ? "Request sent successfully." : "Failed to send request."); System.out.println(response.body().string()); } }	infobip/infobip-api-examples	channels/sms/send-sms-message/SendSmsMessageTransliteration.java
377	import java.util.Locale; /** * * Δημιουργουμε μια κλαση η οποια παιρνει απο το συστημα του υπολογιστη την γλωσσα που εχει επιλεξει ο χρηστης και την εφαρμοζει * στο προγραμμα(ειτε ελληνικα ειτε αγγλικα) * * @author Alexandros Vladovitis,Stelios Verros */ public class International { Locale locale; String[] SMS; public International(){ locale = Locale.getDefault(); String language; language = locale.toString(); if(language.equals("el_GR")){ SMS = new String[]{("ΕΠΙΛΟΓΕΣ"),(" ΘΑ ΠΑΙΞΕΙΣ ΜΕ ΓΡΑΜΜΑΤΑ 'Η ΜΕ ΑΡΙΘΜΟΥΣ;"),(" ΑΡΙΘΜΟΣ"),("ΒΟΗΘΕΙΑ"),("ΑΦΑΙΡΕΣΗ ΑΡΙΘΜΟΥ ΑΠΟ ΠΙΝΑΚΑ"),("ΔΕΝ ΜΠΟΡΕΙΣ ΝΑ ΒΑΛΕΙΣ ΑΥΤΟΝ ΤΟΝ ΑΡΙΘΜΟ!") ,("ΛΑΘΟΣ ΚΙΝΗΣΗ"),("ΔΕΝ ΜΠΟΡΕΙΣ ΝΑ ΒΑΛΕΙΣ ΑΥΤΟ ΤΟ ΓΡΑΜΜΑ!"),("ΚΕΡΔΙΣΕΣ!"),("ΤΟ ΠΑΙΧΝΙΔΙ ΤΕΛΕΙΩΣΕ"),(" ΤΙ ΕΠΙΘΥΜΕΙΣ") ,(" ΠΑΙΞΕ ΞΑΝΑ"),("ΠΑΙΞΕ ΞΑΝΑ"),("ΤΕΛΟΣ ΠΑΙΧΝΙΔΙΟΥ"),(" ΤΕΛΟΣ ΠΑΙΧΝΙΔΙΟΥ"),("ΕΧΑΣΕΣ!") ,("ΕΠΙΣΤΡΟΦΗ ΣΤΟ ΜΕΝΟΥ"),(" ΕΠΙΣΤΡΟΦΗ ΣΤΟ ΜΕΝΟΥ"),("ΑΡΙΘΜΟΣ"),(" ΓΡΑΜΜΑΤΑ "),(" ΓΡΑΜΜΑΤΑ"),("ΠΑΙΧΝΙΔΙ Sudoku"),(" ΔΙΑΛΕΞΕ ΠΑΙΧΝΙΔΙ") ,("ΤΙ ΕΠΙΘΥΜΕΙΣ"),("ΠΑΙΧΝΙΔΙ Sudoku"),(" ΔΙΑΛΕΞΕ ΠΑΙΧΝΙΔΙ"),("ΕΠΙΛΟΓΕΣ"),("ΘΑ ΠΑΙΞΕΙΣ ΜΕ ΓΡΑΜΜΑΤΑ 'Η ΜΕ ΑΡΙΘΜΟΥΣ;"),(" ΑΡΙΘΜΟΥΣ "),(" ΓΡΑΜΜΑΤΑ "),(" ΓΡΑΜΜΑΤΑ")}; }else { SMS = new String[]{("CHOICES"),("WILL YOU PLAY WITH LETTERS OR NUMBERS?"),(" NUMBERS"),("HELP"),("REMOVE THE NUMBER FROM THE TABLE"),("YOU CAN'T PUT THAT NUMBER!"), ("WRONG MOVE"),("YOU CAN'T PUT THIS LETTER!"),("WIN!!"),("THE GAME IS OVER"),(" WHAT DO YOU WANT"),(" PLAY AGAIN"), ("PLAY AGAIN"),("GAME OVER"),(" GAME OVER"),("LOST"), ("RETURN TO MENU"), (" RETURN TO MENU"),("NUMBER"),(" LETTERS "), (" LETTERS"), ("Sudoku GAME"),(" CHOOSE A GAME"), ("WHAT DO YOU WANT"),("Sudoku GAME"), (" CHOOSE A GAME"),("CHOICES"),("WILL YOU PLAY WITH LETTERS OR NUMBERS?"), (" NUMBERS "),(" LETTERS "),(" LETTERS")}; } } }	alexvlad14/sudokuGames	src/International.java
379	package com.fivasim.antikythera; public class Initial2 { public static final float M_PI = (float)Math.PI; public static final int num_gears = 33; //Αριθμός γραναζιών public static final float gear_width = 1.0f; //Πάχος κάθε γραναζιού public static final float gear_tooth = 0.6f; //Βάθος δοντιών public static final int num_axles = 19; //Αριθμός αξόνων public static final int num_pointers = 5; //Αριθμός δεικτών //Μεταβλητές και σταθερές για την χρήση του ποντικιού public static final int MOUSE_ROTATE_YX = 0; public static final int MOUSE_ZOOM = 8; public static final int MOUSE_MOVE = 2; public static float m_last_x; public static float m_last_y; public static int mouse_mode; // x y z ταχύτητα χρώμα static public float gearpos[][] = new float[][] { { 0.0f, 0.0f, 7.7f, 0.0748f, 1f }, //A { 0.0f, 0.0f, 2.7f, 0.0748f, 1f }, //B1 { 0.0f, 0.0f, -3.3f, -0.0f, 2f }, //B2 { 15.72f, 0.0f, 2.7f, -0.125984f, 4f }, //B3 { 15.72f, 0.0f, 1.7f, -0.125984f, 4f }, //B4 { 23.56f, -7.64f, 1.7f, 0.251968f, 3f }, //C1f { 23.56f, -7.64f, -8.3f, 0.251968f, 3f }, //C2 { 0.0f, -9.68f, -3.3f, -0.0f, 7f }, //D1 { 0.0f, -9.68f, -8.3f, -1.0f, 6f }, //D2 { 0.0f, -9.68f, -19.3f, -0.008418f, 5f }, //E1 { 0.0f, -9.68f, -18.3f, -0.008418f, 14f }, //E2a { 0.0f, -9.68f, -23.8f, -1.0f, 6f }, //E2b { 0.0f, -9.68f, -25.8f, -0.0f, 7f }, //E3 { 28.01f, 0.0f, -19.3f, 0.02986f, 9f },//E4 { 28.01f, 0.0f, -23.8f, 0.02986f, 9f }, //E5 { 28.01f, -13.82f, -28.8f, -0.016589f, 10f }, //F1 { 28.01f, -13.82f, -23.8f, -0.016589f, 10f }, //F2 { 28.01f, -26.06f, -28.8f, 0.00553f, 11f },//G1 { 28.01f, -26.06f, -33.8f, 0.00553f, 11f },//G2 { 39.46f, -26.06f, -33.8f, -0.001382f, 12f },//H1 {-14.30f, -9.68f, -23.8f, 1.0f, 13f },//H2 {-14.80f, -9.68f, -25.8f, -0.0f, 3f },//I { -15.4f, 0.0f, 2.7f, -0.125984f, 15f },//J { -15.4f, 0.0f, 1.7f, -0.125984f, 15f },//K1 {-38.78f, 0.0f, 1.7f, 0.069553f, 16f },//K2 {-38.78f, 0.0f, -8.3f, 0.069553f, 16f },//L1 {-38.78f, 0.0f, -18.3f, 0.069553f, 16f },//L2 {-41.70f, -8.80f, -8.3f, -0.019685f, 17f },//M1 {-41.70f, -8.80f, -13.3f, -0.019685f, 17f },//M2 {-45.06f, -20.45f, -13.3f, 0.004921f, 18f },//O1 {-45.06f, -20.45f, -18.3f, 0.004921f, 18f },//O2 {-45.06f, -11.45f, -18.3f, -0.000984f, 3f },//Ένδειξη Τετραετίας { 36.00f, 0.0f, 13.85f, 0.5236f, 19f } //Μανιβέλα }; static public float geardata[][] = new float[][] { //only 1f cross supported {28.0f, 35.56f, gear_width, 224f, gear_tooth, 1f}, //A { 6.0f, 9.93f, gear_width, 64f, gear_tooth, 1f}, //B1 { 0.0f, 4.83f, gear_width, 32f, gear_tooth, 1f}, //B2 { 0.0f, 5.79f, gear_width, 38f, gear_tooth, 1f}, //B3 { 0.0f, 7.38f, gear_width, 48f, gear_tooth, 1f}, //B4 { 0.0f, 3.56f, gear_width, 24f, gear_tooth, 1f}, //C1 { 8.0f, 18.81f, gear_width, 127f, gear_tooth, 1f}, //C2 { 0.0f, 4.83f, gear_width, 32f, gear_tooth, 1f}, //D1 { 0.0f, 4.83f, gear_width, 32f, gear_tooth, 1f}, //D2 {10.0f, 23.21f, gear_width, 188f, gear_tooth, 1f}, //E1 {10.0f, 35.98f, gear_width, 223f, gear_tooth, 1f}, //E2a { 0.0f, 7.17f, gear_width, 50f, gear_tooth, 1f}, //E2b { 0.0f, 7.40f, gear_width, 50f, gear_tooth, 1f}, //E3 { 0.0f, 6.34f, gear_width, 53f, gear_tooth, 1f}, //E4 { 0.0f, 4.51f, gear_width, 30f, gear_tooth, 1f}, //E5 { 0.0f, 2.92f, gear_width, 20f, gear_tooth, 1f}, //F1 { 5.0f, 9.29f, gear_width, 54f, gear_tooth, 1f}, //F2 { 5.0f, 9.29f, gear_width, 60f, gear_tooth, 1f}, //G1 { 0.0f, 2.18f, gear_width, 15f, gear_tooth, 1f}, //G2 { 5.0f, 9.29f, gear_width, 60f, gear_tooth, 1f}, //H1 { 0.5f, 7.17f, gear_width, 50f, gear_tooth, 0f}, //H2 { 0.5f, 7.40f, gear_width, 50f, gear_tooth, 0f}, //I { 0.0f, 5.46f, gear_width, 38f, gear_tooth, 1f}, //J { 0.0f, 8.34f, gear_width, 53f, gear_tooth, 1f}, //K1 { 8.0f, 15.03f, gear_width, 96f, gear_tooth, 1f}, //K2 { 0.0f, 2.00f, gear_width, 15f, gear_tooth, 1f}, //L1 { 0.0f, 3.97f, gear_width, 27f, gear_tooth, 1f}, //L2 { 0.0f, 7.28f, gear_width, 53f, gear_tooth, 1f}, //M1 { 0.0f, 2.26f, gear_width, 15f, gear_tooth, 1f}, //M2 { 5.0f, 9.84f, gear_width, 60f, gear_tooth, 1f}, //O1 { 0.0f, 1.59f, gear_width, 12f, gear_tooth, 1f}, //O2 { 0.0f, 7.38f, gear_width, 60f, gear_tooth, 1f}, //Ένδειξη Τετραετίας { 0.0f, 5.75f, gear_width, 32f, gear_tooth, 1f} //Μανιβέλα }; static public float color[][] = new float[][] { {0.7f, 0.0f, 0.0f, 1.0f},//Κόκκινο {0.0f, 0.7f, 0.0f, 1.0f},//Πράσινο {0.0f, 0.0f, 0.7f, 1.0f},//Μπλε {0.7f, 0.7f, 0.0f, 1.0f},//Κίτρινο {0.7f, 0.0f, 0.7f, 1.0f},//Μωβ {0.0f, 0.7f, 0.7f, 1.0f},//Τυρκουάζ {0.8f, 0.4f, 0.0f, 1.0f},//Πορτοκαλί {0.8f, 0.0f, 0.4f, 1.0f},//Φούξια {1.0f, 0.5f, 0.5f, 1.0f},//Ροζ {0.4f, 0.0f, 0.0f, 1.0f},//Σκούρο Κόκκινο {0.3f, 0.3f, 0.3f, 1.0f},//Γκρι {0.0f, 0.4f, 0.0f, 1.0f},//Σκούρο Πράσινο {0.4f, 0.4f, 0.0f, 1.0f},//Μουσταρδί {0.4f, 0.0f, 0.4f, 1.0f},//Σκούρο Μωβ {0.1f, 0.5f, 0.5f, 1.0f},//Σκούρο Τυρκουάζ {0.5f, 0.3f, 0.1f, 1.0f},//Καφετί {0.7f, 0.5f, 0.3f, 1.0f},//Ανοιχτό Πορτοκαλί {0.4f, 0.7f, 0.2f, 1.0f},//Λαχανί {0.0f, 0.0f, 0.4f, 1.0f},//Σκούρο Μπλε {1.0f, 1.0f, 1.0f, 1.0f} //Άσπρο }; static public boolean gear_visibility[] = new boolean[] {true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true, true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true}; static public float startangle[] = new float[] { // A B1f B2f B3f B4f C1f C2f D1f D2f E1f E2a E2bE3f E4f E5f F1f F2f 0f ,0f ,0f ,0f ,0.6f ,5f ,0f ,9.5f ,0f ,5.6f ,5f ,0f ,3f ,0f ,0f ,4f ,0f , // G1f G2f H1f H2f I J K1f K2f L1f L2f M1f M2f O1f O2f e4f ,m 9f ,0f ,0f ,12f ,0f ,2.8f ,0f ,3.6f ,5f ,3.3f ,0f ,9.1f ,9f ,0f ,1.2f ,0f}; // x y z ταχύτητα χρώμα static public float axlepos[][] = new float[][] { { 0.0f, 0.0f, 14.85f, 1.0f, 2f},//A { 0.0f, 0.0f, 17.35f, 0.0748f, 1f},//B1 { 23.56f, -7.64f, -3.30f, 0.251968f, 3f},//B2 { 0.0f, -9.68f, -14.55f, -1.0f, 7f},//D { 0.0f, -9.68f, -16.05f, -1.0f, 6f},//E1 { 28.01f, 0.0f, -21.55f, 0.02986f, 9f},//E2 { 28.01f, -13.82f, -33.80f, -0.016589f, 10f},//F { 28.01f, -26.06f, -31.30f, 0.00553f, 11f},//G { 39.46f, -26.06f, -38.80f, -0.001382f, 12f},//H { -13.55f, -3.82f, -25.00f, 0.0f, 19f},//I { -14.30f, -9.68f, -23.80f, 1.0f, 13f},//J (διαφορικό) { -14.80f, -9.68f, -25.80f, 1.0f, 14f},//K (διαφορικό) { -38.78f, 0.0f, -8.30f, 0.069553f, 16f},//M { -41.70f, -8.80f, -10.80f, -0.019685f, 17f},//O { -45.06f, -11.45f, -31.25f, -0.000984f, 3f},//Ένδειξη Τετραετίας { -45.06f, -20.45f, -15.80f, 0.004921f, 18f},//Άξονας Μανιβέλας { 53.00f, 0.0f, 13.85f, 0.2992f, 19f},//Βάση Μανιβέλας { 70.00f, 0.0f, 13.85f, 0.2992f, 19f},//Χερούλι Μανιβέλας { 2.50f, 0.0f, 5.50f, 0.0f, 19f} //Οι συντεταγμένες του χερουλιού απλώς προστίθενται //σε αυτές της βάσης (είναι σχετικές) }; //Η μανιβέλα (το χερούλι) να είνα ΠΑΝΤΑ τελευταία static public float axledata[][] = new float[][] { {0.0f, 0.6f, 36.3f, 20f},//B1 {0.0f, 1.0f, 29.3f, 20f},//B2 {0.0f, 0.6f, 10.0f, 20f},//D {0.0f, 0.6f, 21.5f, 20f},//E1 {0.0f, 1.0f, 15.0f, 20f},//E2 {0.0f, 0.6f, 4.5f, 20f},//F {0.0f, 0.6f, 20.0f, 20f},//G {0.0f, 0.6f, 5.0f, 20f},//H {0.0f, 0.6f, 10.0f, 20f},//I {0.0f, 0.6f, 4.0f, 20f},//πυρρος {0.0f, 0.6f, 1.0f, 20f},//K1 {0.0f, 0.6f, 1.0f, 20f},//K2 {0.0f, 0.6f, 20.5f, 20f},//M {0.0f, 0.6f, 5.0f, 20f},//N {0.0f, 0.6f, 25.0f, 20f},//O {0.0f, 0.6f, 5.0f, 20f},//P {0.0f, 0.6f, 34.0f, 20f},//Άξονας Μανιβέλας {0.0f, 6.15f, 1.0f, 20f},//Βάση Μανιβέλας {0.0f, 0.5f, 5.0f, 20f} //Χερούλι Μανιβέλας (διαφορικό) }; static public boolean axle_visibility[] = new boolean[] {true,true,true,true,true,true,true,true,true, true,true,true,true,true,true,true,true,true,true}; static public float axle_angle[] = new float[] {0f,0f,0f,0f,0f,0f,0f,0f,0f, 0f,0f,0f,0f,0f,0f,0f,0f,0f,0f}; //Η μανιβέλα (το χερούλι) να είνα ΠΑΝΤΑ τελευταία static public float axle_differential[] = new float[] { 0f,0f,0f,0f,0f,0f,0f,0f,0f, gearpos[20][3],0f,0f,0f,0f,0f,0f,0f,0f,0.5f}; static public float axle_differential_angle[] = new float[] { 0f,0f,0f,0f,0f,0f,0f,0f,0f, 0.01f,0f,0f,0f,0f,0f,0f,0f,0f,0.001f}; static float pointer_pos[][] = new float[][] { { 0.0f, 0.0f, 31.9f, 0.0748f, 10f},//Ήλιος { 0.0f, 0.0f, 33.3f, -0.0f, 2f},//Σελήνη {-45.06f,-11.45f, -43.8f, -0.000984f, 3f},//Ένδειξη Τετραετίας {28.01f, -13.82f, -43.8f, -0.016589f,10f},//Συνοδικός Μήνας {39.46f, -26.06f, -43.8f, -0.001382f,12f}//Σεληνιακό Έτος }; static public float pointer_len[] = new float[] { 30f, 20f, 8f, 7f, 8f}; static public float pointer_angle[] = new float[] { 0f, 0f, 0f, 0f, 0f}; static public boolean pointer_visibility[] = new boolean[] {true,true,true,true,true}; static public boolean plate_visibility; }	fivasim/Antikythera-Simulation	Antikythera/src/com/fivasim/antikythera/Initial2.java
380	package operatingsystem; import java.util.LinkedList; // Χρίστος Γκόγκος (2738), Αθανάσιος Μπόλλας (2779), Δημήτριος Σβίγγας (2618), Αναστάσιος Τεμπερεκίδης (2808) /* Η κλάση αυτή αναπαριστά τη λειτουργία του δρομολογητή με αλγόριθμο Round Robin, μεταφέροντας διεργασίες από και προς τη CPU. Προσθέτει διεργασίες στη λίστα έτοιμων διεργασιών σύμφωνα με το κβάντο που πέρνει ως παράμετρο στον constructor (quantum value) / public class RRScheduler { / το quantum που θα χρησιμοποιηθεί κατά την δρομολόγιση / private int quantum; RRScheduler(int quantum) { this.quantum = quantum; Main.readyProcessesList.defineQueueType(new LinkedList<>()); // Δομή απλής ουράς FIFO } / τοποθετεί μια διεργασία στην κατάλληλη θέση της λίστας των έτοιμων διεργασιών / public void addProcessToReadyList(Process process) { Main.readyProcessesList.addProcess(process); } / αλαγή του quantum / public void setQuantum(int quantum){ this.quantum = quantum; } / εκτελεί την εναλλαγή διεργασίας στη CPU με βάση τη λίστα έτοιμων διεργασιών και το είδος του αλγορίθμου δρομολόγησης */ public void RR() { // Context Switching Process runningProcess = Main.cpu.getRunningProcess(); Main.cpu.removeProcessFromCpu(); // απομάκρυνση της διεργασίας που εκτελείται τώρα στη CPU Process nextProcess = Main.readyProcessesList.getAndRemoveProcess(); if (nextProcess != null) { // Προσθήκη της κατάλληλης διεργασίας από τη ready list στη CPU Main.cpu.addProcess(nextProcess); // Το επόμενο context-switch θα γίνει μετά από χρόνο ίσο με το κβάντο ή όταν τελειώσει η διεργασία αν θέλει χρόνο λιγότερο του κβάντου Main.cpu.setTimeToNextContextSwitch(Main.clock.ShowTime() + quantum - 1); } if (runningProcess != null && runningProcess.getCurrentState() != ProcessState.TERMINATED) { // Η διεργασία που εκτελούνταν στην CPU δεν τερμάτησε ακόμα οπότε ξαναμπαίνει στην ready list Main.readyProcessesList.addProcess(runningProcess); } } }	TeamLS/Operating-System-Simulator	src/operatingsystem/RRScheduler.java
381	package operatingsystem; import java.util.PriorityQueue; // Χρίστος Γκόγκος (2738), Αθανάσιος Μπόλλας (2779), Δημήτριος Σβίγγας (2618), Αναστάσιος Τεμπερεκίδης (2808) /* Αυτή η κλάση υλοποιεί την προεκχωρίσιμη και μη-προεκχωρίσιμη εκδοχή του αλγόριθμου SJFS. Ο αλγόριθμος SJFS ορίζει ως προτεραιότητα τον υπολοιπόμενο χρόνο κάθε διεργασίας. Επομένως ο προεκχωρίσιμος SJFS κάθε φορά επιλέγει και αναθέτει στη CPU την διεργασία εκείνη με τον μικρότερο υπολοιπόμενο χρόνο, ενώ ο μη-προεκχωρίσιμος SJFS κάνει την ίδια διαδικασία, με την μόνη διαφορά ότι το επόμενο context-switching γίνεται όταν η διεργασία που έχει επιλεχθεί για την CPU έχει τερματιστεί. / public class SJFScheduler { private boolean isPreemptive; SJFScheduler(boolean isPreemptive) { this.isPreemptive = isPreemptive; Main.readyProcessesList.defineQueueType(new PriorityQueue<>(new RemainingTimeComparator().reversed()));//Ορίζει το είδος της λίστας αναμονής με προτεραιότητα το συνολικό χρόνο της διεργασίας } / τοποθετεί μια διεργασία στην κατάλληλη θέση της λίστας των έτοιμων διεργασιών / public void addProcessToReadyList(Process process) { Main.readyProcessesList.addProcess(process); } / Αν η παράμετρος είναι True θέτει τον αλγόριθμο στην προεκχωρίση έκδοση του, διαφορετικά στην μη-προεκχωρίσιμη έκδοση. / public void setIsPreemptive (boolean isPreemptive){ this.isPreemptive = isPreemptive; } / εκτελεί την εναλλαγή διεργασίας στη CPU με βάση τη λίστα έτοιμων διεργασιών και το είδος του αλγορίθμου δρομολόγησης (preemptive / non-preemptive) */ public void SJF() { Process runningProcess = Main.cpu.getRunningProcess(); if (isPreemptive) { // ================== Προεκχωρίσιμος SJFS ================== // if (runningProcess != null) { if (runningProcess.getCurrentState() == ProcessState.TERMINATED) { // Η διεργασία έχει τερματιστεί και επομένως γίνεται το context-switching Main.cpu.removeProcessFromCpu(); Main.cpu.addProcess(Main.readyProcessesList.getAndRemoveProcess()); } else { Process proc = Main.readyProcessesList.getProcess(); // Ελέγχουμε αν η τρέχουσα διεργασία έχει μικρότερο υπολοιπόμενο χρόνο από όλες τις διεργασίες που βρίσκονται στη λίστα αναμονής if (proc != null && (runningProcess.getRemainingTime() > Main.readyProcessesList.getProcess().getRemainingTime())) { // Context Switching Main.cpu.removeProcessFromCpu(); Main.cpu.addProcess(Main.readyProcessesList.getAndRemoveProcess()); Main.readyProcessesList.addProcess(runningProcess); } } } else { //Δεν υπάρχει τρέχουσα διεργασία στη CPU και επομένως παίρνουμε αυτή με τον χαμηλότερο CPU χρόνο. Main.cpu.addProcess(Main.readyProcessesList.getAndRemoveProcess()); } //Θέτουμε στη CPU το νέο χρόνο που θα συμβεί context-switching ο οποίος είναι το επόμενο κλικ του χρόνου Main.cpu.setTimeToNextContextSwitch(Main.clock.ShowTime()); } else { // ================== Μη προεκχωρίσιμος SJFS ================== // Process nextProcess = null; if (runningProcess != null) { // Η CPU δεν έχει καμία διεργασία , επομένως ο αλγόριθμος παίρνει από τη λίστα διεργασίων την επόμενη διεργασία και την αναθέτει στη CPU. Main.cpu.removeProcessFromCpu(); } //Υπάρχει διεργασία στη CPU και έχει τερματιστεί, οπότε αναθέτουμε την επόμενη διεργασία στη CPU nextProcess = Main.readyProcessesList.getAndRemoveProcess(); if (nextProcess != null) { Main.cpu.addProcess(nextProcess); //Θέτουμε στη CPU το νέο χρόνο που θα συμβεί context-switching ο οποίος ισούται με τον χρόνο που χρειάζεται για να τερματιστεί η συγκεκριμένη διεργασία Main.cpu.setTimeToNextContextSwitch(Main.clock.ShowTime() + nextProcess.getRemainingTime()); } } } }	TeamLS/Operating-System-Simulator	src/operatingsystem/SJFScheduler.java
382	/* This file is part of "Ηλεκτρονική Διακίνηση Εγγράφων Δήμου Αθηναίων(ΗΔΕ) Documents' Digital Handling/Digital Signature of Municipality of Athens(DDHDS)". Complementary service to allow digital signing from browser Copyright (C) <2018> Municipality Of Athens Service Author Panagiotis Skarvelis [email protected] This program is free software: you can redistribute it and/or modify it under the terms of the GNU Affero General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Affero General Public License for more details. You should have received a copy of the GNU Affero General Public License along with this program. If not, see <https://www.gnu.org/licenses/>. <authors' emails : [email protected], [email protected], [email protected]> <authors' address : Λιοσίων 22, Αθήνα - Ελλάδα, ΤΚ:10438 ---- Liosion 22, Athens - Greece, PC:10438> / package moa.ds.service.athens.gr; import java.io.IOException; import javax.servlet.ServletException; import javax.servlet.annotation.WebInitParam; import javax.servlet.annotation.WebServlet; import javax.servlet.http.HttpServlet; import javax.servlet.http.HttpServletRequest; import javax.servlet.http.HttpServletResponse; import moa.ds.service.athens.gr.MOASSUtils; /* * Servlet implementation class verify / @WebServlet( urlPatterns = { "/verify" }, initParams = { @WebInitParam(name = "uuid", value = "") }) public class verify extends HttpServlet { private static final long serialVersionUID = 1L; /* * @see HttpServlet#HttpServlet() / public verify() { super(); } /* * @see HttpServlet#doGet(HttpServletRequest request, HttpServletResponse response) */ protected void doGet(HttpServletRequest request, HttpServletResponse response) throws ServletException, IOException { try { response.setContentType("application/json; charset=UTF-8"); response.setCharacterEncoding("UTF-8"); String uuid = request.getParameter("uuid").trim(); response.getWriter().println(MOASSUtils.json_signatures(radweriel.getDocByID("workspace://SpacesStore/"+uuid))); } catch (Exception e) { e.printStackTrace(); response.getWriter().println("[]"); } } }	MunicipalityOfAthens/MOASS	src/moa/ds/service/athens/gr/verify.java
383	package MultiKAP.Tools; import java.security.; import java.security.spec.; import javax.crypto.KeyGenerator; import javax.crypto.SecretKey; import javax.crypto.spec.SecretKeySpec; /** * @author icsd12015 * */ //Περοιέχει μεθόδους για Δημιουργια και Ανακατασκευη Ασσυμτετρων και Συμμετρικων Κλειδιων public class KeyTool { //Δημιουργια κλειδιου για συμμετρικη κρυπτογραφια δεδομενου του μεγεθους του κλειδιου σε bits, αλγοριθμου και του security provider public static SecretKey getRandomKey (int keySize, String algorithm, Provider provider) throws NoSuchAlgorithmException, NoSuchProviderException { KeyGenerator keyGen = KeyGenerator.getInstance(algorithm, provider); keyGen.init(keySize); return keyGen.generateKey(); } //Κατασκευη κλειδιου για συμμετρικη κρυπτογραφια δεδομενου των bytes του κλειδιου και του αλγοριθμου public static SecretKey constructKey (byte[] K, String algorithm) { return new SecretKeySpec(K, algorithm); } //Κατασκευη κλειδιου για συμμετρικη κρυπτογραφια δεδομενου των bytes του κλειδιου, το μεγεθος σε bits και του αλγοριθμου public static SecretKey constructKey (byte[] K, int keySize, String algorithm) { return new SecretKeySpec(K, 0, keySize / 8, algorithm); } //Δημιουργια ζευγους κλειδιων για ασυμμετρη κρυπτογραφια δεδομενου τις παραμετρους του αλγοριθμου, τον αλγοριθμο και του security provider public static KeyPair generateKeyPair (AlgorithmParameterSpec params, String algorithm, Provider provider) throws NoSuchAlgorithmException, NoSuchProviderException, InvalidAlgorithmParameterException { KeyPairGenerator keyGen = KeyPairGenerator.getInstance(algorithm, provider); keyGen.initialize(params); return keyGen.generateKeyPair(); } //Δημιουργια ζευγους κλειδιων για ασυμμετρη κρυπτογραφια δεδομενου το μεγεθος του κλειδιου σε bits, τον αλγοριθμο και του security provider public static KeyPair generateKeyPair (int keySize, String algorithm, Provider provider) throws NoSuchAlgorithmException, NoSuchProviderException { final KeyPairGenerator keyGen = KeyPairGenerator.getInstance(algorithm, provider); keyGen.initialize(keySize); return keyGen.generateKeyPair(); } //Κατασκευη δημοσιου κλειδιου για ασυμμετρη κρυπτογραφια δεδομενου των bytes του κλειδιου, του αλγοριθμο και του security provider public static PublicKey constructPublicKey (byte[] pkey, String algorithm, Provider provider) throws NoSuchAlgorithmException, InvalidKeySpecException, NoSuchProviderException { return KeyFactory.getInstance(algorithm, provider).generatePublic(new X509EncodedKeySpec(pkey)); } //Κατασκευη ιδιωτικου κλειδιου για ασυμμετρη κρυπτογραφια δεδομενου των bytes του κλειδιου, του αλγοριθμο και του security provider public static PrivateKey constructPrivateKey (byte[] skey, String algorithm, Provider provider) throws NoSuchAlgorithmException, InvalidKeySpecException, NoSuchProviderException { return KeyFactory.getInstance(algorithm, provider).generatePrivate(new PKCS8EncodedKeySpec(skey)); } }	icsd12015/projects_security	MultiKAP/Project/src/MultiKAP/Tools/KeyTool.java
385	package com.telis.patreopolis; import javax.swing.; import javax.swing.text.BadLocationException; import javax.swing.text.SimpleAttributeSet; import javax.swing.text.StyleConstants; import javax.swing.text.StyledDocument; import java.awt.; import java.awt.image.BufferedImage; import java.io.File; import java.io.IOException; import javax.imageio.ImageIO; public class BoardPanel extends JPanel { private BufferedImage image; BoardPanel(Tile[] tiles) { //BoxLayout(Container target, int axis) //Y_AXIS - Components are laid out vertically from top to bottom. setLayout(new BoxLayout(this, BoxLayout.Y_AXIS)); // parameters of Flowlayout: align, horizontal gap, vertical gap JPanel topPanel = new JPanel(new FlowLayout(FlowLayout.LEFT,0,0)); //parameters of Dimension (int width, int height) topPanel.setPreferredSize(new Dimension(0,90)); topPanel.add(tiles[20].getTilePanel()); topPanel.add(tiles[21].getTilePanel()); topPanel.add(tiles[22].getTilePanel()); topPanel.add(tiles[23].getTilePanel()); topPanel.add(tiles[24].getTilePanel()); topPanel.add(tiles[25].getTilePanel()); topPanel.add(tiles[26].getTilePanel()); topPanel.add(tiles[27].getTilePanel()); topPanel.add(tiles[28].getTilePanel()); topPanel.add(tiles[29].getTilePanel()); topPanel.add(tiles[30].getTilePanel()); //JPanel(LayoutManager layout) JPanel center = new JPanel(new FlowLayout(FlowLayout.LEFT,0,0)); //GridLayout(int rows, int cols) JPanel leftPanel = new JPanel(new GridLayout(0,1)); leftPanel.add(tiles[19].getTilePanel()); leftPanel.add(tiles[18].getTilePanel()); leftPanel.add(tiles[17].getTilePanel()); leftPanel.add(tiles[16].getTilePanel()); leftPanel.add(tiles[15].getTilePanel()); leftPanel.add(tiles[14].getTilePanel()); leftPanel.add(tiles[13].getTilePanel()); leftPanel.add(tiles[12].getTilePanel()); leftPanel.add(tiles[11].getTilePanel()); //Creates a new JPanel with a double buffer and a flow layout. //BoxLayout(Container target, int axis) JPanel middlePanel = new JPanel(); middlePanel.setLayout(new BoxLayout(middlePanel, BoxLayout.Y_AXIS)); ImageIcon icon = new ImageIcon("1.png"); middlePanel.setLayout(new BoxLayout(middlePanel, BoxLayout.Y_AXIS)); middlePanel.setBorder(BorderFactory.createLineBorder(Color.black, 1)); try { image = ImageIO.read(new File("C:\\Users\\trian\\Documents\\NetBeansProjects\\ElGreco\\3t.png")); } catch(IOException ex){ex.printStackTrace();} /* logo JTextPane / // JTextPane logo = new JTextPane(); // logo.setEditable(false); // JLabel logoText = new JLabel("El Greco: τα ταξίδια της ζωής και του έργου του", JLabel.CENTER); // // // logoText.setFont(new Font("Arial", Font.BOLD, 28)); // logo.setPreferredSize(new Dimension(808, 808)); // // String html_text = ""; // "<html>Κανόνες: " // + "<BR>- Κάθε παίκτης ξεκινάει παίρνοντας 150 δουκάτα από τη τράπεζα" // + "<BR>- Σε περίπτωση σωστής απάντησης περιηγείται το χώρο του εκάστοτε έργου. Αν η απάντηση είναι λάθος του αφαιρούνται 5 δουκάτα" // + "<BR>- Στην bonus ερώτηση προστίθενται 15 δουκάτα αν είναι σωστή η απάντηση αλλιώς μένει στην ίδια θέση" // + "<BR>- Στην superbonus ερώτηση περιηγείται τον αμέσως επόμενο χώρο για να δει το έργο αν η απάντηση είναι σωστή" // + "<BR>- Αλλιώς μένει εκεί που είναι. Κάθε παίκτης έχει δικαίωμα να απάντήσει μόνο σε μια superbonus ερώτηση στο παιχνίδι " // + "<BR>- Αν βρεθεί στη θέση υπουργείο πολιτισμού δέχεται οικονομική ενίσχυση 25 δουκάτων." // + "<BR>- Αν κάποιος παίκτης βρεθεί στη θέση 'Διάβασε το Βιβλίο κανονισμού επίσκεψης μουσείων και εκθεσιακών χώρων' " // + "<BR> οφείλει να μεταβεί στη θέση 'Βιβλίο κανονισμού επίσκεψης μουσείων και εκθεσιακών χώρων' και να μελετήσει το βιβλίο αυτό." // + "<BR>- Αν κάποιος παίκτης βρεθεί στη θέση 'Βιβλίο κανονισμού επίσκεψης μουσείων και εκθεσιακών χώρων' παραμένει στη θέση αυτή" // + "<BR> μέχρι τον επόμενο γύρο." // + "<BR>- Κάθε φορά που κάποιος παίκτης περνά από την 'Αφετηρία' προστίθενται στο λογαριασμό του 20 δουκάτα." // + "</HTML> "; ImageIcon image = new ImageIcon ("C:\\Users\\trian\\Documents\\NetBeansProjects\\ElGreco\\3t.png"); JLabel logoText2 = new JLabel(image, JLabel.CENTER); // JLabel logoText2 = new JLabel(html_text, JLabel.CENTER); // logo.insertComponent(logoText2); // logo.insertComponent(logoText); // StyledDocument doc = logo.getStyledDocument(); SimpleAttributeSet centerText = new SimpleAttributeSet(); StyleConstants.setAlignment(centerText, StyleConstants.ALIGN_CENTER); //public void insertString(int offset, String str, AttributeSet a) throws BadLocationException // try { // doc.insertString(0, "\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n" + // "\n\n\n\n\n", centerText); // } catch (BadLocationException e) { // e.printStackTrace(); // } // doc.setParagraphAttributes(0, doc.getLength(), centerText, false); // public void setParagraphAttributes(int offset, int length, AttributeSet s, boolean replace) middlePanel.add(logoText2); // middlePanel.add(logo); / LOGO2 JTextPane */ // JTextPane logo2 = new JTextPane(); // logo2.setEditable(false); // JLabel logoText2 = new JLabel("" // + " Rules: " // + "\n" // + "monuments-> you pay money, \n" // + "command-> move forward to a position\n" // + "\nquestion-> you answer question and if right you move on to the next monument" // + "\nfree parking-> ", JLabel.CENTER); // logo2.setPreferredSize(new Dimension(898, 1038)); // logo2.insertComponent(logoText2); // StyledDocument doc2 = logo2.getStyledDocument(); // SimpleAttributeSet centerText2 = new SimpleAttributeSet(); // StyleConstants.setAlignment(centerText2, StyleConstants.ALIGN_CENTER); // try { // //public void insertString(int offset, String str, AttributeSet a) throws BadLocationException // doc2.insertString(0, "" + // "\n", centerText2); // } catch (BadLocationException e) { // e.printStackTrace(); // } // doc2.setParagraphAttributes(0, doc2.getLength(), centerText2, false); // middlePanel.add(logo2, BorderLayout.CENTER); JPanel rightPanel = new JPanel(new GridLayout(0,1)); rightPanel.add(tiles[31].getTilePanel()); rightPanel.add(tiles[32].getTilePanel()); rightPanel.add(tiles[33].getTilePanel()); rightPanel.add(tiles[34].getTilePanel()); rightPanel.add(tiles[35].getTilePanel()); rightPanel.add(tiles[36].getTilePanel()); rightPanel.add(tiles[37].getTilePanel()); rightPanel.add(tiles[38].getTilePanel()); rightPanel.add(tiles[39].getTilePanel()); center.add(leftPanel); center.add(middlePanel); center.add(rightPanel); JPanel bottomPanel = new JPanel(new FlowLayout(FlowLayout.LEFT,0,-1)); bottomPanel.add(tiles[10].getTilePanel()); bottomPanel.add(tiles[9].getTilePanel()); bottomPanel.add(tiles[8].getTilePanel()); bottomPanel.add(tiles[7].getTilePanel()); bottomPanel.add(tiles[6].getTilePanel()); bottomPanel.add(tiles[5].getTilePanel()); bottomPanel.add(tiles[4].getTilePanel()); bottomPanel.add(tiles[3].getTilePanel()); bottomPanel.add(tiles[2].getTilePanel()); bottomPanel.add(tiles[1].getTilePanel()); bottomPanel.add(tiles[0].getTilePanel()); // JLabel testimg = new JLabel(new ImageIcon(getClass().getResource("2.png"))); // testimg.setLocation(-500, 300); add(topPanel); add(center); add(bottomPanel); // add(testimg); } }	ellak-monades-aristeias/ElGreco	src/com/telis/patreopolis/BoardPanel.java
387	package Security; import java.io.ByteArrayInputStream; import java.io.ByteArrayOutputStream; import java.io.IOException; import java.security.; import javax.crypto.BadPaddingException; import javax.crypto.Cipher; import javax.crypto.IllegalBlockSizeException; import javax.crypto.NoSuchPaddingException; import javax.crypto.spec.IvParameterSpec; /* * @author icsd12015 * */ //Περοιέχει μεθόδους για τη Συμμετρικη και Ασσυμετρη κρυπτογραφηση public class EncryptionTool { //Μεθοδος για κρυπτογραφηση με παραμετρους //τα δεδομενα για κρυπτογραφηση, το κλειδι κρυπτογραφησης, τον αλγοριθμπ, αν το mode του αλγοριθμου κανει χρηση initiation vector και τον security provider public static byte[] Encrypt (byte[] plain, Key key, String algorithm, boolean useIV, Provider security_provider) throws NoSuchAlgorithmException, InvalidKeyException, IllegalBlockSizeException, NoSuchPaddingException, BadPaddingException, NoSuchProviderException, InvalidAlgorithmParameterException, IOException { Cipher cipher = Cipher.getInstance(algorithm, security_provider); if (useIV) { IvParameterSpec iv = EncryptionTool.generateIV(cipher.getBlockSize()); cipher.init(Cipher.ENCRYPT_MODE, key, iv); byte[] m = cipher.doFinal(plain); return EncryptionTool.appendIV(m, iv.getIV()); } else { cipher.init(Cipher.ENCRYPT_MODE, key); return cipher.doFinal(plain); } } //Μεθοδος για αποκρυπτογραφηση με παραμετρους //το κρυπτογραφημα, το κλειδι κρυπτογραφησης, τον αλγοριθμπ, αν το mode του αλγοριθμου κανει χρηση initiation vector και τον security provider public static byte[] Decrypt (byte[] encrypted, Key key, String algorithm, boolean useIV, Provider security_provider) throws NoSuchAlgorithmException, NoSuchPaddingException, InvalidKeyException, InvalidAlgorithmParameterException, IllegalBlockSizeException, BadPaddingException, NoSuchProviderException, IOException { Cipher cipher = Cipher.getInstance(algorithm, security_provider); if (useIV) { IvParameterSpec iv = EncryptionTool.retrieveIV(encrypted, cipher.getBlockSize()); byte[] cipherblock = EncryptionTool.retrieveCipherBlock(encrypted, cipher.getBlockSize()); cipher.init(Cipher.DECRYPT_MODE, key, iv); return cipher.doFinal(cipherblock); } else { cipher.init(Cipher.DECRYPT_MODE, key, cipher.getParameters()); return cipher.doFinal(encrypted); } } //Μεθοδος για την δημιουργια initiation vector public static IvParameterSpec generateIV (final int ivSizeBytes) { final byte[] iv = new byte[ivSizeBytes]; final SecureRandom sr = new SecureRandom(); sr.nextBytes(iv); return new IvParameterSpec(iv); } //Μεθοδος για την προσθηκη initiation vector στο κρυπτογραφημα public static byte[] appendIV (byte[] eData, byte[] iv) throws IOException { ByteArrayOutputStream os = new ByteArrayOutputStream(); os.write(iv); os.write(eData); return os.toByteArray(); } //Μεθοδος για την ανακτηση του initiation vector απο το κρυπτογραφημα public static IvParameterSpec retrieveIV (byte[] eData, int length) throws IOException { ByteArrayInputStream is = new ByteArrayInputStream(eData); byte[] ivbytes = new byte[length]; is.read(ivbytes); return new IvParameterSpec(ivbytes); } //Μεθοδος για την ανακτηση των καθαρων αποκρυπτογραφημενων δεδομενων απο το κρυπτογραφημα που περιεχει και το initiation vector public static byte[] retrieveCipherBlock (byte[] eData, int offset) throws IOException { ByteArrayInputStream is = new ByteArrayInputStream(eData); is.read(new byte[offset]); byte[] cipherBlock = new byte[eData.length - offset]; is.read(cipherBlock); return cipherBlock; } }	icsd12015/projects_security	SIPKAP/Project/src/Security/EncryptionTool.java
388	/* This file is part of "Ηλεκτρονική Διακίνηση Εγγράφων Δήμου Αθηναίων(ΗΔΕ) Documents' Digital Handling/Digital Signature of Municipality of Athens(DDHDS)". Complementary service to allow digital signing from browser Copyright (C) <2018> Municipality Of Athens Service Author Panagiotis Skarvelis [email protected] This program is free software: you can redistribute it and/or modify it under the terms of the GNU Affero General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Affero General Public License for more details. You should have received a copy of the GNU Affero General Public License along with this program. If not, see <https://www.gnu.org/licenses/>. <authors' emails : [email protected], [email protected], [email protected]> <authors' address : Λιοσίων 22, Αθήνα - Ελλάδα, ΤΚ:10438 ---- Liosion 22, Athens - Greece, PC:10438> */ package moa.ds.service.athens.gr; import java.io.BufferedReader; import java.io.IOException; import java.io.InputStream; import java.io.InputStreamReader; import java.io.Reader; import java.net.URL; import java.nio.charset.Charset; import java.util.Objects; import org.json.JSONException; //import org.json.JSONObject; import org.json.JSONArray; import moa.ds.service.athens.gr.MOASSConfig; public class thales { public static String bos_server="thales"; private static String readAll(Reader rd) throws IOException { StringBuilder sb = new StringBuilder(); int cp; while ((cp = rd.read()) != -1) { sb.append((char) cp); } return sb.toString(); } private static JSONArray readJsonFromUrl(String url) throws IOException, JSONException { InputStream is = new URL(url).openStream(); try { BufferedReader rd = new BufferedReader(new InputStreamReader(is, Charset.forName("UTF-8"))); String jsonText = readAll(rd); JSONArray json = new JSONArray(jsonText); return json; } finally { is.close(); } } public static JSONArray getCantitates(String taskUUID) throws IOException, JSONException { return readJsonFromUrl("http://"+bos_server+"."+MOASSConfig.getProperty("bonitaServer")+"/bonita/utils/getTaskCantitates.php?taskUUID="+taskUUID); } public static boolean cantitateIsValid(String taskUUID,String uid) throws IOException, JSONException { JSONArray arr = getCantitates(taskUUID); for (int i = 0; i < arr.length(); i++) { String puid = arr.getString(i); // System.out.println(puid); if (Objects.equals(puid,uid)) return true; } return false; } }	MunicipalityOfAthens/MOASS	src/moa/ds/service/athens/gr/thales.java
389	import java.security.InvalidKeyException; import java.security.Key; import java.security.KeyFactory; import java.security.NoSuchAlgorithmException; import java.security.PrivateKey; import java.security.PublicKey; import java.security.spec.InvalidKeySpecException; import java.security.spec.PKCS8EncodedKeySpec; import java.security.spec.X509EncodedKeySpec; import java.util.Base64; import javax.crypto.BadPaddingException; import javax.crypto.Cipher; import javax.crypto.IllegalBlockSizeException; import javax.crypto.NoSuchPaddingException; //Η κλαση για αποκρυπτογραφηση με τον αλγοριθμο RSA public class RSA2048 { private final String KEY_FILEPATH = "Folders/AppKey"; public static byte[] encrypt(byte[] plain, Key publicKey) throws InvalidKeyException, IllegalBlockSizeException, BadPaddingException, NoSuchAlgorithmException, NoSuchPaddingException { byte[] cipherText; //Δημιουργια Cipher με τον αλγοριθμο RSA Cipher cipher = Cipher.getInstance("RSA"); //και το θετουμε για κρυπτογραφηση με το δημοσιο κλειδι cipher.init(Cipher.ENCRYPT_MODE, publicKey); //Κρυπτογραφηση κειμενου cipherText = cipher.doFinal(plain); return cipherText; } public static byte[] decrypt(byte[] encrypted, Key privateKey) throws InvalidKeyException, IllegalBlockSizeException, NoSuchAlgorithmException, NoSuchPaddingException, BadPaddingException { byte[] dectyptedText; //Δημιουργια Cipher με τον αλγοριθμο RSA final Cipher cipher = Cipher.getInstance("RSA"); //και το θετουμε για κρυπτογραφηση με το ιδιωτικο κλειδι cipher.init(Cipher.DECRYPT_MODE, privateKey); //Αποκρυπτογραφηση κειμενου dectyptedText = cipher.doFinal(encrypted); return dectyptedText; } //Αυτες οι μεθοδοι ειναι για κατασκευη των δημοσιων και ιδιωτικων κλειδιων του αλγοριμου RSA επειτα απο αποκωδικοποιση τους απο Base64 public static PublicKey constructPublicKey(String skey) throws NoSuchAlgorithmException, InvalidKeySpecException { PublicKey publicKey = null; byte[] publicKeyBytes = Base64.getDecoder().decode(skey); publicKey = KeyFactory.getInstance("RSA").generatePublic( new X509EncodedKeySpec(publicKeyBytes)); return publicKey; } public static PrivateKey constructPrivateKey(String skey) throws NoSuchAlgorithmException, InvalidKeySpecException { PrivateKey privateKey = null; byte[] privateKeyBytes = Base64.getDecoder().decode(skey); privateKey = KeyFactory.getInstance("RSA").generatePrivate( new PKCS8EncodedKeySpec(privateKeyBytes)); return privateKey; } }	icsd12015/projects_security	Cash Flow X/Project/src/RSA2048.java
390	/* * The author licenses this file * to you under the Apache License, Version 2.0 (the * "License"); you may not use this file except in compliance * with the License. You may obtain a copy of the License at * <p> * http://www.apache.org/licenses/LICENSE-2.0 * <p> * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. / package com.github.alanfgates.language.flashcards; import java.util.Arrays; import java.util.List; import static com.github.alanfgates.language.flashcards.Classifier.; class GreekBuilderHelperVocab { static List<Word> getVocab() { return Arrays.asList( new Word("ὁ", "the", MASCULINE, NOMINATIVE, SINGULAR), new Word("τοῦ") .addForm("the", MASCULINE, GENITIVE, SINGULAR) .addForm("the", NEUTER, GENITIVE, SINGULAR), new Word("τῷ") .addForm("the", MASCULINE, DATIVE, SINGULAR) .addForm("the", NEUTER, DATIVE, SINGULAR), new Word("τόν", "the", MASCULINE, ACCUSATIVE, SINGULAR), new Word("ὁι", "the", MASCULINE, NOMINATIVE, PLURAL), new Word("τῶν") .addForm("the", MASCULINE, GENITIVE, PLURAL) .addForm("the", FEMININE, GENITIVE, PLURAL) .addForm("the", NEUTER, GENITIVE, PLURAL), new Word("τοῖς") .addForm("the", MASCULINE, DATIVE, PLURAL) .addForm("the", NEUTER, DATIVE, PLURAL), new Word("τούς", "the", MASCULINE, ACCUSATIVE, PLURAL), new Word("ἡ", "the", FEMININE, NOMINATIVE, SINGULAR), new Word("τῆς", "the", FEMININE, GENITIVE, SINGULAR), new Word("τῇ", "the", FEMININE, DATIVE, SINGULAR), new Word("τήν", "the", FEMININE, ACCUSATIVE, SINGULAR), new Word("ἁι", "the", FEMININE, NOMINATIVE, PLURAL), new Word("ταῖς", "the", FEMININE, DATIVE, PLURAL), new Word("τάς", "the", FEMININE, ACCUSATIVE, PLURAL), new Word("τό") .addForm("the", NEUTER, NOMINATIVE, SINGULAR) .addForm("the", NEUTER, ACCUSATIVE, SINGULAR), new Word("τά") .addForm("the", NEUTER, NOMINATIVE, PLURAL) .addForm("the", NEUTER, ACCUSATIVE, PLURAL), // 9164 new Word("καί", "and"), // 5601 new Word("αὐτός", "he"), new Word("αὐτή", "she"), new Word("αὐτό", "it"), // 2913 new Word("συ", "you", NOMINATIVE, SINGULAR), new Word("σου", "your", GENITIVE, SINGULAR), new Word("σοι", "you", DATIVE, SINGULAR), new Word("σε", "you", ACCUSATIVE, SINGULAR), new Word("ὑμεις", "you", NOMINATIVE, PLURAL), new Word("ὑμων", "your", GENITIVE, PLURAL), new Word("ὑμιν", "you", DATIVE, PLURAL), new Word("ὑμας", "you", ACCUSATIVE, PLURAL), // 2801 new Word("δε", "weak but/yet, and"), // 2757 new Word("ἐν", "in", DATIVE), // 2666 new Word("ἐγώ", "I", NOMINATIVE, SINGULAR), new Word("μου", "my", GENITIVE, SINGULAR), new Word("ἐμου", "my", GENITIVE, SINGULAR, EMPHATIC), new Word("μοι", "me", DATIVE, SINGULAR), new Word("ἐμοι", "me", DATIVE, SINGULAR, EMPHATIC), new Word("με", "me", ACCUSATIVE, SINGULAR), new Word("ἐμε", "me", ACCUSATIVE, SINGULAR, EMPHATIC), new Word("ἡμεις", "we", NOMINATIVE, PLURAL), new Word("ἡμων", "our", GENITIVE, PLURAL), new Word("ἡμιν", "us", DATIVE, PLURAL), new Word("ἡμας", "us", ACCUSATIVE, PLURAL), // 2656 new Word("οὐ", "not", INDICATIVE), new Word("οὐκ", "not", INDICATIVE), new Word("οὐχ", "not", INDICATIVE), new Word("μη", "not", IMPERATIVE, OPTATIVE, SUBJUNCTIVE, PARTICIPLE), // 2462 new Word("εἰμί", "I am", INDICATIVE, ACTIVE, PRESENT, FIRST_PERSON, SINGULAR), new Word("εἶ", "you are", INDICATIVE, ACTIVE, PRESENT, SECOND_PERSON, SINGULAR), new Word("ἐστίν", "s/he is", INDICATIVE, ACTIVE, PRESENT, THIRD_PERSON, SINGULAR), new Word("ἐσμέν", "we are", INDICATIVE, ACTIVE, PRESENT, FIRST_PERSON, PLURAL), new Word("ἐστέ", "you are", INDICATIVE, ACTIVE, PRESENT, SECOND_PERSON, PLURAL), new Word("εἰσίν", "they are", INDICATIVE, ACTIVE, PRESENT, THIRD_PERSON, PLURAL), new Word("εσομαι", "I will be εἰμί", INDICATIVE, ACTIVE, FUTURE, FIRST_PERSON, SINGULAR), new Word("ἔσῃ", "You will be εἰμί", INDICATIVE, ACTIVE, FUTURE, SECOND_PERSON, SINGULAR), new Word("ἔσται", "S/He will be εἰμί", INDICATIVE, ACTIVE, FUTURE, THIRD_PERSON, SINGULAR), new Word("ἐσόμεθα", "We will be εἰμί", INDICATIVE, ACTIVE, FUTURE, FIRST_PERSON, PLURAL), new Word("ἔσεσθε", "You will be εἰμί", INDICATIVE, ACTIVE, FUTURE, SECOND_PERSON, PLURAL), new Word("ἔσονται", "They will be εἰμί", INDICATIVE, ACTIVE, FUTURE, THIRD_PERSON, PLURAL), new Word("ἤμην", "I was", INDICATIVE, ACTIVE, AORIST, FIRST_PERSON, SINGULAR), new Word("ἦς") .addForm("you were", INDICATIVE, ACTIVE, AORIST, SECOND_PERSON, SINGULAR) .addForm("you might be", SUBJUNCTIVE, ACTIVE, PRESENT, SECOND_PERSON, SINGULAR), new Word("ἦν", "s/he was", INDICATIVE, ACTIVE, AORIST, THIRD_PERSON, SINGULAR), new Word("ἦμεν", "We were", INDICATIVE, ACTIVE, AORIST, FIRST_PERSON, PLURAL), new Word("ἤμεθα", "We were", INDICATIVE, ACTIVE, AORIST, FIRST_PERSON, PLURAL), new Word("ἦτε") .addForm("you were", INDICATIVE, ACTIVE, AORIST, SECOND_PERSON, PLURAL) .addForm("you might be", SUBJUNCTIVE, ACTIVE, PRESENT, SECOND_PERSON, PLURAL), new Word("ἦσαν", "They were", INDICATIVE, ACTIVE, AORIST, THIRD_PERSON, PLURAL), new Word("ὤν", "being", PARTICIPLE, ACTIVE, PRESENT, MASCULINE, NOMINATIVE, SINGULAR), new Word("ὄντος") .addForm("being", PARTICIPLE, ACTIVE, PRESENT, MASCULINE, GENITIVE, SINGULAR) .addForm("being", PARTICIPLE, ACTIVE, PRESENT, NEUTER, GENITIVE, SINGULAR), new Word("ὄντι") .addForm("being", PARTICIPLE, ACTIVE, PRESENT, MASCULINE, DATIVE, SINGULAR) .addForm("being", PARTICIPLE, ACTIVE, PRESENT, NEUTER, DATIVE, SINGULAR), new Word("ὄντα") .addForm("being", PARTICIPLE, ACTIVE, PRESENT, MASCULINE, ACCUSATIVE, SINGULAR) .addForm("being", PARTICIPLE, ACTIVE, PRESENT, NEUTER, NOMINATIVE, PLURAL) .addForm("being", PARTICIPLE, ACTIVE, PRESENT, NEUTER, ACCUSATIVE, PLURAL), new Word("ὄντες", "being", PARTICIPLE, ACTIVE, PRESENT, MASCULINE, NOMINATIVE, PLURAL), new Word("ὄντων") .addForm("being", PARTICIPLE, ACTIVE, PRESENT, MASCULINE, GENITIVE, PLURAL) .addForm("being", PARTICIPLE, ACTIVE, PRESENT, NEUTER, GENITIVE, PLURAL), new Word("οὖσι") .addForm("being", PARTICIPLE, ACTIVE, PRESENT, MASCULINE, DATIVE, PLURAL) .addForm("being", PARTICIPLE, ACTIVE, PRESENT, NEUTER, DATIVE, PLURAL), new Word("οὖσιν") .addForm("being", PARTICIPLE, ACTIVE, PRESENT, MASCULINE, DATIVE, PLURAL) .addForm("being", PARTICIPLE, ACTIVE, PRESENT, NEUTER, DATIVE, PLURAL), new Word("ὄντας", "being", PARTICIPLE, ACTIVE, PRESENT, MASCULINE, ACCUSATIVE, PLURAL), new Word("οὖσα", "being", PARTICIPLE, ACTIVE, PRESENT, FEMININE, NOMINATIVE, SINGULAR), new Word("οὔσης", "being", PARTICIPLE, ACTIVE, PRESENT, FEMININE, GENITIVE, SINGULAR), new Word("οὔσῃ", "being", PARTICIPLE, ACTIVE, PRESENT, FEMININE, DATIVE, SINGULAR), new Word("οὖσαν", "being", PARTICIPLE, ACTIVE, PRESENT, FEMININE, ACCUSATIVE, SINGULAR), new Word("οὖσαι", "being", PARTICIPLE, ACTIVE, PRESENT, FEMININE, NOMINATIVE, PLURAL), new Word("οὐσῶν", "being", PARTICIPLE, ACTIVE, PRESENT, FEMININE, GENITIVE, PLURAL), new Word("οὔσαις", "being", PARTICIPLE, ACTIVE, PRESENT, FEMININE, DATIVE, PLURAL), new Word("οὔσας", "being", PARTICIPLE, ACTIVE, PRESENT, FEMININE, ACCUSATIVE, PLURAL), new Word("ὄν") .addForm("being", PARTICIPLE, ACTIVE, PRESENT, NEUTER, NOMINATIVE, SINGULAR) .addForm("being", PARTICIPLE, ACTIVE, PRESENT, NEUTER, ACCUSATIVE, SINGULAR), new Word("ὦ", "I might be", SUBJUNCTIVE, ACTIVE, PRESENT, FIRST_PERSON, SINGULAR), // second person singular see indicative active aorist above new Word("ᾖ", "s/he might be", SUBJUNCTIVE, ACTIVE, PRESENT, THIRD_PERSON, SINGULAR), new Word("ὦμεν", "we might be", SUBJUNCTIVE, ACTIVE, PRESENT, FIRST_PERSON, PLURAL), // second person plural see indicative active aorist above new Word("ὦσι", "they might be", SUBJUNCTIVE, ACTIVE, PRESENT, THIRD_PERSON, PLURAL), new Word("ὦσιν", "they might be", SUBJUNCTIVE, ACTIVE, PRESENT, THIRD_PERSON, PLURAL), new Word("εἶναι", "to be", INFINITIVE, ACTIVE, PRESENT), new Word("ἴσθι", "be!", IMPERATIVE, ACTIVE, PRESENT, SECOND_PERSON, SINGULAR), new Word("ἔστω", "let him/her be!", IMPERATIVE, ACTIVE, PRESENT, THIRD_PERSON, SINGULAR), new Word("ἔστε", "be!", IMPERATIVE, ACTIVE, PRESENT, SECOND_PERSON, PLURAL), new Word("ἔστωσαν", "let them be!", IMPERATIVE, ACTIVE, PRESENT, THIRD_PERSON, PLURAL), // 2357 new Word("λεγ", "to say", ROOT), new Word("ιπ", "to say ", ROOT, SECOND_AORIST), new Word("ερ", "to say ", ROOT, FUTURE, PERFECT, PASSIVE, AORIST), new Word("λέγω", "I say - root λεγ", PRESENT), new Word("ἐρῶ", "I will say - λέγω root ερ", FUTURE), new Word("εἶπον", "I said - λέγω root ιπ", SECOND_AORIST), new Word("εἴρηκα", "I have said - λέγω root ερ", PERFECT), new Word("εἴρημαι", "I have been said - λέγω root ερ", MIDDLE, PASSIVE, PERFECT), new Word("ἐρρέθην", "I was said - λέγω root ερ", PASSIVE, AORIST), // 1768 new Word("εἰς", "into ", ACCUSATIVE), // 1391 new Word("οὗτος", "this", MASCULINE), new Word("αὕτη", "this", FEMININE), new Word("τοῦτο", "this", NEUTER), // 1365 new Word("ὁς", "who, which", MASCULINE, NOMINATIVE, SINGULAR), new Word("ὁυ") .addForm("who, which", MASCULINE, GENITIVE, SINGULAR) .addForm("who, which", NEUTER, GENITIVE, SINGULAR), new Word("ᾡ") .addForm("who, which", MASCULINE, DATIVE, SINGULAR) .addForm("who, which", NEUTER, DATIVE, SINGULAR), new Word("ὁν", "who, which", MASCULINE, ACCUSATIVE, SINGULAR), new Word("ἥ", "who, which", FEMININE, NOMINATIVE, SINGULAR), new Word("ἡς", "who, which", FEMININE, GENITIVE, SINGULAR), new Word("ᾑ", "who, which", FEMININE, DATIVE, SINGULAR), new Word("ἡν", "who, which", FEMININE, ACCUSATIVE, SINGULAR), new Word("ὅ") .addForm("who, which", NEUTER, NOMINATIVE, SINGULAR) .addForm("who, which", NEUTER, ACCUSATIVE, SINGULAR), new Word("ὅι", "who, which", MASCULINE, NOMINATIVE, PLURAL), new Word("ὡν") .addForm("who, which", MASCULINE, GENITIVE, PLURAL) .addForm("who, which", FEMININE, GENITIVE, PLURAL) .addForm("who, which", NEUTER, GENITIVE, PLURAL), new Word("ὁις") .addForm("who, which", MASCULINE, DATIVE, PLURAL) .addForm("who, which", NEUTER, DATIVE, PLURAL), new Word("ὁυς", "who, which", MASCULINE, ACCUSATIVE, PLURAL), new Word("ἅι", "who, which", FEMININE, NOMINATIVE, PLURAL), new Word("ἁις", "who, which", FEMININE, DATIVE, PLURAL), new Word("ἁς", "who, which", FEMININE, ACCUSATIVE, PLURAL), new Word("ἁ") .addForm("who, which", NEUTER, NOMINATIVE, PLURAL) .addForm("who, which", NEUTER, ACCUSATIVE, PLURAL), // 1318 new Word("Θεός", "God", MASCULINE), new Word("Θεοῦ", "God", MASCULINE, GENITIVE), // 1297 // for ὅτι see ὅστις below // 1283 new Word("πᾶς", "all every each", MASCULINE), new Word("πᾶσα", "all every each", FEMININE), new Word("πᾶν", "all every each", NEUTER), // 1042 new Word("γάρ", "for, because"), // 916 new Word("ἐκ", "out of, from", GENITIVE), new Word("ἐξ", "out of, from", GENITIVE), // 891 new Word("ἐπί") .addForm("onto", ACCUSATIVE) .addForm("over", GENITIVE) .addForm("at", DATIVE), // 719 new Word("κύριος", "lord", MASCULINE), new Word("κύριου", "lord", MASCULINE, GENITIVE), // 708 // TODO add subjunctive, because it's pretty different new Word("σεχ", "to have", ROOT), new Word("ἔχω", "I have - root σεχ", PRESENT), new Word("ἕξω", "I will have - ἔχω root σεχ", FUTURE), new Word("ἔσχον", "I had - ἔχω root σεχ", SECOND_AORIST), new Word("ἔσχηκα", "I have had - ἔχω root σεχ", PERFECT), // 699 new Word("πρός", "to, towards", ACCUSATIVE), // 669 new Word("γεν", "to become, to be", ROOT), new Word("γίνομαι", "I become, I am - root γεν", PRESENT, DEPONENT), new Word("γενήσομαι", "I will become - γίνομαι root γεν", FUTURE, DEPONENT), new Word("ἐγένομην", "I became - γίνομαι root γεν", AORIST, DEPONENT), new Word("γέγονα", "I have become - γίνομαι root γεν", SECOND_PERFECT), new Word("γεγένημαι", "I have been made, caused to happen - γίνομαι root γεν", MIDDLE, PASSIVE, PERFECT), new Word("ἐγενήθην", "I happened, became - γίνομαι root γεν", PASSIVE, AORIST), new Word("γενεά", "genus, generation, age", FEMININE), new Word("γενεᾶς", "genus, generation, age", FEMININE, GENITIVE), // 668 new Word("διά") .addForm("on account of", ACCUSATIVE) .addForm("through", GENITIVE), // 663 new Word("ἵνα", "in order that"), // 646 new Word("ἀπό", "from", GENITIVE), // 638 new Word("ἀλλά", "but (strong)"), // 634 new Word("ερχ", "To come, to go", ROOT, PRESENT), new Word("ελευθ", "to come/go ", ROOT, FUTURE, AORIST, PERFECT), new Word("ἔρχομαι", "I come, I go - root ερχ", PRESENT, DEPONENT), new Word("ἐλεύσομαι", "I will come/go - ἔρχομαι root ελευθ", FUTURE, DEPONENT), new Word("ἦλθον", "I came/went - ἔρχομαι root ελευθ", SECOND_AORIST), new Word("ἐλήλυθα", "I have come/gone - ἔρχομαι root ελευθ", SECOND_PERFECT), // 579 new Word("τίς") .addForm("who? what?", MASCULINE, NOMINATIVE, SINGULAR) .addForm("who? what?", FEMININE, NOMINATIVE, SINGULAR), new Word("τίνος") .addForm("who? what?", MASCULINE, GENITIVE, SINGULAR) .addForm("who? what?", FEMININE, GENITIVE, SINGULAR) .addForm("who? what?", NEUTER, GENITIVE, SINGULAR), new Word("τίνι") .addForm("who? what?", MASCULINE, DATIVE, SINGULAR) .addForm("who? what?", FEMININE, DATIVE, SINGULAR) .addForm("who? what?", NEUTER, DATIVE, SINGULAR), new Word("τίνα") .addForm("who? what?", MASCULINE, ACCUSATIVE, SINGULAR) .addForm("who? what?", FEMININE, ACCUSATIVE, SINGULAR) .addForm("who? what?", NEUTER, NOMINATIVE, PLURAL) .addForm("who? what?", NEUTER, ACCUSATIVE, PLURAL), new Word("τί") .addForm("who? what?", NEUTER, NOMINATIVE, SINGULAR) .addForm("who? what?", NEUTER, ACCUSATIVE, SINGULAR), new Word("τίνες") .addForm("who? what?", MASCULINE, NOMINATIVE, PLURAL) .addForm("who? what?", FEMININE, NOMINATIVE, PLURAL), new Word("τίνων") .addForm("who? what?", MASCULINE, GENITIVE, PLURAL) .addForm("who? what?", FEMININE, GENITIVE, PLURAL) .addForm("who? what?", NEUTER, GENITIVE, PLURAL), new Word("τίσι") .addForm("who? what?", MASCULINE, DATIVE, PLURAL) .addForm("who? what?", FEMININE, DATIVE, PLURAL) .addForm("who? what?", NEUTER, DATIVE, PLURAL), new Word("τίνας") .addForm("who? what?", MASCULINE, ACCUSATIVE, PLURAL) .addForm("who? what?", FEMININE, ACCUSATIVE, PLURAL), // 572 new Word("ποιε", "to do, to make", ROOT), new Word("ποιω", "I do, I make - root ποιε", PRESENT), new Word("ποιήσω", "I will make/do - ποιω root ποιε", FUTURE), new Word("ἐποίησα", "I did/made - ποιω root ποιε", AORIST), new Word("πεποίηκα", "I have done/made - ποιω root ποιε", PERFECT), new Word("πεποίημαι", "I have been done/made - ποιω root ποιε", MIDDLE, PASSIVE, PERFECT), // 550 new Word("ἄνθρωπος", "human being", MASCULINE), new Word("ἄνθρωποῦ", "human being", MASCULINE, GENITIVE), // 538 new Word("τις") .addForm("someone something", MASCULINE, NOMINATIVE, SINGULAR) .addForm("someone something", FEMININE, NOMINATIVE, SINGULAR), new Word("τινος") .addForm("someone something", MASCULINE, GENITIVE, SINGULAR) .addForm("someone something", FEMININE, GENITIVE, SINGULAR) .addForm("someone something", NEUTER, GENITIVE, SINGULAR), new Word("τινι") .addForm("someone something", MASCULINE, DATIVE, SINGULAR) .addForm("someone something", FEMININE, DATIVE, SINGULAR) .addForm("someone something", NEUTER, DATIVE, SINGULAR), new Word("τινα") .addForm("someone something", MASCULINE, ACCUSATIVE, SINGULAR) .addForm("someone something", FEMININE, ACCUSATIVE, SINGULAR) .addForm("someone something", NEUTER, NOMINATIVE, PLURAL) .addForm("someone something", NEUTER, ACCUSATIVE, PLURAL), new Word("τι") .addForm("someone something", NEUTER, NOMINATIVE, SINGULAR) .addForm("someone something", NEUTER, ACCUSATIVE, SINGULAR), new Word("τινες") .addForm("someone something", MASCULINE, NOMINATIVE, PLURAL) .addForm("someone something", FEMININE, NOMINATIVE, PLURAL), new Word("τινων") .addForm("someone something", MASCULINE, GENITIVE, PLURAL) .addForm("someone something", FEMININE, GENITIVE, PLURAL) .addForm("someone something", NEUTER, GENITIVE, PLURAL), new Word("τισι") .addForm("someone something", MASCULINE, DATIVE, PLURAL) .addForm("someone something", FEMININE, DATIVE, PLURAL) .addForm("someone something", NEUTER, DATIVE, PLURAL), new Word("τινας") .addForm("someone something", MASCULINE, ACCUSATIVE, PLURAL) .addForm("someone something", FEMININE, ACCUSATIVE, PLURAL), // 531 new Word("Χριστός", "Christ", MASCULINE), new Word("Χριστοῦ", "Christ", MASCULINE, GENITIVE), // 504 new Word("ὡς", "as, like, when, that, how, approximately"), // 502 new Word("εἰ", "if"), // 499 new Word("οὖν", "therefore"), // 476 new Word("κατά") .addForm("according to", ACCUSATIVE) .addForm("down from", GENITIVE), // 473 new Word("μετά") .addForm("after", ACCUSATIVE) .addForm("with", GENITIVE), // 455 new Word("ορα", "to see ", ROOT), new Word("οπ", "to see ", ROOT), new Word("ιδ", "to see ", ROOT), new Word("ὁρω", "I see - root ορα", PRESENT), new Word("ὄψομαι", "I will see - ὁρω root οπ", FUTURE, DEPONENT), new Word("εἶδον", "I saw - ὁρω root ιδ", SECOND_AORIST), new Word("ἑώρακα", "I have seen - ὁρω root ορα", PERFECT), new Word("ὤφθην", "I was seen - ὁρω root οπ", PASSIVE, AORIST), // 428 new Word("ακου", "to hear ", ROOT), new Word("ἀκούω", "I hear - root ακου", PRESENT), new Word("ἀκούσω", "I will hear - ἀκούω root ακου", FUTURE), new Word("ἤκουσα", "I heard - ἀκούω root ακου", AORIST), new Word("ἀκήκοα", "I have heard - ἀκούω root ακου", SECOND_PERFECT), new Word("ἠκούσθην", "I was heard - ἀκούω root ακου", PASSIVE, AORIST), // 418 new Word("πολύς", "many, much", MASCULINE), new Word("πολλή", "many, much", FEMININE), new Word("πολύ", "many, much", NEUTER), // 417 new Word("δο", "to give ", ROOT), new Word("δίδωμι", "I give - root δο", PRESENT), new Word("δώσω", "I will give - δίδωμι root δο", FUTURE), new Word("ἔδωκα", "I gave - δίδωμι root δο", AORIST), new Word("δέδωκα", "I have given - δίδωμι root δο", PERFECT), new Word("δέδομαι", "I have been given - δίδωμι root δο", MIDDLE, PASSIVE, PERFECT), new Word("ἐδόθην", "I was given - δίδωμι root δο", PASSIVE, AORIST), // 414 new Word("πατήρ", "father", MASCULINE), new Word("πατρός", "father", MASCULINE, GENITIVE), // 389 new Word("ἡμέρα", "day", FEMININE), new Word("ἡμέρας", "day", FEMININE, GENITIVE), // 379 new Word("πνεῦμα", "spirit, wind, breath", NEUTER), new Word("πνεύματος", "spirit, wind, breath", NEUTER, GENITIVE), // 377 new Word("υἱός", "son", MASCULINE), new Word("υἱοῦ", "son", MASCULINE, GENITIVE), // 353 new Word("εἷς", "one", MASCULINE), new Word("μία", "one", FEMININE), new Word("ἕν", "one", NEUTER), // 343 new Word("ἀδελφός", "brother", MASCULINE), new Word("ἀδελφοῦ", "brother", MASCULINE, GENITIVE), new Word("ἤ", "or"), // 333 new Word("ἐάν", "if"), new Word("περί") .addForm("around", ACCUSATIVE) .addForm("concerning, about", GENITIVE), // 324 new Word("οἶδα", "I know", PRESENT), // 319 new Word("ἑαυτοῦ") .addForm("himself", MASCULINE, GENITIVE) .addForm("itself", NEUTER, GENITIVE), new Word("ἑαυτῆς", "herself", FEMININE, GENITIVE), // 296 new Word("λαλε", "to speak ", ROOT), new Word("λαλω", "I speak - root λαλε", PRESENT), new Word("λαλήσω", "I will speak - λαλω root λαλε", FUTURE), new Word("ἐλάλησα", "I spoke - λαλω root λαλε", AORIST), new Word("λελάληκα", "I have spoken - λαλω root λαλε", PERFECT), new Word("λελάλημαι", "I have been spoken - λαλω root λαλε", MIDDLE, PASSIVE, PERFECT), new Word("ἐλαλήθην", "I was spoken - λαλω root λαλε", PASSIVE, AORIST), // 273 new Word("οὐρανός", "heaven", MASCULINE), new Word("οὐρανοῦ", "heaven", MASCULINE, GENITIVE), // 261 new Word("μαθητής", "student, disciple", MASCULINE), new Word("μαθητοῦ", "student, disciple", MASCULINE, GENITIVE), // 258 new Word("λαβ", "to take, to receive ", ROOT), new Word("λαμβάνω", "I take, I receive - root λαβ", PRESENT), new Word("λήμψομαι", "I will take/receive - λαμβάνω root λαβ", FUTURE, DEPONENT), new Word("ἔλαβον", "I took/received - λαμβάνω root λαβ", SECOND_AORIST), new Word("εἴληφα", "I have taken/received - λαμβάνω root λαβ", SECOND_PERFECT), new Word("εἴλημμαι", "I have been taken/received - λαμβάνω root λαβ", MIDDLE, PASSIVE, PERFECT), new Word("ἐλήμφθην", "I was taken/received - λαμβάνω root λαβ", PASSIVE, AORIST), // 250 new Word("γῆ", "land, earth", FEMININE), new Word("γῆς", "land, earth", FEMININE, GENITIVE), // 249 new Word("πιστευ", "to believe ", ROOT), new Word("πιστεύω", "I believe - root πιστευ", PRESENT), new Word("πιστεύσω", "I will believe - πιστεύω root πιστευ", FUTURE), new Word("ἐπίστευσα", "I believed - πιστεύω root πιστευ", AORIST), new Word("πεπίστευκα", "I have believed - πιστεύω root πιστευ", PERFECT), new Word("πεπίστευμαι", "I have been believed - πιστεύω root πιστευ", MIDDLE, PASSIVE, PERFECT), new Word("ἐπιστεύθην", "I was believed - πιστεύω root πιστευ", PASSIVE, AORIST), // 245 new Word("μέγας", "large, great", MASCULINE), new Word("μεγάλη", "large, great", FEMININE), new Word("μέγα", "large, great", NEUTER), // 243 new Word("πίστις", "faith, trust", FEMININE), new Word("πίστεως", "faith, trust", FEMININE, GENITIVE), // 242 new Word("γνω", "to know ", ROOT), new Word("γινώσκω", "I know - root γνω", PRESENT), new Word("γνώσομαι", "I will know - γινώσκω root γνω", FUTURE, DEPONENT), new Word("ἔγνων", "I knew - γινώσκω root γνω", SECOND_AORIST), new Word("ἔγνωσκα", "I have known - γινώσκω root γνω", PERFECT), new Word("ἔγνωσμαι", "I have been known - γινώσκω root γνω", MIDDLE, PASSIVE, PERFECT), new Word("ἐγνώσθην", "I was known - γινώσκω root γνω", PASSIVE, AORIST), // 234 new Word("ὄνομα", "name", MASCULINE), new Word("ὄνοματος", "name", MASCULINE, GENITIVE), // 233 new Word("ἅγιος", "holy", ADJECTIVE, MASCULINE), new Word("ἅγια", "holy", ADJECTIVE, FEMININE), new Word("ἅγιον", "holy", ADJECTIVE, NEUTER), // 231 new Word("απο + κριν", "to answer ", ROOT), new Word("ἀποκρίνομαι", "I answer - root απο + κριν", PRESENT, DEPONENT), new Word("ἀπεκρινἀμην", "I answered - ἀποκρίνομαι root απο + κριν", AORIST, DEPONENT), new Word("ἀπεκρίθην", "I was answered - ἀποκρίνομαι root απο + κριν", PASSIVE, AORIST), // 220 new Word("ὑπό") .addForm("under", ACCUSATIVE) .addForm("by", GENITIVE), // 218 new Word("ἐξέρχομαι", "I go out"), new Word("ἐξελεὐσομαι", "I will go out εξερχομαι", FUTURE), new Word("ἐξῆλθον", "I went out εξερχομαι", AORIST), new Word("ἐξελήλυθα", "I have gone out εξερχομαι", PERFECT), // 216 new Word("ἀνήρ", "man", MASCULINE), new Word("ἀνδρός", "man", MASCULINE, GENITIVE), // 215 new Word("γυνή", "woman", FEMININE), new Word("γυναικός", "woman", FEMININE, GENITIVE), new Word("τέ", "and, so"), // 210 new Word("δυν", "to be able ", ROOT), new Word("δύναμαι", "I am able - root δυν", PRESENT, DEPONENT), new Word("δυνήσομαι", "I will be able - δύναμαι root δυν", FUTURE, DEPONENT), new Word("ἠδυνήθην", "I was able - δύναμαι root δυν", PASSIVE, AORIST, DEPONENT), // 208 new Word("εθελε", "to want ", ROOT), new Word("θέλω", "I want - root εθελε", PRESENT), new Word("ἠθέλησα", "I wanted - θέλω root εθελε", AORIST), new Word("ὅυτω", "thus"), new Word("ὅυτως", "thus"), // 195 new Word("Ἰοὐδαῖος", "jewish", ADJECTIVE, MASCULINE), new Word("Ἰοὐδαῖα", "jewish", ADJECTIVE, FEMININE), new Word("Ἰοὐδαῖον", "jewish", ADJECTIVE, NEUTER), // 194 new Word("παρά") .addForm("alongside of", ACCUSATIVE) .addForm("from", GENITIVE) .addForm("in the presence of", DATIVE), new Word("εισερχομαι", "I enter", PRESENT), new Word("εἰσελεύσομαι", "I will enter εισερχομαι", FUTURE), new Word("εἰσῆλθον", "I entered εισερχομαι", AORIST), new Word("εἰσελήλυθα", "I have entered εισερχομαι", PERFECT), // 191 new Word("γραφ", "to write "), new Word("γραφω", "I write - root γραφ", PRESENT), new Word("γράψω", "I will write - γραφω root γραφ", FUTURE), new Word("ἔγραψα", "I wrote - γραφω root γραφ", AORIST), new Word("γέγραφα", "I have written - γραφω root γραφ", SECOND_PERFECT), new Word("γέγραμμαι", "I have been written - γραφω root γραφ", MIDDLE, PASSIVE, PERFECT), new Word("ἐγράφην", "I was written - γραφω root γραφ", PASSIVE, AORIST), // 186 new Word("κόσμος", "world", MASCULINE), new Word("κόσμου", "world", MASCULINE, GENITIVE), // 182 new Word("καθώς", "just as"), // 179 new Word("μέν", "indeed, on the one hand"), // 177 new Word("χείρ", "hand", FEMININE), new Word("χειρός", "hand", FEMININE, GENITIVE), // 176 new Word("ευρ", "to find ", ROOT), new Word("ἑυρίσκω", "I find - root ευρ", PRESENT), new Word("εὑρήσω", "I will find - ἑυρίσκω root ευρ", FUTURE), new Word("εὗρον", "I found - ἑυρίσκω root ευρ", SECOND_AORIST), new Word("εὕρηκα", "I have found - ἑυρίσκω root ευρ", PERFECT), new Word("εὑρέθην", "I was found - ἑυρίσκω root ευρ", PASSIVE, AORIST), // 175 new Word("ἄγγελος", "messenger, angel", MASCULINE), new Word("ἄγγελου", "messenger, angel", MASCULINE, GENITIVE), new Word("ὄχλος", "crowd", MASCULINE), new Word("ὄχλου", "crowd", MASCULINE, GENITIVE), // 173 new Word("ἁμαρτία", "sin", FEMININE), new Word("ἁμαρτίας", "sin", FEMININE, GENITIVE), new Word("ἁμαρτωλός", "sinful or out of bounds behavior, as substantive sinner or outsider", ADJECTIVE, MASCULINE, FEMININE), new Word("ἁμαρτωλόν", "sinful or out of bounds behavior, as substantive sinner or outsider", ADJECTIVE, NEUTER), // 166 new Word("δόξα", "glory", FEMININE), new Word("δόξης", "glory", FEMININE, GENITIVE), new Word("ἄν", "if, would, might"), // 163 new Word("πόλις", "city", FEMININE), new Word("πόλεως", "city", FEMININE, GENITIVE), // 162 new Word("βασιλεία", "kingdom", FEMININE), new Word("βασιλευς", "king", MASCULINE), // 115 new Word("βασιλεως", "king", MASCULINE, GENITIVE), new Word("βασιλείας", "kingdom", FEMININE, GENITIVE), new Word("ἔθνος", "people", NEUTER), new Word("ἔθνους", "people", NEUTER, GENITIVE), // 160 new Word("τοτε", "then"), new Word("ἕως", "until"), // ? new Word("ὅστις", "whoever, everyone (ὅς + τις both parts decline)", ADJECTIVE, MASCULINE), new Word("ἥτις", "whoever, everyone (ἥ + τις both parts decline)", ADJECTIVE, FEMININE), new Word("ὅτι") .addForm("whoever, everyone (ὅ + τις both parts decline)", ADJECTIVE, NEUTER) .addForm("that, because"), // 159 new Word("πρῶτος", "first", ADJECTIVE, MASCULINE), new Word("πρῶτη", "first", ADJECTIVE, FEMININE), new Word("πρῶτον", "first", ADJECTIVE, NEUTER), // 157 new Word("καρδια", "heart", FEMININE), new Word("καρδιας", "heart", FEMININE, GENITIVE), new Word("εσθι", "to eat ", ROOT), new Word("ἐσθιω", "I eat - root εσθι", PRESENT), new Word("φαγ", "to eat ", ROOT), new Word("φάγομαι", "I will eat - ἐσθιω root φαγ", FUTURE, DEPONENT), new Word("ἔφαγον", "I ate - ἐσθιω root φαγ", SECOND_AORIST), // 155 new Word("στα", "to stand ", ROOT), new Word("ἵστημι", "Transitive: I set, put, place Intransitive: I stand, I appear, I stop - root στα", PRESENT), new Word("στήσω", "I will stand - ἵστημι root στα", FUTURE), new Word("ἔστησα", "I put, set - ἵστημι root στα", AORIST), new Word("ἔστην", "I stood - ἵστημι root στα", SECOND_AORIST), new Word("ἕστηκα", "I have stood - ἵστημι root στα", PERFECT), new Word("ἐστάθην", "I was put - ἵστημι root στα", PASSIVE, AORIST), new Word("ἀλλος", "other", ADJECTIVE, MASCULINE), new Word("ἀλλη", "other", ADJECTIVE, FEMININE), new Word("ἀλλο", "other", ADJECTIVE, NEUTER), new Word("χαρις", "grace", FEMININE), new Word("χαριτος", "grace", FEMININE, GENITIVE), // 153 new Word("πορευ", "to go, to live ", ROOT), new Word("πορεύομαι", "I go, I live - root πορευ", PRESENT, DEPONENT), new Word("πορεύσομαι", "I will go, live - πορεύομαι root πορευ", FUTURE, DEPONENT), new Word("πεπόρευμαι", "I have gone, lived - πορεύομαι root πορευ", MIDDLE, PASSIVE, PERFECT, DEPONENT), new Word("ἐπορεὐθην", "I went, lived - πορεύομαι root πορευ", PASSIVE, AORIST, DEPONENT), // 150 new Word("ὑπερ") .addForm("above", ACCUSATIVE) .addForm("in behalf of", GENITIVE), // 148 new Word("καλεϝ", "to call ", ROOT), new Word("καλέω", "I call - root καλεϝ", PRESENT), new Word("καλἐσω", "I will call - καλέω root καλεϝ", FUTURE), new Word("ἐκάλεσα", "I called - καλέω root καλεϝ", AORIST), new Word("κέκληκα", "I have called - καλέω root καλεϝ", PERFECT), new Word("κέκλημαι", "I have been called - καλέω root καλεϝ", MIDDLE, PASSIVE, PERFECT), new Word("ἐκλήθην", "I was called - καλέω root καλεϝ", PASSIVE, AORIST), // 147 new Word("ἀγαπα", "to love", ROOT), new Word("ἀγαπαω", "I love - root ἀγαπα", PRESENT), new Word("ἀγαπήσω", "I will love - ἀγαπαω root ἀγαπα", FUTURE), new Word("ἠγάπησα", "I loved - ἀγαπαω root ἀγαπα", AORIST), new Word("ἠγάπηκα", "I have loved - ἀγαπαω root ἀγαπα", PERFECT), new Word("ἠγάπημαι", "I have been loved - ἀγαπαω root ἀγαπα", MIDDLE, PASSIVE, PERFECT), new Word("ἠγαπἠθην", "I was loved - ἀγαπαω root ἀγαπα", PASSIVE, AORIST), new Word("νυν", "now"), // 144 new Word("προφητης", "prophet", MASCULINE), new Word("προφητου", "prophet", MASCULINE, GENITIVE), new Word("εγερ", "to raise ", ROOT), new Word("ἐγείρω", "I raise - root εγερ", PRESENT), new Word("ἐγερῶ", "I will raise - ἐγείρω root εγερ", FUTURE), new Word("ἤγειρα", "I raised - ἐγείρω root εγερ", AORIST), new Word("ἐγήγερμαι", "I have been raised - ἐγείρω root εγερ", MIDDLE, PASSIVE, PERFECT), new Word("ἠγέρθην", "I was raised - ἐγείρω root εγερ", PASSIVE, AORIST), // 143 new Word("οὐδέ", "and not, neither"), new Word("απο + σε", "to let go, divorce, forgive ", ROOT), new Word("ἀφιημι", "I let go, divorce, forgive - root απο + σε", PRESENT), new Word("ἀφήσω", "I will forgive - ἀφιημι root απο + σε", FUTURE), new Word("ἀφῆκα", "I forgave - ἀφιημι root απο + σε", AORIST), new Word("ἀφέωμαι", "I have been forgiven - ἀφιημι root απο + σε", MIDDLE, PASSIVE, PERFECT), new Word("ἀφέθην", "I was forgiven - ἀφιημι root απο + σε", PASSIVE, AORIST), // 142 new Word("λαος", "people", MASCULINE), new Word("λαου", "people", MASCULINE, GENITIVE), new Word("σωμα", "body", NEUTER), new Word("σωματος", "body", NEUTER, GENITIVE), // 141 new Word("παλιν", "again"), // 140 new Word("ζα", "to live ", ROOT), new Word("ζάω", "I live - root ζα", PRESENT), new Word("ζἠσω", "I will live - ζάω root ζα", FUTURE), new Word("ἔζεσα", "I lived - ζάω root ζα", AORIST), // 139 new Word("φωνή", "sound, voice", FEMININE), new Word("φωνῆς", "sound, voice", FEMININE, GENITIVE), new Word("ζωή", "life", FEMININE), new Word("ζωῆς", "life", FEMININE, GENITIVE), // 135 new Word("δύο", "two"), // 133 new Word("βλεπ", "to see ", ROOT), new Word("βλέπω", "I see - root βλεπ", PRESENT), new Word("βλέψω", "I will see - βλέπω root βλεπ", FUTURE), new Word("ἐβλέψα", "I saw - βλέπω root βλεπ", AORIST), // 132 new Word("απο + στελ", "to send ", ROOT), new Word("ἀποστέλλω", "I send - root απο + στελ", PRESENT), new Word("ἀποστελῶ", "I will send - ἀποστέλλω root απο + στελ", FUTURE), new Word("άπέστειλα", "I sent - ἀποστέλλω root απο + στελ", AORIST), new Word("ἀπέσταλκα", "I have sent - ἀποστέλλω root απο + στελ", PERFECT), new Word("ἀπέσταλμαι", "I have been sent - ἀποστέλλω root απο + στελ", MIDDLE, PASSIVE, PERFECT), new Word("ἀπεστάλην", "I was sent - ἀποστέλλω root απο + στελ", PASSIVE, SECOND_AORIST), // 129 new Word("ἀμήν", "truly"), // 128 new Word("νεκρός", "dead", ADJECTIVE, MASCULINE), new Word("νεκρά", "dead", ADJECTIVE, FEMININE), new Word("νεκρόν", "dead", ADJECTIVE, NEUTER), new Word("συν", "with", DATIVE), // 124 new Word("δοῦλος", "slave", MASCULINE), new Word("δοῦλου", "slave", MASCULINE, GENITIVE), // 123 new Word("ὅταν", "whenever"), // 122 new Word("αἰών", "age", NOUN, MASCULINE), new Word("αἰῶνος", "age", NOUN, MASCULINE, GENITIVE), new Word("αἰώνος", "eternal", ADJECTIVE, MASCULINE, FEMININE), new Word("αἰώνον", "eternal", ADJECTIVE, NEUTER), new Word("ἀρχιερεύς", "high priest", MASCULINE), new Word("ἀρχιερέως", "high priest", MASCULINE, GENITIVE), new Word("βαλ", "to throw ", ROOT), new Word("βάλλω", "I throw - root βαλ", PRESENT), new Word("βαλῶ", "I will throw - βάλλω root βαλ", FUTURE), new Word("ἔβαλον", "I threw - βάλλω root βαλ", SECOND_AORIST), new Word("βέβληκα", "I have thrown - βάλλω root βαλ", PERFECT), new Word("βέβλημαι", "I have been thrown - βάλλω root βαλ", MIDDLE, PASSIVE, PERFECT), new Word("ἐβλήθην", "I was thrown - βάλλω root βαλ", PASSIVE, AORIST), // 120 new Word("θάνατος", "death", MASCULINE), new Word("θάνατου", "death", MASCULINE, GENITIVE), // 119 new Word("δυναμις", "power, ability", FEMININE), new Word("δυναμεως", "power, ability", FEMININE, GENITIVE), new Word("παραδιδωμι", "I hand over", PRESENT), new Word("παραδώσω", "I will hand over παραδιδωμι", FUTURE), new Word("παρέδωκα", "I handed over παραδιδωμι", AORIST), new Word("παραδέδωκα", "I have handed over παραδιδωμι", PERFECT), new Word("παραδέδομαι", "I have been handed over παραδιδωμι", MIDDLE, PASSIVE, PERFECT), new Word("παρεδόθην", "I was handed over παραδιδωμι", PASSIVE, AORIST), // 118 new Word("μεν", "to remain ", ROOT), new Word("μένω", "I remain - root μεν", PRESENT), new Word("μενῶ", "I will remain - μένω root μεν", FUTURE), new Word("ἔμεινα", "I remained - μένω root μεν", AORIST), new Word("μεμένηκα", "I have remained - μένω root μεν", PERFECT), // 117 new Word("ἀπέρχομαι", "I depart, I go away", PRESENT), new Word("ἀπελεύσομαι", "I will depart ἀπέρχομαι", FUTURE), new Word("ἀπῆλθον", "I departed ἀπέρχομαι", AORIST), new Word("ἀπελήλθυα", "I have departed ἀπέρχομαι", PERFECT), new Word("ζητε", "to seek ", ROOT), new Word("ζητῶ", "I seek - root ζητε", PRESENT), new Word("ζητήσω", "I will seek - ζητῶ root ζητε", FUTURE), new Word("ἐζήτησα", "I sought - ζητῶ root ζητε", AORIST), new Word("ἐζητήθην", "I was sought - ζητῶ root ζητε", PASSIVE, AORIST), // 116 new Word("ἀγαπη", "love", FEMININE), new Word("ἀγαπης", "love", FEMININE, GENITIVE), new Word("ἀγαπητός", "beloved", ADJECTIVE, MASCULINE), new Word("ἀγαπητή", "beloved", ADJECTIVE, FEMININE), new Word("ἀγαπητόν", "beloved", ADJECTIVE, NEUTER), // 114 new Word("ἐκκλησια", "assembly, church", FEMININE), new Word("ἐκκλησιας", "assembly, church", FEMININE, GENITIVE), new Word("ὀικος", "house", MASCULINE), new Word("ὀικου", "house", MASCULINE, GENITIVE), new Word("οἰκία", "house, family", FEMININE), new Word("οἰκὶας", "house, family", FEMININE, GENITIVE), new Word("ἴδιος", "one's own", ADJECTIVE, MASCULINE), new Word("ἰδία", "one's own", ADJECTIVE, FEMININE), new Word("ἴδιον", "one's own", ADJECTIVE, NEUTER), new Word("μόνος", "alone", ADJECTIVE, MASCULINE), new Word("μόνη", "alone", ADJECTIVE, FEMININE), new Word("μόνον", "alone", ADJECTIVE, NEUTER), new Word("κριν", "to judge ", ROOT), new Word("κρίνω", "I judge - root κριν", PRESENT), new Word("κρινῶ", "I will judge - κρίνω root κριν", FUTURE), new Word("ἔκρινα", "I judged - κρίνω root κριν", AORIST), new Word("κέκρικα", "I have judged - κρίνω root κριν", PERFECT), new Word("κέκριμαι", "I have been judged - κρίνω root κριν", MIDDLE, PASSIVE, PERFECT), new Word("ἐκρίθην", "I was judged - κρίνω root κριν", PASSIVE, AORIST), // 111 new Word("απο + θαν", "to die ", ROOT), new Word("ἀποθνῃσκω", "I die - root απο + θαν", PRESENT), new Word("ἀποθανοῦμαι", "I will die - ἀποθνῃσκω root απο + θαν", FUTURE, DEPONENT), new Word("άπέθανον", "I died - ἀποθνῃσκω root απο + θαν", SECOND_AORIST), // 110 new Word("ὁσος", "as/how much/great/far/long", ADJECTIVE, MASCULINE), new Word("ὁση", "as/how much/great/far/long", ADJECTIVE, FEMININE), new Word("ὁσον", "as/how much/great/far/long", ADJECTIVE, NEUTER), // 109 new Word("ἀληθεια", "truth", FEMININE), new Word("ἀληθειας", "truth", FEMININE, GENITIVE), new Word("μελλε", "to be about to, to intend ", ROOT), new Word("μελλω", "I am about to, I intend - root μελλε", PRESENT), new Word("μελλήσω", "I will intend - μελλω root μελλε", FUTURE), new Word("ὁλος", "whole, entire", ADJECTIVE, MASCULINE), new Word("ὁλη", "whole, entire", ADJECTIVE, FEMININE), new Word("ὁλον", "whole, entire", ADJECTIVE, NEUTER), new Word("παρακαλῶ", "I call, I beseech παρακαλέω", PRESENT), new Word("παρακαλέσω", "I will call, I will beseech παρακαλέω", FUTURE), new Word("παρεκάλεσα", "I beseeched παρακαλέω", AORIST), new Word("παρακέκληκα", "I have beseeched παρακαλέω", PERFECT), new Word("παρακέκλημαι", "I have been beseeched παρακαλέω", MIDDLE, PASSIVE, PERFECT), new Word("παρεκλήθην", "I was beseeched παρακαλέω", PASSIVE, AORIST), // 108 new Word("ανα + στα", "to raise, to stand up ", ROOT), new Word("ἀνίστημι", "I raise, I stand up ", PRESENT), new Word("ἀναστήσω", "I will raise/stand up ", FUTURE), new Word("ἀνέστησα", "I raised ", AORIST), new Word("ἀνέστηκα", "I have raised ", PERFECT), new Word("ἀνέστυμαι", "I have been raised ", MIDDLE, PASSIVE, PERFECT), new Word("ἀνέστην", "I was raised ", PASSIVE, AORIST), // 106 new Word("σωζ", "to save ", ROOT), new Word("σῴζω", "I save - root σωζ", PRESENT), new Word("σώζω", "I will save - σῴζω root σωζ", FUTURE), new Word("ἔσωσα", "I saved - σῴζω root σωζ", AORIST), new Word("σέσωκα", "I have saved - σῴζω root σωζ", PERFECT), new Word("σέσῳσμαι", "I have been saved - σῴζω root σωζ", MIDDLE, PASSIVE, PERFECT), new Word("ἐσώθην", "I was saved - σῴζω root σωζ", PASSIVE, AORIST), new Word("ὤρα", "hour", FEMININE), new Word("ὤρας", "hour", FEMININE, GENITIVE), // 105 new Word("ἐκει", "there"), // 103 new Word("ὁτε", "when"), new Word("πως", "how"), new Word("ψυχη", "soul, life", FEMININE), new Word("ψυχης", "soul, life", FEMININE, GENITIVE), // 102 new Word("ἀγαθός", "good", ADJECTIVE, MASCULINE), new Word("ἀγαθή", "good", ADJECTIVE, FEMININE), new Word("ἀγαθόν", "good", ADJECTIVE, NEUTER), new Word("ἐξουσια", "authority", FEMININE), new Word("ἐξουσιας", "authority", FEMININE, GENITIVE), // 101 new Word("αρ", "to take up, to take away ", ROOT), new Word("αἴρω", "I take up, I take away - root αρ", PRESENT), new Word("ἀρω", "I will take up - αἴρω root αρ", FUTURE), new Word("ἦρα", "I took up - αἴρω root αρ", AORIST), new Word("ἦρκα", "I have taken up - αἴρω root αρ", PERFECT), new Word("ἦρμαι", "I have been taken up - αἴρω root αρ", MIDDLE, PASSIVE, PERFECT), new Word("ἤρθην", "I was taken up - αἴρω root αρ", PASSIVE, AORIST), new Word("δει", "it is necessary"), new Word("ὁδος", "way, road", FEMININE), new Word("ὁδου", "way, road", FEMININE, GENITIVE), // 100 new Word("ἀλληλων", "each other"), new Word("καλος", "good", ADJECTIVE, MASCULINE), new Word("καλη", "good", ADJECTIVE, FEMININE), new Word("καλον", "good", ADJECTIVE, NEUTER), new Word("ὀφθαλμος", "eye, sight", MASCULINE), new Word("ὀφθαλμου", "eye, sight", MASCULINE, GENITIVE), new Word("θε", "to put, place ", ROOT), new Word("τίθημι", "I put, I place - root θε", PRESENT), new Word("θήσω", "I will put - τίθημι root θε", FUTURE), new Word("ἔθηκα", "I placed - τίθημι root θε", AORIST), new Word("τέθεικα", "I have put - τίθημι root θε", PERFECT), new Word("τέθειμαι", "I have been put - τίθημι root θε", MIDDLE, PASSIVE, PERFECT), new Word("ἐτέθην", "I was put - τίθημι root θε", PASSIVE, AORIST), // 98 new Word("φαρισαιος", "Pharisee", MASCULINE), new Word("φαρισαιου", "Pharisee", MASCULINE, GENITIVE), new Word("ἑτερος", "other, another", ADJECTIVE, MASCULINE), new Word("ἑτερα", "other, another", ADJECTIVE, FEMININE), new Word("ἑτερον", "other, another", ADJECTIVE, NEUTER), // 97 new Word("ἀρτος", "bread", MASCULINE), new Word("ἀρτου", "bread", MASCULINE, GENITIVE), new Word("αἱμα", "blood", NEUTER), new Word("αἱματος", "blood", NEUTER, GENITIVE), new Word("δακ", "to teach ", ROOT), new Word("διδασκω", "I teach - root δακ", PRESENT), new Word("διδάξω", "I will teach - διδασκω root δακ", FUTURE), new Word("ἐδίδαξα", "I taught - διδασκω root δακ", AORIST), new Word("ἐδιδάχθην", "I was taught - διδασκω root δακ", PASSIVE, AORIST), new Word("γεννα", "to beget ", ROOT), new Word("γεννῶ", "I beget - root γεννα", PRESENT), new Word("γεννήσω", "I will beget - γεννῶ root γεννα", FUTURE), new Word("ἐγέννησα", "I begat - γεννῶ root γεννα", AORIST), new Word("γεγέννηκα", "I have begotten - γεννῶ root γεννα", PERFECT), new Word("γεγέννημαι", "I have been begotten - γεννῶ root γεννα", PASSIVE, PERFECT), new Word("ἐγεννήθην", "I was begotten - γεννῶ root γεννα", PASSIVE, AORIST), // 95 new Word("περι + πατε", "to walk around ", ROOT), new Word("περιπατω", "I walk around - root περι + πατε", PRESENT), new Word("περιπατήσω", "I will walk around - περιπατω root περι + πατε", FUTURE), new Word("περιεπάτησα", "I walked around - περιπατω root περι + πατε", AORIST), new Word("φοβε", "to fear ", ROOT), new Word("φοβέομαι", "I fear - root φοβε", PRESENT, DEPONENT), new Word("ἐφοβήθην", "I feared - φοβέομαι root φοβε", PASSIVE, AORIST, DEPONENT), // 93 new Word("ἔτι", "still, yet"), new Word("πούς", "foot", MASCULINE), new Word("ποδός", "foot", MASCULINE, GENITIVE), // 92 new Word("δικαιοσύνη", "justice, righteousness", FEMININE), new Word("δικαιοσύνης", "justice, righteousness", FEMININE, GENITIVE), new Word("εἰρήνη", "peace", FEMININE), new Word("εἰρήνης", "peace", FEMININE, GENITIVE), // 91 new Word("θάλασσα", "sea, lake", FEMININE), new Word("θάλασσης", "sea, lake", FEMININE, GENITIVE), new Word("τόπος", "place, position; opportunity; passage", MASCULINE), new Word("τόπου", "place, position; opportunity; passage", MASCULINE, GENITIVE), new Word("κατα + εμ", "to sit down ", ROOT), new Word("κάθημαι", "I sit down "), new Word("κάθησομαι", "I will sit down ", FUTURE), // 90 new Word("ἀκολουθε", "to follow ", ROOT), new Word("ἀκολουθω", "I follow - root ἀκολουθε", PRESENT), new Word("ἀκολουθήσω", "I will follow - ἀκολουθω root ἀκολουθε", FUTURE), new Word("ἠκολούθησα", "I followed - ἀκολουθω root ἀκολουθε", AORIST), new Word("ἠκολούθηκα", "I have followed - ἀκολουθω root ἀκολουθε", PERFECT), new Word("απο + ὀλ", "to destroy ", ROOT), new Word("ἀπόλλυμι", "I destroy, middle I perish, I die - root απο + ὀλ", PRESENT), new Word("ἀπολέσω", "I will destroy - ἀπόλλυμι root απο + ὀλ", FUTURE), new Word("ἀπώλεσα", "I destroyed - ἀπόλλυμι root απο + ὀλ", AORIST), new Word("ἀπόλωλα", "I have destroyed - ἀπόλλυμι root απο + ὀλ", PERFECT), new Word("πετ", "to fall ", ROOT), new Word("πίπτω", "I fall - root πετ", PRESENT), new Word("πεσοῦμαι", "I will fall - πίπτω root πετ", FUTURE), new Word("ἔπεσον", "I fell - πίπτω root πετ", SECOND_AORIST), new Word("πέπτωκα", "I have fallen - πίπτω root πετ", PERFECT), new Word("μηδείς", "no, no one"), // 88 new Word("ἑπτά", "seven, doesn't decline"), // 87 new Word("οὔτε", "neither"), // 86 new Word("αρχ", "(middle) to begin (active) to rule, rare ", ROOT), new Word("ἄρχομαι", "I begin (active I rule, but rare) - root αρχ", MIDDLE, PRESENT), new Word("ἄρξομαι", "I will begin - ἄρχομαι root αρχ", FUTURE, MIDDLE), new Word("ἠρξάμην", "I began - ἄρχομαι root αρχ", AORIST, MIDDLE), new Word("πληρο", "to fill, fulfill ", ROOT), new Word("πληρω", "I fill, fulfill - root πληρο", PRESENT), new Word("πληρώσω", "I will fill - πληρω root πληρο", FUTURE), new Word("ἐπλήρωσα", "I filled - πληρω root πληρο", AORIST), new Word("πεπλήρωκα", "I have filled - πληρω root πληρο", PERFECT), new Word("πεπλήρωμαι", "I have been filled - πληρω root πληρο", MIDDLE, PASSIVE, PERFECT), new Word("ἐπληρώθην", "I was filled - πληρω root πληρο", PASSIVE, AORIST), new Word("προσέρχομαι", "I come to", PRESENT), new Word("προσήλθον", "I came to προσέρχομαι", AORIST), new Word("προσελήλυθα", "I have come to προσέρχομαι", PERFECT), // 85 new Word("καιρός", "time (point and period)", MASCULINE), new Word("καιροῦ", "time (point and period)", MASCULINE, GENITIVE), new Word("προσ + ευχ", "to pray ", ROOT), new Word("προσεύχομαι", "I pray - root προσ + ευχ", PRESENT, DEPONENT), new Word("προσεύξομαι", "I will pray - προσεύχομαι root προσ + ευχ", FUTURE, DEPONENT), new Word("προσηυξάμην", "I prayed - προσεύχομαι root προσ + ευχ", AORIST, DEPONENT), // 83 new Word("μήτηρ", "mother", FEMININE), new Word("μητρός", "mother", FEMININE, GENITIVE), new Word("ὥστε", "so that, in order that, thus"), // 82 new Word("ανα + βα", "to go up, rise up, advance ", ROOT), new Word("ἀναβαίνω", "I go up, rise up, advance - root ανα + βα", PRESENT), new Word("ἀναβήσομαι", "I will go up, rise up, advance - ἀναβαίνω root ανα + βα", FUTURE, DEPONENT), new Word("ἀνέβην", "I went up, rose up, advanced - ἀναβαίνω root ανα + βα", SECOND_AORIST), new Word("ἀναβέβηκα", "I have gone up, risen up, advanced - ἀναβαίνω root ανα + βα", PERFECT), new Word("ἕκαστος", "each, every", ADJECTIVE, MASCULINE), new Word("ἕκαστη", "each, every", ADJECTIVE, FEMININE), new Word("ἕκαστον", "each, every", ADJECTIVE, NEUTER), new Word("ὅπου", "where, whereas"), // 81 new Word("ἐκβάλλω", "I cast out"), new Word("ἐκβαλῶ", "I will cast out ἐκβάλλω", FUTURE), new Word("ἐξέβαλον", "I cast out (past) ἐκβάλλω", AORIST), new Word("ἐκβέβληκα", "I have cast out ἐκβάλλω", PERFECT), new Word("ἐξεβλήθην", "I was cast out ἐκβάλλω", PASSIVE, AORIST), new Word("καταβαίνω", "I come/go down "), new Word("καταβήσομαι", "I will come/go down ", FUTURE, DEPONENT), new Word("κατέβην", "I came/went down ", SECOND_AORIST), new Word("καταβέβηκα", "I have come/gone down ", PERFECT), new Word("μᾶλλον", "more, rather"), // 80 new Word("άποστολος", "apostle", MASCULINE), new Word("άποστολου", "apostle", MASCULINE, GENITIVE), // 79 new Word("πεμπ", "to send ", ROOT), new Word("πέμπω", "I send - root πεμπ", PRESENT), new Word("πέμψω", "I will send - πέμπω root πεμπ", FUTURE), // TODO Check, I suspect this should be ἔπεμψα instead. new Word("ἕπεμψα", "I sent - πέμπω root πεμπ", AORIST), new Word("ἐπέμφθην", "I was sent - πέμπω root πεμπ", PASSIVE, AORIST), new Word("ὑπο + αγ", "to go away, to draw off ", ROOT), new Word("ὑπάγω", "I go away, I draw off - root ὑπο + αγ", PRESENT), new Word("ὑπάξω", "I will go away, I will draw off - ὑπάγω root ὑπο + αγ", FUTURE), new Word("ὑπἠγαγον", "I went away, I drew off - ὑπάγω root ὑπο + αγ", SECOND_AORIST), new Word("ὑπῆγμαι", "I have been taken away, I have been drawn off - ὑπάγω root ὑπο + αγ", MIDDLE, PASSIVE, PERFECT), new Word("ὑπήχθην", "I was taken away, I was drawn off - ὑπάγω root ὑπο + αγ", PASSIVE, AORIST), new Word("δίκαιος", "upright, just, righteous", ADJECTIVE, MASCULINE), new Word("δικαία", "upright, just, righteous", ADJECTIVE, FEMININE), new Word("δικαιον", "upright, just, righteous", ADJECTIVE, NEUTER), // 78 new Word("στόµα", "mouth", NEUTER), new Word("στόματος", "mouth", NEUTER, GENITIVE), new Word("πονηρός", "physical: sick, bad spiritual: evil, wicked", ADJECTIVE, MASCULINE), new Word("πονηρά", "physical: sick, bad spiritual: evil, wicked", ADJECTIVE, FEMININE), new Word("πονηρόν", "physical: sick, bad spiritual: evil, wicked", ADJECTIVE, NEUTER), // 77 new Word("σηµεῖον", "sign, miracle", NEUTER), new Word("σηµεῖου", "sign, miracle", NEUTER, GENITIVE), new Word("ανα + οιγω", "to open, unlock, disclose ", ROOT), new Word("ἀνοίγω", "I open, unlock, disclose - root ανα + οιγω", PRESENT), new Word("ἀνέῳζα", "I opened, unlocked, disclosed - ἀνοίγω root ανα + οιγω", AORIST), new Word("ἀνεῳχθην", "I was opened, unlocked, disclosed - ἀνοίγω root ανα + οιγω", PASSIVE, AORIST), new Word("βαπτιδ", "to baptize, wash, dip ", ROOT), new Word("βαπτίζω", "I baptize, wash, dip - root βαπτιδ", PRESENT), new Word("βαπτίσω", "I will baptize, wash, dip - βαπτίζω root βαπτιδ", FUTURE), new Word("ἐβαπτισα", "I baptized, washed, dipped - βαπτίζω root βαπτιδ", AORIST), new Word("βεβάπτισμαι", "I have been baptized, washed, dipped - βαπτίζω root βαπτιδ", PASSIVE, PERFECT), new Word("ἐβαπτίσθην", "I was baptized, washed, dipped - βαπτίζω root βαπτιδ", PASSIVE, AORIST), // 76 new Word("εὐαγγέλιον", "good news, gospel", NEUTER), new Word("εὐαγγέλιου", "good news, gospel", NEUTER, GENITIVE), new Word("πρόσωπον", "face, countenance", NEUTER), new Word("πρόσωπου", "face, countenance", NEUTER, GENITIVE), new Word("ὕδωρ", "water", NEUTER), new Word("ὕδατος", "water", NEUTER, GENITIVE), new Word("μαρτυρε", "to bear witness ", ROOT), new Word("μαρτυρῶ", "I bear witness - root μαρτυρε", PRESENT), new Word("μαρτυρήσω", "I will bear witness - μαρτυρῶ root μαρτυρε", FUTURE), new Word("ἐμαρτύρησα", "I bore witness - μαρτυρῶ root μαρτυρε", AORIST), new Word("μεμαρτύρηκα", "I have born witness - μαρτυρῶ root μαρτυρε", PERFECT), new Word("μεμαρτύρημαι", "I have been witnessed - μαρτυρῶ root μαρτυρε", MIDDLE, PASSIVE, PERFECT), new Word("ἐμαρτυρήθην", "I was witnessed - μαρτυρῶ root μαρτυρε", PASSIVE, AORIST), // 75 new Word("κεφαλή", "head", FEMININE), new Word("κεφαλῆς", "head", FEMININE, GENITIVE), new Word("δώδεκα", "twelve"), // 74 new Word("απο + κτεν", "to kill ", ROOT), new Word("ἀποκτείνω", "I kill - root απο + κτεν", PRESENT), new Word("ἀποκτενῶ", "I will kill - ἀποκτείνω root απο + κτεν", FUTURE), new Word("ἀπέκτεινα", "I killed - ἀποκτείνω root απο + κτεν", AORIST), new Word("ἀπεκτάθην", "I was killed - ἀποκτείνω root απο + κτεν", PASSIVE, AORIST), new Word("χαρ", "to rejoice ", ROOT), new Word("χαίρω", "I rejoice (infinitive used as a greeting) - root χαρ", PRESENT), new Word("ἐχάρην", "I rejoiced - χαίρω root χαρ", PASSIVE, SECOND_AORIST, DEPONENT), // 73 new Word("φῶς", "light", NEUTER), new Word("φωτός", "light", NEUTER, GENITIVE), new Word("πι", "to drink ", ROOT), new Word("πίνω", "I drink - root πι", PRESENT), new Word("πίομαι", "I will drink - πίνω root πι", FUTURE, DEPONENT), new Word("ἔπιον", "I drank - πίνω root πι", SECOND_AORIST), new Word("πέπωκα", "I have drunk - πίνω root πι", PERFECT), new Word("ἐπόθην", "I was drunk - πίνω root πι", PASSIVE, AORIST), // 71 new Word("ἱερόν", "temple", NEUTER), new Word("ἱεροῦ", "temple", NEUTER, GENITIVE), new Word("πῦρ", "fire", NEUTER), new Word("πυρός", "fire", NEUTER, GENITIVE), // 70 new Word("αἰτε", "to ask ", ROOT), new Word("αἰτέω", "I ask - root αἰτε", PRESENT), new Word("αἰτήσω", "I will ask - αἰτέω root αἰτε", FUTURE), new Word("ᾔτησα", "I asked - αἰτέω root αἰτε", AORIST), new Word("ᾔτηκα", "I have asked - αἰτέω root αἰτε", PERFECT), new Word("ᾔτημαι", "I have been asked - αἰτέω root αἰτε", MIDDLE, PASSIVE, PERFECT), new Word("τηρε", "to keep, guard ", ROOT), new Word("τηρέω", "I keep, I guard - root τηρε", PRESENT), new Word("τηρήσω", "I will keep, I will guard - τηρέω root τηρε", FUTURE), new Word("ἐτήρησα", "I kept, I guarded - τηρέω root τηρε", AORIST), new Word("τετήρηκα", "I have kept, I have guarded - τηρέω root τηρε", PERFECT), new Word("τετήρημαι", "I have been kept, I have been guarded - τηρέω root τηρε", MIDDLE, PASSIVE, PERFECT), new Word("ἐτηρήθην", "I was kept, I was guarded - τηρέω root τηρε", PASSIVE, AORIST), // 69 new Word("τρεῖς", "three", MASCULINE, FEMININE), new Word("τρία", "three", NEUTER), // 68 new Word("ῥῆμα", "word, thing", NEUTER), new Word("ῥῆματος", "word, thing", NEUTER, GENITIVE), new Word("σάββατον", "Sabbath, week", NEUTER), new Word("σάββατου", "Sabbath, week", NEUTER, GENITIVE), // 67 new Word("ἐντολή", "commandment", FEMININE), new Word("ἐντολῆς", "commandment", FEMININE, GENITIVE), new Word("πλοῖον", "ship, boat", NEUTER), new Word("πλοῖου", "ship, boat", NEUTER, GENITIVE), // 66 new Word("πρεσβύτερος") .addForm("elder", NOUN, MASCULINE) .addForm("old", ADJECTIVE, MASCULINE), new Word("πρεσβύτερου", "elder", NOUN, MASCULINE, GENITIVE), new Word("πρεσβύτερα", "old", ADJECTIVE, FEMININE), new Word("πρεσβύτερον", "old", ADJECTIVE, NEUTER), new Word("φερ", "to carry, bear, produce ", ROOT), new Word("φέρω", "I carry, bear, produce - root φερ", PRESENT), new Word("οἴσω", "I will carry, bear, produce - φέρω root ? ", FUTURE), new Word("ἤνεγκα", "I carried, bore, produced - φέρω root ?", AORIST), new Word("ἐνήνοχα", "I have carried, bore, produced - φέρω root ?", PERFECT), new Word("ἠνέχθην", "I was carried, born, produced - φέρω root ?", PASSIVE, AORIST), new Word("ἀπολύω", "I release - root απο + λυ", PRESENT), new Word("ἀπολύσω", "I will release - ἀπολύω root απο + λυ", FUTURE), new Word("ἀπέλυσα", "I released - ἀπολύω root απο + λυ", AORIST), new Word("ἀπολέλυμαι", "I have been released - ἀπολύω root απο + λυ", MIDDLE, PASSIVE, PERFECT), new Word("ἀπελύθην", "I was released - ἀπολύω root απο + λυ", PASSIVE, AORIST), new Word("καρπός", "fruit, crop, result", MASCULINE), new Word("καρποῦ", "fruit, crop, result", MASCULINE, GENITIVE), new Word("φη", "to say ", ROOT), new Word("φημί", "I say - root φη", PRESENT), new Word("ἔφη", "I said - φημί root φη", AORIST), // 65 new Word("εἴτε", "if, whether", PARTICLE), // 63 new Word("ὄρος", "mountain, hill", NEUTER), new Word("ὄρους", "mountain, hill", NEUTER, GENITIVE), new Word("γραμματεύς", "scribe", MASCULINE), new Word("γραμματέως", "scribe", MASCULINE, GENITIVE), new Word("δαιμόνιον", "demon", NEUTER), new Word("δαιμόνιου", "demon", NEUTER, GENITIVE), new Word("ερωτα", "to ask", ROOT), new Word("ἐρωτάω", "I ask - root ερωτα", PRESENT), new Word("ἐρωτήσω", "I will ask - ἐρωτάω root ερωτα", FUTURE), new Word("ἠρώτησα", "I asked - ἐρωτάω root ερωτα", AORIST), new Word("ἠρωτήθην", "I was asked - ἐρωτάω root ερωτα", PASSIVE, AORIST), // 62 new Word("Ἱεροσόλυμα", "Jerusalem", NEUTER), new Word("δοκ", "to think, seem ", ROOT), new Word("δοκέω", "I think, seem - root δοκ", PRESENT), new Word("ἔδοξα", "I thought, seemed - δοκέω root δοκ", AORIST), new Word("θέλημα", "will, desire", NEUTER), new Word("θέληματος", "will, desire", NEUTER, GENITIVE), new Word("θρόνος", "throne", MASCULINE), new Word("θρόνου", "throne", MASCULINE, GENITIVE), // 61 new Word("δοξαδ", "to praise, honor, glorify ", ROOT), new Word("δοξάζω", "I praise, honor, glorify - root δοξαδ", PRESENT), new Word("δοξάσω", "I will praise, honor, glorify - δοξάζω root δοξαδ", FUTURE), new Word("ἐδόξασα", "I praised, honored, glorified - δοξάζω root δοξαδ", AORIST), new Word("δεδόξασμαι", "I have been praised, honored, glorified - δοξάζω root δοξαδ", MIDDLE, PASSIVE, PERFECT), new Word("ἐδοξάσθην", "I was praised, honored, glorified - δοξάζω root δοξαδ", PASSIVE, AORIST), new Word("κηρυγ", "to proclaim, preach ", ROOT), new Word("κηρύσσω", "I proclaim, preach - root κηρυγ"), new Word("ἐκήρυξα", "I proclaimed, preached - κηρύσσω root κηρυγ", AORIST), new Word("ἐκηρύχθην", "I was proclaimed, preached - κηρύσσω root κηρυγ", PASSIVE, AORIST), new Word("εὐ + αγγελιδ", "to bring good news", ROOT), new Word("εὐαγγελίζω", "I bring good news , often occurs in middle voice with same meaning - root εὐ + αγγελιδ", PRESENT), new Word("εὐηγγέλισα", "I brought good news - εὐαγγελίζω root εὐ + αγγελιδ", AORIST), new Word("εὐηγγέλισμαι", "I have been brought good news - εὐαγγελίζω root εὐ + αγγελιδ", MIDDLE, PASSIVE, PERFECT), new Word("εὐηγγελίσθην", "I was brought good news - εὐαγγελίζω root εὐ + αγγελιδ", PASSIVE, AORIST), new Word("ὑπάρχω", "I am, I exist - root ὑπό + αρχ", PRESENT), new Word("ἤδη", "now, already"), new Word("ὧδε", "here"), new Word("νύξ", "night", FEMININE), new Word("νυκτός", "night", FEMININE, GENITIVE), // 60 new Word("ἱμάτιον", "garment", NEUTER), new Word("ἱμάτιου", "garment", NEUTER, GENITIVE), new Word("προσκυνε", "to fall down to worship", ROOT), new Word("προσκυνέω", "I fall down to worship - root προσκυνε", PRESENT), new Word("προσκυνήσω", "I will fall down to worship - προσκυνέω root προσκυνε", FUTURE), new Word("προσεκύνησα", "I fell down to worship - προσκυνέω root προσκυνε", AORIST), // 59 new Word("ἀσπαδ", "to greet, salute ", ROOT), new Word("ἀσπάζομαι", "I greet, salute - root ἀσπαδ", PRESENT, DEPONENT), new Word("ἠσπασάμην", "I greeted, saluted - ἀσπάζομαι root ἀσπαδ", AORIST, DEPONENT), new Word("λίθος", "stone", MASCULINE), new Word("λίθου", "stone", MASCULINE, GENITIVE), new Word("διδάσκαλος", "teacher", MASCULINE), new Word("διδάσκαλου", "teacher", MASCULINE, GENITIVE), new Word("χαρά", "joy", FEMININE), new Word("χαρᾶς", "joy", FEMININE, GENITIVE), new Word("συνάγω", "I bring together, I compile ", PRESENT), new Word("συνάξω", "I will bring together, I will compile συνάγω ", FUTURE), new Word("συνήγαγον", "I brought together, I compiled συνάγω ", AORIST), new Word("συνήχθην", "I was brought together, I was compiled συνάγω ", PASSIVE, AORIST), new Word("συνῆγμαι", "I have been brought together, I have been compiled συνάγω ", MIDDLE, PASSIVE, PERFECT), // 58 new Word("θεωρε", "to look at, behold ", ROOT), new Word("θεωρέω", "I look at, behold - root θεωρε", PRESENT), new Word("θεωρήσω", "I will look at, behold - θεωρέω root θεωρε", FUTURE), new Word("ἐθεώρησα", "I looked at, beheld - θεωρέω root θεωρε", AORIST), // 57 new Word("τοιοῦτος", "such, of such kind", ADJECTIVE, MASCULINE), new Word("τοιαῦτη", "such, of such kind", ADJECTIVE, FEMININE), new Word("τοιοῦτον", "such, of such kind", ADJECTIVE, NEUTER), // 56 new Word("μηδέ", "and not, neither"), new Word("δεχ", "to take, receive ", ROOT), new Word("δέχομαι", "I take, receive ", DEPONENT), new Word("δέξομαι", "I will take, receive δέχομαι ", FUTURE, DEPONENT), new Word("ἐδεξάμην", "I took, received δέχομαι ", AORIST, DEPONENT), new Word("δέδεγμαι", "I have been taken, received δέχομαι ", MIDDLE, PASSIVE, PERFECT), new Word("ἐδἐχθην", "I was taken, received δέχομαι ", PASSIVE, AORIST), new Word("επι + ερωτα", "to ask", ROOT), new Word("ἐπερωτάω", "I ask - root επι + ερωτα", PRESENT), new Word("ἐπερωτήσω", "I will ask - ἐπερωτάω root επι + ερωτα", FUTURE), new Word("ἐπηρώτησα", "I asked - ἐπερωτάω root επι + ερωτα", AORIST), new Word("συναγωγή", "synagogue, meeting", FEMININE), new Word("συναγωγῆς", "synagogue, meeting", FEMININE, GENITIVE), // 55 new Word("κραγ", "to cry out, call out ", ROOT), new Word("κράζω", "I cry out, call out - root κραγ", PRESENT), new Word("κράξω", "I will cry out, call out - κράζω root κραγ", FUTURE), new Word("ἔκραξα", "I cried out, called out - κράζω root κραγ", AORIST), new Word("κέκραγα", "I have cried out, called out - κράζω root κραγ", PERFECT), new Word("λοιπός") .addForm("the rest, remainder", NOUN, MASCULINE) .addForm("remaining", ADJECTIVE, MASCULINE), new Word("λοιπή", "remaining", ADJECTIVE, FEMININE), new Word("λοιπόν", "remaining", ADJECTIVE, NEUTER), new Word("ἀρχή", "beginning; ruler", FEMININE), new Word("ἀρχῆς", "beginning; ruler", FEMININE, GENITIVE), // 54 new Word("δεξιός", "right (hand, side)", ADJECTIVE, MASCULINE), new Word("δεξιά", "right (hand, side)", ADJECTIVE, FEMININE), new Word("δεξιόν", "right (hand, side)", ADJECTIVE, NEUTER), new Word("μέσος", "middle, in the midst", ADJECTIVE, MASCULINE), new Word("μέση", "middle, in the midst", ADJECTIVE, FEMININE), new Word("μέσον", "middle, in the midst", ADJECTIVE, NEUTER), new Word("χρόνος", "time", MASCULINE), new Word("χρόνου", "time", MASCULINE, GENITIVE), new Word("ούχι", "not"), // 53 new Word("ἐλπίς", "hope, expectation", FEMININE), new Word("ἐλπίδος", "hope, expectation", FEMININE, GENITIVE), new Word("διό", "therefore, for this reason"), new Word("ὅπως", "so that, in order that, how that"), // 52 new Word("ἐπαγγελία", "promise", FEMININE), new Word("ἐπαγγελίας", "promise", FEMININE, GENITIVE), new Word("παιδίον", "child, infant", NEUTER), new Word("παιδίου", "child, infant", NEUTER, GENITIVE), new Word("πειθ", "to persuade ", ROOT), new Word("πείθω", "I persuade - root πειθ", PRESENT), new Word("πείσω", "I will persuade - πείθω root πειθ", FUTURE), new Word("ἔπεισα", "I persuaded - πείθω root πειθ", AORIST), new Word("πέποιθα", "I have persuaded - πείθω root πειθ", PERFECT), new Word("πέπεισμαι", "I have been persuaded - πείθω root πειθ", MIDDLE, PASSIVE, PERFECT), new Word("ἐπείσθην", "I was persuaded - πείθω root πειθ", PASSIVE, AORIST), new Word("σπερ", "to sow ", ROOT), new Word("σπείρω", "I sow - root σπερ", PRESENT), new Word("ἔσπειρα", "I sowed - σπείρω root σπερ", AORIST), new Word("ἔσπαρμαι", "I have been sown - σπείρω root σπερ", MIDDLE, PASSIVE, PERFECT), new Word("ἐσπάρην", "I was sown - σπείρω root σπερ", PASSIVE, AORIST), // 51 new Word("σοφία", "skill, wisdom", FEMININE), new Word("σοφίας", "skill, wisdom", FEMININE, GENITIVE), new Word("εὐθύς", "immediately"), // 50 new Word("γλῶσσα", "tongue, language", FEMININE), new Word("γλῶσσης", "tongue, language", FEMININE, GENITIVE), new Word("γραφή", "scripture, writing", FEMININE), new Word("γραφῆς", "scripture, writing", FEMININE, GENITIVE), new Word("παραβολή", "parable", FEMININE), new Word("παραβολῆς", "parable", FEMININE, GENITIVE), new Word("ἔσχατος", "last", ADJECTIVE, MASCULINE), new Word("ἔσχατη", "last", ADJECTIVE, FEMININE), new Word("ἔσχατον", "last", ADJECTIVE, NEUTER), new Word("κακός", "bad, evil", ADJECTIVE, MASCULINE), new Word("κακή", "bad, evil", ADJECTIVE, FEMININE), new Word("κακόν", "bad, evil", ADJECTIVE, NEUTER), new Word("μακάριος", "blessed, happy", ADJECTIVE, MASCULINE), new Word("μακαρία", "blessed, happy", ADJECTIVE, FEMININE), new Word("μακάριον", "blessed, happy", ADJECTIVE, NEUTER), new Word("τυφλός", "blind", ADJECTIVE, MASCULINE), new Word("τυφλή", "blind", ADJECTIVE, FEMININE), new Word("τυφλόν", "blind", ADJECTIVE, NEUTER), // 49 new Word("ἔτος", "year", NEUTER), new Word("ἔτους", "year", NEUTER, GENITIVE), new Word("χρεία", "need, necessity", FEMININE), new Word("χρείας", "need, necessity", FEMININE, GENITIVE), new Word("παραλαμβάνω", "I take to myself, take along, take over", PRESENT), new Word("παραλήμψομαι", "I will take to myself, will take along, will take over ", FUTURE), new Word("παρέλαβον", "I took to myself, took along, took over ", SECOND_AORIST), new Word("παρελήμφθην", "I was taken along, was taken over ", PASSIVE, AORIST), new Word("φανερο", "to reveal, make known", ROOT), new Word("φανερῶ", "I reveal, make known - root φανερο", PRESENT), new Word("φανερώσω", "I will reveal, make known - φανερῶ root φανερο", FUTURE), new Word("ἐφανέρωσα", "I revealed, made known - φανερῶ root φανερο", AORIST), new Word("ἐφανερώθην", "I was revealed, made known - φανερῶ root φανερο", PASSIVE, AORIST), new Word("πεφανέρωμαι", "I have been revealed, made known - φανερῶ root φανερο", MIDDLE, PASSIVE, PERFECT), new Word("ἄρα", "then, therefore"), // 48 new Word("ἔρημος", "isolated, desolate, deserted, used as substantive, desert (feminine in this case)", ADJECTIVE), new Word("ἀποδίδωμι", "I give up, give back, pay", PRESENT), new Word("ἀποδώσω", "I will give up, give back, pay ", FUTURE), new Word("ἀπέδωκα", "I gave up, gave back, paid ", AORIST), new Word("ἀπεδόθην", "I was given up, given back, paid ", PASSIVE, AORIST), // 47 new Word("πρό", "before, above"), new Word("κρίσις", "judgement, legal case", FEMININE), new Word("κρίσεως", "judgement, legal case", FEMININE, GENITIVE), new Word("φόβος", "fear, fear inspiring thing, reverence", MASCULINE), new Word("φόβου", "fear, fear inspiring thing, reverence", MASCULINE, GENITIVE), new Word("φυλακή", "guard, prison, watch (of the night)", FEMININE), new Word("φυλακῆς", "guard, prison, watch (of the night)", FEMININE, GENITIVE), new Word("κρατε", "to grasp, to be strong, to take possession", ROOT), new Word("κρατῶ", "I grasp, am strong, take possession - κρατέω root κρατε", PRESENT), new Word("κρατήσω", "I will grasp, will be strong, will take possession - κρατέω root κρατε", FUTURE), new Word("ἐκράτησα", "I grasped, was strong, took possession - κρατέω root κρατε", AORIST), new Word("κεκράτηκα", "I have grasped, have been strong, have taken possession - κρατέω root κρατε", PERFECT), new Word("κεκράτημαι", "I have been grasped, have been taken possession - κρατέω root κρατε", MIDDLE, PASSIVE, PERFECT), new Word("προσφέρω", "I bring, I offer - root προσ + φερω", PRESENT), new Word("προσήνεγκα", "I brought, I offered - προσφερω root προσ + φερω", AORIST), new Word("προσενήνοχα", "I have brought, I have offered - προσφερω root προσ + φερω", PERFECT), new Word("προσήνεχθην", "I was brought, I was offered - προσφερω root προσ + φερω", PASSIVE, AORIST), new Word("οὐκέτι", "no longer"), // 46 new Word("θηρίον", "non-human animal, wild animal", NEUTER), new Word("θηρίου", "non-human animal, wild animal", NEUTER, GENITIVE), new Word("σωτηρία", "salvation, deliverance, preservation", FEMININE), new Word("σωτηρίας", "salvation, deliverance, preservation", FEMININE, GENITIVE), new Word("καθίζω", "I set, seat, appoint, sit down, settle", PRESENT), new Word("καθίσω", "I will set, seat, appoint, sit down, settle - καθίζω", FUTURE), new Word("ἐκάθισα", "I set, sat, appointed, sat down, settled - καθίζω", AORIST), new Word("κεκάθικα", "I have set, sat, appointed, sat down, settled - καθίζω", PERFECT), new Word("σταυρῶ", "I crucify", PRESENT), new Word("σταυρώσω", "I will crucify - σταυρῶ", FUTURE), new Word("ἐσταύρωσα", "I crucified - σταυρῶ", AORIST), new Word("ἐσταυρώθην", "I was crucified - σταυρῶ", PASSIVE, AORIST), new Word("ἐσταύρωμαι", "I have been crucified - σταυρῶ", MIDDLE, PASSIVE, PERFECT), new Word("μικρός", "small, little", ADJECTIVE, MASCULINE), new Word("μικρά", "small, little", ADJECTIVE, FEMININE), new Word("μικρόν", "small, little", ADJECTIVE, NEUTER), // 45 new Word("θλῖψις", "trouble that inflicts distress, oppression, affliction, tribulation", FEMININE), new Word("θλῖψεως", "trouble that inflicts distress, oppression, affliction, tribulation", FEMININE, GENITIVE), new Word("ναός", "temple, deity's palace", MASCULINE), new Word("ναοῦ", "temple, deity's palace", MASCULINE, GENITIVE), new Word("ἀπαγγέλλω", "I tell, bring news, report", PRESENT), new Word("ἀπαγγελῶ", "I will tell, bring news, report - ἀπαγγέλλω", FUTURE), new Word("ἀπήγγειλα", "I told, brought news, reported - ἀπαγγέλλω", AORIST), new Word("ἀπηγγέλην", "I was told, brought news, reported - ἀπαγγέλλω", PASSIVE, AORIST), new Word("διώκω", "I pursue, persecute", PRESENT), new Word("διώξω", "I will pursue, persecute - διώκω", FUTURE), new Word("ἐδιώξα", "I pursued, persecuted - διώκω", AORIST), new Word("ἐδιώχθην", "I was pursued, persecuted - διώκω", PASSIVE, AORIST), new Word("δεδίωγμαι", "I have been pursued, persecuted - διώκω", MIDDLE, PASSIVE, PERFECT), new Word("ὅμοιος", "of the same nature, like, similar", ADJECTIVE, MASCULINE), new Word("ὁμοία", "of the same nature, like, similar", ADJECTIVE, FEMININE), new Word("ὅμοιον", "of the same nature, like, similar", ADJECTIVE, NEUTER), // 44 new Word("ἐπιγινώσκω", "I understand, recognize", PRESENT), new Word("ἐπιγινώσομαι", "I will understand, recognize - ἐπιγινώσκω", FUTURE, DEPONENT), new Word("ἐπέγνων", "I understood, recognized - ἐπιγινώσκω", AORIST), new Word("ἐπέγνωκα", "I have understood, recognized - ἐπιγινώσκω", PERFECT), new Word("ἐπεγινώσθην", "I was understood, recognized - ἐπιγινώσκω", PASSIVE, AORIST), new Word("κατοικῶ", "I dwell, settle, inhabit - κατοικέω", PRESENT), new Word("κατῷκησα", "I dwelt, settled, inhabited - κατοικέω", AORIST), // 43 new Word("σπέρμα", "seed, descendant", NEUTER), new Word("σπέρματος", "seed, descendant", NEUTER, GENITIVE), new Word("σεαυτοῦ", "yourself", SINGULAR), new Word("ἁμαρτάνω", "I sin - root ἁμαρτ ?", PRESENT), new Word("ἁμαρτήσω", "I will sin - ἁμαρτάνω root ἁμαρτ ?", FUTURE), new Word("ἡμάρτησα", "I sinned - ἁμαρτάνω root ἁμαρτ ?", AORIST), new Word("ἡμάρτηκα", "I have sinned - ἁμαρτάνω root ἁμαρτ ?", PERFECT), new Word("δέω", "I tie, bind - root δε ?", PRESENT), new Word("δήσω", "I will tie, bind - δέω root δε ?", FUTURE), new Word("ἔδησα", "I tied, bound - δέω root δε ?", AORIST), new Word("δέδεκα", "I have tied, bound - δέω root δε ?", PERFECT), new Word("δέδεμαι", "I have been tied, bound - δέω root δε ?", MIDDLE, PASSIVE, PERFECT), new Word("ἐδέθην", "I was tied, bound - δέω root δε ?", PASSIVE, AORIST), new Word("διέρχομαι", "I pass through - δια ερχομαι", PRESENT, DEPONENT), new Word("διελεύσομαι", "I will pass through - δια ερχομαι", FUTURE, DEPONENT), new Word("διῆλθον", "I passed through - δια ερχομαι", AORIST), new Word("διελήλυθα", "I have passed through - δια ερχομαι", PERFECT), new Word("θαυμάζω", "I marvel - root θαυμαστ ?", PRESENT), new Word("ἐθαύμασα", "I marvelled - θαυμάζω root θαυμαστ ?", AORIST), new Word("ἐθαυμάσθην", "I was marvelled at - θαυμάζω root θαυμαστ ?", PASSIVE, AORIST), new Word("θεραπεύω", "I serve (a divinity), heal - root θεραπευ ?", PRESENT), new Word("θεραπεύσω", "I will serve (a divinity), heal - θεραπεύω root θεραπευ ?", FUTURE), new Word("ἐθεράπευσα", "I served (a divinity), healed - θεραπεύω root θεραπευ ?", AORIST), new Word("τεθεράπευμαι", "I have healed - θεραπεύω root θεραπευ ?", MIDDLE, PASSIVE, PERFECT), new Word("ἐθεραπεύθην", "I was healed - θεραπεύω root θεραπευ ?", PASSIVE, AORIST), new Word("φωνῶ", "I call, cry out - root φωνε ?", PRESENT), new Word("φωνἠσω", "I will call, cry out - φωνῶ root φωνε ?", FUTURE), new Word("ἐφώνησα", "I called, cried out - φωνῶ root φωνε ?", AORIST), new Word("ἐφωνήθην", "I was called - φωνῶ root φωνε ?", PASSIVE, AORIST) ); } }	alanfgates/language-flashcards	src/main/java/com/github/alanfgates/language/flashcards/GreekBuilderHelperVocab.java
391	package MultiKAP.Tools; import java.io.ByteArrayInputStream; import java.io.ByteArrayOutputStream; import java.io.IOException; import java.security.; import javax.crypto.BadPaddingException; import javax.crypto.Cipher; import javax.crypto.IllegalBlockSizeException; import javax.crypto.NoSuchPaddingException; import javax.crypto.spec.IvParameterSpec; /* * @author icsd12015 * */ //Περοιέχει μεθόδους για τη Συμμετρικη και Ασσυμετρη κρυπτογραφηση public class EncryptionTool { //Μεθοδος για κρυπτογραφηση με παραμετρους //τα δεδομενα για κρυπτογραφηση, το κλειδι κρυπτογραφησης, τον αλγοριθμπ, αν το mode του αλγοριθμου κανει χρηση initiation vector και τον security provider public static byte[] Encrypt (byte[] plain, Key key, String algorithm, boolean useIV, Provider security_provider) throws NoSuchAlgorithmException, InvalidKeyException, IllegalBlockSizeException, NoSuchPaddingException, BadPaddingException, NoSuchProviderException, InvalidAlgorithmParameterException, IOException { Cipher cipher = Cipher.getInstance(algorithm, security_provider); if (useIV) { IvParameterSpec iv = EncryptionTool.generateIV(cipher.getBlockSize()); cipher.init(Cipher.ENCRYPT_MODE, key, iv); byte[] m = cipher.doFinal(plain); return EncryptionTool.appendIV(m, iv.getIV()); } else { cipher.init(Cipher.ENCRYPT_MODE, key); return cipher.doFinal(plain); } } //Μεθοδος για αποκρυπτογραφηση με παραμετρους //το κρυπτογραφημα, το κλειδι κρυπτογραφησης, τον αλγοριθμπ, αν το mode του αλγοριθμου κανει χρηση initiation vector και τον security provider public static byte[] Decrypt (byte[] encrypted, Key key, String algorithm, boolean useIV, Provider security_provider) throws NoSuchAlgorithmException, NoSuchPaddingException, InvalidKeyException, InvalidAlgorithmParameterException, IllegalBlockSizeException, BadPaddingException, NoSuchProviderException, IOException { Cipher cipher = Cipher.getInstance(algorithm, security_provider); if (useIV) { IvParameterSpec iv = EncryptionTool.retrieveIV(encrypted, cipher.getBlockSize()); byte[] cipherblock = EncryptionTool.retrieveCipherBlock(encrypted, cipher.getBlockSize()); cipher.init(Cipher.DECRYPT_MODE, key, iv); return cipher.doFinal(cipherblock); } else { cipher.init(Cipher.DECRYPT_MODE, key, cipher.getParameters()); return cipher.doFinal(encrypted); } } //Μεθοδος για την δημιουργια initiation vector public static IvParameterSpec generateIV (final int ivSizeBytes) { final byte[] iv = new byte[ivSizeBytes]; final SecureRandom sr = new SecureRandom(); sr.nextBytes(iv); return new IvParameterSpec(iv); } //Μεθοδος για την προσθηκη initiation vector στο κρυπτογραφημα public static byte[] appendIV (byte[] eData, byte[] iv) throws IOException { ByteArrayOutputStream os = new ByteArrayOutputStream(); os.write(iv); os.write(eData); return os.toByteArray(); } //Μεθοδος για την ανακτηση του initiation vector απο το κρυπτογραφημα public static IvParameterSpec retrieveIV (byte[] eData, int length) throws IOException { ByteArrayInputStream is = new ByteArrayInputStream(eData); byte[] ivbytes = new byte[length]; is.read(ivbytes); return new IvParameterSpec(ivbytes); } //Μεθοδος για την ανακτηση των καθαρων αποκρυπτογραφημενων δεδομενων απο το κρυπτογραφημα που περιεχει και το initiation vector public static byte[] retrieveCipherBlock (byte[] eData, int offset) throws IOException { ByteArrayInputStream is = new ByteArrayInputStream(eData); is.read(new byte[offset]); byte[] cipherBlock = new byte[eData.length - offset]; is.read(cipherBlock); return cipherBlock; } }	icsd12015/projects_security	MultiKAP/Project/src/MultiKAP/Tools/EncryptionTool.java
392	package gr.cti.eslate.agent; import java.util.ListResourceBundle; public class BundleInfo extends ListResourceBundle { public Object [][] getContents() { return contents; } static final Object[][] contents={ {"compo", "Agent component, version"}, {"part", "Part of the E-Slate environment (http://E-Slate.cti.gr)"}, {"development", "Development: G. Vasiliou"}, {"contribution", "Contribution: M. Koutlis, K. Kyrimis, N. Renieri, G. Tsironis"}, {"copyright", "Copyright Ερευνητικό Ακαδημαϊκό Ινστιτούτο Τεχνολογίας Υπολογιστών-ΕΑ.ΙΤΥ 1993-2008.\nΑνάπτυξη τρέχουσας έκδοσης από τις Conceptum AE και ΕΧΟDUS AE.\nΤο Αβάκιο 2.0 υπόκειται σε διπλή άδεια (dual license), ήτοι ισχύουν οι όροι της GNU-GPL License και της L-GPL license.\n\nΕπιτρέπεται η παραγωγή, διανομή και εμπορική εκμετάλλευση κλειστού ή ανοιχτού κώδικα παράγωγων προϊόντων\nβασισμένων στην πλατφόρμα Αβάκιο 2.0 και κάθε επόμενης έκδοσής της καθώς επίσης και να συμπεριλαμβάνεται\nκαι να διανέμεται μαζί με τα προϊόντα αυτά η πλατφόρμα σε μορφή πηγαίου ή/και εκτελέσιμου κώδικα."} }; }	vpapakir/myeslate	widgetESlate/src/gr/cti/eslate/agent/BundleInfo.java
393	package main.teacher; import Class_folder.Excursion; import javafx.collections.FXCollections; import javafx.collections.ObservableList; import javafx.fxml.FXML; import javafx.fxml.FXMLLoader; import javafx.fxml.Initializable; import javafx.scene.Node; import javafx.scene.Parent; import javafx.scene.Scene; import javafx.scene.control.TableColumn; import javafx.scene.control.TableView; import javafx.scene.control.cell.PropertyValueFactory; import javafx.stage.Stage; import java.io.IOException; import java.net.URL; import java.time.LocalDate; import java.time.Month; import java.util.ResourceBundle; public class excursions_Controller implements Initializable { @FXML private TableView<Excursion> table; @FXML private TableColumn<Excursion, String> ex_name; @FXML private TableColumn<Excursion, String> ex_date; @FXML private TableColumn<Excursion, Boolean> select; @FXML public void select_newExcursion(javafx.event.ActionEvent actionEvent) throws IOException { //create excursion button listener Node node = (Node) actionEvent.getSource(); Stage stage = (Stage) node.getScene().getWindow(); Scene scene = stage.getScene(); FXMLLoader fxmlLoader = new FXMLLoader(getClass().getResource("excursion_create.fxml")); var root = (Parent) fxmlLoader.load(); scene.setRoot(root); } public void click_Grades(javafx.event.ActionEvent actionEvent) throws IOException { Node node = (Node) actionEvent.getSource(); Stage stage = (Stage) node.getScene().getWindow(); Scene scene = stage.getScene(); FXMLLoader fxmlLoader = new FXMLLoader(getClass().getResource("grades_main.fxml")); var root = (Parent) fxmlLoader.load(); scene.setRoot(root); } LocalDate date1 = LocalDate.of(2021, Month.MAY, 27); LocalDate date2 = LocalDate.of(2021, Month.MAY, 26); LocalDate date3 = LocalDate.of(2021, Month.APRIL, 29); LocalDate date4 = LocalDate.of(2020, Month.APRIL, 27); LocalDate date5 = LocalDate.of(2020, Month.MARCH, 4); //getExcursion() αναζήτηση στη βάση δεδομένων //dummy data εδώ private final ObservableList<Excursion> list = FXCollections.observableArrayList( new Excursion("Τριήμερη εκδρομή στην Αρχαία Ολυμπία", "Επίσκεψη στον αρχαιολογικό χώρο της Αρχαίας Ολυμπίας"," Αρχαία Ολυμπία",date1,70), new Excursion("Μονοήμερη εκδρομή στην Αθήνα", "Επίσκεψη στο μουσειο της Ακρόπολης και στη Βουλή", "Αθήνα", date2, 30), new Excursion("Τριήμερη εκδρομή στο Βόλο", "Επίσκεψη στο Βόλο και στο Πήλιο", "Βόλος", date3, 60), new Excursion("Πενθήμερη εκδρομή στο Ναύπλιο", "Επίσκεψη στο Ναύπλιο και στο αρχαίο θέατρο της Επιδαύρου", "Ναύπλιο", date4, 90), new Excursion("Τριήμερη εκδρομή στη Θεσσαλονίκη","Επίσκεψη στο μετρό της Θεσαλονίκης", "Θεσσαλονίκη", date5, 64) ); @Override public void initialize(URL location, ResourceBundle resources) { //show excursions ex_name.setCellValueFactory(new PropertyValueFactory<>("title")); ex_date.setCellValueFactory(new PropertyValueFactory<>("date")); select.setCellValueFactory(new PropertyValueFactory<>("check")); table.setItems(list); } @FXML public void click_showAnnounc(javafx.event.ActionEvent actionEvent) throws IOException { var node = (Node) actionEvent.getSource(); Stage stage = (Stage) node.getScene().getWindow(); Scene scene = stage.getScene(); FXMLLoader fxmlLoader = new FXMLLoader(getClass().getResource("teacher_announcement.fxml")); var root = (Parent) fxmlLoader.load(); scene.setRoot(root); } }	kandrew5/SoftwareEngineerProject	src/main/teacher/excursions_Controller.java
394	/* This file is part of "Ηλεκτρονική Διακίνηση Εγγράφων Δήμου Αθηναίων(ΗΔΕ) Documents' Digital Handling/Digital Signature of Municipality of Athens(DDHDS)". Complementary service to allow digital signing from browser Copyright (C) <2018> Municipality Of Athens Service Author Panagiotis Skarvelis [email protected] This program is free software: you can redistribute it and/or modify it under the terms of the GNU Affero General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Affero General Public License for more details. You should have received a copy of the GNU Affero General Public License along with this program. If not, see <https://www.gnu.org/licenses/>. <authors' emails : [email protected], [email protected], [email protected]> <authors' address : Λιοσίων 22, Αθήνα - Ελλάδα, ΤΚ:10438 ---- Liosion 22, Athens - Greece, PC:10438> / package moa.ds.service.athens.gr; import java.io.IOException; import java.io.InputStream; import java.security.GeneralSecurityException; import java.security.Security; import java.util.Objects; import javax.servlet.ServletException; import javax.servlet.annotation.MultipartConfig; import javax.servlet.annotation.WebInitParam; import javax.servlet.annotation.WebServlet; import javax.servlet.http.HttpServlet; import javax.servlet.http.HttpServletRequest; import javax.servlet.http.HttpServletResponse; import javax.servlet.http.Part; import org.apache.commons.io.IOUtils; import org.bouncycastle.jce.provider.BouncyCastleProvider; import com.itextpdf.text.DocumentException; import moa.ds.service.athens.gr.MOASSUtils; import moa.ds.service.athens.gr.radweriel; /* * Servlet implementation class putPDF / @WebServlet( urlPatterns = { "/putPDF" }, initParams = { @WebInitParam(name = "uuid", value = "") }) @MultipartConfig public class putPDF extends HttpServlet { private static final long serialVersionUID = 1L; static { Security.addProvider(new BouncyCastleProvider()); } /* * @see HttpServlet#HttpServlet() / public putPDF() { super(); } /* * @see HttpServlet#doPut(HttpServletRequest, HttpServletResponse) / protected void doPut(HttpServletRequest request, HttpServletResponse response) throws ServletException, IOException { try { //String uuid = request.getParameter("uuid"); //Logo bug mallon... den doulevei.. kanonika tha eprepe se servlet 3.1 String uuid = MOASSUtils.getValueFromPart(request.getPart("uuid")); String loggedUser = MOASSUtils.getValueFromPart(request.getPart("loggedUser")); String taskUUID = MOASSUtils.getValueFromPart(request.getPart("taskUUID")); Part filePart = request.getPart("file"); // Retrieves <input type="file" name="file"> //String fileName = Paths.get(filePart.getSubmittedFileName()).getFileName().toString(); // MSIE fix. InputStream fileContentStream = filePart.getInputStream(); final byte[] fileContent = IOUtils.toByteArray(fileContentStream); //TODO rethinks security //Elegxos an o logged user paei na ypograpsei eggrafo se site pou anikei //String UserOU = galgallin.getOUbyUID(loggedUser).replaceAll("[ /s\\/,.!@#$%^&()-+_=]", ""); String UserOU = MOASSUtils.setOuInAppropriateFormat(loggedUser); String site = radweriel.siteByDocUUID("workspace://SpacesStore/"+uuid).replaceAll("[ /s\\/,.!@#$%^&*()-+_=]", ""); if (!Objects.equals(site,UserOU)) throw new RuntimeException("Doc put is not allowed"); //elenxos an o xristis einai allowed sto sygkekrimeno taskUUID if (!thales.cantitateIsValid(taskUUID,loggedUser)) throw new RuntimeException("Not allowed"); if (MOASSUtils.isLastSignFromLoggedUser(fileContent,loggedUser)==true) radweriel.updateDocByID(uuid, fileContent); else throw new RuntimeException("Not correct signer"); //get signatures and write to output response.getWriter().println("{\"status\":\"ok\"}"); } catch (DocumentException e) { throw new IOException(e); } catch (GeneralSecurityException e) { throw new IOException(e); } catch (Exception e) { response.getWriter().println("{\"error\":\""+e.getMessage()+"\"}"); } } }	MunicipalityOfAthens/MOASS	src/moa/ds/service/athens/gr/putPDF.java
395	/* This file is part of "Ηλεκτρονική Διακίνηση Εγγράφων Δήμου Αθηναίων(ΗΔΕ) Documents' Digital Handling/Digital Signature of Municipality of Athens(DDHDS)". Complementary service to allow digital signing from browser Copyright (C) <2018> Municipality Of Athens Service Author Panagiotis Skarvelis [email protected] This program is free software: you can redistribute it and/or modify it under the terms of the GNU Affero General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Affero General Public License for more details. You should have received a copy of the GNU Affero General Public License along with this program. If not, see <https://www.gnu.org/licenses/>. <authors' emails : [email protected], [email protected], [email protected]> <authors' address : Λιοσίων 22, Αθήνα - Ελλάδα, ΤΚ:10438 ---- Liosion 22, Athens - Greece, PC:10438> / package moa.ds.service.athens.gr; import java.io.IOException; import java.io.InputStream; import java.nio.file.Paths; import javax.servlet.ServletException; import javax.servlet.annotation.MultipartConfig; import javax.servlet.annotation.WebInitParam; import javax.servlet.annotation.WebServlet; import javax.servlet.http.HttpServlet; import javax.servlet.http.HttpServletRequest; import javax.servlet.http.HttpServletResponse; import javax.servlet.http.Part; import org.apache.commons.io.IOUtils; import moa.ds.service.athens.gr.MOASSUtils; import moa.ds.service.athens.gr.radweriel; /* * Servlet implementation class postPDF / @WebServlet( description = "create new pdf on folder", urlPatterns = { "/postPDF" }, initParams = { @WebInitParam(name = "init", value = "", description = "folder uuid") }) //To parakato oposdipote!!! @MultipartConfig public class postPDF extends HttpServlet { private static final long serialVersionUID = 1L; /* * @see HttpServlet#HttpServlet() / public postPDF() { super(); } /* * @see HttpServlet#doPost(HttpServletRequest request, HttpServletResponse response) / protected void doPost(HttpServletRequest request, HttpServletResponse response) throws ServletException, IOException { try { response.setContentType("application/json; charset=UTF-8"); response.setCharacterEncoding("UTF-8"); String uuid=MOASSUtils.getValueFromPart(request.getPart("parentUUID")); String description=MOASSUtils.getValueFromPart(request.getPart("description")); String loggedUser = MOASSUtils.getValueFromPart(request.getPart("loggedUser")); String taskUUID = MOASSUtils.getValueFromPart(request.getPart("taskUUID")); Part filePart = request.getPart("file"); // Retrieves <input type="file" name="file"> String fileName = Paths.get(filePart.getSubmittedFileName()).getFileName().toString(); // MSIE fix. InputStream fileContentStream = filePart.getInputStream(); final byte[] fileContent = IOUtils.toByteArray(fileContentStream); //TODO rethinks security //elegxos an o fakelos einai adios! if (radweriel.countChildsOnFolderByUUID(uuid)!=0) throw new RuntimeException("Ο φάκελος περιέχει ήδη σχέδιο"); // TODO elegxos an o xrhsths mporei na grapsei ston fakelo // MIPOS na koitazo sta diekomata tou fakelou an // Elegxos an o logged user einai yparktos //String UserOU = galgallin.getOUbyUID(loggedUser).replaceAll("[ /s\\/,.!@#$%^&()-+_=]", ""); String UserOU = MOASSUtils.setOuInAppropriateFormat(loggedUser); if (UserOU=="") throw new RuntimeException("Not found"); // elenxos an o xristis einai allowed sto sygkekrimeno taskUUID if (!thales.cantitateIsValid(taskUUID,loggedUser)) throw new RuntimeException("Not allowed"); String pdf_uuid=radweriel.uploadToFolderByUUID(uuid,fileContent,fileName,description); response.getWriter().println("{\"uuid\":\""+pdf_uuid+"\"}"); } catch (Exception e) { response.getWriter().println("{\"error\":\""+e.getMessage()+"\"}"); } } }	MunicipalityOfAthens/MOASS	src/moa/ds/service/athens/gr/postPDF.java
397	package gr.cti.eslate.mapViewer; import java.util.ListResourceBundle; public class BundleInfo extends ListResourceBundle { public Object [][] getContents() { return contents; } static final Object[][] contents={ //ESlateInfo {"compo", "Map Browser component, version"}, {"part", "Part of the E-Slate environment (http://E-Slate.cti.gr)"}, {"development", "Development: G. Vasiliou"}, {"contribution", "Contribution: M. Koutlis, G. Tsironis, K. Kyrimis, N. Renieri"}, {"copyright", "Copyright Ερευνητικό Ακαδημαϊκό Ινστιτούτο Τεχνολογίας Υπολογιστών-ΕΑ.ΙΤΥ 1993-2008.\nΑνάπτυξη τρέχουσας έκδοσης από τις Conceptum AE και ΕΧΟDUS AE.\nΤο Αβάκιο 2.0 υπόκειται σε διπλή άδεια (dual license), ήτοι ισχύουν οι όροι της GNU-GPL License και της L-GPL license.\n\nΕπιτρέπεται η παραγωγή, διανομή και εμπορική εκμετάλλευση κλειστού ή ανοιχτού κώδικα παράγωγων προϊόντων\nβασισμένων στην πλατφόρμα Αβάκιο 2.0 και κάθε επόμενης έκδοσής της καθώς επίσης και να συμπεριλαμβάνεται\nκαι να διανέμεται μαζί με τα προϊόντα αυτά η πλατφόρμα σε μορφή πηγαίου ή/και εκτελέσιμου κώδικα."} }; }	vpapakir/myeslate	widgetESlate/src/gr/cti/eslate/mapViewer/BundleInfo.java
398	package mvc.model.Finding; /** * Enum class of the 4 rare Findings to be placed in one of each paths * / public enum RareFinding implements Finding { DiskOfFaistos(35), RingOfMinoa(25), JewelOfMalia(25), RhytonOfZakros(25); final private int value; /* <b>Constructor</b> * <b>Postcondition</b> Initializes points and name of rare finding / private RareFinding(int value) { this.value = value; } /* <b>Accessor</b> * <p> * <b>Postcondition</b> Returns a string of the description of the finding * @return String name of enum / @Override public String getDescription() { switch (this) { case DiskOfFaistos: return "<html>Ανακάλυψες το Δίσκο της Φαιστού!!!;<br>" + "Ο Δίσκος της Φαιστού είναι ένα αρχαιολογικό εύρημα από τη Μινωική πόλη της Φαιστού <br>" + "στη νότια Κρήτη και χρονολογείται πιθανώς στον 17ο αιώνα π.Χ.. Αποτελεί ένα από τα <br>" + "γνωστότερα μυστήρια της αρχαιολογίας, αφού ο σκοπός της κατασκευής του και το νόημα <br>" + "των όσων αναγράφονται σε αυτόν παραμένουν άγνωστα. Ο δίσκος ανακαλύφθηκε στις <br>" + "3 Ιουλίου 1908 από τον Ιταλό αρχαιολόγο Λουίτζι Περνιέ (Luigi Pernier) και φυλάσσεται <br>" + "σήμερα στο Αρχαιολογικό Μουσείο Ηρακλείου.</html>"; case JewelOfMalia: return "<html>Ανακάλυψες το Κόσμημα των Μαλίων!!!;<br>" + "Το χρυσό κόσμημα των μελισσών που φιλοξενείται στο Αρχαιολογικό Μουσείο Ηρακλείου, <br>" + "είναι διάσημο αρχαιολογικό εύρημα από τον Χρυσόλακκο, τον ταφικό περίβολο της νεκρόπολης <br>" + "των Μαλίων. </html>"; case RhytonOfZakros: return "<html> Ανακάλυψες το Ρυτό της Ζάκρου!!!;<br>" + "Το αγγείο βρέθηκε στο θησαυροφυλάκιο του ανακτόρου της Ζάκρου μαζί με άλλα μοναδικά <br> " + "στο είδος τους τελετουργικά σκεύη της νεοανακτορικής εποχής και αποτελεί χαρακτηριστικό <br>" + "παράδειγμα της εφευρετικότητας και καλαισθησίας των Μινωιτών τεχνιτών.</html>"; case RingOfMinoa: return "<html>Ανακάλυψες το Δαχτυλίδι του Μίνωα !!!;<br>" + " Το «Δαχτυλίδι του Μίνωα», ένα από τα μεγαλύτερα και σπανιότερα χρυσά σφραγιδικά στον <br>" + "κόσμο, θεωρείται από τα καλύτερα δείγματα της κρητομυκηναϊκής σφραγιδικής. Φέρει σύνθετη θρησκευτική <br>" + "παράσταση, που απεικονίζει μορφές οι οποίες εντάσσονται στην κρητομυκηναϊκή θεματολογία, δεντρολατρία <br>" + "με καθιστή θεά, ουρανό, γη και θάλασσα, με ιερό πλοίο που έχει μορφή ιππόκαμπου.</html>"; default: throw new AssertionError(this.name()); } } /* <b>Accessor</b> Overriden method toString * <p> * <b>Postcondition</b> Returns a string of the name of the enum expression * * @return String name of enum / @Override public String toString() { return this.name(); } /* <b>Accessor</b><p> * <b>Postcondition</b> Returns the points value of the Finding * * @return Integer of the value of the enum / public int getValue() { return value; } /* * Methods for the graphic interface * * @return String */ @Override public String getImage() { return "resources/images/findings/"+this.name() +".jpg"; } }	GeorgiaSamaritaki/Lost-Relics-Game	src/mvc/model/Finding/RareFinding.java
399	package operatingsystem; import java.io.BufferedWriter; import java.io.File; import java.io.FileOutputStream; import java.io.IOException; import java.io.OutputStreamWriter; import java.io.FileWriter; import java.util.ArrayList; import java.util.List; import java.util.logging.Level; import java.util.logging.Logger; import static operatingsystem.Main.stats; // Χρίστος Γκόγκος (2738), Αθανάσιος Μπόλλας (2779), Δημήτριος Σβίγγας (2618), Αναστάσιος Τεμπερεκίδης (2808) /* Αυτή η κλάση υπολογίζει ορισμένα στατιστικά στοιχεία βάσει των διεργασιών που εμφανίζονται στο σύστημα και τα αποθηκεύει σε ένα αρχείο / public class Statistics { / ο μέσος χρόνος επιστροφής των διεργασιών / private float averageTurnaroundTime; / ο μέσος χρόνος αναμονής των διεργασιών προς εκτέλεση / private float averageWaitingTime; / ο τρέχων συνολικός χρόνος αναμονής διεργασιών / private float totalWaitingTime; / ο μέσος χρόνος απόκρισης / private float responseTime; / το τρέχον μέγιστο πλήθος διεργασιών προς εκτέλεση / private int maximumLengthOfReadyProcessesList; / ο τρέχων συνολικός αριθμός διεργασιών / private int totalNumberOfProcesses; /αρχείο που αποθηκεύονται τα στατιστικά δεδομένα / private File outputFile; private List<Process> terminatedProcesses; / constructor της κλάσης / public Statistics(String fileName) { outputFile = new File(fileName); try { new FileWriter(outputFile, false); // Δημιουργία ή εκκαθάριση του αρχείου για τα στατιστικά } catch (IOException ex) { Logger.getLogger(Statistics.class.getName()).log(Level.SEVERE, null, ex); } maximumLengthOfReadyProcessesList = 0; this.terminatedProcesses = new ArrayList<>(); } / επαναφέρει τα στατιστικά στις αρχικές τους τιμές ώστε να τρέξει νέα προσομοίωση / public void reset() { maximumLengthOfReadyProcessesList = 0; this.terminatedProcesses = new ArrayList<>(); } / ελέγχει το μήκος της λίστας έτοιμων διεργασιών και ενημερώνει, αν είναι απαραίτητο, την τιμή της μεταβλητής maximumLengthOfReadyProcessesList / public void UpdateMaximumListLength() { maximumLengthOfReadyProcessesList = Math.max(Main.readyProcessesList.getSize(), maximumLengthOfReadyProcessesList); } / επιστρέφει το τρέχον μέγιστο πλήθος διεργασιών προς εκτέλεση / public int getMaximumLengthOfReadyProcessesList() { return maximumLengthOfReadyProcessesList; } / προσθήκη μίας τερματισμένης διεργασίας στη λίστα των terminated processes ώστε να υπολογιστούν στη συνέχεια τα στατιστικά / public void processTerminated(Process process) { this.terminatedProcesses.add(process); } /υπολογίζει τον μέσο χρόνο απόκρισης/ public float CalculateAverageWaitingTime() { averageWaitingTime = 0; for (Process proc : terminatedProcesses) { averageWaitingTime += proc.getWaitingTime(); } averageWaitingTime /= terminatedProcesses.size(); return this.averageWaitingTime; } /υπολογίζει τον μέσο χρόνο αναμονής/ public float CalculateAverageResponseTime() { responseTime = 0; for (Process proc : terminatedProcesses) { responseTime += proc.getResponseTime(); } responseTime /= terminatedProcesses.size(); return this.responseTime; } /υπολογίζει τον μέσο χρόνο επιστροφής/ public float CalculateAverageTurnaroundTime() { averageTurnaroundTime = 0; for (Process proc : terminatedProcesses) { averageTurnaroundTime += proc.getWaitingTime() + proc.getTotalTime(); } averageTurnaroundTime /= terminatedProcesses.size(); return this.averageTurnaroundTime; } /υπολογίζει τον συνολικό χρόνο αναμονής/ public float CalculateTotalWaitingTime() { totalWaitingTime = 0; for (Process proc : terminatedProcesses) { totalWaitingTime += proc.getWaitingTime(); } return totalWaitingTime; } / επιστρέφει το πλήθος των διεργασιών που έχουν τερματίσει / public int getTotalNumberOfProcesses() { return this.terminatedProcesses.size(); } / προσθέτει μια νέα γραμμή με τα τρέχοντα στατιστικά στο αρχείο outputFile και δέχεται σαν παράμετρο ένα string για την περιγραφή του αλγορίθμου που χρησιμοποιήθηκε ώστε να αποθηκευτεί και αυτή η πληροφορία στο αρχείο / public void WriteStatistics2File(String AlgorithmDescription) { BufferedWriter writer; try { writer = new BufferedWriter(new OutputStreamWriter(new FileOutputStream(outputFile, true), "utf-8")); writer.write("Scheduler: " + AlgorithmDescription); writer.newLine(); writer.write("Maximum length of ready processes list: " + stats.getMaximumLengthOfReadyProcessesList()); writer.newLine(); writer.write("Average response time: " + CalculateAverageResponseTime()); writer.newLine(); writer.write("Average turnaround time: " + stats.CalculateAverageTurnaroundTime()); writer.newLine(); writer.write("Average waiting time: " + stats.CalculateAverageWaitingTime()); writer.newLine(); writer.newLine(); writer.close(); } catch (IOException ex) { System.out.println(ex); } } / εμφάνιση κάποιων χρήσιμων στατιστικών */ public void printStatistics(String AlgorithmDescription) { System.out.println("Scheduler: " + AlgorithmDescription); System.out.println("Total time needed: " + (Main.clock.ShowTime() - 1)); System.out.println("Maximum length of ready processes list: " + Main.stats.getMaximumLengthOfReadyProcessesList()); System.out.println("Average response time: " + Main.stats.CalculateAverageResponseTime()); System.out.println("Average turnaround time: " + Main.stats.CalculateAverageTurnaroundTime()); System.out.println("Average waiting time: " + Main.stats.CalculateAverageWaitingTime()); System.out.println("Total waiting time: " + Main.stats.CalculateTotalWaitingTime()); System.out.println("============================================="); } }	TeamLS/Operating-System-Simulator	src/operatingsystem/Statistics.java
404	package logic; /** * * Η κλάση Round είναι μια αφαιρετική κλάση η οποία περιέχει τη γενική μορφή που * έχει ένας τύπος γύρου. Όλοι οι τύποι γύρων όπως η CorrectAnswerRound και η * BetRound κληρονομούν από αυτή γενικά χαρακτηριστικά που χαρακτηρίζουν κάτι ως * Round. * * @author tasosxak * @author thanasis * @since 9/11/16 * @version 1.0 / public abstract class Round { protected String typeName; protected String description; protected int executeTimes; protected int bonus; protected Round(int times) { this.executeTimes = times; } protected Round(int times, String title, String desc) { this.executeTimes = times; this.typeName = title; this.description = desc; } protected Round(int times, int bonus, String title, String desc) { this(times, title, desc); this.bonus = bonus; } public String getTypeName() { return this.typeName; } public String getDesc() { return this.description; } /* * Η getDescInfo χρησιμοποιείται για να πάρουμε πληροφορίες για έναν γύρο. * Αυτό χρησιμεύει όταν θέλουμε να τυπώσουμε αυτές τις πληροφορίες. Επίσης * υλοποιείται διαφορετικά ανάλογα τον γύρο και τα χαρακτηριστικά αυτού. * * @return Επιστρέφει έναν πίνακα συμβολοσειρών με τις πληροφορίες και τα * χαρακτηριστικά κάθε γύρου (π.χ. βαθμοί, επιτρεπτά πονταρίσματα κτλπ) / public abstract String[] getDescInfo(); public int getExecuteTimes() { return this.executeTimes; } public int getBonus() { return this.bonus; } public void setBonus(int newBonus) { this.bonus = newBonus; } /* * Πρέπει να καλείτε όταν ο γύρος έχει εκτελεστεί μια φορά. Η executed * μειώνει κατά ένα τις επιτρεπτές εκτελέσεις του γύρου. */ public void executed() { if (executeTimes > 0) { this.executeTimes--; } } }	TeamLS/Buzz	src/logic/Round.java
405	package solutions.ch2; import java.util.Scanner; /** * Διαβάζει τρεις ακέραιους αριθμούς που αναπαριστούν * ημέρα, μήνα, έτος και εμφανίζει σε μορφή ΗΗ/ΜΜ/ΕΕ. * Π.χ., αν δώσουμε 5 12 2022 θα εμφανίσει 05/12/22. */ public class DateApp { public static void main(String[] args) { Scanner scanner = new Scanner(System.in); int day = 0; int month = 0; int year = 0; int formattedYear = 0; System.out.print("Please insert three integers for day, month, year: "); day = scanner.nextInt(); month = scanner.nextInt(); year = scanner.nextInt(); formattedYear = year % 100; System.out.printf("%02d/%02d/%2d\n", day, month, formattedYear); } }	a8anassis/cf6-java	src/solutions/ch2/DateApp.java
408	package com.mgiandia.library.ui; /** * Βασική διεπαφή για κάθε όψη (view). * @author Νίκος Διαμαντίδης * / public interface View { /* * Ανοίγει την όψη. / void open(); /* * Κλείνει την όψη. / void close(); /* * Εμφανίζει μήνυμα σφάλματος. * @param message Το μήνυμα που εμφανίζεται / void showError(String message); /* * Εμφανίζει πληροφοριακό μήνυμα. * @param message Το μήνυμα που εμφανίζεται */ void showInfo(String message); }	diamantidakos/Library	src/main/java/com/mgiandia/library/ui/View.java
410	package sample; /** * <h1>Η κλάση του Score</h1> / public class Score { private int moves; private int foundCards; /* * Επιστρέφει των αριθμό των καρτών που έχουν βρεθεί. * @return foundCards / public int getFoundCards() { return foundCards; } /* * Θέτει τον αρχικό αριθμό των καρτών που έχουν βρεθεί. * @param foundCards {@code int} κάρτες που έχουν βρεθεί / public void setFoundCards(int foundCards) { this.foundCards = foundCards; } /* * Επιστρέφει τον αριθμό των κινήσεων του παίχτη. * @return moves / public int getMoves() { return moves; } /* * Θέτει τον αρχικό αριθμό των κινήσεων του παίχτη. * @param moves {@code int} κινήσεις / public void setMoves(int moves) { this.moves = moves; } /* * Αυξάνει τον αριθμό των κινήσεων του παίχτη. / public void updateMoves(){ moves++; } /* * Αυξάνει τον αριθμό των καρτών που έχουν βρεθεί. */ public void updateFoundCards(){ foundCards++; } }	TommysG/memory-card-game	src/main/java/sample/Score.java
411	/* * /* ---------------------------------------------LICENSE----------------------------------------------------- * * * YOU ARE NOT ALLOWED TO MODIFY THE LICENSE OR DELETE THE LICENSE FROM THE FILES * * This is an open source project hosted at github: https://github.com/ellak-monades-aristeias/Sopho * * This application is distributed with the following license: code with license EUPL v1.1 and content with license CC-BY-SA 4.0. * * The development of the application is funded by EL/LAK (http://www.ellak.gr) * * * */ package sopho; import java.io.IOException; import java.net.URL; import java.util.ResourceBundle; import javafx.event.ActionEvent; import javafx.event.EventHandler; import javafx.fxml.FXML; import javafx.fxml.Initializable; import javafx.scene.control.Label; import javafx.scene.control.TextField; import javafx.scene.input.MouseEvent; import javafx.stage.Stage; public class Setup2Controller implements Initializable { @FXML public TextField username; @FXML public TextField password; @FXML public TextField ipAddress; @FXML public Label title; PrefsHandler prefs = new PrefsHandler(); public boolean ipIsset = false; public boolean allOk=false; // this var is used to go to next step only in the case that every field is filled correctly @Override public void initialize(URL url, ResourceBundle rb) { //now we need to hide the ipAddress textField if at the previous step the user chose to install the db to this pc if(prefs.getPrefs("dbIP").equals("localhost")){ // we get the ip from the prefs. If it is set to localhost we hide the field ipAddress.setStyle("-fx-opacity:0;"); ipIsset=true; System.out.println("Hiding the ip field"); }else{ ipAddress.setStyle("-fx-opacity:1;"); System.out.println("Showing the ip field"); } ipAddress.addEventHandler(MouseEvent.MOUSE_CLICKED, new EventHandler<MouseEvent>() { @Override public void handle(MouseEvent event) { sopho.Messages.CustomMessageController cm = new sopho.Messages.CustomMessageController(null, "Ενημέρωση", "Στην περίπτωση που η βάση δεδομένων είναι εγκατεστημένη σε άλλον υπολογιστή θα πρέπει να έχετε επιτρέψει στο firewall και των δύο υπολογιστών τη διακίνηση δεδομένων από τη port 3306 που είναι αυτή της mysql. Διαφορετικά ο υπολογιστής αυτό δεν θα 'βλέπει' τη βάση δεδομένων του server", "notify"); cm.showAndWait(); } }); } //this method is required so that the first textField is not in focus on the scene appereance. //Otherwise the prompt text does not appear and the user doesn't know what to fill in. public void start(Stage primaryStage) throws Exception { title.requestFocus(); } StageLoader sl = new StageLoader(); @FXML private void NextButton(ActionEvent event) throws IOException { //we will set the prefs by getting the textfield values String user = username.getText(); String pass = password.getText(); if(user.isEmpty()){ sopho.Messages.CustomMessageController cm = new sopho.Messages.CustomMessageController(null, "Προσοχή", "Δεν συμπληρώσατε username! Συμπληρώστε το username για τη πρόσβαση στη βάση δεδομένων", "error"); cm.showAndWait(); allOk=false; }else if(pass.isEmpty()){ sopho.Messages.CustomMessageController cm = new sopho.Messages.CustomMessageController(null, "Προσοχή", "Δεν συμπληρώσατε password! Συμπληρώστε το password για τη πρόσβαση στη βάση δεδομένων", "error"); cm.showAndWait(); allOk=false; }else{ allOk=true; prefs.setPrefs("dbUser", username.getText()); prefs.setPrefs("dbPass", password.getText()); if(!ipIsset){// we do not set the ip if it is already set to localhost by the previous step String ip = ipAddress.getText(); if(ip.isEmpty()){ sopho.Messages.CustomMessageController cm = new sopho.Messages.CustomMessageController(null, "Προσοχή", "Δεν συμπληρώσατε τη διεύθυνση IP! Συμπληρώστε τη διεύθυνση IP του υπολογιστή που φιλοξενεί τη βάση", "error"); cm.showAndWait(); allOk=false; }else{ prefs.setPrefs("dbIP", ip); allOk=true; } } } if(allOk){ Stage stage = (Stage) title.getScene().getWindow(); sl.StageLoad("Setup3.fxml", stage, false, true); //resizable false, utility true }else{ sopho.Messages.CustomMessageController cm = new sopho.Messages.CustomMessageController(null, "Σφάλμα", "Ελέγξτε όλα τα πεδία! Ενδεχομένως δεν έχετε συμπληρώσει κάποιο πεδίο...", "error"); cm.showAndWait(); } } @FXML private void PreviousButton(ActionEvent event) throws IOException { Stage stage = (Stage) title.getScene().getWindow(); sl.StageLoad("Setup1.fxml", stage, false, true); //resizable false, utility true } }	ellak-monades-aristeias/Sopho	src/sopho/Setup2Controller.java
412	package manage; import entities.Prodcategory; import entities.Product; import java.io.Serializable; import java.util.List; import javax.annotation.PostConstruct; import javax.ejb.EJB; import javax.faces.application.FacesMessage; import javax.faces.bean.ManagedBean; import javax.faces.bean.RequestScoped; import javax.faces.context.FacesContext; import org.apache.log4j.Logger; import sessionsBeans.CategoryFacade; import sessionsBeans.ProductFacade; @ManagedBean @RequestScoped public class KathgoriaFrontManage implements Serializable { final static Logger logger = Logger.getLogger(KathgoriaFrontManage.class); private List<Product> products; @EJB ProductFacade productFacade; @EJB CategoryFacade categoryFacade; @PostConstruct void init() { if(logger.isDebugEnabled()){ logger.debug("Init Category front manage"); } } public List<Product> getAllProductsByCategory(int categoryID) { Prodcategory prodcategory = categoryFacade.searchWithID(categoryID); return products = productFacade.getAllProductsFromDBByCategory(prodcategory); } public List<Product> getProducts() { return products; } public void setProducts(List<Product> products) { this.products = products; } public boolean checkIfCategoryExists(String id) { if (categoryFacade.returnOneCategory(id) == null) { FacesContext.getCurrentInstance().addMessage(null, new FacesMessage("Η κατηγορία που ζητήσατε δεν βρέθηκε.")); return false; } return true; } }	mixaverros88/dockerized-java-e-commerce-app	src/main/java/manage/KathgoriaFrontManage.java
414	//https://aetos.it.teithe.gr/~demos/Downloads/DS_LAB10.pdf import java.io.; class lab10_3 { public static void main(String[] args) { RamStudent students = new RamStudent(); try { RandomAccessFile file = new RandomAccessFile("lab10_3.dat", "rw"); boolean flag = true; new RamStudent(12001, "Test1", "Test1", 1, 6.5).write(file); new RamStudent(12002, "Test2", "Test2", 3, 4.0).write(file); new RamStudent(12003, "Test3", "Test3", 0, 10.0).write(file); new RamStudent(12004, "Test4", "Test4", 2, 8.2).write(file); new RamStudent(12005, "Test5", "Test5", 4, 2.4).write(file); do { System.out.println("[1] Εγγραφή ενός φοιτητή στο αρχείο\n[2] Διαγραφή ενός φοιτητή από το αρχείο\n[3] Παρουσίαση των στοιχείων του φοιτητή στην οθόνη\n[4] Ενημέρωση των απουσιών ενός φοιτητή\n[5] Καταχώρηση της βαθμολογίας ενός φοιτητή\n[6] Βαθμολογίες φοιτητών\n[7] Φοιτητές που πέρασαν το μάθημα\n[8] Φοιτητές με κατοχύρωση\n[9] Διαγραφή φοιτητών με 2 απουσίες\n[10] Έξοδος"); System.out.print("Δώσε Επιλογή:"); int n = UserInput.getInteger(); switch(n) { case 1: System.out.print("Δώσε αριθμό μητρώου για εισαγωγή: "); int add = UserInput.getInteger(); new RamStudent(add, "", "", 0, 0.0).write(file); break; case 2: System.out.print("Δώσε αριθμό μητρώου για διαγραφή: "); int delete = UserInput.getInteger(); file.seek(hash(delete)); new RamStudent(0, "", "", 0, 0.0).write(file); break; case 3: System.out.print("Δώσε αριθμό μητρώου για εμφάνιση: "); int show = UserInput.getInteger(); file.seek(hash(show)); RamStudent student = students.read(file); System.out.println(student.toString()); break; case 4: System.out.print("Δώσε αριθμό μητρώου για ενημέρωση απουσιών: "); int update = UserInput.getInteger(); System.out.print("Δώσε αριθμό απουσιών: "); int apousies = UserInput.getInteger(); file.seek(hash(update)); RamStudent updated = students.read(file); updated.setApousies(apousies); file.seek(hash(update)); updated.write(file); break; case 5: System.out.print("Δώσε αριθμό μητρώου για καταχώριση βαθμού: "); int insert = UserInput.getInteger(); System.out.print("Δώσε βαθμό: "); double vathmos = UserInput.getDouble(); file.seek(hash(insert)); RamStudent inserted = students.read(file); inserted.setVathmos(vathmos); file.seek(hash(insert)); inserted.write(file); break; case 6: System.out.println("-----\nΒαθμολογίες\n"); try { int counter = 0; while(true) { file.seek(counter); RamStudent tmp = students.read(file); if(tmp.getAM() != 0) { System.out.println("AM: " + tmp.getAM() + " Vathmos: " + tmp.getVathmos()); } counter += 76; } } catch(EOFException e) { System.out.println("-----"); } break; case 7: System.out.println("-----\nΦοιτητές που πέρασαν\n"); try { int counter = 0; while(true) { file.seek(counter); RamStudent tmp = students.read(file); if(tmp.getVathmos() >= 5 && tmp.getAM() != 0) { System.out.println("AM: " + tmp.getAM()); } counter += 76; } } catch(EOFException e) { System.out.println("-----"); } break; case 8: System.out.println("-----\nΦοιτητές που κατοχύρωσαν\n"); try { int counter = 0; while(true) { file.seek(counter); RamStudent tmp = students.read(file); if(tmp.getVathmos() < 5 && tmp.getAM() != 0) { System.out.println("AM: " + tmp.getAM()); } counter += 76; } } catch(EOFException e) { System.out.println("-----"); } break; case 9: System.out.println("-----\nΦοιτητές που θα διαγραφούν με 2 απουσίες\n"); try { int counter = 0; while(true) { file.seek(counter); RamStudent tmp = students.read(file); if(tmp.getApousies() >= 2 && tmp.getAM() != 0) { System.out.println("AM: " + tmp.getAM()); file.seek(counter); new RamStudent(0, "", "", 0, 0.0).write(file); } counter += 76; } } catch(EOFException e) { System.out.println("-----"); } break; case 10: flag = false; break; default: System.out.println("Λάθος Επιλογή.\n"); } } while(flag); } catch(IOException e) { System.out.println(e.toString()); } } public static int hash(int x) { return 76 (x - 12001); } }	iamraf/A.T.E.I.TH	3. Data Structures and Analysis of Algorithms/Lab 10/Lab10_3/lab10_3.java
417	// Κλάση που επιστρέφει μια συγκεκριμένη κλήρωση // // Παράδειγμα χρήσης: // // Api.setGameId("5104"); // DrawApi api = new DrawApi("2402"); // System.out.println(api.getData()); package api; import com.google.gson.Gson; import com.google.gson.GsonBuilder; import com.google.gson.JsonObject; import javax.swing.JOptionPane; import model.Draw; public class DrawApi extends Api { public DrawApi(String drawId) { super("/" + drawId, "draws"); } // Επιστρέφει στο αντικείμενο draw το αποτέλεσμα της κλήσης του Api, // για την κλήρωση drawId public Draw getData() { try { // Κάνει την κλήση στο api this.getJsonString(); // Μετατρέπει το json string σε object Gson gson = new GsonBuilder().setPrettyPrinting().create(); JsonObject json = gson.fromJson(this.getJson(), JsonObject.class); // Παίρνει το json σε Draw object return getDrawObject(json); } catch (Exception e) { JOptionPane.showMessageDialog(null, e.getMessage(), "Σφάλμα", JOptionPane.INFORMATION_MESSAGE); return null; } } }	ikiranis/tzokerApp	src/api/DrawApi.java
419	package com.ilearnrw.api.selectnextword.levels; /* * Copyright (c) 2015, iLearnRW. Licensed under Modified BSD Licence. See licence.txt for details. / import ilearnrw.annotation.AnnotatedWord; import ilearnrw.textclassification.StringMatchesInfo; import ilearnrw.textclassification.WordProblemInfo; import ilearnrw.utils.LanguageCode; import java.util.List; import com.ilearnrw.api.selectnextword.GameElement; import com.ilearnrw.api.selectnextword.GameLevel; import com.ilearnrw.api.selectnextword.LevelParameters; import com.ilearnrw.api.selectnextword.TtsType; import com.ilearnrw.api.selectnextword.TypeAmount; import com.ilearnrw.api.selectnextword.TypeFiller; import com.ilearnrw.api.selectnextword.WordSelectionUtils; /* * * @author hector * * Level configuration for Town Square / City Hall / Moving Pathways / Minefield * * vowel/consonants/similar letters plays with letter2letter or letter2word that starts with the letter * GP correspondence works with the phoneme and words * / public class CityHallGR extends GameLevel { @Override public List<GameElement> getWords(LevelParameters parameters, int languageArea, int difficulty) { if (parameters.mode==1){//Need only the difficulty, but as they are mixed, get many words and use the match List<GameElement> targetWords = WordSelectionUtils.getTargetWordsWithDistractors( LanguageCode.GR, languageArea, difficulty, parameters, -1, // new ArrayList<String>(), false,//begins false); WordProblemInfo correctProblem = ((AnnotatedWord)targetWords.get(0).getAnnotatedWord()).getWordProblems().get(0);//Flag as correct only String correctLetter = targetWords.get(0).getAnnotatedWord().getWord().substring(correctProblem.getMatched().get(0).getStart(), correctProblem.getMatched().get(0).getEnd()); for(GameElement ge : targetWords) if(!ge.getAnnotatedWord().getWord().contains(correctLetter)){ ge.setFiller(true); }else{ ge.setFiller(false); } return targetWords; }else if(parameters.mode==2){//Need words for consonants or letter similarity List<GameElement> targetWords = WordSelectionUtils.getTargetWordsWithDistractors( LanguageCode.GR, languageArea, difficulty, parameters, -1, true,//begins false); if(targetWords.size()!=0){ String correctLetter = targetWords.get(0).getAnnotatedWord().getWord().substring(0, 1);//Flag as correct only for(GameElement ge : targetWords) if(!ge.getAnnotatedWord().getWord().substring(0, 1).equals(correctLetter)){ ge.setFiller(true); }else{ ge.setFiller(false); } } return targetWords; }else if(parameters.mode==3){//Need words for GP correspondence, with distractors without the sound List<GameElement> targetWords = WordSelectionUtils.getTargetWordsWithDistractors( LanguageCode.GR, languageArea, difficulty, parameters, -1, true,//begins false); if(targetWords.size()!=0){ StringMatchesInfo problem = ((AnnotatedWord)targetWords.get(0).getAnnotatedWord()).getWordProblems().get(0).getMatched().get(0); String grapheme = targetWords.get(0).getAnnotatedWord().getWord().substring(problem.getStart(), problem.getEnd()); String phoneme =""; for(int i=0;i<targetWords.get(0).getAnnotatedWord().getGraphemesPhonemes().size();i++) if(targetWords.get(0).getAnnotatedWord().getGraphemesPhonemes().get(i).getGrapheme()==grapheme) phoneme = targetWords.get(0).getAnnotatedWord().getGraphemesPhonemes().get(i).getPhoneme(); for(GameElement ge : targetWords) if(!ge.getAnnotatedWord().getPhonetics().contains(phoneme)){ ge.setFiller(true); }else ge.setFiller(false); } return targetWords; }else{//Vowels, contain letter List<GameElement> targetWords = WordSelectionUtils.getTargetWordsWithDistractors( LanguageCode.GR, languageArea, difficulty, parameters, -1, false,//begins true);//only one difficulty if(targetWords.size()!=0){ StringMatchesInfo problem = ((AnnotatedWord)targetWords.get(0).getAnnotatedWord()).getWordProblems().get(0).getMatched().get(0); String grapheme = targetWords.get(0).getAnnotatedWord().getWord().substring(problem.getStart(), problem.getEnd()); for(GameElement ge : targetWords) if(!ge.getAnnotatedWord().getWord().contains(grapheme)){ ge.setFiller(true); }else{ ge.setFiller(false); } } return targetWords; } } @Override public TypeFiller[] fillerTypes(int languageArea, int difficulty){ LanguageAreasGR lA = LanguageAreasGR.values()[languageArea]; if(lA==LanguageAreasGR.VOWELS) return new TypeFiller[]{TypeFiller.CLUSTER};//Distractors from other difficulties else return new TypeFiller[]{TypeFiller.NONE};//Distractors within difficulty } @Override public TypeAmount[] amountDistractors(int languageArea, int difficulty){ LanguageAreasGR lA = LanguageAreasGR.values()[languageArea]; if(lA==LanguageAreasGR.VOWELS) return new TypeAmount[]{TypeAmount.FEW,TypeAmount.HALF,TypeAmount.MANY};//number of alternative difficulties else{ return new TypeAmount[]{TypeAmount.FEW};//No control over number of distractors } } @Override public TtsType[] TTSLevels(int languageArea, int difficulty) { LanguageAreasGR lA = LanguageAreasGR.values()[languageArea]; if(lA==LanguageAreasGR.LETTER_SIMILARITY){ return new TtsType[]{TtsType.WRITTEN2WRITTEN}; }else{ return new TtsType[]{TtsType.SPOKEN2WRITTEN}; } } @Override public int[] modeLevels(int languageArea, int difficulty) { LanguageAreasGR lA = LanguageAreasGR.values()[languageArea]; switch(lA){ case LETTER_SIMILARITY://Consonants return new int[]{1,2};//confusing with letters only or letter to word case CONSONANTS://Consonants return new int[]{1,2};//words that start with that letter or letter to letter case VOWELS://Vowels return new int[]{1,4};//words that contain that letter or letter to letter default://GP_CORRESPONDENCE return new int[]{3};//confusing } } @Override public int[] accuracyLevels(int languageArea, int difficulty) { return new int[]{2,3,4};//Number of paths } @Override public boolean allowedDifficulty(int languageArea, int difficulty) { LanguageAreasGR lA = LanguageAreasGR.values()[languageArea]; switch(lA){ case SYLLABLE_DIVISION:// return false; case CONSONANTS://Consonants return true; case VOWELS://Vowels return true; case DERIVATIONAL:// return false;//true; case INFLECTIONAL:// return false;//true; case PREFIXES:// return false;//true; case GP_CORRESPONDENCE:// return true; case FUNCTION_WORDS:// return false;//true; case LETTER_SIMILARITY: return true; default: return false; } } / Instructions for the games */ public String instructions(int languageArea, int difficulty,LevelParameters param){ if(param.mode==1){ if(languageArea==0) return "Βρες το μονοπάτι με το γράμμα που εμφανίζεται"; else if(languageArea==1){ return "Βρες το μονοπάτι με το γράμμα που εμφανίζεται"; }else if(languageArea==2){ return "Βρες το μονοπάτι με το γράμμα που εμφανίζεται"; } }else if(param.mode==2){ if(languageArea==0) return "Βρες το μονοπάτι με τις λέξεις που ξεκινούν με το γράμμα που εμφανίζεται"; else if(languageArea==1){ return "Βρες το μονοπάτι με τις λέξεις που ξεκινούν με το γράμμα που εμφανίζεται"; }else if(languageArea==2){ return "Βρες το μονοπάτι με τις λέξεις που ξεκινούν με το γράμμα που εμφανίζεται"; } }else if(param.mode==3){ return "Βρες το μονοπάτι με τις λέξεις που περιέχουν τη φωνή"; }else if(param.mode==4){ return "Βρες το μονοπάτι με το γράμμα που εμφανίζεται"; } return "Not available"; } }	mpakarlsson/ilearnrw-service	src/main/java/com/ilearnrw/api/selectnextword/levels/CityHallGR.java
420	import java.io.ByteArrayOutputStream; import java.io.IOException; import java.io.ObjectOutputStream; import java.io.Serializable; import java.util.ArrayList; /*Κλάση Nodes, αναπαραστά έναν κόμβο του δένδρου που στην ουσία είναι ένα ορθογώνιο που περιέχει αλλα ορθογώνια. MBR που περιέχει αλλα MBR. * / public class Nodes implements Serializable { ArrayList<MBR> allRectangles; String parentID; String id;//node0, node1, ... public Nodes(){ allRectangles = new ArrayList<>(); parentID = ""; id = ""; } public Nodes(ArrayList<MBR> allRectangles, String parentID, String id) { this.allRectangles = allRectangles; this.parentID = parentID; this.id = id; } public ArrayList<Double> getFirstRect(){ return allRectangles.get(0).getDiastaseisA(); } public ArrayList<Double> getLastRect(){ int size = allRectangles.size(); return allRectangles.get(size-1).getDiastaseisB(); } public void printNodes() { System.out.println("Node----> " + id); System.out.println("Parent id: " + parentID); for(MBR m: allRectangles) { m.printRect(); } } public ArrayList<Double> findMins()///kato aristera gonia { if(allRectangles.size()>=1) { ArrayList<Double> mins = new ArrayList<>(); Double minX = 1000000.0; Double minY = 1000000.0; for (MBR m : allRectangles) { if (m.getDiastaseisA().get(0) < minX) { minX = m.getDiastaseisA().get(0); } if (m.getDiastaseisA().get(1) < minY) { minY = m.getDiastaseisA().get(1); } } mins.add(minX); mins.add(minY); return mins; } ArrayList<Double> d = new ArrayList<>(); d.add(-1.0); d.add(-1.0); return d; } public ArrayList<Double> findMaxs()///pano dexia gonia { if(allRectangles.size()>=1) { ArrayList<Double> maxs = new ArrayList<>(); Double maxX = -1.0; Double maxY = -1.0; for (MBR m : allRectangles) { if (m.getDiastaseisB().get(0) > maxX) { maxX = m.getDiastaseisB().get(0); } if (m.getDiastaseisB().get(1) > maxY) { maxY = m.getDiastaseisB().get(1); } } maxs.add(maxX); maxs.add(maxY); return maxs; } ArrayList<Double> d = new ArrayList<>(); d.add(-1.0); d.add(-1.0); return d; } public ArrayList<MBR> getAllRectangles() { return allRectangles; } public void setAllRectangles(ArrayList<MBR> allRectangles) { this.allRectangles = allRectangles; } public String getParentID() { return parentID; } public void setParentID(String parentID) { this.parentID = parentID; } public String getId() { return id; } public void setId(String id) { this.id = id; } public static int sizeof(Object obj) throws IOException { ByteArrayOutputStream byteArrayOutputStream = new ByteArrayOutputStream(); ObjectOutputStream objectOutputStream = new ObjectOutputStream(byteArrayOutputStream); objectOutputStream.writeObject(obj); objectOutputStream.flush(); objectOutputStream.close(); return byteArrayOutputStream.toByteArray().length; } //For function fits, we use the percent, which is a number between 0 and 1, 0 being //0% and 1 being 100% //We use that, so that if we want to create the tree bottom-up, we only fill //the rectangles 70%, although if we want to do an insertion we use it 100% //So, in the bottom-up approach, we use as percent 0.7 and in the insertion, we use 1 public boolean fits(int sumOfBlock , MBR r, double percent) throws IOException { double value = 321024; value = value * percent; if(sumOfBlock + sizeof(r) > value){ return false; } return true; } }	ampatzidhs/R_tree	src/Nodes.java
422	/** GUMA a simple math game for elementary school students Copyright (C) 2011-1012 Dimitrios Desyllas (pc_magas) * * This program is free software: you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation, either version 3 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program. If not, see <http://www.gnu.org/licenses/>. Contact with me by main at this address: [email protected] / package guma.gui; import guma.gui.; import guma.core.; import guma.ui.main.; import javax.swing.; import java.awt.; import java.awt.event.; import javax.swing.event.; import java.io.File; import java.io.IOException; import javax.swing.filechooser.; /** The Basic Frame of the Game @author pc_magas / public class MainFrame extends JFrame implements ActionListener,UIUpdater,KeyListener { /* The Basic menu Bar that it is on the top of the game window / private JMenuBar panwBar=new JMenuBar(); /** The Menu "File" / private JMenu fileMenu= new JMenu("Αρχείο"); /** The menu Help / private JMenu help=new JMenu("Βοήθεια"); /** The MenuItem that the user clicks for a new game / private JMenuItem newGameOption = new JMenuItem("Νέο Παιχνίδι"); /** The MenuItem in which the user select file to load progress / private JMenuItem loadGameOption= new JMenuItem("Άνοιγμα"); /** Option that allows you to open from the web a Game / private JMenuItem loadWebOption= new JMenuItem("Άνοιγμα από το διαδικτυο"); /** The MenuItem in which the user select file to load progress / private JMenuItem saveGameOption= new JMenuItem("Αποθήκευση"); /** The menu Iten that creates a new save game / private JMenuItem saveAs = new JMenuItem("Αποθήκευση Ως"); /** The menu Iten that shows the credits / private JMenuItem about= new JMenuItem("Σχετικά με το GUMA"); /** Panel for placing the Buttons Here / private JPanel buttonsPanel=new JPanel(); /** Button for checking result and going to next arithmetic praxis / private JButton nextPraxisButton=new JButton("Επόμενη Πράξη>>"); /** Button for closing the window / private JButton close=new JButton("Κλείσιμο"); /** Layout that use the Jpanels / private FlowLayout panelLayout=new FlowLayout(); /** The panel that we use from giving the result and taking the praxis from the game / private JPanel praxisPanel=new JPanel(); /** Label that displays into gui the praxis / private JLabel praxisLabel=new JLabel("x+y="); /** TextField that we put into the result of the displayed praxis / private JTextField resultField=new JTextField(4); /** Controller that interacts between the Game and the Frame / private SwingGameController controller=new SwingGameController(); /** File that game is saved / private File f=null; /** That shows the remaining arithmetic Operations / private JLabel remaining=new JLabel("Πράξεις:"); /** Inner class that handles what to do when the window closes / private class WindowCloser extends WindowAdapter { public void windowClosing(WindowEvent e) { closeFrame(); } } /** Class that activates and deactivates nextPraxis Button / private class TextListener implements DocumentListener { public void insertUpdate(DocumentEvent e) { enableButton(); } public void removeUpdate(DocumentEvent e) { enableButton(); } public void changedUpdate(DocumentEvent e) { enableButton(); } private void enableButton() { if(controller.gameStarted()) { nextPraxisButton.setEnabled(true); } } } /** Method that allows user to select a file and saves or load it depending on the value of "sav" parameter @param save If it is true saves a file else allows loads a file. After the uses has chosen it with JFileChooser / private void fileLoadAndSave(boolean save) { int returnVal; JFileChooser file=new JFileChooser(); FileNameExtensionFilter filter1=new FileNameExtensionFilter("Guma game saves","guma"); file.setFileFilter(filter1);//Seting file filters if(save==false)//Select to save { file.setFileSelectionMode(JFileChooser.FILES_ONLY); returnVal = file.showOpenDialog(this); } else { file.setFileSelectionMode(JFileChooser.FILES_ONLY); returnVal = file.showSaveDialog(this); } if(returnVal == JFileChooser.APPROVE_OPTION) { f=file.getSelectedFile(); String filename=f.getAbsolutePath(); System.out.println(filename); /Do save or load / try { /Select to save/ if(save==true) { //Apend .guma at the end of file if(!filename.endsWith(".guma")) { System.out.println("Renaming File"); f=new File(filename+".guma"); System.out.println("New Filename: "+f.getName()); } if(f.exists()) { int option=JOptionPane.showConfirmDialog((Component)file,"To αρχείο "+f.getName() +" όπου επιλέξατε"+ "υπάρχει AΝΤΙΚΑΤΑΣΤΑΣΗ?", "Αντικατάσταση αρχείου", JOptionPane.YES_NO_OPTION, JOptionPane.WARNING_MESSAGE ); if(option==JOptionPane.NO_OPTION) { JOptionPane.showConfirmDialog((Component)file, "Το αρχείο όπου επιλέξατε ΔΕΝ θα αντικατασταθεί", "Περι αντικατάστασης αρχείου", JOptionPane.ERROR_MESSAGE); return; } else { JOptionPane.showMessageDialog((Component)file ,"Το αρχείο όπου επιλέξατε ΘΑ αντικατασταθεί", "Περι αντικατάστασης αρχείου", JOptionPane.ERROR_MESSAGE); } } controller.save(f); } else { UIStatus s=controller.load(f); if(s!=null) { updateUI(s); } else { JOptionPane.showMessageDialog((Component)file,"Το αρχείο που επιλέξατε δεν μπορεί να φορτωθεί", "Πρόβλημα με το αρχείο",JOptionPane.ERROR_MESSAGE); } } } catch(IOException e) { JOptionPane.showMessageDialog((Component)file,e.getMessage(),"Πρόβλημα με το αρχείο",JOptionPane.ERROR_MESSAGE); } catch(ClassNotFoundException c) { JOptionPane.showMessageDialog((Component)file,c.getMessage(),"Πρόβλημα με το αρχείο",JOptionPane.ERROR_MESSAGE); } } return; } /* Asks a question if we need to save the file or not / public boolean askSaveQuestion() { boolean doAction=true; if(controller.gameStarted() && !controller.gameSaved())/If an unsaved game has created/ { /The String of each option we have/ String [] options={"Aποθήκευση","Χωρίς αποθήκευση","Ακύρωση"}; /Creating the Dialog window/ int option=JOptionPane.showOptionDialog(MainFrame.this, "H πρόοδος δεν έχει αποθηκευτεί. \n" +"Τι θέλετε να κανω πριν να κλείσει το πρόγραμμα;", "Κλείσιμο", JOptionPane.YES_NO_CANCEL_OPTION, JOptionPane.QUESTION_MESSAGE, null, options,options[2]); if(option==JOptionPane.YES_OPTION) { fileLoadAndSave(true);/Open Filechooser frame for Save/ } else if(option==JOptionPane.NO_OPTION) { } else if(option==JOptionPane.CANCEL_OPTION)/If we select not to save/ { /Or else close the dialog that have showed to you/ JOptionPane.getRootFrame().dispose(); doAction=false; } } return doAction; } /** Method that closes the frame / public void closeFrame() { if(askSaveQuestion()) { System.exit(0); } } /** The Constructor of the Frame / public MainFrame() { /Basic settings of the frame/ super("GUMA: Μια εκπαιδευτική εφαρμογή αριθμιτικής ελευθέρου λογισμικού"); setSize(330,200); setResizable(true); setDefaultCloseOperation(DO_NOTHING_ON_CLOSE); addWindowListener(new WindowCloser()); setLayout(new BorderLayout()); /Adding the bar/ setJMenuBar(panwBar); panwBar.add(fileMenu); panwBar.add(help); /Adding MenuOptions/ fileMenu.add(newGameOption); fileMenu.add(loadGameOption); fileMenu.add(loadWebOption); fileMenu.add(saveGameOption); fileMenu.add(saveAs); add(remaining,BorderLayout.NORTH); /Adding "Help" menu Option/ help.add(about); /Adding Main game Panel/ add(praxisPanel,BorderLayout.CENTER); praxisPanel.setLayout(panelLayout); praxisPanel.add(praxisLabel); praxisPanel.add(resultField); resultField.getDocument().addDocumentListener(new TextListener());//Adding the lissener for the Button NextPraxis /Adding Buttons/ buttonsPanel.setLayout(panelLayout); buttonsPanel.add(close); close.setToolTipText("Κάνε κλικ για να κλείσεις το πρόγραμμα."); buttonsPanel.add(nextPraxisButton); nextPraxisButton.setToolTipText("Κάνε κλικ για να πας στην επόμενη πράξη."); add(buttonsPanel,BorderLayout.SOUTH); /Adding Action Listeners/ newGameOption.addActionListener(this); loadGameOption.addActionListener(this); loadWebOption.addActionListener(this); saveGameOption.addActionListener(this); nextPraxisButton.addActionListener(this); close.addActionListener(this); saveAs.addActionListener(this); about.addActionListener(this); /Ading Key LIsteners/ resultField.addKeyListener(this); /Disabling Buttons and options/ nextPraxisButton.setEnabled(false); saveAs.setEnabled(false); saveGameOption.setEnabled(false); } public void actionPerformed(ActionEvent e) { Object option=e.getSource();//get who caused the Action if(saveGameOption==option)//If we selected to save game { if(f!=null) { try { if(!controller.gameSaved()) { controller.save(f); } } catch(IOException x) { JOptionPane.showMessageDialog((Component)option,x.getMessage(),"Πρόβλημα με το αρχείο",JOptionPane.ERROR_MESSAGE); } } else { fileLoadAndSave(true); } } else if(option==loadGameOption)//if we selected to load game { askSaveQuestion(); fileLoadAndSave(false); } else if(option==saveAs)//If we selected to change file { fileLoadAndSave(true); } else if(option==newGameOption)//if we select to create a game { askSaveQuestion(); controller.newGame(); updateUI(controller.getUIStatus()); } else if(option==loadWebOption) { if(askSaveQuestion()) { resetUI(); controller.loadFromWeb(); updateUI(controller.getUIStatus()); } } else if(option==nextPraxisButton)//If we selected to move onj the next arithmetic praxis { try { UIStatus current=controller.takeResult(Integer.parseInt(resultField.getText())); updateUI(controller.getUIStatus()); } catch(NumberFormatException nfe)//Not a number { JOptionPane.showMessageDialog((Component)resultField, "Δεν δώσατε αριθμιτική τιμή στο αποτέλεσμα.\n"+ "Πρέπει να δώσετε αριθμιτική τιμή στο αποτέλεσμα", "Προσπάθησε ξανα", JOptionPane.ERROR_MESSAGE); } } else if(option==about) { JOptionPane.showMessageDialog((Component)about, "GUMA: Εφαρμογή εκμάνθησης αριθμιτικών πράξεων για μαθητές δημοτικού\n\n"+ "To GUMA είναι project ελευθέρου λογισμικού ύπο"+ " την άδεια GNU GPLv3\n\n"+ "Δημιουργός: Δεσύλλας Δημήτριος (pc_magas)\n"+ "email: [email protected]", "Σχετικά:",JOptionPane.INFORMATION_MESSAGE); } else if(option==close)//Select to close { closeFrame(); } } /** Updates the Gui from a given UIStatus / @Override public void updateUI(UIStatus status) { resultField.setText(""); System.out.println("Updating status:\nPraxisvalue: "+status.praxisValue+"\nRemaining:"+status.praxisRemainingDisplay); praxisLabel.setText(status.praxisValue); remaining.setText(status.praxisRemainingDisplay); nextPraxisButton.setEnabled(status.next); saveAs.setEnabled(status.saveAs); saveGameOption.setEnabled(status.save); } @Override public void keyTyped(KeyEvent e) { } @Override public void keyPressed(KeyEvent e) { } @Override public void keyReleased(KeyEvent e) { if ((int)e.getKeyChar()==10) { String s=resultField.getText(); if(controller.gameStarted() && !s.isEmpty()) { try { UIStatus current=controller.takeResult(Integer.parseInt(s)); updateUI(controller.getUIStatus()); } catch(NumberFormatException nfe)//Not a number { JOptionPane.showMessageDialog((Component)resultField, "Δεν δώσατε αριθμιτική τιμή στο αποτέλεσμα.\n"+ "Πρέπει να δώσετε αριθμιτική τιμή στο αποτέλεσμα", "Προσπάθησε ξανα", JOptionPane.ERROR_MESSAGE); } } } } private void resetUI() { updateUI(new UIStatus()); } }	pc-magas/guma	src/guma/gui/MainFrame.java
426	import java.util.ArrayList; public class Lists { protected static ArrayList <Event> event_list = new ArrayList<>();// λίστα εκδηλώσεων protected static ArrayList <Object> sEvent = new ArrayList<>();// λίστα επιλεγμένων εκδηλώσεων protected static ArrayList <Object> searchevent = new ArrayList<>();//λίστα που χρησημοποιείται κατά την αναζήτηση protected static ArrayList <Booking> bookings = new ArrayList<>();// Λίστα κρατήσεων }	TheofanisB/3-Level-Event-Booking-Client-LoginServer-DatabaseServer-	Server2/Lists.java
430	public interface List { public boolean isEmpty( ); public int size( ); public void insertFirst(Object data); public void insertLast(Object data); public void insert(int position, Object data) throws NoSuchListPosition; /* Τοποθετεί το νέο κόμβο στην υπ’ αριθμό position θέση της λίστας. Αν το position είναι 0 ο κόμβος εισάγεται στην αρχή, αν το position είναι size( ) ο κόμβος εισάγεται στo τέλος, διαφορετικά αν position <0 ή position > size( ) προκύπτει εξαίρεση / public Object removeFirst( ) throws ListEmptyException; public Object removeLast( ) throws ListEmptyException; public Object remove(int position) throws ListEmptyException, NoSuchListPosition; / Διαγράφει τον κόμβο που βρίσκεται στην υπ’ αριθμό position θέση της λίστας. Αν το position είναι 0 διαγράφεται ο πρώτος κόμβος, αν το position είναι size( ) διαγράφεται ο τελευταίος κόμβος, διαφορετικά αν position <0 ή position > size( ) προκύπτει εξαίρεση */ }	johnarnaou/Data-Structures	QueueList/List.java
439	package petfinder.contacts; /** * Μήνυμα sms. * / public class TextMessage { private String from; private String to; private String subject; private String body; /* * Θέτει ον αποστολέα του μηνύματος. * @param from Ο αποστολέας του μηνύματος. / public void setFrom(String from) { this.from = from; } /* * Επιστρέφει τον αποστολέα του μηνύματος. * @return Ο αποστολέας του μηνύματος. / public String getFrom() { return from; } /* * Θέτει τον παραλήπτη του μηνύματος. * @param phone Ο παραλήπτης. / public void setTo(String phone) { this.to = phone; } /* * Επιστρέφει τον παραλήπτη του μηνύματος. * @return Ο παραλήπτης / public String getTo() { return to; } /* * Θέτει το θέμα του μηνύματος. * @param subject Το θέμα του μηνύματος. / public void setSubject(String subject) { this.subject = subject; } /* * Επιστρέφει το θέμα του μηνύματος. * @return Το θέμα του μηνύματος. / public String getSubject() { return subject; } /* * Θέτει το κείμενο του μηνύματος. * @param body Το κείμενο του μηνύματος. / public void setBody(String body) { this.body = body; } /* * Επιστρέφει το κείμενο του μηνύματος. * @return Το κείμενο του μηνύματος. / public String getBody() { return body; } /* * Επισυνάπτει κείμενο στο τέλος του μηνύματος. * @param text Το κείμενο που επισυνάπτεται στο τέλος του μηνύματος. */ public void appendToBody(String text) { subject += text; } }	sikelos13/petfinder-inf	src/main/java/petfinder/contacts/TextMessage.java
445	class kalsales extends Visitor { protected double price,am; protected double percent; protected String name; public void Visit(cosmetic elem) { name=elem.name; price=elem.getCalcCos()-elem.getCalcCos()*0.35; System.out.println("Το καλλυντικό σε έκπτωση που αγοράστηκε:"+name); System.out.println("Νέα τιμή καλλυντικού: "+price); } }	matinakpantazidou/Java---Visitor	kalsales.java
446	class cosmetic extends product{ protected int price,am,teliki,x,y; public void Accept(Visitor v) { v.Visit(this); } public cosmetic(String onoma,int timi, double simme){ super(onoma, timi, simme); name=onoma; } public int price(int pr, int amount) { System.out.println("Το καλλυντικό που αγοράστηκε:"+name); countCosm(); System.out.println("Μετρητής καλλυντικών: "+getCounterCosm()+" καλλυντικά αγοράστηκαν."); price=pr; am=amount; teliki=pr*am; return teliki; } public double getCalcCos() {return teliki;} }	matinakpantazidou/Java---Visitor	cosmetic.java
447	class medicine extends product { protected String name; protected double price,teliki; protected double per; public void Accept(Visitor v) { v.Visit(this); } public medicine(String onoma, double timi, double simme) { super(onoma, timi, simme); name=onoma; } public double compute(double cont, double pr) { System.out.println("Το φάρμακο που αγοράστηκε:"+name); countMed(); System.out.println("Μετρητής φαρμάκων: "+getCounterMed()+" φάρμακα αγοράστηκαν."); per=cont; price=pr; teliki=price-(per*price); return teliki; } public double getCalcGen() {return teliki;} public double getsimmetoxi() {return per;} }	matinakpantazidou/Java---Visitor	medicine.java
451	import java.util.ArrayList; /** * Αυτή η κλάση αναπαριστά έναν/μία ηθοποιό με το όνομα του/της, την ηλικία του/της και την λίστα με τις ταινίες * στις οποίες έχει παίξει. * This class represents an actor/actress with his/her name, age and list of movies he/she participated. / public class Actor { private String name; private int age; private ArrayList<Movie> movies; /* * Κατασκευαστής - Constructor / public Actor(String name, int age) { this.name = name; this.age = age; this.movies = new ArrayList<>(); } /* * Αυτή η μέθοδος επιστρέφει το όνομα του ηθοποιού. * This method returns the actor's name. / public String getName() { return name; } /* * Αυτή η μέθοδος επιστρέφει την ηλικία του ηθοποιού. * This method returns the actor's age. / public int getAge() { return age; } /* * Αυτή η μέθοδος προσθέτει μια ταινία στην λίστα ταινιών του ηθοποιού. * This methods adds a movie to hir/her lists of movies. / public void addMovie(String title, int duration, int oscars, int budget) { this.movies.add(new Movie(title, duration, oscars, budget)); } /* * Αυτή η μέθοδος επιστρέφει τις ταινίες στις οποίες έχει παίξει ο ηθοποιός. * This methods returns the movies the actor has participated. / public ArrayList<Movie> getMovies() { return this.movies; } /* * Αυτή η μέθοδος υπολογίζει τον χρόνο σε λεπτά που ο/η ηθοποιός έχει παίξει σε ταινίες μεγάλου μήκους (>1 ώρα) * This method computes the total play time of the actor in long movies (>1 hour) / public int totalActingTime() { int sum = 0; for (Movie movie : this.movies) { if (movie.getDuration() > 60) { sum += movie.getDuration(); } } return sum; } /* * Αυτή η μέθοδος υπολογίζει την "δημοφιλία" του/της ηθοποιού. Η δημοφιλία υπολογίζεται ως ο συνολικός αριθμός των * ταινιών που έχει παίξει προς τον αριθμό των οσκαρικών ταινιών που έχει παίξει. * This method computes the "popularity" of the actor. The popularity is the total number of movies he/she * participated to the total number of oscar-winning movies he/she participated. */ public double popularity() { int totalOscars = 0; for (Movie movie : this.movies) { if (movie.getOscars() > 0) { totalOscars += 1; } } return this.movies.size() / (double) totalOscars; } }	auth-csd-oop-2023/lab-groupingObjects-MovieActor-solved	src/Actor.java
452	import java.util.ArrayList; /** * Αυτή η κλάση αναπαριστά έναν/μία ηθοποιό με το όνομα του/της, την ηλικία του/της και την λίστα με τις ταινίες * στις οποίες έχει παίξει. * This class represents an actor/actress with his/her name, age and list of movies he/she participated. / public class Actor { private String name; private int age; private ArrayList<Movie> movies; /* * Κατασκευαστής - Constructor / public Actor(String name, int age) { this.name = name; this.age = age; this.movies = new ArrayList<>(); } /* * Αυτή η μέθοδος επιστρέφει το όνομα του ηθοποιού. * This method returns the actor's name. / public String getName() { return name; } /* * Αυτή η μέθοδος επιστρέφει την ηλικία του ηθοποιού. * This method returns the actor's age. / public int getAge() { return age; } /* * Αυτή η μέθοδος προσθέτει μια ταινία στην λίστα ταινιών του ηθοποιού. * This methods adds a movie to hir/her lists of movies. / public void addMovie(String title, int duration, int oscars, int budget) { this.movies.add(new Movie(title, duration, oscars, budget)); } /* * Αυτή η μέθοδος επιστρέφει τις ταινίες στις οποίες έχει παίξει ο ηθοποιός. * This methods returns the movies the actor has participated. / public ArrayList<Movie> getMovies() { return this.movies; } /* * Αυτή η μέθοδος υπολογίζει τον χρόνο σε λεπτά που ο/η ηθοποιός έχει παίξει σε ταινίες μεγάλου μήκους (>1 ώρα) * This method computes the total play time of the actor in long movies (>1 hour) / public int totalActingTime() { int sum = 0; for (Movie movie : this.movies) { if (movie.getDuration() > 60) { sum += movie.getDuration(); } } return sum; } /* * Αυτή η μέθοδος υπολογίζει την "δημοφιλία" του/της ηθοποιού. Η δημοφιλία υπολογίζεται ως ο συνολικός αριθμός των * ταινιών που έχει παίξει προς τον αριθμό των οσκαρικών ταινιών που έχει παίξει. * This method computes the "popularity" of the actor. The popularity is the total number of movies he/she * participated to the total number of oscar-winning movies he/she participated. * double value = (double) value */ public double popularity() { int totalOscars = 0; for (Movie movie : this.movies) { if (movie.getOscars() > 0) { totalOscars += 1; } } return this.movies.size() / (double) totalOscars; } }	auth-csd-oop-2020/lab-groupingObjects-MovieActor-solved	src/Actor.java
453	/** * Αυτή η κλάση αναπαριστά μια ταινία. Κάθε ταινία περιέχει έναν τίτλο, διάρκεια σε λεπτά, αριθμό oscars που έχει * κερδίσει και το συνολικό ποσό που ξοδεύτηκε από την παραγωγή σε εκκατομύρια. * This class represents a movie. Each movie contains a title, its duration in minutes, the number of oscars won and * the total amount spent from the production in millions. / public class Movie { private String title; private int duration; private int oscars; private int budget; /* * Κατασκευαστής - Constructor / public Movie(String title, int duration, int oscars, int budget) { this.title = title; this.duration = duration; this.oscars = oscars; this.budget = budget; } /* * Αυτή η μέθοδος επιστρέφει το τίτλο της ταινίας. * This method returns the movie's title. / public String getTitle() { return title; } /* * Αυτή η μέθοδος επιστρέφει την διάρκεια της ταινίας. * This movie returns the movie's duration. / public int getDuration() { return duration; } /* * Αυτή η μέθοδος επιστρέφει τα oscars που έχει κερδίσει η ταινία. * This method returns the total oscars the movie won. / public int getOscars() { return oscars; } /* * Αυτή η μέθοδος επιστρέφει το συνολικό ποσό που ξοδεύτηκε από την παραγωγή. * This method returns the total amount spent by the production. / public int getBudget() { return budget; } /* * Αυτή η μέθοδος υπολογίζει τον δείκτη oscars - το συνολικό budget προς τον αριθμό των oscars. * This method returns the oscar index - the total budget to the number of oscars won. * double value = (double) value */ public double oscarIndex() { if (this.oscars > 0) { return this.budget / (double) this.oscars; } return 0; } }	auth-csd-oop-2023/lab-groupingObjects-MovieActor-solved	src/Movie.java
454	package net.codejava.sql; import java.awt.EventQueue; import javax.swing.JFrame; import javax.swing.JPanel; import javax.swing.border.EmptyBorder; import java.awt.FlowLayout; import javax.swing.JTextField; import javax.swing.ListModel; import javax.swing.JLabel; import javax.swing.JOptionPane; import javax.swing.SwingConstants; import java.awt.Font; import java.awt.Image; import java.awt.Window; import java.awt.event.ActionEvent; import java.awt.event.ActionListener; import java.sql.Connection; import java.sql.DriverManager; import java.sql.PreparedStatement; import java.sql.ResultSet; import java.sql.SQLException; import java.sql.Statement; import javax.swing.JPasswordField; import javax.swing.JButton; import javax.swing.JTable; import javax.swing.JComboBox; import javax.swing.ComboBoxModel; import javax.swing.DefaultComboBoxModel; import javax.swing.ImageIcon; import java.awt.Color; import javax.swing.border.LineBorder; public class LoginGUI extends JFrame { private Image account_image = new ImageIcon(LoginGUI.class.getResource("/images/account.png")).getImage().getScaledInstance(30, 30, Image.SCALE_SMOOTH);; private Image key_image = new ImageIcon(LoginGUI.class.getResource("/images/key.png")).getImage().getScaledInstance(30, 30, Image.SCALE_SMOOTH); private JPanel contentPane; private final JLabel lblNewLabel = new JLabel("LOGIN "); private final JLabel lblNewLabel_1 = new JLabel("Username:"); private final JTextField textField = new JTextField(); private final JLabel lblNewLabel_1_1 = new JLabel("Password:"); private final JPasswordField passwordField = new JPasswordField(); private final JButton btnNewButton = new JButton("Login"); private final JLabel lblNewLabel_1_2 = new JLabel("Destination:"); private final JLabel lblNewLabel_1_2_1 = new JLabel("Month:"); private final JButton btnNewButton_1 = new JButton("Create an account"); private final JLabel lblNewLabel_2 = new JLabel("New to Trabuds?"); private final JComboBox comboBox = new JComboBox(); private final JComboBox comboBox_1 = new JComboBox(); private final JLabel account = new JLabel(""); private final JLabel key = new JLabel(""); /*\ Launch the application. / public static void main(String[] args) { EventQueue.invokeLater(new Runnable() { public void run() { try { LoginGUI frame = new LoginGUI(); frame.setVisible(true); } catch (Exception e) { e.printStackTrace(); } } }); } /* * Create the frame. / public LoginGUI() { textField.setFont(new Font("Tahoma", Font.PLAIN, 18)); textField.setBounds(150, 85, 198, 30); textField.setColumns(10); initGUI(); } private void initGUI() { setDefaultCloseOperation(JFrame.EXIT_ON_CLOSE); setBounds(100, 100, 541, 513); contentPane = new JPanel(); contentPane.setForeground(new Color(0, 64, 128)); contentPane.setBackground(new Color(0, 128, 128)); contentPane.setBorder(new LineBorder(new Color(0, 0, 0), 2)); setContentPane(contentPane); contentPane.setLayout(null); lblNewLabel.setForeground(new Color(255, 255, 255)); lblNewLabel.setBackground(new Color(255, 255, 255)); lblNewLabel.setFont(new Font("Tw Cen MT Condensed Extra Bold", Font.BOLD, 30)); lblNewLabel.setHorizontalAlignment(SwingConstants.CENTER); lblNewLabel.setBounds(160, 11, 205, 53); contentPane.add(lblNewLabel); lblNewLabel_1.setForeground(new Color(255, 255, 255)); lblNewLabel_1.setBackground(new Color(255, 255, 255)); lblNewLabel_1.setFont(new Font("Tw Cen MT Condensed Extra Bold", Font.PLAIN, 23)); lblNewLabel_1.setBounds(150, 52, 115, 39); contentPane.add(lblNewLabel_1); contentPane.add(textField); //Εισαγωγη ονοματος lblNewLabel_1_1.setForeground(new Color(255, 255, 255)); lblNewLabel_1_1.setFont(new Font("Tw Cen MT Condensed Extra Bold", Font.PLAIN, 23)); lblNewLabel_1_1.setBounds(150, 120, 122, 30); contentPane.add(lblNewLabel_1_1); passwordField.setBounds(150, 150, 198, 30); contentPane.add(passwordField); //Εισαγωγη κωδικου btnNewButton.setFont(new Font("Tw Cen MT", Font.PLAIN, 25)); btnNewButton.setBounds(190, 326, 155, 39); contentPane.add(btnNewButton); lblNewLabel_1_2.setForeground(new Color(255, 255, 255)); lblNewLabel_1_2.setBackground(new Color(255, 255, 255)); lblNewLabel_1_2.setFont(new Font("Tw Cen MT Condensed Extra Bold", Font.PLAIN, 23)); lblNewLabel_1_2.setBounds(150, 183, 122, 30); contentPane.add(lblNewLabel_1_2); lblNewLabel_1_2_1.setForeground(new Color(255, 255, 255)); lblNewLabel_1_2_1.setBackground(new Color(255, 255, 255)); lblNewLabel_1_2_1.setFont(new Font("Tw Cen MT Condensed Extra Bold", Font.PLAIN, 23)); lblNewLabel_1_2_1.setBounds(150, 241, 95, 30); contentPane.add(lblNewLabel_1_2_1); btnNewButton_1.addActionListener(new ActionListener() { public void actionPerformed(ActionEvent e) { } }); btnNewButton_1.setFont(new Font("Tw Cen MT", Font.PLAIN, 17)); btnNewButton_1.setBounds(211, 410, 205, 30); contentPane.add(btnNewButton_1); lblNewLabel_2.setForeground(new Color(255, 255, 255)); lblNewLabel_2.setFont(new Font("Tw Cen MT Condensed Extra Bold", Font.PLAIN, 19)); lblNewLabel_2.setBounds(70, 410, 275, 30); contentPane.add(lblNewLabel_2); comboBox.setEditable(true); comboBox.setFont(new Font("Tahoma", Font.PLAIN, 15)); comboBox.setModel(new DefaultComboBoxModel(new String[] {"Athens", "Paris", "Rome", "London", "Barcelona", "Prague", "Vienna", "Amsterdam", "Budapest", "Lisbon", "Copenagen", "Instabul", "Berlin", "Stockholm", "Dublin", "Oslo", "Milan", "Bucharest", "Moscha", "Madrid", ""})); comboBox.setBounds(150, 213, 216, 30); contentPane.add(comboBox); //εισαγωγη του προορισμου comboBox_1.setEditable(true); comboBox_1.setFont(new Font("Tahoma", Font.PLAIN, 15)); comboBox_1.setModel(new DefaultComboBoxModel(new String[] {"1", "2", "3", "4", "5", "6", "7", "8", "9", "10", "11", "12"})); comboBox_1.setBounds(150, 273, 216, 30); contentPane.add(comboBox_1); //εισαγωγη μηνα account.setBounds(346, 75, 43, 51); contentPane.add(account); account.setIcon(new ImageIcon(account_image)); key.setHorizontalAlignment(SwingConstants.TRAILING); key.setBounds(346, 150, 30, 30); contentPane.add(key); key.setIcon(new ImageIcon(key_image)); btnNewButton.addActionListener(new ActionListener() { public void actionPerformed(ActionEvent arg0) { try { Class.forName("com.microsoft.sqlserver.jdbc.SQLServerDriver"); String url = "jdbc:sqlserver://" +"TZINA-PC" + ":1433;DatabaseName=" + "TRABUDZ" + ";encrypt=true;trustServerCertificate=true"; String user = "LSD"; String passWord = "LSD123"; Connection conn = DriverManager.getConnection(url, user, passWord); System.out.println("connected successfully to Database"); Statement stmt = conn.createStatement(); String query = "UPDATE USERS SET DEST=?, MONTHY=? WHERE POSITION= ?"; PreparedStatement pstmt = conn.prepareStatement(query); int i = 0; //αρχικοποιηση μεταβλητης που μετατρεπει το string του πινακα σε int για να μπει στη βαση σωστα String dest = comboBox.getSelectedItem().toString(); //αποκτηση τιμης προορισμου που επιλεγει ο χρηστης και μετατροπη σε String απο object switch (dest) { case "Athens": i = 1; break; case "Paris": i = 2; break; case "Rome": i = 3; break; case "London": i = 4; break; case "Barcelona": i = 5; break; case "Prague": i = 6; break; case "Vienna": i = 7; break; case "Amsterdam": i = 8; break; case "Budapest": i = 9; break; case "Lisbon": i = 10; break; case "Copenagen": i = 11; break; case "Instabul": i = 12; break; case "Berlin": i = 13; break; case "Stockholm": i = 14; break; case "Dublin": i = 15; break; case "Oslo": i = 16; break; case "Milan": i = 17; break; case "Bucharest": i = 18; break; case "Moscha": i = 19; break; case "Madrid": i = 20; break; } final int proorismos = i; String mhnas = comboBox_1.getSelectedItem().toString(); //αποκτηση της τιμης του μηνα που επιλεγει ο χρηστης και μεταροπη σε string απο object String sql = "Select from USERS where USERNAME='"+textField.getText()+"' and PASSWORDY='"+passwordField.getText()+"'"; ResultSet rs = stmt.executeQuery(sql); if (rs.next()) { JOptionPane.showMessageDialog(null, "login successfully"); int position = rs.getInt(1); //παιρνουμε τη θεση που βρισκεται ο χρηστης μας στη βαση δεδομενων pstmt.setInt(1, proorismos); //Μπαινουν τα στοιχεια στη βαση(dest, monthy) μονο σε περιπτωση που ο χρηστης υπαρχει pstmt.setString(2, mhnas); pstmt.setInt(3, position); pstmt.executeUpdate(); //μπαινουν τα στοιχεια στη βαση Match match = new Match(); match.setPosition(position); match.setVisible(true); dispose(); System.out.println(match.matchingUsersProfile()); if (match.getBoolean() == false) { dispose(); JOptionPane.showMessageDialog(null, "We're sorry but there isn't any travel buddy for you. Please try again with new destination info"); EventQueue.invokeLater(new Runnable() { public void run() { try { LoginGUI frame = new LoginGUI(); frame.setVisible(true); } catch (Exception e) { e.printStackTrace(); } } }); } } else { JOptionPane.showMessageDialog(null, "Incorrect user data"); } conn.commit(); conn.close(); } catch (SQLException e) { } catch (ClassNotFoundException e) { // TODO Auto-generated catch block e.printStackTrace(); } finally { } } }); btnNewButton_1.addActionListener(new ActionListener() { public void actionPerformed(ActionEvent arg0) { if (arg0.getSource() == btnNewButton_1 ) { SignUpGUI signupgui =new SignUpGUI(); signupgui.setVisible(true); dispose(); } } }); } }	Tzinapapadopoulou/LSD	src/LoginGUI.java
459	import java.io.; import java.net.Socket; public class Client { private Socket socket; private DataInputStream inputFromServer; private DataOutputStream outputToServer; public Client(String ip, String port){ try{ socket= new Socket(ip, Integer.parseInt(port)); outputToServer= new DataOutputStream(socket.getOutputStream()); inputFromServer= new DataInputStream(socket.getInputStream()); }catch (Exception e){ System.err.println("Error: No connection to server" + e.getMessage()); System.exit(1); } } public static void main(String args[]) { Client client= new Client(args[0], args[1]); String functionId; functionId= args[2]; switch (functionId) { case "1": System.out.println(client.createAccount(args[3])); break; case "2": System.out.println(client.showAccounts(args[3])); break; case "3": System.out.println(client.sendMessage(args[3], args[4], args[5])); break; case "4": System.out.println(client.showInbox(args[3])); break; case "5": System.out.println(client.readMessage(args[3], args[4])); break; case "6": System.out.println(client.deleteMessage(args[3], args[4])); break; } try{ client.socket.close(); }catch (IOException e){ System.err.println("Error:" + e.getMessage()); } } /* * Η συνάρτηση createAccount αποτελεί την πρώτη λειτουργία - functionID=1 - * Στον server στέλνεται ένα String της μορφής "1username" όπου το username δίνεται από τον client * Στη μεταβλητή result αποθηκεύεται η απάντηση του server * * @param username Το username που θέλει να χρησιμοποιήσει ο χρήστης * * @return ένα String ανάλογα με την τιμή result * αν το result είναι ίσο με: -1, τότε το username υπάρχει ήδη και επιστρέφει ένα string με ένα κατάλληλο μήνυμα * -2, τότε το username δεν είναι αποδεκτό, καθώς χρησιμοποιούνται μή αποδεκτοί χαρακτήρες * σε άλλη περίπτωση ο λογαριασμός έχει δημιουργηθεί και στο result θα υπάρχει ένας θετικός αριθμός με το authToken του νέου λογαριασμού / private String createAccount(String username){ String answer=""; try{ outputToServer.writeUTF("1"+username); int result= inputFromServer.readInt(); if(result== -1){ answer="Sorry, the user already exists"; } else if(result==-2){ answer="Invalid Username"; } else{ answer=result+""; } }catch (IOException e){ System.err.println("Error"); System.exit(1); } return answer; } /* * Η συνάρτηση showAccounts αποτελεί την δεύτερη λειτουργία - functionID=2 - * Στον server στέλνεται ένα String της μορφής "2key" που το key είναι μία μεταβλητή με το authToken ενός χρήστη * * @param key το authToken ενός χρήστη * * @return την απάντηση του server, που είτε θα εμφανίζει όλους τους λογαριασμούς του συστήματος, σε περίπτωση που το key αντιστοιχεί σε κάποιον χρήστη * είτε θα εμφανίζει ένα κατάλληλο μήνυμα αν το key δεν είναι έγκυρο / private String showAccounts(String key){ String result=""; try{ outputToServer.writeUTF("2"+key); result=inputFromServer.readUTF(); }catch (IOException e){ System.err.println("Error"); System.exit(1); } return result; } /* * Η συνάρτηση sendMessage αποτελεί την τρίτη λειτουργία - functionID=3 - * Στον server στέλνεται ένα String της μορφής "3key^recipient.length()^recipient^message, που : * το key είναι το authToken ενός χρηστή * το recipient.length() είναι το μέγεθος του String του recipient * το recipient είναι το username του παραλήπτη * το message είναι το μήνυμα για αποστολή * ανάμεσα στις τρεις μεταβλητές χρησιμοποιείται ο χαρακτήρας '^' για να τις διαχωρίζει * Χρησιμοποιήθηκε αυτό το σύμβολο καθώς κανένα username δεν μπορεί να αποτελείται από αυτό, επομένως γίνεται εύκολος ο διαχωρισμός * * Στη μεταβλητή result αποθηκεύεται η απάντηση του server * * @param key το authToken του χρήστη * @param recipient το username του παραλήπτη * @param message το μήνυμα για αποστολή * * @return ένα String ανάλογα με την τιμή result * Αν το result είναι ίσο με: 0, τότε το μήνυμα στάλθηκε με επιτυχία * 1, τότε ο recipient δεν αντιστοιχεί σε κάποιον χρήστη * 2, τότε το key δεν είναι έγκυρο / private String sendMessage(String key, String recipient, String message){ String answer=""; try { int result; outputToServer.writeUTF("3"+key+"^"+recipient.length()+"^"+recipient+"^"+message); result=inputFromServer.readInt(); if(result==0){ answer="OK"; } else if(result==1){ answer="User does not exist"; } else if(result==2){ answer="Invalid Auth Token"; } }catch (IOException e){ System.err.println("Error"); System.exit(1); } return answer; } /* * Η συνάρτηση showInbox αποτελεί την τέταρτη λειτουργία - functionID=4 - * Στον Server στέλνεται ένα String της μορφής "4key", που το key είναι μία μεταβλητή με το authToken ενός χρήστη * * * @param key το authToken ενός χρήστη * * @return την απάντηση του Server, που είτε θα εμφανίζει όλα τα μηνύματα του χρήστη, σε περίπτωση που το key είναι έγκυρο * είτε θα εμφανίζει ένα κατάλληλο μήνυμα αν το key είναι άκυρο / private String showInbox(String key){ String answer=""; try{ outputToServer.writeUTF("4"+key); answer=inputFromServer.readUTF(); }catch (IOException e){ System.err.println("Error"); System.exit(1); } return answer; } /* * * Η συνάρτηση readMessage αποτελεί την πέμπτη λειτουργία - functionID=5 - * * Στον Server στέλνεται ένα String της μορφής "5key^mesID" που: * το key είναι μία μεταβλητή με το authToken ενός χρήστη * το mesID είναι το ID του μηνύματος που ο χρήστης θέλει να διαβάσει * * Η απάντηση του server αποθηκεύεται στη μεταβλητή result. * Η απάντηση μπορεί να είναι της μορφής: * "0μήνυμα", αν υπάρχει το μήνυμα * "1", αν το messageID δεν υπάρχει στα εισερχόμενά του * "2", αν το key είναι άκυρο * Για αυτό στη μεταβλητή status αποθηκεύεται ο πρώτος; χαρακτήρας του String * * * @param key μεταβλητή με το authToken ενός χρήστη * @param mesID το ID του μηνύματος που ο χρήστης θέλει να διαβάσει * / private String readMessage(String key, String mesID){ String answer=""; try{ String result; int status; outputToServer.writeUTF("5"+key+"^"+mesID); result=inputFromServer.readUTF(); status=Integer.parseInt(result.charAt(0)+""); if(status==0){ answer=result.substring(1); } else if (status==1){ answer="Message ID does not exist"; } else if (status==2){ answer="Invalid Auth Token"; } }catch (IOException e){ System.err.println("Error"); System.exit(1); } return answer; } /* * Η συνάρτηση deleteMessage αποτελεί την έκτη λειτουργία - functionID=6 - * * Στον server στέλνεται ένα μήνυμα της μορφής: "6key^mesID" που: * το key είναι μία μεταβλητή με το authToken ενός χρήστη * το mesID είναι μία μεταβλητή με το message ID που θέλει ο χρήστης να διαγράψει * * Στη μεταβλητή result αποθηκεύεται η απάντηση του server * * @param key μία μεταβλητή με το authToken ενός χρήστη * @param mesID μία μεταβλητή με το message ID που θέλει ο χρήστης να διαγράψει * * @return ένα String ανάλογα με την τιμή της result * Αν result=0, τότε το μήνυμα διαγράφτηκε με επιτυχία * result=1, τότε το mesID δεν υπάρχει στα εισερχόμενα του χρήστη * result=2, τότε το key δεν είναι έγκυρο */ private String deleteMessage(String key, String mesID){ String answer=""; try{ int result; outputToServer.writeUTF("6"+key+"^"+mesID); result= inputFromServer.readInt(); if(result==0){ answer="OK"; } else if(result==1){ answer="Message does not exist"; } else if(result==2){ answer="Invalid Auth Token"; } }catch (IOException e){ System.err.println("Error"); System.exit(1); } return answer; } }	kefthymic/Client-Server	src/Client.java
460	import java.util.; public class Player { //ιδιοτητες ενος παιχτη το ονομα του και το chip που θα επιλεξει private String name; private char chip; // ο κατασκευαστης ζηταει μονο το ονομα αφου το chip θα το επιλεξει μετα public Player(String name) { this.name=name; this.chip =' '; } public String getName() { return name; } public void setName(String name) { this.name = name; } public char getChip() { return chip; } /παραποιση της μεθοδου set εκχωρει στον παιχτει το chipν που θα επιλεξει * κανοντας ελεγχο εγκυροτητας / public void setChip(Scanner scan) { this.chip = scan.next().charAt(0); while(this.chip!= 'x' && this.chip!= 'o') { System.out.println("You can only choose 'x' or 'o' pls try again"); this.chip = scan.next().charAt(0); } } /αυτη η μεθοδος δεχεται ως ορισμα τον παιχτει που εχει επιλεξει chip * και εκχωρει το chip που απεμεινε στον 2ο παιχτη / public void remained_chip(Player player1) { if(player1.getChip()=='x') { this.chip='o'; } else { this.chip='x'; } } /αυτη η μεθοδος δεχεται σαν ορισματα τους παιχτες που παιζουν * ελεγχει ποιανου παιχτη ειναι η σειρα να παιξει και τον επιστρεφει */ public Player switch_player(Player player1,Player player2) { if( this == player1) { return player2; } else { return player1; } } }	Leonardpepa/Connect4	src/Player.java
461	/* * copyright 2013-2020 * codebb.gr * ProtoERP - Open source invocing program * [email protected] / / * changelog * ========= * 12/06/2019 (gmoralis) - Direct copy from ERP / package gr.codebb.protoerp.util.validation; import javafx.scene.control.Control; import org.controlsfx.validation.ValidationResult; import org.controlsfx.validation.Validator; /* @author snow / public class VatValidator implements Validator<String> { @Override public ValidationResult apply(Control t, String vat) { if (vat.length() != 9) { return ValidationResult.fromError(t, "Τα ψηφία του ΑΦΜ πρέπει να είναι 9 αριθμοί"); } int digit1 = Character.getNumericValue(vat.charAt(0)); int digit2 = Character.getNumericValue(vat.charAt(1)); int digit3 = Character.getNumericValue(vat.charAt(2)); int digit4 = Character.getNumericValue(vat.charAt(3)); int digit5 = Character.getNumericValue(vat.charAt(4)); int digit6 = Character.getNumericValue(vat.charAt(5)); int digit7 = Character.getNumericValue(vat.charAt(6)); int digit8 = Character.getNumericValue(vat.charAt(7)); int digit9 = Character.getNumericValue(vat.charAt(8)); int total = digit1 256 + digit2 * 128 + digit3 * 64 + digit4 * 32 + digit5 * 16 + digit6 * 8 + digit7 * 4 + digit8 * 2; int ipolipo = total % 11; if ((ipolipo == digit9) \|\| (ipolipo == 10 && digit9 == 0)) { return null; } else { return ValidationResult.fromError(t, "Το ΑΦΜ που εισάγατε δεν είναι σωστό"); } } }	georgemoralis/protoERP	src/main/java/gr/codebb/protoerp/util/validation/VatValidator.java
462	import com.mysql.jdbc.Connection; import org.jsoup.Jsoup; import org.jsoup.nodes.Document; import org.jsoup.nodes.Element; import org.jsoup.select.Elements; import java.io.IOException; import java.sql.DriverManager; import java.sql.PreparedStatement; import java.sql.SQLException; import java.sql.Statement; /** * Created by George on 26/9/2016. */ public class Compare { public static void main(String[] args) throws SQLException { Connection conn = null; Document doc = null; try { doc = Jsoup.connect("http://www.betonews.com/table.asp?lang=en&tp=3062").get(); //πραγματοποιούμε τη σύνδεση με το website που θελουμε } catch (IOException e) { e.printStackTrace(); } try { String userName = "root"; String password = "root"; String url = "jdbc:mysql://localhost:3306/bet?characterEncoding=utf8"; // σύνδεση με το localhost Class.forName("com.mysql.jdbc.Driver").newInstance(); conn = (Connection) DriverManager.getConnection(url, userName, password); System.out.println("Database connection established"); } catch (Exception e) { System.err.println("Cannot connect to database server"); } Element table = doc.select("table[width=100%][border=0][cellpadding=3][cellspacing=1]").first(); //Επιλέγουμε το σωστό table απο το website for (Element row : table.select("tr:gt(0)")) { // η for εξασφαλιζει οτι με τις αντιστοιχες επαναλήψεις θα περαστούν ολα τα στοιχεία του πινακα στη βαση μας Elements td = row.select("td"); Statement s = conn.createStatement(); //μεσω της preparedstatement δηλωνουμε οτι θα κανουμε update στο πεδιο HT PreparedStatement preparedStmt = conn.prepareStatement("update bet.BetOddsResults set HT = ? where Team1 = ? AND Code = ?"); //το πραγματοποιούμε μεσω της td.eq().text() που βρηκαμε οτι αντιστοιχεί στα πεδία που θέλουμε preparedStmt.setString(1, td.eq(18).text()); preparedStmt.setString(2, td.eq(6).text()); preparedStmt.setString(3, td.eq(2).text()); preparedStmt.executeUpdate(); int euReturnValue = preparedStmt.executeUpdate(); System.out.println(String.format("executeUpdate returned %d", euReturnValue)); s.close(); Statement p = conn.createStatement(); //μεσω της preparedstatement δηλωνουμε οτι θα κανουμε update στο πεδιο FT PreparedStatement preparedStmt1 = conn.prepareStatement("update bet.BetOddsResults set FT = ? where Team1 = ? AND Code = ?"); preparedStmt1.setString(1, td.eq(17).text()); preparedStmt1.setString(2, td.eq(6).text()); preparedStmt1.setString(3, td.eq(2).text()); preparedStmt1.executeUpdate(); int euReturnValue1 = preparedStmt1.executeUpdate(); System.out.println(String.format("executeUpdate returned %d", euReturnValue1)); p.close(); } } }	grokkos/bet-strategy	src/Compare.java
463	import java.sql.DriverManager; import java.sql.SQLException; import java.sql.Statement; import com.mysql.jdbc.Connection; public class Creator { public static void main(String[] args) throws SQLException { Connection conn = null; /** * Στη συγκεκριμένη κλάση δημιουργούμε το πίνακα που * θα φιλοξενήσει τα στοιχεία που θα συλλέγουμε απο το website * */ try { String userName = "root"; String password = "root"; String url = "jdbc:mysql://localhost:3306/bet?characterEncoding=utf8"; // σύνδεση με το localhost Class.forName ("com.mysql.jdbc.Driver").newInstance (); conn = (Connection) DriverManager.getConnection (url, userName, password); System.out.println ("Database connection established"); } catch (Exception e) { System.err.println ("Cannot connect to database server"); } Statement s = conn.createStatement (); s.executeUpdate("DROP TABLE IF EXISTS BetOddsResultsFinal "); s.executeUpdate("CREATE TABLE BetOddsResultsFinal ( " //Δημιουργία του πίνακα μας + " id INT( 11 ) NOT NULL AUTO_INCREMENT ," + " Competition VARCHAR(45) NOT NULL," + " Date DATE NOT NULL," + " KickOffTime VARCHAR(45) NOT NULL," + " Code VARCHAR(45) NOT NULL," + " Team1 VARCHAR(45)NOT NULL," + " Team2 VARCHAR(45) NOT NULL," + " CONSTRAINT Teams UNIQUE(Team1, Team2, Code)," + " HomeOdd VARCHAR(45) NOT NULL," + " DrawOdd VARCHAR(45) NOT NULL," + " AwayOdd VARCHAR(45) NOT NULL," + " HT VARCHAR(45) NOT NULL," + " FT VARCHAR(45) NOT NULL," + " U VARCHAR(45) NOT NULL," + " O VARCHAR(45) NOT NULL," + " G VARCHAR(45) NOT NULL," + " NG VARCHAR(45) NOT NULL," + " 0to1 VARCHAR(45) NOT NULL," + " 2to3 VARCHAR(45) NOT NULL," + " 4to6 VARCHAR(45) NOT NULL," + " TotalA VARCHAR(45) NOT NULL," + " TotalB VARCHAR(45) NOT NULL," + " HomeGoals_1H VARCHAR(45) NOT NULL," + " AwayGoals_1H VARCHAR(45) NOT NULL," + " TotalGoals1H VARCHAR(45) NOT NULL," + " HomeGoals_2H VARCHAR(45) NOT NULL," + " AwayGoals_2H VARCHAR(45) NOT NULL," + " TotalGoals2H VARCHAR(45) NOT NULL," + " PRIMARY KEY (id, Team1, Team2) )" ); System.out.println("Table created."); } }	grokkos/bet-strategy	src/Creator.java
464	public class ProjectTest { public static void main(String[] args) { } }	AggelosMps/ProjectTest	ProjectTest.java
465	/** * Αυτή η κλάση αναπαριστά ένα ηχείο. Το ηχείο έχει δύο χαρακτηριστικά, την ισχύ (Watts) και την πίεση του ήχου (Sound * Pressure Level - SPL) που την μετράμε σε deciBels (dB). * This class represents a speaker. The speaker has two attributes, its power (Watts) and its Sound Pressure Level - SPL * measured in deviBels (dB). / public class Speaker { private int watts; // Δημιουργήστε έναν κατασκευαστή που να δέχεται ως παραμέτρους τα χαρακτηριστικά του ηχείου. // Create a constructor that has as parameters the speakers attributes. public Speaker(int watts) { this.watts = watts; } /* * Μέθοδος που αλλάζει τα watts του ηχείου. * This method should change the speaker's watts. / public void setWatts(int watts) { this.watts = watts; } /* * Μέθοδος που επιστρέφει τα Watts του ηχείου. * This method should return the speaker's Watts. / public int getWatts() { return this.watts; } /* * Το ηχείο παίρνει μια βαθμολογία (1-5) ανάλογα με την ισχύ του. Αν η ισχύς είναι κάτω από 30 Watts παίρνει τον * βαθμό 1. Αντίστοιχα (60 -> 2, 80 -> 3, 100-> 4, >100 -> 5). Αυτή η μέθοδος επιστρέφει την βαθμολογία. * Each speaker is rated from 1 to 5 based on its power (watts). If its power is less than 30 watts it is rated with * 1. Respectively (60 -> 2, 80 -> 3, 100-> 4, >100 -> 5). This method should return the speakers rating, * * βαθμό 1. Αντίστοιχα */ public int getRating() { if (this.watts < 30) { return 1; } else if (this.watts < 60) { return 2; } else if (this.watts < 80) { return 3; } else if (this.watts < 100) { return 4; } else { return 5; } } }	auth-csd-oop-2023/lab-objectInteraction-SoundSystem-Simple-solved	src/Speaker.java
467	/** * Αυτή η κλάση αναπαριστά ένα σκούτερ με μηχανή εσωτερικής καύσης. * <p> * This class represents a scooter with an internal combustion engine. / public class Scooter { private int maxKM; private int year; public Scooter() { } /* * Κατασκευαστής / Constructor * * @param maxKM Ο μέγιστος αριθμός χιλιομέτρων που μπορεί να διανύσει με ένα γέμισμα. The maximum number of * kilometers you can travel with a full tank. * @param year Το έτος κυκλοφορίας του οχήματος / the release year of the vehicle. / public Scooter(int maxKM, int year) { this.maxKM = maxKM; this.year = year; } /* * @return Το μέγιστο αριθμό χιλιομέτρων που μπορεί να διανύσει με ένα γέμισμα. * <p> * The maximum number of kilometers you can travel with a full tank. / public int getMaxKM() { return this.maxKM; } /* * @return Το έτος κυκλοφορίας του οχήματος / the release year of the vehicle. / public int getYear() { return this.year; } /* * Κάθε όχημα χαρακτηρίζεται από μια βαθμολογία ανάλογα με τους ρύπους που παράγει. Το σκορ αυτό είναι ίσο με τον * αριθμό των μέγιστων χιλιομέτρων επί τον μέσο αριθμό γεμισμάτων ανα έτος (250), διά το σύνολο των ημερών ενός * έτους (365) * <p> * Each vehicle has a score that represents the pollutants that produces. This score equals the maximum kilometers * of the vehicle multiplied by the average number of fillings during a year (250), divided by the number of days * in a year (365) * * @return Το σκορ μόλυνσης του περιβάλλοντος, the pollution score. / public double getPollutionScore() { return this.maxKM 250 / 365d; } /** * Μέθοδος που υπολογίζει τα τέλη κυκλοφορίας του οχήματος. Τα τέλη κυκλοφορίας ισούται με τα έτη που κυκλοφορεί το * όχημα μέχρι σήμερα (2018) επι 12.5 που είναι ένας σταθερός αριθμός. * <p> * This method computes the annual taxes of the vehicle. The annual taxes equal the number of years from the release * day till today (2018) multiplied by 12.5 which is a constant value. * * @return Τα τέλη κυκλοφορίας / the annual tax of the vehicle / public double getTaxes() { return (2018 - this.year) 12.5; } }	auth-csd-oop-2023/lab-inheritance-Scooter-solved	src/Scooter.java
468	/** * Αυτή η κλάση αναπαριστά ένα ηχείο. Το ηχείο έχει δύο χαρακτηριστικά, την ισχύ (Watts) και την πίεση του ήχου (Sound * Pressure Level - SPL) που την μετράμε σε deciBels (dB). * This class represents a speaker. The speaker has two attributes, its power (Watts) and its Sound Pressure Level - SPL * measured in deviBels (dB). / public class Speaker { private int watts; private int spl; // Δημιουργήστε έναν κατασκευαστή που να δέχεται ως παραμέτρους τα χαρακτηριστικά του ηχείου. // Create a constructor that has as parameters the speakers attributes. public Speaker(int watts, int spl) { this.watts = watts; this.spl = spl; } /* * Μέθοδος που αλλάζει τα watts του ηχείου. * This method should change the speaker's watts. / public void setWatts(int watts) { this.watts = watts; } /* * Μέθοδος που αλλάζει το SPL του ηχείου. * This method should change the speaker's SPL. / public void setSPL(int spl) { this.spl = spl; } / * Μέθοδος που επιστρέφει το SPL του ηχείου. * This method should return the speaker's SPL. / public int getSPL() { return this.spl; } /* * Μέθοδος που επιστρέφει τα Watts του ηχείου. * This method should return the speaker's Watts. / public int getWatts() { return this.watts; } /* * Το ηχείο παίρνει μια βαθμολογία (1-5) ανάλογα με την ισχύ του. Αν η ισχύς είναι κάτω από 30 Watss παίρνει τον * βαθμό 1. Αντίστοιχα (60 -> 2, 80 -> 3, 100-> 4, >100 -> 5). Αυτή η μέθοδος επιστρέφει την βαθμολογία. * Each speaker is rated from 1 to 5 based on its power (watts). If its power is less than 30 watts it is rated with * 1. Respectively (60 -> 2, 80 -> 3, 100-> 4, >100 -> 5). This method should return the speakers rating, * * βαθμό 1. Αντίστοιχα */ public int getRating() { if (this.watts < 30) { return 1; } else if (this.watts < 60) { return 2; } else if (this.watts < 80) { return 3; } else if (this.watts < 100) { return 4; } else { return 5; } } }	auth-csd-oop-2020/lab-objectInteraction-SoundSystem-solved	src/Speaker.java
469	/** * Η κλάση Message χρησιμοποιείται για να αναπαραστήσει ένα μήνυμα που αποστέλλεται. * Χρησιμοποιούνται οι ακόλουθες μεταβλητές: * * @variable1 isRead δείχνει αν το μήνυμα έχει διαβαστεί * @variable2 sender, που αποθηκεύει το username του αποστολέα * @variable3 receiver, που αποθηκεύει το username του παραλήπτη * @variable4 body, που σε αυτήν είναι αποθηκευμένο το μήνυμα που στάλθηκε * @variable5 messageId, ένας μοναδικός κωδικός για κάθε ένα μήνυμα που στάλθηκε * * @author Efthymiadis Konstantinos / public class Message { private boolean isRead; private String sender; private String receiver; private String body; int messageId; public Message( String sender, String receiver, String body, int messageId){ this.isRead=false; this.sender=sender; this.receiver=receiver; this.body=body; this.messageId=messageId; } public boolean getIsRead(){ return isRead; } public String getSender(){ return sender; } public String getReceiver(){ return receiver; } public String getBody(){ return body; } public int getMessageId(){ return messageId; } /* * Συνάρτηση που χρησιμοποιείται όταν διαβάζεται ένα μήνυμα και αλλάζει την τιμή της μεταβλητής isRead σε true */ public void messageRead(){ isRead=true; } }	kefthymic/Client-Server	src/Message.java
470	class Donator extends User { private Offers offersList = new Offers(); public Donator(int id, String name, String phone){ setName(name); setPhone(phone); setID(id); } public void add(RequestDonation rd, Organization o){ offersList.add(rd, o); } public void remove(RequestDonation rd){ offersList.remove(rd); } public Offers getOffersList(){ return offersList; } //Η μέθοδος listOffers, μετά από έλεγχο για το αν η offersList είναι άδεια: //- Αν δεν είναι άδεια, εκτυπώνει τα περιεχόμενα του αντικειμένου offersList του Donator που την καλεί public boolean listOffers(){ if (offersList.getRdEntities().isEmpty()){ System.out.println("The offersList is empty"); return false; } for (RequestDonation rd : offersList.getRdEntities()){ System.out.println(String.format("ID: %d Name: %s Quantity: %.2f Type: %s", rd.getID(), rd.getName(), rd.getQuantity(), rd.getEntity().isService() ? "Service" : "Material")); } return true; } }	bioagg/DonationSystem	src/Donator.java
471	import java.util.ArrayList; import java.util.List; /** * Η κλάση Account χρησιμοποιείται για να αναπαραστήσει έναν χρήστη. * Οι μεταβλητές που χρησιμοποιούνται είναι: * @variable1 username το όνομα του χρήστη * @variable2 authToken, ένας μοναδικός κωδικός για κάθε χρήστη * @variable3 messageBox, που αποθηκεύονται όλα τα εισερχόμενα μηνύματα του χρήστη * * @author Efthymiadis Konstantinos / public class Account { private String username; private int authToken; private List<Message> messageBox; public Account(String username, int authToken){ this.username=username; this.authToken=authToken; messageBox= new ArrayList<Message>(); } public String getUsername(){ return username; } public int getAuthToken(){ return authToken; } public List<Message> getMessageBox(){ return messageBox; } /* * Συνάρτηση που προσθέτει ένα εισερχόμενο μήνυμα στο messageBox * * @param message το εισερχόμενο μήνυμα */ public void addMessage(Message message){ messageBox.add(message); } }	kefthymic/Client-Server	src/Account.java
472	public class WaspNest implements ICoordinates { private int x; private int y; private int wasps; public WaspNest(int x, int y, int wasps) { this.x = x; this.y = y; this.wasps = wasps; } public WaspNest(WaspNest waspNest) { this.x = waspNest.x; this.y = waspNest.y; this.wasps = waspNest.wasps; } public int getX() { return x; } public void setX(int x) { this.x = x; } public int getY() { return y; } public void setY(int y) { this.y = y; } public int getWasps() { return wasps; } public void setWasps(int wasps) { this.wasps = wasps; } /** * Αφαιρεί το {@code killedWasps} από τον αριθμό των σφηκών που έχει η φωλιά. * Εάν το αποτέλεσμα είναι μικρότερο του 0 τότε η φωλιά έχει 0 σφήκες. * * @param killedWasps Ο αριθμός των σφηκών που θα αφαιρεθούν */ public void killWasps(int killedWasps) { wasps -= killedWasps; if (wasps < 0) { wasps = 0; } } }	sortingbubbles/wasp-control	src/WaspNest.java
473	import org.jgap.; import org.jgap.event.EventManager; import org.jgap.impl.; import java.io.File; public class MainJGAP { /** * Το μέγεθος του πληθυσμού / private static final int POPULATION_SIZE = 100; /* * Πόσες φορές θα γίνει δειγματοληψία για τον υπολογισμό του μέσου όρου (όπου χρειάζεται) / private static final int SAMPLES = 100; /* * Μέγιστος αριθμός γενεών / private static final int MAX_EVOLUTIONS = 1000; /* * Υπολογίζει την λύση του προβλήματος * * @param conf Αντικείμενο ρυθμίσεων * @param populationSize Μέγεθος πληθυσμού * @param maxEvolutions Μέγιστος αριθμός γενεών * @param mapController Χάρτης με τις τοποθεσίες των σφηκοφολιών * @return Πίνακας που περιέχει το καλύτερο χρωμόσωμα κάθε γενιάς * @throws Exception / public static IChromosome[] exterminate(Configuration conf, int populationSize, int maxEvolutions, MapController mapController) throws Exception { IChromosome[] results = new IChromosome[maxEvolutions]; // Πίνακας που περιέχει το καλύτερο χρωμόσωμα κάθε γενιάς // Το χρωμόσωμα θα αποτελέιται από 6 γονίδια. Τα δύο πρώτα θα αποτελούν τις συντεταγμένες της πρώτης βόμβας, // τα επόμενα δύο τις συντεταγμένες της δεύτερης βόμβας, και τα υπόλοιπα δύο τις συντεταγμένες της τρίτης βόμβας Gene[] bombGenes = new Gene[6]; bombGenes[0] = new IntegerGene(conf, 0, mapController.getMaxX()); //x1 bombGenes[1] = new IntegerGene(conf, 0, mapController.getMaxY()); //y1 bombGenes[2] = new IntegerGene(conf, 0, mapController.getMaxX()); //x2 bombGenes[3] = new IntegerGene(conf, 0, mapController.getMaxY()); //y2 bombGenes[4] = new IntegerGene(conf, 0, mapController.getMaxX()); //x3 bombGenes[5] = new IntegerGene(conf, 0, mapController.getMaxY()); //y3 IChromosome bombsChromosome = new Chromosome(conf, bombGenes); conf.setSampleChromosome(bombsChromosome); // Ορίζεται το μέγεθος του πληθυσμού conf.setPopulationSize(populationSize); // Δημιουργείται ο τυχαίος πληθυσμός Genotype population = Genotype.randomInitialGenotype(conf); for (int i = 0; i < maxEvolutions; i++) { population.evolve(); // Εξέλιξη του πληθυσμού IChromosome bestSolutionSoFar = population.getFittestChromosome(); // Παίρνουμε το καλύτερο χρωμόσωμα... results[i] = bestSolutionSoFar; // ... και το τοποθετούμε στον πίνακα με τα καλύτερα χρωμοσώματα κάθε γενιάς } return results; } /* * Δημιουργεί αντικείμενο που περιγράφει τις παραμέτρους που θα χρησιμοποιηθούν για την επίλυση του προβλήματος * * @param mapController Χάρτης με τις τοποθεσίες των σφηκοφολιών * @param crossoverRate Ποσοστό ανασυνδυασμού * @param mutationRate Ποσοστό μετάλλαξης * @return Αντικείμενο ρυθμήσεων * @throws InvalidConfigurationException / public static Configuration getConfiguration(MapController mapController, double crossoverRate, int mutationRate) throws InvalidConfigurationException { //Δημιουργία αντικειμένου ρυθμήσεων Configuration conf = new Configuration(); try { conf.setBreeder(new GABreeder()); conf.setRandomGenerator(new StockRandomGenerator()); conf.setEventManager(new EventManager()); conf.setMinimumPopSizePercent(0); // conf.setSelectFromPrevGen(1.0d); conf.setKeepPopulationSizeConstant(true); conf.setFitnessEvaluator(new DefaultFitnessEvaluator()); conf.setChromosomePool(new ChromosomePool()); conf.addGeneticOperator(new CrossoverOperator(conf, crossoverRate)); // ορισμός ποσοστού ανασυνδυασμού conf.addGeneticOperator(new MutationOperator(conf, mutationRate)); // ορισμός ποσοστού μετάλλαξης } catch (InvalidConfigurationException e) { throw new RuntimeException("Κάτι πήγε στραβά!"); } conf.setPreservFittestIndividual(true); // ενεργοποίηση ελιτισμού conf.setKeepPopulationSizeConstant(false); // σταθερό μέγεθος πληθυσμού // ορισμός συνάρτησης καταλληλότητας FitnessFunction myFunc = new WaspFitnessFunction(mapController); conf.setFitnessFunction(myFunc); return conf; } public static void main(String[] args) throws Exception { // Distance.initDistance(100, 100); MapController mapController = new MapController(new File("map.csv")); // φόρτωμα του χάρτη mapController.initSave(1); // αρχικοποίηση της δυνατότητας αποθήκευσης της κατάστασης του χάρτη mapController.saveMap(0); // αποθήκευση του χάρτη στη μνήμη printBestSolution(mapController); } /* * Εκτελεί τον γενετικό αλγόριθμο και εμφανίζει την καλύτερη λύση που βρέθηκε * * @param mapController Χάρτης με τις τοποθεσίες των σφηκοφολιών * @throws Exception / private static void printBestSolution(MapController mapController) throws Exception { Configuration conf = getConfiguration(mapController, 0.80d, 12); BestChromosomesSelector bestChromsSelector = new BestChromosomesSelector(conf, 0.90d); bestChromsSelector.setDoubletteChromosomesAllowed(true); conf.addNaturalSelector(bestChromsSelector, false); IChromosome results[] = exterminate(conf, POPULATION_SIZE, MAX_EVOLUTIONS, mapController); IChromosome bestSolution = results[results.length - 1]; System.out.println("Η λύση που βρέθηκε σκοτώνει " + (int) bestSolution.getFitnessValue() + " σφήκες αν οι βόμβες τοποθετηθούν στις θέσεις:"); System.out.println("\t" + WaspFitnessFunction.getBombFromChromosome(bestSolution, 0)); System.out.println("\t" + WaspFitnessFunction.getBombFromChromosome(bestSolution, 1)); System.out.println("\t" + WaspFitnessFunction.getBombFromChromosome(bestSolution, 2)); } /* * Εκτελεί τον γενετικό αλγόριθμο και εμφανίζει τον μέσο όρο του fitness κάθε γενιάς * * @param mapController Χάρτης με τις τοποθεσίες των σφηκοφολιών * @throws Exception / private static void averageSelectorFitness(MapController mapController) throws Exception { double avg[] = new double[MAX_EVOLUTIONS]; double total[] = new double[MAX_EVOLUTIONS]; for (int j = 0; j < SAMPLES; j++) { Configuration.reset(); Configuration conf = getConfiguration(mapController, 0.80d, 12); BestChromosomesSelector bestChromsSelector = new BestChromosomesSelector(conf, 0.90d); bestChromsSelector.setDoubletteChromosomesAllowed(true); conf.addNaturalSelector(bestChromsSelector, false); // NaturalSelector weightedRouletteSelector = new WeightedRouletteSelector(conf); // conf.addNaturalSelector(weightedRouletteSelector, false); // TournamentSelector tournamentSelector = new TournamentSelector(conf, 10, 0.8); // conf.addNaturalSelector(tournamentSelector, false); IChromosome results[] = exterminate(conf, POPULATION_SIZE, MAX_EVOLUTIONS, mapController); for (int i = 0; i < MAX_EVOLUTIONS; i++) { total[i] += results[i].getFitnessValue(); } System.out.println(j); } for (int i = 0; i < MAX_EVOLUTIONS; i++) { avg[i] = total[i] / SAMPLES; System.out.println(i + "," + avg[i]); } } /* * Εκτελεί τον γενετικό αλγόριθμο και εμφανίζει τον μέσο όρο του καλύτερου fitness, αλλάζοντας κάθε φορά * το ποσοστό ανασυνδυασμού * * @param mapController Χάρτης με τις τοποθεσίες των σφηκοφολιών * @throws Exception */ private static void crossoverRateTest(MapController mapController) throws Exception { double avg[] = new double[101]; for (int i = 1; i <= 100; i++) { double total = 0; for (int j = 0; j < SAMPLES; j++) { Configuration.reset(); Configuration conf = getConfiguration(mapController, i / 100.0, 12); BestChromosomesSelector bestChromsSelector = new BestChromosomesSelector(conf, 0.90d); bestChromsSelector.setDoubletteChromosomesAllowed(true); conf.addNaturalSelector(bestChromsSelector, false); total += exterminate(conf, POPULATION_SIZE, MAX_EVOLUTIONS, mapController)[MAX_EVOLUTIONS - 1].getFitnessValue(); } avg[i] = total / SAMPLES; System.out.println(i + "," + avg[i]); } } }	sortingbubbles/wasp-control	src/MainJGAP.java
474	import java.rmi.; import java.rmi.registry.LocateRegistry; import java.rmi.registry.Registry; import java.util.Scanner; public class THClient { public static String Input(){ // Δημιουργία ενός αντικειμένου Scanner για ανάγνωση εισόδου από τον χρήστη Scanner scanner = new Scanner(System.in); System.out.println("Απάντηση (y=yes, n=no): "); String userInput = scanner.nextLine(); // Κλείσιμο του Scanner scanner.close(); return userInput; } public static void main(String[] args) { //Ο client θα πρέπει να τρέχει στο command line ως εξής: //Ελέγχουμε αν δεν εχουν εισαχθεί ορίσματα τότε να εκτυπώνει τα ορίσματα που μπορούν να δωθούν java THClient / * java TΗClient: αν καμία άλλη παράμετρος δεν προσδιορίζεται, το πρόγραμμα θα πρέπει απλά να * τυπώνει στην οθόνη πως ακριβώς (με τι παραμέτρους) πρέπει να τρέξει ο χρήστης την εντολή / if(args.length == 0) { PrintCommands(); return; } try { THInterface in = (THInterface)Naming.lookup("rmi://localhost:1099/TH"); String command = args[0]; //args[1]="localhost"; //Έλεγχος παραπάνω ορισμάτων switch(command) { / * java TΗClient list <hostname>: να τυπώνεται ως αποτέλεσμα στην οθόνη μία λίστα με τις διαθέσιμες * θέσεις (για κάθε τύπο και κόστος) στο θέατρο - π.χ. στην ακόλουθη μορφή: * κ1 θέσεις Πλατεία - Ζώνη Α (κωδικός: ΠΑ) - τιμή: 45 Ευρώ * κ2 θέσεις Πλατεία - Ζώνη Β (κωδικός: ΠΒ) - τιμή: 35 Ευρώ * κ3 θέσεις Πλατεία - Ζώνη Γ (κωδικός: ΠΓ) - τιμή: 25 Ευρώ * κ4 θέσεις Κεντρικός Εξώστης (κωδικός: ΚΕ) - τιμή: 30 Ευρώ * κ5 θέσεις Πλαϊνά Θεωρεία (κωδικός: ΠΘ) - τιμή: 20 Ευρώ * όπου τα κ1,κ2,κ3,κ4,κ5 υποδεικνύουν τον τρέχοντα αριθμό διαθέσιμων θέσεων κάθε τύπου. */ case "list": if (args.length < 2) { System.out.println("Java THClient list <hostname>: Εμφάνιση των διαθέσιμων θέσεων και το κόστος\n"); } else{ //Εκτύπωση Διαθέσιμων Θέσεων System.out.println(in.lista()); } break; case "book": if(args.length < 5) { System.out.println("Java THClient book <hostname> <type> <number> <name>: Κράτηση θέσεων\n"); } else{ String type=args[2]; int number=Integer.parseInt(args[3]); //Μετατροπή string σε ακέραιο String name=args[4]; } break; case "guest": if(args.length < 2) { System.out.println("Java THClient guest <hostname>:\n"); } else{ } break; case "cancel": if(args.length < 5) { System.out.println("Java THClient cancel <hostname> <type> <number> <name>: Ακύρωση κράτησης\n"); } else { String type=args[2]; int number=Integer.parseInt(args[3]); String name=args[4]; } } } catch (Exception e) { e.printStackTrace(); // TODO: handle exception } } public static void PrintSeats() { } //Συνάρτηση που εκτυπώνει τα επιτρεπτά ορίσματα private static void PrintCommands() { System.out.println("Ορίσματα:\n"); System.out.println("Java THClient: Εκτύπωση τον ορισμάτων\n"); System.out.println("Java THClient list <hostname>: Εμφάνιση των διαθέσιμων θέσεων και το κόστος\n"); System.out.println("Java THClient book <hostname> <type> <number> <name>: Κράτηση θέσεων\n"); System.out.println("Java THClient guest <hostname>: Εκτύπωση λίστας πελατών που έχουν κάνει κράτηση\n"); System.out.println("Java THClient cancel <hostname> <type> <number> <name>: Ακύρωση κράτησης\n"); } }	Pandelmark/Distributed-Systems	RMI/THClient.java
475	package api; import java.io.Serializable; /** * Abstract γενική κλάση χρήστη. / public abstract class User implements Serializable { //βγάζει νόημα να είναι abstract γιατί δεν πρόκειται να δημιουργηθούν αντικείμενα User protected final String firstName; protected final String lastName; protected final String userName; protected String password; protected final String type; // "simpleUser" or "provider" /* * Κατασκευαστής της κλάσης User. Αρχικοποιεί το αντικείμενο του απλού χρήστη θέτοντας τα πεδία firstName, * lastName, username και password ανάλογα με τα ορίσματα που δίνονται. * @param firstName μικρό όνομα χρήστη * @param lastName επίθετο χρήστη * @param userName username χρήστη * @param password κωδικός χρήστη * @param type τύπος χρήστη / public User(String firstName, String lastName, String userName, String password, String type) { this.userName = userName; this.password = password; this.type = type; this.firstName = firstName; this.lastName = lastName; } /* * Επιστρέφει το username του χρήστη. * @return username του χρήστη / public String getUserName() { return userName; } /* * Επιστρέφει τον κωδικό του χρήστη. * @return κωδικός του χρήστη / public String getPassword() { return password; } /* * Αλλάζει τον κωδικό του χρήστη για πιθανή μελλοντική υλοποίηση διαδικασίας αλλαγής κωδικού. * @param password νέος κωδικός / public void setPassword(String password) { this.password = password; } /* * Επιστρέφει τον τύπο του χρήστη. * @return τύπος του χρήστη. / public String getType() { return type; } /* * Επιστρέφει το μικρό όνομα του χρήστη * @return μικρό όνομα του χρήστη / public String getFirstName() { return firstName; } /* * Επιστρέφει το επίθετο του χρήστη. * @return επίθετο του χρήστη / public String getLastName() { return lastName; } /* * Ελέγχεται η ισότητα δύο αντικειμένων υποκλάσεων της User (αφού η ίδια η User είναι abstract). Αν δεν έχουν την * ίδια θέση μνήμης και ανήκουν και τα δύο σε υποκλάσεις της User τότε ελέγχεται η ισότητα των username καθώς είναι * μοναδικά. * @param o το αντικείμενο που θέλουμε να συγκρίνουμε με το this * @return true αν ισχύει η ισότητα των δύο αντικειμένων */ @Override public boolean equals(Object o) { if (this == o) return true; if (!(o instanceof User user)) return false; return getUserName().equals(user.getUserName()); } }	patiosga/myreviews	src/api/User.java
476	package gr.aueb.cf.ch5; import java.util.Scanner; /** * Power a^n demo. / public class PowerApp { public static void main(String[] args) { // Θα μας χρησιμευει σαν driver (testing). Η main ειναι ενας client που ζηταει μια υπηρεσια (pow). Scanner in = new Scanner(System.in); int base = 0; int power = 0; int result = 0; System.out.println("Please insert base and power"); base = in.nextInt(); power = in.nextInt(); result = pow(base, power); System.out.printf("%d ^ %d = %d", base, power, result); } /* * Returns the result of a^n * @param base * @param power * @return the result. / public static int pow(int base, int power) { int result = 1; for (int i = 1; i <= power ; i++) { result = base; } return result; } }	MytilinisV/codingfactorytestbed	ch5/PowerApp.java
477	//ics 20033 import java.util.; public class Connect4 { public static void main(String[] args) { System.out.println("This is score4"); //δημιουργια ενος αντικειμενου scanner για τις εισαγωσες απο το πληκτρολογιο Scanner scan = new Scanner(System.in); // προτροπή των παιχτων να δωσουν το ονομα τους και διαβασμα των ονοματων System.out.print("Please enter the name of the 1st player:"); Player player1 = new Player(scan.nextLine()); System.out.print("Please enter the name of the 2nd player:"); Player player2 = new Player(scan.nextLine()); System.out.println("The chip can be 'x' or 'o' "); /προτροπη του πρωτου παιχτη να επιλεξει το chip του και επιλογη του chip που απεμεινε στον δευτερο παιχτη/ System.out.print(player1.getName()+", please select your chip:"); player1.setChip(scan); player2.remained_chip(player1); System.out.println(player2.getName() + ", Your chip is:" + player2.getChip()); // δημιουργια του ταμπλο του παιχνιδιου Board board = new Board(scan); /* τυχαια επιλογη του παιχτη που θα παιξει πρωτος χρησιμοποιωντας * την random.nextInt(2) που παραγει τυχαια τους αριθμους 0 ή 1 / Player player_to_move; Random random = new Random(); int first_to_start=random.nextInt(2); if(first_to_start == 0) { player_to_move = player1; } else { player_to_move = player2; } / δηλωση μιας boolean μεταβλητης ωστε να ειναι η τιμη φρουρος * στην επαναληψη του παιχνιδιου / boolean play=true; while(play) { //ξεκιναει το παιχνιδι και εμφανιζει τον πινακα στην οθονη board.display(); /προτροπη στον παιχτη που παιζει να επιλεξη την στηλη στην οποια θα τοποθετηση το chip του και τοποθετηση του chip στην στηλη με την βοηθεια της μεθοδου putcoint() / System.out.print(player_to_move.getName() + ", your turn. Select column: " ); board.putcoin(player_to_move, scan); System.out.println(); /ελεγχος για το αν υπαρχει νικητης με την μεθοδο is_winner * ή αν εχει γεμισει ο πινακας και στις δυο περιπτωσεις * πρεπει να τερματιστει το παιχνιδι * / if(board.is_winner(player_to_move) \|\| board.fullboard()) { play = false; board.display(); } //εναλλαγη παιχτων δηλαδη παιζει ο επομενος παιχτης player_to_move=player_to_move.switch_player(player1, player2); } / αφου τερματιστει το παιχνιδι γινεται ο ελεγχος για το ποιος ειναι * ο νικητης και τον εμφανιζει αν δεν υπαρχει νικητης τοτε υπαρχει ισοπαλια */ if(board.is_winner(player1)) { System.out.println(" GAME OVER. THE WINNER IS " + player1.getName()); } else if(board.is_winner(player2)) { System.out.println(" GAME OVER. THE WINNER IS " + player2.getName()); } else{ System.out.println("GAME OVER. WE HAVE A DRAW"); } scan.close(); } }	Leonardpepa/Connect4	src/Connect4.java
478	/** GUMA a simple math game for elementary school students Copyright (C) 2012-2013 Dimitrios Desyllas (pc_magas) * * This program is free software: you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation, either version 3 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program. If not, see <http://www.gnu.org/licenses/>. Contact with me by main at thes address: [email protected] / package guma.simulator; import guma.simulator.AbstractSimulator; import guma.arithmetic.Praxis; import guma.enums.PraxisType; public class AddingSimulator extends SimpleSimulator { /** Constructor Method @param telestis1: the first operator of the number that we will simulate the first operation @param telestis2: the second operator of the number that we will simulate the first operation / public AddingSimulator(int telestis1,int telestis2) { super(telestis1,telestis2,PraxisType.ADDING); } @Override public boolean doPraxis() { byte tempTelestis1; byte tempTelestis2; message=""; try { tempTelestis1=(byte)telestis1.getDigit(); } catch(IndexOutOfBoundsException out1) { tempTelestis1=0; } try { tempTelestis2=(byte)telestis2.getDigit(); } catch(IndexOutOfBoundsException out2) { tempTelestis2=0; } if(telestis1.getDigitPos()<0 && telestis2.getDigitPos()<0)//run out of digits { if(kratoumeno!=0)//if carry remained { message="Το κρατούμενο που περίσεψε το βάζω στο αποτέλεσμα.\n"; result.setDigit(kratoumeno); kratoumeno=0; addStatus(); return true; } message="Τέλος προσομοίωσης"; addStatus(true); return false; } else { if(kratoumeno==0)//If carry { message="Προσθέτουμε τα ψηφία. Άν το άθροισμα των ψηφίων είναι μεγαλύτερο του 10 κρατάμε κρατούμενο το πρώτο ψηφίο του αθροίσματος."; temp=tempTelestis1+tempTelestis2; addStatus(); } else { System.out.println("Adding with carry"); message="Προσθέτουμε τα ψηφία μαζί με το κρατούμενο.\n Άν το άθροισμα των ψηφίων είναι διψήφιος κρατάμε κρατούμενο το πρώτο ψηφίο του αθροίσματος."; temp=kratoumeno+tempTelestis1+tempTelestis2; kratoumeno=0; addStatus(); } if(temp>=10)//if need to take a carry { message="Το άθροισμα των ψηφίων είναι μεγαλύτερο του 10 κρατάμε κρατούμενο"; kratoumeno=1; result.setDigit((byte)(temp-10)); addStatus(); } else { message="Βάζουμε το άθροισμα των ψηφίων στο αποτέλεσμα"; result.setDigit((byte)temp); addStatus(); } result.previousDigit(); telestis1.previousDigit(); telestis2.previousDigit(); temp=-1; return true; } } }	pc-magas/guma	src/guma/simulator/AddingSimulator.java
479	import java.util.*; public class posts { public int photo_id; public User user; public int drone_id; public int flagged_posts; public String comment; public ArrayList<posts> postsList; public posts(int photo_id, User user, int drone_id, int flagged_posts, String comment) { this.photo_id=photo_id; this.user=user; this.drone_id=drone_id; this.flagged_posts=flagged_posts; this.comment=comment; this.postsList=new ArrayList<posts>(); } public void set_postsList(posts posts) throws FlybyException{ if(this.postsList.contains(posts)){ //ελέγχω αν το αντικελιμενο που θέλω να προσθέσω υπάρχει ήδη στη λίστα throw new FlybyException("Item already exists"); //χρησιμοποιώ κλάση εξαίρεσης αν το αντικείμενο υπα΄ρχει ήδη στη λίστα } else{ //αν δεν υπάρχει το προσθέτω στη λίστα this.postsList.add(posts); } } public void print_post(posts posts){ System.out.print("photo ID: "+ posts.photo_id+"\n"); System.out.print("user reporting this post: "); this.user.print_user(posts.user); System.out.print("drone ID: "+posts.drone_id+"\n"); System.out.print("Comment: "+posts.comment+"\n"); } }	poulcheria/FlyBy	backend/posts.java
480	package api; import java.io.Serializable; import java.util.ArrayList; public class Login implements Serializable { private String username; private String password; private User correctUser; private ArrayList<Error> errors = new ArrayList<>(); public Login(String username, String password) { this.username = username; this.password = password; } private boolean emptyInput(){ if (username.equals("") \|\| password.equals("")){ //throw new EmptyInputException("Κάποιο από τα υποχρεωτικά πεδία είναι κενό"); errors.add(new Error(0,"Κάποιο από τα υποχρεωτικά πεδία είναι κενό")); return true; } return false; } /** * This method checks if the username of the user who tries to login exists in "Database" and if yes it stores a copy of the correct user info. * @return boolean if username exists or not. / private boolean validateUsername() { for (User user : Database.getUsers()) { if (user.usernameExists(this.username) != null){ correctUser = user; return true; } } //throw new DoesntExistsException("Το όνομα χρήστη που πληκτρολογήσατε δεν υπάρχει!"); errors.add(new Error(1, "Το όνομα χρήστη που πληκτρολογήσατε δεν υπάρχει!")); return false; } /* * This method checks if the login password is the same as in the "Database" object. * @return boolean if password matches or not. / private boolean validatePassword() { if (correctUser != null && correctUser.getPassword().equals(this.password)) return true; //throw new WrongInputException("Ο κωδικός που πληκτρολογήσατε είναι λανθασμένος!"); errors.add(new Error(2, "Ο κωδικός που πληκτρολογήσατε είναι λανθασμένος!")); return false; } /* * This method is used to return all errors after user tries to login in the system with the appropriate message. / public ArrayList<Error> getErrors() { return errors; } /* * This method makes all validations and returns true or false if the user can login and access the dashboard or not. */ public User login() { if (!emptyInput() && validateUsername() && validatePassword()) return correctUser; return null; } }	ThodorisAnninos/appartments-management-system-java	src/api/Login.java
481	package api; import java.io.Serializable; /** * Η κλάση αυτή αναφέρεται στις παροχές ενός καταλύματος.Για κάθε κατηγορία παροχής(π.χ. θέα) υπάρχουν 2 παράλληλοι πίνακες,ο ένας τύπου string αποθηκεύει * κάθε υποπαροχή(π.χ θέα στη θάλασσα) σαν string σε μία θέση του πίνακα,και στην αντίστοιχη θέση του άλλου παράλληλου πίνακα που είναι τύπου boolean * αποθηκεύεται η τιμή true αν η υποπαροχή αυτή παρέχεται από το κατάλυμα,αλλίως αποθηκεύεται false.Ο πίνακας τύπου Boolean αρχικοποιείται με τιμές false * @author Anestis Zotos / public class Amenities implements Serializable { private String[] view; private boolean[] viewB; private String[] bath; private boolean[] bathB; private String[] wash_clothes; private boolean[] wash_clothesB; private String[] entertainment; private boolean[] entertainmentB; private String[] heating; private boolean[] heatingB; private String[] internet; private boolean[] internetB; private String[] kitchen; private boolean[] kitchenB; private String[] outside; private boolean[] outsideB; private String[] parking; private boolean[] parkingB; public Amenities() { int i; view=new String[6]; viewB=new boolean[6]; for(i=0;i<6;i++) { viewB[i]=false; } view[0]="Θέα σε πισίνα"; view[1]="Θέα στη θάλασσα"; view[2]="Θέα στο λιμάνι"; view[3]="θέα στο βουνό"; view[4]="Θέα σε παραλία"; view[5] ="Θέα στο δρόμο"; bath=new String[1]; bathB=new boolean[1]; bathB[0]=false; bath[0]="Πιστολάκι μαλλιών"; wash_clothes=new String[2]; wash_clothesB=new boolean[2]; for(i=0;i<2;i++) { wash_clothesB[i]=false; } wash_clothes[0]="Πλυντήριο ρούχων"; wash_clothes[1]="Στεγνωτήριο"; entertainment=new String[1]; entertainmentB=new boolean[1]; entertainmentB[0]=false; entertainment[0]="Τηλεόραση"; heating=new String[3]; heatingB=new boolean[3]; for(i=0;i<3;i++) { heatingB[i]=false; } heating[0]="Εσωτερικό τζάκι"; heating[1]="κλιματισμός"; heating[2]="κεντρική θέρμανση"; internet=new String[2]; internetB=new boolean[2]; for(i=0;i<2;i++) { internetB[i]=false; } internet[0]="wifi"; internet[1]="ethernet"; kitchen=new String[7]; kitchenB=new boolean[7]; for(i=0;i<7;i++) { kitchenB[i]=false; } kitchen[0]="Κουζίνα"; kitchen[1]="Ψυγείο"; kitchen[2]="Φούρνος μικροκυμάτων"; kitchen[3]="Μαγειρικά είδη"; kitchen[4]="Πιάτα και μαχαιροπίρουνα"; kitchen[5]="Πλυντήριο πιάτων"; kitchen[6]="Καφετιέρα"; outside=new String[2]; outsideB=new boolean[2]; for(i=0;i<2;i++) { outsideB[i]=false; } outside[0]="Μπαλκόνι"; outside[1]="Αυλή"; parking=new String[2]; parkingB=new boolean[2]; for(i=0;i<2;i++) { parkingB[i]=false; } parking[0]="Δωρεάν χώρος στάθμευσης στην ιδιοκτησία"; parking[1]="Δωρεάν πάρκινγκ στο δρόμο"; } //setters for boolean type array public void setviewB(int index,boolean t){ viewB[index]=t; } public void setbathB(int index,boolean t){ bathB[index]=t; } public void setheatingB(int index,boolean t){ heatingB[index]=t; } public void setwash_clothesB(int index,boolean t){ wash_clothesB[index]=t; } public void setentertainmentB(int index,boolean t){ entertainmentB[index]=t; } public void setinternetB(int index,boolean t){ internetB[index]=t; } public void setkitchenB(int index,boolean t){ kitchenB[index]=t; } public void setoutsideB(int index,boolean t){ outsideB[index]=t; } public void setparkingB(int index,boolean t){ parkingB[index]=t; } //getters public boolean[] getViewB() { return viewB; } public boolean[] getBathB() { return bathB; } public boolean[] getWash_clothesB() { return wash_clothesB; } public boolean[] getEntertainmentB() { return entertainmentB; } public boolean[] getHeatingB() { return heatingB; } public boolean[] getInternetB(){ return internetB; } public boolean[] getKitchenB(){ return kitchenB; } public boolean[] getOutsideB(){ return outsideB; } public boolean[] getParkingB(){ return parkingB; } public String[] getView() { return view; } public String[] getBath() { return bath; } public String[] getWash_clothes() { return wash_clothes; } public String[] getEntertainment() { return entertainment; } public String[] getHeating() { return heating; } public String[] getInternet(){ return internet; } public String[] getKitchen(){ return kitchen; } public String[] getOutside(){ return outside; } public String[] getParking(){ return parking; } /* * Ελέγχει την ισότητα δύο αντεικιμένων * @param am Παροχές * @return true αν τα αντεικίμενα είναι ίσα, false αντίθετα / public boolean equals(Amenities am) { return this.hashCode() == am.hashCode(); } /* * Η μέθοδος αυτή κάνει Override την μέθοδο της κλάσης Object για να μπορέσει να προσδιοριστεί * η ισότητα μεταξύ δύο αντεικιμένων * @return hash code / public int hashCode(){ int sum = 0; for(int i=0;i<6;i++){ sum += convert(viewB[i])^(i+1); } for(int i=0;i<3;i++){ sum += convert(heatingB[i])^2(i+1); } for(int i=0;i<2;i++){ sum += convert(outsideB[i])^3(i+1); } for(int i=0;i<2;i++){ sum += convert(parkingB[i])^4(i+1); } for(int i=0;i<7;i++){ sum += convert(kitchenB[i])^5(i+1); } for(int i=0;i<2;i++){ sum += convert(internetB[i])^6(i+1); } for(int i=0;i<2;i++){ sum += convert(wash_clothesB[i])^7(i+1); } sum += convert(entertainmentB[0])^811; sum += convert(bathB[0])^912; return sum; } /* * Μετατροπή μιάς boolean σε int μεταβλητή * @param b boolean μεταβλητή * @return int μεταβλητή */ private int convert(boolean b){ if(b) return 1; else return 0; } }	AnestisZotos/Accommodations-rating-platform	api/Amenities.java
482	import java.io.Serializable; public class Apartment extends Accommondations implements Serializable { /** * Ο κατασκευαστής αυτός μας επιτρέπει να εισάγουμε χειροκίνητα ένα διαμέρισμα * @param provider ο πάροχος του διαμερίσματος * @param name το όνομα του διαμερίσματος * @param city η πόλη που βρίσκεται το διαμέρισμα * @param address η διεύθυνση που βρίσκεται το διαμέρισμα * @param price η τιμή του διαμερίσματος * @param capacity η χωρητικότητα διαμερίσματος * @param squareMeters τα τετραγωνικά μέτρα του διαμερίσματος * @param facilities οι παροχές του διαμερίσματος */ public Apartment(Provider provider,String name, String city, String address, int price, int capacity, int squareMeters, String facilities){ super(provider,name, city, address,price,capacity,squareMeters,facilities); } public Apartment(){} }	Samouil16/Simple_Booking_App	src/Apartment.java
483	import java.io.Serializable; public class HotelRoom extends Accommondations implements Serializable { /** * Ο κατασκευαστής αυτός μας επιτρέπει να εισάγουμε χειροκίνητα ένα δωμάτιο ξενοδοχείου * @param provider ο πάροχος του δωματίου * @param name το όνομα του δωματίου * @param city η πόλη που βρίσκεται το δωμάτιο * @param address η διεύθυνση που βρίσκεται το δωμάτιο * @param price η τιμή του δωματίου * @param capacity η χωρητικότητα του δωματίου * @param squareMeters τα τετραγωνικά μέτρα του δωματίου * @param facilities οι παροχές του δωματίου */ public HotelRoom(Provider provider,String name, String city, String address, int price, int capacity, int squareMeters, String facilities){ super(provider,name, city, address,price,capacity,squareMeters,facilities); } public HotelRoom(){} }	Samouil16/Simple_Booking_App	src/HotelRoom.java
484	package ServerV1; import java.util.ArrayList; /** * Είναι μια κλάση που μας βοηθάει στο να διαχειριζόμαστε ένα DeviceClient που * είναι συνδεδεμένο στο server μας όπως και τα UserClient που έχουν να κάνουν * με τη συγκεκριμένο DeviceClient και είναι και αυτά ταυτόχρονα συνδεδεμένα στο Server μας. * @author Michael Galliakis / public class ManageDevice { static public ArrayList<ManageDevice> listWithConnectedDevices = new ArrayList<>() ; static public ArrayList<String> listWithConnectedCDeviceIDs = new ArrayList<>(); public ArrayList<ManageSocket> listWithConnectedUserClientInDevice = new ArrayList<>(); public ArrayList<String> listWithConnectedUserClientIDsInDevice = new ArrayList<>(); public Device device ; public ManageSocket deviceManSocket ; ManageSocketMessage msm = new ManageSocketMessage() ; boolean running ; ArrayList<ListenFromTheClient> lftcThreads = new ArrayList<>() ; /* * χρησιμοποιείται στην δημιουργία ενός ManageDevice και μόνο από ένα socket * ενός DeviceClient, με σκοπό να δημιουργηθεί ένα "κανάλι επικοινωνίας" ανάμεσα * στο ίδιο το DeviceClient και στα μελλοντικά UserClient που θα κάνουν * εποπτεία πάνω του . * @param ms Ένα {@link ManageSocket} ενός νέου DeviceClient . / ManageDevice(ManageSocket ms) { try { deviceManSocket = ms ; if (initControllersProccess().equals("OK")) { listWithConnectedDevices.add(this); listWithConnectedCDeviceIDs.add(ms.SID) ; ListenFromTheClient tmpLftcTread = new ListenFromTheClient(deviceManSocket,this) ; tmpLftcTread.start() ; lftcThreads.add(tmpLftcTread); ClientServiceThread.sendAllUserNewDevice(deviceManSocket,deviceManSocket.DBID); } else { Tools.Debug.print("Device Client \|"+deviceManSocket.clientSystemMessage+ " initControllersProccess Failed!",Tools.MSGERROREMO); } } catch (Exception ex) { Tools.Debug.printError(ex); } } /* * Μέθοδος που προσθέτει ένα socket ενός UserClient στο ίδιο "κανάλι επικοινωνίας" * με αυτό του DeviceClient, για να μπορεί να πραγματοποιηθεί εποπτεία . * @param ms Ένα {@link ManageSocket} ενός νέου UserClient . / public void add(ManageSocket ms) { try { if (sendUserControllersProccess(ms).equals("OK")) { listWithConnectedUserClientInDevice.add(ms); ListenFromTheClient tmpLftcTread = new ListenFromTheClient(ms,this) ; tmpLftcTread.start() ; lftcThreads.add(tmpLftcTread); } } catch (Exception ex) { Tools.Debug.printError(ex); } } /* * Μέθοδος που στέλνει σε κάποιο νέο UserClient κάποια μηνύματα αρχικοποίησης * της συσκευής μας για να μπορέσει ο UserClient να ξέρει την κατάσταση του * Device μας και να ξεκινήσει την εποπτεία μας . * @param ms Ένα {@link ManageSocket} ενός νέου UserClient . * @return Επιστρέφει "OK" αν όλα πήγαν καλά και "X" αν κάτι δεν πήγε καλά . / private String sendUserControllersProccess(ManageSocket ms) { try { ArrayList<String> alNewControllers = device.getNewControllerMessages() ; Tools.send(alNewControllers.get(0),ms.out); msm.reload(ms.in.readLine()) ; if (Tools.isCorrectCommand(msm.getCommand(),"Answer",deviceManSocket.clientSystemMessage,msm.getMessage(),deviceManSocket.out)) { if ("FAILED".equals(msm.getParameters().get(0).get(0))) { Tools.send(Globals.messageFailed, ms.out); return "X" ; } else Tools.Debug.print("Device Client \|"+deviceManSocket.clientSystemMessage+ " send User Init Controllers OK!",Tools.MSGOKEMO); } else return "X" ; for (int i = 1 ; i < alNewControllers.size();i++) Tools.send(alNewControllers.get(i), ms.out); Tools.send("#S$InitializationFinished:1(OK);", ms.out); msm.reload(ms.in.readLine()) ; Tools.Debug.print(msm.getMessage(),Tools.MSGOKEMO); return "OK" ; } catch (Exception ex) { Tools.Debug.printError(ex); return "X" ; } } /** * Μέθοδος που διαβάζει από ένα νέο DeviceClient κάποια μηνύματα αρχικοποίησης * για να αρχικοποιήσουμε το εκάστοτε νέο Device που πρωτοσυνδέεται στο Server μας . * @return Επιστρέφει "OK" αν όλα πήγαν καλά και "X" αν κάτι δεν πήγε καλά . / private String initControllersProccess() { try{ ArrayList<String> alControllers = new ArrayList<>(); msm.reload(deviceManSocket.in.readLine()) ; if (Tools.isCorrectCommand(msm.getCommand(),"InitControllers",deviceManSocket.clientSystemMessage,msm.getMessage(),deviceManSocket.out)) { Tools.Debug.print("Device Client \|"+deviceManSocket.clientSystemMessage+ " InitControllers OK!",Tools.MSGSYSTEMOKEMO); Tools.send(Globals.messageOK, deviceManSocket.out); } else return "X" ; int sum = msm.getSumParameters() ; for (int i = 0 ; i < sum ;i++) { msm.reload(deviceManSocket.in.readLine()) ; if (Tools.isCorrectCommand(msm.getCommand(),"NewController",deviceManSocket.clientSystemMessage,msm.getMessage(),deviceManSocket.out)) { alControllers.add(msm.getMessage()) ; Tools.Debug.print("Device Client \|"+deviceManSocket.clientSystemMessage+ " NewController OK!",Tools.MSGSYSTEMOKEMO); Tools.send(Globals.messageOK, deviceManSocket.out); } else return "X" ; } Tools.Debug.print("Device Client \|"+deviceManSocket.clientSystemMessage+ " put Initialization Finished!",Tools.MSGSYSTEMOKEMO); Tools.send("#S$InitializationFinished:1(OK);", deviceManSocket.out); msm.reload(deviceManSocket.in.readLine()) ; if (Tools.isCorrectCommand(msm.getCommand(),"Answer",deviceManSocket.clientSystemMessage,msm.getMessage(),deviceManSocket.out)) { if ("FAILED".equals(msm.getParameters().get(0).get(0))) { Tools.Debug.print("Device Client \|"+deviceManSocket.clientSystemMessage+ " get Initialization Failed!",Tools.MSGERROREMO); return "X"; } else { device = new Device(null,null,deviceManSocket.DBID,deviceManSocket.SID) ; device.prepareDevice(alControllers); Tools.Debug.print("Device Client \|"+deviceManSocket.clientSystemMessage+ " get Initialization Finished!",Tools.MSGOKEMO); } } else return "X" ; return "OK" ; } catch (Exception ex) { Tools.Debug.printError(ex); return "X" ; } } } /* * * * * * * * * * * * * * * * * * * * * * * * * + + + + + + + + + + + + + + + + + + + + + * * +- - - - - - - - - - - - - - - - - - - -+ * * +\| P P P P M M M M G G G G \|+ * * +\| P P M M M M G G \|+ * * +\| P P P p M M M M G \|+ * * +\| P M M M G G G G \|+ * * +\| P M M G G \|+ * * +\| P ® M M ® G G G G \|+ * * +- - - - - - - - - - - - - - - - - - - -+ * * + .----. @ @ \|+ * * + / .-"-.`. \v/ \|+ * * + \| \| '\ \ \_/ ) \|+ * * + ,-\ `-.' /.' / \|+ * * + '---`----'----' \|+ * * +- - - - - - - - - - - - - - - - - - - -+ * * + + + + + + + + + + + + + + + + + + + + + * * +- - - - - - - - - - - - - - - - - - - -+ * * +\| Thesis Michael Galliakis 2016 \|+ * * +\| Program m_g ; -) [email protected] \|+ * * +\| TEI Athens - IT department. \|+ * * +\| [email protected] \|+ * * +\| https://github.com/michaelgalliakis \|+ * * +\| (myThesis.git) \|+ * * +- - - - - - - - - - - - - - - - - - - -+ * * + + + + + + + + + + + + + + + + + + + + + * * * * * * * * * * * * * * * * * * * * * * * * */	michaelgalliakis/myThesis	ServerV1/src/ServerV1/ManageDevice.java
485	package ServerV1; import java.io.BufferedReader; import java.io.IOException; import java.io.PrintWriter; import java.net.Socket; import java.sql.Connection; import java.sql.ResultSet; import java.sql.SQLException; import java.util.logging.Level; import java.util.logging.Logger; /** * Κλάση για να διαχειριζόμαστε ένα socket και να έχουμε όλα τα απαραίτητα * στοιχεία που χρειαζόμαστε μαζί . * @author Michael Galliakis / public class ManageSocket { java.sql.Statement dbSt ; Connection dbConn ; ResultSet dbRes ; String socketType =""; String DBID ,SID ; String messageFailed = "" ; String messageOK = "" ; String clientSystemMessage = "" ; Socket clientSocket ; PrintWriter out ; BufferedReader in ; ManageSocket(Socket s,PrintWriter o,BufferedReader i,String n,String id) { clientSocket = s ; out = o ; in = i ; DBID = n ; SID = id ; messageFailed = Globals.messageFailed ; messageOK = Globals.messageOK ; } /* * Μέθοδος που κλείνει σωστά ένα socket και κάνει πιο καλή αποδέσμευση της μνήμης * @throws IOException Αν πάμε να κλείσουμε το socket ή το BufferedReader και υπάρξει σφάλμα / public void close() throws IOException { if (out!=null) out.close() ; if (in!=null) in.close() ; if (clientSocket!=null) clientSocket.close() ; try { if (dbRes!=null) dbRes.close(); if (dbSt!=null) dbSt.close(); if (dbConn!=null) dbConn.close(); } catch (SQLException ex) { Logger.getLogger(ManageSocket.class.getName()).log(Level.SEVERE, null, ex); } } } / * * * * * * * * * * * * * * * * * * * * * * * * + + + + + + + + + + + + + + + + + + + + + * * +- - - - - - - - - - - - - - - - - - - -+ * * +\| P P P P M M M M G G G G \|+ * * +\| P P M M M M G G \|+ * * +\| P P P p M M M M G \|+ * * +\| P M M M G G G G \|+ * * +\| P M M G G \|+ * * +\| P ® M M ® G G G G \|+ * * +- - - - - - - - - - - - - - - - - - - -+ * * + .----. @ @ \|+ * * + / .-"-.`. \v/ \|+ * * + \| \| '\ \ \_/ ) \|+ * * + ,-\ `-.' /.' / \|+ * * + '---`----'----' \|+ * * +- - - - - - - - - - - - - - - - - - - -+ * * + + + + + + + + + + + + + + + + + + + + + * * +- - - - - - - - - - - - - - - - - - - -+ * * +\| Thesis Michael Galliakis 2016 \|+ * * +\| Program m_g ; -) [email protected] \|+ * * +\| TEI Athens - IT department. \|+ * * +\| [email protected] \|+ * * +\| https://github.com/michaelgalliakis \|+ * * +\| (myThesis.git) \|+ * * +- - - - - - - - - - - - - - - - - - - -+ * * + + + + + + + + + + + + + + + + + + + + + * * * * * * * * * * * * * * * * * * * * * * * * */	michaelgalliakis/myThesis	ServerV1/src/ServerV1/ManageSocket.java
486	package Security; import java.security.MessageDigest; import java.security.NoSuchAlgorithmException; import java.security.SecureRandom; //Κλαση που κανει κατακερματισμο String με τον αλγοριθμο που δινεται ως ορισμα public class Digest { public static byte[] HashWithSalt (byte[] plain, byte[] salt1, byte[] salt2, String algorithm) throws NoSuchAlgorithmException { MessageDigest md = MessageDigest.getInstance(algorithm); md.update(salt1); md.update(salt2); byte byteData[] = md.digest(plain); return byteData; } //Μεθοδος για τη δημιουργια τυχαιων αλφαρηθμιτικων με την java.security.SecureRandom public static byte[] generateSalt (int length) { SecureRandom sr = new SecureRandom(); byte bytes[] = new byte[length]; sr.nextBytes(bytes); return bytes; } }	icsd12015/projects_security	SIPKAP/Project/src/Security/Digest.java
487	package gr.aueb.cf.ch10; import java.util.Arrays; import java.util.Comparator; /** * Έστω ένας δισδιάστατος πίνακας που περιέχει τα στοιχεία άφιξης και αναχώρησης αυτοκινήτων * σε μορφή arr[][] = {{1012, 1136}, {1317, 1417}, {1015, 1020}}. Αναπτύξτε μία εφαρμογή που * διαβάζει να εκτυπώνει τον μέγιστο αριθμό αυτοκινήτων που είναι σταθμευμένα το ίδιο χρονικό διάστημα. * Ως παράδειγμα στον παραπάνω πίνακα το αποτέλεσμα θα πρέπει να είναι: 2. Το 1ο αυτοκίνητο αφίχθη στις * 10:12 και αναχώρησε στις 11:36, το 3ο αυτοκίνητο αφίχθη στις 10:15 και αναχώρησε στις 10:20. * Επομένως, το 1ο και το 3ο αυτοκίνητο ήταν παρόντα το ίδιο χρονικό διάστημα. * * Hint. Με βάση τον αρχικό πίνακα, δημιουργήστε ένα δυσδιάστατο πίνακα που σε κάθε γραμμή θα περιέχει * δύο πεδία int. Στο πρώτο πεδίο θα εισάγεται η ώρα άφιξης ή αναχώρησης από τον αρχικό πίνακα και στο * 2ο πεδίο θα εισάγεται ο αριθμός 1 αν πρόκειται για άφιξη και 0 αν πρόκειται για αναχώρηση. * Ταξινομήστε τον πίνακα σε αύξουσα σειρά με βάση την ώρα. Στη συνέχεια υπολογίστε το μέγιστο αριθμό * αυτοκινήτων που είναι σταθμευμένα το ίδιο χρονικό διάστημα με ένα πέρασμα του πίνακα. / public class MaxCarsApp { public static void main(String[] args) { int[][] arr = new int[][] {{1012, 1136}, {1022, 1126}, {1317, 1417}, {1015, 1025}}; int[][] transformed; transformed = transformArray(arr); sortByTime(transformed); for (int[] row : transformed) { System.out.print(row[0] + " "); System.out.println(row[1]); } //System.out.println("max: " + getMaxOnes(transformed)); System.out.println("Max Concurrent Cars: " + getMaxConcurrentCars(transformed)); } /* * Transforms the initial 2D array with one-row departures and arrivals * into a x2 2D array; one row for departure and one row for arrival. * The second column involves 1 for arrival and 0 for departure. * * @param arr the source array * @return the transformed array / public static int[][] transformArray(int[][] arr) { int[][] transformed = new int[arr.length2][2]; for (int i = 0; i < arr.length; i++) { for (int j = 0; j < arr[i].length; j++) { transformed[i2][0] = arr[i][0]; transformed[i2][1] = 1; transformed[i2+1][0] = arr[i][1]; transformed[i2+1][1] = 0; } } return transformed; } /** * Sorts the transformed array in ascending order * by the time of car arrival or departure. It uses * a Comparator for sorting the first column. * * @param arr the source transformed array / public static void sortByTime(int[][] arr) { Arrays.sort(arr, Comparator.comparing((int[] a) -> a[0])); } /* * It counts the max 1s (arrivals) that are continuous. * * @param arr the transformed array * @return the max number of arrivals in a time * interval / public static int getMaxOnes(int[][] arr) { int times = 0; int maxTimes = 0; int i = 0; while (i < arr.length) { times = 0; while ((i < arr.length) && (arr[i++][1] == 1)) { times++; } if (times > maxTimes) maxTimes = times; } return maxTimes; } /* * Returns the number of cars that are parked * during the same time interval. * * @param arr the source array with arrivals and departures * @return the concurrently parked cars */ public static int getMaxConcurrentCars(int[][] arr) { int count = 0; int maxCount = 0; for (int[] ints : arr) { if (ints[1] == 1){ count++; if (count > maxCount) maxCount = count; } else count--; } return maxCount; } }	a8anassis/codingfactory5-java	src/gr/aueb/cf/ch10/MaxCarsApp.java
488	package gr.aueb.cf.ch9; import java.io.; import java.nio.charset.StandardCharsets; /* * Διαβάζει από ένα αρχείο όπου κάθε γραμμή έχει τη μορφή: * Χώρα πόλη1 πόλη2 κλπ., και επιστρέφει τόσα αρχεία πόλεων * όσα και οι χώρες που περιλαμβάνονται στο αρχικό αρχείο. / public class CitiesIOApp { public static void main(String[] args) { String line = ""; String[] cities; File dir = new File("C:/tmp/io"); File grFile = new File(dir + "/" + "gr.txt"); File usaFile = new File(dir + "/" + "usa.txt"); File deFile = new File(dir + "/" + "de.txt"); if (!dir.exists()) { boolean success = dir.mkdir(); if (!success) { System.err.println("Error in make dir"); System.exit(1); } } try (BufferedReader bf = new BufferedReader(new FileReader("C:/tmp/cities.txt")); PrintStream psGr = new PrintStream(grFile, StandardCharsets.UTF_8); PrintStream psUsa = new PrintStream(usaFile, StandardCharsets.UTF_8); PrintStream psDe = new PrintStream(deFile, StandardCharsets.UTF_8)) { while ((line = bf.readLine()) != null) { cities = line.split(" +"); switch (cities[0]) { case "Greece": /File grFile = new File(dir + "/" + "gr.txt"); PrintStream psGr = new PrintStream(grFile, StandardCharsets.UTF_8);*/ printTitle(psGr, "GR Cities"); printTokens(psGr, cities); //psGr.close(); break; case "USA": printTitle(psUsa, "USA Cities"); printTokens(psUsa, cities); break; case "Germany": printTitle(psDe, "Germany Cities"); printTokens(psDe, cities); break; default: System.out.println("Error in Cities file"); } } } catch (IOException e) { e.printStackTrace(); } } public static void printTokens(PrintStream ps, String[] tokens) { for (int i = 1; i < tokens.length; i++) { ps.print(tokens[i] + " "); } } public static void printTitle(PrintStream ps, String title) { ps.println(title); } }	a8anassis/codingfactory5-java	src/gr/aueb/cf/ch9/CitiesIOApp.java
489	package leitourgika_java; public class CPU { private Process runningProcess;// περιεχει τη διεργασια που χρησιμοποιει τη CPU την τρεχουσα στιγμη private int timeToNextContextSwitch;// περιεχει τη χρονικη στιγμη της επόμενης διακοπης private int lastProcessStartTime;// περιεχει τη χρονικη στιγμη εναρξης της τελευταιας διεργασιας public CPU() {} /* εισαγωγη της διεργασιας προς εκτελεση στη CPU / public void addProcess(Process process){ this.runningProcess=process; } / εξαγωγη τησ τρεχουσας διεργασιας από τη CPU / public Process removeProcessFromCpu(){ runningProcess.setProcessState(3);//3-->H diergasia einai Terminated return runningProcess; } / εκτελεση της διεργασιας με αντιστοιχη μειωση του χρόνου εκτελεσης της */ public void execute() { runningProcess.setProcessState(2);//2-->H diergasia einai Running int remaintime= runningProcess.getCpuRemainingTime(); runningProcess.changeCpuRemainingTime(remaintime-1); if(runningProcess.getCpuRemainingTime()==0) removeProcessFromCpu(); } public void setLastProcessStartTime() { lastProcessStartTime = runningProcess.arrivalTime; } public void setTimeToNextContextSwitch(int q) { timeToNextContextSwitch = q; } public int getLastProcessStartTime() { return lastProcessStartTime; } public int getTimeToNextContextSwitch() { return timeToNextContextSwitch; } public Process processeRuning() { return runningProcess; } }	mpantogi/routine_scheduling	src/leitourgika_java/CPU.java
490	package CarOps; import java.util.ArrayList; public class Engineer extends SystemUser { private int EngineerID; private boolean Available; public static int totalEngineers=0; private TaskAssignment aTaskAssignment; //Ολοκλήρωση Ανάθεσης απο τον Μηχανικό public void FinishAssignment(TaskAssignment anAssignment,ArrayList<AssignmentSparePart> ListOfParts) { this.Available=true; anAssignment.setFinished(true); anAssignment.getaRepairTask().setStatus("finished"); for(AssignmentSparePart Part:ListOfParts) { anAssignment.getaRepairTask().getaRepairFolder().getaRepair().getListOfParts().add(Part); } }; //Ο Μηχανικός μπορεί να προσθέτει τα εξαρτήματα που χρησιμοποίησε και την ποσότητα τους κατά την διάρκεια της ανάθεσης public void AddSparePartToAssignment(TaskAssignment anAssignment,SparePart aPart,int Quantity) { anAssignment.getAssignmentSparePartCatalog().add(new AssignmentSparePart(anAssignment,aPart,Quantity)); } //Προβολή της ανάθεσης από τον Μηχανικό public void PrintAssignment() { String assignmentname=aTaskAssignment.getaRepairTask().getaTask().getName(); System.out.println("Ανάθεση :" ); } public Engineer GetAvailableEngineer() { // TODO - implement �ngineer.GetAvailableEngineer throw new UnsupportedOperationException(); } public Engineer (String username, String password, String firstName, String lastName){ super(username, password,firstName,lastName); totalEngineers+=1; this.EngineerID=totalEngineers; this.Available=true; Registry.Engineers.add(this); } public int getEngineerID() { return EngineerID; } public void setEngineerID(int engineerID) { EngineerID = engineerID; } public boolean isAvailable() { return Available; } public void setAvailable(boolean available) { Available = available; } public void PrintAssigmentDetails(TaskAssignment aTA) { } }	TonyGnk/carops-information-system	code/src/CarOps/Engineer.java
491	/** * Να τροποποιηθούν κατάλληλα οι κλάσεις AND, OR, NOT ώστε να αναπαριστούν τους λογικούς τελεστές της σύζευξης * (δυαδικός), διάζευξης(δυαδικός) και άρνησης (μοναδιαίος) καθώς και κλάσεις T και F ώστε να αναπαριστούν τις * σταθερές λογικές τιμές true και false. Με τη βοήθεια των κλάσεων αυτών θέλουμε να μπορούμε να δημιουργούμε * οποιαδήποτε λογική παράσταση περιλαμβάνει αυτούς τους τελεστές και τιμές και καλώντας τη μέθοδο evaluate της * παράστασης να παίρνουμε την λογική αποτίμηση της (true/false). Θέλουμε να είναι εύκολη η επέκταση του λογισμικού μας * και με άλλους λογικούς τελεστές στο μέλλον (π.χ. XOR). * * Τροποποιήστε κατάλληλα το παρακάτω κομμάτι κώδικα ώστε να υλοποιεί ένα interface που να αναπαριστά μια λογική * παράσταση. * * Modify the classes AND, OR and NOT in order to represent the logical AND (binary), OR (binary) and NOT operators. * Modify also the classes T and F in order to represent the constant logical values true and false. Using these classes * we have to be able to create any logical expression that includes the operators above. We can evaluate an expression * using the "evaluate" method which returns true or false. Our software should be easily expandable for other operators * such as XOR. * * Modify the piece of code below in order to implements an interface for the logical expression. */ public interface Expression{ boolean evaluate(); }	auth-csd-oop-2020/lab-abstraction-AndNotOr-solved	src/Expression.java
492	package api; import java.io.Serializable; import java.time.LocalDateTime; import java.time.format.DateTimeFormatter; import java.util.ArrayList; import java.util.Iterator; /** * Αυτή η κλάση αναπαριστά μια αξιολόγηση ενός καταλύματος * @author Χρήστος Θεοφυλακτίδης * @author Γεώργιος Δάλλας / public class Review implements Serializable { private String reviewText; private final String currentDate; private int reviewStars; private RegularUser author; private Accommodation accommodationReviewed; /* * Κατασκευαστής που παίρνει ως παράμετρο τον συγγραφέα της αξιολόγησης και το κατάλυμα το οποίο αξιολογείται και προσθέτει * την τρέχων ημερομηνία και ώρα στην παράμετρο currentDate. * Επιλέγεται να είναι υποχρεωτική η χρήση setters για την αρχικοποίηση των τιμών reviewText και ReviewStars, * ώστε να ελέγχονται οι τιμές που παίρνουν. / public Review(RegularUser author, Accommodation accommodationReviewed) { this.author = author; this.accommodationReviewed = accommodationReviewed; DateTimeFormatter format = DateTimeFormatter.ofPattern("dd-MM-yyyy HH:mm:ss"); //format για να φαίνεται ωραία η ημερομηνία και ο χρόνος this.currentDate = LocalDateTime.now().format(format).toString(); } /* * Αυτή η μέθοδος δέχεται ως παράμετρο και ορίζει το κείμενο μιας αξιολόγησης. Το κείμενο αυτό πρέπει υποχρεωτικά να * μην είναι κενό και να μην υπερβαίνει τους 500 χαρακτήρες. * @param reviewText το κείμενο της αξιολόγησης * @return Επιστρέφει True αν το κείμενο δεν είναι κενό και δεν υπερβαίνει τους 500 χαρακτήρες. Αλλιώς επιστρέφει false. / public boolean setReviewText(String reviewText) { if (reviewText.length() <= 500 && reviewText.length() > 0) { this.reviewText = reviewText; return true; } return false; } /* * Αυτή η μέθοδος δέχεται ως παράμετρο και ορίζει τη βαθμολογία μιας αξιολόγησης. Η βαθμολογία αυτή πρέπει υποχρεωτικά να * παίρνει τιμές ανάμεσα στο 1 και στο 5. * @param reviewStars η βαθμολογία (σε αστέρια) ενός καταλύματος * @return Επιστρέφει True αν η βαθμολογία παίρνει τιμές ανάμεσα στο 1 και στο 5. Αλλιώς επιστρέφει false. / public boolean setReviewStars(int reviewStars) { if (reviewStars <= 5 && reviewStars>=1) { this.reviewStars = reviewStars; return true; } return false; } /* * Μέθοδος που προσδιορίζει το κατάλυμα στο οποίο αναφέρεται μια αξιολόγηση/ * @param accommodationReviewed το κατάλυμα για το οποίο θέλουμε να γραφτεί η αξιολόγηση. / public void setAccommodationReviewed(Accommodation accommodationReviewed) { delete(); this.accommodationReviewed = accommodationReviewed; ArrayList<Review> ReviewsDB = (ArrayList<Review>) FileInteractions.loadFromBinaryFile("src/files/reviews.bin"); ReviewsDB.add(this); FileInteractions.saveToBinaryFile("src/files/reviews.bin",ReviewsDB); } /* * Μέθοδος επιστροφής της βαθμολογίας ενός καταλύματος. * @return τη βαθμολογία ενός καταλύματος. / public int getReviewStars() { return reviewStars; } /* * Μέθοδος επιστροφής του συγγραφέα της αξιολόγησης. * @return τον συγγραφέα της αξιολόγησης / public RegularUser getAuthor(){ return author; } /* * Μέθοδος επιστροφής του καταλύματος το οποίο αξιολογείται. * @return το κατάλυμα το οποίο αξιολογείται. / public Accommodation getAccommodationReviewed() { return accommodationReviewed; } /* * Μέθοδος επιστροφής της ημερομηνίοας και της ώρας που έγινε η αξιολόγηση. * @return την ημερομηνία και την ώρα ποπυ έγινε η αξιολόγηση. / public String getCurrentDate() { return currentDate; } /* * Μέθοδος επιστροφής του κειμένου της αξιολόγησης. * @return το κείμενο της αξιολόγησης. / public String getReviewText() { return reviewText; } /* * Μέθοδος διαγραφής της αξιολόγησης για την οποία καλείται απο την λίστα με αξιολογήσεις που υπάρχει στο δυαδικό * αρχείο reviews.bin. */ public void delete(){ ArrayList<Review> ReviewsDB = (ArrayList<Review>) FileInteractions.loadFromBinaryFile("src/files/reviews.bin"); Iterator itr = ReviewsDB.iterator(); while (itr.hasNext()) { Review rev = (Review) itr.next(); if(rev.getAuthor().getUsername().equals(this.getAuthor().getUsername()) && rev.getReviewText().equals(this.getReviewText()) && rev.getAccommodationReviewed().equals(this.getAccommodationReviewed()) && (rev.getReviewStars() ==this.getReviewStars())) { itr.remove(); } } FileInteractions.saveToBinaryFile("src/files/reviews.bin",ReviewsDB); } }	dallasGeorge/reviewsApp	src/api/Review.java
494	package UserClientV1; import java.io.PrintWriter; import java.util.ArrayList; import java.util.List; import javax.swing.tree.TreeNode; import javax.swing.tree.TreePath; /** * Κλάση που έχει μέσα Static συναρτήσεις - εργαλεία με σκοπό να χρησιμοποιούνται * από παντού μέσα στο project . * @author Michael Galliakis / public class Tools { /* * Συνάρτηση που παίρνει ένα Dercription και επιστρέφει το λεκτικό χωρίς * το ID συστήματος . * @param Description Ολόκληρη η περιγραφή μιας μονάδας ή ενός ελεγκτή . * @return Το λεκτικό της περιγραφής χωρίς το ID συστήματος που έχει. / public static String getOnlyDescriptionWithoutSysID(String Description) { return Description.replaceFirst("^\\[[\\d/]+\\]", ""); } /* * Συνάρτηση που αν της δώσεις ένα ID συστήματος σου επιστρέφει μόνο το ID της βάσης. * Ουσιαστικά παίρνει μόνο το αριθμητικό αρχικό κομμάτι του ID συστήματος. * @param ID Συμβολοσειρά με το ID συστήματος. * @return Συμβολοσειρά με το ID της βάσης . / public static String getOnlyDBID(String ID) { String result = "" ; char[] arrayOfChar = ID.toCharArray() ; for (int i = 0 ; i<arrayOfChar.length;i++) if (Character.isDigit(arrayOfChar[i])) result += arrayOfChar[i] ; return result ; } /* * Συνάρτηση που δημιουργήθηκε για να στέλνει ένα μήνυμα σε ένα socket με μια εντολή . * @param message Το μήνυμα που είναι να σταλεί μέσα από socket * @param pwReceiver Ένας {@link PrintWriter} για να στείλουμε μέσω αυτού το μήνυμα * μας στην "άλλη πλευρά" του socket . / public static void send(String message,PrintWriter pwReceiver) { pwReceiver.println(message); pwReceiver.flush(); } /* * Συνάρτηση που ελέγχει αν είναι σωστό ένα command , δηλαδή αν το command που * λάβαμε από ένα message ενός socket είναι αυτό που περιμέναμε . * Επίσης απαντάει αυτοματοποιημένα στον αποστολέα σε περίπτωση λάθους . * @param command Η εντολή που λάβαμε . * @param awaitCommand Η εντολή που περιμένουμε να λάβουμε . * @param systemMessage Ένα μήνυμα για αναγνωριστικό ως προς το σύστημα . * @param messageReceived Το μήνυμα ολόκληρο που λάβαμε . * @param pwReceiver Ένας {@link PrintWriter} του αποστολέα του μηνύματος που θα παραλάβει τυχών απάντηση σε σφάλμα. * @return True αν είναι ίδια η εντολή που παραλάβαμε με αυτή που περιμέναμε , αλλιώς False . / public static boolean isCorrectCommand(String command,String awaitCommand,String systemMessage,String messageReceived,PrintWriter pwReceiver) { return isCorrectCommand(command,awaitCommand,systemMessage,messageReceived,pwReceiver,true) ; } /* * Συνάρτηση που ελέγχει αν είναι σωστό ένα command , δηλαδή αν το command που * λάβαμε από ένα message ενός socket είναι αυτό που περιμέναμε . * Επίσης απαντάει αυτοματοποιημένα στον αποστολέα σε περίπτωση λάθους . * @param command Η εντολή που λάβαμε . * @param awaitCommand Η εντολή που περιμένουμε να λάβουμε . * @param systemMessage Ένα μήνυμα για αναγνωριστικό ως προς το σύστημα . * @param messageReceived Το μήνυμα ολόκληρο που λάβαμε . * @param pwReceiver Ένας {@link PrintWriter} του αποστολέα του μηνύματος που θα παραλάβει τυχών απάντηση σε σφάλμα. * @param writeMessage Ένας είναι True στέλνει μήνυμα σφάλματος στον αποστολέα του μηνύματος. * @return True αν είναι ίδια η εντολή που παραλάβαμε με αυτή που περιμέναμε , αλλιώς False . / public static boolean isCorrectCommand(String command,String awaitCommand,String systemMessage,String messageReceived,PrintWriter pwReceiver,boolean writeMessage) { if (command.equals(awaitCommand)) { return true ; } else if (command.equals("ERROR")) { if (writeMessage) printSMError(awaitCommand,systemMessage,messageReceived,pwReceiver) ; return false ; } else { if (writeMessage) printSMACError(awaitCommand,systemMessage,messageReceived,pwReceiver); return false ; } } /* * Συνάρτηση που εμφανίζει με πιο ωραίο τρόπο μηνύματα σφάλματος στο Server. * @param awaitCommand Η εντολή που περιμένουμε να λάβουμε . * @param messageFailed Ένα μήνυμα για αναγνωριστικό ως προς το σύστημα . * @param messageReceived Το μήνυμα ολόκληρο που λάβαμε . / public static void printSMError(String awaitCommand,String messageFailed,String messageReceived) { printSMError(awaitCommand,messageFailed,messageReceived,null); } /* * Συνάρτηση που εμφανίζει με πιο ωραίο τρόπο μηνύματα σφάλματος στο Server. * @param awaitCommand Η εντολή που περιμένουμε να λάβουμε . * @param messageFailed Ένα μήνυμα για αναγνωριστικό ως προς το σύστημα . * @param messageReceived Το μήνυμα ολόκληρο που λάβαμε . * @param pwReceiver Ένας {@link PrintWriter} του αποστολέα του μηνύματος που θα παραλάβει τυχών απάντηση σε σφάλμα. / public static void printSMError(String awaitCommand,String messageFailed,String messageReceived,PrintWriter pwReceiver) { Debug.print(awaitCommand +" ERROR(1)!!!") ; Debug.print(" Receiver the message :("+messageReceived+ ") - ERROR(2)!!!") ; if (pwReceiver!=null) send(messageFailed,pwReceiver) ; } /* * Συνάρτηση που εμφανίζει με πιο ωραίο τρόπο μηνύματα σφάλματος στο Server. * @param awaitCommand Η εντολή που περιμένουμε να λάβουμε . * @param messageFailed Ένα μήνυμα για αναγνωριστικό ως προς το σύστημα . * @param messageReceived Το μήνυμα ολόκληρο που λάβαμε . / public static void printSMACError(String awaitCommand,String messageFailed,String messageReceived) { printSMACError(awaitCommand,messageFailed,messageReceived,null); } /* * Συνάρτηση που εμφανίζει με πιο ωραίο τρόπο μηνύματα σφάλματος στο Server. * @param awaitCommand Η εντολή που περιμένουμε να λάβουμε . * @param messageFailed Ένα μήνυμα για αναγνωριστικό ως προς το σύστημα . * @param messageReceived Το μήνυμα ολόκληρο που λάβαμε . * @param pwReceiver Ένας {@link PrintWriter} του αποστολέα του μηνύματος που θα παραλάβει τυχών απάντηση σε σφάλμα. / public static void printSMACError(String awaitCommand,String messageFailed,String messageReceived,PrintWriter pwReceiver) { Debug.print(" Await : " + awaitCommand +" and receiver another command - ERROR(1)!!!") ; Debug.print(" Receiver the message :("+messageReceived+ ") - ERROR(2)!!!") ; if (pwReceiver!=null) send(messageFailed,pwReceiver) ; } /* * Είναι μια συνάρτηση που ελέγχει αν μια συμβολοσειρά είναι αριθμός . * @param sNum Μια συμβολοσειρά για έλεγχο . * @return True αν είναι αριθμός η συμβολοσειρά ή False αν δεν είναι . / public static boolean isNumeric(String sNum) { double res ; try { res = Double.parseDouble(sNum); } catch (Exception ex) { //Nothing return false ; } return true ; } /* * Είναι μια συνάρτηση που ελέγχει αν μια συμβολοσειρά είναι αποδεκτή πόρτα . * @param sPort Μια συμβολοσειρά για έλεγχο . * @return True αν είναι αποδεκτή πόρτα ή False αν όχι. / public static boolean isCorrectPort(String sPort) { int res ; try { res = Integer.parseInt(sPort); } catch (Exception ex) { return false ; } if (res<0 \|\| res>65536) return false ; return true ; } /* * Συνάρτιση που βρίσκει και επιστρέφει το TreePath ενός TreeNode . * @param treeNode Το TreeNode που θέλουμε να του βρούμε το TreePath. * @return Το TreePath που έχει το treeNode που έχουμε δώσει στην παράμετρο * και αν δεν έχει κάποιο TreePath επιστρέφει null. / public static TreePath getPath(TreeNode treeNode) { List<Object> nodes = new ArrayList<>(); if (treeNode != null) { nodes.add(treeNode); treeNode = treeNode.getParent(); while (treeNode != null) { nodes.add(0, treeNode); treeNode = treeNode.getParent(); } } return nodes.isEmpty() ? null : new TreePath(nodes.toArray()); } /* * Κλάση που βοηθάει στο Debug . * Κυρίως εμφανίζει μηνύματα. / public static class Debug { Debug() { mikeSpentCounter = 0; } /* * Τυπώνει ένα μήνυμα στην οθόνη . * @param message Το μήνυμα / public static void print(String message) { try { //Globals.debugDoc.insertString(Globals.debugDoc.getLength(), "\n" + " \| " + message + " \| ", null); System.out.println(" \| " + message + " \| "); } catch(Exception e) { System.out.println(e); } } /* * Εμφανίζει στην οθόνη ένα Exception αναλυτικά. * @param ex Ένα {@link Exception} για να εμφανιστεί αναλυτικά στην οθόνη . / public static void printError(Exception ex) { //System.out.println(ex.getMessage()); ex.printStackTrace(); } private static int mikeSpentCounter ; /* * Μια μέθοδος για βοήθεια στο debugging . / public static void Spent() { System.out.println("Mike Spent here! :" + mikeSpentCounter++); } } } / * * * * * * * * * * * * * * * * * * * * * * * * + + + + + + + + + + + + + + + + + + + + + * * +- - - - - - - - - - - - - - - - - - - -+ * * +\| P P P P M M M M G G G G \|+ * * +\| P P M M M M G G \|+ * * +\| P P P p M M M M G \|+ * * +\| P M M M G G G G \|+ * * +\| P M M G G \|+ * * +\| P ® M M ® G G G G \|+ * * +- - - - - - - - - - - - - - - - - - - -+ * * + .----. @ @ \|+ * * + / .-"-.`. \v/ \|+ * * + \| \| '\ \ \_/ ) \|+ * * + ,-\ `-.' /.' / \|+ * * + '---`----'----' \|+ * * +- - - - - - - - - - - - - - - - - - - -+ * * + + + + + + + + + + + + + + + + + + + + + * * +- - - - - - - - - - - - - - - - - - - -+ * * +\| Thesis Michael Galliakis 2016 \|+ * * +\| Program m_g ; -) [email protected] \|+ * * +\| TEI Athens - IT department. \|+ * * +\| [email protected] \|+ * * +\| https://github.com/michaelgalliakis \|+ * * +\| (myThesis.git) \|+ * * +- - - - - - - - - - - - - - - - - - - -+ * * + + + + + + + + + + + + + + + + + + + + + * * * * * * * * * * * * * * * * * * * * * * * * */	michaelgalliakis/myThesis	UserClientV1/src/UserClientV1/Tools.java
495	public class Payment extends Transaction implements iFinancialTransaction{ private double paidAmount; private double vAT; // Default constructor public Payment() { // Αρχικοποίηση των χαρακτηριστικών της κλάσης. this.vAT = 0; this.paidAmount = 0; } @Override public double getAmmountWithVAT() { // Υλοποίηση της getAmmountWithVAT() που δηλώνεται στο interface iFinancialTransaction. Ζητούμενο της άσκησης. return this.paidAmount + this.vAT; } // Μέθοδοι get, set & toString public void setvAT(double vAT) { this.vAT = vAT; } public double getvAT() { return this.vAT; } public double getPaidAmount() { return this.paidAmount; } public void setPaidAmount(double paidAmount) { this.paidAmount = paidAmount; } @Override public int getId() { return super.getId(); } @Override public void setId(int id) { super.setId(id); } @Override public String getCode() { return super.getCode(); } @Override public void setCode(String code) { super.setCode(code); } public String toString() { return "id: " + super.getId() + ", paidAmount: " + this.paidAmount + ", vAT: " + this.vAT; } }	panosale/DIPAE_OOP_2nd_Term-JAVA	PaliaThemata/OOP_E22-23/src/Payment.java
496	package Utils; import java.text.SimpleDateFormat; import java.util.Date; /** * * @author icsd12015 */ public class ColorPrint { private static final SimpleDateFormat sdf = new SimpleDateFormat("HH:mm:ss"); public static void print (String msg, String color) { System.out.print(ANSI_YELLOW + "[" + sdf.format(new Date()) + "] " + ANSI_RESET); System.out.println(color + msg + ANSI_RESET); } public static void print (String msg, String color, SimpleDateFormat sdf) { System.out.print(ANSI_YELLOW + "[" + sdf.format(new Date()) + "] " + ANSI_RESET); System.out.println(color + msg + ANSI_RESET); } //Η μεταβλητες που χρησιμοποιω για την εμφανιση των χρωματων στην κονσολα //(τα πηρα και αυτα απο μια παλια εργασια στη Java) // <editor-fold defaultstate="collapsed" desc="Colors Variables"> public static final String ANSI_RESET = "\u001B[0m"; public static final String ANSI_BLACK = "\u001B[30m"; public static final String ANSI_RED = "\u001B[31m"; public static final String ANSI_GREEN = "\u001B[32m"; public static final String ANSI_YELLOW = "\u001B[33m"; public static final String ANSI_BLUE = "\u001B[34m"; public static final String ANSI_PURPLE = "\u001B[35m"; public static final String ANSI_CYAN = "\u001B[36m"; // </editor-fold> }	icsd12015/projects_security	SIPKAP/Project/src/Utils/ColorPrint.java
497	// Άσκηση 1.1 public class Lab implements LabInterface{ private String labName; private int labCapacity; private int labCurrentSize = 0; private Student[] labArray; public Lab() { // Default constructor } public Lab(String newLabName, int newLabCapacity) { // Full constructor this.labName = newLabName; this.labCapacity = newLabCapacity; labArray = new Student[newLabCapacity]; System.out.println("Το εργαστήριο '" + newLabName + "', με χωρητικότητα " + newLabCapacity + " ατόμων δημιουργήθηκε με επιτυχία."); } public Lab(String newLabName) { // Semi constructor this(newLabName, 20); // Default capacity given here } // Setters-Getters public void setLabName(String newLabName) { this.labName = newLabName; } public String getLabName() { return this.labName; } public void setLabCapacity(int newLabCapacity) { this.labCapacity = newLabCapacity; } public int getLabCapacity() { return this.labCapacity; } public void setLabCurrentSize(int newLabCurrentSize) { this.labCurrentSize = newLabCurrentSize; } public int getLabCurrentSize() { return this.labCurrentSize; } public void getLabArray() { for (int i = 0; i < this.labCurrentSize; i++) System.out.println("Φοιτητής [" + (i+1) + "]: \n" + this.labArray[i].toString() + "\n"); } // toString public String toString() { return "Εργαστήριο: " + this.labName + ".\nΧωρητικότητα εργαστηρίου: " + this.labCapacity + " σπουδαστές.\nΤρέχον μέγεθος: " + this.labCurrentSize + " σπουδαστές."; } // Μέθοδοι διαχείρισης δεδομένων public boolean insertStudent(Student std) { // Εισαγωγή φοιτητή στο τμήμα if (this.labCurrentSize >= this.labCapacity) { // Αν το μέγεθος του εργαστηρίου έχει φτάσει την χωρητικότητα του... System.out.println("Lab '" + this.labName + "' is full."); //... τότε εμφανίζει μήνυμα πληρότητας... return false; // ...και επιστρέφει false } else { // Διαφορετικά... this.labArray[labCurrentSize++] = std; //...προσθέτει το νέο φοιτητή στην τρέχουσα θέση, κατόπιν αυξάνει το μέγεθος τους εργαστηρίου... return true; //...και επιστρέφει true } } public boolean deleteStudent(Student std) { // Διαγραφή φοιτητή από το τμήμα for (int i = 0; i < this.labCurrentSize; i++) if (this.labArray[i] == std) // Αν ο φοιτητής που θέλω να διαγράψω βρεθεί στη θέση i τότε ... { //... μεταφέρω στη θέση i τον φοιτητή από την τελευταία θέση του πίνακα μειώνω το μέγεθος του πίνακα κατά 1 ... this.labArray[i] = this.labArray[--this.labCurrentSize]; return true; // ... και επιστρέφω true (έγινε η αφαίρεση) } return false; // Αν δεν βρεθεί φοιτητής επιστρέφω false. } public Student searchStudent(int am) { // Αναζήτηση φοιτητή στο τμήμα με ΑΜ for (int i = 0; i < this.labCurrentSize; i++) if (this.labArray[i].getAM() == am) return this.labArray[i]; return null; } public void parousiologio() { // Εκτύπωση του παρουσιολογίου του τμήματος for (int i = 0; i < this.labCurrentSize; i++) { System.out.println("Φοιτητής: " + this.labArray[i].getAM() + ", " + this.labArray[i].getLastName() + " " + this.labArray[i].getFirstName() + ". Απουσίες: " + this.labArray[i].getArithmosApousion() + ". Βαθμός: " + this.labArray[i].getVathmos()); } } public int succededStudents() { // Υπολογισμός επιτυχόντων φοιτητών (με βαθμό πάνω από 5 και απουσίες κάτω από 2) int succeded = 0; for (int i = 0; i < this.labCurrentSize; i++) if ((this.labArray[i].getVathmos() >= 5) && (this.labArray[i].getArithmosApousion() <= 2)) succeded++; return succeded; } public int failedStudents() { // Υπολογισμός φοιτητών που δεν πέρασαν (με βαθμό κάτω από 5 και απουσίες πάνω από 2) return (this.labCurrentSize - this.succededStudents()); } public double averageGrade() { // Μέσος όρος βαθμολογιών όλου του τμήματος double sum = 0.0; for (int i = 0; i < this.labCurrentSize; i++) sum = sum + this.labArray[i].getVathmos(); return sum / this.getLabCurrentSize(); } }	panosale/DIPAE_DataStructures_3rd_Term	Askisi1/src/Lab.java
498	import java.util.*; public class tickets { public String comment; public User user; public String state; public ArrayList<tickets> ticketsList; public tickets(User user, String comment, String state) { this.user=user; this.comment=comment; this.state=state; this.ticketsList=new ArrayList<tickets>(); } public void set_ticketsList(tickets tickets) throws FlybyException{ if(this.ticketsList.contains(tickets)){ //ελέγχω αν το αντικελιμενο που θέλω να προσθέσω υπάρχει ήδη στη λίστα throw new FlybyException("Item already exists"); //χρησιμοποιώ κλάση εξαίρεσης αν το αντικείμενο υπα΄ρχει ήδη στη λίστα } else{ //αν δεν υπάρχει το προσθέτω στη λίστα this.ticketsList.add(tickets); } } public void print_ticket(tickets ticket){ System.out.print("Ticket comment: "+ ticket.comment+"\n"); System.out.print("user reporting this post: "); this.user.print_user(ticket.user); System.out.print("State of ticket: "+ticket.state+"\n"); } }	poulcheria/FlyBy	backend/tickets.java
499	import com.mysql.jdbc.Connection; import java.sql.DriverManager; import java.sql.SQLException; import java.sql.Statement; /** * Created by George on 28/9/2016. / public class StatCreator { public static void main(String[] args) throws SQLException { Connection conn = null; /* * Στη συγκεκριμένη κλάση δημιουργούμε το πίνακα που * θα φιλοξενήσει τα στοιχεία που θα συλλέγουμε απο το website * */ try { String userName = "root"; String password = "root"; String url = "jdbc:mysql://localhost:3306/bet?characterEncoding=utf8"; // σύνδεση με το localhost Class.forName ("com.mysql.jdbc.Driver").newInstance (); conn = (Connection) DriverManager.getConnection (url, userName, password); System.out.println ("Database connection established"); } catch (Exception e) { System.err.println ("Cannot connect to database server"); } Statement s = conn.createStatement (); s.executeUpdate("DROP TABLE IF EXISTS Statistics "); s.executeUpdate("CREATE TABLE Statistics ( " //Δημιουργία του πίνακα μας + " id INT( 11 ) NOT NULL AUTO_INCREMENT ," + " Home VARCHAR(45) NOT NULL," + " Draw VARCHAR(45) NOT NULL," + " Away VARCHAR(45) NOT NULL," + " nGames VARCHAR(45) NOT NULL," + " 1percentage VARCHAR(45) NOT NULL," + " Xpercentage VARCHAR(45) NOT NULL," + " 2percentage VARCHAR(45) NOT NULL," + " Recent VARCHAR(150) NOT NULL," + " 1Delay VARCHAR(45) NOT NULL," + " xDelay VARCHAR(45) NOT NULL," + " 2Delay VARCHAR(45) NOT NULL," + " PRIMARY KEY (id) )" ); System.out.println("Table created."); } }	grokkos/bet-strategy	src/StatCreator.java
500	/** * Αυτή η κλάση αναπαραριστά ένα ηχοσύστημα. Κάθε ηχοσύστημα αποτελείται από 2 ήχεια (κλάση Speaker). * This class represents a sound system. Each sound system has 2 speakers (Speaker class). / public class SoundSystem { Speaker speaker1; Speaker speaker2; // Κατασκευάστε δύο κατασκευαστές (υπερφόρτωση). Ο πρώτος κατασκευαστής δεν θα δέχεται κανένα όρισμα και το // ηχοσύστημα θα αποτελείται από 2 ήχεια των 40 watts και 60 spl. Ο δεύτερος κατασκευαστής θα δέχεται δύο ηχεία ως // παραμέτρους. // Create two constructors (overload). The first constructor should not have any parameters and the sound system will // have two speakers of 40 watts and 60 spl. The second constructor should have two parameters which should be // the two speakers. public SoundSystem() { this.speaker1 = new Speaker(40); this.speaker2 = new Speaker(40); } public SoundSystem(Speaker speaker1, Speaker speaker2) { this.speaker1 = speaker1; this.speaker2 = speaker2; } /* * Μέθοδος που αλλάζει το πρώτο ηχείο. * This method should change the first speaker. / public void setSpeaker1(Speaker speaker) { this.speaker1 = speaker; } /* * Μέθοδος που αλλάζει το δεύτερο ηχείο. * This method should change the second speaker. / public void setSpeaker2(Speaker speaker) { this.speaker2 = speaker; } /* * Μέθοδος που επιστρέφει το πρώτο ηχείο. * This method should return the first speaker. / public Speaker getSpeaker1() { return speaker1; } /* * Μέθοδος που επιστρέφει το δεύτερο ηχείο. * This method should return the second speaker. / public Speaker getSpeaker2() { return speaker2; } /* * Αυτή η μέθοδος επιστρέφει το άθροισμα της ισχύς του ηχοσυστήματος. * This method should return the sound system's total power. / public int getTotalWatts() { return this.speaker1.getWatts() + this.speaker2.getWatts(); } /* * Αυτή η μέθοδος θα πρέπει να επιστρέφει την μέση βαθμολογία του ηχοσυστήματος. * This method should return the average rating of the sound system. */ public double getAverageRating() { return (this.speaker1.getRating() + this.speaker2.getRating()) / 2.0; } }	auth-csd-oop-2023/lab-objectInteraction-SoundSystem-Simple-solved	src/SoundSystem.java
504	public class WhileEffi { public static void main(String[] args){ int REPEAT = 300_000_000; long start, end; start = System.currentTimeMillis(); for ( int x=0; x<REPEAT; x++ ) for ( int y=0; y<REPEAT; y++ ) ; //nothing // just two nested loops. end = System.currentTimeMillis(); System.out.println("Σύγκριση με τιμή: "+( end - start )); start = System.currentTimeMillis(); for ( int x=REPEAT; x==0; x-- ) for ( int y=REPEAT; y==0; y-- ) ; //nothing // just two nested loops. end = System.currentTimeMillis(); System.out.println("Σύγκριση με μηδέν: "+ ( end - start )); } }	riggas-ionio/java	lecture-examples/02-essentials/WhileEffi.java
505	package gui; import java.awt.Dimension; import javax.swing.ImageIcon; import javax.swing.JFrame; import javax.swing.JLabel; import javax.swing.JWindow; import javax.swing.SwingConstants; /** * Η κλάση BFrame υλοποιεί τα χαρακτηριστικά του frame της εφαρμογής. Κληρονομεί * από την JFrame. * * @author tasosxak * @author Thanasis * @version 1.0 * @since 7/1/17 * */ public class BFrame extends JFrame { JLabel basiclabel = new JLabel(); JWindow window = new JWindow(); public BFrame(String name) { loadImage(); //SplashScreen (φόρτωση αρχικής εισαγωγικής εικόνας) setDefaultCloseOperation(JFrame.EXIT_ON_CLOSE); setTitle(name); setResizable(false); getContentPane().setPreferredSize(new Dimension(1000, 563)); pack(); pack(); setLocationRelativeTo(null); } private void loadImage() { //Δημιουργία παραθύρου με την φωτογραφία window.getContentPane().add( new JLabel("", new ImageIcon(getClass().getResource("/images/buzz_images/1.jpg")), SwingConstants.CENTER)); window.setSize(580, 278); window.setLocationRelativeTo(null); //στοίχηση στο κέντρο window.setVisible(true); try { Thread.sleep(2000); //Εμφάνιση του παραθύρου αυτού για 2 δευτερόλεπτα } catch (InterruptedException e) { e.getMessage(); } window.dispose(); //Εξαφάνιση του παραθύρου αυτού } }	TeamLS/Buzz	src/gui/BFrame.java

356

/** * Η κλάση αυτή υλοποιεί το MaxHeap */ public class MaxHeap { //πίνακας από Points που περιέχει όλα τα στοιχεία που ανήκουν στη σωρό private final Point[] MaxHeap; //πλήθος σημείων που υπάρχουν στη σωρό private int size; //μέγιστη χωρητικότητα της σωρού private final int maximum; /** * Κατασκευαστής με 1 όρισμα * @param maximum_size η μέγιστη χωρητικότητα */ public MaxHeap(int maximum_size) { this.maximum = maximum_size; this.size = 0; MaxHeap = new Point[this.maximum + 1]; Point point = new Point(Double.MIN_VALUE, Double.MIN_VALUE); point.setDistance_point(Double.MAX_VALUE); MaxHeap[0] = point; } public int getSize(){ return size; } /** * Μέθοδος που επιστρέφει true αν ο κόμβος είναι φύλλο ή false αν δεν είναι * @param node κόμβος για το οποίο θέλω να μάθω αν είναι φύλλο στο δέντρο μου */ private boolean isLeaf(int node) { return get_left_child(node) >= size; } /** * Μέθοδος που επιστρέφει το που βρίσκεται ο γονιός * @param node κόμβος του οποίου ψάχνω τον γονιό */ private int get_parent(int node) { //parent return node / 2; } /** * Μέθοδος που επιστρέφει το που βρίσκεται το αριστερό παιδί * @param node κόμβος του οποίου ψάχνω το αριστερό παιδί */ private int get_left_child(int node) { //leftChild return (2 * node); } /** * Μέθοδος που επιστρέφει το που βρίσκεται το δεξί παιδί * @param node κόμβος του οποίου ψάχνω το δεξί παιδί */ private int get_right_child(int node) { //rightChild return (2 * node) + 1; } /** * Μέθοδος που αντιστρέφει δύο κόμβους node1 και node2 στη σωρό * node1, node2 είναι οι κόμβοι που θέλω να αλλάξω μεταξύ τους */ private void swap(int node1, int node2) { Point temp; temp = MaxHeap[node1]; MaxHeap[node1] = MaxHeap[node2]; MaxHeap[node2] = temp; } public Point getMax(){ return MaxHeap[1]; } public Point extractMax() { Point popped = MaxHeap[1]; MaxHeap[1] = MaxHeap[size]; apply_maxHeap(1); size--; return popped; } /** * Μέθοδος που εφαρμόζει τον αλγόριθμο MaxHeap σε ένα υποδέντρο * Με τη μέθοδο αυτή έχουμε ως αποτέλεσμα το δεξί και αριστερό υποδέντρο του κόμβου node να είναι heaped και το μόνο που μένει είναι να φτιάξουμε τη ρίζα */ private void apply_maxHeap(int node) { if (isLeaf(node)) return; if (MaxHeap[node].getDistance_point() < MaxHeap[get_left_child(node)].getDistance_point() || MaxHeap[node].getDistance_point() < MaxHeap[get_right_child(node)].getDistance_point()) { if (MaxHeap[get_left_child(node)].getDistance_point() > MaxHeap[get_right_child(node)].getDistance_point()) { swap(node, get_left_child(node)); apply_maxHeap(get_left_child(node)); } else { swap(node, get_right_child(node)); apply_maxHeap(get_right_child(node)); } } } /** * Μέθοδος που προσθέτει ένα καινούργιο στοιχείο στη σωρό */ public void insert_to_maxHeap(Point new_point) { if (size == maximum){ if(new_point.getDistance_point()<=getMax().getDistance_point()) extractMax(); else return ; } MaxHeap[++size] = new_point; int current = size; while (MaxHeap[current].getDistance_point() > MaxHeap[get_parent(current)].getDistance_point() ) { swap(current, get_parent(current)); current = get_parent(current); } } }

NikosVogiatzis/UniProjects

java Rstartree/Rstartree/Rtree/src/MaxHeap.java

357

package gr.grnet.dep.service; import com.fasterxml.jackson.databind.JsonNode; import com.fasterxml.jackson.databind.ObjectMapper; import com.fasterxml.jackson.databind.node.ArrayNode; import com.fasterxml.jackson.databind.node.ObjectNode; import gr.grnet.dep.service.exceptions.ServiceException; import gr.grnet.dep.service.model.JiraIssue; import gr.grnet.dep.service.model.JiraIssue.*; import gr.grnet.dep.service.model.Role.RoleDiscriminator; import gr.grnet.dep.service.model.User; import gr.grnet.dep.service.util.DEPConfigurationFactory; import org.apache.commons.codec.binary.Base64; import org.apache.commons.configuration.Configuration; import org.apache.commons.configuration.ConfigurationException; import javax.ejb.*; import javax.persistence.EntityManager; import javax.persistence.PersistenceContext; import javax.ws.rs.client.Client; import javax.ws.rs.client.ClientBuilder; import javax.ws.rs.client.Entity; import javax.ws.rs.core.MediaType; import java.net.URLEncoder; import java.text.ParseException; import java.text.SimpleDateFormat; import java.util.*; import java.util.concurrent.Future; import java.util.logging.Level; import java.util.logging.Logger; @Stateless(name = "jiraService") public class JiraService { private static final Logger logger = Logger.getLogger(JiraService.class.getName()); /** * username: apella * password: Test "!@#$%^&*()" || Production: "Pk%81:$/IES/" */ private static String PROJECT_KEY; private static String REST_URL; private static String USERNAME; private static String PASSWORD; private static String CONFIGURATION; private static Configuration conf; static { try { conf = DEPConfigurationFactory.getServerConfiguration(); PROJECT_KEY = conf.getString("jira.project.key"); REST_URL = conf.getString("jira.url"); USERNAME = conf.getString("jira.username"); PASSWORD = conf.getString("jira.password"); CONFIGURATION = conf.getString("jira.configuration", "PRODUCTION"); } catch (ConfigurationException e) { } } private final ObjectMapper mapper = new ObjectMapper(); @PersistenceContext(unitName = "apelladb") protected EntityManager em; @EJB JiraService jiraService; private ResourceBundle jiraResourceBundle = ResourceBundle.getBundle("dep-jira", new Locale("el")); public String getResourceBundleString(String key, String... args) { String result = jiraResourceBundle.getString(key); if (args != null && (args.length % 2 == 0)) { for (int i = 0; i < args.length - 1; i += 2) { String name = args[i]; String value = args[i + 1]; result = result.replaceAll("\\{" + name + "\\}", value); } } return result; } private JsonNode doGet(String path) throws Exception { Client client = ClientBuilder.newClient(); logger.fine("GET REQUEST: " + path); JsonNode jsonNode = client.target(REST_URL + path) .request(MediaType.APPLICATION_JSON) .header("Authorization", "Basic " + authenticationString()) .get(JsonNode.class); logger.fine("GET RESPONSE: " + path + " SUCCESS"); client.close(); return jsonNode; } private JsonNode doPost(String path, JsonNode data) { Client client = ClientBuilder.newClient(); logger.fine("POST REQUEST: " + path + " " + data.toString()); JsonNode jsonNode = client.target(REST_URL + path) .request(MediaType.APPLICATION_JSON) .header("Authorization", "Basic " + authenticationString()) .post(Entity.json(data), JsonNode.class); logger.fine("POST RESPONSE: " + path + " SUCCESS"); client.close(); return jsonNode; } private String authenticationString() { byte[] enc = Base64.encodeBase64((USERNAME + ":" + PASSWORD).getBytes()); return new String(enc); } @Asynchronous public Future<JiraIssue> queueCreateIssue(JiraIssue issue) throws ServiceException { JiraIssue result = createRemoteIssue(issue); return new AsyncResult<>(result); } public JiraIssue getRemoteIssue(String issueKey) throws Exception { JsonNode node = doGet("/issue/" + issueKey); return fromJSON(node); } public List<JiraIssue> getRemoteIssues(List<Long> issueIds) throws Exception { if (issueIds.isEmpty()) { return new ArrayList<JiraIssue>(); } // Comma separated values String ids = ""; for (Long id : issueIds) { ids = ids.concat("," + id); } ids = ids.substring(1); // Search query String jql = "id in (" + ids + ")"; /* { "expand": "names,schema", "startAt": 0, "maxResults": 50, "total": 1, "issues": [ { "expand": "", "id": "10001", "self": "http://www.example.com/jira/rest/api/2/issue/10001", "key": "HSP-1" } ] } */ JsonNode searchNode = doGet("/search?jql=" + URLEncoder.encode(jql, "UTF-8") + "&maxResults=" + issueIds.size()); List<JiraIssue> issues = new ArrayList<JiraIssue>(); Iterator<JsonNode> issuesIterator = searchNode.get("issues").iterator(); while (issuesIterator.hasNext()) { JsonNode issueNode = issuesIterator.next(); issues.add(fromJSON(issueNode)); } return issues; } public JiraIssue createRemoteIssue(JiraIssue issue) throws ServiceException { // Read and validate data IssueStatus status = issue.getStatus(); IssueResolution resolution = issue.getResolution(); if (!status.equals(IssueStatus.OPEN) && resolution == null) { throw new ServiceException("jira.missing.resolution"); } try { // 1. Create Issue issue.setStatus(null); issue.setResolution(null); JsonNode issueData = toJSON(issue); JsonNode response = doPost("/issue/", issueData); // Response sends only id and key issue.setId(response.get("id").asLong()); issue.setKey(response.get("key").asText()); // 2. Update with a transition to status if not OPEN if (!status.equals(IssueStatus.OPEN)) { JsonNode updateStatusData = toTransitionJSON(status, resolution, "Automatic transition"); response = doPost("/issue/" + issue.getKey() + "/transitions", updateStatusData); // Response is empty if transition succeeds } // Restore status and resolution issue.setStatus(status); issue.setResolution(resolution); // 3. Set Date (will be updated when quartz job refreshes all issues) Date now = new Date(); issue.setCreated(now); issue.setUpdated(now); return issue; } catch (Exception e) { logger.log(Level.WARNING, "jira.communication.problem"); throw new ServiceException("jira.communication.problem", e); } } public JiraIssue getIssue(Long issueId) throws ServiceException { JiraIssue issue = em.find(JiraIssue.class, issueId); if (issue == null) { throw new ServiceException("issue.not.found"); } return issue; } public List<JiraIssue> getUserIssues(Long userId) { @SuppressWarnings("unchecked") List<JiraIssue> issues = em.createQuery( "from JiraIssue issue " + "where issue.user.id = :userId") .setParameter("userId", userId) .getResultList(); return issues; } public JiraIssue createIssue(JiraIssue issue) throws ServiceException { // Validate data if (issue.getUser() == null || issue.getUser().getId() == null) { throw new ServiceException("missing.user"); } User user = em.find(User.class, issue.getUser().getId()); if (user == null) { throw new ServiceException("user.not.found"); } try { // Send to Jira JiraIssue createdIssue = createRemoteIssue(issue); // Save to Database createdIssue.setUser(user); createdIssue = em.merge(createdIssue); return createdIssue; } catch (Exception e) { throw new ServiceException("jira.communication.problem", e); } } @TransactionAttribute(TransactionAttributeType.REQUIRED) public JiraIssue updateIssue(JiraIssue issue) throws ServiceException { JiraIssue existingIssue = getIssue(issue.getId()); // Validate data issue.setUser(existingIssue.getUser()); // Update (no need to copy to existingIssue, since ids are not auto-generated and we want to override all fields) issue = em.merge(issue); // Return result return issue; } @TransactionAttribute(TransactionAttributeType.NOT_SUPPORTED) public int synchronizeIssues() throws Exception { List<Long> localIssueIds = em.createQuery( "select i.id from JiraIssue i " + "where i.status != :statusClosed", Long.class) .setParameter("statusClosed", IssueStatus.CLOSED) .getResultList(); List<JiraIssue> remoteIssues = getRemoteIssues(localIssueIds); for (JiraIssue issue : remoteIssues) { jiraService.updateIssue(issue); } return remoteIssues.size(); } ////////////////////////////////////////// // Parsers, formatters /* ISSUE TEMPLATE: { "id": "25655", "key": "APELLA-1251", "fields": { "project": { "id": "11241", "key": "APELLA", "name": "Apella" }, "issuetype": { "id": "14", "description": "Αφορά σε πρόβλημα της υπηρεσίας", "name": "Πρόβλημα", }, "resolution": { "id": "1", "description": "A fix for this issue is checked into the tree and tested.", "name": "Fixed" }, "created": "2014-01-13T10:28:18.000+0200", "updated": "2014-01-13T11:35:33.000+0200", summary": "Αλλαγή ονόματος πατρός", "description": "Το όνομα του πατέρα μου είναι ΑΧΙΛΛΕΑΣ.\r\nΠαρακαλώ να αντικατασταθεί το Ιωάννης που αναγράφεται στα στοιχεία μου με το Αχιλλέας.\r\n\r\nΕυχαριστώ\n\n*Reporter*: Φαρμάκη Βασιλική Καθηγήτρια Τμήμα Μαθηματικών ΕΚΠΑ\n*E-mail*: [mailto:[email protected]]", "status": { "description": "The issue is considered finished, the resolution is correct. Issues which are closed can be reopened.", "name": "Closed", "id": "6" }, "customfield_12352": null, "customfield_12351": null, "customfield_12350": null, "customfield_10350": null, "customfield_12751": null, "customfield_11850": null, "customfield_12550": null, "customfield_12551": null, "customfield_12552": null, "customfield_12553": "6974676161", "customfield_12653": null, "customfield_12652": null, "customfield_11551": null, "comment": { "startAt": 0, "maxResults": 1, "total": 1, "comments": [ { "id": "37246", "body": "The issue has just been emailed to: *[email protected]*, \\\\\r\nwith subject: *(APELLA-1251) Αλλαγή ονόματος πατρός * \\\\\r\n \\\\ \r\nand content:\\\\\r\n----\r\nΗ αλλαγή στα στοιχεία του λογαριασμού σας έχει πραγματοποιηθεί.\r\n\r\nΣτη διάθεσή σας, \r\nΓραφείο Αρωγής Χρηστών ΑΠΕΛΛΑ\r\n\r\nΠΡΟΣΟΧΗ:\r\nΠαρακαλούμε MHN απαντήσετε σε αυτό το e-mail. \r\nΓια οποιαδήποτε απορία ή διευκρίνιση μπορείτε να επικοινωνήσετε με το [Γραφείο Αρωγής Χρηστών|https://apella.minedu.gov.gr/contact].", "created": "2014-01-13T11:35:27.000+0200", "updated": "2014-01-13T11:35:27.000+0200" } ] } } } */ private JsonNode toJSON(JiraIssue jiraIssue) { JiraConfiguration jiraConfiguration = getJiraConfiguration(CONFIGURATION); ObjectNode issue = mapper.createObjectNode(); if (jiraIssue.getId() != null) { issue.put("id", jiraIssue.getId()); } if (jiraIssue.getKey() != null) { issue.put("key", jiraIssue.getKey()); } // Fields ObjectNode fields = mapper.createObjectNode(); issue.put("fields", fields); ObjectNode project = mapper.createObjectNode(); project.put("key", PROJECT_KEY); fields.put("project", project); if (jiraIssue.getResolution() != null) { ObjectNode resolutionNode = mapper.createObjectNode(); resolutionNode.put("id", jiraConfiguration.getIssueResolutionId(jiraIssue.getResolution())); fields.put("resolution", resolutionNode); } if (jiraIssue.getStatus() != null) { ObjectNode statusNode = mapper.createObjectNode(); statusNode.put("id", jiraConfiguration.getIssueStatusId(jiraIssue.getStatus())); fields.put("status", statusNode); } if (jiraIssue.getSummary() != null) { fields.put("summary", jiraIssue.getSummary()); } if (jiraIssue.getDescription() != null) { fields.put("description", jiraIssue.getDescription()); } if (jiraIssue.getType() != null) { ObjectNode issueTypeNode = mapper.createObjectNode(); issueTypeNode.put("id", jiraConfiguration.getIssueTypeId(jiraIssue.getType())); fields.put("issuetype", issueTypeNode); } if (jiraIssue.getCall() != null) { ObjectNode callTypeNode = mapper.createObjectNode(); callTypeNode.put("id", jiraConfiguration.getIssueCallId(jiraIssue.getCall())); fields.put(jiraConfiguration.getIssueCustomFieldId(IssueCustomField.CALL_TYPE), callTypeNode); } if (jiraIssue.getRole() != null) { ObjectNode roleNode = mapper.createObjectNode(); roleNode.put("value", jiraConfiguration.getRoleValue(jiraIssue.getRole())); fields.put(jiraConfiguration.getIssueCustomFieldId(IssueCustomField.ROLE), roleNode); } if (jiraIssue.getUsername() != null) { fields.put(jiraConfiguration.getIssueCustomFieldId(IssueCustomField.USERNAME), jiraIssue.getUsername()); } if (jiraIssue.getFullname() != null) { fields.put(jiraConfiguration.getIssueCustomFieldId(IssueCustomField.FULLNAME), jiraIssue.getFullname()); } if (jiraIssue.getMobile() != null) { fields.put(jiraConfiguration.getIssueCustomFieldId(IssueCustomField.MOBILE), jiraIssue.getMobile()); } if (jiraIssue.getEmail() != null) { fields.put(jiraConfiguration.getIssueCustomFieldId(IssueCustomField.EMAIL), jiraIssue.getEmail()); } if (jiraConfiguration.getIssueCustomFieldId(IssueCustomField.REPORTER).length() > 0 && jiraIssue.getReporter() != null) { fields.put(jiraConfiguration.getIssueCustomFieldId(IssueCustomField.REPORTER), jiraIssue.getReporter()); } return issue; } private JiraIssue fromJSON(JsonNode issueNode) { JiraConfiguration jiraConfiguration = getJiraConfiguration(CONFIGURATION); JiraIssue issue = new JiraIssue(); // Read parameters if (issueNode.has("id")) { Long id = issueNode.get("id").asLong(); issue.setId(id); } if (issueNode.has("id")) { String key = issueNode.get("key").asText(); issue.setKey(key); } // Fields JsonNode fieldsNode = issueNode.get("fields"); if (fieldsNode.has("resolution") && !fieldsNode.get("resolution").isNull()) { IssueResolution resolution = jiraConfiguration.getIssueResolution(fieldsNode.get("resolution").get("id").asText()); issue.setResolution(resolution); } if (fieldsNode.has("status")) { IssueStatus status = jiraConfiguration.getIssueStatus(fieldsNode.get("status").get("id").asText()); issue.setStatus(status); } if (fieldsNode.has("summary")) { String summary = fieldsNode.get("summary").asText(); issue.setSummary(summary); } if (fieldsNode.has("description")) { String description = fieldsNode.get("description").asText(); issue.setDescription(description); } if (fieldsNode.has("issuetype")) { IssueType type = jiraConfiguration.getIssueType(fieldsNode.get("issuetype").get("id").asInt()); issue.setType(type); } if (fieldsNode.has(jiraConfiguration.getIssueCustomFieldId(IssueCustomField.CALL_TYPE))) { IssueCall call = jiraConfiguration.getIssueCall(fieldsNode.get(jiraConfiguration.getIssueCustomFieldId(IssueCustomField.CALL_TYPE)).get("id").asText()); issue.setCall(call); } if (fieldsNode.has(jiraConfiguration.getIssueCustomFieldId(IssueCustomField.ROLE))) { RoleDiscriminator role = jiraConfiguration.getIssueRole(fieldsNode.get(jiraConfiguration.getIssueCustomFieldId(IssueCustomField.ROLE)).get("value").asText()); issue.setRole(role); } if (fieldsNode.has(jiraConfiguration.getIssueCustomFieldId(IssueCustomField.USERNAME))) { String username = fieldsNode.get(jiraConfiguration.getIssueCustomFieldId(IssueCustomField.USERNAME)).asText(); issue.setUsername(username); } if (fieldsNode.has(jiraConfiguration.getIssueCustomFieldId(IssueCustomField.FULLNAME))) { String fullname = fieldsNode.get(jiraConfiguration.getIssueCustomFieldId(IssueCustomField.FULLNAME)).asText(); issue.setFullname(fullname); } if (fieldsNode.has(jiraConfiguration.getIssueCustomFieldId(IssueCustomField.MOBILE))) { String mobile = fieldsNode.get(jiraConfiguration.getIssueCustomFieldId(IssueCustomField.MOBILE)).asText(); issue.setMobile(mobile); } if (fieldsNode.has(jiraConfiguration.getIssueCustomFieldId(IssueCustomField.EMAIL))) { String email = fieldsNode.get(jiraConfiguration.getIssueCustomFieldId(IssueCustomField.EMAIL)).asText(); issue.setEmail(email); } if (fieldsNode.has(jiraConfiguration.getIssueCustomFieldId(IssueCustomField.REPORTER))) { String reporter = fieldsNode.get(jiraConfiguration.getIssueCustomFieldId(IssueCustomField.REPORTER)).asText(); issue.setReporter(reporter); } if (fieldsNode.has(jiraConfiguration.getIssueCustomFieldId(IssueCustomField.COMMENT))) { String comment = fieldsNode.get(jiraConfiguration.getIssueCustomFieldId(IssueCustomField.COMMENT)).asText(); issue.setComment(comment); } if (fieldsNode.has("updated")) { try { Date updated = jiraConfiguration.getDateFormat().parse(fieldsNode.get("updated").asText()); issue.setUpdated(updated); } catch (ParseException e) { } } if (fieldsNode.has("created")) { try { Date created = jiraConfiguration.getDateFormat().parse(fieldsNode.get("created").asText()); issue.setCreated(created); } catch (ParseException e) { } } return issue; } /* { "update": { "comment": [ { "add": { "body": "Bug has been fixed." } } ] }, "fields": { "resolution": { "name": "Fixed" } }, "transition": { "id": "5" } } */ private JsonNode toTransitionJSON(IssueStatus status, IssueResolution resolution, String comment) { JiraConfiguration jiraConfiguration = getJiraConfiguration(CONFIGURATION); ObjectNode issue = mapper.createObjectNode(); // Transition ObjectNode updateNode = mapper.createObjectNode(); issue.put("update", updateNode); ArrayNode commentsArrayNode = mapper.createArrayNode(); updateNode.put("comment", commentsArrayNode); ObjectNode commentNode = mapper.createObjectNode(); commentsArrayNode.add(commentNode); ObjectNode addCommentNode = mapper.createObjectNode(); commentNode.put("add", addCommentNode); addCommentNode.put("body", comment); ObjectNode fieldsNode = mapper.createObjectNode(); issue.put("fields", fieldsNode); ObjectNode resolutionNode = mapper.createObjectNode(); resolutionNode.put("id", jiraConfiguration.getIssueResolutionId(resolution)); fieldsNode.put("resolution", resolutionNode); ObjectNode transistionNode = mapper.createObjectNode(); transistionNode.put("id", jiraConfiguration.getIssueStatusId(status)); issue.put("transition", transistionNode); return issue; } ////////////////////////////////////////////////// // Configurations private JiraConfiguration getJiraConfiguration(String jiraConfiguration) { if (jiraConfiguration.equals("STAGING")) { return new StagingJiraConfigurationImpl(); } else { return new ProductionJiraConfigurationImpl(); } } private interface JiraConfiguration { public SimpleDateFormat getDateFormat(); public String getIssueCallId(IssueCall call); public IssueCall getIssueCall(String id); public String getIssueStatusId(IssueStatus status); public IssueStatus getIssueStatus(String id); public int getIssueTypeId(IssueType type); public IssueType getIssueType(int id); public String getIssueResolutionId(IssueResolution type); public IssueResolution getIssueResolution(String id); public String getIssueCustomFieldId(IssueCustomField type); public IssueCustomField getIssueCustomField(String id); public String getRoleValue(RoleDiscriminator role); public RoleDiscriminator getIssueRole(String value); } private class ProductionJiraConfigurationImpl implements JiraConfiguration { private SimpleDateFormat sdf = new SimpleDateFormat("yyyy-MM-dd'T'HH:mm:ss.SSSZ"); public SimpleDateFormat getDateFormat() { return sdf; } @Override public String getIssueCallId(IssueCall call) { switch (call) { case INCOMING: return "10220"; case OUTGOING: return "10221"; default: throw new IllegalArgumentException(); } } @Override public String getIssueStatusId(IssueStatus status) { switch (status) { case OPEN: return "1"; case CLOSE: return "2"; case IN_PROGRESS: return "3"; case REOPENED: return "4"; case RESOLVED: return "5"; case CLOSED: return "6"; default: throw new IllegalArgumentException(); } } @Override public int getIssueTypeId(IssueType type) { switch (type) { case COMPLAINT: return 11; case ERROR: return 14; case LOGIN: return 79; case GENERAL_INFORMATION: return 78; case ACCOUNT_MODIFICATION: return 80; case REGISTRATION: return 77; default: throw new IllegalArgumentException(); } } @Override public String getIssueResolutionId(IssueResolution type) { switch (type) { case FIXED: return "1"; case WONT_FIX: return "2"; case DUPLICATE: return "3"; case INCOMPLETE: return "4"; case CANNOT_REPRODUCE: return "5"; case FIXED_WORKAROUND: return "7"; default: throw new IllegalArgumentException(); } } @Override public String getIssueCustomFieldId(IssueCustomField type) { switch (type) { case ROLE: return "customfield_12652"; case CALL_TYPE: return "customfield_12551"; case USERNAME: return "customfield_12552"; case FULLNAME: return "customfield_12350"; case MOBILE: return "customfield_12553"; case EMAIL: return "customfield_12550"; case REPORTER: return "customfield_12751"; case COMMENT: return "customfield_12754"; default: throw new IllegalArgumentException(); } } @Override public String getRoleValue(RoleDiscriminator role) { String retv; switch (role) { case ADMINISTRATOR: retv = ""; break; case CANDIDATE: retv = "υποψήφιος"; break; case INSTITUTION_ASSISTANT: retv = "βοηθός ιδρύματος"; break; case INSTITUTION_MANAGER: retv = "διαχειριστής ιδρύματος"; break; case MINISTRY_ASSISTANT: retv = "βοηθός υπουργείου"; break; case MINISTRY_MANAGER: retv = "διαχειριστής υπουργείου"; break; case PROFESSOR_DOMESTIC: retv = "καθηγητής/ερευνητής ημεδαπής"; break; case PROFESSOR_FOREIGN: retv = "καθηγητής/ερευνητής αλλοδαπής"; break; default: retv = "ΑΛΛΟ"; break; } return retv; } @Override public IssueCall getIssueCall(String id) { for (IssueCall value : IssueCall.values()) { if (getIssueCallId(value).equals(id)) { return value; } } throw new IllegalArgumentException(); } @Override public IssueStatus getIssueStatus(String id) { for (IssueStatus value : IssueStatus.values()) { if (getIssueStatusId(value).equals(id)) { return value; } } throw new IllegalArgumentException(); } @Override public IssueType getIssueType(int id) { for (IssueType value : IssueType.values()) { if (getIssueTypeId(value) == id) { return value; } } throw new IllegalArgumentException(); } @Override public IssueResolution getIssueResolution(String id) { for (IssueResolution value : IssueResolution.values()) { if (getIssueResolutionId(value).equals(id)) { return value; } } throw new IllegalArgumentException(); } @Override public IssueCustomField getIssueCustomField(String id) { for (IssueCustomField value : IssueCustomField.values()) { if (getIssueCustomFieldId(value).equals(id)) { return value; } } throw new IllegalArgumentException(); } @Override public RoleDiscriminator getIssueRole(String value) { for (RoleDiscriminator role : RoleDiscriminator.values()) { if (getRoleValue(role).equals(value)) { return role; } } throw new IllegalArgumentException(); } } private class StagingJiraConfigurationImpl implements JiraConfiguration { private SimpleDateFormat sdf = new SimpleDateFormat("yyyy-MM-dd'T'HH:mm:ss.SSSZ"); public SimpleDateFormat getDateFormat() { return sdf; } @Override public String getIssueCallId(IssueCall call) { switch (call) { case INCOMING: return "10227"; case OUTGOING: return "10228"; default: throw new IllegalArgumentException(); } } @Override public String getIssueStatusId(IssueStatus status) { switch (status) { case OPEN: return "1"; case CLOSE: return "2"; case IN_PROGRESS: return "3"; case REOPENED: return "4"; case RESOLVED: return "5"; case CLOSED: return "6"; default: throw new IllegalArgumentException(); } } @Override public int getIssueTypeId(IssueType type) { switch (type) { case COMPLAINT: return 11; case ERROR: return 14; case LOGIN: return 56; case GENERAL_INFORMATION: return 57; case ACCOUNT_MODIFICATION: return 59; case REGISTRATION: return 60; default: throw new IllegalArgumentException(); } } @Override public String getIssueResolutionId(IssueResolution type) { switch (type) { case FIXED: return "1"; case WONT_FIX: return "2"; case DUPLICATE: return "3"; case INCOMPLETE: return "4"; case CANNOT_REPRODUCE: return "5"; case FIXED_WORKAROUND: return "6"; default: throw new IllegalArgumentException(); } } @Override public String getIssueCustomFieldId(IssueCustomField type) { switch (type) { case ROLE: return "customfield_12650"; case CALL_TYPE: return "customfield_12651"; case USERNAME: return "customfield_12652"; case FULLNAME: return "customfield_12653"; case MOBILE: return "customfield_12654"; case EMAIL: return "customfield_12655"; case REPORTER: return ""; case COMMENT: return ""; default: throw new IllegalArgumentException(); } } @Override public String getRoleValue(RoleDiscriminator role) { String retv; switch (role) { case ADMINISTRATOR: retv = ""; break; case CANDIDATE: retv = "υποψήφιος"; break; case INSTITUTION_ASSISTANT: retv = "βοηθός ιδρύματος"; break; case INSTITUTION_MANAGER: retv = "διαχειριστής ιδρύματος"; break; case MINISTRY_ASSISTANT: retv = "βοηθός υπουργείου"; break; case MINISTRY_MANAGER: retv = "διαχειριστής υπουργείου"; break; case PROFESSOR_DOMESTIC: retv = "καθηγητής/ερευνητής ημεδαπής"; break; case PROFESSOR_FOREIGN: retv = "καθηγητής/ερευνητής αλλοδαπής"; break; default: retv = "ΑΛΛΟ"; break; } return retv; } @Override public IssueCall getIssueCall(String id) { for (IssueCall value : IssueCall.values()) { if (getIssueCallId(value).equals(id)) { return value; } } throw new IllegalArgumentException(); } @Override public IssueStatus getIssueStatus(String id) { for (IssueStatus value : IssueStatus.values()) { if (getIssueStatusId(value).equals(id)) { return value; } } throw new IllegalArgumentException(); } @Override public IssueType getIssueType(int id) { for (IssueType value : IssueType.values()) { if (getIssueTypeId(value) == id) { return value; } } throw new IllegalArgumentException(); } @Override public IssueResolution getIssueResolution(String id) { for (IssueResolution value : IssueResolution.values()) { if (getIssueResolutionId(value).equals(id)) { return value; } } throw new IllegalArgumentException(); } @Override public IssueCustomField getIssueCustomField(String id) { for (IssueCustomField value : IssueCustomField.values()) { if (getIssueCustomFieldId(value).equals(id)) { return value; } } throw new IllegalArgumentException(); } @Override public RoleDiscriminator getIssueRole(String value) { for (RoleDiscriminator role : RoleDiscriminator.values()) { if (getRoleValue(role).equals(value)) { return role; } } throw new IllegalArgumentException(); } } }

grnet/apella

dep-ejb/src/main/java/gr/grnet/dep/service/JiraService.java

358

/* * To change this license header, choose License Headers in Project Properties. * To change this template file, choose Tools | Templates * and open the template in the editor. */ package javaapplication1; import java.sql.*; import javax.swing.*; import java.awt.BorderLayout; import java.awt.CardLayout; import java.awt.event.ActionEvent; import java.awt.event.ActionListener; import java.awt.*; import javax.swing.table.DefaultTableModel; import net.miginfocom.swing.MigLayout; import javax.swing.JTextArea; import javax.swing.border.EtchedBorder; import javax.swing.border.TitledBorder; import javax.swing.table.TableColumnModel; import java.awt.event.*; import javax.swing.table.*; import java.time.format.DateTimeFormatter; import java.util.Date; import java.util.*; import java.util.ArrayList; import java.text.DateFormat; import java.text.SimpleDateFormat; public class recruiterGUI extends NewJFrame{ //My Profile private JTextField usernameField = new JTextField(12); private JTextField exp_yearsField = new JTextField(4); private JTextField firmField = new JTextField(9); //CompanyProfile private JTextField afmField = new JTextField(9); private JTextField douField = new JTextField(15); private JTextField nameField = new JTextField(35); private JTextField telephoneField = new JTextField(16); private JTextField streetField = new JTextField(15); private JTextField numberField = new JTextField(4); private JTextField cityField = new JTextField(15); private JTextField countryField = new JTextField(15); private JTextArea textArea = new JTextArea(10, 15); //Create Position private JTextField idField = new JTextField(4); private JTextField start_dateField = new JTextField(10); private JTextField moneyField = new JTextField(7); private JTextField posField = new JTextField(40); private JTextField locField = new JTextField(45); private JTextField recField = new JTextField(12); private JTextField annDateField = new JTextField(19); private JTextField subDateField = new JTextField(10); int plithos=0; private JTextField antTitleField = new JTextField(36); private JTextArea antDescField = new JTextArea(10,15); private JTextField antFatherField = new JTextField(36); //MY CURRENT JOB POSITIONS private JTextField AllpidField = new JTextField(4); private JTextField Allpstart_dateField = new JTextField(10); private JTextField AllmoneyField = new JTextField(7); private JTextField AllposField = new JTextField(40); private JTextField AlllocField = new JTextField(45); private JTextField AllrecField = new JTextField(12); private JTextField AllannDateField = new JTextField(19); private JTextField AllsubDateField = new JTextField(10); //Interviews private JTextField InterviewCandField = new JTextField(12); private JTextField InterviewRecField = new JTextField(12); private JTextField InterviewJobIdField = new JTextField(4); private JTextField InterviewIdField = new JTextField(4); private JTextField InterviewDateField = new JTextField(19); private JTextField InterviewDurField = new JTextField(8); private JTextArea InterviewComField = new JTextArea(10,15); private JTextField InterviewPerField = new JTextField(2); private JTextField InterviewEduField = new JTextField(2); private JTextField InterviewExpField = new JTextField(2); //COMPANYS POSITIONS private JTextField CidField = new JTextField(4); private JTextField Cstart_dateField = new JTextField(10); private JTextField CmoneyField = new JTextField(7); private JTextField CposField = new JTextField(40); private JTextField ClocField = new JTextField(45); private JTextField CrecField = new JTextField(12); private JTextField CannDateField = new JTextField(19); private JTextField CsubDateField = new JTextField(10); Object id4=null; //JScrollPane sp = new JScrollPane(textArea); JScrollPane scrollPane = new JScrollPane(textArea); java.util.Date date; //textArea.setEditable(false); private JButton editButton1 = new JButton("Edit"); private JButton editButton2 = new JButton("Edit"); private JButton editButton3 = new JButton("Insert"); private JButton editButton4 = new JButton("Edit"); private JButton editButton4_1 = new JButton("Insert Eval."); private JButton editButton5 = new JButton("Edit"); private JButton editButtonSP = new JButton("Interview Results"); private JButton submitButton1 = new JButton("Submit"); private JButton submitButton2 = new JButton("Submit"); private JButton submitButton3 = new JButton("Submit"); private JButton submitButton4 = new JButton("Submit"); private JButton submitButton4_1 = new JButton("Submit"); private JButton submitButton5 = new JButton("Submit"); private JButton cancelButton1 = new JButton("Cancel"); private JButton cancelButton2 = new JButton("Cancel"); private JButton cancelButton3 = new JButton("Cancel"); private JButton cancelButton4 = new JButton("Cancel"); private JButton cancelButton4_1 = new JButton("Cancel"); private JButton cancelButton5 = new JButton("Cancel"); private JButton cancelButton10 = new JButton("Cancel"); private JButton cancelButton555 = new JButton("Back"); private JButton applyButton1 = new JButton("Apply"); private JButton applyButton2 = new JButton("Apply"); private JButton applyButton3 = new JButton("Apply"); private JButton applyButton4 = new JButton("Apply"); private JButton applyButton5 = new JButton("Proceed"); //private JButton appButton = new JButton("My applications"); private JButton aplButton = new JButton("Submit"); private JButton canButton = new JButton("Cancel"); NewJFrame r; private final static String PANELA = "panel A"; private final static String PANEL1 = "panel 1"; private final static String PANEL2 = "panel 2"; private final static String PANEL3 = "panel 3"; private final static String PANEL4 = "panel 4"; private final static String PANEL5 = "panel 5"; private final static String PANELR4_1 = "panel R4_1"; private final static String PANEL6 = "panel 6"; private final static String PANEL10 = "panel 10"; private final static String PANELSP = "panel SP"; private final static String PANEL7 = "panel 7"; private final static String PANEL8 = "panel 8"; Connection connect=null; Statement state=null; PreparedStatement prepstate=null; PreparedStatement prepstate1=null; PreparedStatement prepstate2=null; PreparedStatement prepstate3=null; ResultSet ress=null; int ress1=0; ResultSet ress2=null; ResultSet ress3=null; int count1=0 ; int count2=0; int count3=0; int count4=0; int count5=0; int count4_1=0; public recruiterGUI() { connect=project.ConnectDb(); initialComponents(); } protected JPanel initialFieldEtaireias() { JPanel panelR1 = new JPanel(); panelR1.setLayout(new MigLayout()); panelR1.setBackground(new java.awt.Color(103,177,234)); panelR1.add(new JLabel("AFM: "), "align label"); panelR1.add(afmField, "wrap"); afmField.setEnabled(true); afmField.setEditable(false); panelR1.add(new JLabel("DOY: "), "align label"); panelR1.add(douField, "wrap"); douField.setEnabled(true); douField.setEditable(false); panelR1.add(new JLabel("Name: "), "align label"); panelR1.add(nameField, "wrap"); nameField.setEnabled(true); nameField.setEditable(false); panelR1.add(new JLabel("Telephone: "), "align label"); panelR1.add(telephoneField, "wrap"); telephoneField.setEnabled(true); telephoneField.setEditable(false); panelR1.add(new JLabel("Street: "), "align label"); panelR1.add(streetField, "wrap"); streetField.setEnabled(true); streetField.setEditable(false); panelR1.add(new JLabel("Number: "), "align label"); panelR1.add(numberField, "wrap"); numberField.setEnabled(true); numberField.setEditable(false); panelR1.add(new JLabel("City: "), "align label"); panelR1.add(cityField, "wrap"); cityField.setEnabled(true); cityField.setEditable(false); panelR1.add(new JLabel("Country: "), "align label"); panelR1.add(countryField, "wrap"); countryField.setEnabled(true); countryField.setEditable(false); panelR1.add(initialButtons1()); return panelR1; } protected JPanel initialFieldProfile() { JPanel panelR2 = new JPanel(); panelR2.setLayout(new MigLayout()); panelR2.setBackground(new java.awt.Color(103,177,234)); panelR2.add(new JLabel("Username: "), "align label"); panelR2.add(usernameField, "wrap"); usernameField.setEnabled(true); usernameField.setEditable(false); panelR2.add(new JLabel("Years of Experience: "), "align label"); panelR2.add(exp_yearsField, "wrap"); exp_yearsField.setEnabled(true); exp_yearsField.setEditable(false); panelR2.add(new JLabel("Firm Name: "), "align label"); panelR2.add(firmField, "wrap"); firmField.setEnabled(true); firmField.setEditable(false); panelR2.add(initialButtons2()); return panelR2; } protected JPanel initialFieldCreatePosition() {//TO CREATEEE JPanel panelR3 = new JPanel(); panelR3.setLayout(new MigLayout()); panelR3.setBackground(new java.awt.Color(103,177,234)); panelR3.add(new JLabel("Job id: "), "align label"); panelR3.add(idField, "wrap"); idField.setEnabled(true); idField.setEditable(false); panelR3.add(new JLabel("Start Date "), "align label"); panelR3.add(start_dateField, "wrap"); start_dateField.setEnabled(true); start_dateField.setEditable(true); panelR3.add(new JLabel("Salary: "), "align label"); panelR3.add(moneyField, "wrap"); moneyField.setEnabled(true); moneyField.setEditable(true); panelR3.add(new JLabel("Position: "), "align label"); panelR3.add(posField, "wrap"); posField.setEnabled(true); posField.setEditable(true); panelR3.add(new JLabel("Location: "), "align label"); panelR3.add(locField, "wrap"); locField.setEnabled(true); locField.setEditable(true); panelR3.add(new JLabel("Recruiter: "), "align label"); panelR3.add(recField, "wrap"); recField.setEnabled(true); recField.setEditable(false); panelR3.add(new JLabel("Anounce Date: "), "align label"); panelR3.add(annDateField, "wrap"); annDateField.setEnabled(true); annDateField.setEditable(true); panelR3.add(new JLabel("Submission Date: "), "align label"); panelR3.add(subDateField, "wrap"); subDateField.setEnabled(true); subDateField.setEditable(true); panelR3.add(new JLabel("Antikeim Title: "), "align label"); panelR3.add(antTitleField, "wrap"); antTitleField.setEnabled(true); antTitleField.setEditable(true); panelR3.add(new JLabel("Description: "), "align label"); panelR3.add(antDescField, "wrap"); antDescField.setEnabled(true); antDescField.setEditable(true); panelR3.add(new JLabel("Antikeim Belongs to: "), "align label"); panelR3.add(antFatherField, "wrap"); antFatherField.setEnabled(true); antFatherField.setEditable(true); panelR3.add(initialButtons3()); return panelR3; } protected JPanel initialFieldInterviews() { //*********************panel gia interviews JPanel panelR4_2 = new JPanel(); panelR4_2.setLayout(new MigLayout()); panelR4_2.setBackground(new java.awt.Color(103,177,234)); panelR4_2.add(new JLabel("Candidate: "), "align label"); panelR4_2.add(InterviewCandField, "wrap"); InterviewCandField.setEnabled(true); InterviewCandField.setEditable(true); panelR4_2.add(new JLabel("Recruiter: "), "align label"); panelR4_2.add(InterviewRecField, "wrap"); InterviewRecField.setEnabled(true); InterviewRecField.setEditable(false); panelR4_2.add(new JLabel("Job id: "), "align label"); panelR4_2.add(InterviewJobIdField, "wrap"); InterviewJobIdField.setEnabled(true); InterviewJobIdField.setEditable(false); /* panelR4_2.add(new JLabel("Interview id: "), "align label"); panelR4_2.add(InterviewIdField, "wrap"); InterviewIdField.setEnabled(true); InterviewIdField.setEditable(false); */ panelR4_2.add(new JLabel("Interview Date : "), "align label"); panelR4_2.add(InterviewDateField, "wrap"); InterviewDateField.setEnabled(true); InterviewDateField.setEditable(true); panelR4_2.add(new JLabel("Duration: "), "align label"); panelR4_2.add(InterviewDurField, "wrap"); InterviewDurField.setEnabled(true); InterviewDurField.setEditable(true); panelR4_2.add(new JLabel("Comments: "), "align label"); panelR4_2.add(InterviewComField, "wrap"); InterviewComField.setEnabled(true); InterviewComField.setEditable(true); panelR4_2.add(new JLabel("Personality: "), "align label"); panelR4_2.add(InterviewPerField, "wrap"); InterviewPerField.setEnabled(true); InterviewPerField.setEditable(true); panelR4_2.add(new JLabel("Education: "), "align label"); panelR4_2.add(InterviewEduField, "wrap"); InterviewEduField.setEnabled(true); InterviewEduField.setEditable(true); panelR4_2.add(new JLabel("Experience: "), "align label"); panelR4_2.add(InterviewExpField, "wrap"); InterviewExpField.setEnabled(true); InterviewExpField.setEditable(true); panelR4_2.add(initialButtons4()); return panelR4_2; } //************************************************************************************prepei na ftiaksw kai to R5 private JPanel initialButtons1() { JPanel editPanelButton1 = new JPanel(); editPanelButton1.setLayout(new FlowLayout(FlowLayout.CENTER, 3, 3)); editPanelButton1.add(editButton1); editPanelButton1.add(submitButton1); editPanelButton1.add(cancelButton1); return editPanelButton1; } private JPanel initialButtons2() { JPanel editPanelButton2 = new JPanel(); editPanelButton2.setLayout(new FlowLayout(FlowLayout.CENTER, 3, 3)); editPanelButton2.add(editButton2); editPanelButton2.add(submitButton2); editPanelButton2.add(cancelButton2); return editPanelButton2; } private JPanel initialButtons3() { JPanel editPanelButton3 = new JPanel(); editPanelButton3.setLayout(new FlowLayout(FlowLayout.CENTER, 3, 3)); //editPanelButton3.add(editButton3); editPanelButton3.add(submitButton3); editPanelButton3.add(cancelButton3); return editPanelButton3; } private JPanel initialButtons4() { JPanel editPanelButton4 = new JPanel(); editPanelButton4.setLayout(new FlowLayout(FlowLayout.CENTER, 3, 3)); //editPanelButton4.add(editButton4); // editPanelButton4.add(submitButton4); editPanelButton4.add(submitButton4_1); editPanelButton4.add(cancelButton10); // editPanelButton4.add(editButton4_1); //editPanelButton4.add(editButtonSP); return editPanelButton4; } private JPanel initialButtons5() { JPanel editPanelButton5 = new JPanel(); editPanelButton5.setLayout(new FlowLayout(FlowLayout.CENTER, 3, 3)); editPanelButton5.add(editButton5); editPanelButton5.add(submitButton5); editPanelButton5.add(cancelButton5); editPanelButton5.add(applyButton5); editPanelButton5.add(cancelButton555); return editPanelButton5; } private void initialComponents(){// **********************************PANELS CHECK AUTO EINAI TO ARXIKO PANEL alagh onoma panel r3 !!!!!!!!!!!!!!!!!!!!!!!!!!!!!! ArrayList<String> jobIdList = new ArrayList<String>(); JFrame frame = new JFrame("Recruiter"); setMaximumSize( new Dimension( 70, 60 ) ); JPanel panelA = new JPanel(); panelA.setBackground(new java.awt.Color(78, 108, 157)); panelA.setPreferredSize(new Dimension(500,300)); JPanel panel1 = new JPanel(); panel1.setBackground(new java.awt.Color(78, 108, 157)); // panel1.setPreferredSize(new Dimension(500,300)); JLabel label10=new JLabel("<html>Welcome " + NewJFrame.s + "! Please select one of the options to proceed.</html>",SwingConstants.CENTER); Font f=new Font("Calibri",Font.BOLD,20); label10.setFont(f); panelA.add(label10); JButton button1 = new JButton("Company Profile"); JButton button2 = new JButton("My Profile"); JButton button3 = new JButton("New Job Position"); JButton button4 = new JButton("My Created Job Positions"); JButton button5 = new JButton("Company Job Positions"); JPanel panel2 = new JPanel(); panel2.setBackground(new java.awt.Color(78, 108, 157)); panel2.setPreferredSize(new Dimension(500,400)); panel2.setLayout(new BorderLayout(5,5)); JPanel panel3 = new JPanel(); panel3.setBackground(new java.awt.Color(78, 108, 157)); panel3.setPreferredSize(new Dimension(500,400)); panel3.setLayout(new BorderLayout(5,5)); JPanel panel4 = new JPanel(); panel4.setBackground(new java.awt.Color(78, 108, 157)); panel4.setPreferredSize(new Dimension(500,400)); panel4.setLayout(new BorderLayout(5,5)); JPanel panel5 = new JPanel(); panel5.setBackground(new java.awt.Color(78, 108, 157)); panel5.setPreferredSize(new Dimension(500,400)); panel5.setLayout(new BorderLayout(5,5)); DefaultTableModel modelJ5 =new DefaultTableModel(); JPanel panel800 = new JPanel(); panel800.setBackground(new java.awt.Color(78, 108, 157)); panel800.setPreferredSize(new Dimension(500,400)); panel800.setLayout(new BorderLayout(5,5)); panel5.add(panel800,BorderLayout.CENTER); JPanel panel2000 = new JPanel(); panel2000.add(editButton5); panel5.add(panel2000,BorderLayout.SOUTH); panel5.add(panel800,BorderLayout.CENTER); panel800.setBorder(new TitledBorder(new EtchedBorder(),"Company's Jobs")); modelJ5.addColumn("ID"); modelJ5.addColumn("Start date"); modelJ5.addColumn("Salary"); modelJ5.addColumn("Position"); modelJ5.addColumn("Location"); modelJ5.addColumn("Recruiter"); modelJ5.addColumn("Announce Date"); modelJ5.addColumn("Submission Date"); JTable tableJ5 = new JTable(modelJ5); DefaultTableModel modelJ5_edit =new DefaultTableModel(){ @Override public boolean isCellEditable(int row, int column) { if (column == 1 || column==7 ) {return false;} else {return true;}} }; JPanel panel7 = new JPanel(); panel7.setBackground(new java.awt.Color(78, 108, 157)); panel7.setPreferredSize(new Dimension(500,400)); panel7.setLayout(new BorderLayout(5,5)); JPanel panelR900 = new JPanel(); panelR900.setBackground(new java.awt.Color(78, 108, 157)); panelR900.setPreferredSize(new Dimension(500,400)); panelR900.setLayout(new BorderLayout(5,5)); panel7.add(panelR900,BorderLayout.CENTER); JPanel panel3000 = new JPanel(); panel3000.add(applyButton5); panel3000.add(cancelButton5); panel7.add(panel3000,BorderLayout.SOUTH); panelR900.setBorder(new TitledBorder(new EtchedBorder(),"My Jobs")); modelJ5_edit.addColumn("Select"); modelJ5_edit.addColumn("ID"); modelJ5_edit.addColumn("Start date"); modelJ5_edit.addColumn("Salary"); modelJ5_edit.addColumn("Position"); modelJ5_edit.addColumn("Location"); modelJ5_edit.addColumn("Recruiter"); modelJ5_edit.addColumn("Announce Date"); modelJ5_edit.addColumn("Submission Date"); JTable tableJ5_edit = new JTable(modelJ5_edit); JPanel panel8 = new JPanel(); panel8.setBackground(new java.awt.Color(78, 108, 157)); panel8.setPreferredSize(new Dimension(500,400)); panel8.setLayout(new BorderLayout(5,5)); JPanel panelR1000 = new JPanel(); panelR1000.setBackground(new java.awt.Color(78, 108, 157)); panelR1000.setPreferredSize(new Dimension(500,400)); panelR1000.setLayout(new BorderLayout(5,5)); panel8.add(panelR1000,BorderLayout.CENTER); JPanel panel4000 = new JPanel(); panel4000.add(submitButton5); panel4000.add(cancelButton555); panel8.add(panel4000,BorderLayout.SOUTH); JPanel panel6 = new JPanel(); panel6.setBackground(new java.awt.Color(78, 108, 157)); panel6.setPreferredSize(new Dimension(500,400)); panel6.setLayout(new BorderLayout(5,5)); JPanel panel10 = new JPanel(); panel10.setBackground(new java.awt.Color(78, 108, 157)); panel10.setPreferredSize(new Dimension(500,400)); panel10.setLayout(new BorderLayout(5,5)); JPanel panel15=new JPanel(); panel2.add(panel15,BorderLayout.NORTH); panel15.add(new JLabel("Choose an option to continue")) ; JPanel panel2_1=new JPanel((new MigLayout()));// TA ARXIKA KOUMPIA //panel2_1.setLayout(new MigLayout()); panel2_1.setBackground(new java.awt.Color(103,177,234)); panel2.add(panel2_1,BorderLayout.NORTH);//h NORTH panel2_1.add(button1,"gap unrelated"); panel2_1.add(button2,"gap unrelated"); panel2_1.add(button3,"gap unrelated"); panel2_1.add(button4,"gap unrelated"); panel2_1.add(button5,"gap unrelated"); //CREATEDDDDDD // JPanel panelR4 = new JPanel(); //****************************************************************************************************************************************************************** TABLE GIA CURRENT JOB POSITIONS******************* DefaultTableModel modelJ =new DefaultTableModel(){ @Override public boolean isCellEditable(int row, int column) { if (column == 3 || column==8 ) return false; return true; } } ; //panelR4.setLayout(new BorderLayout(5,5)); //panelR4.add(this.initialFieldCreatedPosition(),BorderLayout.SOUTH); TableColumnModel colmodel; //DefaultTableModel modelJ =new DefaultTableModel(); scrollPane.setPreferredSize(new Dimension(380, 100)); textArea.setLineWrap(true); textArea.setWrapStyleWord(true); scrollPane.setVerticalScrollBarPolicy(JScrollPane.VERTICAL_SCROLLBAR_ALWAYS); JPanel panelR4_1 = new JPanel(); panelR4_1.setBackground(new java.awt.Color(78, 108, 157)); panelR4_1.setPreferredSize(new Dimension(500,400)); panelR4_1.setLayout(new BorderLayout(5,5)); JPanel panel300 = new JPanel(); //panelR4_1.add(panel300,BorderLayout.SOUTH); panel4.add(panel300,BorderLayout.SOUTH); // panel300.add(cancelButton10); // panel300.add(submitButton4_1); panel300.add(editButton4); panel300.add(editButton4_1); panel300.add(editButtonSP); JPanel panel350 = new JPanel(); panel350.add(submitButton4); panel350.add(cancelButton4); panelR4_1.add(panel350,BorderLayout.SOUTH); // panel300.add(new JLabel("else")); // panelR4_1.add(initialButtons4(),BorderLayout.SOUTH); // panel4.setBorder(new TitledBorder //(new EtchedBorder(),"My Jobs")); modelJ.addColumn("Check all"); modelJ.addColumn("Sum"); modelJ.addColumn("Status"); modelJ.addColumn("ID"); modelJ.addColumn("Start date"); modelJ.addColumn("Salary"); modelJ.addColumn("Position"); modelJ.addColumn("Location"); modelJ.addColumn("Recruiter"); modelJ.addColumn("Announce Date"); modelJ.addColumn("Submission Date"); JTable tableJ = new JTable(modelJ); // panel4.add(initialButtons4(),BorderLayout.NORTH); JPanel panel100 =new JPanel(); panel100.setLayout(new BorderLayout()); panel100.setBackground(new java.awt.Color(103,177,234)); panel4.add(panel100,BorderLayout.CENTER); // JScrollPane scrollpane1 = new JScrollPane(tableJ); // add(new JScrollPane(tableJ)); TableColumnModel colmodel_edit;//****************************************************************************************************************************************************************** TABLE GIA CURRENT JOB POSITIONS******************* DefaultTableModel modelJ_edit =new DefaultTableModel(){ @Override public boolean isCellEditable(int row, int column) { if (column == 0 || column==6 ) {return false;} else {return true;}} }; panelR4_1.setBorder(new TitledBorder (new EtchedBorder(),"My Jobs")); modelJ_edit.addColumn("ID"); modelJ_edit.addColumn("Start date"); modelJ_edit.addColumn("Salary"); modelJ_edit.addColumn("Position"); modelJ_edit.addColumn("Location"); modelJ_edit.addColumn("Recruiter"); modelJ_edit.addColumn("Announce Date"); modelJ_edit.addColumn("Submission Date"); JTable tableJ_edit = new JTable(modelJ_edit); JPanel panel200 =new JPanel(); panel200.setLayout(new BorderLayout()); panel200.setBackground(new java.awt.Color(103,177,234)); panelR4_1.add(panel200,BorderLayout.CENTER); JPanel panelSP = new JPanel(); panelSP.setBackground(new java.awt.Color(78, 108, 157)); panelSP.setPreferredSize(new Dimension(500,400)); panelSP.setLayout(new BorderLayout(5,5)); TableColumnModel colmodel_SP;//****************************************************************************************************************************************************************** TABLE GIA CURRENT JOB POSITIONS******************* DefaultTableModel modelSP =new DefaultTableModel(){ @Override public boolean isCellEditable(int row, int column) { if (column == 3 || column==8 ) return false; return true; } } ; JPanel panelSP_1 =new JPanel(); panelSP_1.setLayout(new BorderLayout()); panelSP_1.setBackground(new java.awt.Color(103,177,234)); panelSP.add(panelSP_1,BorderLayout.CENTER); scrollPane.setPreferredSize(new Dimension(380, 100)); textArea.setLineWrap(true); textArea.setWrapStyleWord(true); scrollPane.setVerticalScrollBarPolicy(JScrollPane.VERTICAL_SCROLLBAR_ALWAYS); panelSP.setBorder(new TitledBorder (new EtchedBorder(),"Show Results")); modelSP.addColumn("Candidate"); modelSP.addColumn("Total Interviews"); modelSP.addColumn("Personality"); modelSP.addColumn("Education"); modelSP.addColumn("Experience"); modelSP.addColumn("Total Grade"); modelSP.addColumn("Rejected"); modelSP.addColumn("Rejection Reason"); // panelSP.add(initialButtons4()); JTable tableSP = new JTable(modelSP); JScrollPane scrollpaneSP = new JScrollPane(tableSP); scrollpaneSP.add(new JScrollPane(tableSP)); //JScrollPane scrollpanel2= new JScrollPane(tableJ_edit); frame.setDefaultCloseOperation(JFrame.EXIT_ON_CLOSE); final JPanel cardsR = new JPanel(new CardLayout()); cardsR.add(panelA, PANELA); cardsR.add(panel1, PANEL1); cardsR.add(panel2, PANEL2); cardsR.add(panel3, PANEL3); cardsR.add(panel4, PANEL4); cardsR.add(panel5, PANEL5); cardsR.add(panelR4_1, PANELR4_1); cardsR.add(panel6, PANEL6); cardsR.add(panel10, PANEL10); cardsR.add(panelSP, PANELSP); cardsR.add(panel7, PANEL7); cardsR.add(panel8, PANEL8); CardLayout cl = (CardLayout) (cardsR.getLayout());//get cards // cl.show(panel3,PANEL3); button1.addActionListener(new ActionListener() { @Override public void actionPerformed(ActionEvent ae) {//koumpia pou emfanizontai pantou***********************************1o button******************** editButton1.setVisible(true); cancelButton1.setVisible(false); submitButton1.setVisible(false); count1++; if(count1>0 ){ panel1.removeAll();//********************O panelR4 einai tou my current job positions CREATEDDDD textArea.setText(null); } try{ String query = "SELECT etaireia.* FROM recruiter INNER join etaireia ON recruiter.firm=etaireia.AFM WHERE recruiter.username=?"; prepstate=connect.prepareStatement(query);// kanei connection kai tsekarei to query prepstate.setString(1, NewJFrame.s);//to s einai metablhth mesa sto newjframe ress=prepstate.executeQuery(); //orizoume to ress result set dld pou epistrefei while(ress.next()){ // h while leitoyrgei san cursor ress metablhth String a = ress.getString("AFM");//ress einai to result set pou 8eleis na sou emfanisei. to a 8a apo8hkeusei to prwto ths sthlhs tou username String b = ress.getString("DOY"); String c = ress.getString("name"); long d = ress.getLong("tel"); String e = ress.getString("street"); int f = ress.getInt("num"); String g = ress.getString("city"); String h = ress.getString("country"); //************************************************************************************************************************************************ //modelJ.addRow(new Object[]{a,b,c,d}); afmField.setText(a); douField.setText(b); nameField.setText(c); //textArea.append(d );//MEGALWNEI TO MHKOS TOU TEXT OSO 8ELOUME telephoneField.setText(String.valueOf(d));// edw 8a emfanisei sto aspro keno to string pou delw streetField.setText(e); numberField.setText(String.valueOf(f)); cityField.setText(g); countryField.setText(h); //textArea.setCaretPosition(textArea.getDocument().getLength()); //BOH8AEI STO MHKOS TOU TEXT } panel1.add(initialFieldEtaireias(),BorderLayout.NORTH); button1.setVisible(false); button2.setVisible(true); //KOUMPIA GIA TA ALLA MENU************************************ button3.setVisible(true); button4.setVisible(true); button5.setVisible(true); } catch(Exception ex){ JOptionPane.showMessageDialog(null, ex.getMessage()); } CardLayout c1 = (CardLayout) (cardsR.getLayout());//get cards c1.show(cardsR,PANEL1); } }); editButton1.addActionListener(new ActionListener() { //*********************************EDIT BUTTON etaireias @Override public void actionPerformed(ActionEvent ae){ editButton1.setVisible(false); submitButton1.setVisible(true); cancelButton1.setVisible(true); afmField.setEditable(false); douField.setEditable(false); nameField.setEditable(false); telephoneField.setEditable(true); streetField.setEditable(true); numberField.setEditable(true); cityField.setEditable(true); countryField.setEditable(true); button1.setVisible(false); button2.setVisible(true); button3.setVisible(true); button4.setVisible(true); button5.setVisible(true); } }); submitButton1.addActionListener(new ActionListener() {///////////////////////////////SUBMIT BUTTON etaireias @Override public void actionPerformed(ActionEvent ae){ int a1 = Integer.parseInt(afmField.getText()); int afm = a1; String dou = douField.getText(); String name = nameField.getText(); Long a2 = Long.parseLong(telephoneField.getText()); Long telep =a2; String str = streetField.getText(); int a3 = Integer.parseInt(numberField.getText()); int number = a3; String city = cityField.getText(); String country = countryField.getText(); try{ String query = "UPDATE etaireia SET tel=?,street=?,num=?,city=?,country=? WHERE AFM=? "; prepstate=connect.prepareStatement(query); prepstate.setLong(1,telep); prepstate.setString(2, str); prepstate.setInt(3,number); prepstate.setString(4, city); prepstate.setString(5,country); prepstate.setInt(6,afm); ress1=prepstate.executeUpdate(); } catch(Exception ex){ JOptionPane.showMessageDialog(null, ex.getMessage()); } CardLayout cl = (CardLayout) (cardsR.getLayout());//get cards cl.show(cardsR,PANELA);//******************************************************************************ti kanei?!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! } }); cancelButton1.addActionListener(new ActionListener() { //*************************************CANCEL BUTTON @Override public void actionPerformed(ActionEvent ae){ CardLayout cl = (CardLayout) (cardsR.getLayout());//get cards cl.show(cardsR,PANEL1); } }); //*************************************************************************************************************************************** //******************************************************************************************************2o button!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! button2.addActionListener(new ActionListener() { @Override public void actionPerformed(ActionEvent ae) {//koumpia pou emfanizontai pantou editButton2.setVisible(true); cancelButton2.setVisible(false); submitButton2.setVisible(false); count2++; if(count2>0 ){ panel2.removeAll();//********************O panelR4 einai tou my current job positions CREATEDDDD textArea.setText(null); } try{ String query = "SELECT * FROM recruiter WHERE recruiter.username=?"; prepstate=connect.prepareStatement(query);// kanei connection kai tsekarei to query prepstate.setString(1, NewJFrame.s);//to s einai metablhth mesa sto newjframe ress=prepstate.executeQuery(); //orizoume to ress result set dld pou epistrefei while(ress.next()){ // h while leitoyrgei san cursor ress metablhth String usr = ress.getString("Username");//ress einai to result set pou 8eleis na sou emfanisei. to a 8a apo8hkeusei to prwto ths sthlhs tou username String yea = ress.getString("exp_years"); String fir = ress.getString("firm"); usernameField.setText(usr); exp_yearsField.setText(yea); firmField.setText(fir); } panel2.add(initialFieldProfile(),BorderLayout.NORTH); button1.setVisible(true); button2.setVisible(false); //KOUMPIA GIA TA ALLA MENU************************************ button3.setVisible(true); button4.setVisible(true); button5.setVisible(true); } catch(Exception ex){ JOptionPane.showMessageDialog(null, ex.getMessage()); } CardLayout c2 = (CardLayout) (cardsR.getLayout());//get cards c2.show(cardsR,PANEL2); } }); editButton2.addActionListener(new ActionListener() { //*********************************EDIT BUTTON PROFILE @Override public void actionPerformed(ActionEvent ae){ editButton2.setVisible(false); submitButton2.setVisible(true); cancelButton2.setVisible(true); usernameField.setEditable(false); exp_yearsField.setEditable(true); firmField.setEditable(true); button1.setVisible(true); button2.setVisible(false); button3.setVisible(true); button4.setVisible(true); button5.setVisible(true); } }); submitButton2.addActionListener(new ActionListener() {///////////////////////////////SUBMIT BUTTON etaireias @Override public void actionPerformed(ActionEvent ae){ String u1 = usernameField.getText(); String y1 = exp_yearsField.getText(); String f1 =firmField.getText(); try{ String query = "UPDATE recruiter SET exp_years=?,firm=? WHERE username=? "; prepstate=connect.prepareStatement(query); prepstate.setString(1,y1); prepstate.setString(2, f1); prepstate.setString(3,u1); ress1=prepstate.executeUpdate(); } catch(Exception ex){ JOptionPane.showMessageDialog(null, ex.getMessage()); } CardLayout c2 = (CardLayout) (cardsR.getLayout());//get cards c2.show(cardsR,PANEL2); } }); cancelButton2.addActionListener(new ActionListener() { //*************************************CANCEL BUTTON PROFILE @Override public void actionPerformed(ActionEvent ae){ CardLayout c2 = (CardLayout) (cardsR.getLayout());//get cards c2.show(cardsR,PANEL2); } }); //********************************************************************************************************************************************** 3o BUTTON******************************* button3.addActionListener(new ActionListener() { @Override public void actionPerformed(ActionEvent ae) {//koumpia pou emfanizontai pantou //editButton3.setVisible(true); cancelButton3.setVisible(true); //submitButton3.setVisible(false); count3++; if(count3>0 ){ panel3.removeAll(); //textArea.setText(null); } recField.setText(NewJFrame.s); try{ panel3.add(initialFieldCreatePosition(),BorderLayout.NORTH); } catch(Exception ex){ JOptionPane.showMessageDialog(null, ex.getMessage()); } button1.setVisible(true); button2.setVisible(true); //KOUMPIA GIA TA ALLA MENU************************************ button3.setVisible(false); button4.setVisible(true); button5.setVisible(true); CardLayout c3 = (CardLayout) (cardsR.getLayout());//get cards c3.show(cardsR,PANEL3); } }); submitButton3.addActionListener(new ActionListener() {///////////////////////////////SUBMIT BUTTON INSERT NEW JOB @Override public void actionPerformed(ActionEvent ae){ String id1 = idField.getText(); String startD1 =start_dateField.getText(); String money1 = moneyField.getText(); String pos1 = posField.getText(); String loc1 =locField.getText(); String rec4 = recField.getText(); String aD1 = annDateField.getText(); String sD1 =subDateField.getText(); String aT =antTitleField.getText(); String aD =antDescField.getText(); String aF =antFatherField.getText(); cancelButton3.setVisible(true); submitButton3.setVisible(true); try{ String query = "INSERT INTO job VALUES (DEFAULT,?,?,?,?,?,?,?)"; prepstate=connect.prepareStatement(query);// kanei connection kai tsekarei to query prepstate=connect.prepareStatement(query);// kanei connection kai tsekarei to query //prepstate.setString(1,id1); prepstate.setString(1, startD1); prepstate.setString(2,money1); prepstate.setString(3,pos1); prepstate.setString(4, loc1); prepstate.setString(5,rec4); prepstate.setString(6,aD1); prepstate.setString(7, sD1); ress1=prepstate.executeUpdate(); //orizoume to ress result set dld pou epistrefei String query25 = "INSERT INTO antikeim VALUES (?,?,?)"; prepstate=connect.prepareStatement(query25);// kanei connection kai tsekarei to query prepstate=connect.prepareStatement(query25);// kanei connection kai tsekarei to query prepstate.setString(8, aT); prepstate.setString(9,aD); prepstate.setString(10,aF); ress1=prepstate.executeUpdate(); } catch(Exception ex){ JOptionPane.showMessageDialog(null, ex.getMessage()); } CardLayout c3 = (CardLayout) (cardsR.getLayout());//get cards c3.show(cardsR,PANEL3); } }); cancelButton3.addActionListener(new ActionListener() { //*************************************CANCEL BUTTON JOB INSERT @Override public void actionPerformed(ActionEvent ae){ CardLayout c3 = (CardLayout) (cardsR.getLayout());//get cards c3.show(cardsR,PANEL3); } }); button4.addActionListener(new ActionListener() { //*********************************************************************************4o BUTTON Createddddd************************************************************************* @Override public void actionPerformed(ActionEvent ae) { editButton4.setVisible(true); cancelButton4.setVisible(false); submitButton4.setVisible(false); //submitButton4_1.setVisible(false); editButton4_1.setVisible(true); //cancelButton10.setVisible(false); if(count4>0 ){ modelJ.setRowCount(0); panel100.removeAll(); //textArea.setText(null); } count4++; try{ String query4 = "SELECT * FROM job WHERE recruiter =?"; prepstate=connect.prepareStatement(query4); prepstate.setString(1, NewJFrame.s); ress=prepstate.executeQuery(); while(ress.next()){ int id2 = ress.getInt("id"); Date sD2 = ress.getDate("start_date"); // ALLAGH APO STRING SE ALLO SOSOSOSOSOSOSOSOSOSOSOSOSOSOSOSOSOSOSOS SOS Float money2 = ress.getFloat("salary"); //TO IDIO KAI EDW String pos2 = ress.getString("position"); String loc2 = ress.getString("edra"); String rec2 = ress.getString("recruiter"); Timestamp timestamp = ress.getTimestamp("announce_date"); if (timestamp != null){ date = new java.util.Date(timestamp.getTime()); } Date subDate = ress.getDate("submission_date"); String status ; //DateFormat currDate = new SimpleDateFormat("yyyy-MM-dd"); //Date date = new Date(); //currDate.format(date); auto einai h hmeromhnia tou shmera long millis=System.currentTimeMillis(); java.sql.Date cur_date=new java.sql.Date(millis); int result = subDate.compareTo( cur_date ); if (result==0){status="Closed";} else if (result>0){status="Open";} else {status="Closed ";} String query7 = "SELECT COUNT(*) AS plithos FROM applies WHERE job_id=?";//************COUNT prepstate1=connect.prepareStatement(query7);// kanei connection kai tsekarei to query prepstate1.setInt(1, id2);//to s einai metablhth mesa sto newjframe ress2=prepstate1.executeQuery(); //orizoume to ress result set dld pou epistrefei //int plithos=0; while(ress2.next()){ plithos = ress2.getInt("plithos");} modelJ.addRow(new Object[]{new Boolean(false),plithos,status,id2,sD2,money2,pos2,loc2,rec2,timestamp,subDate}); // panel4.add(modelJ); } TableColumn tabc = tableJ.getColumnModel().getColumn(0);//******************************************************ti kanei edw tabc.setCellEditor(tableJ.getDefaultEditor(Boolean.class)); tabc.setCellRenderer(tableJ.getDefaultRenderer(Boolean.class)); panel100.add((new JScrollPane(tableJ))); class MyItemListener implements ItemListener { public void itemStateChanged(ItemEvent e) { Object source = e.getSource(); if (source instanceof AbstractButton == false) return; boolean checked = e.getStateChange() == ItemEvent.SELECTED; for(int x = 0, y = tableJ.getRowCount(); x < y; x++) { tableJ.setValueAt(new Boolean(checked),x,0); } } } tabc.setHeaderRenderer(new CheckBoxHeader(new MyItemListener())); button1.setVisible(true); button2.setVisible(false); } catch(Exception ex){ JOptionPane.showMessageDialog(null, ex.getMessage()); } CardLayout c4 = (CardLayout) (cardsR.getLayout());//get cards c4.show(cardsR,PANEL4); //} button1.setVisible(true); button2.setVisible(true); //KOUMPIA GIA TA ALLA MENU************************************ button3.setVisible(true); button4.setVisible(false); button5.setVisible(true); } }); editButton4.addActionListener(new ActionListener() { //*********************************EDIT BUTTON JOB @Override public void actionPerformed(ActionEvent ae){ //*********************************************me bash ta poia boxes einai checked 8a kanei edit mono auta editButton4.setVisible(true); submitButton4.setVisible(true); //submitButton4_1.setVisible(false); cancelButton4.setVisible(true); editButton4_1.setVisible(false); int anychecked =0; for(int i=0;i<tableJ.getModel().getRowCount();i++) //κωδικας για να εκτελετειται κατι οταν επιλεγει συγκεκριμενα checkboxes και παταει edit { if ((Boolean) tableJ.getModel().getValueAt(i,0)){ //αν το εχει επιλεξει check box Object obj3=tableJ.getValueAt(i,3); Object obj4=tableJ.getValueAt(i,4); Object obj5=tableJ.getValueAt(i,5); Object obj6=tableJ.getValueAt(i,6); Object obj7=tableJ.getValueAt(i,7); Object obj8=tableJ.getValueAt(i,8); Object obj9=tableJ.getValueAt(i,9); Object obj10=tableJ.getValueAt(i,10); anychecked =anychecked +1; Object[] row = {obj3, obj4, obj5, obj6, obj7, obj8,obj9,obj10}; //αναθεση τιμων σε σειρα modelJ_edit.addRow(row);} } if (anychecked == 0){ JOptionPane.showMessageDialog(frame,//AN DEN EXEI EPILEKSEI KANENA BOX BGAZEI MHNYMA "Choose any position's to edit", "Error", JOptionPane.ERROR_MESSAGE); } else{ panel200.add(new JScrollPane(tableJ_edit)); CardLayout c4 = (CardLayout) (cardsR.getLayout());//get cards c4.show(cardsR,PANELR4_1); } button1.setVisible(true); button2.setVisible(true); button3.setVisible(true); button4.setVisible(false); button5.setVisible(true); } }); submitButton4.addActionListener(new ActionListener() {////////////////////////////////////////////////////////////////////////////////////SUBMIT BUTTON JOB @Override public void actionPerformed(ActionEvent ae){ for(int i=0;i<tableJ_edit.getModel().getRowCount();i++){ Object id3=tableJ_edit.getValueAt(i,0); Object startD3=tableJ_edit.getValueAt(i,1); Object money3=tableJ_edit.getValueAt(i,2); Object pos3=tableJ_edit.getValueAt(i,3); Object loc3=tableJ_edit.getValueAt(i,4); Object rec3=tableJ_edit.getValueAt(i,5); Object aD3=tableJ_edit.getValueAt(i,6); Object sD3=tableJ_edit.getValueAt(i,7); try{ String query = "UPDATE job SET id=?,start_date=?,salary=?,position=?,edra=?,recruiter=?,announce_date=?,submission_date=? WHERE job.id=? "; prepstate=connect.prepareStatement(query); prepstate.setString(1,String.valueOf(id3)); prepstate.setString(2, String.valueOf(startD3)); prepstate.setString(3,String.valueOf(money3)); prepstate.setString(4,String.valueOf(pos3)); prepstate.setString(5,String.valueOf(loc3)); prepstate.setString(6,String.valueOf(rec3)); prepstate.setString(7,String.valueOf(aD3)); prepstate.setString(8,String.valueOf(sD3)); prepstate.setString(9,String.valueOf(id3)); ress=prepstate.executeQuery(); } catch(Exception ex){ JOptionPane.showMessageDialog(null, ex.getMessage()); }} CardLayout c4 = (CardLayout) (cardsR.getLayout());//get cards c4.show(cardsR,PANEL4); } }); cancelButton4.addActionListener(new ActionListener() { //*************************************CANCEL BUTTON CURRJOB @Override public void actionPerformed(ActionEvent ae){ CardLayout c4 = (CardLayout) (cardsR.getLayout());//get cards c4.show(cardsR,PANEL4); } }); //************************************************************************************************************************************************************************************************************** editButton4_1.addActionListener(new ActionListener() { //*********************************EVALUATION INTERVIEW INSERT BUTTON JOB**************************************************************************** @Override public void actionPerformed(ActionEvent ae){ editButton4.setVisible(false); submitButton4.setVisible(false); //submitButton4_1.setVisible(false); cancelButton4.setVisible(false); editButton4_1.setVisible(true); //Object id4=null; String idConverted=null; int count_check=0; //int count4_1=0; for(int i=0;i<tableJ.getModel().getRowCount();i++) //κωδικας για να εκτελετειται κατι οταν επιλεγει συγκεκριμενα checkboxes και παταει apply { // Object obj=null; if ((Boolean) tableJ.getModel().getValueAt(i,0)) //αν το εχει επιλεξει // obj=;//STATUS EINAI STHN 2 STHLH { if(String.valueOf(tableJ.getValueAt(i,2)).equals("Open")){ //αν επιλεξει θέση που είναι ανοιχτη θα του πεταει joption pane με μηνυμα λαθους βλεπε εδω: https://docs.oracle.com/javase/tutorial/uiswing/components/dialog.html JOptionPane.showMessageDialog(frame, "Choose a closed job position", "Error", JOptionPane.ERROR_MESSAGE); break; } else{ //αν η θέση ειναι κλειστη ολα οκ,αντικατεστησε το query μου με αυτο που ζηταει count_check++; id4=tableJ.getValueAt(i,3); idConverted = String.valueOf(id4); jobIdList.add(idConverted);// pros8etei ston dynamic pinaka ta id }//else }//1h if }//for if(count_check>0){ JComboBox boxJobId= new JComboBox(); for(int j=0; j<jobIdList.size(); j++){ boxJobId.addItem(jobIdList.get(j)); } EventQueue.invokeLater(new Runnable(){ @Override public void run(){ JPanel popPanel= new JPanel(new GridLayout(0,1)); popPanel.add(new JLabel("Choose a Job ID:")); popPanel.add(boxJobId); // int choice = Integer.parseInt((String) boxJobId.getSelectedItem()); int resultButton= JOptionPane.showConfirmDialog(null,popPanel,"popWindow",JOptionPane.OK_CANCEL_OPTION,JOptionPane.PLAIN_MESSAGE); if(resultButton== JOptionPane.OK_OPTION){ editButton1.setVisible(true); cancelButton1.setVisible(false); //submitButton4_1.setVisible(false); count4_1++; if(count4_1>0 ){ panel6.removeAll();//********************O panelR4 einai tou my current job positions CREATEDDDD //textArea.setText(null); } try{ String query = "SELECT * FROM interview WHERE recr_username=? AND job_id=?"; prepstate=connect.prepareStatement(query);// kanei connection kai tsekarei to query prepstate.setString(1, NewJFrame.s);//to s einai metablhth mesa sto newjframe prepstate.setString(2, String.valueOf(id4)); ress=prepstate.executeQuery(); //orizoume to ress result set dld pou epistrefei while(ress.next()){ // h while leitoyrgei san cursor ress metablhth String inter1 = ress.getString("cand_username");//ress einai to result set pou 8eleis na sou emfanisei. to a 8a apo8hkeusei to prwto ths sthlhs tou username String inter2 = ress.getString("recr_username"); String inter3 = ress.getString("job_id"); int inter4 = ress.getInt("inter_id"); String inter5 = ress.getString("inter_date"); Time inter6 = ress.getTime("duration"); String inter7 = ress.getString("comments"); String inter8 = ress.getString("personality"); String inter9 = ress.getString("education"); String inter10 = ress.getString("experience"); InterviewCandField.setText(inter1); //InterviewIdField.setText(inter4);// edw 8a emfanisei sto aspro keno to string pou delw InterviewDateField.setText(inter5); InterviewDurField.setText(String.valueOf(inter6)); InterviewComField.append(inter7);//MEGALWNEI TO MHKOS TOU TEXT OSO 8ELOUME InterviewComField.setText(inter7); InterviewPerField.setText(inter8); InterviewEduField.setText(inter9); InterviewExpField.setText(inter10); InterviewComField.setCaretPosition(InterviewComField.getDocument().getLength()); //BOH8AEI STO MHKOS TOU TEXT } InterviewRecField.setText(NewJFrame.s); InterviewJobIdField.setText(String.valueOf(id4)); panel6.add(initialFieldInterviews(),BorderLayout.NORTH); button1.setVisible(true); button2.setVisible(true); //KOUMPIA GIA TA ALLA MENU************************************ button3.setVisible(true); button4.setVisible(false); button5.setVisible(true); } catch(Exception ex){ JOptionPane.showMessageDialog(null, ex.getMessage()); } CardLayout c4_2 = (CardLayout) (cardsR.getLayout());//get cards c4_2.show(cardsR,PANEL6); } }//IF OK BUTTON POPUP------------------------------------------------------------------------------------------------------------------------------------------------ }); }//telos if check_Count if(count_check==0){ JOptionPane.showMessageDialog(frame, "No Job Id's Availables", "Error", JOptionPane.ERROR_MESSAGE);} button1.setVisible(true); button2.setVisible(true); button3.setVisible(true); button4.setVisible(false); button5.setVisible(true); } }); submitButton4_1.addActionListener(new ActionListener() {///////////////////////////////SUBMIT BUTTON etaireias @Override public void actionPerformed(ActionEvent ae){ editButton4.setVisible(false); submitButton4.setVisible(false); submitButton4_1.setVisible(false); cancelButton4.setVisible(true); editButton4_1.setVisible(false); String cand_user = InterviewCandField.getText(); String recr_user = InterviewRecField.getText(); String jId = InterviewJobIdField.getText(); // String iId =InterviewIdField.getText(); String idate = InterviewDateField.getText(); String idur = InterviewDurField.getText(); String icom = InterviewComField.getText(); String iper = InterviewPerField.getText(); String iedu = InterviewEduField.getText(); String iexp = InterviewExpField.getText(); int check=0; try{ String query = "SELECT IF(EXISTS(SELECT * FROM interview WHERE cand_username=? AND recr_username=? AND job_id=? ),1,0)"; prepstate=connect.prepareStatement(query);// kanei connection kai tsekarei to query prepstate.setString(1, cand_user); prepstate.setString(2,recr_user); prepstate.setString(3,jId); ress=prepstate.executeQuery(); while(ress.next()){ check = ress.getInt(1);} if (check==1){ String query6 = "UPDATE interview SET cand_username=?,recr_username=?,job_id=?,inter_id=inter_id,inter_date=?,duration=?,comments=?,personality=?,education=?,experience=? WHERE job_id=? AND cand_username=?"; prepstate=connect.prepareStatement(query6); prepstate.setString(1,cand_user); prepstate.setString(2, recr_user); prepstate.setString(3,jId); prepstate.setString(4, idate); prepstate.setString(5,idur); prepstate.setString(6,icom); prepstate.setString(7,iper); prepstate.setString(8,iedu); prepstate.setString(9,iexp); prepstate.setString(10,jId); prepstate.setString(11,cand_user); ress1=prepstate.executeUpdate(); } else { String query6 = "Insert INTO interview VALUES(?,?,?,DEFAULT,?,?,?,?,?,?)"; prepstate=connect.prepareStatement(query6); prepstate.setString(1,cand_user); prepstate.setString(2, recr_user); prepstate.setString(3,jId); prepstate.setString(4, idate); prepstate.setString(5,idur); prepstate.setString(6,icom); prepstate.setString(7,iper); prepstate.setString(8,iedu); prepstate.setString(9,iexp); ress1=prepstate.executeUpdate(); }//telos else } catch(Exception ex){ JOptionPane.showMessageDialog(null, ex.getMessage()); } CardLayout c4_2 = (CardLayout) (cardsR.getLayout());//get cards c4_2.show(cardsR,PANELA);//******************************************************************************ti kanei?!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! } }); editButtonSP.addActionListener(new ActionListener() { //*********************************EDIT BUTTON JOB @Override public void actionPerformed(ActionEvent ae){ //*********************************************me bash ta poia boxes einai checked 8a kanei edit mono auta editButton4.setVisible(false); submitButton4.setVisible(false); submitButton4_1.setVisible(false); editButtonSP.setVisible(false); cancelButton4.setVisible(true); editButton4_1.setVisible(false); // panelR4_1.add(initialButtons4()); int find_row=0; int anycheckedSP =0; int j1=0; int j2=1; for(int i=0;i<tableJ.getModel().getRowCount();i++) //κωδικας για να εκτελετειται κατι οταν επιλεγει συγκεκριμενα checkboxes και παταει edit { if ((Boolean) tableJ.getModel().getValueAt(i,0))//αν το εχει επιλεξει check box { anycheckedSP =anycheckedSP +1;} } if (anycheckedSP > 1){ JOptionPane.showMessageDialog(null,//AN EXEI EPILEKSEI ENA BOX BGAZEI MHNYMA "Choose only ONE job,\n" +"in order to see the Interview results", "Error", JOptionPane.ERROR_MESSAGE); } else if(anycheckedSP == 0){//AN DEN EXEI EPILEKSEI KANENA BOX BGAZEI MHNYMA JOptionPane.showMessageDialog(null, "No job selected\n" +"Please choose only ONE job", "Error", JOptionPane.ERROR_MESSAGE); } else{ try{ for(int i=0;i<tableJ.getModel().getRowCount();i++) { if ((Boolean) tableJ.getModel().getValueAt(i,0)) {find_row=i; }} Object jobSP =tableJ.getValueAt(find_row,3); int jSP =Integer.parseInt(String.valueOf(jobSP)); String querySP="{call showResults(?)}"; CallableStatement pst2=connect.prepareCall(querySP); pst2.setInt(1,jSP); //set in parameter ress = pst2.executeQuery(); String querySP2 = "SELECT * FROM results ORDER BY Total_grade DESC"; prepstate=connect.prepareStatement(querySP2); ress2=prepstate.executeQuery(); while(ress2.next()){ String spCa = ress2.getString("Candidate_name"); int spIn = ress2.getInt("Interviews_total"); int spPe = ress2.getInt("Personality_value"); int spEx = ress2.getInt("Education_value"); int spEd = ress2.getInt("Experience_value"); float spTo = ress2.getFloat("Total_grade"); modelSP.addRow(new Object[]{spCa,spIn,spPe,spEx,spEd,spTo,"NO","-"}); //panelSP.add(modelSP);// edw einai kala???????????????????????????????????? xreiazete mhpws allou?? } // panelSP_1.add(new JScrollPane(tableSP)); int rowRej=tableSP.getRowCount(); //int rowRej=1; String[][] rejArray=new String[rowRej][2]; int count=0; //for(int i=0; i<rowRej; i++){ //try{ // ResultSet ress2 = pst1.executeQuery(); // int z=0; String querySP3 = "SELECT * FROM rejected "; prepstate1=connect.prepareStatement(querySP3); //prepstate1.setString(1,String.valueOf(tableSP.getModel().getValueAt(0))); //prepstate1.setString(1,); ress3=prepstate1.executeQuery(); while(ress3.next()){ String rej1 = ress3.getString("cand"); String rej2 = ress3.getString("keimeno"); rejArray[count][j1]=rej1; rejArray[count][j2]=rej2; count++; }//telos while // }//try // catch(Exception ex){ // JOptionPane.showMessageDialog(null, ex.getMessage()); // }//telos iside catch //}//telos for if(count>0){ for(int i=0; i<rowRej; i++){//for pou 8a allazei ton JTableSP for(int j=0; j<tableSP.getModel().getRowCount();j++) { if(rejArray[i][0]!= null){ if (rejArray[i][0].equals((String.valueOf(tableSP.getModel().getValueAt(j,0))))){//ama bre8ei to candidate pou 8eloyme modelSP.setValueAt("Yes",j,6); modelSP.setValueAt(rejArray[i][1],j,7); }//telos eswterikhs for } }//telos for pou psaxnei mesa ston tableSP ta candidate name }//telos for allaghs periexomenou table } // panelSP_1.add(new JScrollPane(tableSP)); if(tableSP.getRowCount()==0){//AN ADEIOS O PINAKAS meta ta insert se auto tote bgale auto JOptionPane.showMessageDialog(frame,//AN EXEI EPILEKSEI ENA BOX BGAZEI MHNYMA "Evaluation has not yet completed,\n" +"please try again", "Error", JOptionPane.ERROR_MESSAGE); } else{ panelSP_1.add(new JScrollPane(tableSP)); } }//telos try catch(Exception ex){ JOptionPane.showMessageDialog(null, ex.getMessage()); } }//telos else CardLayout cSP = (CardLayout) (cardsR.getLayout());//get cards cSP.show(cardsR,PANELSP); button1.setVisible(true); button2.setVisible(true); button3.setVisible(true); button4.setVisible(false); button5.setVisible(true); } }); button5.addActionListener(new ActionListener() { //*********************************EDIT BUTTON JOB @Override public void actionPerformed(ActionEvent ae){ cancelButton5.setVisible(false); editButton5.setVisible(true); submitButton5.setVisible(false); applyButton5.setVisible(false); cancelButton555.setVisible(false); try{ String query12 = "SELECT * FROM job WHERE job.recruiter IN(SELECT username FROM recruiter WHERE firm IN (SELECT firm FROM recruiter WHERE username=?))"; prepstate=connect.prepareStatement(query12); prepstate.setString(1, NewJFrame.s); ress=prepstate.executeQuery(); while(ress.next()){ int id8 = ress.getInt("id"); Date sD8 = ress.getDate("start_date"); Float money8 = ress.getFloat("salary"); String pos8 = ress.getString("position"); String loc8 = ress.getString("edra"); String rec8 = ress.getString("recruiter"); Timestamp timestamp8 = ress.getTimestamp("announce_date"); if (timestamp8 != null){ date = new java.util.Date(timestamp8.getTime());} Date subDate8 = ress.getDate("submission_date"); modelJ5.addRow(new Object[]{id8,sD8,money8,pos8,loc8,rec8,timestamp8,subDate8}); } panel800.add(new JScrollPane(tableJ5)); //panel900.add(new JScrollPane(tableJ5_edit));//den xreiazetai edw } catch(Exception ex){ JOptionPane.showMessageDialog(null, ex.getMessage()); } CardLayout c500 = (CardLayout) (cardsR.getLayout());//get cards c500.show(cardsR,PANEL5); button1.setVisible(true); button2.setVisible(true); button3.setVisible(true); button4.setVisible(true); button5.setVisible(false); } }); editButton5.addActionListener(new ActionListener() { //*********************************EDIT BUTTON JOB @Override public void actionPerformed(ActionEvent ae){ for(int i=0;i<tableJ5.getModel().getRowCount();i++)//****************dhmiourgia periexomenou neou pinaka { if(String.valueOf(tableJ5.getValueAt(i,5)).equals(NewJFrame.s)) { Object[] row5 = {new Boolean(false),tableJ5.getValueAt(i,0), tableJ5.getValueAt(i,1), tableJ5.getValueAt(i,2), tableJ5.getValueAt(i,3), tableJ5.getValueAt(i,4), tableJ5.getValueAt(i,5),tableJ5.getValueAt(i,6),tableJ5.getValueAt(i,7),tableJ5.getValueAt(i,5)}; //αναθεση τιμων σε σειρα modelJ5_edit.addRow(row5);}//telos if }//telos for cancelButton5.setVisible(true); editButton5.setVisible(false); submitButton5.setVisible(true); applyButton5.setVisible(true); cancelButton555.setVisible(false); TableColumn tabc = tableJ5_edit.getColumnModel().getColumn(0);//******************************************************ti kanei edw tabc.setCellEditor(tableJ5_edit.getDefaultEditor(Boolean.class)); tabc.setCellRenderer(tableJ5_edit.getDefaultRenderer(Boolean.class)); panelR900.add(new JScrollPane(tableJ5_edit)); class MyItemListener implements ItemListener { public void itemStateChanged(ItemEvent e) { Object source = e.getSource(); if (source instanceof AbstractButton == false) return; boolean checked = e.getStateChange() == ItemEvent.SELECTED; for(int x = 0, y = tableJ5_edit.getRowCount(); x < y; x++) { tableJ5_edit.setValueAt(new Boolean(checked),x,0); } } } CardLayout c900 = (CardLayout) (cardsR.getLayout());//get cards***************emfanish pinaka me my jobs c900.show(cardsR,PANEL7); } }); applyButton5.addActionListener(new ActionListener() { //*********************************EDIT BUTTON JOB @Override public void actionPerformed(ActionEvent ae){ int anychecked5 =0; cancelButton555.setVisible(true); cancelButton5.setVisible(true); editButton5.setVisible(false); submitButton5.setVisible(true); applyButton5.setVisible(false); modelJ5.setRowCount(0); for(int i=0;i<tableJ5_edit.getModel().getRowCount();i++) //κωδικας για να εκτελετειται κατι οταν επιλεγει συγκεκριμενα checkboxes και παταει edit { if ((Boolean) tableJ5_edit.getModel().getValueAt(i,0)){ //αν το εχει επιλεξει check box anychecked5 =anychecked5 +1;} } if (anychecked5 == 0){ JOptionPane.showMessageDialog(frame,//AN DEN EXEI EPILEKSEI KANENA BOX BGAZEI MHNYMA "Choose any job/s to edit", "Error", JOptionPane.ERROR_MESSAGE); } else{ int numrows =tableJ5_edit.getModel().getRowCount(); for(int i=0;i<numrows;i++) {if ((Boolean) tableJ5_edit.getModel().getValueAt(i,0)) { //modelJ5_edit.removeRow(i); Object[] row6 = {tableJ5_edit.getValueAt(i,1), tableJ5_edit.getValueAt(i,2), tableJ5_edit.getValueAt(i,3), tableJ5_edit.getValueAt(i,4), tableJ5_edit.getValueAt(i,5),tableJ5_edit.getValueAt(i,6),tableJ5_edit.getValueAt(i,7),tableJ5_edit.getValueAt(i,8)}; //αναθεση τιμων σε σειρα modelJ5.addRow(row6); }} //tableJ5_edit.removeColumn( tableJ5_edit.getColumnModel().getColumn(0) ); panelR1000.add(new JScrollPane(tableJ5)); CardLayout c56 = (CardLayout) (cardsR.getLayout());//get cards c56.show(cardsR,PANEL8); } } }); cancelButton555.addActionListener(new ActionListener() { //*************************************CANCEL BUTTON @Override public void actionPerformed(ActionEvent ae){ CardLayout c56 = (CardLayout) (cardsR.getLayout());//get cards c56.show(cardsR,PANELA); } }); submitButton5.addActionListener(new ActionListener() { @Override public void actionPerformed(ActionEvent ae){ cancelButton555.setVisible(false); cancelButton5.setVisible(false); editButton5.setVisible(false); submitButton5.setVisible(false); applyButton5.setVisible(false); Object id85=null; Object startD85=null; Object money85=null; Object pos85=null; Object loc85=null; Object rec85=null; Object aD85=null; Object sD85=null; for(int i=0;i<tableJ5.getModel().getRowCount();i++){ id85=tableJ5.getValueAt(i,0); startD85=tableJ5.getValueAt(i,1); money85=tableJ5.getValueAt(i,2); pos85=tableJ5.getValueAt(i,3); loc85=tableJ5.getValueAt(i,4); rec85=tableJ5.getValueAt(i,5); aD85=tableJ5.getValueAt(i,6); sD85=tableJ5.getValueAt(i,7); try{ String query = "UPDATE job SET id=?,start_date=?,salary=?,position=?,edra=?,recruiter=?,announce_date=?,submission_date=? WHERE job.id=? "; prepstate=connect.prepareStatement(query); prepstate.setString(1,String.valueOf(id85)); prepstate.setString(2, String.valueOf(startD85)); prepstate.setString(3,String.valueOf(money85)); prepstate.setString(4,String.valueOf(pos85)); prepstate.setString(5,String.valueOf(loc85)); prepstate.setString(6,String.valueOf(rec85)); prepstate.setString(7,String.valueOf(aD85)); prepstate.setString(8,String.valueOf(sD85)); prepstate.setString(9,String.valueOf(id85)); ress1=prepstate.executeUpdate(); } catch(Exception ex){ JOptionPane.showMessageDialog(null, ex.getMessage()); } CardLayout c1 = (CardLayout) (cardsR.getLayout());//get cards c1.show(cardsR,PANELA); } } }); cancelButton5.addActionListener(new ActionListener() { //*************************************CANCEL BUTTON @Override public void actionPerformed(ActionEvent ae){ CardLayout c57 = (CardLayout) (cardsR.getLayout());//get cards c57.show(cardsR,PANELA); } }); JPanel buttonPanelR = new JPanel(); buttonPanelR.add(button1); buttonPanelR.add(button2); buttonPanelR.add(button3); buttonPanelR.add(button4); buttonPanelR.add(button5); frame.add(cardsR); frame.add(buttonPanelR, BorderLayout.NORTH); frame.pack(); frame.setVisible(true); } } //************************************************************************************************************************************TO DO******************************************************** //JScrollPane sp = new JScrollPane(tableJ); class CheckBoxHeader1 extends JCheckBox implements TableCellRenderer, MouseListener { protected CheckBoxHeader1 rendererComponent; protected int column; protected boolean mousePressed = false; public CheckBoxHeader1(ItemListener itemListener) { rendererComponent = this; rendererComponent.addItemListener(itemListener); } public Component getTableCellRendererComponent( JTable tableJ, Object value, boolean isSelected, boolean hasFocus, int row, int column) { if (tableJ != null) { JTableHeader header = tableJ.getTableHeader(); if (header != null) { rendererComponent.setForeground(header.getForeground()); rendererComponent.setBackground(header.getBackground()); rendererComponent.setFont(header.getFont()); header.addMouseListener(rendererComponent); } } setColumn(column); rendererComponent.setText("Check All"); setBorder(UIManager.getBorder("TableHeader.cellBorder")); return rendererComponent; } protected void setColumn(int column) { this.column = column; } public int getColumn() { return column; } protected void handleClickEvent(MouseEvent e) { if (mousePressed) { mousePressed=false; JTableHeader header = (JTableHeader)(e.getSource()); JTable tableView = header.getTable(); TableColumnModel columnModel = tableView.getColumnModel(); int viewColumn = columnModel.getColumnIndexAtX(e.getX()); int column = tableView.convertColumnIndexToModel(viewColumn); if (viewColumn == this.column && e.getClickCount() == 1 && column != -1) { doClick(); } } } public void mouseClicked(MouseEvent e) { handleClickEvent(e); ((JTableHeader)e.getSource()).repaint(); } public void mousePressed(MouseEvent e) { mousePressed = true; } public void mouseReleased(MouseEvent e) { } public void mouseEntered(MouseEvent e) { } public void mouseExited(MouseEvent e) { } } /* * @author Ρωμανός */

rkapsalis/CEID-projects

Database Lab/src/javaapplication1/recruiterGUI.java

359

package gr.aueb.dmst.T21; import java.util.InputMismatchException; import java.util.Scanner; public class App { protected static String[] partsName = new String[253]; // Ορισμός του πίνακα που περιέχει όλα τα μέλη (ανταλλακτικά ενός αυτοκινήτου που έχουν μοναδικό κωδικό) protected static String brand; // Ορισμός της μεταβλητής που περιέχει την μάρκα του αυτοκινήτου protected static int productionYear; // Ορισμός της μεταβλητής που περιέχει την χρονολογία πααραγωγής του αυτοκινήτου protected static String model; // Ορισμός της μεταβλητής που περιέχει το μοντέλο του αυτοκινήτου public App() { //Ορισμός του κατασκευαστή της κλάσης ο οποίος γεμίζει τον πίνακα με της ονομασίες των μελών του αυτοκινήτου brand = ""; productionYear = 0; model = ""; partsName[0] = "1.1 UPPER CONTROL ARM"; partsName[1] = "1.2 UPPER BALL JOINT"; partsName[2] = "1.3 COIL SPRING"; partsName[3] = "1.4 SNOCK ABSORBER"; partsName[4] = "1.5 LOWER BALL JOINT"; partsName[5] = "1.6 LOWER CONTROL ARM"; partsName[6] = "1.7 CONTROL ARM BUSHINGS"; partsName[7] = "1.8 STABILIZER LINK"; partsName[8] = "1.9 IDLER ARM"; partsName[9] = "1.10 INNER TIE-ROD END"; partsName[10] = "1.11 CENTER LINK"; partsName[11] = "1.12 PITMAN ARM"; partsName[12] = "1.13 ADJUSTING SLEEVE"; partsName[13] = "1.14 OUTER TIE-ROD END"; partsName[14] = "1.15 STEERING KNUCKLE"; partsName[15] = "1.16 POWER STEERING PUMP"; partsName[16] = "1.17 POWER STEERING GEARBOX"; partsName[17] = "1.18 ANTI-SWAY BAR"; partsName[18] = "1.19 BALL JOINT"; partsName[19] = "1.20 UPPER MOUNTING PLATE-BEARING"; partsName[20] = "1.21 MACPHERSON STRUT"; partsName[21] = "1.22 BELLOWS"; partsName[22] = "1.23 RACK-PINION UNIT"; partsName[23] = "1.24 RACK-PINION BUSHINGS"; partsName[24] = "1.25 INNER SCOKET ASSEMBLY"; partsName[25] = "1.26 WHEEL HUB"; partsName[26] = "1.27 WHEEL BEARING"; partsName[27] = "1.28 POWER STEERING"; partsName[28] = "2.1 SPIGOT BEARING"; partsName[29] = "2.2 RETAINING SPRING WITH PREFORMED FINGERS"; partsName[30] = "2.3 RELEAS RING"; partsName[31] = "2.4 RETAINING SPRING"; partsName[32] = "2.5 BALL PIN FOR CLUCH FORK"; partsName[33] = "2.6 FLYWHEEL"; partsName[34] = "2.7 DRIVE DISC"; partsName[35] = "2.8 PRESSURE PLATE"; partsName[36] = "2.9 INNER FULCRUM RING"; partsName[37] = "2.10 OUTER FULCRUM RING"; partsName[38] = "2.11 CLUTCH COVER"; partsName[39] = "2.12 RELEASE FORK"; partsName[40] = "2.13 RETURN SPRING OF RELEASE FORK"; partsName[41] = "2.14 RELEASE BEARING"; partsName[42] = "2.15 DIAPHRAGM SPRING"; partsName[43] = "2.16 PILOT BUSHING"; partsName[44] = "2.17 BELLHOUSING"; partsName[45] = "3.1 FUEL PUMP"; partsName[46] = "3.2 CYLINDER HEAD COVER"; partsName[47] = "3.3 GASKET"; partsName[48] = "3.4 THERMOSTAT COVER AND GASKET"; partsName[49] = "3.5 THERMOSTAT"; partsName[50] = "3.6 HEAT GAUGE UNIT"; partsName[51] = "3.7 BRACKET"; partsName[52] = "3.8 ROCKER ARM AND SHAFT ASSEMBLE"; partsName[53] = "3.9 ROCKER ARM"; partsName[54] = "3.10 ROCKER ARM SPRING"; partsName[55] = "3.11 HYDRAULIC LASH ADJUSTSTER"; partsName[56] = "3.12 CAMSHAFT PULLEY"; partsName[57] = "3.13 THRUST PLATE"; partsName[58] = "3.14 CAMSHAFT"; partsName[59] = "3.15 CYLINDER HEAD BOLTS"; partsName[60] = "3.16 CYLINDER HEAD"; partsName[61] = "3.17 CYLINDER HEAD GASKET"; partsName[62] = "3.18 VALVE SPRING"; partsName[63] = "3.19 VALVE KEEPER"; partsName[64] = "3.20 VALVE SPRING SEAT UPPER"; partsName[65] = "3.21 VALVE SPRING SEAT LOWER"; partsName[66] = "3.22 VALVE"; partsName[67] = "3.23 VALVE SEAL"; partsName[68] = "3.24 VALVE GUIDE ***"; partsName[69] = "3.25 CAMSHAFT OIL SEAL"; partsName[70] = "3.26 FUEL PRESSURE REGULATOR"; partsName[71] = "3.27 RADIATOR"; partsName[72] = "3.28 SORT BLOCK"; partsName[73] = "3.29 PISTON RING(NO.1 COMPRESSION)"; partsName[74] = "3.30 PISTON RING (NO.2 COMPRESSION)"; partsName[75] = "3.31 PISTON RING(SIDE RAIL AND EXPANDER)***"; partsName[76] = "3.32 SNAP RING"; partsName[77] = "3.33 PISTON PIN"; partsName[78] = "3.34 CONNECTING ROD BUSHING"; partsName[79] = "3.35 CONNECTING ROD"; partsName[80] = "3.36 CONNECTING ROD BEARING"; partsName[81] = "3.37 CONNECTING ROD CAP"; partsName[82] = "3.38 ENGINE COOLANT DRAIN PLUG"; partsName[83] = "3.39 WATER BYPASS HOSE"; partsName[84] = "3.40 WATER PUMP"; partsName[85] = "3.41 O RING"; partsName[86] = "3.42 OIL PUMP"; partsName[87] = "3.43 OIL SEAL"; partsName[88] = "3.44 REAR OIL SEAL RATAINER"; partsName[89] = "3.45 KNOCK SENSOR 1"; partsName[90] = "3.46 KNOCK SENSOR 2"; partsName[91] = "3.47 FUEL PIPE SUPPORT"; partsName[92] = "3.48 UNION NUT"; partsName[93] = "3.49 OIL PRESSURE SWICH"; partsName[94] = "3.50 GENERATOR"; partsName[95] = "3.51 IDLER PULLER"; partsName[96] = "3.52 CRANKSHAFT OIL SEAL"; partsName[97] = "3.53 CRANKSHAFT"; partsName[98] = "3.54 CRANKSHAFT THRUST WASHER"; partsName[99] = "3.55 MAIN BEARING"; partsName[100] = "3.56 MAIN BEARING CAP"; partsName[101] = "3.57 LH MOUNTING BRACKET AND INSULATOR ASSEMBLY"; partsName[102] = "3.58 OIL FILTER AND BRACKET ASSEMBLY"; partsName[103] = "3.59 COIL"; partsName[104] = "3.60 TENSIONING RAIL"; partsName[105] = "3.61 BALANCE SHAFT CHAIN TENIONING"; partsName[106] = "3.62 COLLAR BOLT TENSIONING RAIL"; partsName[107] = "3.63 CHAIN SPROCKET OIL PUMP"; partsName[108] = "3.64 TENSIONING RAIL OIL PUMP"; partsName[109] = "3.65 IDLER"; partsName[110] = "3.66 CAMSHAFT PULLEY"; partsName[111] = "3.67 CRANKSHAFT PULLEY"; partsName[112] = "4.1 FLANGE YOKE"; partsName[113] = "4.2 U-JOINT BEARING PLATE STYLE"; partsName[114] = "4.3 SLIP YOKE BP STYLE"; partsName[115] = "4.4 TUBE "; partsName[116] = "4.5 TUBE YOKE"; partsName[117] = "4.6 END YOKE "; partsName[118] = "4.7 MIDSHIP SHAFT"; partsName[119] = "4.8 CENTER BEARING "; partsName[120] = "4.9 U-JOINT"; partsName[121] = "4.10 DIFFERENTIAL"; partsName[122] = "4.11 AXLE"; partsName[123] = "4.12 CARRIER"; partsName[124] = "4.13 RING GEAR "; partsName[125] = "4.14 AXLE SHAFT SIDE GEAR"; partsName[126] = "4.15 AXLE SHAFT "; partsName[127] = "4.16 AXLE HOUSING "; partsName[128] = "4.17 PINION GEAR"; partsName[129] = "4.18 PINION SHAFT"; partsName[130] = "4.19 FUEL INJECTOR"; partsName[131] = "4.20 OIL PAN"; partsName[132] = "4.21 OIL PAN BAFFLE PLATE"; partsName[133] = "4.22 OIL STRAINER "; partsName[134] = "4.23 OIL PAN "; partsName[135] = "4.24 DRAIN PLUG"; partsName[136] = "4.25 SPARK PLUG "; partsName[137] = "4.26 EXHAUST MANIFOLD"; partsName[138] = "4.27 PRESSURE RELIEF VALUE"; partsName[139] = "4.28 INTAKE MANIFOLD"; partsName[140] = "4.29 INTATE MANIFOLD GASKET"; partsName[141] = "4.30 EXHAUST MANIFOLD GASKET"; partsName[142] = "4.31 RUBBER GROMMETS"; partsName[143] = "4.32 MAIN SEAL"; partsName[144] = "4.33 CAMSHAFT FRONT OIL SEALS"; partsName[145] = "4.34 CYLINDER HEAD GASKET"; partsName[146] = "4.35 CRANK GEAR IOL SEAL"; partsName[147] = "4.36 OIL PAN GASKET"; partsName[148] = "4.37 FRONT CRANK OIL SEAL"; partsName[149] = "4.38 WATER PUMP GASKET "; partsName[150] = "4.39 TIMING BELT DRIVE PULLEY"; partsName[151] = "4.40 DISTRIBUTOR O-RING"; partsName[152] = "4.41 CAMS"; partsName[153] = "4.42 TIMING BELT"; partsName[154] = "4.43 TIMING CHAIN"; partsName[155] = "4.44 SLIDE RAIL TIMING GEAR"; partsName[156] = "4.45 CHAIN SPROCKET EXHAUST CAMSHAFT"; partsName[157] = "4.46 COLLAR BOLT TENSIONING RAILS "; partsName[158] = "4.47 TENSIONING RAIL TIMING GEAR "; partsName[159] = "4.48 CHAIN SPROCKET INA INTAKE CAMSHAFT ADJUSTER"; partsName[160] = "4.49 GUIDE RAIL TIMING GEAR "; partsName[161] = "4.50 HYDRAULIC TENSIONER CAMSHAFT CHAIN DRIVE"; partsName[162] = "4.51 FUEL PUMP ASSEMBLE"; partsName[163] = "4.52 UNIVERSAL JOINT "; partsName[164] = "4.53 DIFFERENTIAL SIDE GEAR"; partsName[165] = "4.54 SIDE GEAR"; partsName[166] = "4.55 DIFFERENTIAL CASE"; partsName[167] = "4.56 BEARING CAP"; partsName[168] = "4.57 AXLE HOUSING "; partsName[169] = "4.58 PINION GEAR"; partsName[170] = "4.59 RING GEAR "; partsName[171] = "4.60 TRANSMISSION"; partsName[172] = "5.1 PRIMARY RETURN SPRING"; partsName[173] = "5.2 PRIMARY SHOE"; partsName[174] = "5.3 SHOE HOLD-DOWN"; partsName[175] = "5.4 PARKING BRAKE CABLE"; partsName[176] = "5.5 ADJUSTER LEVER SPRING"; partsName[177] = "5.6 BACKING PLATE "; partsName[178] = "5.7 SECONDARY SHOE RETURN SERING"; partsName[179] = "5.8 WHEEL CYLINDER ASSEMBLY"; partsName[180] = "5.9 GEBLE GUIDE"; partsName[181] = "5.10 PARKING BRAKE STRUT"; partsName[182] = "5.11 PARKING BRAKE LEVER"; partsName[183] = "5.12 ADJUSTING CABLE"; partsName[184] = "5.13 SECONDARY SHOE"; partsName[185] = "5.14 ADJUSTING LEVER"; partsName[186] = "5.15 ADJUSTING ASSEMBLY"; partsName[187] = "5.16 BLEEDER SCREW"; partsName[188] = "5.17 CALIPER"; partsName[189] = "5.18 DUST BOOT"; partsName[190] = "5.19 PISTON "; partsName[191] = "5.20 BRAKEPADS"; partsName[192] = "5.21 ANTI-RATTLE CLIPS"; partsName[193] = "5.22 ROTOR"; partsName[194] = "5.23 PISTON RING"; partsName[195] = "5.24 LOCK PIN"; partsName[196] = "5.25 PAD CLIP"; partsName[197] = "5.26 SHIM"; partsName[198] = "5.27 PIN BOOTS"; partsName[199] = "5.28 GUIDEPIN"; partsName[200] = "5.29 CYLINDER BODY"; partsName[201] = "5.30 BLEEDER CAP"; partsName[202] = "5.31 MOUNTING BRACKET"; partsName[203] = "6.1 THERMOSTAT"; partsName[204] = "6.2 RESERVOIR TANK"; partsName[205] = "6.3 FUEL TANK "; partsName[206] = "6.4 FUEL TANK PRESSURE SENSOR"; partsName[207] = "6.5 OXYGEN SENSOR "; partsName[208] = "6.6 AIR INJECTION CHECK VALVE"; partsName[209] = "6.7 EGR VALVE"; partsName[210] = "6.8 PURGE"; partsName[211] = "6.9 FUEL FILTER"; partsName[212] = "6.10 FUEL TANK VENT "; partsName[213] = "6.11 FUEL ISOLATION VALVE"; partsName[214] = "6.12 HIGH PRESSURE PUMP"; partsName[215] = "6.13 FUEL RAIL"; partsName[216] = "6.14 FUEL GAUGE"; partsName[217] = "6.15 HEATER"; partsName[218] = "6.16 HEATER BLOWER FAN "; partsName[219] = "6.17 DRAIN TAP"; partsName[220] = "6.18 COOLANT TEMPERATURE SENSOR"; partsName[221] = "6.19 HEATER CONTROL VALVE"; partsName[222] = "6.20 BLOWER MOTOR "; partsName[223] = "6.21 OVERFLOW RECOVERY TANK HOSE"; partsName[224] = "6.22 COOLANT RESERVOIR"; partsName[225] = "6.23 THROTTLE BODY"; partsName[226] = "6.24 COOLANT FAN "; partsName[227] = "6.25 RADIATOR SHROUD - FAN SHROUD"; partsName[228] = "6.26 FUEL ACCUMULATOR"; partsName[229] = "6.27 MAF SENSOR"; partsName[230] = "6.28 MAP SENSOR"; partsName[231] = "6.29 IAT SENSOR"; partsName[232] = "6.30 O2 SENSOR"; partsName[233] = "6.31 NOX SENSOR"; partsName[234] = "6.32 EGT SENSOR"; partsName[235] = "6.33 EGR SENSOR "; partsName[236] = "6.34 DISTRIBUTOR"; partsName[237] = "6.35 BATTERY"; partsName[238] = "6.36 WARM-UP REGULATOR"; partsName[239] = "6.37 CHOKE VALVE"; partsName[240] = "6.38 OIL CATCH CAN"; partsName[241] = "6.39 DOWNPIPE"; partsName[242] = "6.40 IAC VALVE"; partsName[243] = "6.41 VSV FOR ACIS"; partsName[244] = "6.42 IGNITER"; partsName[245] = "6.43 ENGINE NOUNT"; partsName[246] = "6.44 CIRCUIT"; partsName[247] = "6.45 CLUTCH CYLINDER"; partsName[248] = "6.46 BLOW OFF VLAVE"; partsName[249] = "6.47 INTERCOOLER"; partsName[250] = "6.48 TURBO"; partsName[251] = "6.49 OIL RETURN GASKET"; partsName[252] = "6.50 BOOST SOLENOID VALVE"; } public String model() throws InputMismatchException { new App(); // Φτιάχνω ένα αντικείμενο της κλάσης App ώστε να αποδοθούν οι τιμές που πρέπει στον πίνακα partsName int key1 = 0; // Ορίζω το key1 στο οποίο θα αποθηκευτεί η πρώτη επιλογή του χρήστη Scanner input = new Scanner(System.in); // Δημιουργώ ένα αντικείμενο της κλάσης Scanner ώστε να διαβάσω τα δεδομένα που ζητάω από το χρήστη System.out.println("Please enter the motor vehicle's Brand, model and year of production"); System.out.printf("Brand:"); // Ζητάω να μου δώσει τη μάρκα του αυτοκινήτου για το οποίο ενδιαφέρεται int c = 0; // Αρχηκοποιώ μία μεταβλητή που θα χρησιμοποιήσω για να ελέγξω αν συνέβει κάποιο exception do { // Χρησιμοποιώ μία do-while ώστε να απαιτείται από το χρήστη να ξαναδώσει την τιμή που του ζητήθηκε αν αυτή που έδωσε προηγουμένως ήταν μη επιτρεπόμενη ή προκάλεσε καποιο exception if (c == 1) { // ελέγχω αν έχει συμβεί κάποιο exception και αν ναι μηδενίζω ξανά την τιμή του c c = 0; } try { // χρησιμοποιώ το σχήμα try-catch ώστε να διαχειριστώ το InputMismatchException που μπορεί να προκύψει brand = input.nextLine(); } catch (InputMismatchException e) { System.out.printf("ERROR: Inappropriate argument passed into the system, please enter a valid argument."); input.nextLine(); // Στο σημείο αυτό το πρόγραμμα οδηγούσε σε ατέρμων βρόγχο και τύπωνε επ άπειρο το παραπάνω μήνυμα στην οθόνη c = 1; // Εάν συνέβει πράγματι η εξαίρεση τότε αποδίδω την τιμή 1 στην μεταβλητή c } } while(c == 1); // Εάν η τιμή της c είναι ίση με 1 τότε αυτό σημαίνει ότι έχει συμβεί εξαίρεση η οποία έχει προηγηθεί και πρέπει ο χρήστης να ξαναδώσει την τιμή που του ζητήθηκε System.out.printf("\nModel:"); // Το ίδιο ακριβώς μοντέλο χρησιμοποιήθηκε και στην απόδοση τιμής στην μεταβλητή model do { if (c == 1) { c = 0; } try { model = input.nextLine(); } catch (InputMismatchException e) { System.out.printf("ERROR: Inappropriate argument passed into the system, please enter a valid argument."); input.nextLine(); c = 1; } } while(c == 1); System.out.printf("\nYear of production:"); // Το ίδιο ακριβώς μοντέλο χρησιμοποιήθηκε και στην απόδοση τιμής στην μεταβλητή productionYear do { if (c == 1) { c = 0; } try { productionYear = input.nextInt(); } catch (InputMismatchException e) { System.out.printf("ERROR: Inappropriate argument passed into the system, please enter a valid argument."); input.nextLine(); c = 1; } if (productionYear < 1886) { // Η μόνη διαφορά είναι ότι έχω προσθέσει έναν επιπλέον έλεγχο ώστε να συγουρευτώ ότι το έτος παραγωγής είναι μία τιμή c = 1; // μεγαλύτερη από το έτος παραγωγής του πρώτου αυτοκινήτου που φτιάχτηκε ποτέ } } while(c == 1); System.out.printf("\n"); System.out.printf("Please enter \"1\" or \"2\" to choose an option:\n1) MAIN MENU\n2) SEARCH BAR\n"); // Δίνω την επιλογή στο χρήστη να επιλέξει αν θέλει να βρεί το κομμάτι do { c = 0; // που τον ενδιαφέρει μέσω αναζήτησης η από το προσχεδιασμένο μενού επιλογών try { key1 = input.nextInt(); // Διαβάζω την επιλογή του χρήστη } catch (InputMismatchException e) { // Ελέγχω αν ο χρήστης έδωσε κάποια μεταβλητή διαφορετικού τύπου από integer System.out.printf("ERROR: Inappropriate argument passed into the system\nplease enter one " + "of the accepted values as following:\n \"1\" or\"2\"\n"); input.nextLine(); c = 1; } if (key1 != 1 && key1 != 2) { // Ελέγχω αν ο χρήστης έδωσε αποδεκτή τιμή System.out.printf("Please enter one of the accepted values ass following:\n \"1\" or\"2\"\n"); c = 1; } } while (c == 1); // Επαναλαμβάνω την διαδικασία μέχρι ο χρήστης να δώσει μία αποδεκτή τιμή String key3; // Oρισμός της μεταβλητής key3 στην οποία αποθηκεύεται η 3η επιλογή του χρήστη εάν χριαστεί Scanner k = new Scanner(System.in); if (key1 == 1) { // Εάν επέλεξε την πρώτη επιλογή του εμφανίζει το πρώτο μενού int key2 = 0; // Ορίζω την μεταβλητή στην οποία θα αποθηκευτεί η 2η επιλογή του χρήστη System.out.printf("Please enter \"1\", \"2\", \"3\", \"4\", \"5\" or \"6\" to select a category:\n" + "1) STEERING PARTS\n2) CLUTCH PARTS\n3) ENGINE PARTS\n4) PROPELLER SHAFT\n5) BRAKE PARTS\n6) EXTRA\n"); // Εμφανίζω τις κατηγορίες στις οποίες χωρίζονται τα ανταλλακτικά do { // Ελέγχω με αντίστοιχο τρόπο όπως και παραπάνω ότι ο χρήστης έδωσε αποδεκτή τιμή try { // και δε προκλήθηκε κάποιο exception και αν συνέβησε κάτι τέτοιο ξαναζητάω από το χρήστη να μου δώσει μία αποδεκτή τιμή key2 = input.nextInt(); } catch (InputMismatchException e) { System.out.printf("ERROR: Inappropriate argument passed into the system\nplease enter one " + "of the accepted values as following:\n \"1\", \"2\", \"3\", \"4\", \"5\" or \"6\"\n"); input.nextLine(); } if (key2 < 1 && key2 > 6) { System.out.println("Please enter one of the accepted values ass following:\n" + "\"1\", \"2\", \"3\", \"4\", \"5\", \"6\""); } } while (key2 < 1 || key2 > 6); System.out.println("Please enter the number of the part you want to select."); Scanner q = new Scanner(System.in); // Δημιουργώ ένα αντικείμενο της Scanner ώστε να διαβάσω την τρίτη επιλογή του χρήστη if (key2 == 1) { System.out.println("1.1 UPPER CONTROL ARM\n1.2 UPPER BALL JOINT\n1.3 COIL SPRING\n" + // Εμφανίζω τις επιλογές ανταλλακτικών-μελών που αφορούν την 1η κατηγορία "1.4 SNOCK ABSORBER\n1.5 LOWER BALL JOINT\n1.6 LOWER CONTROL ARM\n" + "1.7 CONTROL ARM BUSHINGS\n1.8 STABILIZER LINK\n1.9 IDLER ARM\n" + "1.10 INNER TIE-ROD END\n1.11 CENTER LINK\n1.12 PITMAN ARM\n" + "1.13 ADJUSTING SLEEVE\n1.14 OUTER TIE-ROD END\n1.15 STEERING KNUCKLE\n" + "1.16 POWER STEERING PUMP\n1.17 POWER STEERING GEARBOX\n" + "1.18 ANTI-SWAY BAR\n1.19 BALL JOINT\n1.20 UPPER MOUNTING PLATE-BEARING\n" + "1.21 MACPHERSON STRUT\n1.22 BELLOWS\n1.23 RACK-PINION UNIT\n1.24 RACK-PINION BUSHINGS\n" + "1.25 INNER SCOKET ASSEMBLY\n1.26 WHEEL HUB\n1.27 WHEEL BEARING\n1.28 POWER STEERING"); }else if (key2 == 2) { System.out.println("2.1 SPIGOT BEARING\n2.2 RETAINING SPRING WITH PREFORMED FINGERS\n" + // Εμφανίζω τις επιλογές ανταλλακτικών-μελών που αφορούν την 2η κατηγορία "2.3 RELEAS RING\n2.4 RETAINING SPRING\n2.5 BALL PIN FOR CLUCH FORK\n2.6 FLYWHEEL\n" + "2.7 DRIVE DISC\n2.8 PRESSURE PLATE\n2.9 INNER FULCRUM RING\n2.10 OUTER FULCRUM RING" + "2.11 CLUTCH COVER\n2.12 RELEASE FORK\n2.13 RETURN SPRING OF RELEASE FORK\n2.14 RELEASE BEARING" + "2.15 DIAPHRAGM SPRING\n2.16 PILOT BUSHING\n2.17 BELLHOUSING"); }else if (key2 == 3) { System.out.println("3.1 FUEL PUMP\n3.2 CYLINDER HEAD COVER\n3.3 GASKET\n" + // // Εμφανίζω τις επιλογές ανταλλακτικών-μελών που αφορούν την 3η κατηγορία "3.4 THERMOSTAT COVER AND GASKET\n3.5 THERMOSTAT\n 3.6 HEAT GAUGE UNIT\n" + "3.7 BRACKET\n3.8 ROCKER ARM AND SHAFT ASSEMBLE\n3.9 ROCKER ARM\n" + "3.10 ROCKER ARM SPRING\n3.11 HYDRAULIC LASH ADJUSTSTER\n3.12 CAMSHAFT PULLEY\n" + "3.13 THRUST PLATE\n3.14 CAMSHAFT\n3.15 CYLINDER HEAD BOLTS\n3.16 CYLINDER HEAD\n" + "3.17 CYLINDER HEAD GASKET\n3.18 VALVE SPRING\n3.19 VALVE KEEPER\n3.20 VALVE SPRING SEAT UPPER\n" + "3.21 VALVE SPRING SEAT LOWER\n3.22 VALVE\n3.23 VALVE SEAL\n3.24 VALVE GUIDE ***\n3.25 CAMSHAFT OIL SEAL\n" + "3.26 FUEL PRESSURE REGULATOR\n3.27 RADIATOR\n3.28 SORT BLOCK\n3.29 PISTON RING(NO.1 COMPRESSION)\n3.30 PISTON RING (NO.2 COMPRESSION)\n" + "3.31 PISTON RING(SIDE RAIL AND EXPANDER)***\n3.32 SNAP RING\n3.33 PISTON PIN\n3.34 CONNECTING ROD BUSHING\n3.35 CONNECTING ROD\n" + "3.36 CONNECTING ROD BEARING\n3.37 CONNECTING ROD CAP\n3.38 ENGINE COOLANT DRAIN PLUG\n3.39 WATER BYPASS HOSE\n3.40 WATER PUMP\n" + "3.41 O RING\n3.42 OIL PUMP\n3.43 OIL SEAL\n3.44 REAR OIL SEAL RATAINER\n3.45 KNOCK SENSOR 1\n3.46 KNOCK SENSOR 2\n3.47 FUEL PIPE SUPPORT\n" + "3.48 UNION NUT\n3.49 OIL PRESSURE SWICH\n3.50 GENERATOR\n3.51 IDLER PULLER\n3.52 CRANKSHAFT OIL SEAL\n3.53 CRANKSHAFT\n3.54 CRANKSHAFT THRUST WASHER\n" + "3.55 MAIN BEARING\n3.56 MAIN BEARING CAP\n3.57 LH MOUNTING BRACKET AND INSULATOR ASSEMBLY\n3.58 OIL FILTER AND BRACKET ASSEMBLY\n3.59 COIL\n" + "3.60 TENSIONING RAIL\n3.61 BALANCE SHAFT CHAIN TENIONING\n3.62 COLLAR BOLT TENSIONING RAIL\n3.63 CHAIN SPROCKET OIL PUMP\n3.64 TENSIONING RAIL OIL PUMP\n" + "3.65 IDLER\n3.66 CAMSHAFT PULLEY\n3.67 CRANKSHAFT PULLEY"); }else if (key2 == 4) { System.out.println("4.1 FLANGE YOKE\n4.2 U-JOINT BEARING PLATE STYLE\n4.3 SLIP YOKE BP STYLE\n4.4 TUBE\n" + // Εμφανίζω τις επιλογές ανταλλακτικών-μελών που αφορούν την 4η κατηγορία "4.5 TUBE YOKE\n4.6 END YOKE\n4.7 MIDSHIP SHAFT\n4.8 CENTER BEARING\n4.9 U-JOINT\n" + "4.10 DIFFERENTIAL\n4.11 AXLE\n4.12 CARRIER\n4.13 RING GEAR\n4.14 AXLE SHAFT SIDE GEAR\n" + "4.15 AXLE SHAFT\n4.16 AXLE HOUSING\n4.17 PINION GEAR\n4.18 PINION SHAFT\n4.19 FUEL INJECTOR\n" + "4.20 OIL PAN\n4.21 OIL PAN BAFFLE PLATE\n4.22 OIL STRAINER\n4.23 OIL PAN\n4.24 DRAIN PLUG\n" + "4.25 SPARK PLUG\n4.26 EXHAUST MANIFOLD\n4.27 PRESSURE RELIEF VALUE\n4.28 INTAKE MANIFOLD\n" + "4.29 INTATE MANIFOLD GASKET\n4.30 EXHAUST MANIFOLD GASKET\n4.31 RUBBER GROMMETS\n4.32 MAIN SEAL\n" + "4.33 CAMSHAFT FRONT OIL SEALS\n4.34 CYLINDER HEAD GASKET\n4.35 CRANK GEAR IOL SEAL\n4.36 OIL PAN GASKET\n" + "4.37 FRONT CRANK OIL SEAL\n4.38 WATER PUMP GASKET\n4.39 TIMING BELT DRIVE PULLEY\n4.40 DISTRIBUTOR O-RING\n" + "4.41 CAMS\n4.42 TIMING BELT\n4.43 TIMING CHAIN\n4.44 SLIDE RAIL TIMING GEAR\n4.45 CHAIN SPROCKET EXHAUST CAMSHAFT\n" + "4.46 COLLAR BOLT TENSIONING RAILS\n4.47 TENSIONING RAIL TIMING GEAR\n4.48 CHAIN SPROCKET INA INTAKE CAMSHAFT ADJUSTER\n" + "4.49 GUIDE RAIL TIMING GEAR\n4.50 HYDRAULIC TENSIONER CAMSHAFT CHAIN DRIVE\n4.51 FUEL PUMP ASSEMBLE\n4.52 UNIVERSAL JOINT\n" + "4.53 DIFFERENTIAL SIDE GEAR\n4.54 SIDE GEAR\n4.55 DIFFERENTIAL CASE\n4.56 BEARING CAP\n4.57 AXLE HOUSING\n4.58 PINION GEAR\n" + "4.59 RING GEAR\n4.60 TRANSMISSION"); }else if (key2 == 5) { System.out.println("5.1 PRIMARY RETURN SPRING\n5.2 PRIMARY SHOE\n5.3 SHOE HOLD-DOWN\n5.4 PARKING BRAKE CABLE\n5.5 ADJUSTER LEVER SPRING\n" + // Εμφανίζω τις επιλογές ανταλλακτικών-μελών που αφορούν την 5η κατηγορία "5.6 BACKING PLATE\n5.7 SECONDARY SHOE RETURN SERING\n5.8 WHEEL CYLINDER ASSEMBLY\n5.9 GEBLE GUIDE\n5.10 PARKING BRAKE STRUT\n" + "5.11 PARKING BRAKE LEVER\n5.12 ADJUSTING CABLE\n5.13 SECONDARY SHOE\n5.14 ADJUSTING LEVER\n5.15 ADJUSTING ASSEMBLY\n" + "5.16 BLEEDER SCREW\n5.17 CALIPER\n5.18 DUST BOOT\n5.19 PISTON\n5.20 BRAKEPADS\n5.21 ANTI-RATTLE CLIPS\n5.22 ROTOR\n" + "5.23 PISTON RING\n5.24 LOCK PIN\n5.25 PAD CLIP\n5.26 SHIM\n5.27 PIN BOOTS\n5.28 GUIDEPIN\n5.29 CYLINDER BODY\n" + "5.30 BLEEDER CAP\n5.31 MOUNTING BRACKET"); }else if (key2 == 6) { System.out.println("6.1 THERMOSTAT\n6.2 RESERVOIR TANK\n6.3 FUEL TANK\n6.4 FUEL TANK PRESSURE SENSOR\n6.5 OXYGEN SENSOR\n" + // // Εμφανίζω τις επιλογές ανταλλακτικών-μελών που αφορούν την 6η κατηγορία "6.6 AIR INJECTION CHECK VALVE\n6.7 EGR VALVE\n6.8 PURGE\n6.9 FUEL FILTER\n6.10 FUEL TANK VENT\n6.11 FUEL ISOLATION VALVE\n" + "6.12 HIGH PRESSURE PUMP\n6.13 FUEL RAIL\n6.14 FUEL GAUGE\n6.15 HEATER\n6.16 HEATER BLOWER FAN\n6.17 DRAIN TAP\n" + "6.18 COOLANT TEMPERATURE SENSOR\n6.19 HEATER CONTROL VALVE\n6.20 BLOWER MOTOR\n6.21 OVERFLOW RECOVERY TANK HOSE\n" + "6.22 COOLANT RESERVOIR\n6.23 THROTTLE BODY\n6.24 COOLANT FAN \n6.25 RADIATOR SHROUD - FAN SHROUD\n6.26 FUEL ACCUMULATOR\n" + "6.27 MAF SENSOR\n6.28 MAP SENSOR\n6.29 IAT SENSOR\n6.30 O2 SENSOR\n6.31 NOX SENSOR\n6.32 EGT SENSOR\n6.33 EGR SENSOR\n" + "6.34 DISTRIBUTOR\n6.35 BATTERY\n6.36 WARM-UP REGULATOR\n6.37 CHOKE VALVE\n6.38 OIL CATCH CAN\n6.39 DOWNPIPE\n6.40 IAC VALVE\n" + "6.41 VSV FOR ACIS\n6.42 IGNITER\n6.43 ENGINE NOUNT\n6.44 CIRCUIT\n6.45 CLUTCH CYLINDER\n6.46 BLOW OFF VLAVE\n6.47 INTERCOOLER\n" + "6.48 TURBO\n6.49 OIL RETURN GASKET\n6.50 BOOST SOLENOID VALVE"); } do { key3 = q.nextLine(); // Διαβάζω την επιλογή του χρήστη } while (!(key3.equals("1.1")) && !(key3.equals("1.2")) && !(key3.equals("1.3")) && !(key3.equals("1.4")) && !(key3.equals("1.5")) && !(key3.equals("1.6")) && !(key3.equals("1.7")) && !(key3.equals("1.8")) && !(key3.equals("1.9")) && !(key3.equals("1.10")) && !(key3.equals("1.11")) && !(key3.equals("1.12")) && !(key3.equals("1.13")) && !(key3.equals("1.14")) && !(key3.equals("1.15")) && !(key3.equals("1.16")) && !(key3.equals("1.17")) && !(key3.equals("1.18")) && !(key3.equals("1.19")) && !(key3.equals("1.20")) && !(key3.equals("1.21")) && !(key3.equals("1.22")) && !(key3.equals("1.23")) && !(key3.equals("")) && !(key3.equals("1.24")) && !(key3.equals("1.25")) && !(key3.equals("1.26")) && !(key3.equals("1.27")) && !(key3.equals("1.28")) && !(key3.equals("2.1")) && !(key3.equals("2.2")) && !(key3.equals("2.3")) && !(key3.equals("2.4")) && !(key3.equals("2.5")) && !(key3.equals("2.6")) && !(key3.equals("2.7")) && !(key3.equals("2.8")) && !(key3.equals("2.9")) && !(key3.equals("2.10")) && !(key3.equals("2.11")) && !(key3.equals("2.12")) && !(key3.equals("2.13")) && !(key3.equals("2.14")) && !(key3.equals("2.15")) && !(key3.equals("2.16")) && !(key3.equals("2.17")) && !(key3.equals("3.1")) && !(key3.equals("3.2")) && !(key3.equals("3.3")) && !(key3.equals("3.4")) && !(key3.equals("3.5")) && !(key3.equals("3.6")) && !(key3.equals("3.7")) && !(key3.equals("3.8")) && !(key3.equals("3.9")) && !(key3.equals("3.10")) && !(key3.equals("3.11")) && !(key3.equals("3.12")) && !(key3.equals("3.13")) && !(key3.equals("3.14")) && !(key3.equals("3.15")) && !(key3.equals("3.16")) && !(key3.equals("3.17")) && !(key3.equals("3.18")) && !(key3.equals("3.19")) && !(key3.equals("3.20")) && !(key3.equals("3.21")) && !(key3.equals("3.22")) && !(key3.equals("3.23")) && !(key3.equals("3.24")) && !(key3.equals("3.25")) && !(key3.equals("3.26")) && !(key3.equals("3.27")) && !(key3.equals("3.28")) && !(key3.equals("3.29")) && !(key3.equals("3.30")) && !(key3.equals("3.31")) && !(key3.equals("3.32")) && !(key3.equals("3.33")) && !(key3.equals("3.34")) && !(key3.equals("3.35")) && !(key3.equals("3.36")) && !(key3.equals("3.37")) && !(key3.equals("3.38")) && !(key3.equals("3.39")) && !(key3.equals("3.40")) && !(key3.equals("3.41")) && !(key3.equals("3.42")) && !(key3.equals("3.43")) && !(key3.equals("3.44")) && !(key3.equals("3.45")) && !(key3.equals("3.46")) && !(key3.equals("3.47")) && !(key3.equals("3.48")) && !(key3.equals("3.49")) && !(key3.equals("3.50")) && !(key3.equals("3.51")) && !(key3.equals("3.52")) && !(key3.equals("3.53")) && !(key3.equals("3.54")) && !(key3.equals("3.55")) && !(key3.equals("3.56")) && !(key3.equals("3.57")) && !(key3.equals("3.58")) && !(key3.equals("3.58")) && !(key3.equals("3.59")) && !(key3.equals("3.60")) && !(key3.equals("3.61")) && !(key3.equals("3.62")) && !(key3.equals("3.63")) && !(key3.equals("3.64")) && !(key3.equals("3.65")) && !(key3.equals("3.66")) && !(key3.equals("3.67")) && !(key3.equals("4.1")) && !(key3.equals("4.2")) && !(key3.equals("4.3")) && !(key3.equals("4.4")) && !(key3.equals("4.5")) && !(key3.equals("4.6")) && !(key3.equals("4.7")) && !(key3.equals("4.8")) && !(key3.equals("4.9")) && !(key3.equals("4.10")) && !(key3.equals("4.11")) && !(key3.equals("4.12")) && !(key3.equals("4.13")) && !(key3.equals("4.14")) && !(key3.equals("4.15")) && !(key3.equals("4.16")) && !(key3.equals("4.17")) && !(key3.equals("4.18")) && !(key3.equals("4.19")) && !(key3.equals("4.20")) && !(key3.equals("4.21")) && !(key3.equals("4.22")) && !(key3.equals("4.23")) && !(key3.equals("4.24")) && !(key3.equals("4.25")) && !(key3.equals("4.26")) && !(key3.equals("4.27")) && !(key3.equals("4.28")) && !(key3.equals("4.29")) && !(key3.equals("4.30")) && !(key3.equals("4.31")) && !(key3.equals("4.32")) && !(key3.equals("4.33")) && !(key3.equals("4.34")) && !(key3.equals("4.35")) && !(key3.equals("4.36")) && !(key3.equals("4.37")) && !(key3.equals("4.38")) && !(key3.equals("4.39")) && !(key3.equals("4.40")) && !(key3.equals("4.41")) && !(key3.equals("4.42")) && !(key3.equals("4.43")) && !(key3.equals("4.44")) && !(key3.equals("4.45")) && !(key3.equals("4.46")) && !(key3.equals("4.47")) && !(key3.equals("4.48")) && !(key3.equals("4.49")) && !(key3.equals("4.50")) && !(key3.equals("4.51")) && !(key3.equals("4.52")) && !(key3.equals("4.53")) && !(key3.equals("4.54")) && !(key3.equals("4.55")) && !(key3.equals("4.56")) && !(key3.equals("4.57")) && !(key3.equals("4.58")) && !(key3.equals("4.59")) && !(key3.equals("4.60")) && !(key3.equals("5.1")) && !(key3.equals("5.2")) && !(key3.equals("5.3")) && !(key3.equals("5.4")) && !(key3.equals("5.5")) && !(key3.equals("5.6")) && !(key3.equals("5.7")) && !(key3.equals("5.8")) && !(key3.equals("5.9")) && !(key3.equals("5.10")) && !(key3.equals("5.11")) && !(key3.equals("5.12")) && !(key3.equals("5.13")) && !(key3.equals("5.14")) && !(key3.equals("5.15")) && !(key3.equals("5.16")) && !(key3.equals("5.17")) && !(key3.equals("5.18")) && !(key3.equals("5.19")) && !(key3.equals("5.20")) && !(key3.equals("5.21")) && !(key3.equals("5.22")) && !(key3.equals("5.23")) && !(key3.equals("5.24")) && !(key3.equals("5.25")) && !(key3.equals("5.26")) && !(key3.equals("5.27")) && !(key3.equals("5.28")) && !(key3.equals("5.29")) && !(key3.equals("5.30")) && !(key3.equals("5.31")) && !(key3.equals("6.1")) && !(key3.equals("6.2")) && !(key3.equals("6.3")) && !(key3.equals("6.4")) && !(key3.equals("6.5")) && !(key3.equals("6.6")) && !(key3.equals("6.7")) && !(key3.equals("6.8")) && !(key3.equals("6.9")) && !(key3.equals("6.10")) && !(key3.equals("6.11")) && !(key3.equals("6.12")) && !(key3.equals("6.13")) && !(key3.equals("6.14")) && !(key3.equals("6.15")) && !(key3.equals("6.16")) && !(key3.equals("6.17")) && !(key3.equals("6.18")) && !(key3.equals("6.19")) && !(key3.equals("6.20")) && !(key3.equals("6.21")) && !(key3.equals("6.22")) && !(key3.equals("6.23")) && !(key3.equals("6.24")) && !(key3.equals("6.25")) && !(key3.equals("6.26")) && !(key3.equals("6.27")) && !(key3.equals("6.28")) && !(key3.equals("6.29")) && !(key3.equals("6.30")) && !(key3.equals("6.31")) && !(key3.equals("6.32")) && !(key3.equals("6.33")) && !(key3.equals("6.34")) && !(key3.equals("6.35")) && !(key3.equals("6.36")) && !(key3.equals("6.37")) && !(key3.equals("6.38")) && !(key3.equals("6.39")) && !(key3.equals("6.40")) && !(key3.equals("6.41")) && !(key3.equals("6.42")) && !(key3.equals("6.43")) && !(key3.equals("6.44")) && !(key3.equals("6.45")) && !(key3.equals("6.46")) && !(key3.equals("6.47")) && !(key3.equals("6.48")) && !(key3.equals("6.49")) && !(key3.equals("6.50"))); // Ελέγχω ότι η τιμή που έδωσε ήταν αποδεκτή q.close(); // Κλείνω το Scanner q } else { // Εφόσον επέλεξε την αναζήτηση do { System.out.println("Give the name of the part in capital letters"); // Εμφανίζω τα κατάλληλα μηνύματα και οδηγίες System.out.printf("SEARCH:"); key3 = k.nextLine(); // Διαβάζω την τιμή που έδωσε } while (!key3.equals("UPPER CONTROL ARM") && !key3.equals("UPPER BALL JOINT") && !key3.equals("COIL SPRING") && !key3.equals("SNOCK ABSORBER") && !key3.equals("LOWER BALL JOINT") && !key3.equals("LOWER CONTROL ARM") && !key3.equals("CONTROL ARM BUSHINGS") && !key3.equals("STABILIZER LINK") && !key3.equals("IDLER ARM") && !key3.equals("INNER TIE-ROD END") && !key3.equals("CENTER LINK") && !key3.equals("PITMAN ARM") && !key3.equals("ADJUSTING SLEEVE") && !key3.equals("OUTER TIE-ROD END") && !key3.equals("STEERING KNUCKLE") && !key3.equals("POWER STEERING PUMP") && !key3.equals("POWER STEERING GEARBOX") && !key3.equals("ANTI-SWAY BAR") && !key3.equals("BALL JOINT") && !key3.equals("UPPER MOUNTING PLATE-BEARING") && !key3.equals("MACPHERSON STRUT") && !key3.equals("BELLOWS") && !key3.equals("RACK-PINION UNIT") && !key3.equals("RACK-PINION BUSHINGS") && !key3.equals("INNER SCOKET ASSEMBLY") && !key3.equals("WHEEL HUB") && !key3.equals("WHEEL BEARING") && !key3.equals("POWER STEERING") && !key3.equals("SPIGOT BEARING") && !key3.equals("RETAINING SPRING WITH PREFORMED FINGERS") && !key3.equals("RELEAS RING") && !key3.equals("RETAINING SPRING") && !key3.equals("BALL PIN FOR CLUCH FORK") && !key3.equals("FLYWHEEL") && !key3.equals("DRIVE DISC") && !key3.equals("PRESSURE PLATE") && !key3.equals("INNER FULCRUM RING") && !key3.equals("OUTER FULCRUM RING") && !key3.equals("CLUTCH COVER") && !key3.equals("RELEASE FORK") && !key3.equals("RETURN SPRING OF RELEASE FORK") && !key3.equals("RELEASE BEARING") && !key3.equals("DIAPHRAGM SPRING") && !key3.equals("PILOT BUSHING") && !key3.equals("BELLHOUSING") && !key3.equals("FUEL PUMP") && !key3.equals("CYLINDER HEAD COVER") && !key3.equals("GASKET") && !key3.equals("THERMOSTAT COVER AND GASKET") && !key3.equals("THERMOSTAT") && !key3.equals("HEAT GAUGE UNIT") && !key3.equals("BRACKET") && !key3.equals("ROCKER ARM AND SHAFT ASSEMBLE") && !key3.equals("ROCKER ARM") && !key3.equals("ROCKER ARM SPRING") && !key3.equals("HYDRAULIC LASH ADJUSTSTER") && !key3.equals("CAMSHAFT PULLEY") && !key3.equals("THRUST PLATE") && !key3.equals("CAMSHAFT") && !key3.equals("CYLINDER HEAD BOLTS") && !key3.equals("CYLINDER HEAD") && !key3.equals("CYLINDER HEAD GASKET") && !key3.equals("VALVE SPRING") && !key3.equals("VALVE KEEPER") && !key3.equals("VALVE SPRING SEAT UPPER") && !key3.equals("VALVE SPRING SEAT LOWER") && !key3.equals("VALVE") && !key3.equals("VALVE SEAL") && !key3.equals("VALVE GUIDE") && !key3.equals("CAMSHAFT OIL SEAL") && !key3.equals("FUEL PRESSURE REGULATOR") && !key3.equals("RADIATOR") && !key3.equals("SORT BLOCK") && !key3.equals("PISTON RING(NO.1 COMPRESSION)") && !key3.equals("PISTON RING(NO.2 COMPRESSION)") && !key3.equals("PISTON RING(SIDE RAIL AND EXPANDER)") && !key3.equals("SNAP RING ") && !key3.equals("PISTON PIN") && !key3.equals("CONNECTING ROD BUSHING") && !key3.equals("CONNECTING ROD") && !key3.equals("CONNECTING ROD BEARING") && !key3.equals("CONNECTING ROD CAP") && !key3.equals("ENGINE COOLANT DRAIN PLUG") && !key3.equals("WATER BYPASS HOSE") && !key3.equals("WATER PUMP") && !key3.equals("O-RING") && !key3.equals("OIL PUMP") && !key3.equals("OIL SEAL") && !key3.equals("REAR OIL SEAL RATAINER") && !key3.equals("KNOCK SENSOR 1") && !key3.equals("KNOCK SENSOR 2") && !key3.equals("FUEL PIPE SUPPORT") && !key3.equals("UNION NUT") && !key3.equals("OIL PRESSURE SWITCH") && !key3.equals("GENERATOR") && !key3.equals("IDLER PULLER") && !key3.equals("CRANKSHAFT OIL SEAL") && !key3.equals("CRANKSHAFT") && !key3.equals("CRANKSHAFT THRUST WASHER") && !key3.equals("MAIN BEARING") && !key3.equals("MAIN BEARING CAP") && !key3.equals("LH ENGINE MOUNTING BRACKET AND INSULATOR ASSEMBLY") && !key3.equals("OIL FILTER AND BRACKET ASSEMBLY") && !key3.equals("OIL LEVEL SENSOR") && !key3.equals("COIL") && !key3.equals("TENSIONING RAIL") && !key3.equals("BALANCE SHAFT CHAIN TENIONING") && !key3.equals("COLLAR BOLT TENSIONING RAIL") && !key3.equals("CHAIN SPROCKET OIL PUMP") && !key3.equals("TENSIONING RAIL OIL PUMP") && !key3.equals("IDLER") && !key3.equals("CAMSHAFT PULLEY") && !key3.equals("CRANKSHAFT PULLEY") && !key3.equals("PROPELLER SHAFT") && !key3.equals("FLANGE YOKE") && !key3.equals("U-JOINT BEARING PLATE STYLE") && !key3.equals("SLIP YOKE BP STYLE") && !key3.equals("TUBE") && !key3.equals("TUBE YOKE") && !key3.equals("END YOKE") && !key3.equals("MIDSHIP SHAFT") && !key3.equals("CENTER BEARING") && !key3.equals("U-JOINT") && !key3.equals("DIFFERENTIAL") && !key3.equals("AXLE") && !key3.equals("CARRIER") && !key3.equals("RING GEAR") && !key3.equals("AXLE SHAFT SIDE GEAR") && !key3.equals("AXLE SHAFT") && !key3.equals("AXLE HOUSING") && !key3.equals("PINION GEAR") && !key3.equals("PINION SHAFT") && !key3.equals("FUEL INJECTOR") && !key3.equals("OIL PAN") && !key3.equals("OIL PAN BAFFLE PLATE") && !key3.equals("OIL STRAINER") && !key3.equals("OIL PAN") && !key3.equals("DRAIN PLUG") && !key3.equals("SPARK PLUG") && !key3.equals("EXHAUST MANIFOLD") && !key3.equals("PRESSURE RELIEF VALUE") && !key3.equals("INTAKE MANIFOLD") && !key3.equals("INTATE MANIFOLD GASKET") && !key3.equals("EXHAUST MANIFOLD GASKET") && !key3.equals("RUBBER GROMMETS") && !key3.equals("MAIN SEAL") && !key3.equals("CAMSHAFT FRONT OIL SEALS") && !key3.equals("CYLINDER HEAD GASKET") && !key3.equals("CRANK GEAR IOL SEAL") && !key3.equals("OIL PAN GASKET") && !key3.equals("FRONT CRANK OIL SEAL") && !key3.equals("WATER PUMP GASKET") && !key3.equals("TIMING BELT DRIVE PULLEY") && !key3.equals("DISTRIBUTOR O-RING") && !key3.equals("CAMS") && !key3.equals("TIMING BELT") && !key3.equals("TIMING CHAIN") && !key3.equals("SLIDE RAIL TIMING GEAR") && !key3.equals("CHAIN SPROCKET EXHAUST CAMSHAFT") && !key3.equals("COLLAR BOLT TENSIONING RAILS") && !key3.equals("TENSIONING RAIL TIMING GEAR") && !key3.equals("CHAIN SPROCKET INA INTAKE CAMSHAFT ADJUSTER") && !key3.equals("GUIDE RAIL TIMING GEAR") && !key3.equals("HYDRAULIC TENSIONER CAMSHAFT CHAIN DRIVE") && !key3.equals("FUEL PUMP ASSEMBLE") && !key3.equals("UNIVERSAL JOINT") && !key3.equals("DIFFERENTIAL SIDE GEAR") && !key3.equals("SIDE GEAR") && !key3.equals("DIFFERENTIAL CASE") && !key3.equals("BEARING CAP") && !key3.equals("AXLE HOUSING") && !key3.equals("PINION GEAR") && !key3.equals("RING GEAR") && !key3.equals("TRANSMISSION") && !key3.equals("PRIMARY RETURN SPRING") && !key3.equals("PRIMARY SHOE") && !key3.equals("SHOE HOLD-DOWN") && !key3.equals("PARKING BRAKE CABLE") && !key3.equals("ADJUSTER LEVER SPRING") && !key3.equals("BACKING PLATE") && !key3.equals("SECONDARY SHOE RETURN SERING") && !key3.equals("WHEEL CYLINDER ASSEMBLY") && !key3.equals("GEBLE GUIDE") && !key3.equals("PARKING BRAKE STRUT") && !key3.equals("PARKING BRAKE LEVER") && !key3.equals("ADJUSTING CABLE") && !key3.equals("SECONDARY SHOE") && !key3.equals("ADJUSTING LEVER") && !key3.equals("ADJUSTING ASSEMBLY") && !key3.equals("BLEEDER SCREW") && !key3.equals("CALIPER") && !key3.equals("DUST BOOT") && !key3.equals("PISTON") && !key3.equals("BRAKEPADS") && !key3.equals("ANTI-RATTLE CLIPS") && !key3.equals("ROTOR") && !key3.equals("PISTON RING") && !key3.equals("LOCK PIN") && !key3.equals("PAD CLIP") && !key3.equals("SHIM") && !key3.equals("PIN BOOTS") && !key3.equals("GUIDEPIN") && !key3.equals("CYLINDER BODY") && !key3.equals("BLEEDER CAP") && !key3.equals("MOUNTING BRACKET") && !key3.equals("THERMOSTAT") && !key3.equals("RESERVOIR TANK") && !key3.equals("FUEL TANK") && !key3.equals("FUEL TANK PRESSURE SENSOR") && !key3.equals("OXYGEN SENSOR") && !key3.equals("AIR INJECTION CHECK VALVE") && !key3.equals("EGR VALVE") && !key3.equals("PURGE") && !key3.equals("FUEL FILTER") && !key3.equals("FUEL TANK VENT") && !key3.equals("FUEL ISOLATION VALVE") && !key3.equals("HIGH PRESSURE PUMP") && !key3.equals("FUEL RAIL") && !key3.equals("FUEL GAUGE") && !key3.equals("HEATER") && !key3.equals("HEATER BLOWER FAN") && !key3.equals("DRAIN TAP") && !key3.equals("COOLANT TEMPERATURE SENSOR") && !key3.equals("HEATER CONTROL VALVE") && !key3.equals("BLOWER MOTOR") && !key3.equals("OVERFLOW RECOVERY TANK HOSE") && !key3.equals("COOLANT RESERVOIR") && !key3.equals("THROTTLE BODY") && !key3.equals("COOLANT FAN") && !key3.equals("RADIATOR SHROUD - FAN SHROUD") && !key3.equals("FUEL ACCUMULATOR") && !key3.equals("MAF SENSOR") && !key3.equals("MAP SENSOR") && !key3.equals("IAT SENSOR") && !key3.equals("O2 SENSOR") && !key3.equals("NOX SENSOR") && !key3.equals("EGT SENSOR") && !key3.equals("EGR SENSOR") && !key3.equals("DISTRIBUTOR") && !key3.equals("BATTERY") && !key3.equals("WARM-UP REGULATOR") && !key3.equals("CHOKE VALVE") && !key3.equals("OIL CATCH CAN") && !key3.equals("DOWNPIPE") && !key3.equals("IAC VALVE") && !key3.equals("VSV FOR ACIS") && !key3.equals("IGNITER") && !key3.equals("ENGINE NOUNT") && !key3.equals("CIRCUIT") && !key3.equals("CLUTCH CYLINDER") && !key3.equals("BLOW OFF VLAVE") && !key3.equals("INTERCOOLER") && !key3.equals("TURBO") && !key3.equals("OIL RETURN GASKET") && !key3.equals("BOOST SOLENOID VALVE")); // Ελέγχω ότι η τιμή που έδωσε είναι αποδεκτή αλλιώς του ζητάω να την ξαναδώσει System.out.printf("\n"); input.close(); // Κλείνω το Scanner input k.close(); // Κλείνω το Scanner k } String prompt = "Give me details about " + key3 + ", " + brand + " " + model + " " + productionYear + "."; // Συντάσσω το ερώτημα που πρέπει να απευθύνω στο AI return prompt; } }

Alexandra-Stath/Finding-Spare-Parts-Using-AI

Finding-Spare-Parts-Using-AI/src/main/java/gr/aueb/dmst/T21/App.java

360

//Τσιάκας Κοσμάς - ΑΕΜ 8255 - 6987921920 - [email protected] //Παπάζογλου Αθανάσιος - AEM 8324 - 6976939155 - [email protected] package gr.auth.ee.dsproject.proximity.defplayers; import java.util.ArrayList; import gr.auth.ee.dsproject.proximity.board.Board; import gr.auth.ee.dsproject.proximity.board.ProximityUtilities; import gr.auth.ee.dsproject.proximity.board.Tile; //Η κλάση MinMaxPlayer υλοποιεί έναν παίκτη ο οποίος χρησιμοποιεί //τις συναρτήσεις του για τη δημιουργία ενός δέντρου διαθέσιμων κινήσεων //και με τον αλγόριθμο Minmax προσπαθεί να βρεί την βέλτιστη κίνηση σε βάθος //2 κινήσεων. Τα χαρακτηριστικά του παίκτη είναι το σκορ του, το όνομα του, //to id του και ο αριθμός των πλακιδίων που του ανήκουν. public class MinMaxPlayer implements AbstractPlayer { int score; int id; String name; int numOfTiles; public MinMaxPlayer (Integer pid) { id = pid; name = "MinMaxPlayer"; } public String getName () { return name; } public int getNumOfTiles () { return numOfTiles; } public void setNumOfTiles (int tiles) { numOfTiles = tiles; } public int getId () { return id; } public void setScore (int score) { this.score = score; } public int getScore () { return score; } public void setId (int id) { this.id = id; } public void setName (String name) { this.name = name; } //Η συνάρτηση getNextMove(..) υλοποιεί την επιλογή της βέλτιστης για εμάς κίνησης //Χρησιμοποιεί το υπάρχων board για να δημιουργήσει τη ρίζα του δέντρου στο οποίο θα αποθηκεύονται //όλες οι διαθέσιμες κινήσεις. Αρχικά, προσωμοιώνει μια δική μας κίνηση //μέσω της συνάρτησης createMySubTree(..), η οποία στο εσωτερικό της προσωμοιώνει και //μία κίνηση του αντιπάλου. Στο τέλος της συνάρτησης μας, μέσω της chooseMinMaxMove(..) //επιλέγεται η καλύτερη δυνατή κίνηση και επιστρέφεται μέσω ενός πίνακα 1x3 οι συντεταγμένες //της καλύτερης θέσης και ο αριθμός που θα τοποθετηθεί σε αυτήν. public int[] getNextMove (Board board, int number) { int[] nextMove=new int [3];//[x,y,randomNumber] int[] index=new int[2]; //Δημιουργία ενός κόμβου που θα είναι η ρίζα του δέντρου απο το υπάρχων board Node82558324 root=new Node82558324(board); createMySubtree(root,1,Board.getNextTenNumbersToBePlayed()[0]);//το δέντρο έχει τελειώσει, //καθώς αυτή η συνάρτηση προσωμοιώνει τόσο τη δική μας κίνηση όσο και του αντιπάλου index=chooseMinMaxMove(root);//επιλογή της καλύτερης δυνατής κίνησης nextMove[0]=index[0]; nextMove[1]=index[1]; nextMove[2]=number; //επιστροφή των συντεταγμένων της βέλτιστης θέσης //και του αριθμού που θα τοποθετηθεί στη θέση αυτή return nextMove; } //Η συνάρτηση createMySubtree(..) εντοπίζει τις κενές θέσεις του board //και για κάθε μία από αυτές δημιουργεί κλώνους του board, όπως θα ήταν εάν έπαιζα //στην θέση αυτή το πλακίδιο με την τιμή number. Το board που προκύπτει //προστίθεται ως child του parent που παίρνει ως όρισμα η συνάρτηση. //Για να ολοκληρωθεί το δέντρο στο τέλος καλείται η συνάρτηση createOpponentSubtree(..) //η οποία θα το συμπληρώσει με τους κλάδους για τις κινήσεις του αντιπάλου public void createMySubtree (Node82558324 parent, int depth, int number) { //βρίσκω τα ελεύθερα tiles στο board for (int i=0;i<ProximityUtilities.NUMBER_OF_COLUMNS;i++){//σκανάρω το board for (int j=0;j<ProximityUtilities.NUMBER_OF_ROWS;j++){//για διαθέσιμα tiles if (parent.getNodeBoard().getTile(i,j).getPlayerId()==0){//αν υπάρχει διαθέσιμο tile //δημιουργώ έναν κλώνο του board του parent προσωμοιώνοντας μια κίνηση //δική μου βάζοντας το tile με τιμή number στη θέση (i,j) Board cloneBoard=ProximityUtilities.boardAfterMove(this.getId(),parent.getNodeBoard(),i,j,number); //δημιουργώ έναν νέο κόμβο με το νέο board (μετά την κίνηση) //για να γίνει αυτός ο κόμβος το child του parent //να προστεθεί δηλαδή στο arrayList children Node82558324 child=new Node82558324(parent, cloneBoard); child.setNodeMove(i,j,number); child.setNodeDepth(depth); child.setNodeEvaluation(0);//το evaluation του κόμβου αυτόυ θα προκύψει στη συνέχεια parent.setChildren(child); //καλώ τη συνάρτηση για τη συμπλήρωση του δέντρου με την κίνηση του αντιπάλου createOpponentSubtree(child,depth+1,Board.getNextTenNumbersToBePlayed()[1]); } } } } //Η συνάρτηση createOpponentSubtree(..) βρίσκει τις θέσεις που είναι πλέον διαθέσιμες στο board //και για κάθε μία από αυτές δημιουργεί έναν κλώνο του board προσωμοιώνοντας //μία κίνηση του αντιπάλου στη θέση αυτή. Μετά, θα αξιολογηθεί η κίνηση αυτή που υποδεικνύει το φύλλο //και το board που προκύπτει θα προστεθεί ως child του parent public void createOpponentSubtree (Node82558324 child, int depth, int number) { //πρέπει να βρω το id του αντιπάλου μου, εφόσον ξέρω μόνο το δικό μου int opponentId=1; if (this.getId()==1){ opponentId=2; } //βρίσκω τα ελεύθερα tiles στο board for (int i=0;i<ProximityUtilities.NUMBER_OF_COLUMNS;i++){//σκανάρω το board for (int j=0;j<ProximityUtilities.NUMBER_OF_ROWS;j++){//για διαθέσιμα tiles if (child.getNodeBoard().getTile(i,j).getPlayerId()==0){//αν υπάρχει διαθέσιμο tile //δημιουργώ έναν κλώνο του board, όπως θα ήταν εάν έπαιζε ο αντίπαλος //στη θέση (i,j) ένα πλακίδιο με τιμή randomNumber Board cloneBoard = ProximityUtilities.boardAfterMove(opponentId,child.getNodeBoard(),i,j,number); //δημιουργώ ένα αντικείμενο τύπου Node που περιέχει το νέο board //και τα υπόλοιπα στοιχεία Node82558324 leaf=new Node82558324(child, cloneBoard); //αξιολογώ τη θέση (i,j) int opponentScore=0; for (int k=0;k<ProximityUtilities.NUMBER_OF_COLUMNS;k++){ for (int l=0;l<ProximityUtilities.NUMBER_OF_ROWS;l++){ if (leaf.getNodeBoard().getTile(k,l).getPlayerId()==opponentId){ opponentScore=opponentScore+leaf.getNodeBoard().getTile(k,l).getScore(); } } } int evaluation=this.getScore()-opponentScore; leaf.setNodeEvaluation(evaluation); leaf.setNodeMove(i,j,number); leaf.setNodeDepth(depth); //προσθέτω το νέο στοιχείο στο arrayList του parent της συνάρτησης //που είναι το child που δημιούργησε η συνάρτηση createMySubtree(..) child.setChildren(leaf); } } } } //Η συνάρτηση chooseMinMaxMove(..) περιλαμβάνει έναν αλγόριθμo Minmax για να βρεί //την καλύτερη διαθέσιμη κίνηση. Για να βρεί τη θέση αυτή,αρχικά αποθηκεύει τα παιδιά //της ρίζας, και για κάθε παιδί αποθηκεύει τα φύλλα του. Σε βάθος 2, κρατάει την //μικρότερη τιμή που βρίσκει από κάθε φύλλο και η τιμή αυτή περνάει στα παιδιά. //Σε βάθος 1, κρατάει την μεγαλύτερη τιμή από τα παιδιά και αυτή περνάει στη ρίζα //που είναι και η τελική τιμή που θα επιλέξουμε. //Στο τέλος επιστρέφουμε τις συντεταγμένες της καλύτερης θέσης public int[] chooseMinMaxMove(Node82558324 root) { int[] index=new int[2];//ο πίνακας που θα περιέχει την καλύτερη θέση //αποθηκεύω τα παιδιά της ρίζας σε μια ArrayList-ήμαστε σε βάθος 1 ArrayList<Node82558324> children= root.getChildren(); //ο αριμός των παιδιών της ρίζας int numberOfChildren=0; numberOfChildren=children.size(); //στη μεταβλητή maxEval θα αποθηκεύσω το μεγαλύτερο από τα evaluation στο επίπεδο 1 double maxEval=children.get(0).getNodeEvaluation(); //κρατάω τις συντεταγμένες για την καλύτερη θέση στο maxNodeMove (x,y,number) int[] maxNodeMove=children.get(0).getNodeMove(); //σε κάθε επανάληψη σκανάρω ένα παιδί της ρίζας for (int i=0;i<numberOfChildren;i++){ //έχω τα φύλλα του κόμβου-βάθος 2 ArrayList<Node82558324> leaves=children.get(i).getChildren(); //υπολογίζω πόσα φύλλα έχει ο κάθε κόμβος int numberOfLeaves = leaves.size(); //στη μεταβλητή minEval θα αποθηκεύσω το μικρότερο από τα evaluation σε βάθος 2 double minEval=leaves.get(0).getNodeEvaluation(); //(x, y , randomNumber) για την θέση που επιλέγεται int[] minNodeMove=leaves.get(0).getNodeMove(); //σκανάρω κάθε φύλλο του παιδιού i for (int j=1;j<numberOfLeaves;j++){ //βρίσκω ποιο είναι το μικρότερο evaluation if (leaves.get(j).getNodeEvaluation()<minEval){ minEval=leaves.get(j).getNodeEvaluation(); minNodeMove=leaves.get(j).getNodeMove(); } } //ανεβάζω σε κάθε κόμβο την μικρότερη από τις τιμές των φύλλων children.get(i).setNodeEvaluation(minEval); children.get(i).setNodeMove(minNodeMove); //αν ήμαστε στην 1η επανάληψη η σύγκριση είναι περιττή if (i==0) continue; //εντοπίζω το μεγαλύτερο evaluation, αποθηκεύω παράλληλα και τις συντεταγμένες if(children.get(i).getNodeEvaluation()>maxEval){ maxEval=children.get(i).getNodeEvaluation(); maxNodeMove=children.get(i).getNodeMove(); } } //αφου σκανάρω όλα τα παιδιά και φύλλα, στη ρίζα βάζω την τιμή της καλύτερης συνολικής κίνησης και τις συντεταγμένες root.setNodeEvaluation(maxEval); root.setNodeMove(maxNodeMove); //επιστρέφω τις συντεταγμένες της καλυτερης κίνησης index[0]=root.getNodeMove()[0]; index[1]=root.getNodeMove()[1]; return index; } }

kosmastsk/University-projects

Data Structures/Proximity Part C.1/src/gr/auth/ee/dsproject/proximity/defplayers/MinMaxPlayer.java

361

package com.telis.patreopolis; import javax.swing.*; import java.awt.*; public class Board extends JFrame { private BoardPanel basic; private Tile[] tiles = new Tile[40]; Board() { initializeTiles(); basic = new BoardPanel(tiles); JScrollPane scrollPane = new JScrollPane(basic); add(scrollPane); //initialize JFrame setTitle("El Greco: τα ταξίδια της ζωής και του έργου του"); setSize(new Dimension(1000, 1020)); setResizable(false); setDefaultCloseOperation(JDialog.EXIT_ON_CLOSE); setLocationRelativeTo(null); setVisible(true); } // Creating tile objects // Types of tiles: // 1 = starting point // 2 = patras sights // 3 = question tiles // 4 = train tiles // 5 = command tiles // 6 = free parking tiles // 7 = school tiles // 8 = port tiles public void initializeTiles() { tiles[0] = new Tile("Αφετηρία", "Αφετηρία",0); tiles[1] = new Tile("Μουσείο\nΜπενάκη", "Ελλάδα",1); tiles[2] = new Tile("Μπόνους\nΕρώτηση", "",2); tiles[3] = new Tile("Μουσείο\nΜπενάκη", "",3); tiles[4] = new Tile("Ιερά Μητρ/λη\nΣύρου", "",4); tiles[5] = new Tile("Υπουργείο\nΠολιτισμού", "",5); tiles[6] = new Tile("Εθνική\nΠινακοθήκη", "",6); tiles[7] = new Tile("Μπόνους\nΕρώτηση", "",7); tiles[8] = new Tile("Ιστορικό\nΜουσείο Κρήτης", "",8); tiles[9] = new Tile("Ιστορικό\nΜουσείο Κρήτης", "",9); tiles[10] = new Tile("Βιβλίο επίσκεψης Μουσείου", "",10); tiles[11] = new Tile("Εθνική πινακοθήκη Μπολώνια", "",11); tiles[12] = new Tile("Εθνική πινακοθήκη Πάρμα", "",12); tiles[13] = new Tile("Πινακοθήκη Εστένσε", "",13); tiles[14] = new Tile("Εθνικό Μουσείο Καποντιμόντε", "",14); tiles[15] = new Tile("Υπουργείο Πολιτισμού Ιταλίας", "",15); tiles[16] = new Tile("Μουσείο Thyssen- Bornemisza", "",16); tiles[17] = new Tile("Μοναστήρι Εσκόριαλ Ισπανίας", "",17); tiles[18] = new Tile("SuperBonus Ερώτηση", "",18); tiles[19] = new Tile("Μουσείο Πράδο Ισπανίας", "",19); tiles[20] = new Tile("Εντευκτήριο", "",20); tiles[21] = new Tile("Μουσείο Πράδο Ισπανίας", "",21); tiles[22] = new Tile("Μουσείο Πράδο Ισπανίας", "",22); tiles[23] = new Tile("Μουσείο Πράδο Ισπανίας", "",23); tiles[24] = new Tile("Μουσείο Πράδο Ισπανίας", "",24); tiles[25] = new Tile("Μουσείο Πράδο Ισπανίας", "",25); tiles[26] = new Tile("Υπουργείο Πολιτισμού Ισπανίας", "",26); tiles[27] = new Tile("Καθ/κός Ναός Τολέδο Ισπανίας", "",27); tiles[28] = new Tile("Εκκλησία Santo-Tome Τολέδο", "",28); tiles[29] = new Tile("Μουσείο Tavera Τολέδο", "",29); tiles[30] = new Tile("Πήγαινε στο Βιβλίο Κανονισμών", "",30); tiles[31] = new Tile("Ινσ/το ΚαλώνΤεχνών Μινεάπολη", "",31); tiles[32] = new Tile("Μητρ/τικό Μουσείο Ν.Υόρκη", "",32); tiles[33] = new Tile("Bonus Ερώτηση", "",33); tiles[34] = new Tile("Μητρ/τικό Μουσείο Ν.Υόρκη", "",34); tiles[35] = new Tile("Υπουργείο Πολιτισμού ΗΠΑ", "",35); tiles[36] = new Tile("Μητρ/τικό Μουσείο Ν.Υόρκη", "",36); tiles[37] = new Tile("Μητρ/τικό Μουσείο Ν.Υόρκη", "",37); tiles[38] = new Tile("Εθνική Πινακοθήκη Ουάσιγκτον", "",38); tiles[39] = new Tile("Εθνική Πινακοθήκη Ουάσιγκτον", "",39); // tiles[0] = new Tile("starting\npoint", 1); // tiles[1] = new Tile("georgiou\nsquare", 2); // tiles[2] = new Tile("riga\nferaiou", 2); // tiles[3] = new Tile("question", 3); // tiles[4] = new Tile("delights\n& tentoura", 2); // tiles[5] = new Tile("panachaiki\nstadium", 2); // tiles[6] = new Tile("train", 4); // tiles[7] = new Tile("Palamas\nhouse", 2); // tiles[8] = new Tile("command", 5); // tiles[9] = new Tile("Municipal\nTheater ", 2); // tiles[10] = new Tile("Free\nParking", 6); // tiles[11] = new Tile("Veso\nMare multiplex", 2); // tiles[12] = new Tile("question", 3); // tiles[13] = new Tile("Psila\nAlonia square", 2); // tiles[14] = new Tile("Old\nArsakeio school", 2); // tiles[15] = new Tile("train", 4); // tiles[16] = new Tile("Dasilio\nregion", 2); // tiles[17] = new Tile("command", 5); // tiles[18] = new Tile("ancient odeon", 2); // tiles[19] = new Tile("school", 7); // tiles[20] = new Tile("ancient museum", 2); // tiles[21] = new Tile("question", 3); // tiles[22] = new Tile("Rio bridge", 2); // tiles[23] = new Tile("University", 2); // tiles[24] = new Tile("Agiou Nikolaou stairs", 2); // tiles[25] = new Tile("train", 4); // tiles[26] = new Tile("Pan/siako\nstadium", 2); // tiles[27] = new Tile("command", 5); // tiles[28] = new Tile("Trion Navarchon street", 2); // tiles[29] = new Tile("Port", 8); // tiles[30] = new Tile("Achaia Clauss", 2); // tiles[31] = new Tile("question", 3); // tiles[32] = new Tile("Carnival", 2); // tiles[33] = new Tile("Train", 4); // tiles[34] = new Tile("Castle", 2); // tiles[35] = new Tile("command", 5); // tiles[36] = new Tile("Roman bridge", 2); // tiles[37] = new Tile("Agios Andreas region", 2); } public BoardPanel getBoardPanel() { return basic; } public Tile[] getTiles() { return tiles; } }

ellak-monades-aristeias/ElGreco

src/com/telis/patreopolis/Board.java

362

package com.rmtheis.langdetect.profile; import java.util.HashMap; import com.cybozu.labs.langdetect.util.LangProfile; import com.cybozu.labs.langdetect.util.NGram; public class EL { private static final String name = "el"; private static final HashMap<String, Integer> freq = new HashMap<String, Integer>(); private static final int[] n_words = new int[NGram.N_GRAM]; public EL() { init(); } public final LangProfile getLangProfile() { return new LangProfile(name, freq, n_words); } private void init() { n_words[0] = 6375777; n_words[1] = 7261876; n_words[2] = 4927375; freq.put("για", 6740); freq.put("ρί", 22933); freq.put("γικ", 1875); freq.put("γιο", 2940); freq.put("γιν", 873); freq.put("ιάδ", 1072); freq.put("μία", 2762); freq.put(" τω", 10299); freq.put("μισ", 919); freq.put("ογρ", 3223); freq.put("ιάν", 812); freq.put("έ", 90196); freq.put(" τρ", 3378); freq.put("ού ", 14320); freq.put("αξι", 781); freq.put(" τί", 845); freq.put(" τέ", 1460); freq.put("ογέ", 1210); freq.put("ό ", 46975); freq.put("αξύ", 1143); freq.put("υψ", 1025); freq.put("ογι", 2141); freq.put("ός ", 18179); freq.put(" τμ", 1047); freq.put("ιάς", 1340); freq.put("μια", 4477); freq.put("ογο", 1295); freq.put("ιάρ", 876); freq.put(" τη", 55058); freq.put("κόρ", 832); freq.put(" τε", 2163); freq.put("μιο", 2230); freq.put("μικ", 5134); freq.put("γισ", 983); freq.put("ίτλ", 825); freq.put("ίτα", 3434); freq.put("αμβ", 1197); freq.put("ίτε", 1304); freq.put("νάμ", 808); freq.put("ίτη", 995); freq.put("Οκτ", 727); freq.put("ρρ", 1307); freq.put(" Πρ", 2843); freq.put("Χα", 1289); freq.put("κ ", 2925); freq.put(" Πό", 722); freq.put("λιό", 666); freq.put("λισ", 1155); freq.put("λιτ", 3281); freq.put("άνω", 1396); freq.put("άσε", 1019); freq.put("άντ", 1482); freq.put("εί ", 5299); freq.put("ρα ", 9620); freq.put("Ευ", 1907); freq.put("το ", 35834); freq.put("Ερ", 804); freq.put("Επ", 1444); freq.put("άζε", 1809); freq.put("ς", 240747); freq.put("Εθ", 920); freq.put("Ελ", 3849); freq.put("Εκ", 838); freq.put("εξά", 752); freq.put("εξα", 953); freq.put("Εί", 1505); freq.put(" τό", 929); freq.put("άνν", 919); freq.put("άνο", 1282); freq.put("άνα", 777); freq.put("άνδ", 657); freq.put("άνε", 1521); freq.put("ιο ", 9017); freq.put("λικ", 6554); freq.put("λιο", 1726); freq.put(" έγ", 922); freq.put("k", 2907); freq.put(" Πά", 1151); freq.put("άς ", 2864); freq.put(" Πα", 4958); freq.put("Χρ", 999); freq.put("λιά", 2019); freq.put(" Πο", 2479); freq.put("ώς", 2026); freq.put("όσο", 1170); freq.put("όσμ", 1304); freq.put("ευρ", 1328); freq.put("ευσ", 1149); freq.put("Η", 13434); freq.put("εν ", 2162); freq.put("ιω", 2086); freq.put(" με", 23063); freq.put("Πρ", 2848); freq.put("m ", 1364); freq.put(" μα", 2448); freq.put("ιώ", 5059); freq.put("ιρ", 6633); freq.put("ιπ", 2073); freq.put("ισ", 25486); freq.put("ις", 13132); freq.put("ιτ", 9070); freq.put("ιχ", 2933); freq.put("ιφ", 1609); freq.put("er ", 1543); freq.put("φερ", 660); freq.put(" μί", 2039); freq.put(" μέ", 5756); freq.put(" μά", 792); freq.put("σία", 5336); freq.put("ιέ", 2080); freq.put("ιά", 10102); freq.put("ιή", 692); freq.put("σίλ", 677); freq.put("Πά", 1152); freq.put("ιθ", 2601); freq.put("ιλ", 8668); freq.put("ικ", 79288); freq.put("ιν", 16499); freq.put("ιμ", 6598); freq.put("ιο", 29123); freq.put("Πε", 2134); freq.put("ια", 39925); freq.put("ιγ", 2579); freq.put("ιβ", 2565); freq.put("ιε", 6521); freq.put("ιδ", 8147); freq.put("ιη", 883); freq.put("ιζ", 1197); freq.put("me", 1201); freq.put("υνή", 706); freq.put("ma", 1208); freq.put("mb", 957); freq.put("μή ", 801); freq.put("όστ", 662); freq.put("ευθ", 751); freq.put("ευκ", 741); freq.put(" φυ", 1533); freq.put("νων", 3168); freq.put("πήρ", 1722); freq.put("ήμα", 3234); freq.put("ρόμ", 822); freq.put("ρόν", 1720); freq.put("ήμε", 1045); freq.put(" Βι", 896); freq.put("ρόε", 683); freq.put("αγι", 742); freq.put("κών", 3899); freq.put("ογί", 3068); freq.put("κη ", 1482); freq.put("αγο", 1254); freq.put("Εθν", 907); freq.put("ά", 106544); freq.put("αγν", 698); freq.put("A", 4125); freq.put("ρχι", 1336); freq.put(" Κό", 910); freq.put("χνη", 657); freq.put("γγρ", 1089); freq.put("ος ", 37511); freq.put("en ", 662); freq.put(" το", 79535); freq.put("σης", 5924); freq.put("ρότ", 966); freq.put("ρόσ", 877); freq.put("ρόπ", 819); freq.put("κεκ", 645); freq.put("νωσ", 4336); freq.put("ιάσ", 850); freq.put("όεδ", 664); freq.put(" τι", 4962); freq.put("Βρί", 1153); freq.put("δυτ", 1257); freq.put("ρό ", 1004); freq.put(" σκ", 2184); freq.put("άκη", 718); freq.put("μεσ", 1074); freq.put(" μο", 3409); freq.put("μετ", 6749); freq.put(" σα", 762); freq.put(" ση", 3591); freq.put(" σε", 9337); freq.put(" Λε", 940); freq.put("κην", 749); freq.put("ρ", 274072); freq.put("ιρι", 1611); freq.put("ιρε", 766); freq.put("κης", 1489); freq.put("ιρα", 723); freq.put(" Λο", 1279); freq.put("ιρά", 1156); freq.put(" όν", 3176); freq.put(" Θε", 1961); freq.put("έπε", 703); freq.put(" σύ", 3950); freq.put(" σπ", 865); freq.put("l", 12659); freq.put(" στ", 39224); freq.put(" συ", 11696); freq.put("απα", 958); freq.put("δυν", 920); freq.put("μεγ", 2940); freq.put("Καρ", 959); freq.put("ιό ", 1664); freq.put("μων", 716); freq.put("δών", 1462); freq.put("ίδι", 1386); freq.put("Ζ", 1967); freq.put("ίδα", 1853); freq.put("ίδε", 1013); freq.put("άμε", 1147); freq.put("ίδη", 788); freq.put("rt", 997); freq.put(" όρ", 2611); freq.put("rs", 663); freq.put("ατί", 1716); freq.put("ατά", 4672); freq.put("θήκ", 739); freq.put("θήν", 1152); freq.put("rd", 715); freq.put("re", 1965); freq.put("ατε", 1300); freq.put("ra", 2129); freq.put("ατα", 6390); freq.put("τών", 2189); freq.put("ατο", 9284); freq.put("ro", 1924); freq.put("ri", 2929); freq.put("ατι", 5266); freq.put("ατρ", 1884); freq.put("ύπο", 1064); freq.put("ατό", 1156); freq.put("W", 1311); freq.put("όλο", 1532); freq.put("όλη", 2622); freq.put(" Τσ", 726); freq.put("όλε", 1360); freq.put("ati", 806); freq.put("μήμ", 1075); freq.put("r ", 2839); freq.put("κά", 15567); freq.put("κέ", 4956); freq.put("κή", 24785); freq.put("κί", 3700); freq.put("κετ", 3212); freq.put(" έδ", 1173); freq.put(" Κε", 764); freq.put("Αυγ", 651); freq.put("κο", 23779); freq.put("κι", 6089); freq.put("κκ", 1326); freq.put("κλ", 5937); freq.put("κδ", 1079); freq.put("κε", 22387); freq.put(" Βρ", 2238); freq.put("κη", 5418); freq.put("κα", 65846); freq.put("Ρο", 774); freq.put(" έλ", 791); freq.put("τοκ", 1571); freq.put("Έλ", 1540); freq.put("τοι", 2194); freq.put("ραγ", 2738); freq.put("ραβ", 1005); freq.put("ραν", 1181); freq.put("ραμ", 2193); freq.put("ρακ", 3111); freq.put("ιού", 2201); freq.put("τοί", 1186); freq.put("ιοχ", 1758); freq.put("εφα", 751); freq.put("ιου", 2729); freq.put("καν", 3494); freq.put("ιος", 4127); freq.put("ιορ", 1283); freq.put("Με ", 1185); freq.put("ιον", 1013); freq.put("B", 2624); freq.put("ιολ", 889); freq.put("ιοι", 954); freq.put("άν ", 930); freq.put("ιοδ", 1147); freq.put("ιογ", 776); freq.put("ρατ", 4809); freq.put("ραφ", 4046); freq.put("ρασ", 2311); freq.put("τού", 2364); freq.put("τος", 5084); freq.put("τοπ", 1407); freq.put("τορ", 3232); freq.put("Έχ", 649); freq.put("του", 50266); freq.put("κό", 26772); freq.put("κύ", 1477); freq.put("κώ", 4252); freq.put(" έχ", 2858); freq.put("κω", 1706); freq.put("γρά", 2441); freq.put("Ρω", 976); freq.put("κυ", 3709); freq.put("κπ", 708); freq.put("κρ", 10237); freq.put("θμό", 1010); freq.put("γρα", 5451); freq.put("thu", 700); freq.put("Αυτ", 975); freq.put("άθε", 1012); freq.put("γω", 3973); freq.put("γώ", 1054); freq.put("γύ", 735); freq.put("γό", 3291); freq.put("γρ", 8625); freq.put("γχ", 1165); freq.put("γυ", 1102); freq.put("όφ", 825); freq.put("όχ", 1299); freq.put("ότ", 13665); freq.put("ός", 18197); freq.put("όσ", 5414); freq.put("όπ", 5405); freq.put("όρ", 8376); freq.put("ούλ", 1020); freq.put("ούν", 3424); freq.put("ούμ", 1108); freq.put("βέρ", 1034); freq.put("ιά ", 3103); freq.put("on ", 1503); freq.put("π", 191347); freq.put("άση", 1198); freq.put("ίως", 1118); freq.put("ούσ", 2748); freq.put("ούς", 3386); freq.put("ούρ", 1307); freq.put("όε", 736); freq.put("όγ", 2701); freq.put("όμ", 7862); freq.put("όν", 10515); freq.put("όκ", 1654); freq.put("όλ", 8233); freq.put("γλ", 3739); freq.put("γκ", 7566); freq.put("γι", 14677); freq.put(" λα", 1212); freq.put("γο", 9693); freq.put("σκο", 2292); freq.put("γν", 4085); freq.put("γμ", 2369); freq.put("γγ", 5019); freq.put("γα", 7366); freq.put(" Χα", 1287); freq.put("m", 7083); freq.put("σκη", 760); freq.put("γε", 9939); freq.put("σκε", 4485); freq.put("νά ", 992); freq.put("γί", 5669); freq.put("γή", 2815); freq.put("γέ", 2710); freq.put("γά", 3661); freq.put(" λέ", 1007); freq.put("ξι", 1797); freq.put("ξο", 1094); freq.put("ξα", 1561); freq.put("ξε", 3656); freq.put("d ", 2124); freq.put("ξη", 2494); freq.put("ξά", 881); freq.put("δομ", 954); freq.put("δον", 679); freq.put("ανό", 2218); freq.put("εμπ", 762); freq.put("ές", 9695); freq.put("ίας", 15390); freq.put("θολ", 2157); freq.put("do", 657); freq.put("Γι", 1598); freq.put("υ", 205289); freq.put("di", 1004); freq.put("Γα", 1202); freq.put("de", 1790); freq.put("νοι", 1353); freq.put("Γε", 2955); freq.put("ίζο", 1090); freq.put("εμι", 793); freq.put("εμο", 808); freq.put("εμβ", 1975); freq.put("αρκ", 848); freq.put("ενε", 1043); freq.put("λλο", 3357); freq.put("ον ", 14807); freq.put("λλι", 1915); freq.put(" Δι", 2396); freq.put("λλε", 843); freq.put("δοσ", 2455); freq.put("λλη", 7119); freq.put("ιμέ", 1283); freq.put("λλα", 1712); freq.put("δου", 1522); freq.put("των", 12537); freq.put("λλί", 726); freq.put("ξύ", 1306); freq.put("Θεσ", 739); freq.put("ιμο", 2191); freq.put("πό ", 21634); freq.put(" φο", 1544); freq.put("ενν", 2479); freq.put("εστ", 833); freq.put("εσσ", 1054); freq.put("Κ", 18111); freq.put("αρί", 2489); freq.put("νυμ", 1332); freq.put(" ξε", 646); freq.put("πού", 867); freq.put("έτο", 668); freq.put("C", 3923); freq.put("μει", 655); freq.put("εση", 1176); freq.put(" Πε", 2131); freq.put("μελ", 883); freq.put("σου", 1542); freq.put("εσα", 886); freq.put("άνι", 1040); freq.put("άστ", 2257); freq.put("μεν", 3875); freq.put("εσί", 785); freq.put("νησ", 3074); freq.put("νης", 3311); freq.put("νητ", 1569); freq.put(" Χρ", 997); freq.put("κόμ", 1163); freq.put("κόλ", 651); freq.put("C ", 687); freq.put("ομά", 4054); freq.put("ομέ", 1196); freq.put("ί", 162652); freq.put("ομα", 4494); freq.put("ιχε", 1339); freq.put("ομη", 811); freq.put("χου", 1973); freq.put("ομι", 2076); freq.put("τι ", 2082); freq.put("ομο", 3665); freq.put("χολ", 997); freq.put("ομό", 796); freq.put("ομώ", 1007); freq.put(" Ιτ", 907); freq.put("ο ", 95107); freq.put("κότ", 1771); freq.put("Co", 724); freq.put("κόσ", 1288); freq.put("κός", 6008); freq.put("χές", 666); freq.put("ναν", 1504); freq.put("n", 18610); freq.put("σύν", 1327); freq.put("σύμ", 1096); freq.put(" Ρο", 774); freq.put("λια", 1551); freq.put("νημ", 1520); freq.put(" ́", 1288); freq.put("is", 1816); freq.put("ir", 779); freq.put("it", 1405); freq.put("αγγ", 1827); freq.put("οβο", 653); freq.put("il", 1191); freq.put("io", 1643); freq.put("in", 3273); freq.put("ia", 1591); freq.put("αγκ", 1429); freq.put("ic", 1794); freq.put("ie", 1115); freq.put("ig", 1086); freq.put("αγμ", 1117); freq.put(" Κύ", 1399); freq.put("ιν ", 1082); freq.put("γο ", 1180); freq.put(" Κω", 831); freq.put("μυθ", 2305); freq.put("γλι", 810); freq.put("νισ", 2798); freq.put("κει", 2368); freq.put(" Κρ", 1401); freq.put("άτα", 711); freq.put("κεν", 791); freq.put("ινω", 851); freq.put(" Ρω", 975); freq.put("κεί", 1744); freq.put(" Κά", 941); freq.put("τ", 474096); freq.put(" Κο", 2560); freq.put("νικ", 14169); freq.put(" Κι", 702); freq.put("νιο", 1219); freq.put("κευ", 1338); freq.put("νια", 1586); freq.put("i ", 1712); freq.put(" Κα", 4954); freq.put("Δεκ", 668); freq.put(" υψ", 758); freq.put("έ ", 738); freq.put("αν ", 18884); freq.put("αγω", 2920); freq.put(" υπ", 5803); freq.put("Περ", 871); freq.put("έτ", 5024); freq.put("έχ", 6163); freq.put("έφ", 948); freq.put("έρ", 12949); freq.put("έπ", 1245); freq.put("έσ", 4850); freq.put("ριά", 922); freq.put("Δη", 1620); freq.put("Δε", 1218); freq.put("έω", 1309); freq.put("αντ", 8056); freq.put("Δή", 1392); freq.put("ενη", 691); freq.put("ενα", 1016); freq.put("Σεπ", 721); freq.put("Ι", 8695); freq.put("ενο", 2214); freq.put("ενι", 1650); freq.put("υν", 14929); freq.put("ένω", 1354); freq.put("αμο", 749); freq.put("έντ", 1717); freq.put("αμμ", 1433); freq.put("ινί", 997); freq.put("ινή", 1455); freq.put("ινα", 787); freq.put("κε ", 8838); freq.put("χρό", 1127); freq.put("ινε", 1173); freq.put("ινη", 1172); freq.put("ευτ", 1808); freq.put("ινι", 1101); freq.put("άβ", 865); freq.put("ινο", 2651); freq.put("υθ", 4332); freq.put("χρο", 1146); freq.put("D", 1964); freq.put("χρι", 1320); freq.put("χρη", 1672); freq.put("νι ", 660); freq.put("ινό", 2461); freq.put("ένν", 695); freq.put(" φω", 763); freq.put("ένο", 3647); freq.put("υδ", 2390); freq.put("ένε", 1716); freq.put("ένη", 1988); freq.put(" εγ", 909); freq.put("ένα", 9814); freq.put("d", 7728); freq.put("εντ", 2485); freq.put("υζ", 915); freq.put("ανέ", 714); freq.put("ανά", 2554); freq.put("ανί", 2957); freq.put("ανή", 1615); freq.put("υα", 2666); freq.put("ενώ", 1366); freq.put("ανι", 4409); freq.put("έδ", 1961); freq.put("άζο", 714); freq.put("έα", 3333); freq.put("υγ", 5531); freq.put("έγ", 3052); freq.put("ενό", 1445); freq.put("έν", 21823); freq.put("έμ", 2360); freq.put("έο", 998); freq.put("έξ", 1325); freq.put("έι", 841); freq.put("έθ", 1065); freq.put("έλ", 6166); freq.put("έκ", 2418); freq.put(" φα", 980); freq.put("θή", 2250); freq.put("κό ", 13722); freq.put("θά", 1066); freq.put("θέ", 3061); freq.put("σήμ", 967); freq.put("θλ", 2017); freq.put("θι", 1852); freq.put("είχ", 1649); freq.put("θο", 6015); freq.put("θμ", 2061); freq.put("θν", 3266); freq.put("an ", 997); freq.put(" ίδ", 940); freq.put("θα", 2622); freq.put("θη", 10944); freq.put("θε", 10322); freq.put("τιμ", 802); freq.put("τιν", 1951); freq.put("τιο", 1754); freq.put("τικ", 22901); freq.put("ετε", 731); freq.put("ετι", 1741); freq.put("τια", 1887); freq.put("ή", 98446); freq.put("Φρ", 703); freq.put("ού", 30889); freq.put("αίτ", 698); freq.put("αίρ", 1304); freq.put("umb", 700); freq.put("οχ", 4794); freq.put("οφ", 4209); freq.put("ου", 129022); freq.put("οτ", 9541); freq.put("οσ", 11327); freq.put("ος", 37589); freq.put("ορ", 21585); freq.put("οπ", 16190); freq.put("οξ", 882); freq.put("ον", 36237); freq.put("ομ", 21099); freq.put("ολ", 23701); freq.put("Φε", 912); freq.put("οι", 21065); freq.put("οθ", 2077); freq.put("αίο", 2174); freq.put("Φι", 704); freq.put("οε", 2833); freq.put("οδ", 7658); freq.put("ογ", 13258); freq.put("οβ", 2978); freq.put("οα", 1081); freq.put("ηγό", 671); freq.put("οί", 10846); freq.put("ανα", 6682); freq.put("οέ", 928); freq.put("ετρ", 2017); freq.put("αμπ", 849); freq.put("ρησ", 2941); freq.put("ρης", 1045); freq.put("τις", 8696); freq.put("ιό", 6367); freq.put("εία", 3700); freq.put("θω", 1118); freq.put("θώ", 1191); freq.put("θό", 672); freq.put("είδ", 966); freq.put("ανε", 2278); freq.put("θρ", 2531); freq.put("είο", 3068); freq.put("o", 18497); freq.put("θυ", 2592); freq.put("βιο", 702); freq.put("βικ", 723); freq.put("H ", 665); freq.put("βιβ", 715); freq.put("σο ", 1455); freq.put("χωρ", 2665); freq.put("δεκ", 905); freq.put(" ήτ", 9263); freq.put("σμό", 3646); freq.put("ήτα", 9260); freq.put("Πό", 722); freq.put(" νό", 1365); freq.put("πόλ", 3996); freq.put("ζου", 798); freq.put("ήτη", 852); freq.put(" ν", 14449); freq.put("σ", 232383); freq.put("πτι", 832); freq.put("mb ", 660); freq.put("πίσ", 2277); freq.put("νίδ", 909); freq.put(" νε", 1091); freq.put("σμο", 3140); freq.put("σμι", 908); freq.put("είς", 773); freq.put(" νο", 3391); freq.put("Ευρ", 1295); freq.put("σμα", 2223); freq.put("σμέ", 1983); freq.put("ανθ", 906); freq.put("έγε", 1024); freq.put("ετά", 1901); freq.put("γλώ", 959); freq.put("οντ", 6287); freq.put("δο ", 1489); freq.put("ισσ", 1380); freq.put("ονό", 1460); freq.put("Βασ", 1048); freq.put(" Ιο", 1482); freq.put("ξ ", 655); freq.put("Θ", 3309); freq.put("θνι", 1551); freq.put("ni", 1477); freq.put("κρά", 1666); freq.put("na", 1567); freq.put("nc", 799); freq.put("nd", 1677); freq.put("ne", 1562); freq.put("ng", 1277); freq.put("κρο", 1257); freq.put("λύτ", 1526); freq.put("κρι", 1532); freq.put("ns", 835); freq.put("nt", 1738); freq.put("κρα", 2747); freq.put("κρό", 1004); freq.put("E", 1941); freq.put("αλύ", 2369); freq.put("άδε", 985); freq.put("ετα", 16396); freq.put("ερ ", 1474); freq.put(" Ιω", 835); freq.put("n ", 4655); freq.put(" Ισ", 1154); freq.put("ονί", 1750); freq.put("θνή", 736); freq.put(" Ο", 19727); freq.put("ονα", 1353); freq.put("Πα", 4994); freq.put("ονδ", 706); freq.put("ονι", 2179); freq.put("ονο", 4835); freq.put("ότε", 4438); freq.put("πρω", 2758); freq.put("V", 1075); freq.put("πρό", 2160); freq.put("ανο", 2939); freq.put("πρώ", 2895); freq.put("ετο", 896); freq.put("σαλ", 862); freq.put("Παρ", 1018); freq.put("ερό", 795); freq.put("σαν", 2104); freq.put("Ν", 8294); freq.put("ότι", 2195); freq.put("θος", 942); freq.put(" μό", 948); freq.put("ά ", 28070); freq.put("υ ", 88180); freq.put("Πο", 2485); freq.put(" βρ", 3003); freq.put(" βό", 838); freq.put("χιλ", 816); freq.put("χικ", 844); freq.put(" βα", 3334); freq.put(" βο", 1444); freq.put(" βι", 1203); freq.put(" βά", 792); freq.put("νστ", 941); freq.put("ιστ", 11061); freq.put("ερι", 10543); freq.put("ερν", 709); freq.put("ερμ", 2853); freq.put("ερο", 6623); freq.put("λλά", 3329); freq.put("ερα", 4072); freq.put("σας", 901); freq.put("εργ", 1600); freq.put("δία", 1566); freq.put("ερε", 1426); freq.put("ερη", 1880); freq.put("ετί", 895); freq.put("p", 4711); freq.put("Τα ", 1230); freq.put("ερά", 780); freq.put("ερί", 3339); freq.put("πρι", 1380); freq.put("ετέ", 733); freq.put("προ", 8229); freq.put("νετ", 1530); freq.put("Το ", 7170); freq.put("νερ", 896); freq.put("νεπ", 771); freq.put("νες", 2492); freq.put("ήμο", 3064); freq.put("χία", 1887); freq.put("πο ", 1799); freq.put("οκ", 6497); freq.put("αία", 2533); freq.put(" ή ", 7834); freq.put(" ζω", 871); freq.put("β", 36747); freq.put("αίν", 1135); freq.put("Ma", 1040); freq.put("ht ", 652); freq.put(" κο", 3790); freq.put("ανδ", 1912); freq.put("με ", 14402); freq.put("γία", 4119); freq.put("νεί", 692); freq.put("κία", 1185); freq.put("νει", 4020); freq.put("κίν", 1235); freq.put(" χα", 1979); freq.put(" χι", 822); freq.put("δρυ", 713); freq.put("δρύ", 879); freq.put("ίρι", 793); freq.put("βε", 2725); freq.put("βη", 749); freq.put("βα", 6377); freq.put("βο", 4803); freq.put("βι", 3507); freq.put("βλ", 1821); freq.put("πα ", 685); freq.put("Ιο", 1485); freq.put(" Μπ", 2698); freq.put("βά", 3473); freq.put("βέ", 1564); freq.put("βί", 1262); freq.put("Ιω", 836); freq.put(" Με", 3720); freq.put("ξη ", 1696); freq.put("χ", 59122); freq.put("F", 1941); freq.put(" Μο", 1622); freq.put("Ισ", 1161); freq.put("Ιτ", 907); freq.put(" Μι", 1148); freq.put("Ό", 1024); freq.put("νη ", 4892); freq.put("βρ", 7265); freq.put("βό", 1236); freq.put(" Μέ", 676); freq.put(" Μά", 1156); freq.put("Δημ", 1529); freq.put("ουλ", 3147); freq.put("δρα", 2109); freq.put("δρο", 2284); freq.put("ίνε", 1855); freq.put(" χρ", 4665); freq.put(" χώ", 2083); freq.put("ντ ", 1585); freq.put(" ο ", 9144); freq.put(" χω", 2280); freq.put("τώ", 3229); freq.put("ρε ", 822); freq.put("τό", 9167); freq.put("τύ", 1372); freq.put("υγγ", 1153); freq.put("τω", 14910); freq.put("υγο", 1001); freq.put("ττ", 1165); freq.put("τυ", 2752); freq.put("υγκ", 1660); freq.put("τρ", 19405); freq.put("ελο", 1356); freq.put("ελλ", 4425); freq.put("είν", 22546); freq.put("ελι", 1033); freq.put("ές ", 9688); freq.put("ελε", 3847); freq.put("είμ", 673); freq.put("Μ", 17575); freq.put("γκό", 699); freq.put("γκρ", 957); freq.put(" μυ", 2558); freq.put(" Σκ", 861); freq.put(" Σι", 796); freq.put("ες ", 14729); freq.put("δή ", 1030); freq.put("s ", 5020); freq.put("ζει", 1250); freq.put("έλη", 777); freq.put("ζετ", 3914); freq.put("έλα", 1017); freq.put("λόγ", 1758); freq.put("έλο", 1016); freq.put(" Στ", 4987); freq.put(" Συ", 1596); freq.put("γκο", 1093); freq.put("γκα", 1052); freq.put("γκε", 929); freq.put("τή", 11346); freq.put("τί", 8764); freq.put("τά", 12970); freq.put("τέ", 8491); freq.put("ss", 802); freq.put("ελφ", 670); freq.put("πελ", 849); freq.put("st", 1761); freq.put("το", 124490); freq.put("si", 952); freq.put("τλ", 1268); freq.put("τι", 46176); freq.put("τζ", 1331); freq.put("τη", 93724); freq.put("τε", 30296); freq.put("se", 995); freq.put("τα", 73796); freq.put(" αγ", 3185); freq.put(" αδ", 879); freq.put(" αε", 736); freq.put(" αθ", 840); freq.put(" αι", 1819); freq.put("φθη", 729); freq.put(" αλ", 2584); freq.put(" αμ", 1021); freq.put(" αν", 12857); freq.put("ρεί", 2767); freq.put("ρει", 4053); freq.put("τλο", 835); freq.put("έως", 769); freq.put("δήμ", 1730); freq.put("α", 554256); freq.put("ίχε", 1140); freq.put(" μπ", 1646); freq.put("γκ ", 753); freq.put("ώς ", 2025); freq.put("ρεσ", 889); freq.put("ρες", 2082); freq.put("ρευ", 659); freq.put("ρετ", 2773); freq.put(" θά", 727); freq.put("ρεύ", 824); freq.put("τ ", 3704); freq.put(" απ", 30213); freq.put(" αρ", 6507); freq.put(" ασ", 3167); freq.put(" ατ", 926); freq.put(" αυ", 4681); freq.put(" αφ", 1044); freq.put("βρί", 4251); freq.put("em", 659); freq.put("el", 1708); freq.put("en", 2808); freq.put("Ά", 2718); freq.put("ed", 859); freq.put("ea", 941); freq.put("et", 1060); freq.put("ντρ", 2342); freq.put("es", 2097); freq.put("er", 4530); freq.put("παγ", 893); freq.put("παι", 1177); freq.put("παλ", 1326); freq.put("παν", 2463); freq.put("διο", 3225); freq.put("παί", 655); freq.put("κής", 8061); freq.put("ώθη", 1056); freq.put("G", 1852); freq.put("φ", 44210); freq.put("σότ", 899); freq.put("e ", 6418); freq.put("παρ", 8016); freq.put("πατ", 824); freq.put("βρο", 795); freq.put("παϊ", 680); freq.put("ρχί", 1672); freq.put(" ομ", 3122); freq.put("ντι", 5956); freq.put("ντο", 2386); freq.put(" οι", 5274); freq.put(" To", 646); freq.put("ντα", 8117); freq.put("είτ", 3867); freq.put("μπε", 1085); freq.put("ντε", 1807); freq.put("ρχο", 1048); freq.put("ντί", 2029); freq.put("ντά", 1383); freq.put("ρχη", 823); freq.put("ρχε", 1183); freq.put("ής ", 18113); freq.put("ρχα", 2526); freq.put(" Αυ", 2137); freq.put("μερ", 4521); freq.put("πον", 1356); freq.put("ποκ", 999); freq.put("πολ", 7906); freq.put("ποι", 5038); freq.put("ποδ", 2435); freq.put(" Λι", 661); freq.put("πογ", 674); freq.put("ποί", 6780); freq.put("Λ", 6273); freq.put("hum", 677); freq.put("x ", 1036); freq.put("νε ", 1648); freq.put("ιφέ", 650); freq.put("ia ", 803); freq.put("μεί", 1099); freq.put("r", 19022); freq.put("ποχ", 850); freq.put("ποτ", 4745); freq.put("που", 20607); freq.put("πος", 1087); freq.put("ποσ", 1036); freq.put("πορ", 2148); freq.put("Κό", 910); freq.put("Κύ", 1401); freq.put("Κω", 831); freq.put("Κυ", 1027); freq.put("σα ", 3872); freq.put("Κρ", 1403); freq.put("μφω", 1019); freq.put("υά", 1396); freq.put("αμέ", 982); freq.put("άζ", 2851); freq.put("υμ", 7534); freq.put("άδ", 6624); freq.put("е", 697); freq.put("άγ", 2736); freq.put("υλ", 5896); freq.put("υκ", 2985); freq.put("άξ", 842); freq.put("άο", 721); freq.put("άμ", 3476); freq.put("άν", 11519); freq.put("άκ", 2900); freq.put("άλ", 9559); freq.put("άθ", 2400); freq.put("άι", 984); freq.put("άφ", 3485); freq.put("άχ", 1258); freq.put("άτ", 7688); freq.put("άς", 2871); freq.put("άσ", 7087); freq.put("άπ", 2212); freq.put("άρ", 7787); freq.put(" φι", 921); freq.put("υτ", 12113); freq.put("υχ", 1680); freq.put("υφ", 1198); freq.put("υρ", 12723); freq.put("υπ", 8507); freq.put("υσ", 11499); freq.put("υς", 13842); freq.put("μορ", 1296); freq.put("αβε", 1016); freq.put("ων", 32748); freq.put("ωμ", 4528); freq.put("Κά", 943); freq.put("καθ", 2426); freq.put("δια", 7984); freq.put("και", 39436); freq.put("Κο", 2565); freq.put("Κι", 702); freq.put("Κε", 764); freq.put("Κα", 4969); freq.put("ην ", 28066); freq.put(" όπ", 2757); freq.put("κές", 3367); freq.put("δύο", 1317); freq.put(" σή", 911); freq.put("Καλ", 850); freq.put("ιωτ", 1177); freq.put("а", 1103); freq.put("κοσ", 762); freq.put("ε", 333395); freq.put("οθε", 1042); freq.put("αθη", 1010); freq.put("μαχ", 648); freq.put("H", 2233); freq.put(" νη", 980); freq.put("μασ", 1431); freq.put(" να", 5646); freq.put("Υπ", 1010); freq.put("νγκ", 862); freq.put("κέν", 650); freq.put("ολυ", 875); freq.put("ϊκή", 860); freq.put("ης ", 54494); freq.put("ήρε", 756); freq.put("Ιτα", 855); freq.put("αστ", 6688); freq.put("κογ", 1034); freq.put("νω ", 758); freq.put("ίση", 1856); freq.put("ηχ", 968); freq.put("ωθ", 777); freq.put("άδα", 3349); freq.put("ητ", 11258); freq.put("ησ", 11936); freq.put("ης", 54552); freq.put("ηρ", 6263); freq.put("ώνη", 931); freq.put("ήρξ", 1088); freq.put("ωγ", 2280); freq.put("ωβ", 791); freq.put("άδο", 1280); freq.put("ωδ", 719); freq.put("κοπ", 1299); freq.put("κορ", 683); freq.put("κος", 1289); freq.put("ώνε", 1144); freq.put("κου", 2843); freq.put("κοι", 2432); freq.put("κού", 6899); freq.put(" Σο", 1128); freq.put("κολ", 1260); freq.put("όδο", 943); freq.put("ϊ", 3454); freq.put("κον", 2063); freq.put("ηγ", 3510); freq.put("οί ", 1669); freq.put("ωρ", 6506); freq.put("ωπ", 2336); freq.put("ην", 37308); freq.put("ημ", 19012); freq.put("ηλ", 4366); freq.put("ηκ", 9969); freq.put("ηθ", 2646); freq.put("ίστ", 2304); freq.put("α ", 122436); freq.put("s", 12992); freq.put("λή ", 1370); freq.put("όγο", 980); freq.put(" ως", 4538); freq.put("εια", 5347); freq.put("ειδ", 2526); freq.put("ειν", 862); freq.put("ύου", 1130); freq.put("ωσ", 8039); freq.put("Ο", 20140); freq.put(" Α ", 894); freq.put("ιαί", 809); freq.put("ως", 10668); freq.put("κας", 811); freq.put("ωτ", 6473); freq.put("ιαν", 1844); freq.put("ιαμ", 1313); freq.put("ιακ", 4564); freq.put("ιαδ", 1030); freq.put("καρ", 1054); freq.put("λώσ", 1078); freq.put("Ο ", 12037); freq.put("λών", 940); freq.put("ιατ", 1212); freq.put("ιαφ", 946); freq.put(" Υπ", 1004); freq.put("ιασ", 1512); freq.put("ιας", 3279); freq.put("χή ", 2299); freq.put("γμα", 1795); freq.put("τισ", 2348); freq.put("Γαλ", 1018); freq.put("ημέ", 1558); freq.put("σσό", 800); freq.put("μη ", 2038); freq.put("νασ", 1113); freq.put("οι ", 6175); freq.put("ειρ", 2701); freq.put("ημι", 2310); freq.put("εισ", 862); freq.put("εις", 3437); freq.put("ειτ", 1270); freq.put("ημο", 3252); freq.put("υαρ", 1339); freq.put("ναυ", 689); freq.put("ημε", 2120); freq.put(" γλ", 1409); freq.put(" γι", 8013); freq.put("τεί", 2724); freq.put(" γα", 745); freq.put("νη", 14939); freq.put(" γε", 4322); freq.put("τει", 1045); freq.put("τελ", 4578); freq.put("τεμ", 808); freq.put(" Ια", 1066); freq.put("μά", 7858); freq.put("επο", 863); freq.put("υστ", 2102); freq.put(" Ma", 1020); freq.put("επι", 5002); freq.put("επα", 2136); freq.put("επί", 3082); freq.put("δ", 87843); freq.put("φυσ", 992); freq.put("υσί", 1021); freq.put("κητ", 870); freq.put("ξε ", 1387); freq.put("νθ", 2946); freq.put("υση", 1190); freq.put("υσα", 1288); freq.put("επτ", 1207); freq.put("υσμ", 1067); freq.put("υσι", 2818); freq.put("τεύ", 1209); freq.put("τερ", 11689); freq.put("τες", 1997); freq.put("τεχ", 1125); freq.put(" Σύ", 1275); freq.put(" γρ", 1532); freq.put(" γυ", 721); freq.put("γωγ", 1517); freq.put("τε ", 2677); freq.put("Τζ", 1148); freq.put("ρυσ", 751); freq.put("γετ", 873); freq.put("Προ", 732); freq.put("νδί", 1002); freq.put("νδι", 887); freq.put("κάν", 679); freq.put("κάθ", 781); freq.put("κάτ", 989); freq.put("κάπ", 806); freq.put("ω", 82386); freq.put("νδρ", 1754); freq.put("ειο", 1827); freq.put("Πρω", 677); freq.put("Πρό", 666); freq.put("χθη", 1072); freq.put("t", 15175); freq.put("οιό", 643); freq.put(" Να", 926); freq.put("οιχ", 1283); freq.put(" Νο", 1695); freq.put("μηχ", 778); freq.put("μητ", 983); freq.put(" σχ", 2338); freq.put("ει ", 13053); freq.put(" O ", 728); freq.put(" Νέ", 832); freq.put("Άγ", 672); freq.put("Ολ", 1010); freq.put("Οκ", 750); freq.put("Οι", 2398); freq.put("ήσο", 649); freq.put("ιλι", 2810); freq.put("ια ", 20899); freq.put("o ", 2523); freq.put("χής", 681); freq.put("Του", 646); freq.put("Οι ", 2013); freq.put("Ου", 930); freq.put("Κατ", 1044); freq.put("Ορ", 745); freq.put("on", 3275); freq.put("om", 903); freq.put("ol", 1227); freq.put("φω", 2505); freq.put("ως ", 10658); freq.put("of", 654); freq.put("ύο ", 1340); freq.put("οιο", 1378); freq.put("ιτο", 998); freq.put("οιν", 2467); freq.put("οικ", 4166); freq.put("ιτι", 2704); freq.put("οιη", 754); freq.put("ou", 924); freq.put("ιτε", 1108); freq.put("os", 875); freq.put("or", 2245); freq.put("οια", 988); freq.put("ιτα", 1283); freq.put("ίζε", 3305); freq.put("ία ", 26814); freq.put("ώσε", 810); freq.put("αρ", 29289); freq.put("απ", 33497); freq.put("ασ", 22621); freq.put("ας", 38338); freq.put("αυ", 7302); freq.put("ατ", 37260); freq.put("αχ", 2612); freq.put("αφ", 9354); freq.put("αϊ", 2364); freq.put("αύ", 1058); freq.put("σί", 8405); freq.put("σή", 1903); freq.put("σέ", 940); freq.put("σά", 1139); freq.put(" Έν", 836); freq.put("σκ", 10283); freq.put("γη", 1772); freq.put("σθ", 1011); freq.put("σο", 6917); freq.put("σμ", 12903); freq.put("ω ", 2903); freq.put("σα", 9280); freq.put("ωση", 2679); freq.put("σε", 22382); freq.put("αΐ", 1011); freq.put("σω", 3204); freq.put("οία", 2635); freq.put("σώ", 1166); freq.put("σύ", 4398); freq.put("η ", 59406); freq.put("σσ", 6194); freq.put("οίο", 3618); freq.put("J", 1156); freq.put("σχ", 3635); freq.put("σφ", 3318); freq.put("συ", 12181); freq.put("οίκ", 1187); freq.put("κο ", 960); freq.put(" Βα", 2096); freq.put("ίπο", 938); freq.put("μπο", 2312); freq.put("αγ", 12802); freq.put("αβ", 3590); freq.put("αε", 1433); freq.put("αδ", 5509); freq.put("ϊκ", 1906); freq.put("αζ", 1934); freq.put("αι", 93478); freq.put("αθ", 7116); freq.put("αλ", 21090); freq.put("ακ", 15045); freq.put("αν", 58537); freq.put("αμ", 10092); freq.put("αο", 903); freq.put("αξ", 3125); freq.put("έκτ", 1194); freq.put("ναι", 23633); freq.put("he ", 670); freq.put("ώσσ", 997); freq.put("αί", 10379); freq.put("Θε", 1962); freq.put("διά", 2910); freq.put("ac", 959); freq.put("αμε", 1031); freq.put("ad", 799); freq.put("ai", 668); freq.put("Έ", 4042); freq.put("ίδο", 723); freq.put("υτή", 1523); freq.put("al", 2276); freq.put(" Τρ", 1615); freq.put("an", 4262); freq.put("as", 1170); freq.put("υτα", 731); freq.put("at", 2084); freq.put("δικ", 4263); freq.put("διε", 2036); freq.put("υτι", 3118); freq.put("υτο", 2715); freq.put("εκτ", 2188); freq.put("εκρ", 827); freq.put("θαν", 924); freq.put("φικ", 1262); freq.put("φιλ", 1198); freq.put("igh", 691); freq.put("a ", 4343); freq.put("ψ", 4318); freq.put("Αγγ", 839); freq.put("καλ", 3288); freq.put("εκδ", 780); freq.put("υβέ", 734); freq.put("εκα", 1164); freq.put("υτό", 1999); freq.put(" Το", 8380); freq.put("ιβλ", 841); freq.put("u", 9674); freq.put(" Τζ", 1148); freq.put(" Τα", 1842); freq.put("ατέ", 1441); freq.put("όντ", 1036); freq.put("ωστ", 3134); freq.put("υνε", 870); freq.put("υνδ", 710); freq.put("υνα", 2074); freq.put("ατη", 1870); freq.put("ώπ", 1387); freq.put("ώρ", 3768); freq.put("υνο", 1544); freq.put("ώσ", 2701); freq.put("tr", 915); freq.put("υνθ", 722); freq.put("to", 1131); freq.put("th", 1729); freq.put("ti", 2250); freq.put("υνέ", 720); freq.put("и", 935); freq.put("υνί", 677); freq.put("te", 1980); freq.put("ta", 1485); freq.put("χε ", 1257); freq.put("ύ", 61448); freq.put("al ", 791); freq.put("ώθ", 1069); freq.put("υντ", 1338); freq.put("ιες", 926); freq.put("ώμ", 1777); freq.put("ών", 20079); freq.put("υλι", 722); freq.put("ώδ", 730); freq.put("ώη", 641); freq.put("εύ", 4761); freq.put("and", 770); freq.put("εό", 1241); freq.put("ge", 831); freq.put("αερ", 700); freq.put("όνι", 1308); freq.put("όνο", 4918); freq.put("t ", 3000); freq.put("υς ", 13808); freq.put("Μπ", 2700); freq.put("ύντ", 1574); freq.put("άτω", 1906); freq.put("βαν", 794); freq.put("ter", 753); freq.put("γάν", 752); freq.put("γάλ", 2004); freq.put("ρίζ", 2399); freq.put("ρίδ", 772); freq.put("ρία", 4134); freq.put("ι ", 112286); freq.put("ρίο", 5068); freq.put("ρίν", 739); freq.put("ες", 14762); freq.put("χη", 2825); freq.put("ρίτ", 724); freq.put("ρίσ", 4287); freq.put("ρίπ", 1019); freq.put("λο ", 3553); freq.put("K", 1166); freq.put("ρίω", 1265); freq.put("ημα", 7616); freq.put("ωπα", 870); freq.put("όπω", 1790); freq.put("ωπο", 844); freq.put("χο", 6422); freq.put("ύνο", 857); freq.put("άτη", 871); freq.put("βασ", 2971); freq.put("άτι", 758); freq.put("άτο", 2114); freq.put("χν", 2772); freq.put(" εμ", 1144); freq.put("τηγ", 801); freq.put(" εξ", 2635); freq.put(" εθ", 1094); freq.put(" ει", 1529); freq.put(" εκ", 4866); freq.put(" ελ", 4400); freq.put("τηκ", 1948); freq.put("τηλ", 655); freq.put("τημ", 2854); freq.put("την", 27288); freq.put("ριν", 2336); freq.put("ριμ", 904); freq.put("ριο", 5568); freq.put(" εί", 24110); freq.put("ριθ", 994); freq.put("ριλ", 1434); freq.put("ρικ", 7396); freq.put("χθ", 1552); freq.put("ρια", 3527); freq.put("ριγ", 689); freq.put("υρω", 883); freq.put("ήθ", 4033); freq.put(" γν", 3012); freq.put("ήκ", 2438); freq.put("ώμα", 1362); freq.put("η", 223442); freq.put("ήμ", 8522); freq.put("πτε", 965); freq.put("ήν", 2806); freq.put("υρά", 671); freq.put("υρί", 1627); freq.put("ίς ", 1391); freq.put("υρι", 1000); freq.put("ότα", 2254); freq.put("υρκ", 776); freq.put("ότη", 3717); freq.put("υρο", 983); freq.put("υρα", 699); freq.put("υργ", 2911); freq.put("σι", 15384); freq.put("λάδ", 2237); freq.put("ριό", 2111); freq.put("λα ", 2059); freq.put("ριφ", 871); freq.put("ρισ", 7036); freq.put("της", 36695); freq.put("τησ", 1537); freq.put("τηρ", 3076); freq.put("ίο ", 4669); freq.put("τητ", 3914); freq.put("v", 2733); freq.put(" ετ", 975); freq.put(" ευ", 1283); freq.put(" εφ", 760); freq.put(" επ", 11178); freq.put(" ερ", 1138); freq.put("Δ", 9926); freq.put("Βε", 785); freq.put("Βα", 2099); freq.put("ουά", 882); freq.put("Βο", 1596); freq.put("Βι", 900); freq.put("f ", 722); freq.put("ουν", 4982); freq.put("ουμ", 1209); freq.put("ουα", 1700); freq.put(" Ο ", 11895); freq.put("ουδ", 1420); freq.put("γορ", 893); freq.put(" Αγ", 2491); freq.put("πει", 1514); freq.put("σπο", 1081); freq.put("πεδ", 722); freq.put("σπα", 974); freq.put(" Ακ", 643); freq.put(" Αλ", 1804); freq.put(" Αμ", 1723); freq.put(" Αν", 3964); freq.put("ύθ", 1852); freq.put("γος", 1565); freq.put("έχε", 3074); freq.put("γου", 2071); freq.put("έχο", 1069); freq.put("κλο", 1123); freq.put("έχρ", 1025); freq.put(" κά", 2601); freq.put("λαδ", 919); freq.put("ό", 136039); freq.put(" Απ", 2366); freq.put(" Αρ", 2641); freq.put(" Ασ", 1614); freq.put("ηχα", 829); freq.put("ν ", 112419); freq.put("αμα", 698); freq.put("περ", 10195); freq.put("κά ", 10264); freq.put("a", 25408); freq.put("us ", 771); freq.put("ουσ", 4557); freq.put("ους", 13764); freq.put("ουρ", 5299); freq.put("Κων", 707); freq.put("μα ", 12255); freq.put("Βρ", 2238); freq.put(" Οκ", 750); freq.put(" Ολ", 1008); freq.put(" Οι", 2387); freq.put("ματ", 10484); freq.put("y ", 1749); freq.put("ου ", 87770); freq.put("ζί", 1027); freq.put("ζα", 1710); freq.put("Β ", 722); freq.put("ζε", 6065); freq.put("ζη", 738); freq.put("ζι", 1237); freq.put("ήρι", 880); freq.put("ολύ", 921); freq.put("ολό", 1136); freq.put("ζο", 2939); freq.put("Ρ", 4090); freq.put("δί", 4576); freq.put("Τσ", 726); freq.put("Τρ", 1616); freq.put("νυ", 1752); freq.put("ντ", 28913); freq.put("όμο", 1617); freq.put("νσ", 1980); freq.put("νό", 10195); freq.put("όμα", 718); freq.put("νώ", 4161); freq.put("νω", 9532); freq.put("όμε", 2708); freq.put("νε", 15475); freq.put("νδ", 5696); freq.put("όμω", 688); freq.put("να", 62303); freq.put("νγ", 910); freq.put("νν", 4891); freq.put("νο", 34560); freq.put("κων", 656); freq.put("νι", 23024); freq.put("L", 2060); freq.put("Το", 8405); freq.put("Με", 3726); freq.put("φή ", 1774); freq.put("νέ", 3576); freq.put("νά", 5541); freq.put("νί", 9927); freq.put("νή", 7879); freq.put("Τα", 1846); freq.put("μαί", 1647); freq.put("ολε", 1313); freq.put("ολη", 1127); freq.put("ολι", 5666); freq.put("ζω", 1103); freq.put("ολλ", 1265); freq.put("Μα", 4471); freq.put("ζό", 1259); freq.put("ολο", 6719); freq.put("μαν", 3924); freq.put("εδ", 3726); freq.put("μαζ", 923); freq.put(" Ου", 928); freq.put("ολέ", 884); freq.put("ολί", 1066); freq.put("ολή", 1110); freq.put("λασ", 1322); freq.put("αση", 2971); freq.put("λατ", 899); freq.put("ασκ", 1313); freq.put("ασι", 3609); freq.put("Χ ", 729); freq.put("γον", 1405); freq.put("ρι ", 2104); freq.put("ασμ", 1014); freq.put("ίου", 12007); freq.put("τη ", 14833); freq.put("ίος", 1746); freq.put("Μι", 1150); freq.put("ασί", 3461); freq.put("ωρί", 1331); freq.put("πρα", 1142); freq.put("κλη", 1528); freq.put("I", 2360); freq.put("ωρι", 2402); freq.put(" έκ", 1202); freq.put("ζ", 19116); freq.put("ωρε", 765); freq.put("αζί", 676); freq.put("τολ", 2689); freq.put("βάν", 1252); freq.put("λέγ", 681); freq.put("ίοδ", 915); freq.put("τομ", 1711); freq.put("τον", 13580); freq.put("λαί", 667); freq.put("ψη", 1336); freq.put("ψε", 1003); freq.put("λαγ", 813); freq.put("λαβ", 1022); freq.put("ώρα", 1560); freq.put("λά ", 1854); freq.put("w", 1649); freq.put("τογ", 1175); freq.put("λαι", 1164); freq.put("γού", 1541); freq.put("λαν", 1780); freq.put("λαμ", 1653); freq.put("εύε", 718); freq.put("λέμ", 640); freq.put("εύο", 1107); freq.put("τσι", 825); freq.put("ππ", 796); freq.put(" Φρ", 703); freq.put("τυπ", 686); freq.put("λού", 2344); freq.put("πτ", 4561); freq.put("λέξ", 905); freq.put("λος", 3446); freq.put("λου", 3295); freq.put("ορο", 1078); freq.put(" Χ ", 688); freq.put("φου", 862); freq.put("πω", 3057); freq.put("φορ", 4132); freq.put("φος", 1513); freq.put("άλι", 654); freq.put("εθο", 675); freq.put("εθν", 2241); freq.put("άλα", 1032); freq.put("ας ", 38230); freq.put("λον", 1147); freq.put("πό", 28476); freq.put("λογ", 7404); freq.put("γέν", 1475); freq.put("b", 4017); freq.put(" Φε", 912); freq.put(" Φι", 702); freq.put("ύς", 3629); freq.put("ύν ", 1686); freq.put("εύτ", 1065); freq.put("στη", 20031); freq.put("βάλ", 748); freq.put("άλο", 1498); freq.put("Αθή", 1140); freq.put("ητέ", 684); freq.put("ητή", 1996); freq.put("ητα", 2938); freq.put("ητε", 799); freq.put("ητι", 2642); freq.put("ητο", 760); freq.put("ρτη", 992); freq.put("στο", 18068); freq.put("λοί", 713); freq.put("χετ", 1198); freq.put("ρτο", 808); freq.put(" δύ", 1562); freq.put("υν ", 3485); freq.put("άλη", 999); freq.put("ρτί", 865); freq.put(" δυ", 1764); freq.put(" δρ", 920); freq.put(" δο", 1194); freq.put(" δι", 13223); freq.put("ώ ", 1686); freq.put(" δε", 3712); freq.put("χεί", 1404); freq.put(" δί", 798); freq.put(" δή", 1731); freq.put("σό", 1919); freq.put("χεδ", 695); freq.put("χει", 4759); freq.put("ρκε", 1056); freq.put("όν ", 1172); freq.put("λές", 766); freq.put("βολ", 1321); freq.put("ρας", 2953); freq.put("ηθυ", 973); freq.put("μ ", 2390); freq.put("Ιου", 1221); freq.put("τέρ", 1900); freq.put("τές", 1644); freq.put("Υ", 1630); freq.put("έλε", 1428); freq.put("Γερ", 1165); freq.put("τέχ", 815); freq.put("ζον", 1351); freq.put("Ή", 969); freq.put("ιεί", 1032); freq.put(" έτ", 734); freq.put("ιλα", 936); freq.put("απο", 6560); freq.put("ιλε", 728); freq.put("σπ", 3490); freq.put("ρές", 813); freq.put("ιλο", 1028); freq.put("απε", 757); freq.put("Α ", 1540); freq.put("Αρχ", 657); freq.put("ιερ", 1150); freq.put("Γεν", 1089); freq.put("τέλ", 1720); freq.put("ιλί", 1034); freq.put(" έρ", 1085); freq.put("γής", 750); freq.put("ηθο", 652); freq.put("κτ", 10513); freq.put(" Β ", 692); freq.put("x", 1425); freq.put("άφο", 2166); freq.put("βου", 1328); freq.put("ροε", 1475); freq.put("ροδ", 662); freq.put("ρογ", 664); freq.put("ροβ", 944); freq.put("ταγ", 1554); freq.put("ταμ", 1209); freq.put("ταν", 14808); freq.put("ταξ", 1725); freq.put("ρομ", 1223); freq.put("ρολ", 823); freq.put("ροκ", 927); freq.put("ταλ", 2606); freq.put("ρη ", 2996); freq.put("σε ", 13475); freq.put("ροέ", 803); freq.put("λής", 941); freq.put(" λό", 896); freq.put("φων", 1670); freq.put("ησι", 2711); freq.put(" Λα", 1229); freq.put("κ", 245170); freq.put("Ηλ", 946); freq.put("To", 652); freq.put("στ", 76523); freq.put("Ηρ", 654); freq.put("c", 7473); freq.put("ών ", 13524); freq.put("Αγί", 679); freq.put("τατ", 1252); freq.put("ροφ", 1412); freq.put("ρου", 6209); freq.put("ροτ", 807); freq.put("ροσ", 3339); freq.put("ταρ", 960); freq.put("τας", 2802); freq.put("ροπ", 1689); freq.put("ρού", 2500); freq.put(" ηλ", 1023); freq.put("οχή", 2609); freq.put("ιών", 3452); freq.put("ρωτ", 3312); freq.put("ρωπ", 1145); freq.put("ρωσ", 834); freq.put(" Γκ", 1274); freq.put(" Γι", 1594); freq.put(" Γο", 753); freq.put(" Γα", 1202); freq.put("Αντ", 1044); freq.put(" Γε", 2953); freq.put("θε ", 885); freq.put("ησί", 1393); freq.put("pe", 702); freq.put("ηρί", 1339); freq.put("N", 1723); freq.put("ηρο", 1562); freq.put("νών", 1557); freq.put("ηρι", 1012); freq.put(" th", 948); freq.put("Ανα", 1441); freq.put("ηρε", 814); freq.put("ρων", 1731); freq.put("ρωμ", 989); freq.put("πηρ", 828); freq.put("τά ", 6317); freq.put("κκλ", 769); freq.put("πιτ", 871); freq.put("γα ", 679); freq.put("λυμ", 1032); freq.put("Τ", 16684); freq.put("ιότ", 2001); freq.put("λπ", 663); freq.put("λφ", 1355); freq.put("λυ", 3470); freq.put("λτ", 890); freq.put("Ελλ", 2950); freq.put("λω", 3053); freq.put(" όλ", 952); freq.put("λώ", 2414); freq.put("λύ", 3607); freq.put("λό", 3924); freq.put("λγ", 684); freq.put("λβ", 741); freq.put("λα", 15386); freq.put(" ότ", 1627); freq.put("λη", 19148); freq.put("λε", 18373); freq.put("Π", 18130); freq.put("λλ", 20970); freq.put("λκ", 1174); freq.put("λι", 20827); freq.put("μό ", 3080); freq.put("λο", 25987); freq.put("Είν", 1389); freq.put("λμ", 1804); freq.put("Ιαν", 723); freq.put("k ", 870); freq.put("λυτ", 817); freq.put("λί", 8413); freq.put("λή", 4583); freq.put("λέ", 5224); freq.put("λά", 7390); freq.put("οει", 1399); freq.put("νο ", 5296); freq.put("αθώ", 989); freq.put("αυρ", 642); freq.put("y", 3535); freq.put("γαλ", 2463); freq.put("αρα", 6192); freq.put("γαν", 1627); freq.put("αρμ", 849); freq.put("αρο", 1166); freq.put("αρι", 2077); freq.put("O ", 936); freq.put("χώρ", 2395); freq.put("τάλ", 737); freq.put("αρά", 1986); freq.put("υμπ", 1569); freq.put("τάθ", 737); freq.put(" μη", 1415); freq.put("τάν", 734); freq.put("ύμα", 648); freq.put("ύμε", 885); freq.put("μός", 2661); freq.put("ι", 405235); freq.put("χα", 7239); freq.put("tio", 831); freq.put("αδε", 988); freq.put("αδι", 1357); freq.put("λ ", 3759); freq.put("ύμφ", 1059); freq.put("μόν", 1144); freq.put("αδή", 866); freq.put("δα ", 3858); freq.put("φε", 2326); freq.put("τάσ", 1170); freq.put("υμο", 1114); freq.put("υμμ", 700); freq.put("υμβ", 739); freq.put("υμα", 785); freq.put("αρτ", 1786); freq.put("αρχ", 6414); freq.put("γασ", 694); freq.put("υπή", 1017); freq.put("δει", 815); freq.put("υπά", 768); freq.put("δελ", 851); freq.put("b ", 924); freq.put("δεν", 1174); freq.put("ρήσ", 959); freq.put("υπο", 3053); freq.put("υπη", 741); freq.put("λίο", 1804); freq.put("λία", 3193); freq.put(" δη", 3127); freq.put("άλλ", 3199); freq.put("θεί", 1506); freq.put("ίες", 2648); freq.put("νώ ", 1108); freq.put("M", 3387); freq.put("O", 1910); freq.put("ώ", 40333); freq.put("θετ", 1279); freq.put("κή ", 16317); freq.put("θερ", 1269); freq.put("θεσ", 1224); freq.put("θεω", 1121); freq.put("ύμ", 4174); freq.put("υπό", 808); freq.put("ς ", 240346); freq.put(" Έχ", 649); freq.put("όδ", 1693); freq.put("δεύ", 817); freq.put(" ον", 2891); freq.put("κατ", 10049); freq.put("δες", 1552); freq.put("ώνυ", 1219); freq.put("φία", 1007); freq.put("σει", 4874); freq.put("τα ", 16925); freq.put("ρο ", 6138); freq.put("Σ", 17983); freq.put("ήκε", 1241); freq.put("Η ", 10508); freq.put("χι", 3395); freq.put("μης", 911); freq.put(" ολ", 648); freq.put(" Αθ", 2042); freq.put(" Co", 711); freq.put(" Νι", 686); freq.put("Ια", 1067); freq.put("κασ", 794); freq.put("χημ", 1273); freq.put(" Αι", 968); freq.put(" η ", 9904); freq.put("κυβ", 687); freq.put("us", 1362); freq.put("ur", 1293); freq.put("um", 1309); freq.put("ul", 682); freq.put("un", 754); freq.put("ώνα", 1750); freq.put("z", 1248); freq.put("σεω", 1071); freq.put("μη", 6074); freq.put("με", 36995); freq.put("μβ", 5397); freq.put("γή ", 1222); freq.put("μα", 35176); freq.put("μο", 26826); freq.put("μμ", 4065); freq.put("μν", 1567); freq.put("μι", 14565); freq.put("Σκ", 862); freq.put("Σι", 796); freq.put("νας", 6220); freq.put("Σο", 1132); freq.put("νατ", 2689); freq.put("ναφ", 1731); freq.put("μή", 3752); freq.put("μί", 4420); freq.put("Σα", 1339); freq.put("μέ", 15352); freq.put("Σε", 1940); freq.put("A ", 657); freq.put("γερ", 916); freq.put(" Μα", 4467); freq.put("οκα", 975); freq.put("μβο", 1003); freq.put("Αρ", 2646); freq.put("Απ", 2382); freq.put("Ασ", 1614); freq.put("Αυ", 2140); freq.put("ώτ", 3447); freq.put("θ", 54925); freq.put("μβά", 1095); freq.put("Αγ", 2492); freq.put("οτέ", 721); freq.put("Αι", 969); freq.put("Αθ", 2048); freq.put("Αλ", 1805); freq.put("Ακ", 644); freq.put("Αν", 3971); freq.put("Αμ", 1723); freq.put("μβρ", 2160); freq.put("οτι", 1757); freq.put("μέτ", 1129); freq.put("οκρ", 2314); freq.put("οτα", 918); freq.put(" πά", 1081); freq.put("οτε", 3981); freq.put(" Βε", 785); freq.put("ναγ", 847); freq.put("e", 26057); freq.put("Σύ", 1280); freq.put("σσε", 911); freq.put(" Βο", 1594); freq.put("νακ", 1377); freq.put("σσα", 2647); freq.put("Συ", 1600); freq.put("Στ", 5008); freq.put("μφ", 2313); freq.put("μυ", 2965); freq.put("μπ", 8431); freq.put("μώ", 1755); freq.put("μό", 8452); freq.put("μω", 1439); freq.put(" a", 888); freq.put(" d", 1163); freq.put(" ισ", 2453); freq.put(" έν", 9401); freq.put(" o", 780); freq.put("ρνη", 961); freq.put("ήσε", 1365); freq.put(" r", 827); freq.put(" s", 849); freq.put(" p", 1168); freq.put("εώ", 702); freq.put("εω", 4500); freq.put(" t", 1268); freq.put("ευ", 8533); freq.put("ετ", 27314); freq.put("εχ", 2179); freq.put("εφ", 1836); freq.put("ερ", 40179); freq.put("επ", 13811); freq.put("εσ", 7584); freq.put("gh", 801); freq.put(" B", 2227); freq.put(" C", 3233); freq.put("χε", 9910); freq.put(" A", 3004); freq.put(" F", 1657); freq.put(" G", 1632); freq.put(" D", 1595); freq.put(" E", 1570); freq.put(" J", 1101); freq.put(" K", 1080); freq.put(" H", 2002); freq.put(" I", 1555); freq.put(" N", 1284); freq.put(" O", 1504); freq.put(" L", 1764); freq.put(" M", 2988); freq.put(" R", 1624); freq.put(" S", 3325); freq.put(" P", 2318); freq.put("ήλ", 1001); freq.put(" V", 798); freq.put(" W", 1185); freq.put(" T", 2305); freq.put(" U", 829); freq.put("χί", 2595); freq.put("χή", 3366); freq.put("χέ", 1462); freq.put("χά", 891); freq.put("ν", 363085); freq.put("ήρ", 4528); freq.put("ής", 18133); freq.put("ήσ", 3271); freq.put("ήτ", 11312); freq.put("γνω", 3224); freq.put("όπο", 2513); freq.put("P", 2832); freq.put("χτ", 889); freq.put("χρ", 6885); freq.put("g ", 1029); freq.put("χώ", 2869); freq.put("χό", 665); freq.put("χω", 3038); freq.put("εν", 19361); freq.put("εμ", 6248); freq.put("εο", 2282); freq.put("εξ", 4958); freq.put("ει", 35123); freq.put("εθ", 3485); freq.put("ελ", 15989); freq.put("εκ", 9726); freq.put("Μο", 1624); freq.put("εζ", 688); freq.put("εα", 1003); freq.put("εγ", 5939); freq.put("εβ", 1575); freq.put("εά", 775); freq.put("εί", 44740); freq.put("Μά", 1161); freq.put("Μέ", 678); freq.put(" ιδ", 2116); freq.put("ρντ", 654); freq.put("ορε", 3059); freq.put("πρ", 20097); freq.put("οργ", 1807); freq.put("ορα", 1218); freq.put("πυ", 748); freq.put("στά", 1775); freq.put("στέ", 1100); freq.put("στή", 4608); freq.put("στί", 782); freq.put("ορι", 2946); freq.put("στε", 4570); freq.put("πικ", 1602); freq.put("Β", 10823); freq.put("στα", 7955); freq.put("πιο", 1239); freq.put("ορί", 3662); freq.put("πια", 723); freq.put("ορέ", 747); freq.put("ορά", 1572); freq.put("στι", 9089); freq.put(" Εθ", 914); freq.put(" Εκ", 836); freq.put(" Ελ", 3840); freq.put("νός", 3015); freq.put("ωνσ", 715); freq.put(" Εί", 1505); freq.put("νότ", 2168); freq.put("έση", 981); freq.put(" εν", 5151); freq.put("ωνα", 1612); freq.put("κυρ", 1539); freq.put("ησε", 2338); freq.put("ηση", 3739); freq.put("ιεθ", 1171); freq.put("ωνι", 2150); freq.put("έστ", 768); freq.put("νόμ", 1784); freq.put(" Ευ", 1907); freq.put(" Επ", 1439); freq.put(" Ερ", 803); freq.put("ωνί", 1735); freq.put("στρ", 4375); freq.put("στό", 2708); freq.put("πισ", 2595); freq.put("πή", 2566); freq.put("πί", 4948); freq.put("πά", 3903); freq.put("πέ", 3142); freq.put("ορφ", 1231); freq.put("ορυ", 783); freq.put("πα", 18678); freq.put("ιός", 767); freq.put("πη", 2710); freq.put("πε", 16079); freq.put("πλ", 7083); freq.put("πι", 10919); freq.put("πο", 60271); freq.put("πν", 700); freq.put("ξύ ", 1208); freq.put("Δήμ", 1366); freq.put(" τα", 7256); freq.put("ελέ", 801); freq.put("ση ", 12367); freq.put("ύσε", 1378); freq.put("ρ ", 3667); freq.put(" πρ", 16846); freq.put("Χ", 5356); freq.put("ικη", 1192); freq.put(" πό", 3153); freq.put("о", 946); freq.put("από", 22187); freq.put(" πέ", 917); freq.put("τσ", 2719); freq.put(" πα", 9674); freq.put(" πε", 9563); freq.put(" πλ", 4421); freq.put(" πι", 1545); freq.put(" πο", 24345); freq.put("νθρ", 1131); freq.put("f", 2440); freq.put("ύστ", 2139); freq.put("ί ", 9847); freq.put("Συν", 780); freq.put("ικα", 3219); freq.put("ικε", 1161); freq.put("γγλ", 2042); freq.put("р", 660); freq.put("γγε", 798); freq.put("ικι", 1228); freq.put("λευ", 2243); freq.put("Παλ", 664); freq.put("λεσ", 1056); freq.put("λες", 910); freq.put("ικο", 9392); freq.put("τήμ", 1493); freq.put("ικά", 10371); freq.put("ικέ", 3180); freq.put("ική", 22548); freq.put("ικί", 910); freq.put(" Ντ", 1192); freq.put("ίσκ", 3610); freq.put("ηλα", 1079); freq.put("ηλε", 1560); freq.put(" ́ ", 1237); freq.put("σι ", 958); freq.put("ακό", 2346); freq.put("ακρ", 1212); freq.put("ακτ", 3182); freq.put("μ", 190953); freq.put("Μεσ", 722); freq.put("εδρ", 932); freq.put("ακο", 1635); freq.put("ακα", 1680); freq.put("ακε", 724); freq.put("μών", 1634); freq.put(" Νό", 654); freq.put("ακά", 695); freq.put("ακή", 1031); freq.put("ίλι", 696); freq.put("οιε", 1122); freq.put("λεί", 3987); freq.put("δη ", 882); freq.put(" Κυ", 1025); freq.put("τήρ", 1568); freq.put("τής", 3962); freq.put("ρά ", 3405); freq.put("ικρ", 1864); freq.put("λεμ", 1535); freq.put("λεκ", 1059); freq.put("λει", 2415); freq.put("ικό", 19394); freq.put("ικώ", 3521); freq.put("εωρ", 1834); freq.put("τή ", 2856); freq.put("ράφ", 2049); freq.put("ράτ", 1685); freq.put("ράς", 805); freq.put("ράσ", 941); freq.put("Α", 27922); freq.put("γων", 2003); freq.put("ιδρ", 1035); freq.put("σια", 1815); freq.put("le", 1892); freq.put("Να", 926); freq.put(" θέ", 1277); freq.put("la", 1782); freq.put("σιλ", 2336); freq.put("lo", 869); freq.put("ll", 1391); freq.put("σιο", 1662); freq.put("τρω", 752); freq.put("li", 1620); freq.put("Νέ", 832); freq.put(" θα", 781); freq.put("γός", 1387); freq.put("σιά", 738); freq.put("φαί", 1221); freq.put(" θρ", 674); freq.put("τρί", 1148); freq.put("φαλ", 712); freq.put("φαι", 2017); freq.put("τρα", 4343); freq.put("φαν", 1114); freq.put("Νό", 654); freq.put("τρο", 5304); freq.put("τρι", 3975); freq.put("έδρ", 1043); freq.put(" Σα", 1339); freq.put("Πολ", 1465); freq.put("l ", 2336); freq.put("ιδι", 2412); freq.put("εδο", 1081); freq.put("ιδή", 920); freq.put("δος", 1488); freq.put("ράμ", 655); freq.put("ράν", 647); freq.put("ράκ", 669); freq.put("δηλ", 1052); freq.put(" Σε", 1934); freq.put("εων", 1309); freq.put("ράγ", 691); freq.put("δημ", 2586); freq.put(" Άγ", 671); freq.put("σημ", 4910); freq.put("ίω", 4466); freq.put("ίχ", 2356); freq.put("ίτ", 8024); freq.put("ίσ", 10180); freq.put("ίς", 1393); freq.put("ίρ", 2411); freq.put("ίπ", 1897); freq.put("Αμε", 923); freq.put("ήθη", 3124); freq.put("Φ", 5011); freq.put("θυσ", 990); freq.put("ρέ", 3880); freq.put("ρά", 13738); freq.put("χαρ", 1871); freq.put("ρή", 2864); freq.put("ρα", 38879); freq.put("ργ", 11016); freq.put("ρβ", 958); freq.put("ρε", 17142); freq.put("ρδ", 1272); freq.put("ρη", 8917); freq.put("ρι", 40112); freq.put("ρθ", 1230); freq.put("ρλ", 780); freq.put("ρκ", 3719); freq.put("ρν", 3338); freq.put("ρμ", 5151); freq.put("ρο", 41731); freq.put("ρξ", 1376); freq.put("χαί", 1771); freq.put("ρξε", 1053); freq.put("ρσ", 1303); freq.put(" π ", 930); freq.put("ρυ", 3661); freq.put("ρτ", 5071); freq.put("ρχ", 9524); freq.put("ρφ", 1653); freq.put("ρω", 9925); freq.put("ρύ", 1952); freq.put("ρό", 9460); freq.put("ρώ", 6736); freq.put("χαν", 1478); freq.put("χαι", 840); freq.put("g", 5100); freq.put("ίο", 20214); freq.put("ίν", 31172); freq.put("ίμ", 2180); freq.put("ίλ", 2453); freq.put("ίκ", 4798); freq.put("ίθ", 1008); freq.put("ίζ", 4719); freq.put("ίε", 2902); freq.put("ίδ", 6660); freq.put("ίγ", 1307); freq.put("ίβ", 669); freq.put("ία", 42781); freq.put("φέρ", 3057); freq.put("δων", 753); freq.put("κτο", 1065); freq.put("κτι", 1278); freq.put("ανώ", 968); freq.put("κτη", 2180); freq.put("έτρ", 1180); freq.put("κτα", 758); freq.put("κτή", 823); freq.put("νού", 1967); freq.put("νος", 3551); freq.put("νορ", 724); freq.put("νου", 4641); freq.put("νοτ", 857); freq.put("οδι", 937); freq.put("συσ", 899); freq.put("οδο", 3299); freq.put("μμα", 1876); freq.put("γ", 101330); freq.put("ίων", 2775); freq.put("ηνο", 892); freq.put("λ", 175427); freq.put("ρον", 3303); freq.put("ght", 666); freq.put("ταθ", 1117); freq.put("οφο", 1172); freq.put("ται", 21198); freq.put("ων ", 25196); freq.put("νό ", 1732); freq.put("R", 1938); freq.put("συγ", 2509); freq.put("συν", 5781); freq.put("συμ", 1798); freq.put("ηνα", 1733); freq.put("νολ", 1206); freq.put("π ", 1661); freq.put("νον", 1006); freq.put("νομ", 10454); freq.put(" Δη", 1617); freq.put("ση", 23543); freq.put(" Δε", 1217); freq.put("υκλ", 727); freq.put(" Δή", 1387); freq.put("κτω", 740); freq.put("κα ", 1888); freq.put("κτρ", 885); freq.put("έτη", 1275); freq.put("αλλ", 4951); freq.put("αλι", 1989); freq.put("αλο", 1928); freq.put("αλα", 2736); freq.put("αλε", 761); freq.put("ΐ", 1269); freq.put("αλί", 1668); freq.put("αλά", 833); freq.put("υλο", 1136); freq.put(" σ", 77620); freq.put(" π", 75432); freq.put(" ρ", 2618); freq.put(" φ", 8389); freq.put(" χ", 14827); freq.put(" τ", 169076); freq.put(" υ", 7977); freq.put("ή ", 39734); freq.put(" ψ", 866); freq.put(" ω", 4856); freq.put("τμ", 1495); freq.put(" ό", 12814); freq.put(" ύ", 1013); freq.put("υλί", 1002); freq.put("θώς", 900); freq.put("ώτο", 1121); freq.put("ώτη", 1214); freq.put(" Σ", 17547); freq.put(" Π", 17476); freq.put(" Ρ", 3989); freq.put(" Φ", 4909); freq.put(" Χ", 5293); freq.put(" Τ", 16381); freq.put(" Υ", 1521); freq.put("κλε", 952); freq.put(" Ω", 1004); freq.put(" ή", 17892); freq.put(" ί", 1230); freq.put(" ά", 5017); freq.put(" έ", 20443); freq.put(" β", 11610); freq.put(" γ", 22099); freq.put(" α", 74025); freq.put(" ζ", 1711); freq.put(" η", 13278); freq.put(" δ", 29475); freq.put(" ε", 62623); freq.put(" κ", 74116); freq.put(" λ", 7381); freq.put(" θ", 8090); freq.put(" ι", 6475); freq.put(" ξ", 1157); freq.put(" ο", 35203); freq.put(" μ", 51074); freq.put("ύτε", 2598); freq.put(" Ά", 2711); freq.put("έγι", 781); freq.put("λεγ", 742); freq.put(" Έ", 4041); freq.put(" Ή", 969); freq.put(" Ό", 1018); freq.put(" Β", 10719); freq.put(" Γ", 10190); freq.put(" Α", 26876); freq.put(" Ζ", 1948); freq.put(" Η", 13284); freq.put(" Δ", 9620); freq.put(" Ε", 14504); freq.put(" Κ", 17657); freq.put(" Λ", 6140); freq.put(" Θ", 3256); freq.put(" Ι", 8408); freq.put("ε ", 49298); freq.put(" Μ", 17373); freq.put(" Ν", 8118); freq.put("οσι", 846); freq.put("δης", 760); freq.put("πλα", 1198); freq.put("πλη", 1610); freq.put("πλε", 822); freq.put("πλο", 1278); freq.put("οση", 738); freq.put("Ε", 15220); freq.put(" Ηλ", 946); freq.put("σφα", 2732); freq.put("έρα", 2072); freq.put("έργ", 1441); freq.put("ha", 1115); freq.put("έρε", 2865); freq.put("έρι", 1085); freq.put("έρν", 854); freq.put("έρο", 1656); freq.put("ωγρ", 700); freq.put(" Ήτ", 719); freq.put(" ακ", 2186); freq.put("ίνα", 24006); freq.put("ρύθ", 842); freq.put("ωγή", 1132); freq.put("έρχ", 675); freq.put("Παν", 1277); freq.put("ίνη", 1713); freq.put("ιδώ", 1125); freq.put("ng ", 653); freq.put("μπι", 1180); freq.put(" Ηρ", 653); freq.put("h", 7717); freq.put("οσω", 886); freq.put("βρα", 834); freq.put("οσπ", 775); freq.put("οστ", 1538); freq.put("οσφ", 2182); freq.put("ύρι", 1436); freq.put("ίνο", 1856); freq.put("νής", 1328); freq.put("νήσ", 732); freq.put("μπα", 642); freq.put("λων", 1650); freq.put("αι ", 81620); freq.put("μος", 2596); freq.put("μοσ", 1084); freq.put("μοπ", 1626); freq.put("τό ", 2629); freq.put("μοτ", 850); freq.put("μου", 4833); freq.put("μού", 4831); freq.put("μέλ", 884); freq.put("μέν", 7654); freq.put("αθλ", 1208); freq.put("μέγ", 746); freq.put("αθο", 890); freq.put("αθμ", 688); freq.put("έα ", 1626); freq.put("μέρ", 1935); freq.put("μέσ", 1359); freq.put("ύς ", 3624); freq.put("μέχ", 973); freq.put("S", 4250); freq.put("θην", 731); freq.put("μοκ", 1030); freq.put("θηκ", 7617); freq.put("μοι", 670); freq.put("μον", 2292); freq.put("να ", 17430); freq.put("μά ", 961); freq.put("νήθ", 2044); freq.put("τρό", 832); freq.put("νήκ", 1169); freq.put("σικ", 3297); freq.put("Νο", 1706); freq.put("τύπ", 651); freq.put("ci", 771); freq.put("ch", 1350); freq.put("co", 859); freq.put("αυτ", 5333); freq.put("ιθμ", 885); freq.put("θέτ", 764); freq.put("Νι", 687); freq.put("ca", 818); freq.put("ce", 966); freq.put("θέσ", 1185); freq.put("ληρ", 1062); freq.put("λησ", 1042); freq.put("λης", 1640); freq.put("λητ", 1184); freq.put("σιμ", 2018); freq.put("κι ", 739); freq.put("ύθη", 1068); freq.put("Ήτα", 715); freq.put("άρι", 1410); freq.put("άρκ", 849); freq.put(" λε", 1503); freq.put("γών", 991); freq.put("ο", 514934); freq.put("εβρ", 814); freq.put("άρτ", 1022); freq.put("am", 1144); freq.put("άρχ", 1270); freq.put("τρε", 1070); freq.put("υθο", 2042); freq.put("γεί", 984); freq.put("ληθ", 1186); freq.put("λην", 6429); freq.put("λημ", 897); freq.put("ar", 3025); freq.put(" θε", 3732); freq.put("ήνα", 1396); freq.put("γεν", 3283); freq.put(" Ορ", 742); freq.put("γει", 1005); freq.put("γεθ", 651); freq.put("ve", 914); freq.put("δας", 1990); freq.put("vi", 759); freq.put("ύε", 938); freq.put("ύδ", 738); freq.put("όρο", 2945); freq.put("όρι", 647); freq.put("ύγ", 1143); freq.put("ύν", 5639); freq.put("όρε", 1336); freq.put("ύο", 2732); freq.put("όρη", 995); freq.put("Ήτ", 719); freq.put("ύλ", 2704); freq.put("ύκ", 1365); freq.put(" κέ", 693); freq.put("δο", 11445); freq.put("Λα", 1230); freq.put("ing", 654); freq.put("Λε", 948); freq.put("δι", 23594); freq.put("δη", 5995); freq.put("Λι", 661); freq.put("δε", 9279); freq.put("Λο", 1279); freq.put("ταφ", 747); freq.put("δα", 7905); freq.put("δή", 3929); freq.put("Έν", 837); freq.put("δά", 972); freq.put("δέ", 1507); freq.put(" κι", 1426); freq.put(" κλ", 1289); freq.put(" κε", 1166); freq.put(" κα", 52893); freq.put("ρος", 5922); freq.put(" κύ", 1020); freq.put(" κό", 2579); freq.put("υβ", 1419); freq.put(" κυ", 2799); freq.put("τασ", 3623); freq.put(" κρ", 1753); freq.put("θλη", 1496); freq.put("δώ", 1804); freq.put("ion", 1164); freq.put("δό", 1968); freq.put("δύ", 1829); freq.put("δω", 1451); freq.put(" άν", 742); freq.put("δυ", 2966); freq.put(" άλ", 1949); freq.put(" ημ", 735); freq.put("δρ", 8223); freq.put("ύτ", 4068); freq.put("ύχ", 810); freq.put("ύφ", 886); freq.put("ύρ", 4445); freq.put("ύπ", 2849); freq.put("ύσ", 5147); freq.put("Ντ", 1194); freq.put("i", 21525); freq.put(" λο", 894); freq.put("φ ", 702); freq.put("εχν", 1145); freq.put(" Έλ", 1540); freq.put("σωπ", 940); freq.put("ύ ", 16375); freq.put("πάρ", 1052); freq.put("ωμα", 2019); freq.put("Μαρ", 1413); freq.put("φρ", 1732); freq.put("φυ", 2356); freq.put("φόρ", 1260); freq.put("ρών", 1362); freq.put("πως", 2026); freq.put("ωμέ", 1015); freq.put("φό", 1995); freq.put("φύ", 644); freq.put("Ω", 1026); freq.put("ρμο", 1033); freq.put("ορτ", 877); freq.put("ασσ", 883); freq.put("ρμα", 2357); freq.put(" μι", 5537); freq.put("αϊκ", 1749); freq.put("T", 2696); freq.put("ηνι", 4662); freq.put("Απο", 822); freq.put("ρώτ", 2338); freq.put("φα", 6317); freq.put("ρώπ", 1017); freq.put("πων", 724); freq.put("φη", 1268); freq.put("φθ", 1094); freq.put("φι", 3786); freq.put("φο", 8165); freq.put("πάν", 921); freq.put("φά", 1435); freq.put("φέ", 4345); freq.put("φή", 2402); freq.put("φί", 1583); freq.put("Αστ", 933); freq.put("ηγο", 953); freq.put("οπτ", 643); freq.put("νίκ", 973); freq.put("Στη", 2306); freq.put("νίο", 894); freq.put("αφε", 651); freq.put("οπό", 828); freq.put("νία", 4805); freq.put("κιν", 1980); freq.put("ξ", 16299); freq.put("κισ", 1099); freq.put("Γκ", 1275); freq.put("ισμ", 7142); freq.put("οπο", 11630); freq.put("ιση", 1365); freq.put("σχο", 662); freq.put("σχε", 1174); freq.put("Έλλ", 1427); freq.put("ννο", 742); freq.put("ννη", 1767); freq.put("τμή", 1027); freq.put("λη ", 4716); freq.put("ννή", 1417); freq.put("es ", 1146); freq.put("Δια", 869); freq.put("αιν", 1733); freq.put("αιο", 1032); freq.put("αιδ", 651); freq.put("μάτ", 1753); freq.put("ίκη", 1461); freq.put("Γ", 10307); freq.put("εκε", 1191); freq.put("ίκο", 1574); freq.put("h ", 975); freq.put("Γο", 754); freq.put("έας", 1468); freq.put("τός", 2183); freq.put("μο ", 3714); freq.put("τότ", 864); freq.put("ht", 808); freq.put("hu", 877); freq.put("hi", 783); freq.put("φέα", 711); freq.put("he", 1545); freq.put("νή ", 1793); freq.put("αιό", 1091); freq.put("αιώ", 1483); freq.put("χος", 1298); freq.put("αιρ", 2790); freq.put("μάζ", 1519); freq.put("μάδ", 1518); freq.put("ηκε", 8651); freq.put(" Η ", 10438); freq.put("ις ", 13118); freq.put("ηκα", 1019); freq.put("ργα", 2610); freq.put(" ου", 1649); freq.put("ργε", 920); freq.put("τίσ", 697); freq.put("ργι", 803); freq.put("ργο", 1794); freq.put("τίτ", 882); freq.put("εγά", 1944); freq.put(" οπ", 6947); freq.put(" ορ", 3515); freq.put("ργί", 829); freq.put("ργά", 995); freq.put("αφο", 1697); freq.put("αφι", 1185); freq.put("βόρ", 789); freq.put("αφέ", 2568); freq.put("αφή", 1070); freq.put("αφί", 785); freq.put("U", 1129); freq.put("τίο", 1122); freq.put("τίν", 835); freq.put("τία", 2320); freq.put("ργό", 1216); freq.put("ωτο", 763); freq.put("ωτι", 1342); freq.put("ωτε", 1561); freq.put("ωτα", 785); freq.put("άπο", 1033); freq.put("Δι", 2406); freq.put("εγα", 1515); freq.put("εγκ", 737); } }

IvoNet/language-detection

langdetect-profiles/src/main/java/com/rmtheis/langdetect/profile/EL.java

363

package gr.auth.ee.dsproject.crush.player; import gr.auth.ee.dsproject.crush.board.Board; import gr.auth.ee.dsproject.crush.board.CrushUtilities; import gr.auth.ee.dsproject.crush.defplayers.AbstractPlayer; import gr.auth.ee.dsproject.crush.node.Node8200_8561; import java.util.ArrayList; public class MinMaxPlayer implements AbstractPlayer { // TODO Fill the class code. public static final int MAX_DEPTH=2; int score; int id; String name; public MinMaxPlayer (Integer pid) { id = pid; score = 0; } public String getName () { return "MinMax"; } public int getId () { return id; } public void setScore (int score) { this.score = score; } public int getScore () { return score; } public void setId (int id) { this.id = id; } public void setName (String name) { this.name = name; } public int[] getNextMove (ArrayList<int[]> availableMoves, Board board) { // TODO Fill the code //Φτιάξε αντίγραφο του board Board cloneBoard=CrushUtilities.cloneBoard(board); //Δημιούργησε ενα node που αντιστοιχεί στην ρίζα Node8200_8561 root=new Node8200_8561(cloneBoard); //System.out.println("<------------->"); //Καλεσαι την createMySubThree για την δημιουργία υποδέντρου createSubTree(root,MAX_DEPTH); //System.out.println("<------------->"); //Κάλεσαι chooseMinMaxMove(Node root) για την επιλογή της καλύτερης κίνησης index int indexBest = chooseMinMaxMove(root,MAX_DEPTH); //Καλεσαι την calculateNextMove(index) για να επιστρεψει τις συντεταγμένες int[] int[] bestMove = availableMoves.get(indexBest); return CrushUtilities.calculateNextMove(bestMove); } private void createSubTree (Node8200_8561 parent, int MaxDepth) { // TODO Fill the code //Βρες τις επιτρεπτές κοινήσεις απο το board του πατέρα ArrayList<int[]> availableMoves=CrushUtilities.getAvailableMoves(parent.getNodeBoard()); int listSize=availableMoves.size(); //Για κάθε κίνηση: for(int i=0;i<listSize;i++) { //System.out.println("listSize: "+listSize); //Δημιουργησε ένα node σαν παιδί του πατρικού node //και πρόσθεσαι το παιδί στο arrayOfChildren του πατέρα parent.setChildren(new Node8200_8561( parent, //O γονέας του node-παιδιού parent.getNodeDepth()+1, //Το βάθος του node-παιδιού availableMoves.get(i), //Η κίνηση του αντιστοιχεί στο node-παιδί CrushUtilities.cloneBoard(parent.getNodeBoard()), //Αντίγραφο απο το ταμπλό του πατέρα parent.getNodeEvaluation() //Δώσε στο παιδί την τιμή αξιολόγησης του πατέρα ) //για να την συνυπολογίσει στην δικιά του αξιολόγηγη ); //System.out.println("Depth: "+parent.getNodeDepth()); //Υπολόγισαι την τιμή αξιολόγησης του παιδιού και την //νέα κατάσταση του ταμπλό για την κίνηση αυτή parent.getChildren(i).moveEvaluation(); //Κάλεσαι την createSubTree() αν δεν έχουμε //φτάσει μέρχι τα φύλλα του δέντρου if((parent.getNodeDepth()+1)!=MaxDepth) { createSubTree(parent.getChildren(i),MaxDepth);//Δημιούργησε νέο υποδέντρο και υπολόγισε την αξιολόγηση των παιδιών } } //System.out.println("getChildrenSize: "+parent.getChildren().size()); } /* private void createOpponentSubTree (Node parent, int depth) { // TODO Fill the code //Αφού λαβει το node πατέρα και την κατασταση του ταμπλο υπολόγισε την νέα κατάσταση του μετα απο μία πλήρη κίνηση //Βρες τις επιτρεπτές κοινήσεις // Για κάθε κίνηση: //Φτιαξε το board μετα την εκτέλεση την κίνησης //Φιαξε ενα νεο node που αντιστοιχεί στην κίνηση //Κάνε αξιολόγηγη(με αρνητικό βάρος) //Πρόσθεσαι στην αξιολόγηση του πατέρα στη τωρινή αξιολόγηγη //Προσθεσαι το τρέχον τα newnode στο array του τρεχοντως-πατερα node } */ private int chooseMinMaxMove (Node8200_8561 root,int MaxDepth) { // TODO Fill the code return( getNode(root,MaxDepth) ); } // int getNode(Node8200_8561 parentNode,int MaxDepth) { double bestMove=0; double[] Array=new double[2]; if(parentNode.getNodeDepth()<MaxDepth-1)//Αν δεν είναι ένα επίπεδο πρίν το τελευταίο φύλλο { for(int i=0;i<parentNode.getChildren().size();i++) { getNode(parentNode.getChildren(i),MaxDepth); } } if((parentNode.getNodeDepth()&1) != 0){//Ειναι δικιά μου κίνηση(περιττος) Array=getMax(parentNode.getChildren()); double max=Array[0]; //Υπολόγησε την μέγαλύτερη τιμή αξιολόγησης απο τα παιδιά bestMove=Array[1]; //Την καλύτερη κίνηση parentNode.setNodeEvaluation(max); //Βάλε την τιμή που βρίκες στο πατρικό node } else{//Αντίπαλος Array=getMin(parentNode.getChildren()); double min=Array[0]; //Υπολόγησε την μικρότερη τιμή αξιολόγησης απο τα παιδιά bestMove=Array[1]; //Την καλύτερη κίνηση parentNode.setNodeEvaluation(min); //Βάλε την τιμή που βρίκες στο πατρικό node } return((int) bestMove); } public double[] getMax(ArrayList<Node8200_8561> list){ double[] output=new double[2]; output[0]=Integer.MIN_VALUE; for(int i=0; i<list.size(); i++){ if(list.get(i).getNodeEvaluation() > output[0]){ output[0] = list.get(i).getNodeEvaluation(); output[1]=i; } } return (output); } public double[] getMin(ArrayList<Node8200_8561> list){ double[] output=new double[2]; output[0]=Integer.MAX_VALUE; for(int i=0; i<list.size(); i++){ if(list.get(i).getNodeEvaluation() < output[0]){ output[0] = list.get(i).getNodeEvaluation(); output[1]=i; } } return (output); } }

theompek/Candy-Crush_game

src/Thmmy Crush Part C/src/gr/auth/ee/dsproject/crush/player/MinMaxPlayer.java

364

//Τσιάκας Κοσμάς - ΑΕΜ 8255 - 6987921920 - [email protected] //Παπάζογλου Αθανάσιος - AEM 8324 - 6976939155 - [email protected] package gr.auth.ee.dsproject.proximity.defplayers; import gr.auth.ee.dsproject.proximity.board.Board; import gr.auth.ee.dsproject.proximity.board.ProximityUtilities; import gr.auth.ee.dsproject.proximity.board.Tile; //Η κλάση RandomPlayer υλοποιεί τους δύο παίχτες, έχοντας ως μεταβλητές τα στοιχεία που //χαρακτηρίζουν κάθε παίχτη, συναρτήσεις set/get για τις μεταβλητές και δύο συναρτήσεις //που υλοποιούν τις ενέργειες των παιχτών για την επόμενη κίνηση public class RandomPlayer implements AbstractPlayer { int id; //1 ή 2 ανάλογα αν ο παίχτης είναι μπλέ ή κόκκινος String name;//το όνομα του παίχτη int score;//άθροισμα τιμών πλακιδίων του παίχτη int numOfTiles;//αριθμός πλακιδίων του παίχτη στο ταμπλό //1η συνάρτηση αρχικών συνθηκών που ορίζει μόνο το id public RandomPlayer(Integer pid){ id=pid; } //2η συνάρτηση αρχικών συνθηκών που ορίζει όλες τις μεταβλητές public RandomPlayer(Integer pid, String pname, Integer pscore, Integer pnumOfTiles){ id=pid; name=pname; score=pscore; numOfTiles=pnumOfTiles; } //συναρτήσεις set για κάθε μεταβλητή public void setId(int pid){ id=pid; } public void setName(String pname){ name=pname; } public void setScore(int pscore){ score=pscore; } public void setNumOfTiles(int pnumOfTiles){ numOfTiles=pnumOfTiles; } //συναρτήσεις get για κάθε μεταβλητή public int getId(){ return id; } public String getName(){ return name; } public int getScore(){ return score; } public int getNumOfTiles(){ return numOfTiles; } //Η συνάρτηση getNextMove(..) //επιστρέφει τη θέση [x,y] που θα τοποθετηθεί το επόμενο πλακίδιο //εφόσον η τυχαία θέση που επιλέγεται είναι εντός των ορίων του board //και δεν είναι ήδη κατειλημμένη η θέση αυτή public int[] getNextMove(Board board){ int[] nextMove = new int[2];//ένας πίνακας 2 θέσεων [x,y],τύπου int για την αποθήκευση //των συντεταγμένων της επόμενης κίνησης do { //με την επόμενη εντολή προκύπτει αριθμός στο διάστημα [0,number_of_columns) nextMove[0]=(int)(Math.random()*ProximityUtilities.NUMBER_OF_COLUMNS); //με την επόμενη εντολή προκύπτει αριθμός στο διάστημα [0,number_of_rows) nextMove[1]=(int)(Math.random()*ProximityUtilities.NUMBER_OF_ROWS); //ελέγχω αν η θέση που επιλέχθηκε τυχαία είναι στα όρια του board //αλλιώς επιλέγω ξανά τυχαία ώσπου να ισχύουν οι συνθήκες μου }while (!(board.isInsideBoard(nextMove[0], nextMove[1]))); //δημιουργώ το Tile για την επόμενη κίνηση με τις συντεταγμένες που επιλέχθηκαν πριν Tile nextTile = board.getTile(nextMove[0],nextMove[1]); if (nextTile.getPlayerId()==1 | nextTile.getPlayerId()==2){//ελέγχω αν η θέση είναι κατειλημμένη nextMove = getNextMove(board);//αν είναι, ξανακαλώ τη συνάρτηση } return nextMove; } //Η συνάρτηση getNeighborsCoordinates(..) //επιστρέφει τις συντεταγμένες των γειτόνων του στοιχείου που είναι στη θέση [x,y] //πρέπει να ελέγχουμε αν το στοιχείο είναι σε άρτια ή περιττή γραμμή //γιατί κάθε φορά διαφοροποιείται ο αλγόριθμος public static int[][] getNeighborsCoordinates(Board board,int x, int y){ int[][] neighborsCoordinates = new int[6][2];//σε αυτόν τον πίνακα αποθηκεύονται οι συντεταγμένες των γειτόνων if (y%2==0){//άρτιες γραμμές neighborsCoordinates[0][0]=x+1; neighborsCoordinates[0][1]=y; neighborsCoordinates[1][0]=x; neighborsCoordinates[1][1]=y+1; neighborsCoordinates[2][0]=x-1; neighborsCoordinates[2][1]=y+1; neighborsCoordinates[3][0]=x-1; neighborsCoordinates[3][1]=y; neighborsCoordinates[4][0]=x-1; neighborsCoordinates[4][1]=y-1; neighborsCoordinates[5][0]=x; neighborsCoordinates[5][1]=y-1; } else{//περιττές γραμμές neighborsCoordinates[0][0]=x+1; neighborsCoordinates[0][1]=y; neighborsCoordinates[1][0]=x+1; neighborsCoordinates[1][1]=y+1; neighborsCoordinates[2][0]=x; neighborsCoordinates[2][1]=y+1; neighborsCoordinates[3][0]=x-1; neighborsCoordinates[3][1]=y; neighborsCoordinates[4][0]=x; neighborsCoordinates[4][1]=y-1; neighborsCoordinates[5][0]=x+1; neighborsCoordinates[5][1]=y-1; } //ελέγχω αν κάποιο από τα στοιχεία είναι στην άκρη του board //και άρα δεν έχει 6 γείτονες, οπότε στη θέση αυτή του πίνακα βάζω [-1,-1] for (int i=0; i<6; i++){ if (neighborsCoordinates[i][0]==-1 | neighborsCoordinates[i][0]==ProximityUtilities.NUMBER_OF_COLUMNS){ neighborsCoordinates[i][0]=-1; neighborsCoordinates[i][1]=-1; } if (neighborsCoordinates[i][1]==-1 | neighborsCoordinates[i][1]==ProximityUtilities.NUMBER_OF_ROWS){ neighborsCoordinates[i][0]=-1; neighborsCoordinates[i][1]=-1; } } return neighborsCoordinates; } }

kosmastsk/University-projects

Data Structures/Proximity Part A/src/gr/auth/ee/dsproject/proximity/defplayers/RandomPlayer.java

365

class genosimo extends Visitor { protected double pr,fin; protected double per; protected String name; protected int counter; public void Visit(medicine elem) { pr=elem.getCalcGen()/2; name=elem.name; count(); System.out.println("Το γενόσημο φάρμακο που αγοράστηκε:"+name+"(γενόσημο)"); System.out.println("Μετρητής φαρμάκων: "+counter+" γενόσημα " + "φάρμακα αγοράστηκαν."); System.out.println("Τιμή γενόσημου: "+pr); } private int count() { counter++; return counter; } }

matinakpantazidou/Java---Visitor

genosimo.java

367

/** * This file is part of Wikiforia. * * Wikiforia is free software: you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation, either version 2 of the License, or * (at your option) any later version. * * Wikiforia is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with Wikiforia. If not, see <http://www.gnu.org/licenses/>. */ package se.lth.cs.nlp.wikipedia.lang; //Autogenerated from Wikimedia sources at 2015-04-16T13:55:11+00:00 public class ElConfig extends TemplateConfig { public ElConfig() { addNamespaceAlias(-2, "Μέσο", "Μέσον"); addNamespaceAlias(-1, "Ειδικό"); addNamespaceAlias(1, "Συζήτηση"); addNamespaceAlias(2, "Χρήστης"); addNamespaceAlias(3, "Συζήτηση_χρήστη"); addNamespaceAlias(5, "Συζήτηση_Wikipedia", "Wikipedia_συζήτηση"); addNamespaceAlias(6, "Αρχείο", "Εικόνα"); addNamespaceAlias(7, "Συζήτηση_αρχείου", "Συζήτηση_εικόνας"); addNamespaceAlias(8, "MediaWiki"); addNamespaceAlias(9, "Συζήτηση_MediaWiki"); addNamespaceAlias(10, "Πρότυπο"); addNamespaceAlias(11, "Συζήτηση_προτύπου"); addNamespaceAlias(12, "Βοήθεια"); addNamespaceAlias(13, "Συζήτηση_βοήθειας"); addNamespaceAlias(14, "Κατηγορία"); addNamespaceAlias(15, "Συζήτηση_κατηγορίας"); addI18nCIAlias("redirect", "#ΑΝΑΚΑΤΕΥΘΥΝΣΗ", "#REDIRECT"); addI18nCIAlias("notoc", "__ΧΩΡΙΣΠΠ__", "__ΧΩΡΙΣΠΙΝΑΚΑΠΕΡΙΕΧΟΜΕΝΩΝ__", "__NOTOC__"); addI18nCIAlias("nogallery", "__ΧΩΡΙΣΠΙΝΑΚΟΘΗΚΗ__", "__NOGALLERY__"); addI18nCIAlias("forcetoc", "__ΜΕΠΠ__", "__ΜΕΠΙΝΑΚΑΠΕΡΙΕΧΟΜΕΝΩΝ__", "__FORCETOC__"); addI18nCIAlias("toc", "__ΠΠ__", "__ΠΙΝΑΚΑΣΠΕΡΙΕΧΟΜΕΝΩΝ__", "__TOC__"); addI18nCIAlias("noeditsection", "__ΧΩΡΙΣΕΠΕΞΕΝΟΤ__", "__ΧΩΡΙΣΕΠΕΞΕΡΓΑΣΙΑΕΝΟΤΗΤΩΝ__", "__NOEDITSECTION__"); addI18nAlias("currentmonth", "ΤΡΕΧΩΝΜΗΝΑΣ", "ΤΡΕΧΩΝΜΗΝΑΣ2", "CURRENTMONTH", "CURRENTMONTH2"); addI18nAlias("currentmonth1", "ΤΡΕΧΩΝΜΗΝΑΣ1", "CURRENTMONTH1"); addI18nAlias("currentmonthname", "ΤΡΕΧΩΝΜΗΝΑΣΟΝΟΜΑ", "CURRENTMONTHNAME"); addI18nAlias("currentmonthnamegen", "ΤΡΕΧΩΝΜΗΝΑΣΓΕΝΙΚΗ", "CURRENTMONTHNAMEGEN"); addI18nAlias("currentmonthabbrev", "ΤΡΕΧΩΝΜΗΝΑΣΣΥΝΤ", "CURRENTMONTHABBREV"); addI18nAlias("currentday", "ΤΡΕΧΟΥΣΑΜΕΡΑ", "CURRENTDAY"); addI18nAlias("currentday2", "ΤΡΕΧΟΥΣΑΜΕΡΑ2", "CURRENTDAY2"); addI18nAlias("currentdayname", "ΤΡΕΧΟΥΣΑΜΕΡΑΟΝΟΜΑ", "CURRENTDAYNAME"); addI18nAlias("currentyear", "ΤΡΕΧΟΝΕΤΟΣ", "CURRENTYEAR"); addI18nAlias("currenttime", "ΤΡΕΧΩΝΧΡΟΝΟΣ", "CURRENTTIME"); addI18nAlias("currenthour", "ΤΡΕΧΟΥΣΑΩΡΑ", "CURRENTHOUR"); addI18nAlias("localmonth", "ΤΟΠΙΚΟΣΜΗΝΑΣ", "LOCALMONTH", "LOCALMONTH2"); addI18nAlias("localmonth1", "ΤΟΠΙΚΟΣΜΗΝΑΣ1", "LOCALMONTH1"); addI18nAlias("localmonthname", "ΤΟΠΙΚΟΣΜΗΝΑΣΟΝΟΜΑ", "LOCALMONTHNAME"); addI18nAlias("localmonthnamegen", "ΤΟΠΙΚΟΣΜΗΝΑΣΓΕΝΙΚΗ", "LOCALMONTHNAMEGEN"); addI18nAlias("localmonthabbrev", "ΤΟΠΙΚΟΣΜΗΝΑΣΣΥΝΤ", "LOCALMONTHABBREV"); addI18nAlias("localday", "ΤΟΠΙΚΗΜΕΡΑ", "LOCALDAY"); addI18nAlias("localday2", "ΤΟΠΙΚΗΜΕΡΑ2", "LOCALDAY2"); addI18nAlias("localdayname", "ΤΟΠΙΚΗΜΕΡΑΟΝΟΜΑ", "LOCALDAYNAME"); addI18nAlias("localyear", "ΤΟΠΙΚΟΕΤΟΣ", "LOCALYEAR"); addI18nAlias("localtime", "ΤΟΠΙΚΟΣΧΡΟΝΟΣ", "LOCALTIME"); addI18nAlias("localhour", "ΤΟΠΙΚΗΩΡΑ", "LOCALHOUR"); addI18nAlias("numberofpages", "ΑΡΙΘΜΟΣΣΕΛΙΔΩΝ", "NUMBEROFPAGES"); addI18nAlias("numberofarticles", "ΑΡΙΘΜΟΣΑΡΘΡΩΝ", "NUMBEROFARTICLES"); addI18nAlias("numberoffiles", "ΑΡΙΘΜΟΣΑΡΧΕΙΩΝ", "NUMBEROFFILES"); addI18nAlias("numberofusers", "ΑΡΙΘΜΟΣΧΡΗΣΤΩΝ", "NUMBEROFUSERS"); addI18nAlias("numberofactiveusers", "ΕΝΕΡΓΟΙΧΡΗΣΤΕΣ", "ΑΡΙΘΜΟΣΕΝΕΡΓΩΝΧΡΗΣΤΩΝ", "NUMBEROFACTIVEUSERS"); addI18nAlias("numberofedits", "ΑΡΙΘΜΟΣΕΠΕΞΕΡΓΑΣΙΩΝ", "NUMBEROFEDITS"); addI18nAlias("numberofviews", "ΑΡΙΘΜΟΣΕΜΦΑΝΙΣΕΩΝ", "NUMBEROFVIEWS"); addI18nAlias("pagename", "ΟΝΟΜΑΣΕΛΙΔΑΣ", "PAGENAME"); addI18nAlias("pagenamee", "ΟΝΟΜΑΣΕΛΙΔΑΣΚ", "PAGENAMEE"); addI18nAlias("namespace", "ΠΕΡΙΟΧΗ", "NAMESPACE"); addI18nAlias("namespacee", "ΠΕΡΙΟΧΗΚ", "NAMESPACEE"); addI18nAlias("namespacenumber", "ΑΡΙΘΜΟΣΟΝΟΜΑΤΟΣΧΩΡΟΥ", "ΑΡΙΘΜΟΣΟΝΟΜΑΤΟΧΩΡΟΥ", "NAMESPACENUMBER"); addI18nAlias("talkspace", "ΠΕΡΙΟΧΗΣΥΖΗΤΗΣΕΩΝ", "TALKSPACE"); addI18nAlias("talkspacee", "ΠΕΡΙΟΧΗΣΥΖΗΤΗΣΕΩΝΚ", "TALKSPACEE"); addI18nAlias("subjectspace", "ΠΕΡΙΟΧΗΘΕΜΑΤΩΝ", "SUBJECTSPACE", "ARTICLESPACE"); addI18nAlias("subjectspacee", "ΠΕΡΙΟΧΗΘΕΜΑΤΩΝΚ", "SUBJECTSPACEE", "ARTICLESPACEE"); addI18nAlias("fullpagename", "ΠΛΗΡΕΣΟΝΟΜΑΣΕΛΙΔΑΣ", "FULLPAGENAME"); addI18nAlias("fullpagenamee", "ΠΛΗΡΕΣΟΝΟΜΑΣΕΛΙΔΑΣΚ", "FULLPAGENAMEE"); addI18nAlias("subpagename", "ΟΝΟΜΑΥΠΟΣΕΛΙΔΑΣ", "SUBPAGENAME"); addI18nAlias("subpagenamee", "ΟΝΟΜΑΥΠΟΣΕΛΙΔΑΣΚ", "SUBPAGENAMEE"); addI18nAlias("basepagename", "ΒΑΣΗΟΝΟΜΑΤΟΣΣΕΛΙΔΑΣ", "BASEPAGENAME"); addI18nAlias("basepagenamee", "ΒΑΣΗΟΝΟΜΑΤΟΣΣΕΛΙΔΑΣΚ", "BASEPAGENAMEE"); addI18nAlias("talkpagename", "ΟΝΟΜΑΣΕΛΙΔΑΣΣΥΖΗΤΗΣΕΩΝ", "TALKPAGENAME"); addI18nAlias("talkpagenamee", "ΟΝΟΜΑΣΕΛΙΔΑΣΣΥΖΗΤΗΣΕΩΝΚ", "TALKPAGENAMEE"); addI18nAlias("subjectpagename", "ΟΝΟΜΑΣΕΛΙΔΑΣΘΕΜΑΤΟΣ", "SUBJECTPAGENAME", "ARTICLEPAGENAME"); addI18nAlias("subjectpagenamee", "ΟΝΟΜΑΣΕΛΙΔΑΣΘΕΜΑΤΟΣΚ", "SUBJECTPAGENAMEE", "ARTICLEPAGENAMEE"); addI18nCIAlias("msg", "ΚΕΙΜΕΝΟ:", "MSG:"); addI18nCIAlias("subst", "ΑΛΛΑΓΗ:", "SUBST:"); addI18nCIAlias("msgnw", "ΑΠΛΟΚΕΙΜΕΝΟ:", "MSGNW:"); addI18nAlias("img_thumbnail", "μικρογραφία", "μινιατούρα", "thumbnail", "thumb"); addI18nAlias("img_manualthumb", "μικρογραφία=$1", "μινιατούρα=$1", "thumbnail=$1", "thumb=$1"); addI18nAlias("img_right", "δεξιά", "right"); addI18nAlias("img_left", "αριστερά", "left"); addI18nAlias("img_none", "καθόλου", "none"); addI18nAlias("img_width", "$1εσ", "$1px"); addI18nAlias("img_center", "κέντρο", "center", "centre"); addI18nAlias("img_framed", "με-πλαίσιο", "framed", "enframed", "frame"); addI18nAlias("img_frameless", "χωρίς-πλαίσιο", "frameless"); addI18nAlias("img_page", "σελίδα=$1", "σελίδα_$1", "page=$1", "page $1"); addI18nAlias("img_upright", "κατακόρυφα", "κατακόρυφα=$1", "κατακόρυφα_$1", "upright", "upright=$1", "upright $1"); addI18nAlias("img_border", "πλαίσιο", "border"); addI18nAlias("img_baseline", "γραμμήβάσης", "baseline"); addI18nAlias("img_sub", "δείκτης", "sub"); addI18nAlias("img_super", "εκθέτης", "super", "sup"); addI18nAlias("img_top", "άνω", "top"); addI18nAlias("img_text_top", "πάνω-από-το-κείμενο", "text-top"); addI18nAlias("img_middle", "μέσο", "middle"); addI18nAlias("img_bottom", "κάτω", "bottom"); addI18nAlias("img_text_bottom", "κάτω-από-το-κείμενο", "text-bottom"); addI18nAlias("img_link", "σύνδεσμος=$1", "link=$1"); addI18nAlias("img_alt", "εναλλ.=$1", "alt=$1"); addI18nCIAlias("int", "ΕΣΩΤ:", "INT:"); addI18nAlias("sitename", "ΙΣΤΟΧΩΡΟΣ", "SITENAME"); addI18nCIAlias("ns", "ΧΟ:", "ΧΩΡΟΣΟΝΟΜΑΤΩΝ:", "ΟΧ:", "ΟΝΟΜΑΤΟΧΩΡΟΣ:", "NS:"); addI18nCIAlias("localurl", "ΤΟΠΙΚΟURL:", "LOCALURL:"); addI18nCIAlias("localurle", "ΤΟΠΙΚΟURLΚ:", "LOCALURLE:"); addI18nCIAlias("server", "ΕΞΥΠΗΡΕΤΗΤΗΣ", "SERVER"); addI18nCIAlias("servername", "ΟΝΟΜΑΕΞΥΠΗΡΕΤΗΤΗ", "SERVERNAME"); addI18nCIAlias("scriptpath", "ΔΙΑΔΡΟΜΗΠΡΟΓΡΑΜΜΑΤΟΣ", "SCRIPTPATH"); addI18nCIAlias("stylepath", "ΔΙΑΔΡΟΜΗΣΤΥΛ", "STYLEPATH"); addI18nCIAlias("grammar", "ΓΡΑΜΜΑΤΙΚΗ:", "GRAMMAR:"); addI18nCIAlias("gender", "ΦΥΛΟ:", "GENDER:"); addI18nCIAlias("notitleconvert", "__ΧΩΡΙΣΜΕΤΑΤΡΟΠΗΤΙΤΛΟΥ__", "__NOTITLECONVERT__", "__NOTC__"); addI18nCIAlias("nocontentconvert", "__ΧΩΡΙΣΜΕΤΑΤΡΟΠΗΠΕΡΙΧΟΜΕΝΟΥ__", "__NOCONTENTCONVERT__", "__NOCC__"); addI18nAlias("currentweek", "ΤΡΕΧΟΥΣΑΕΒΔΟΜΑΔΑ", "CURRENTWEEK"); addI18nAlias("currentdow", "ΤΡΕΧΟΥΣΑΜΕΡΑΕΒΔΟΜΑΔΑΣ", "CURRENTDOW"); addI18nAlias("localweek", "ΤΟΠΙΚΗΕΒΔΟΜΑΔΑ", "LOCALWEEK"); addI18nAlias("localdow", "ΤΟΠΙΚΗΜΕΡΑΕΒΔΟΜΑΔΑΣ", "LOCALDOW"); addI18nAlias("revisionid", "ΚΩΔΙΚΟΣΑΛΛΑΓΗΣ", "REVISIONID"); addI18nAlias("revisionday", "ΜΕΡΑΑΛΛΑΓΗΣ", "REVISIONDAY"); addI18nAlias("revisionday2", "ΜΕΡΑΑΛΛΑΓΗΣ2", "REVISIONDAY2"); addI18nAlias("revisionmonth", "ΜΗΝΑΣΑΛΛΑΓΗΣ", "REVISIONMONTH"); addI18nAlias("revisionmonth1", "ΜΗΝΑΣΑΝΑΘΕΩΡΗΣΗΣ1", "REVISIONMONTH1"); addI18nAlias("revisionyear", "ΕΤΟΣΑΛΛΑΓΗΣ", "REVISIONYEAR"); addI18nAlias("revisiontimestamp", "ΧΡΟΝΟΣΗΜΑΝΣΗΑΛΛΑΓΗΣ", "REVISIONTIMESTAMP"); addI18nAlias("revisionuser", "ΧΡΗΣΤΗΣΑΝΑΘΕΩΡΗΣΗΣ", "REVISIONUSER"); addI18nCIAlias("plural", "ΠΛΗΘΥΝΤΙΚΟΣ:", "PLURAL:"); addI18nCIAlias("fullurl", "ΠΛΗΡΕΣURL:", "FULLURL:"); addI18nCIAlias("fullurle", "ΠΛΗΡΕΣURLΚ:", "FULLURLE:"); addI18nCIAlias("canonicalurl", "ΚΑΝΟΝΙΚΟURL:", "CANONICALURL:"); addI18nCIAlias("canonicalurle", "ΚΑΝΟΝΙΚΟURLΚ:", "CANONICALURLE:"); addI18nCIAlias("lcfirst", "ΠΡΩΤΟΠΕΖΟ:", "LCFIRST:"); addI18nCIAlias("ucfirst", "ΠΡΩΤΟΚΕΦΑΛΑΙΟ:", "UCFIRST:"); addI18nCIAlias("lc", "ΠΕΖΑ:", "LC:"); addI18nCIAlias("uc", "ΚΕΦΑΛΑΙΑ:", "UC:"); addI18nCIAlias("raw", "ΓΥΜΝΑ:", "RAW:"); addI18nAlias("displaytitle", "ΔΕΙΞΕΤΙΤΛΟ", "ΠΡΟΒΟΛΗΤΙΤΛΟΥ", "DISPLAYTITLE"); addI18nAlias("rawsuffix", "Γ", "R"); addI18nAlias("newsectionlink", "__ΔΕΣΜΟΣΝΕΑΣΕΝΟΤΗΤΑΣ__", "__NEWSECTIONLINK__"); addI18nAlias("currentversion", "ΤΡΕΧΟΥΣΑΕΚΔΟΣΗ", "CURRENTVERSION"); addI18nCIAlias("urlencode", "ΚΩΔΙΚΟΠΟΙΗΣΗURL:", "URLENCODE:"); addI18nCIAlias("anchorencode", "ΚΩΔΙΚΟΠΟΙΗΣΗΑΓΚΥΡΑΣ", "ANCHORENCODE"); addI18nAlias("currenttimestamp", "ΤΡΕΧΟΥΣΑΧΡΟΝΟΣΗΜΑΝΣΗ", "CURRENTTIMESTAMP"); addI18nAlias("localtimestamp", "ΤΟΠΙΚΗΧΡΟΝΟΣΗΜΑΝΣΗ", "LOCALTIMESTAMP"); addI18nAlias("directionmark", "ΚΩΔΙΚΟΣΦΟΡΑΣ", "DIRECTIONMARK", "DIRMARK"); addI18nCIAlias("language", "#ΓΛΩΣΣΑ:", "#LANGUAGE:"); addI18nAlias("contentlanguage", "ΓΛΩΣΣΑΠΕΡΙΕΧΟΜΕΝΟΥ", "CONTENTLANGUAGE", "CONTENTLANG"); addI18nAlias("pagesinnamespace", "ΣΕΛΙΔΕΣΣΤΗΝΠΕΡΙΟΧΗΟΝΟΜΑΤΩΝ:", "ΣΕΛΙΔΕΣΣΤΗΝΠΟ:", "PAGESINNAMESPACE:", "PAGESINNS:"); addI18nAlias("numberofadmins", "ΑΡΙΘΜΟΣΔΙΑΧΕΙΡΙΣΤΩΝ", "NUMBEROFADMINS"); addI18nCIAlias("formatnum", "ΜΟΡΦΟΠΟΙΗΣΗΑΡΙΘΜΟΥ", "FORMATNUM"); addI18nCIAlias("padleft", "ΑΡΙΣΤΕΡΟΠΑΡΑΓΕΜΙΣΜΑ", "PADLEFT"); addI18nCIAlias("padright", "ΔΕΞΙΠΑΡΑΓΕΜΙΣΜΑ", "PADRIGHT"); addI18nCIAlias("special", "λειτουργία", "special"); addI18nAlias("defaultsort", "ΠΡΟΚΑΘΟΡΙΣΜΕΝΗΤΑΞΙΝΟΜΗΣΗ:", "ΚΛΕΙΔΙΠΡΟΚΑΘΟΡΙΣΜΕΝΗΣΤΑΞΙΝΟΜΗΣΗΣ:", "ΠΡΟΚΑΘΟΡΙΣΜΕΝΗΤΑΞΙΝΟΜΗΣΗΚΑΤΗΓΟΡΙΑΣ:", "ΠΡΟΚΤΑΞ:", "DEFAULTSORT:", "DEFAULTSORTKEY:", "DEFAULTCATEGORYSORT:"); addI18nCIAlias("filepath", "ΔΙΑΔΡΟΜΗΑΡΧΕΙΟΥ:", "FILEPATH:"); addI18nCIAlias("tag", "ετικέτα", "tag"); addI18nAlias("hiddencat", "__ΚΡΥΦΗΚΑΤΗΓΟΡΙΑ__", "__HIDDENCAT__"); addI18nAlias("pagesincategory", "ΣΕΛΙΔΕΣΣΤΗΝΚΑΤΗΓΟΡΙΑ", "PAGESINCATEGORY", "PAGESINCAT"); addI18nAlias("pagesize", "ΜΕΓΕΘΟΣΣΕΛΙΔΑΣ", "PAGESIZE"); addI18nAlias("index", "__ΕΥΡΕΤΗΡΙΟ__", "__INDEX__"); addI18nAlias("noindex", "__ΧΩΡΙΣΕΥΡΕΤΗΡΙΟ__", "__NOINDEX__"); addI18nAlias("numberingroup", "ΟΜΑΔΑΑΡΙΘΜΗΣΗΣ", "NUMBERINGROUP", "NUMINGROUP"); addI18nAlias("staticredirect", "__ΣΤΑΤΙΚΗΑΝΑΚΑΤΕΥΘΥΝΣΗ__", "__STATICREDIRECT__"); addI18nAlias("protectionlevel", "ΕΠΙΠΕΔΟΠΡΟΣΤΑΣΙΑΣ", "PROTECTIONLEVEL"); addI18nCIAlias("url_path", "ΔΙΑΔΡΟΜΗ", "PATH"); addI18nCIAlias("url_query", "ΕΡΩΤΗΜΑ", "QUERY"); } @Override protected String getSiteName() { return "Wikipedia"; } @Override protected String getWikiUrl() { return "http://el.wikipedia.org/"; } @Override public String getIso639() { return "el"; } }

marcusklang/wikiforia

src/main/java/se/lth/cs/nlp/wikipedia/lang/ElConfig.java

368

package com.unipi.chrisavg.eventity.ui.EventsSearch; import static com.facebook.FacebookSdk.getApplicationContext; import android.Manifest; import android.app.AlertDialog; import android.content.Context; import android.content.Intent; import android.content.pm.PackageManager; import android.location.Location; import android.location.LocationManager; import android.os.Bundle; import android.provider.Settings; import android.text.TextUtils; import android.view.LayoutInflater; import android.view.View; import android.view.ViewGroup; import android.widget.ImageView; import android.widget.LinearLayout; import android.widget.TextView; import android.widget.Toast; import androidx.annotation.NonNull; import androidx.annotation.Nullable; import androidx.core.content.ContextCompat; import androidx.fragment.app.Fragment; import com.bumptech.glide.Glide; import com.bumptech.glide.load.engine.DiskCacheStrategy; import com.google.android.gms.maps.CameraUpdate; import com.google.android.gms.maps.CameraUpdateFactory; import com.google.android.gms.maps.GoogleMap; import com.google.android.gms.maps.OnMapReadyCallback; import com.google.android.gms.maps.SupportMapFragment; import com.google.android.gms.maps.model.LatLng; import com.google.android.gms.maps.model.LatLngBounds; import com.google.android.gms.tasks.OnSuccessListener; import com.google.firebase.auth.FirebaseAuth; import com.google.firebase.firestore.CollectionReference; import com.google.firebase.firestore.DocumentSnapshot; import com.google.firebase.firestore.FirebaseFirestore; import com.google.firebase.firestore.ListenerRegistration; import com.google.maps.android.clustering.Cluster; import com.google.maps.android.clustering.ClusterManager; import com.google.maps.android.clustering.algo.Algorithm; import com.google.maps.android.clustering.view.DefaultClusterRenderer; import com.unipi.chrisavg.eventity.Event; import com.unipi.chrisavg.eventity.MyClusterItem; import com.unipi.chrisavg.eventity.R; import com.unipi.chrisavg.eventity.SpecificEventDetailedActivity; import com.unipi.chrisavg.eventity.User; import java.util.ArrayList; import java.util.Calendar; import java.util.Collection; import java.util.Date; import java.util.List; import java.util.Locale; public class Tab2Fragment extends Fragment implements OnMapReadyCallback, ClusterManager.OnClusterClickListener<MyClusterItem>, ClusterManager.OnClusterItemClickListener<MyClusterItem> { private static GoogleMap mMap; static final int LOCATION_SETTINGS_REQUEST = 1; static final int locationRequestCode = 123; LocationManager locationManager; FirebaseAuth auth; CollectionReference events; FirebaseFirestore db; static List<Event> eventsList = new ArrayList<>(); static List<Event> searchViewTempEventsList = new ArrayList<>(); //λιστα που κραταει τα καθε φορα events που μενουν μετα το filtering μεσω searchView static List<Event> ToggleButtonsTempEventsList = new ArrayList<>(); //λιστα που κραταει τα καθε φορα events που μενουν μετα το filtering μεσω toggleButtons private ListenerRegistration listenerRegistration; final static long LOCATION_RANGE = 50000; User user; Location locationForSearch; static ClusterManager<MyClusterItem> clusterManager; ImageView imageViewDetailed; TextView titleTextViewDetailed,dateTextViewDetailed,locationTextViewDetailed; static LinearLayout RL_detailed_window; SupportMapFragment mapFragment; View view; String selectedEventItemKey; @Nullable @Override public View onCreateView(@NonNull LayoutInflater inflater, @Nullable ViewGroup container, @Nullable Bundle savedInstanceState) { view = inflater.inflate(R.layout.fragment_tab2, container, false); // Ανάκτηση των bundle arguments - locationForSearch Bundle args = getArguments(); double latitude = 0; double longitude = 0; if (args != null) { latitude = args.getDouble("latitude", 0.0); longitude = args.getDouble("longitude", 0.0); } locationForSearch = new Location("provider"); locationForSearch.setLatitude(latitude); locationForSearch.setLongitude(longitude); // Αποκταμε το SupportMapFragment και θα ειδοποιηθουμε όταν ο χάρτης είναι έτοιμος να χρησιμοποιηθεί(OnMapReady). mapFragment = (SupportMapFragment) getChildFragmentManager().findFragmentById(R.id.map_fragment); if (mapFragment != null) { mapFragment.getMapAsync(this); } locationManager = (LocationManager) getContext().getSystemService(Context.LOCATION_SERVICE); auth = FirebaseAuth.getInstance(); db = FirebaseFirestore.getInstance(); events = db.collection("Events"); imageViewDetailed = view.findViewById(R.id.image); titleTextViewDetailed = view.findViewById(R.id.title); dateTextViewDetailed = view.findViewById(R.id.Date); locationTextViewDetailed = view.findViewById(R.id.Location); RL_detailed_window = view.findViewById(R.id.RL_detailed_window); return view; } /** * Manipulates the map once available. * This callback is triggered when the map is ready to be used. * This is where we can add markers or lines, add listeners or move the camera. In this case, * we just add a marker near Sydney, Australia. * If Google Play services is not installed on the device, the user will be prompted to install * it inside the SupportMapFragment. This method will only be triggered once the user has * installed Google Play services and returned to the app. */ public static void searchViewFilteringTab2(String filter){ //Η μέθοδος που κανει το filtering με βαση το τι πληκτρολογει ο χρηστης στο searchview για το tab2 if (RL_detailed_window.getVisibility()==View.VISIBLE){ RL_detailed_window.setVisibility(View.GONE); mMap.getUiSettings().setZoomControlsEnabled(true); } searchViewTempEventsList.clear(); clusterManager.clearItems(); // Διαγραφή των cluster items από το σύνολο δεδομένων clusterManager.cluster(); // Επαναϋπολογισμός και απόδοση των clusters if (TextUtils.isEmpty(filter)){ ShowEventsOnMap(eventsList); clusterManager.cluster(); } else { searchViewTempEventsList =new ArrayList<>(); filter = filter.toLowerCase(Locale.getDefault()); for (Event event : eventsList) { if (event.getTitle().toLowerCase(Locale.getDefault()) .contains(filter)){ searchViewTempEventsList.add(event); } } ShowEventsOnMap(searchViewTempEventsList); clusterManager.cluster(); } } public static void toggleButtonsContainerFilteringTab2(List<String> selectedTypes){ //Η μέθοδος που κανει το filtering με βαση το τι επιλεγει ο χρηστης απο τα toggle buttons για το tab2 if (RL_detailed_window.getVisibility()==View.VISIBLE){ RL_detailed_window.setVisibility(View.GONE); mMap.getUiSettings().setZoomControlsEnabled(true); } ToggleButtonsTempEventsList.clear(); clusterManager.clearItems(); // Διαγραφή των cluster items από το σύνολο δεδομένων clusterManager.cluster(); // Επαναϋπολογισμός και απόδοση των clusters if (selectedTypes.size()==0){ ShowEventsOnMap(eventsList); clusterManager.cluster(); } else { ToggleButtonsTempEventsList =new ArrayList<>(); for ( Event event : eventsList) { if (containsCommonItem(event.getTypes(), selectedTypes)) { ToggleButtonsTempEventsList.add(event); } } ShowEventsOnMap(ToggleButtonsTempEventsList); clusterManager.cluster(); } } public static boolean containsCommonItem(List<String> list1, List<String> list2) { for (String item : list1) { if (list2.contains(item)) { return true; } } return false; } @Override public void onMapReady(GoogleMap googleMap) { mMap = googleMap; mMap.setOnMapClickListener(new GoogleMap.OnMapClickListener() { @Override public void onMapClick(@NonNull LatLng latLng) { if (RL_detailed_window.getVisibility()==View.VISIBLE){ RL_detailed_window.setVisibility(View.GONE); //εμφανιζουμε το παραθυρακι του event mMap.getUiSettings().setZoomControlsEnabled(true); } } }); RL_detailed_window.setOnClickListener(new View.OnClickListener() { @Override public void onClick(View v) { //Παιρνουμε το event με το eventKey που πατηθηκε και ανοιγουμε το SpecificEventDetailedActivity στελνοντας το συγκεκριμενο event Event targetEvent = eventsList.stream() .filter(event -> event.getKey().equals(selectedEventItemKey)) .findFirst() .orElse(null); Intent intent = new Intent(getContext(), SpecificEventDetailedActivity.class); intent.putExtra("event", targetEvent); startActivity(intent); } }); // Ενεργοποίηση του κουμπιού "Η τοποθεσία μου" και εμφάνιση της τοποθεσίας μου αν εχω τα permissions if (ContextCompat.checkSelfPermission(getContext(), android.Manifest.permission.ACCESS_FINE_LOCATION) == PackageManager.PERMISSION_GRANTED) { mMap.setMyLocationEnabled(true); mMap.getUiSettings().setMyLocationButtonEnabled(true); } else { // Διαφορετικά αίτηση άδειας πρόσβασης στην τοποθεσία του χρήστη(request permissions) requestPermissions(new String[]{Manifest.permission.ACCESS_FINE_LOCATION}, locationRequestCode); } mMap.setOnMyLocationButtonClickListener(new GoogleMap.OnMyLocationButtonClickListener() { @Override public boolean onMyLocationButtonClick() { boolean isGPSEnabled = locationManager.isProviderEnabled(LocationManager.GPS_PROVIDER); if(!isGPSEnabled){ //αν δεν εχει ανοιξει το location στο κινητο του τοτε τον στελνω στα settings αν θελει ωστε να το ανοιξει και να παρω την τοποθεσια του showSettingsAlert(); } return false; } }); mMap.getUiSettings().setZoomControlsEnabled(true); clusterManager = new ClusterManager<MyClusterItem>(getContext(), mMap); //για το clustering των markers στο map ClusterItemRenderer clusterItemRenderer = new ClusterItemRenderer(); clusterManager.setRenderer(clusterItemRenderer); //mMap.setOnCameraChangeListener((GoogleMap.OnCameraChangeListener) clusterManager); mMap.setOnCameraIdleListener(clusterManager); mMap.setOnMarkerClickListener(clusterManager); mMap.setOnInfoWindowClickListener(clusterManager); clusterManager.setOnClusterClickListener(this); clusterManager.setOnClusterItemClickListener(this); List<String> currentUserPreferences = new ArrayList<>(); db.collection("Users") .document(auth.getUid()) // Replace with the actual user document ID .get() .addOnSuccessListener(new OnSuccessListener<DocumentSnapshot>() { @Override public void onSuccess(DocumentSnapshot documentSnapshot) { if(documentSnapshot.exists()){ user = documentSnapshot.toObject(User.class); // Αρχίζουμε να ακούμε ενημερώσεις σε πραγματικό χρόνο // Λήψη events και ταξινόμησή τους με βάση τις προτιμήσεις του χρήστη listenerRegistration = events .addSnapshotListener((querySnapshot, error) -> { if (error != null) { // Handle error return; } eventsList.clear(); clusterManager.clearItems(); clusterManager.cluster(); for (DocumentSnapshot document : querySnapshot) { Event event = document.toObject(Event.class); event.setKey(document.getId()); Date currentDatetime = Calendar.getInstance().getTime(); Location eventLocation = new Location(""); eventLocation.setLatitude(event.getGeopoint().getLatitude()); eventLocation.setLongitude(event.getGeopoint().getLongitude()); int location_distance = (int) eventLocation.distanceTo(locationForSearch); // Ελέγχουμε την ημερομηνία να είναι μετά την τρέχουσα ημερομηνία και την τοποθεσία κοντά στο locationForSearch μέχρι 50000 χλμ if (event.getDate() != null && event.getDate().toDate().after(currentDatetime) && location_distance<=LOCATION_RANGE) { eventsList.add(event); } } // Εδώ, η "eventsList" περιέχει τα ενημερωμένα δεδομένα με αλλαγές σε πραγματικό χρόνο. ShowEventsOnMap(eventsList); clusterManager.cluster(); }); } } }); } public static void ShowEventsOnMap(List<Event> eventsList){ for (Event event:eventsList) { // προσθετουμε αντικειμενα cluster LatLng latLng = new LatLng(event.getGeopoint().getLatitude(), event.getGeopoint().getLongitude()); MyClusterItem clusterItem = new MyClusterItem(latLng, event.getTitle(), event.getDateToCustomFormat(),event); clusterManager.addItem(clusterItem); } if (eventsList.size() != 0) zoomToCenterOfClusterItems(); //αν υπαρχουν events στο map τοτε οταν εκκινειται το map κανω zoom στο κεντρο απο ολα τα event ωστε να εχει μια σφαιρικη οψη προς ολα τα events } public void showSettingsAlert() { AlertDialog.Builder alertDialog = new AlertDialog.Builder(getContext()); alertDialog.setTitle(getString(R.string.gps_settings)); alertDialog.setMessage(getString(R.string.gps_not_enabled)); alertDialog.setPositiveButton(getString(R.string.settings), (dialog, which) -> { Intent intent = new Intent(Settings.ACTION_LOCATION_SOURCE_SETTINGS); startActivityForResult(intent,LOCATION_SETTINGS_REQUEST); }); alertDialog.setNegativeButton(getString(R.string.cancel), (dialog, which) -> dialog.cancel()); alertDialog.show(); } /** * Draws profile photos inside markers (using IconGenerator). * When there are multiple people in the cluster, draw multiple photos (using MultiDrawable). */ private class ClusterItemRenderer extends DefaultClusterRenderer<MyClusterItem> { public ClusterItemRenderer() { super(getApplicationContext(), mMap, clusterManager); } @Override protected boolean shouldRenderAsCluster(Cluster cluster) { // Always render clusters. return cluster.getSize() > 1; } } @Override public boolean onClusterClick(Cluster<MyClusterItem> cluster) { Collection<MyClusterItem> clusterItems = cluster.getItems(); // Υπολογίζουμε το κέντρο όλων των cluster items απο το cluster που πατησε ωστε να μεταφερω τη καμερα πανω απο το κεντρο αυτων LatLngBounds.Builder builder = new LatLngBounds.Builder(); for (MyClusterItem clusterItem : clusterItems) { builder.include(clusterItem.getPosition()); } LatLngBounds bounds = builder.build(); LatLng center = bounds.getCenter(); // Μετακίνηση της κάμερας στο υπολογισμένο κέντρο με ένα συγκεκριμένο επίπεδο ζουμ(12) mMap.moveCamera(CameraUpdateFactory.newLatLngZoom(center, 12.0f)); return true; } public static void zoomToCenterOfClusterItems(){ // Λήψη όλων των cluster items (απο ολα τα clusters) από τον αλγόριθμο Algorithm<MyClusterItem> algorithm = clusterManager.getAlgorithm(); Collection<MyClusterItem> clusterItemsCollection = algorithm.getItems(); // Μετατροπή της συλλογής σε λίστα List<MyClusterItem> clusterItems = new ArrayList<>(clusterItemsCollection); // Υπολογίζουμε το κέντρο όλων των cluster items LatLngBounds.Builder builder = new LatLngBounds.Builder(); for (MyClusterItem clusterItem : clusterItems) { builder.include(clusterItem.getPosition()); } LatLngBounds bounds = builder.build(); LatLng center = bounds.getCenter(); // Μετακίνηση της κάμερας στο υπολογισμένο κέντρο με ένα συγκεκριμένο επίπεδο ζουμ(9) mMap.moveCamera(CameraUpdateFactory.newLatLngZoom(center, 9.0f)); } @Override public boolean onClusterItemClick(MyClusterItem item) { Glide.with(getContext()) .load(item.getEvent().getPhotoURL()) .diskCacheStrategy(DiskCacheStrategy.ALL) // Κρυφή μνήμη(cache) της εικόνας για καλύτερη απόδοση .into(imageViewDetailed); titleTextViewDetailed.setText(item.getTitle()); dateTextViewDetailed.setText(item.getSnippet()); locationTextViewDetailed.setText(item.getEvent().getLocation()); selectedEventItemKey = item.getEvent().getKey(); // Εμφανιζουμε το detailed window για το event RL_detailed_window.setVisibility(View.VISIBLE); mMap.getUiSettings().setZoomControlsEnabled(false); CameraUpdate cameraUpdate = CameraUpdateFactory.newLatLngZoom(item.getPosition(),14.0f); // Μετακίνηση της κάμερας με animation mMap.animateCamera(cameraUpdate, 1500, null); return true; } @Override public void onRequestPermissionsResult(int requestCode, @NonNull String[] permissions, @NonNull int[] grantResults) { super.onRequestPermissionsResult(requestCode, permissions, grantResults); if (requestCode == locationRequestCode) { //ελεγχουμε αν εχει ερθει απο το παραπανω requestPermission με requestCode = 111 που ειναι του CurrentLocationButton if (grantResults.length > 0 && grantResults[0] == PackageManager.PERMISSION_GRANTED) { //Αν ο χρηστης πατησει allow Toast.makeText(getContext(), getString(R.string.permissions_accepted), Toast.LENGTH_SHORT).show(); mMap.setMyLocationEnabled(true); mMap.getUiSettings().setMyLocationButtonEnabled(true); } else { //Αν ο χρηστης αρνηθει τα δικαιωματα εμφανιζω καταλληλο μηνυμα. Toast.makeText(getContext(), getString(R.string.permissions_denied), Toast.LENGTH_SHORT).show(); } } } }

xristos-avgerinos/Eventity

app/src/main/java/com/unipi/chrisavg/eventity/ui/EventsSearch/Tab2Fragment.java

369

package com.example.forgetit; import android.content.ClipData; import android.content.ClipboardManager; import android.content.Context; import android.content.Intent; import android.view.LayoutInflater; import android.view.View; import android.view.ViewGroup; import android.widget.Button; import android.widget.ImageButton; import android.widget.ImageView; import android.widget.TextView; import androidx.annotation.NonNull; import androidx.recyclerview.widget.RecyclerView; import java.util.ArrayList; import java.util.Collections; import java.util.Comparator; import java.util.Map; import java.util.Set; /** * recycle view ου περιεχει καρτες του χρηστη και εμφανιζεται στην δραστηριοτητα * account. */ public class RecycleAdapter extends RecyclerView.Adapter<RecycleAdapter.ViewHolder> { /** * κενος κατασκευαστης (duh) */ public RecycleAdapter(){ } static Context c; static String appUser; Map<String,ArrayList<String>> data;//λεξικα ArrayList<String> keys;//λιστα με τα κλειδια του λεξικου boolean dataNullFlag;//true αν το recycleView εχει δεδομενα να παρουσιασει, false δεν εχει. /** * Αν το data ειναι null αυτο σημαινει πως ο χρηστης δεν εχει δεδομενα αποθηκευμενα και χρειαζεται ειδικη μεταχειριση. Το dataNullFlag λαμβανει την τιμη false. * * Διαφορετικα δεχομαστε ενα γεματο λεξικο, απο αυτο αποθηκευουμε ολα τα κλειδια σε μια προσπελασιμη δομη * @param data ειναι ενα hashMap που εχει τα δεδομενα ενος χρηστη (εχει ολες τις τριπλετες (ετικετα-ονομα_χρηστη-συνθηματικο) * το κλειδι του λεξικου ειναι το ονομα_χρηστη και καθε κλειδι δειχνει σε μια λιστα συμβολοσειρων [συνθηματικο, ετικετα] * @param appUser το ονομα του χρηστη που εχει εισελθει στην δραστηριοτητα account * @param c αφορα τη δραστηριοτητα που καλεσε το recycleView στην οποια εμφανιζει τα αντιστοιχα μηνυματα προς την οθονη . */ public RecycleAdapter(Map<String, ArrayList<String>> data, Context c,String appUser) { this.c=c; this.appUser=appUser; if (data != null) { dataNullFlag=false; keys=new ArrayList<>(); Set<String> AllKeys = data.keySet();//ενα συνολο με ολα τα κλειδια if (AllKeys.size() != 0) { this.data = data; for (String name : AllKeys) { if (name != null) keys.add(name);//αποθηκευω τα κλειδια σε μια προσπελασιμη δομη } } } else { dataNullFlag=true; } } @NonNull @Override public RecycleAdapter.ViewHolder onCreateViewHolder(@NonNull ViewGroup parent, int viewType) { View v= LayoutInflater.from(parent.getContext()).inflate(R.layout.card_layout,parent,false);//συνδεση με το περιεχομενο του RecycleView(τις καρτες) return new ViewHolder(v); } /** * καθε καρτα στην λιστα αναφερεται με αυτη την μεθοδο. * holder ειναι ενα στοιχειο της λιστας και position η θεση του * αναλογα με τα δεδομενα που εχουν ερθει στον κονστρακτορα γεμιζω με δεδομενα καθε στοιχειο(holder). * * @param holder The ViewHolder which should be updated to represent the contents of the * item at the given position in the data set. * @param position The position of the item within the adapter's data set. */ @Override public void onBindViewHolder(@NonNull RecycleAdapter.ViewHolder holder, int position) { if(dataNullFlag){ holder.cardTitle.setText(R.string.ADDRECORDSMESS); holder.imageView.setVisibility(View.GONE); holder.password.setVisibility(View.GONE); holder.delete.setVisibility(View.INVISIBLE); holder.edit.setVisibility(View.INVISIBLE); holder.username.setVisibility(View.GONE); holder.passwordCopyPaste.setVisibility(View.GONE); holder.usernameCopyPaste.setVisibility(View.GONE); }else{ String username= keys.get(position); ArrayList<String> temp; temp= data.get(username); final int positionOfPassword=0,positionOfLabel=1;//το κλειδι του λεξικου ειναι το ονομα_χρηστη και καθε κλειδι δειχνει σε μια λιστα συμβολοσειρων [συνθηματικο,ετικετα] if(keys.size()!=0) { holder.username.setText(username); holder.password.setText(temp.get(positionOfPassword)); holder.cardTitle.setText(temp.get(positionOfLabel)); holder.imageView.performClick(); } } } /** * @return τον αριθμο των στοιχειων στην λιστα */ @Override public int getItemCount() { if( dataNullFlag) { return 1; } else return keys.size(); } /** * μια κλαση που αναπαριστα ενα στοιχειο της λιστας ως μια ενοτητα που αποτελειται απο * 3 κουμπια και 3 λεζαντες(γινεται συνδεση με τα στοιχεια της καρτας) */ static class ViewHolder extends RecyclerView.ViewHolder{ ImageButton edit,delete;//2 κουμπια-εικονες για την λειτουργια της επεξεργασιας μιας καρτας και διαγραφη της. ImageView imageView; Boolean PasswordVisibilityflag; Button usernameCopyPaste,passwordCopyPaste;//κουμπια που αντιγραφουν τα text των textView στα clipboard του κινητου. TextView username,password,cardTitle;//λεζαντες της καρτας με το ονομα ,το συνθηματικο και τον τιτλο της καρτας. String passwordText;//διατηρει την πραγματικη τιμη του κωδικου οταν το password textView ειναι μη ορατο.(δλδ εχει ως text "**..**" /** * κονστρακτορας * @param itemView αναπαριστα ενα στοιχειο της λιστας ως μια ενοτητα * δινονται τιμες σε καθε view που αναφερθηκε παραπανω και περιεχεται στο itemView */ public ViewHolder(@NonNull View itemView) { super(itemView); //συνδεση των στοιχειων με τα αντικειμενα της καρτας PasswordVisibilityflag =true; imageView=itemView.findViewById(R.id.imageView); edit=itemView.findViewById(R.id.imageButton2); delete=itemView.findViewById(R.id.imageButton); username=itemView.findViewById(R.id.username); password=itemView.findViewById(R.id.password); cardTitle=itemView.findViewById(R.id.cardLabel); usernameCopyPaste=itemView.findViewById(R.id.button8); passwordCopyPaste=itemView.findViewById(R.id.button9); /** * action listener του κουμπιου usernameCopyPaste για την αντιγραφη του κειμενου στο username TextView στο προχειρο της συσκευης */ usernameCopyPaste.setOnClickListener(v->{ String textToCopy = username.getText().toString(); ClipboardManager clipboardManager = (ClipboardManager) v.getContext().getSystemService(Context.CLIPBOARD_SERVICE); ClipData clipData = ClipData.newPlainText("Copied Text", textToCopy); clipboardManager.setPrimaryClip(clipData); }); /** * action listener του κουμπιου passwordCopyPaste για την αντιγραφη του κειμενου στο passwordText TextView στο clipboard της συσκευης */ passwordCopyPaste.setOnClickListener(v->{ String textToCopy = passwordText; ClipboardManager clipboardManager = (ClipboardManager) v.getContext().getSystemService(Context.CLIPBOARD_SERVICE); ClipData clipData = ClipData.newPlainText("Copied Text", textToCopy); clipboardManager.setPrimaryClip(clipData); }); /** * action listener του edit για την εναρξη της δραστηριοτητας επεξεργασιας (addActivity) με βαση τα δεδομενα που υπαρχουν πανω στο cardView. * Πριν ξεκινησει η διαδικασια, διαγραφω την εγγραφη απο την βαση και κραταω τα στοιχεια προσωρινα στη νεα δραστηριοτητα. */ edit.setOnClickListener(v -> { DataBase db=DataBase.getInstance(c); Intent edit=new Intent(c, AddActivity.class); edit.putExtra("AppUser",appUser); edit.putExtra("Title",cardTitle.getText()); edit.putExtra("Username",username.getText()); edit.putExtra("Password",passwordText); db.deleteUserContext(appUser,cardTitle.getText().toString()); edit.putExtra("flag",false);//ενα φλαγκ που μου επιτρεπει οταν ξεκινησει το activity addActivity να διαχωρισω αν ειναι εντιντ ή απλη προσθηκη c.startActivity(edit); }); /** * action listener του delete για την διαγραφη των στοιχειων της καρτας απο την βαση και στην συνεχεια ανανέωση του RecycleView. */ delete.setOnClickListener(v -> { DataBase db=DataBase.getInstance(c); db.deleteUserContext(appUser,cardTitle.getText().toString()); db.close(); AccountActivity activity= (AccountActivity) c; activity.onResume(); }); /** * action listener του imageView για την εμφανιση ή την αποκρυψη του περιεχομενου του textView password. */ imageView.setOnClickListener(v -> { if(PasswordVisibilityflag){ passwordText=password.getText().toString(); imageView.setImageResource(R.drawable.closed); password.setText("*********"); } else { imageView.setImageResource(R.drawable.open); password.setText(passwordText); } PasswordVisibilityflag =!PasswordVisibilityflag; }); } } }

thanoskiver/ForgetIt

app/src/main/java/com/example/forgetit/RecycleAdapter.java

370

package Server; import javax.crypto.Mac; import javax.crypto.spec.SecretKeySpec; import org.apache.commons.codec.binary.Hex; public class HMAC { //Αυτη η μεθοδος κατακερματιζει ενα αλφαριθμητικο με HMAC και ενα αλγοριθμο κατακερματισμου public static String Hash(String value, byte[] key, String hashAlgorithm) { try { SecretKeySpec signingKey = new SecretKeySpec(key, "Hmac" + hashAlgorithm.replaceAll("-", "")); Mac mac = Mac.getInstance("Hmac" + hashAlgorithm.replaceAll("-", "")); mac.init(signingKey); byte[] rawHmac = mac.doFinal(value.getBytes()); byte[] hexBytes = new Hex().encode(rawHmac); return new String(hexBytes, "UTF-8"); } catch (Exception e) { throw new RuntimeException(e); } } }

icsd12015/projects_security

AKAoverI2P/Project/src/Server/HMAC.java

371

package Client; import javax.crypto.Mac; import javax.crypto.spec.SecretKeySpec; import org.apache.commons.codec.binary.Hex; public class HMAC { //Αυτη η μεθοδος κατακερματιζει ενα αλφαριθμητικο με HMAC και ενα αλγοριθμο κατακερματισμου public static String Hash(String value, byte[] key, String hashAlgorithm) { try { SecretKeySpec signingKey = new SecretKeySpec(key, "Hmac" + hashAlgorithm.replaceAll("-", "")); Mac mac = Mac.getInstance("Hmac" + hashAlgorithm.replaceAll("-", "")); mac.init(signingKey); byte[] rawHmac = mac.doFinal(value.getBytes()); byte[] hexBytes = new Hex().encode(rawHmac); return new String(hexBytes, "UTF-8"); } catch (Exception e) { throw new RuntimeException(e); } } }

icsd12015/projects_security

AKAoverI2P/Project/src/Client/HMAC.java

372

package Security; import java.security.*; import java.security.spec.*; import javax.crypto.KeyGenerator; import javax.crypto.SecretKey; import javax.crypto.spec.SecretKeySpec; /** * @author icsd12015 * */ //Περοιέχει μεθόδους για Δημιουργια και Ανακατασκευη Ασσυμτετρων και Συμμετρικων Κλειδιων public class KeyTool { //Δημιουργια κλειδιου για συμμετρικη κρυπτογραφια δεδομενου του μεγεθους του κλειδιου σε bits, αλγοριθμου και του security provider public static SecretKey getRandomKey (int keySize, String algorithm, Provider provider) throws NoSuchAlgorithmException, NoSuchProviderException { KeyGenerator keyGen = KeyGenerator.getInstance(algorithm, provider); keyGen.init(keySize); return keyGen.generateKey(); } //Κατασκευη κλειδιου για συμμετρικη κρυπτογραφια δεδομενου των bytes του κλειδιου και του αλγοριθμου public static SecretKey constructKey (String algorithm, byte[] K) { return new SecretKeySpec(K, algorithm); } //Κατασκευη κλειδιου για συμμετρικη κρυπτογραφια δεδομενου των bytes του κλειδιου, το μεγεθος σε bits και του αλγοριθμου public static SecretKey constructKey (String algorithm, int keySize, byte[] K) { return new SecretKeySpec(K, 0, keySize / 8, algorithm); } //Δημιουργια ζευγους κλειδιων για ασυμμετρη κρυπτογραφια δεδομενου τις παραμετρους του αλγοριθμου, τον αλγοριθμο και του security provider public static KeyPair generateKeyPair (String algorithm, AlgorithmParameterSpec params, Provider provider) throws NoSuchAlgorithmException, NoSuchProviderException, InvalidAlgorithmParameterException { KeyPairGenerator keyGen = KeyPairGenerator.getInstance(algorithm, provider); keyGen.initialize(params); return keyGen.generateKeyPair(); } //Δημιουργια ζευγους κλειδιων για ασυμμετρη κρυπτογραφια δεδομενου το μεγεθος του κλειδιου σε bits, τον αλγοριθμο και του security provider public static KeyPair generateKeyPair (String algorithm, int keySize, Provider provider) throws NoSuchAlgorithmException, NoSuchProviderException { final KeyPairGenerator keyGen = KeyPairGenerator.getInstance(algorithm, provider); keyGen.initialize(keySize); return keyGen.generateKeyPair(); } //Κατασκευη δημοσιου κλειδιου για ασυμμετρη κρυπτογραφια δεδομενου των bytes του κλειδιου, του αλγοριθμο και του security provider public static PublicKey constructPublicKey (byte[] pkey, String algorithm, Provider provider) throws NoSuchAlgorithmException, InvalidKeySpecException, NoSuchProviderException { return KeyFactory.getInstance(algorithm, provider).generatePublic(new X509EncodedKeySpec(pkey)); } //Κατασκευη ιδιωτικου κλειδιου για ασυμμετρη κρυπτογραφια δεδομενου των bytes του κλειδιου, του αλγοριθμο και του security provider public static PrivateKey constructPrivateKey (byte[] skey, String algorithm, Provider provider) throws NoSuchAlgorithmException, InvalidKeySpecException, NoSuchProviderException { return KeyFactory.getInstance(algorithm, provider).generatePrivate(new PKCS8EncodedKeySpec(skey)); } }

icsd12015/projects_security

SIPKAP/Project/src/Security/KeyTool.java

375

/* This file is part of "Ηλεκτρονική Διακίνηση Εγγράφων Δήμου Αθηναίων(ΗΔΕ) Documents' Digital Handling/Digital Signature of Municipality of Athens(DDHDS)". Complementary service to allow digital signing from browser Copyright (C) <2018> Municipality Of Athens Service Author Panagiotis Skarvelis [email protected] This program is free software: you can redistribute it and/or modify it under the terms of the GNU Affero General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Affero General Public License for more details. You should have received a copy of the GNU Affero General Public License along with this program. If not, see <https://www.gnu.org/licenses/>. <authors' emails : [email protected], [email protected], [email protected]> <authors' address : Λιοσίων 22, Αθήνα - Ελλάδα, ΤΚ:10438 ---- Liosion 22, Athens - Greece, PC:10438> */ package moa.ds.service.athens.gr; import java.util.Properties; public class MOASSConfig { private Properties prop; private static MOASSConfig instance; private MOASSConfig() { prop = new java.util.Properties(); try { prop.load(this.getClass().getClassLoader().getResourceAsStream("config.properties")); } catch(Exception eta){ eta.printStackTrace(); } } private String getValue(String key) { return prop.getProperty(key); } public static String getProperty(String key) { if (instance == null) instance = new MOASSConfig(); return instance.getValue(key); } } /* Usage: $value = MOASSConfig.getProperty(key); */

MunicipalityOfAthens/MOASS

src/moa/ds/service/athens/gr/MOASSConfig.java

376

package com.infobip.api.code.examples; import okhttp3.MediaType; import okhttp3.OkHttpClient; import okhttp3.Request; import okhttp3.RequestBody; import okhttp3.Response; import java.io.IOException; public class SendSmsMessageTransliteration { private static final String BASE_URL = System.getenv("IB_ENDPOINT_URL"); private static final String ACCESS_TOKEN = String.format("IBSSO %s", System.getenv("IB_TOKEN")); public static void main(String[] args) throws IOException { OkHttpClient client = new OkHttpClient().newBuilder() .build(); String bodyJson = "{\"messages\":[{\"from\":\"InfoSMS\",\"destinations\":[{\"to\":\"41793026727\"}],\"text\":\"Ως Μεγαρικό ψήφισμα είναι γνωστή η απόφαση της Εκκλησίας του δήμου των Αθηναίων (πιθανόν γύρω στο 433/2 π.Χ.) να επιβάλει αυστηρό και καθολικό εμπάργκο στα\",\"transliteration\":\"GREEK\"}]}"; MediaType mediaType = MediaType.parse("application/json"); RequestBody body = RequestBody.create(bodyJson, mediaType); Request request = new Request.Builder() .url("https://" + BASE_URL + "/sms/2/text/advanced") .method("POST", body) .addHeader("Authorization", ACCESS_TOKEN) .addHeader("Content-Type", "application/json") .addHeader("Accept", "application/json") .build(); Response response = client.newCall(request).execute(); System.out.println(response.isSuccessful() ? "Request sent successfully." : "Failed to send request."); System.out.println(response.body().string()); } }

infobip/infobip-api-examples

channels/sms/send-sms-message/SendSmsMessageTransliteration.java

377

import java.util.Locale; /** * * Δημιουργουμε μια κλαση η οποια παιρνει απο το συστημα του υπολογιστη την γλωσσα που εχει επιλεξει ο χρηστης και την εφαρμοζει * στο προγραμμα(ειτε ελληνικα ειτε αγγλικα) * * @author Alexandros Vladovitis,Stelios Verros */ public class International { Locale locale; String[] SMS; public International(){ locale = Locale.getDefault(); String language; language = locale.toString(); if(language.equals("el_GR")){ SMS = new String[]{("ΕΠΙΛΟΓΕΣ"),(" ΘΑ ΠΑΙΞΕΙΣ ΜΕ ΓΡΑΜΜΑΤΑ 'Η ΜΕ ΑΡΙΘΜΟΥΣ;"),(" ΑΡΙΘΜΟΣ"),("ΒΟΗΘΕΙΑ"),("ΑΦΑΙΡΕΣΗ ΑΡΙΘΜΟΥ ΑΠΟ ΠΙΝΑΚΑ"),("ΔΕΝ ΜΠΟΡΕΙΣ ΝΑ ΒΑΛΕΙΣ ΑΥΤΟΝ ΤΟΝ ΑΡΙΘΜΟ!") ,("ΛΑΘΟΣ ΚΙΝΗΣΗ"),("ΔΕΝ ΜΠΟΡΕΙΣ ΝΑ ΒΑΛΕΙΣ ΑΥΤΟ ΤΟ ΓΡΑΜΜΑ!"),("ΚΕΡΔΙΣΕΣ!"),("ΤΟ ΠΑΙΧΝΙΔΙ ΤΕΛΕΙΩΣΕ"),(" ΤΙ ΕΠΙΘΥΜΕΙΣ") ,(" ΠΑΙΞΕ ΞΑΝΑ"),("ΠΑΙΞΕ ΞΑΝΑ"),("ΤΕΛΟΣ ΠΑΙΧΝΙΔΙΟΥ"),(" ΤΕΛΟΣ ΠΑΙΧΝΙΔΙΟΥ"),("ΕΧΑΣΕΣ!") ,("ΕΠΙΣΤΡΟΦΗ ΣΤΟ ΜΕΝΟΥ"),(" ΕΠΙΣΤΡΟΦΗ ΣΤΟ ΜΕΝΟΥ"),("ΑΡΙΘΜΟΣ"),(" ΓΡΑΜΜΑΤΑ "),(" ΓΡΑΜΜΑΤΑ"),("ΠΑΙΧΝΙΔΙ Sudoku"),(" ΔΙΑΛΕΞΕ ΠΑΙΧΝΙΔΙ") ,("ΤΙ ΕΠΙΘΥΜΕΙΣ"),("ΠΑΙΧΝΙΔΙ Sudoku"),(" ΔΙΑΛΕΞΕ ΠΑΙΧΝΙΔΙ"),("ΕΠΙΛΟΓΕΣ"),("ΘΑ ΠΑΙΞΕΙΣ ΜΕ ΓΡΑΜΜΑΤΑ 'Η ΜΕ ΑΡΙΘΜΟΥΣ;"),(" ΑΡΙΘΜΟΥΣ "),(" ΓΡΑΜΜΑΤΑ "),(" ΓΡΑΜΜΑΤΑ")}; }else { SMS = new String[]{("CHOICES"),("WILL YOU PLAY WITH LETTERS OR NUMBERS?"),(" NUMBERS"),("HELP"),("REMOVE THE NUMBER FROM THE TABLE"),("YOU CAN'T PUT THAT NUMBER!"), ("WRONG MOVE"),("YOU CAN'T PUT THIS LETTER!"),("WIN!!"),("THE GAME IS OVER"),(" WHAT DO YOU WANT"),(" PLAY AGAIN"), ("PLAY AGAIN"),("GAME OVER"),(" GAME OVER"),("LOST"), ("RETURN TO MENU"), (" RETURN TO MENU"),("NUMBER"),(" LETTERS "), (" LETTERS"), ("Sudoku GAME"),(" CHOOSE A GAME"), ("WHAT DO YOU WANT"),("Sudoku GAME"), (" CHOOSE A GAME"),("CHOICES"),("WILL YOU PLAY WITH LETTERS OR NUMBERS?"), (" NUMBERS "),(" LETTERS "),(" LETTERS")}; } } }

alexvlad14/sudokuGames

src/International.java

379

package com.fivasim.antikythera; public class Initial2 { public static final float M_PI = (float)Math.PI; public static final int num_gears = 33; //Αριθμός γραναζιών public static final float gear_width = 1.0f; //Πάχος κάθε γραναζιού public static final float gear_tooth = 0.6f; //Βάθος δοντιών public static final int num_axles = 19; //Αριθμός αξόνων public static final int num_pointers = 5; //Αριθμός δεικτών //Μεταβλητές και σταθερές για την χρήση του ποντικιού public static final int MOUSE_ROTATE_YX = 0; public static final int MOUSE_ZOOM = 8; public static final int MOUSE_MOVE = 2; public static float m_last_x; public static float m_last_y; public static int mouse_mode; // x y z ταχύτητα χρώμα static public float gearpos[][] = new float[][] { { 0.0f, 0.0f, 7.7f, 0.0748f, 1f }, //A { 0.0f, 0.0f, 2.7f, 0.0748f, 1f }, //B1 { 0.0f, 0.0f, -3.3f, -0.0f, 2f }, //B2 { 15.72f, 0.0f, 2.7f, -0.125984f, 4f }, //B3 { 15.72f, 0.0f, 1.7f, -0.125984f, 4f }, //B4 { 23.56f, -7.64f, 1.7f, 0.251968f, 3f }, //C1f { 23.56f, -7.64f, -8.3f, 0.251968f, 3f }, //C2 { 0.0f, -9.68f, -3.3f, -0.0f, 7f }, //D1 { 0.0f, -9.68f, -8.3f, -1.0f, 6f }, //D2 { 0.0f, -9.68f, -19.3f, -0.008418f, 5f }, //E1 { 0.0f, -9.68f, -18.3f, -0.008418f, 14f }, //E2a { 0.0f, -9.68f, -23.8f, -1.0f, 6f }, //E2b { 0.0f, -9.68f, -25.8f, -0.0f, 7f }, //E3 { 28.01f, 0.0f, -19.3f, 0.02986f, 9f },//E4 { 28.01f, 0.0f, -23.8f, 0.02986f, 9f }, //E5 { 28.01f, -13.82f, -28.8f, -0.016589f, 10f }, //F1 { 28.01f, -13.82f, -23.8f, -0.016589f, 10f }, //F2 { 28.01f, -26.06f, -28.8f, 0.00553f, 11f },//G1 { 28.01f, -26.06f, -33.8f, 0.00553f, 11f },//G2 { 39.46f, -26.06f, -33.8f, -0.001382f, 12f },//H1 {-14.30f, -9.68f, -23.8f, 1.0f, 13f },//H2 {-14.80f, -9.68f, -25.8f, -0.0f, 3f },//I { -15.4f, 0.0f, 2.7f, -0.125984f, 15f },//J { -15.4f, 0.0f, 1.7f, -0.125984f, 15f },//K1 {-38.78f, 0.0f, 1.7f, 0.069553f, 16f },//K2 {-38.78f, 0.0f, -8.3f, 0.069553f, 16f },//L1 {-38.78f, 0.0f, -18.3f, 0.069553f, 16f },//L2 {-41.70f, -8.80f, -8.3f, -0.019685f, 17f },//M1 {-41.70f, -8.80f, -13.3f, -0.019685f, 17f },//M2 {-45.06f, -20.45f, -13.3f, 0.004921f, 18f },//O1 {-45.06f, -20.45f, -18.3f, 0.004921f, 18f },//O2 {-45.06f, -11.45f, -18.3f, -0.000984f, 3f },//Ένδειξη Τετραετίας { 36.00f, 0.0f, 13.85f, 0.5236f, 19f } //Μανιβέλα }; static public float geardata[][] = new float[][] { //only 1f cross supported {28.0f, 35.56f, gear_width, 224f, gear_tooth, 1f}, //A { 6.0f, 9.93f, gear_width, 64f, gear_tooth, 1f}, //B1 { 0.0f, 4.83f, gear_width, 32f, gear_tooth, 1f}, //B2 { 0.0f, 5.79f, gear_width, 38f, gear_tooth, 1f}, //B3 { 0.0f, 7.38f, gear_width, 48f, gear_tooth, 1f}, //B4 { 0.0f, 3.56f, gear_width, 24f, gear_tooth, 1f}, //C1 { 8.0f, 18.81f, gear_width, 127f, gear_tooth, 1f}, //C2 { 0.0f, 4.83f, gear_width, 32f, gear_tooth, 1f}, //D1 { 0.0f, 4.83f, gear_width, 32f, gear_tooth, 1f}, //D2 {10.0f, 23.21f, gear_width, 188f, gear_tooth, 1f}, //E1 {10.0f, 35.98f, gear_width, 223f, gear_tooth, 1f}, //E2a { 0.0f, 7.17f, gear_width, 50f, gear_tooth, 1f}, //E2b { 0.0f, 7.40f, gear_width, 50f, gear_tooth, 1f}, //E3 { 0.0f, 6.34f, gear_width, 53f, gear_tooth, 1f}, //E4 { 0.0f, 4.51f, gear_width, 30f, gear_tooth, 1f}, //E5 { 0.0f, 2.92f, gear_width, 20f, gear_tooth, 1f}, //F1 { 5.0f, 9.29f, gear_width, 54f, gear_tooth, 1f}, //F2 { 5.0f, 9.29f, gear_width, 60f, gear_tooth, 1f}, //G1 { 0.0f, 2.18f, gear_width, 15f, gear_tooth, 1f}, //G2 { 5.0f, 9.29f, gear_width, 60f, gear_tooth, 1f}, //H1 { 0.5f, 7.17f, gear_width, 50f, gear_tooth, 0f}, //H2 { 0.5f, 7.40f, gear_width, 50f, gear_tooth, 0f}, //I { 0.0f, 5.46f, gear_width, 38f, gear_tooth, 1f}, //J { 0.0f, 8.34f, gear_width, 53f, gear_tooth, 1f}, //K1 { 8.0f, 15.03f, gear_width, 96f, gear_tooth, 1f}, //K2 { 0.0f, 2.00f, gear_width, 15f, gear_tooth, 1f}, //L1 { 0.0f, 3.97f, gear_width, 27f, gear_tooth, 1f}, //L2 { 0.0f, 7.28f, gear_width, 53f, gear_tooth, 1f}, //M1 { 0.0f, 2.26f, gear_width, 15f, gear_tooth, 1f}, //M2 { 5.0f, 9.84f, gear_width, 60f, gear_tooth, 1f}, //O1 { 0.0f, 1.59f, gear_width, 12f, gear_tooth, 1f}, //O2 { 0.0f, 7.38f, gear_width, 60f, gear_tooth, 1f}, //Ένδειξη Τετραετίας { 0.0f, 5.75f, gear_width, 32f, gear_tooth, 1f} //Μανιβέλα }; static public float color[][] = new float[][] { {0.7f, 0.0f, 0.0f, 1.0f},//Κόκκινο {0.0f, 0.7f, 0.0f, 1.0f},//Πράσινο {0.0f, 0.0f, 0.7f, 1.0f},//Μπλε {0.7f, 0.7f, 0.0f, 1.0f},//Κίτρινο {0.7f, 0.0f, 0.7f, 1.0f},//Μωβ {0.0f, 0.7f, 0.7f, 1.0f},//Τυρκουάζ {0.8f, 0.4f, 0.0f, 1.0f},//Πορτοκαλί {0.8f, 0.0f, 0.4f, 1.0f},//Φούξια {1.0f, 0.5f, 0.5f, 1.0f},//Ροζ {0.4f, 0.0f, 0.0f, 1.0f},//Σκούρο Κόκκινο {0.3f, 0.3f, 0.3f, 1.0f},//Γκρι {0.0f, 0.4f, 0.0f, 1.0f},//Σκούρο Πράσινο {0.4f, 0.4f, 0.0f, 1.0f},//Μουσταρδί {0.4f, 0.0f, 0.4f, 1.0f},//Σκούρο Μωβ {0.1f, 0.5f, 0.5f, 1.0f},//Σκούρο Τυρκουάζ {0.5f, 0.3f, 0.1f, 1.0f},//Καφετί {0.7f, 0.5f, 0.3f, 1.0f},//Ανοιχτό Πορτοκαλί {0.4f, 0.7f, 0.2f, 1.0f},//Λαχανί {0.0f, 0.0f, 0.4f, 1.0f},//Σκούρο Μπλε {1.0f, 1.0f, 1.0f, 1.0f} //Άσπρο }; static public boolean gear_visibility[] = new boolean[] {true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true, true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true}; static public float startangle[] = new float[] { // A B1f B2f B3f B4f C1f C2f D1f D2f E1f E2a E2bE3f E4f E5f F1f F2f 0f ,0f ,0f ,0f ,0.6f ,5f ,0f ,9.5f ,0f ,5.6f ,5f ,0f ,3f ,0f ,0f ,4f ,0f , // G1f G2f H1f H2f I J K1f K2f L1f L2f M1f M2f O1f O2f e4f ,m 9f ,0f ,0f ,12f ,0f ,2.8f ,0f ,3.6f ,5f ,3.3f ,0f ,9.1f ,9f ,0f ,1.2f ,0f}; // x y z ταχύτητα χρώμα static public float axlepos[][] = new float[][] { { 0.0f, 0.0f, 14.85f, 1.0f, 2f},//A { 0.0f, 0.0f, 17.35f, 0.0748f, 1f},//B1 { 23.56f, -7.64f, -3.30f, 0.251968f, 3f},//B2 { 0.0f, -9.68f, -14.55f, -1.0f, 7f},//D { 0.0f, -9.68f, -16.05f, -1.0f, 6f},//E1 { 28.01f, 0.0f, -21.55f, 0.02986f, 9f},//E2 { 28.01f, -13.82f, -33.80f, -0.016589f, 10f},//F { 28.01f, -26.06f, -31.30f, 0.00553f, 11f},//G { 39.46f, -26.06f, -38.80f, -0.001382f, 12f},//H { -13.55f, -3.82f, -25.00f, 0.0f, 19f},//I { -14.30f, -9.68f, -23.80f, 1.0f, 13f},//J (διαφορικό) { -14.80f, -9.68f, -25.80f, 1.0f, 14f},//K (διαφορικό) { -38.78f, 0.0f, -8.30f, 0.069553f, 16f},//M { -41.70f, -8.80f, -10.80f, -0.019685f, 17f},//O { -45.06f, -11.45f, -31.25f, -0.000984f, 3f},//Ένδειξη Τετραετίας { -45.06f, -20.45f, -15.80f, 0.004921f, 18f},//Άξονας Μανιβέλας { 53.00f, 0.0f, 13.85f, 0.2992f, 19f},//Βάση Μανιβέλας { 70.00f, 0.0f, 13.85f, 0.2992f, 19f},//Χερούλι Μανιβέλας { 2.50f, 0.0f, 5.50f, 0.0f, 19f} //Οι συντεταγμένες του χερουλιού απλώς προστίθενται //σε αυτές της βάσης (είναι σχετικές) }; //Η μανιβέλα (το χερούλι) να είνα ΠΑΝΤΑ τελευταία static public float axledata[][] = new float[][] { {0.0f, 0.6f, 36.3f, 20f},//B1 {0.0f, 1.0f, 29.3f, 20f},//B2 {0.0f, 0.6f, 10.0f, 20f},//D {0.0f, 0.6f, 21.5f, 20f},//E1 {0.0f, 1.0f, 15.0f, 20f},//E2 {0.0f, 0.6f, 4.5f, 20f},//F {0.0f, 0.6f, 20.0f, 20f},//G {0.0f, 0.6f, 5.0f, 20f},//H {0.0f, 0.6f, 10.0f, 20f},//I {0.0f, 0.6f, 4.0f, 20f},//πυρρος {0.0f, 0.6f, 1.0f, 20f},//K1 {0.0f, 0.6f, 1.0f, 20f},//K2 {0.0f, 0.6f, 20.5f, 20f},//M {0.0f, 0.6f, 5.0f, 20f},//N {0.0f, 0.6f, 25.0f, 20f},//O {0.0f, 0.6f, 5.0f, 20f},//P {0.0f, 0.6f, 34.0f, 20f},//Άξονας Μανιβέλας {0.0f, 6.15f, 1.0f, 20f},//Βάση Μανιβέλας {0.0f, 0.5f, 5.0f, 20f} //Χερούλι Μανιβέλας (διαφορικό) }; static public boolean axle_visibility[] = new boolean[] {true,true,true,true,true,true,true,true,true, true,true,true,true,true,true,true,true,true,true}; static public float axle_angle[] = new float[] {0f,0f,0f,0f,0f,0f,0f,0f,0f, 0f,0f,0f,0f,0f,0f,0f,0f,0f,0f}; //Η μανιβέλα (το χερούλι) να είνα ΠΑΝΤΑ τελευταία static public float axle_differential[] = new float[] { 0f,0f,0f,0f,0f,0f,0f,0f,0f, gearpos[20][3],0f,0f,0f,0f,0f,0f,0f,0f,0.5f}; static public float axle_differential_angle[] = new float[] { 0f,0f,0f,0f,0f,0f,0f,0f,0f, 0.01f,0f,0f,0f,0f,0f,0f,0f,0f,0.001f}; static float pointer_pos[][] = new float[][] { { 0.0f, 0.0f, 31.9f, 0.0748f, 10f},//Ήλιος { 0.0f, 0.0f, 33.3f, -0.0f, 2f},//Σελήνη {-45.06f,-11.45f, -43.8f, -0.000984f, 3f},//Ένδειξη Τετραετίας {28.01f, -13.82f, -43.8f, -0.016589f,10f},//Συνοδικός Μήνας {39.46f, -26.06f, -43.8f, -0.001382f,12f}//Σεληνιακό Έτος }; static public float pointer_len[] = new float[] { 30f, 20f, 8f, 7f, 8f}; static public float pointer_angle[] = new float[] { 0f, 0f, 0f, 0f, 0f}; static public boolean pointer_visibility[] = new boolean[] {true,true,true,true,true}; static public boolean plate_visibility; }

fivasim/Antikythera-Simulation

Antikythera/src/com/fivasim/antikythera/Initial2.java

380

package operatingsystem; import java.util.LinkedList; // Χρίστος Γκόγκος (2738), Αθανάσιος Μπόλλας (2779), Δημήτριος Σβίγγας (2618), Αναστάσιος Τεμπερεκίδης (2808) /* Η κλάση αυτή αναπαριστά τη λειτουργία του δρομολογητή με αλγόριθμο Round Robin, μεταφέροντας διεργασίες από και προς τη CPU. Προσθέτει διεργασίες στη λίστα έτοιμων διεργασιών σύμφωνα με το κβάντο που πέρνει ως παράμετρο στον constructor (quantum value) */ public class RRScheduler { /* το quantum που θα χρησιμοποιηθεί κατά την δρομολόγιση */ private int quantum; RRScheduler(int quantum) { this.quantum = quantum; Main.readyProcessesList.defineQueueType(new LinkedList<>()); // Δομή απλής ουράς FIFO } /* τοποθετεί μια διεργασία στην κατάλληλη θέση της λίστας των έτοιμων διεργασιών */ public void addProcessToReadyList(Process process) { Main.readyProcessesList.addProcess(process); } /* αλαγή του quantum */ public void setQuantum(int quantum){ this.quantum = quantum; } /* εκτελεί την εναλλαγή διεργασίας στη CPU με βάση τη λίστα έτοιμων διεργασιών και το είδος του αλγορίθμου δρομολόγησης */ public void RR() { // Context Switching Process runningProcess = Main.cpu.getRunningProcess(); Main.cpu.removeProcessFromCpu(); // απομάκρυνση της διεργασίας που εκτελείται τώρα στη CPU Process nextProcess = Main.readyProcessesList.getAndRemoveProcess(); if (nextProcess != null) { // Προσθήκη της κατάλληλης διεργασίας από τη ready list στη CPU Main.cpu.addProcess(nextProcess); // Το επόμενο context-switch θα γίνει μετά από χρόνο ίσο με το κβάντο ή όταν τελειώσει η διεργασία αν θέλει χρόνο λιγότερο του κβάντου Main.cpu.setTimeToNextContextSwitch(Main.clock.ShowTime() + quantum - 1); } if (runningProcess != null && runningProcess.getCurrentState() != ProcessState.TERMINATED) { // Η διεργασία που εκτελούνταν στην CPU δεν τερμάτησε ακόμα οπότε ξαναμπαίνει στην ready list Main.readyProcessesList.addProcess(runningProcess); } } }

TeamLS/Operating-System-Simulator

src/operatingsystem/RRScheduler.java

381

package operatingsystem; import java.util.PriorityQueue; // Χρίστος Γκόγκος (2738), Αθανάσιος Μπόλλας (2779), Δημήτριος Σβίγγας (2618), Αναστάσιος Τεμπερεκίδης (2808) /* Αυτή η κλάση υλοποιεί την προεκχωρίσιμη και μη-προεκχωρίσιμη εκδοχή του αλγόριθμου SJFS. Ο αλγόριθμος SJFS ορίζει ως προτεραιότητα τον υπολοιπόμενο χρόνο κάθε διεργασίας. Επομένως ο προεκχωρίσιμος SJFS κάθε φορά επιλέγει και αναθέτει στη CPU την διεργασία εκείνη με τον μικρότερο υπολοιπόμενο χρόνο, ενώ ο μη-προεκχωρίσιμος SJFS κάνει την ίδια διαδικασία, με την μόνη διαφορά ότι το επόμενο context-switching γίνεται όταν η διεργασία που έχει επιλεχθεί για την CPU έχει τερματιστεί. */ public class SJFScheduler { private boolean isPreemptive; SJFScheduler(boolean isPreemptive) { this.isPreemptive = isPreemptive; Main.readyProcessesList.defineQueueType(new PriorityQueue<>(new RemainingTimeComparator().reversed()));//Ορίζει το είδος της λίστας αναμονής με προτεραιότητα το συνολικό χρόνο της διεργασίας } /* τοποθετεί μια διεργασία στην κατάλληλη θέση της λίστας των έτοιμων διεργασιών */ public void addProcessToReadyList(Process process) { Main.readyProcessesList.addProcess(process); } /* Αν η παράμετρος είναι True θέτει τον αλγόριθμο στην προεκχωρίση έκδοση του, διαφορετικά στην μη-προεκχωρίσιμη έκδοση. */ public void setIsPreemptive (boolean isPreemptive){ this.isPreemptive = isPreemptive; } /* εκτελεί την εναλλαγή διεργασίας στη CPU με βάση τη λίστα έτοιμων διεργασιών και το είδος του αλγορίθμου δρομολόγησης (preemptive / non-preemptive) */ public void SJF() { Process runningProcess = Main.cpu.getRunningProcess(); if (isPreemptive) { // ================== Προεκχωρίσιμος SJFS ================== // if (runningProcess != null) { if (runningProcess.getCurrentState() == ProcessState.TERMINATED) { // Η διεργασία έχει τερματιστεί και επομένως γίνεται το context-switching Main.cpu.removeProcessFromCpu(); Main.cpu.addProcess(Main.readyProcessesList.getAndRemoveProcess()); } else { Process proc = Main.readyProcessesList.getProcess(); // Ελέγχουμε αν η τρέχουσα διεργασία έχει μικρότερο υπολοιπόμενο χρόνο από όλες τις διεργασίες που βρίσκονται στη λίστα αναμονής if (proc != null && (runningProcess.getRemainingTime() > Main.readyProcessesList.getProcess().getRemainingTime())) { // Context Switching Main.cpu.removeProcessFromCpu(); Main.cpu.addProcess(Main.readyProcessesList.getAndRemoveProcess()); Main.readyProcessesList.addProcess(runningProcess); } } } else { //Δεν υπάρχει τρέχουσα διεργασία στη CPU και επομένως παίρνουμε αυτή με τον χαμηλότερο CPU χρόνο. Main.cpu.addProcess(Main.readyProcessesList.getAndRemoveProcess()); } //Θέτουμε στη CPU το νέο χρόνο που θα συμβεί context-switching ο οποίος είναι το επόμενο κλικ του χρόνου Main.cpu.setTimeToNextContextSwitch(Main.clock.ShowTime()); } else { // ================== Μη προεκχωρίσιμος SJFS ================== // Process nextProcess = null; if (runningProcess != null) { // Η CPU δεν έχει καμία διεργασία , επομένως ο αλγόριθμος παίρνει από τη λίστα διεργασίων την επόμενη διεργασία και την αναθέτει στη CPU. Main.cpu.removeProcessFromCpu(); } //Υπάρχει διεργασία στη CPU και έχει τερματιστεί, οπότε αναθέτουμε την επόμενη διεργασία στη CPU nextProcess = Main.readyProcessesList.getAndRemoveProcess(); if (nextProcess != null) { Main.cpu.addProcess(nextProcess); //Θέτουμε στη CPU το νέο χρόνο που θα συμβεί context-switching ο οποίος ισούται με τον χρόνο που χρειάζεται για να τερματιστεί η συγκεκριμένη διεργασία Main.cpu.setTimeToNextContextSwitch(Main.clock.ShowTime() + nextProcess.getRemainingTime()); } } } }

TeamLS/Operating-System-Simulator

src/operatingsystem/SJFScheduler.java

382

/* This file is part of "Ηλεκτρονική Διακίνηση Εγγράφων Δήμου Αθηναίων(ΗΔΕ) Documents' Digital Handling/Digital Signature of Municipality of Athens(DDHDS)". Complementary service to allow digital signing from browser Copyright (C) <2018> Municipality Of Athens Service Author Panagiotis Skarvelis [email protected] This program is free software: you can redistribute it and/or modify it under the terms of the GNU Affero General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Affero General Public License for more details. You should have received a copy of the GNU Affero General Public License along with this program. If not, see <https://www.gnu.org/licenses/>. <authors' emails : [email protected], [email protected], [email protected]> <authors' address : Λιοσίων 22, Αθήνα - Ελλάδα, ΤΚ:10438 ---- Liosion 22, Athens - Greece, PC:10438> */ package moa.ds.service.athens.gr; import java.io.IOException; import javax.servlet.ServletException; import javax.servlet.annotation.WebInitParam; import javax.servlet.annotation.WebServlet; import javax.servlet.http.HttpServlet; import javax.servlet.http.HttpServletRequest; import javax.servlet.http.HttpServletResponse; import moa.ds.service.athens.gr.MOASSUtils; /** * Servlet implementation class verify */ @WebServlet( urlPatterns = { "/verify" }, initParams = { @WebInitParam(name = "uuid", value = "") }) public class verify extends HttpServlet { private static final long serialVersionUID = 1L; /** * @see HttpServlet#HttpServlet() */ public verify() { super(); } /** * @see HttpServlet#doGet(HttpServletRequest request, HttpServletResponse response) */ protected void doGet(HttpServletRequest request, HttpServletResponse response) throws ServletException, IOException { try { response.setContentType("application/json; charset=UTF-8"); response.setCharacterEncoding("UTF-8"); String uuid = request.getParameter("uuid").trim(); response.getWriter().println(MOASSUtils.json_signatures(radweriel.getDocByID("workspace://SpacesStore/"+uuid))); } catch (Exception e) { e.printStackTrace(); response.getWriter().println("[]"); } } }

MunicipalityOfAthens/MOASS

src/moa/ds/service/athens/gr/verify.java

383

package MultiKAP.Tools; import java.security.*; import java.security.spec.*; import javax.crypto.KeyGenerator; import javax.crypto.SecretKey; import javax.crypto.spec.SecretKeySpec; /** * @author icsd12015 * */ //Περοιέχει μεθόδους για Δημιουργια και Ανακατασκευη Ασσυμτετρων και Συμμετρικων Κλειδιων public class KeyTool { //Δημιουργια κλειδιου για συμμετρικη κρυπτογραφια δεδομενου του μεγεθους του κλειδιου σε bits, αλγοριθμου και του security provider public static SecretKey getRandomKey (int keySize, String algorithm, Provider provider) throws NoSuchAlgorithmException, NoSuchProviderException { KeyGenerator keyGen = KeyGenerator.getInstance(algorithm, provider); keyGen.init(keySize); return keyGen.generateKey(); } //Κατασκευη κλειδιου για συμμετρικη κρυπτογραφια δεδομενου των bytes του κλειδιου και του αλγοριθμου public static SecretKey constructKey (byte[] K, String algorithm) { return new SecretKeySpec(K, algorithm); } //Κατασκευη κλειδιου για συμμετρικη κρυπτογραφια δεδομενου των bytes του κλειδιου, το μεγεθος σε bits και του αλγοριθμου public static SecretKey constructKey (byte[] K, int keySize, String algorithm) { return new SecretKeySpec(K, 0, keySize / 8, algorithm); } //Δημιουργια ζευγους κλειδιων για ασυμμετρη κρυπτογραφια δεδομενου τις παραμετρους του αλγοριθμου, τον αλγοριθμο και του security provider public static KeyPair generateKeyPair (AlgorithmParameterSpec params, String algorithm, Provider provider) throws NoSuchAlgorithmException, NoSuchProviderException, InvalidAlgorithmParameterException { KeyPairGenerator keyGen = KeyPairGenerator.getInstance(algorithm, provider); keyGen.initialize(params); return keyGen.generateKeyPair(); } //Δημιουργια ζευγους κλειδιων για ασυμμετρη κρυπτογραφια δεδομενου το μεγεθος του κλειδιου σε bits, τον αλγοριθμο και του security provider public static KeyPair generateKeyPair (int keySize, String algorithm, Provider provider) throws NoSuchAlgorithmException, NoSuchProviderException { final KeyPairGenerator keyGen = KeyPairGenerator.getInstance(algorithm, provider); keyGen.initialize(keySize); return keyGen.generateKeyPair(); } //Κατασκευη δημοσιου κλειδιου για ασυμμετρη κρυπτογραφια δεδομενου των bytes του κλειδιου, του αλγοριθμο και του security provider public static PublicKey constructPublicKey (byte[] pkey, String algorithm, Provider provider) throws NoSuchAlgorithmException, InvalidKeySpecException, NoSuchProviderException { return KeyFactory.getInstance(algorithm, provider).generatePublic(new X509EncodedKeySpec(pkey)); } //Κατασκευη ιδιωτικου κλειδιου για ασυμμετρη κρυπτογραφια δεδομενου των bytes του κλειδιου, του αλγοριθμο και του security provider public static PrivateKey constructPrivateKey (byte[] skey, String algorithm, Provider provider) throws NoSuchAlgorithmException, InvalidKeySpecException, NoSuchProviderException { return KeyFactory.getInstance(algorithm, provider).generatePrivate(new PKCS8EncodedKeySpec(skey)); } }

icsd12015/projects_security

MultiKAP/Project/src/MultiKAP/Tools/KeyTool.java

385

package com.telis.patreopolis; import javax.swing.*; import javax.swing.text.BadLocationException; import javax.swing.text.SimpleAttributeSet; import javax.swing.text.StyleConstants; import javax.swing.text.StyledDocument; import java.awt.*; import java.awt.image.BufferedImage; import java.io.File; import java.io.IOException; import javax.imageio.ImageIO; public class BoardPanel extends JPanel { private BufferedImage image; BoardPanel(Tile[] tiles) { //BoxLayout(Container target, int axis) //Y_AXIS - Components are laid out vertically from top to bottom. setLayout(new BoxLayout(this, BoxLayout.Y_AXIS)); // parameters of Flowlayout: align, horizontal gap, vertical gap JPanel topPanel = new JPanel(new FlowLayout(FlowLayout.LEFT,0,0)); //parameters of Dimension (int width, int height) topPanel.setPreferredSize(new Dimension(0,90)); topPanel.add(tiles[20].getTilePanel()); topPanel.add(tiles[21].getTilePanel()); topPanel.add(tiles[22].getTilePanel()); topPanel.add(tiles[23].getTilePanel()); topPanel.add(tiles[24].getTilePanel()); topPanel.add(tiles[25].getTilePanel()); topPanel.add(tiles[26].getTilePanel()); topPanel.add(tiles[27].getTilePanel()); topPanel.add(tiles[28].getTilePanel()); topPanel.add(tiles[29].getTilePanel()); topPanel.add(tiles[30].getTilePanel()); //JPanel(LayoutManager layout) JPanel center = new JPanel(new FlowLayout(FlowLayout.LEFT,0,0)); //GridLayout(int rows, int cols) JPanel leftPanel = new JPanel(new GridLayout(0,1)); leftPanel.add(tiles[19].getTilePanel()); leftPanel.add(tiles[18].getTilePanel()); leftPanel.add(tiles[17].getTilePanel()); leftPanel.add(tiles[16].getTilePanel()); leftPanel.add(tiles[15].getTilePanel()); leftPanel.add(tiles[14].getTilePanel()); leftPanel.add(tiles[13].getTilePanel()); leftPanel.add(tiles[12].getTilePanel()); leftPanel.add(tiles[11].getTilePanel()); //Creates a new JPanel with a double buffer and a flow layout. //BoxLayout(Container target, int axis) JPanel middlePanel = new JPanel(); middlePanel.setLayout(new BoxLayout(middlePanel, BoxLayout.Y_AXIS)); ImageIcon icon = new ImageIcon("1.png"); middlePanel.setLayout(new BoxLayout(middlePanel, BoxLayout.Y_AXIS)); middlePanel.setBorder(BorderFactory.createLineBorder(Color.black, 1)); try { image = ImageIO.read(new File("C:\\Users\\trian\\Documents\\NetBeansProjects\\ElGreco\\3t.png")); } catch(IOException ex){ex.printStackTrace();} /* logo JTextPane */ // JTextPane logo = new JTextPane(); // logo.setEditable(false); // JLabel logoText = new JLabel("El Greco: τα ταξίδια της ζωής και του έργου του", JLabel.CENTER); // // // logoText.setFont(new Font("Arial", Font.BOLD, 28)); // logo.setPreferredSize(new Dimension(808, 808)); // // String html_text = ""; // "<html>Κανόνες: " // + " - Κάθε παίκτης ξεκινάει παίρνοντας 150 δουκάτα από τη τράπεζα" // + " - Σε περίπτωση σωστής απάντησης περιηγείται το χώρο του εκάστοτε έργου. Αν η απάντηση είναι λάθος του αφαιρούνται 5 δουκάτα" // + " - Στην bonus ερώτηση προστίθενται 15 δουκάτα αν είναι σωστή η απάντηση αλλιώς μένει στην ίδια θέση" // + " - Στην superbonus ερώτηση περιηγείται τον αμέσως επόμενο χώρο για να δει το έργο αν η απάντηση είναι σωστή" // + " - Αλλιώς μένει εκεί που είναι. Κάθε παίκτης έχει δικαίωμα να απάντήσει μόνο σε μια superbonus ερώτηση στο παιχνίδι " // + " - Αν βρεθεί στη θέση υπουργείο πολιτισμού δέχεται οικονομική ενίσχυση 25 δουκάτων." // + " - Αν κάποιος παίκτης βρεθεί στη θέση 'Διάβασε το Βιβλίο κανονισμού επίσκεψης μουσείων και εκθεσιακών χώρων' " // + " οφείλει να μεταβεί στη θέση 'Βιβλίο κανονισμού επίσκεψης μουσείων και εκθεσιακών χώρων' και να μελετήσει το βιβλίο αυτό." // + " - Αν κάποιος παίκτης βρεθεί στη θέση 'Βιβλίο κανονισμού επίσκεψης μουσείων και εκθεσιακών χώρων' παραμένει στη θέση αυτή" // + " μέχρι τον επόμενο γύρο." // + " - Κάθε φορά που κάποιος παίκτης περνά από την 'Αφετηρία' προστίθενται στο λογαριασμό του 20 δουκάτα." // + "</HTML> "; ImageIcon image = new ImageIcon ("C:\\Users\\trian\\Documents\\NetBeansProjects\\ElGreco\\3t.png"); JLabel logoText2 = new JLabel(image, JLabel.CENTER); // JLabel logoText2 = new JLabel(html_text, JLabel.CENTER); // logo.insertComponent(logoText2); // logo.insertComponent(logoText); // StyledDocument doc = logo.getStyledDocument(); SimpleAttributeSet centerText = new SimpleAttributeSet(); StyleConstants.setAlignment(centerText, StyleConstants.ALIGN_CENTER); //public void insertString(int offset, String str, AttributeSet a) throws BadLocationException // try { // doc.insertString(0, "\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n" + // "\n\n\n\n\n", centerText); // } catch (BadLocationException e) { // e.printStackTrace(); // } // doc.setParagraphAttributes(0, doc.getLength(), centerText, false); // public void setParagraphAttributes(int offset, int length, AttributeSet s, boolean replace) middlePanel.add(logoText2); // middlePanel.add(logo); /* LOGO2 JTextPane */ // JTextPane logo2 = new JTextPane(); // logo2.setEditable(false); // JLabel logoText2 = new JLabel("" // + " Rules: " // + "\n" // + "monuments-> you pay money, \n" // + "command-> move forward to a position\n" // + "\nquestion-> you answer question and if right you move on to the next monument" // + "\nfree parking-> ", JLabel.CENTER); // logo2.setPreferredSize(new Dimension(898, 1038)); // logo2.insertComponent(logoText2); // StyledDocument doc2 = logo2.getStyledDocument(); // SimpleAttributeSet centerText2 = new SimpleAttributeSet(); // StyleConstants.setAlignment(centerText2, StyleConstants.ALIGN_CENTER); // try { // //public void insertString(int offset, String str, AttributeSet a) throws BadLocationException // doc2.insertString(0, "" + // "\n", centerText2); // } catch (BadLocationException e) { // e.printStackTrace(); // } // doc2.setParagraphAttributes(0, doc2.getLength(), centerText2, false); // middlePanel.add(logo2, BorderLayout.CENTER); JPanel rightPanel = new JPanel(new GridLayout(0,1)); rightPanel.add(tiles[31].getTilePanel()); rightPanel.add(tiles[32].getTilePanel()); rightPanel.add(tiles[33].getTilePanel()); rightPanel.add(tiles[34].getTilePanel()); rightPanel.add(tiles[35].getTilePanel()); rightPanel.add(tiles[36].getTilePanel()); rightPanel.add(tiles[37].getTilePanel()); rightPanel.add(tiles[38].getTilePanel()); rightPanel.add(tiles[39].getTilePanel()); center.add(leftPanel); center.add(middlePanel); center.add(rightPanel); JPanel bottomPanel = new JPanel(new FlowLayout(FlowLayout.LEFT,0,-1)); bottomPanel.add(tiles[10].getTilePanel()); bottomPanel.add(tiles[9].getTilePanel()); bottomPanel.add(tiles[8].getTilePanel()); bottomPanel.add(tiles[7].getTilePanel()); bottomPanel.add(tiles[6].getTilePanel()); bottomPanel.add(tiles[5].getTilePanel()); bottomPanel.add(tiles[4].getTilePanel()); bottomPanel.add(tiles[3].getTilePanel()); bottomPanel.add(tiles[2].getTilePanel()); bottomPanel.add(tiles[1].getTilePanel()); bottomPanel.add(tiles[0].getTilePanel()); // JLabel testimg = new JLabel(new ImageIcon(getClass().getResource("2.png"))); // testimg.setLocation(-500, 300); add(topPanel); add(center); add(bottomPanel); // add(testimg); } }

ellak-monades-aristeias/ElGreco

src/com/telis/patreopolis/BoardPanel.java

387

package Security; import java.io.ByteArrayInputStream; import java.io.ByteArrayOutputStream; import java.io.IOException; import java.security.*; import javax.crypto.BadPaddingException; import javax.crypto.Cipher; import javax.crypto.IllegalBlockSizeException; import javax.crypto.NoSuchPaddingException; import javax.crypto.spec.IvParameterSpec; /** * @author icsd12015 * */ //Περοιέχει μεθόδους για τη Συμμετρικη και Ασσυμετρη κρυπτογραφηση public class EncryptionTool { //Μεθοδος για κρυπτογραφηση με παραμετρους //τα δεδομενα για κρυπτογραφηση, το κλειδι κρυπτογραφησης, τον αλγοριθμπ, αν το mode του αλγοριθμου κανει χρηση initiation vector και τον security provider public static byte[] Encrypt (byte[] plain, Key key, String algorithm, boolean useIV, Provider security_provider) throws NoSuchAlgorithmException, InvalidKeyException, IllegalBlockSizeException, NoSuchPaddingException, BadPaddingException, NoSuchProviderException, InvalidAlgorithmParameterException, IOException { Cipher cipher = Cipher.getInstance(algorithm, security_provider); if (useIV) { IvParameterSpec iv = EncryptionTool.generateIV(cipher.getBlockSize()); cipher.init(Cipher.ENCRYPT_MODE, key, iv); byte[] m = cipher.doFinal(plain); return EncryptionTool.appendIV(m, iv.getIV()); } else { cipher.init(Cipher.ENCRYPT_MODE, key); return cipher.doFinal(plain); } } //Μεθοδος για αποκρυπτογραφηση με παραμετρους //το κρυπτογραφημα, το κλειδι κρυπτογραφησης, τον αλγοριθμπ, αν το mode του αλγοριθμου κανει χρηση initiation vector και τον security provider public static byte[] Decrypt (byte[] encrypted, Key key, String algorithm, boolean useIV, Provider security_provider) throws NoSuchAlgorithmException, NoSuchPaddingException, InvalidKeyException, InvalidAlgorithmParameterException, IllegalBlockSizeException, BadPaddingException, NoSuchProviderException, IOException { Cipher cipher = Cipher.getInstance(algorithm, security_provider); if (useIV) { IvParameterSpec iv = EncryptionTool.retrieveIV(encrypted, cipher.getBlockSize()); byte[] cipherblock = EncryptionTool.retrieveCipherBlock(encrypted, cipher.getBlockSize()); cipher.init(Cipher.DECRYPT_MODE, key, iv); return cipher.doFinal(cipherblock); } else { cipher.init(Cipher.DECRYPT_MODE, key, cipher.getParameters()); return cipher.doFinal(encrypted); } } //Μεθοδος για την δημιουργια initiation vector public static IvParameterSpec generateIV (final int ivSizeBytes) { final byte[] iv = new byte[ivSizeBytes]; final SecureRandom sr = new SecureRandom(); sr.nextBytes(iv); return new IvParameterSpec(iv); } //Μεθοδος για την προσθηκη initiation vector στο κρυπτογραφημα public static byte[] appendIV (byte[] eData, byte[] iv) throws IOException { ByteArrayOutputStream os = new ByteArrayOutputStream(); os.write(iv); os.write(eData); return os.toByteArray(); } //Μεθοδος για την ανακτηση του initiation vector απο το κρυπτογραφημα public static IvParameterSpec retrieveIV (byte[] eData, int length) throws IOException { ByteArrayInputStream is = new ByteArrayInputStream(eData); byte[] ivbytes = new byte[length]; is.read(ivbytes); return new IvParameterSpec(ivbytes); } //Μεθοδος για την ανακτηση των καθαρων αποκρυπτογραφημενων δεδομενων απο το κρυπτογραφημα που περιεχει και το initiation vector public static byte[] retrieveCipherBlock (byte[] eData, int offset) throws IOException { ByteArrayInputStream is = new ByteArrayInputStream(eData); is.read(new byte[offset]); byte[] cipherBlock = new byte[eData.length - offset]; is.read(cipherBlock); return cipherBlock; } }

icsd12015/projects_security

SIPKAP/Project/src/Security/EncryptionTool.java

388

/* This file is part of "Ηλεκτρονική Διακίνηση Εγγράφων Δήμου Αθηναίων(ΗΔΕ) Documents' Digital Handling/Digital Signature of Municipality of Athens(DDHDS)". Complementary service to allow digital signing from browser Copyright (C) <2018> Municipality Of Athens Service Author Panagiotis Skarvelis [email protected] This program is free software: you can redistribute it and/or modify it under the terms of the GNU Affero General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Affero General Public License for more details. You should have received a copy of the GNU Affero General Public License along with this program. If not, see <https://www.gnu.org/licenses/>. <authors' emails : [email protected], [email protected], [email protected]> <authors' address : Λιοσίων 22, Αθήνα - Ελλάδα, ΤΚ:10438 ---- Liosion 22, Athens - Greece, PC:10438> */ package moa.ds.service.athens.gr; import java.io.BufferedReader; import java.io.IOException; import java.io.InputStream; import java.io.InputStreamReader; import java.io.Reader; import java.net.URL; import java.nio.charset.Charset; import java.util.Objects; import org.json.JSONException; //import org.json.JSONObject; import org.json.JSONArray; import moa.ds.service.athens.gr.MOASSConfig; public class thales { public static String bos_server="thales"; private static String readAll(Reader rd) throws IOException { StringBuilder sb = new StringBuilder(); int cp; while ((cp = rd.read()) != -1) { sb.append((char) cp); } return sb.toString(); } private static JSONArray readJsonFromUrl(String url) throws IOException, JSONException { InputStream is = new URL(url).openStream(); try { BufferedReader rd = new BufferedReader(new InputStreamReader(is, Charset.forName("UTF-8"))); String jsonText = readAll(rd); JSONArray json = new JSONArray(jsonText); return json; } finally { is.close(); } } public static JSONArray getCantitates(String taskUUID) throws IOException, JSONException { return readJsonFromUrl("http://"+bos_server+"."+MOASSConfig.getProperty("bonitaServer")+"/bonita/utils/getTaskCantitates.php?taskUUID="+taskUUID); } public static boolean cantitateIsValid(String taskUUID,String uid) throws IOException, JSONException { JSONArray arr = getCantitates(taskUUID); for (int i = 0; i < arr.length(); i++) { String puid = arr.getString(i); // System.out.println(puid); if (Objects.equals(puid,uid)) return true; } return false; } }

MunicipalityOfAthens/MOASS

src/moa/ds/service/athens/gr/thales.java

389

import java.security.InvalidKeyException; import java.security.Key; import java.security.KeyFactory; import java.security.NoSuchAlgorithmException; import java.security.PrivateKey; import java.security.PublicKey; import java.security.spec.InvalidKeySpecException; import java.security.spec.PKCS8EncodedKeySpec; import java.security.spec.X509EncodedKeySpec; import java.util.Base64; import javax.crypto.BadPaddingException; import javax.crypto.Cipher; import javax.crypto.IllegalBlockSizeException; import javax.crypto.NoSuchPaddingException; //Η κλαση για αποκρυπτογραφηση με τον αλγοριθμο RSA public class RSA2048 { private final String KEY_FILEPATH = "Folders/AppKey"; public static byte[] encrypt(byte[] plain, Key publicKey) throws InvalidKeyException, IllegalBlockSizeException, BadPaddingException, NoSuchAlgorithmException, NoSuchPaddingException { byte[] cipherText; //Δημιουργια Cipher με τον αλγοριθμο RSA Cipher cipher = Cipher.getInstance("RSA"); //και το θετουμε για κρυπτογραφηση με το δημοσιο κλειδι cipher.init(Cipher.ENCRYPT_MODE, publicKey); //Κρυπτογραφηση κειμενου cipherText = cipher.doFinal(plain); return cipherText; } public static byte[] decrypt(byte[] encrypted, Key privateKey) throws InvalidKeyException, IllegalBlockSizeException, NoSuchAlgorithmException, NoSuchPaddingException, BadPaddingException { byte[] dectyptedText; //Δημιουργια Cipher με τον αλγοριθμο RSA final Cipher cipher = Cipher.getInstance("RSA"); //και το θετουμε για κρυπτογραφηση με το ιδιωτικο κλειδι cipher.init(Cipher.DECRYPT_MODE, privateKey); //Αποκρυπτογραφηση κειμενου dectyptedText = cipher.doFinal(encrypted); return dectyptedText; } //Αυτες οι μεθοδοι ειναι για κατασκευη των δημοσιων και ιδιωτικων κλειδιων του αλγοριμου RSA επειτα απο αποκωδικοποιση τους απο Base64 public static PublicKey constructPublicKey(String skey) throws NoSuchAlgorithmException, InvalidKeySpecException { PublicKey publicKey = null; byte[] publicKeyBytes = Base64.getDecoder().decode(skey); publicKey = KeyFactory.getInstance("RSA").generatePublic( new X509EncodedKeySpec(publicKeyBytes)); return publicKey; } public static PrivateKey constructPrivateKey(String skey) throws NoSuchAlgorithmException, InvalidKeySpecException { PrivateKey privateKey = null; byte[] privateKeyBytes = Base64.getDecoder().decode(skey); privateKey = KeyFactory.getInstance("RSA").generatePrivate( new PKCS8EncodedKeySpec(privateKeyBytes)); return privateKey; } }

icsd12015/projects_security

Cash Flow X/Project/src/RSA2048.java

390

/* * The author licenses this file * to you under the Apache License, Version 2.0 (the * "License"); you may not use this file except in compliance * with the License. You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. */ package com.github.alanfgates.language.flashcards; import java.util.Arrays; import java.util.List; import static com.github.alanfgates.language.flashcards.Classifier.*; class GreekBuilderHelperVocab { static List<Word> getVocab() { return Arrays.asList( new Word("ὁ", "the", MASCULINE, NOMINATIVE, SINGULAR), new Word("τοῦ") .addForm("the", MASCULINE, GENITIVE, SINGULAR) .addForm("the", NEUTER, GENITIVE, SINGULAR), new Word("τῷ") .addForm("the", MASCULINE, DATIVE, SINGULAR) .addForm("the", NEUTER, DATIVE, SINGULAR), new Word("τόν", "the", MASCULINE, ACCUSATIVE, SINGULAR), new Word("ὁι", "the", MASCULINE, NOMINATIVE, PLURAL), new Word("τῶν") .addForm("the", MASCULINE, GENITIVE, PLURAL) .addForm("the", FEMININE, GENITIVE, PLURAL) .addForm("the", NEUTER, GENITIVE, PLURAL), new Word("τοῖς") .addForm("the", MASCULINE, DATIVE, PLURAL) .addForm("the", NEUTER, DATIVE, PLURAL), new Word("τούς", "the", MASCULINE, ACCUSATIVE, PLURAL), new Word("ἡ", "the", FEMININE, NOMINATIVE, SINGULAR), new Word("τῆς", "the", FEMININE, GENITIVE, SINGULAR), new Word("τῇ", "the", FEMININE, DATIVE, SINGULAR), new Word("τήν", "the", FEMININE, ACCUSATIVE, SINGULAR), new Word("ἁι", "the", FEMININE, NOMINATIVE, PLURAL), new Word("ταῖς", "the", FEMININE, DATIVE, PLURAL), new Word("τάς", "the", FEMININE, ACCUSATIVE, PLURAL), new Word("τό") .addForm("the", NEUTER, NOMINATIVE, SINGULAR) .addForm("the", NEUTER, ACCUSATIVE, SINGULAR), new Word("τά") .addForm("the", NEUTER, NOMINATIVE, PLURAL) .addForm("the", NEUTER, ACCUSATIVE, PLURAL), // 9164 new Word("καί", "and"), // 5601 new Word("αὐτός", "he"), new Word("αὐτή", "she"), new Word("αὐτό", "it"), // 2913 new Word("συ", "you", NOMINATIVE, SINGULAR), new Word("σου", "your", GENITIVE, SINGULAR), new Word("σοι", "you", DATIVE, SINGULAR), new Word("σε", "you", ACCUSATIVE, SINGULAR), new Word("ὑμεις", "you", NOMINATIVE, PLURAL), new Word("ὑμων", "your", GENITIVE, PLURAL), new Word("ὑμιν", "you", DATIVE, PLURAL), new Word("ὑμας", "you", ACCUSATIVE, PLURAL), // 2801 new Word("δε", "weak but/yet, and"), // 2757 new Word("ἐν", "in", DATIVE), // 2666 new Word("ἐγώ", "I", NOMINATIVE, SINGULAR), new Word("μου", "my", GENITIVE, SINGULAR), new Word("ἐμου", "my", GENITIVE, SINGULAR, EMPHATIC), new Word("μοι", "me", DATIVE, SINGULAR), new Word("ἐμοι", "me", DATIVE, SINGULAR, EMPHATIC), new Word("με", "me", ACCUSATIVE, SINGULAR), new Word("ἐμε", "me", ACCUSATIVE, SINGULAR, EMPHATIC), new Word("ἡμεις", "we", NOMINATIVE, PLURAL), new Word("ἡμων", "our", GENITIVE, PLURAL), new Word("ἡμιν", "us", DATIVE, PLURAL), new Word("ἡμας", "us", ACCUSATIVE, PLURAL), // 2656 new Word("οὐ", "not", INDICATIVE), new Word("οὐκ", "not", INDICATIVE), new Word("οὐχ", "not", INDICATIVE), new Word("μη", "not", IMPERATIVE, OPTATIVE, SUBJUNCTIVE, PARTICIPLE), // 2462 new Word("εἰμί", "I am", INDICATIVE, ACTIVE, PRESENT, FIRST_PERSON, SINGULAR), new Word("εἶ", "you are", INDICATIVE, ACTIVE, PRESENT, SECOND_PERSON, SINGULAR), new Word("ἐστίν", "s/he is", INDICATIVE, ACTIVE, PRESENT, THIRD_PERSON, SINGULAR), new Word("ἐσμέν", "we are", INDICATIVE, ACTIVE, PRESENT, FIRST_PERSON, PLURAL), new Word("ἐστέ", "you are", INDICATIVE, ACTIVE, PRESENT, SECOND_PERSON, PLURAL), new Word("εἰσίν", "they are", INDICATIVE, ACTIVE, PRESENT, THIRD_PERSON, PLURAL), new Word("εσομαι", "I will be εἰμί", INDICATIVE, ACTIVE, FUTURE, FIRST_PERSON, SINGULAR), new Word("ἔσῃ", "You will be εἰμί", INDICATIVE, ACTIVE, FUTURE, SECOND_PERSON, SINGULAR), new Word("ἔσται", "S/He will be εἰμί", INDICATIVE, ACTIVE, FUTURE, THIRD_PERSON, SINGULAR), new Word("ἐσόμεθα", "We will be εἰμί", INDICATIVE, ACTIVE, FUTURE, FIRST_PERSON, PLURAL), new Word("ἔσεσθε", "You will be εἰμί", INDICATIVE, ACTIVE, FUTURE, SECOND_PERSON, PLURAL), new Word("ἔσονται", "They will be εἰμί", INDICATIVE, ACTIVE, FUTURE, THIRD_PERSON, PLURAL), new Word("ἤμην", "I was", INDICATIVE, ACTIVE, AORIST, FIRST_PERSON, SINGULAR), new Word("ἦς") .addForm("you were", INDICATIVE, ACTIVE, AORIST, SECOND_PERSON, SINGULAR) .addForm("you might be", SUBJUNCTIVE, ACTIVE, PRESENT, SECOND_PERSON, SINGULAR), new Word("ἦν", "s/he was", INDICATIVE, ACTIVE, AORIST, THIRD_PERSON, SINGULAR), new Word("ἦμεν", "We were", INDICATIVE, ACTIVE, AORIST, FIRST_PERSON, PLURAL), new Word("ἤμεθα", "We were", INDICATIVE, ACTIVE, AORIST, FIRST_PERSON, PLURAL), new Word("ἦτε") .addForm("you were", INDICATIVE, ACTIVE, AORIST, SECOND_PERSON, PLURAL) .addForm("you might be", SUBJUNCTIVE, ACTIVE, PRESENT, SECOND_PERSON, PLURAL), new Word("ἦσαν", "They were", INDICATIVE, ACTIVE, AORIST, THIRD_PERSON, PLURAL), new Word("ὤν", "being", PARTICIPLE, ACTIVE, PRESENT, MASCULINE, NOMINATIVE, SINGULAR), new Word("ὄντος") .addForm("being", PARTICIPLE, ACTIVE, PRESENT, MASCULINE, GENITIVE, SINGULAR) .addForm("being", PARTICIPLE, ACTIVE, PRESENT, NEUTER, GENITIVE, SINGULAR), new Word("ὄντι") .addForm("being", PARTICIPLE, ACTIVE, PRESENT, MASCULINE, DATIVE, SINGULAR) .addForm("being", PARTICIPLE, ACTIVE, PRESENT, NEUTER, DATIVE, SINGULAR), new Word("ὄντα") .addForm("being", PARTICIPLE, ACTIVE, PRESENT, MASCULINE, ACCUSATIVE, SINGULAR) .addForm("being", PARTICIPLE, ACTIVE, PRESENT, NEUTER, NOMINATIVE, PLURAL) .addForm("being", PARTICIPLE, ACTIVE, PRESENT, NEUTER, ACCUSATIVE, PLURAL), new Word("ὄντες", "being", PARTICIPLE, ACTIVE, PRESENT, MASCULINE, NOMINATIVE, PLURAL), new Word("ὄντων") .addForm("being", PARTICIPLE, ACTIVE, PRESENT, MASCULINE, GENITIVE, PLURAL) .addForm("being", PARTICIPLE, ACTIVE, PRESENT, NEUTER, GENITIVE, PLURAL), new Word("οὖσι") .addForm("being", PARTICIPLE, ACTIVE, PRESENT, MASCULINE, DATIVE, PLURAL) .addForm("being", PARTICIPLE, ACTIVE, PRESENT, NEUTER, DATIVE, PLURAL), new Word("οὖσιν") .addForm("being", PARTICIPLE, ACTIVE, PRESENT, MASCULINE, DATIVE, PLURAL) .addForm("being", PARTICIPLE, ACTIVE, PRESENT, NEUTER, DATIVE, PLURAL), new Word("ὄντας", "being", PARTICIPLE, ACTIVE, PRESENT, MASCULINE, ACCUSATIVE, PLURAL), new Word("οὖσα", "being", PARTICIPLE, ACTIVE, PRESENT, FEMININE, NOMINATIVE, SINGULAR), new Word("οὔσης", "being", PARTICIPLE, ACTIVE, PRESENT, FEMININE, GENITIVE, SINGULAR), new Word("οὔσῃ", "being", PARTICIPLE, ACTIVE, PRESENT, FEMININE, DATIVE, SINGULAR), new Word("οὖσαν", "being", PARTICIPLE, ACTIVE, PRESENT, FEMININE, ACCUSATIVE, SINGULAR), new Word("οὖσαι", "being", PARTICIPLE, ACTIVE, PRESENT, FEMININE, NOMINATIVE, PLURAL), new Word("οὐσῶν", "being", PARTICIPLE, ACTIVE, PRESENT, FEMININE, GENITIVE, PLURAL), new Word("οὔσαις", "being", PARTICIPLE, ACTIVE, PRESENT, FEMININE, DATIVE, PLURAL), new Word("οὔσας", "being", PARTICIPLE, ACTIVE, PRESENT, FEMININE, ACCUSATIVE, PLURAL), new Word("ὄν") .addForm("being", PARTICIPLE, ACTIVE, PRESENT, NEUTER, NOMINATIVE, SINGULAR) .addForm("being", PARTICIPLE, ACTIVE, PRESENT, NEUTER, ACCUSATIVE, SINGULAR), new Word("ὦ", "I might be", SUBJUNCTIVE, ACTIVE, PRESENT, FIRST_PERSON, SINGULAR), // second person singular see indicative active aorist above new Word("ᾖ", "s/he might be", SUBJUNCTIVE, ACTIVE, PRESENT, THIRD_PERSON, SINGULAR), new Word("ὦμεν", "we might be", SUBJUNCTIVE, ACTIVE, PRESENT, FIRST_PERSON, PLURAL), // second person plural see indicative active aorist above new Word("ὦσι", "they might be", SUBJUNCTIVE, ACTIVE, PRESENT, THIRD_PERSON, PLURAL), new Word("ὦσιν", "they might be", SUBJUNCTIVE, ACTIVE, PRESENT, THIRD_PERSON, PLURAL), new Word("εἶναι", "to be", INFINITIVE, ACTIVE, PRESENT), new Word("ἴσθι", "be!", IMPERATIVE, ACTIVE, PRESENT, SECOND_PERSON, SINGULAR), new Word("ἔστω", "let him/her be!", IMPERATIVE, ACTIVE, PRESENT, THIRD_PERSON, SINGULAR), new Word("ἔστε", "be!", IMPERATIVE, ACTIVE, PRESENT, SECOND_PERSON, PLURAL), new Word("ἔστωσαν", "let them be!", IMPERATIVE, ACTIVE, PRESENT, THIRD_PERSON, PLURAL), // 2357 new Word("*λεγ", "to say", ROOT), new Word("*ιπ", "to say ", ROOT, SECOND_AORIST), new Word("*ερ", "to say ", ROOT, FUTURE, PERFECT, PASSIVE, AORIST), new Word("λέγω", "I say - root *λεγ", PRESENT), new Word("ἐρῶ", "I will say - λέγω root *ερ", FUTURE), new Word("εἶπον", "I said - λέγω root *ιπ", SECOND_AORIST), new Word("εἴρηκα", "I have said - λέγω root *ερ", PERFECT), new Word("εἴρημαι", "I have been said - λέγω root *ερ", MIDDLE, PASSIVE, PERFECT), new Word("ἐρρέθην", "I was said - λέγω root *ερ", PASSIVE, AORIST), // 1768 new Word("εἰς", "into ", ACCUSATIVE), // 1391 new Word("οὗτος", "this", MASCULINE), new Word("αὕτη", "this", FEMININE), new Word("τοῦτο", "this", NEUTER), // 1365 new Word("ὁς", "who, which", MASCULINE, NOMINATIVE, SINGULAR), new Word("ὁυ") .addForm("who, which", MASCULINE, GENITIVE, SINGULAR) .addForm("who, which", NEUTER, GENITIVE, SINGULAR), new Word("ᾡ") .addForm("who, which", MASCULINE, DATIVE, SINGULAR) .addForm("who, which", NEUTER, DATIVE, SINGULAR), new Word("ὁν", "who, which", MASCULINE, ACCUSATIVE, SINGULAR), new Word("ἥ", "who, which", FEMININE, NOMINATIVE, SINGULAR), new Word("ἡς", "who, which", FEMININE, GENITIVE, SINGULAR), new Word("ᾑ", "who, which", FEMININE, DATIVE, SINGULAR), new Word("ἡν", "who, which", FEMININE, ACCUSATIVE, SINGULAR), new Word("ὅ") .addForm("who, which", NEUTER, NOMINATIVE, SINGULAR) .addForm("who, which", NEUTER, ACCUSATIVE, SINGULAR), new Word("ὅι", "who, which", MASCULINE, NOMINATIVE, PLURAL), new Word("ὡν") .addForm("who, which", MASCULINE, GENITIVE, PLURAL) .addForm("who, which", FEMININE, GENITIVE, PLURAL) .addForm("who, which", NEUTER, GENITIVE, PLURAL), new Word("ὁις") .addForm("who, which", MASCULINE, DATIVE, PLURAL) .addForm("who, which", NEUTER, DATIVE, PLURAL), new Word("ὁυς", "who, which", MASCULINE, ACCUSATIVE, PLURAL), new Word("ἅι", "who, which", FEMININE, NOMINATIVE, PLURAL), new Word("ἁις", "who, which", FEMININE, DATIVE, PLURAL), new Word("ἁς", "who, which", FEMININE, ACCUSATIVE, PLURAL), new Word("ἁ") .addForm("who, which", NEUTER, NOMINATIVE, PLURAL) .addForm("who, which", NEUTER, ACCUSATIVE, PLURAL), // 1318 new Word("Θεός", "God", MASCULINE), new Word("Θεοῦ", "God", MASCULINE, GENITIVE), // 1297 // for ὅτι see ὅστις below // 1283 new Word("πᾶς", "all every each", MASCULINE), new Word("πᾶσα", "all every each", FEMININE), new Word("πᾶν", "all every each", NEUTER), // 1042 new Word("γάρ", "for, because"), // 916 new Word("ἐκ", "out of, from", GENITIVE), new Word("ἐξ", "out of, from", GENITIVE), // 891 new Word("ἐπί") .addForm("onto", ACCUSATIVE) .addForm("over", GENITIVE) .addForm("at", DATIVE), // 719 new Word("κύριος", "lord", MASCULINE), new Word("κύριου", "lord", MASCULINE, GENITIVE), // 708 // TODO add subjunctive, because it's pretty different new Word("*σεχ", "to have", ROOT), new Word("ἔχω", "I have - root *σεχ", PRESENT), new Word("ἕξω", "I will have - ἔχω root *σεχ", FUTURE), new Word("ἔσχον", "I had - ἔχω root *σεχ", SECOND_AORIST), new Word("ἔσχηκα", "I have had - ἔχω root *σεχ", PERFECT), // 699 new Word("πρός", "to, towards", ACCUSATIVE), // 669 new Word("*γεν", "to become, to be", ROOT), new Word("γίνομαι", "I become, I am - root *γεν", PRESENT, DEPONENT), new Word("γενήσομαι", "I will become - γίνομαι root *γεν", FUTURE, DEPONENT), new Word("ἐγένομην", "I became - γίνομαι root *γεν", AORIST, DEPONENT), new Word("γέγονα", "I have become - γίνομαι root *γεν", SECOND_PERFECT), new Word("γεγένημαι", "I have been made, caused to happen - γίνομαι root *γεν", MIDDLE, PASSIVE, PERFECT), new Word("ἐγενήθην", "I happened, became - γίνομαι root *γεν", PASSIVE, AORIST), new Word("γενεά", "genus, generation, age", FEMININE), new Word("γενεᾶς", "genus, generation, age", FEMININE, GENITIVE), // 668 new Word("διά") .addForm("on account of", ACCUSATIVE) .addForm("through", GENITIVE), // 663 new Word("ἵνα", "in order that"), // 646 new Word("ἀπό", "from", GENITIVE), // 638 new Word("ἀλλά", "but (strong)"), // 634 new Word("*ερχ", "To come, to go", ROOT, PRESENT), new Word("*ελευθ", "to come/go ", ROOT, FUTURE, AORIST, PERFECT), new Word("ἔρχομαι", "I come, I go - root *ερχ", PRESENT, DEPONENT), new Word("ἐλεύσομαι", "I will come/go - ἔρχομαι root *ελευθ", FUTURE, DEPONENT), new Word("ἦλθον", "I came/went - ἔρχομαι root *ελευθ", SECOND_AORIST), new Word("ἐλήλυθα", "I have come/gone - ἔρχομαι root *ελευθ", SECOND_PERFECT), // 579 new Word("τίς") .addForm("who? what?", MASCULINE, NOMINATIVE, SINGULAR) .addForm("who? what?", FEMININE, NOMINATIVE, SINGULAR), new Word("τίνος") .addForm("who? what?", MASCULINE, GENITIVE, SINGULAR) .addForm("who? what?", FEMININE, GENITIVE, SINGULAR) .addForm("who? what?", NEUTER, GENITIVE, SINGULAR), new Word("τίνι") .addForm("who? what?", MASCULINE, DATIVE, SINGULAR) .addForm("who? what?", FEMININE, DATIVE, SINGULAR) .addForm("who? what?", NEUTER, DATIVE, SINGULAR), new Word("τίνα") .addForm("who? what?", MASCULINE, ACCUSATIVE, SINGULAR) .addForm("who? what?", FEMININE, ACCUSATIVE, SINGULAR) .addForm("who? what?", NEUTER, NOMINATIVE, PLURAL) .addForm("who? what?", NEUTER, ACCUSATIVE, PLURAL), new Word("τί") .addForm("who? what?", NEUTER, NOMINATIVE, SINGULAR) .addForm("who? what?", NEUTER, ACCUSATIVE, SINGULAR), new Word("τίνες") .addForm("who? what?", MASCULINE, NOMINATIVE, PLURAL) .addForm("who? what?", FEMININE, NOMINATIVE, PLURAL), new Word("τίνων") .addForm("who? what?", MASCULINE, GENITIVE, PLURAL) .addForm("who? what?", FEMININE, GENITIVE, PLURAL) .addForm("who? what?", NEUTER, GENITIVE, PLURAL), new Word("τίσι") .addForm("who? what?", MASCULINE, DATIVE, PLURAL) .addForm("who? what?", FEMININE, DATIVE, PLURAL) .addForm("who? what?", NEUTER, DATIVE, PLURAL), new Word("τίνας") .addForm("who? what?", MASCULINE, ACCUSATIVE, PLURAL) .addForm("who? what?", FEMININE, ACCUSATIVE, PLURAL), // 572 new Word("*ποιε", "to do, to make", ROOT), new Word("ποιω", "I do, I make - root *ποιε", PRESENT), new Word("ποιήσω", "I will make/do - ποιω root *ποιε", FUTURE), new Word("ἐποίησα", "I did/made - ποιω root *ποιε", AORIST), new Word("πεποίηκα", "I have done/made - ποιω root *ποιε", PERFECT), new Word("πεποίημαι", "I have been done/made - ποιω root *ποιε", MIDDLE, PASSIVE, PERFECT), // 550 new Word("ἄνθρωπος", "human being", MASCULINE), new Word("ἄνθρωποῦ", "human being", MASCULINE, GENITIVE), // 538 new Word("τις") .addForm("someone something", MASCULINE, NOMINATIVE, SINGULAR) .addForm("someone something", FEMININE, NOMINATIVE, SINGULAR), new Word("τινος") .addForm("someone something", MASCULINE, GENITIVE, SINGULAR) .addForm("someone something", FEMININE, GENITIVE, SINGULAR) .addForm("someone something", NEUTER, GENITIVE, SINGULAR), new Word("τινι") .addForm("someone something", MASCULINE, DATIVE, SINGULAR) .addForm("someone something", FEMININE, DATIVE, SINGULAR) .addForm("someone something", NEUTER, DATIVE, SINGULAR), new Word("τινα") .addForm("someone something", MASCULINE, ACCUSATIVE, SINGULAR) .addForm("someone something", FEMININE, ACCUSATIVE, SINGULAR) .addForm("someone something", NEUTER, NOMINATIVE, PLURAL) .addForm("someone something", NEUTER, ACCUSATIVE, PLURAL), new Word("τι") .addForm("someone something", NEUTER, NOMINATIVE, SINGULAR) .addForm("someone something", NEUTER, ACCUSATIVE, SINGULAR), new Word("τινες") .addForm("someone something", MASCULINE, NOMINATIVE, PLURAL) .addForm("someone something", FEMININE, NOMINATIVE, PLURAL), new Word("τινων") .addForm("someone something", MASCULINE, GENITIVE, PLURAL) .addForm("someone something", FEMININE, GENITIVE, PLURAL) .addForm("someone something", NEUTER, GENITIVE, PLURAL), new Word("τισι") .addForm("someone something", MASCULINE, DATIVE, PLURAL) .addForm("someone something", FEMININE, DATIVE, PLURAL) .addForm("someone something", NEUTER, DATIVE, PLURAL), new Word("τινας") .addForm("someone something", MASCULINE, ACCUSATIVE, PLURAL) .addForm("someone something", FEMININE, ACCUSATIVE, PLURAL), // 531 new Word("Χριστός", "Christ", MASCULINE), new Word("Χριστοῦ", "Christ", MASCULINE, GENITIVE), // 504 new Word("ὡς", "as, like, when, that, how, approximately"), // 502 new Word("εἰ", "if"), // 499 new Word("οὖν", "therefore"), // 476 new Word("κατά") .addForm("according to", ACCUSATIVE) .addForm("down from", GENITIVE), // 473 new Word("μετά") .addForm("after", ACCUSATIVE) .addForm("with", GENITIVE), // 455 new Word("*ορα", "to see ", ROOT), new Word("*οπ", "to see ", ROOT), new Word("*ιδ", "to see ", ROOT), new Word("ὁρω", "I see - root *ορα", PRESENT), new Word("ὄψομαι", "I will see - ὁρω root *οπ", FUTURE, DEPONENT), new Word("εἶδον", "I saw - ὁρω root *ιδ", SECOND_AORIST), new Word("ἑώρακα", "I have seen - ὁρω root *ορα", PERFECT), new Word("ὤφθην", "I was seen - ὁρω root *οπ", PASSIVE, AORIST), // 428 new Word("*ακου", "to hear ", ROOT), new Word("ἀκούω", "I hear - root *ακου", PRESENT), new Word("ἀκούσω", "I will hear - ἀκούω root *ακου", FUTURE), new Word("ἤκουσα", "I heard - ἀκούω root *ακου", AORIST), new Word("ἀκήκοα", "I have heard - ἀκούω root *ακου", SECOND_PERFECT), new Word("ἠκούσθην", "I was heard - ἀκούω root *ακου", PASSIVE, AORIST), // 418 new Word("πολύς", "many, much", MASCULINE), new Word("πολλή", "many, much", FEMININE), new Word("πολύ", "many, much", NEUTER), // 417 new Word("*δο", "to give ", ROOT), new Word("δίδωμι", "I give - root *δο", PRESENT), new Word("δώσω", "I will give - δίδωμι root *δο", FUTURE), new Word("ἔδωκα", "I gave - δίδωμι root *δο", AORIST), new Word("δέδωκα", "I have given - δίδωμι root *δο", PERFECT), new Word("δέδομαι", "I have been given - δίδωμι root *δο", MIDDLE, PASSIVE, PERFECT), new Word("ἐδόθην", "I was given - δίδωμι root *δο", PASSIVE, AORIST), // 414 new Word("πατήρ", "father", MASCULINE), new Word("πατρός", "father", MASCULINE, GENITIVE), // 389 new Word("ἡμέρα", "day", FEMININE), new Word("ἡμέρας", "day", FEMININE, GENITIVE), // 379 new Word("πνεῦμα", "spirit, wind, breath", NEUTER), new Word("πνεύματος", "spirit, wind, breath", NEUTER, GENITIVE), // 377 new Word("υἱός", "son", MASCULINE), new Word("υἱοῦ", "son", MASCULINE, GENITIVE), // 353 new Word("εἷς", "one", MASCULINE), new Word("μία", "one", FEMININE), new Word("ἕν", "one", NEUTER), // 343 new Word("ἀδελφός", "brother", MASCULINE), new Word("ἀδελφοῦ", "brother", MASCULINE, GENITIVE), new Word("ἤ", "or"), // 333 new Word("ἐάν", "if"), new Word("περί") .addForm("around", ACCUSATIVE) .addForm("concerning, about", GENITIVE), // 324 new Word("οἶδα", "I know", PRESENT), // 319 new Word("ἑαυτοῦ") .addForm("himself", MASCULINE, GENITIVE) .addForm("itself", NEUTER, GENITIVE), new Word("ἑαυτῆς", "herself", FEMININE, GENITIVE), // 296 new Word("*λαλε", "to speak ", ROOT), new Word("λαλω", "I speak - root *λαλε", PRESENT), new Word("λαλήσω", "I will speak - λαλω root *λαλε", FUTURE), new Word("ἐλάλησα", "I spoke - λαλω root *λαλε", AORIST), new Word("λελάληκα", "I have spoken - λαλω root *λαλε", PERFECT), new Word("λελάλημαι", "I have been spoken - λαλω root *λαλε", MIDDLE, PASSIVE, PERFECT), new Word("ἐλαλήθην", "I was spoken - λαλω root *λαλε", PASSIVE, AORIST), // 273 new Word("οὐρανός", "heaven", MASCULINE), new Word("οὐρανοῦ", "heaven", MASCULINE, GENITIVE), // 261 new Word("μαθητής", "student, disciple", MASCULINE), new Word("μαθητοῦ", "student, disciple", MASCULINE, GENITIVE), // 258 new Word("*λαβ", "to take, to receive ", ROOT), new Word("λαμβάνω", "I take, I receive - root *λαβ", PRESENT), new Word("λήμψομαι", "I will take/receive - λαμβάνω root *λαβ", FUTURE, DEPONENT), new Word("ἔλαβον", "I took/received - λαμβάνω root *λαβ", SECOND_AORIST), new Word("εἴληφα", "I have taken/received - λαμβάνω root *λαβ", SECOND_PERFECT), new Word("εἴλημμαι", "I have been taken/received - λαμβάνω root *λαβ", MIDDLE, PASSIVE, PERFECT), new Word("ἐλήμφθην", "I was taken/received - λαμβάνω root *λαβ", PASSIVE, AORIST), // 250 new Word("γῆ", "land, earth", FEMININE), new Word("γῆς", "land, earth", FEMININE, GENITIVE), // 249 new Word("*πιστευ", "to believe ", ROOT), new Word("πιστεύω", "I believe - root *πιστευ", PRESENT), new Word("πιστεύσω", "I will believe - πιστεύω root *πιστευ", FUTURE), new Word("ἐπίστευσα", "I believed - πιστεύω root *πιστευ", AORIST), new Word("πεπίστευκα", "I have believed - πιστεύω root *πιστευ", PERFECT), new Word("πεπίστευμαι", "I have been believed - πιστεύω root *πιστευ", MIDDLE, PASSIVE, PERFECT), new Word("ἐπιστεύθην", "I was believed - πιστεύω root *πιστευ", PASSIVE, AORIST), // 245 new Word("μέγας", "large, great", MASCULINE), new Word("μεγάλη", "large, great", FEMININE), new Word("μέγα", "large, great", NEUTER), // 243 new Word("πίστις", "faith, trust", FEMININE), new Word("πίστεως", "faith, trust", FEMININE, GENITIVE), // 242 new Word("*γνω", "to know ", ROOT), new Word("γινώσκω", "I know - root *γνω", PRESENT), new Word("γνώσομαι", "I will know - γινώσκω root *γνω", FUTURE, DEPONENT), new Word("ἔγνων", "I knew - γινώσκω root *γνω", SECOND_AORIST), new Word("ἔγνωσκα", "I have known - γινώσκω root *γνω", PERFECT), new Word("ἔγνωσμαι", "I have been known - γινώσκω root *γνω", MIDDLE, PASSIVE, PERFECT), new Word("ἐγνώσθην", "I was known - γινώσκω root *γνω", PASSIVE, AORIST), // 234 new Word("ὄνομα", "name", MASCULINE), new Word("ὄνοματος", "name", MASCULINE, GENITIVE), // 233 new Word("ἅγιος", "holy", ADJECTIVE, MASCULINE), new Word("ἅγια", "holy", ADJECTIVE, FEMININE), new Word("ἅγιον", "holy", ADJECTIVE, NEUTER), // 231 new Word("απο + *κριν", "to answer ", ROOT), new Word("ἀποκρίνομαι", "I answer - root απο + *κριν", PRESENT, DEPONENT), new Word("ἀπεκρινἀμην", "I answered - ἀποκρίνομαι root απο + *κριν", AORIST, DEPONENT), new Word("ἀπεκρίθην", "I was answered - ἀποκρίνομαι root απο + *κριν", PASSIVE, AORIST), // 220 new Word("ὑπό") .addForm("under", ACCUSATIVE) .addForm("by", GENITIVE), // 218 new Word("ἐξέρχομαι", "I go out"), new Word("ἐξελεὐσομαι", "I will go out εξερχομαι", FUTURE), new Word("ἐξῆλθον", "I went out εξερχομαι", AORIST), new Word("ἐξελήλυθα", "I have gone out εξερχομαι", PERFECT), // 216 new Word("ἀνήρ", "man", MASCULINE), new Word("ἀνδρός", "man", MASCULINE, GENITIVE), // 215 new Word("γυνή", "woman", FEMININE), new Word("γυναικός", "woman", FEMININE, GENITIVE), new Word("τέ", "and, so"), // 210 new Word("*δυν", "to be able ", ROOT), new Word("δύναμαι", "I am able - root *δυν", PRESENT, DEPONENT), new Word("δυνήσομαι", "I will be able - δύναμαι root *δυν", FUTURE, DEPONENT), new Word("ἠδυνήθην", "I was able - δύναμαι root *δυν", PASSIVE, AORIST, DEPONENT), // 208 new Word("*εθελε", "to want ", ROOT), new Word("θέλω", "I want - root *εθελε", PRESENT), new Word("ἠθέλησα", "I wanted - θέλω root *εθελε", AORIST), new Word("ὅυτω", "thus"), new Word("ὅυτως", "thus"), // 195 new Word("Ἰοὐδαῖος", "jewish", ADJECTIVE, MASCULINE), new Word("Ἰοὐδαῖα", "jewish", ADJECTIVE, FEMININE), new Word("Ἰοὐδαῖον", "jewish", ADJECTIVE, NEUTER), // 194 new Word("παρά") .addForm("alongside of", ACCUSATIVE) .addForm("from", GENITIVE) .addForm("in the presence of", DATIVE), new Word("εισερχομαι", "I enter", PRESENT), new Word("εἰσελεύσομαι", "I will enter εισερχομαι", FUTURE), new Word("εἰσῆλθον", "I entered εισερχομαι", AORIST), new Word("εἰσελήλυθα", "I have entered εισερχομαι", PERFECT), // 191 new Word("*γραφ", "to write "), new Word("γραφω", "I write - root *γραφ", PRESENT), new Word("γράψω", "I will write - γραφω root *γραφ", FUTURE), new Word("ἔγραψα", "I wrote - γραφω root *γραφ", AORIST), new Word("γέγραφα", "I have written - γραφω root *γραφ", SECOND_PERFECT), new Word("γέγραμμαι", "I have been written - γραφω root *γραφ", MIDDLE, PASSIVE, PERFECT), new Word("ἐγράφην", "I was written - γραφω root *γραφ", PASSIVE, AORIST), // 186 new Word("κόσμος", "world", MASCULINE), new Word("κόσμου", "world", MASCULINE, GENITIVE), // 182 new Word("καθώς", "just as"), // 179 new Word("μέν", "indeed, on the one hand"), // 177 new Word("χείρ", "hand", FEMININE), new Word("χειρός", "hand", FEMININE, GENITIVE), // 176 new Word("*ευρ", "to find ", ROOT), new Word("ἑυρίσκω", "I find - root *ευρ", PRESENT), new Word("εὑρήσω", "I will find - ἑυρίσκω root *ευρ", FUTURE), new Word("εὗρον", "I found - ἑυρίσκω root *ευρ", SECOND_AORIST), new Word("εὕρηκα", "I have found - ἑυρίσκω root *ευρ", PERFECT), new Word("εὑρέθην", "I was found - ἑυρίσκω root *ευρ", PASSIVE, AORIST), // 175 new Word("ἄγγελος", "messenger, angel", MASCULINE), new Word("ἄγγελου", "messenger, angel", MASCULINE, GENITIVE), new Word("ὄχλος", "crowd", MASCULINE), new Word("ὄχλου", "crowd", MASCULINE, GENITIVE), // 173 new Word("ἁμαρτία", "sin", FEMININE), new Word("ἁμαρτίας", "sin", FEMININE, GENITIVE), new Word("ἁμαρτωλός", "sinful or out of bounds behavior, as substantive sinner or outsider", ADJECTIVE, MASCULINE, FEMININE), new Word("ἁμαρτωλόν", "sinful or out of bounds behavior, as substantive sinner or outsider", ADJECTIVE, NEUTER), // 166 new Word("δόξα", "glory", FEMININE), new Word("δόξης", "glory", FEMININE, GENITIVE), new Word("ἄν", "if, would, might"), // 163 new Word("πόλις", "city", FEMININE), new Word("πόλεως", "city", FEMININE, GENITIVE), // 162 new Word("βασιλεία", "kingdom", FEMININE), new Word("βασιλευς", "king", MASCULINE), // 115 new Word("βασιλεως", "king", MASCULINE, GENITIVE), new Word("βασιλείας", "kingdom", FEMININE, GENITIVE), new Word("ἔθνος", "people", NEUTER), new Word("ἔθνους", "people", NEUTER, GENITIVE), // 160 new Word("τοτε", "then"), new Word("ἕως", "until"), // ? new Word("ὅστις", "whoever, everyone (ὅς + τις both parts decline)", ADJECTIVE, MASCULINE), new Word("ἥτις", "whoever, everyone (ἥ + τις both parts decline)", ADJECTIVE, FEMININE), new Word("ὅτι") .addForm("whoever, everyone (ὅ + τις both parts decline)", ADJECTIVE, NEUTER) .addForm("that, because"), // 159 new Word("πρῶτος", "first", ADJECTIVE, MASCULINE), new Word("πρῶτη", "first", ADJECTIVE, FEMININE), new Word("πρῶτον", "first", ADJECTIVE, NEUTER), // 157 new Word("καρδια", "heart", FEMININE), new Word("καρδιας", "heart", FEMININE, GENITIVE), new Word("*εσθι", "to eat ", ROOT), new Word("ἐσθιω", "I eat - root *εσθι", PRESENT), new Word("*φαγ", "to eat ", ROOT), new Word("φάγομαι", "I will eat - ἐσθιω root *φαγ", FUTURE, DEPONENT), new Word("ἔφαγον", "I ate - ἐσθιω root *φαγ", SECOND_AORIST), // 155 new Word("*στα", "to stand ", ROOT), new Word("ἵστημι", "Transitive: I set, put, place Intransitive: I stand, I appear, I stop - root *στα", PRESENT), new Word("στήσω", "I will stand - ἵστημι root *στα", FUTURE), new Word("ἔστησα", "I put, set - ἵστημι root *στα", AORIST), new Word("ἔστην", "I stood - ἵστημι root *στα", SECOND_AORIST), new Word("ἕστηκα", "I have stood - ἵστημι root *στα", PERFECT), new Word("ἐστάθην", "I was put - ἵστημι root *στα", PASSIVE, AORIST), new Word("ἀλλος", "other", ADJECTIVE, MASCULINE), new Word("ἀλλη", "other", ADJECTIVE, FEMININE), new Word("ἀλλο", "other", ADJECTIVE, NEUTER), new Word("χαρις", "grace", FEMININE), new Word("χαριτος", "grace", FEMININE, GENITIVE), // 153 new Word("*πορευ", "to go, to live ", ROOT), new Word("πορεύομαι", "I go, I live - root *πορευ", PRESENT, DEPONENT), new Word("πορεύσομαι", "I will go, live - πορεύομαι root *πορευ", FUTURE, DEPONENT), new Word("πεπόρευμαι", "I have gone, lived - πορεύομαι root *πορευ", MIDDLE, PASSIVE, PERFECT, DEPONENT), new Word("ἐπορεὐθην", "I went, lived - πορεύομαι root *πορευ", PASSIVE, AORIST, DEPONENT), // 150 new Word("ὑπερ") .addForm("above", ACCUSATIVE) .addForm("in behalf of", GENITIVE), // 148 new Word("*καλεϝ", "to call ", ROOT), new Word("καλέω", "I call - root *καλεϝ", PRESENT), new Word("καλἐσω", "I will call - καλέω root *καλεϝ", FUTURE), new Word("ἐκάλεσα", "I called - καλέω root *καλεϝ", AORIST), new Word("κέκληκα", "I have called - καλέω root *καλεϝ", PERFECT), new Word("κέκλημαι", "I have been called - καλέω root *καλεϝ", MIDDLE, PASSIVE, PERFECT), new Word("ἐκλήθην", "I was called - καλέω root *καλεϝ", PASSIVE, AORIST), // 147 new Word("*ἀγαπα", "to love", ROOT), new Word("ἀγαπαω", "I love - root *ἀγαπα", PRESENT), new Word("ἀγαπήσω", "I will love - ἀγαπαω root *ἀγαπα", FUTURE), new Word("ἠγάπησα", "I loved - ἀγαπαω root *ἀγαπα", AORIST), new Word("ἠγάπηκα", "I have loved - ἀγαπαω root *ἀγαπα", PERFECT), new Word("ἠγάπημαι", "I have been loved - ἀγαπαω root *ἀγαπα", MIDDLE, PASSIVE, PERFECT), new Word("ἠγαπἠθην", "I was loved - ἀγαπαω root *ἀγαπα", PASSIVE, AORIST), new Word("νυν", "now"), // 144 new Word("προφητης", "prophet", MASCULINE), new Word("προφητου", "prophet", MASCULINE, GENITIVE), new Word("*εγερ", "to raise ", ROOT), new Word("ἐγείρω", "I raise - root *εγερ", PRESENT), new Word("ἐγερῶ", "I will raise - ἐγείρω root *εγερ", FUTURE), new Word("ἤγειρα", "I raised - ἐγείρω root *εγερ", AORIST), new Word("ἐγήγερμαι", "I have been raised - ἐγείρω root *εγερ", MIDDLE, PASSIVE, PERFECT), new Word("ἠγέρθην", "I was raised - ἐγείρω root *εγερ", PASSIVE, AORIST), // 143 new Word("οὐδέ", "and not, neither"), new Word("απο + *σε", "to let go, divorce, forgive ", ROOT), new Word("ἀφιημι", "I let go, divorce, forgive - root απο + *σε", PRESENT), new Word("ἀφήσω", "I will forgive - ἀφιημι root απο + *σε", FUTURE), new Word("ἀφῆκα", "I forgave - ἀφιημι root απο + *σε", AORIST), new Word("ἀφέωμαι", "I have been forgiven - ἀφιημι root απο + *σε", MIDDLE, PASSIVE, PERFECT), new Word("ἀφέθην", "I was forgiven - ἀφιημι root απο + *σε", PASSIVE, AORIST), // 142 new Word("λαος", "people", MASCULINE), new Word("λαου", "people", MASCULINE, GENITIVE), new Word("σωμα", "body", NEUTER), new Word("σωματος", "body", NEUTER, GENITIVE), // 141 new Word("παλιν", "again"), // 140 new Word("*ζα", "to live ", ROOT), new Word("ζάω", "I live - root *ζα", PRESENT), new Word("ζἠσω", "I will live - ζάω root *ζα", FUTURE), new Word("ἔζεσα", "I lived - ζάω root *ζα", AORIST), // 139 new Word("φωνή", "sound, voice", FEMININE), new Word("φωνῆς", "sound, voice", FEMININE, GENITIVE), new Word("ζωή", "life", FEMININE), new Word("ζωῆς", "life", FEMININE, GENITIVE), // 135 new Word("δύο", "two"), // 133 new Word("*βλεπ", "to see ", ROOT), new Word("βλέπω", "I see - root *βλεπ", PRESENT), new Word("βλέψω", "I will see - βλέπω root *βλεπ", FUTURE), new Word("ἐβλέψα", "I saw - βλέπω root *βλεπ", AORIST), // 132 new Word("απο + *στελ", "to send ", ROOT), new Word("ἀποστέλλω", "I send - root απο + *στελ", PRESENT), new Word("ἀποστελῶ", "I will send - ἀποστέλλω root απο + *στελ", FUTURE), new Word("άπέστειλα", "I sent - ἀποστέλλω root απο + *στελ", AORIST), new Word("ἀπέσταλκα", "I have sent - ἀποστέλλω root απο + *στελ", PERFECT), new Word("ἀπέσταλμαι", "I have been sent - ἀποστέλλω root απο + *στελ", MIDDLE, PASSIVE, PERFECT), new Word("ἀπεστάλην", "I was sent - ἀποστέλλω root απο + *στελ", PASSIVE, SECOND_AORIST), // 129 new Word("ἀμήν", "truly"), // 128 new Word("νεκρός", "dead", ADJECTIVE, MASCULINE), new Word("νεκρά", "dead", ADJECTIVE, FEMININE), new Word("νεκρόν", "dead", ADJECTIVE, NEUTER), new Word("συν", "with", DATIVE), // 124 new Word("δοῦλος", "slave", MASCULINE), new Word("δοῦλου", "slave", MASCULINE, GENITIVE), // 123 new Word("ὅταν", "whenever"), // 122 new Word("αἰών", "age", NOUN, MASCULINE), new Word("αἰῶνος", "age", NOUN, MASCULINE, GENITIVE), new Word("αἰώνος", "eternal", ADJECTIVE, MASCULINE, FEMININE), new Word("αἰώνον", "eternal", ADJECTIVE, NEUTER), new Word("ἀρχιερεύς", "high priest", MASCULINE), new Word("ἀρχιερέως", "high priest", MASCULINE, GENITIVE), new Word("*βαλ", "to throw ", ROOT), new Word("βάλλω", "I throw - root *βαλ", PRESENT), new Word("βαλῶ", "I will throw - βάλλω root *βαλ", FUTURE), new Word("ἔβαλον", "I threw - βάλλω root *βαλ", SECOND_AORIST), new Word("βέβληκα", "I have thrown - βάλλω root *βαλ", PERFECT), new Word("βέβλημαι", "I have been thrown - βάλλω root *βαλ", MIDDLE, PASSIVE, PERFECT), new Word("ἐβλήθην", "I was thrown - βάλλω root *βαλ", PASSIVE, AORIST), // 120 new Word("θάνατος", "death", MASCULINE), new Word("θάνατου", "death", MASCULINE, GENITIVE), // 119 new Word("δυναμις", "power, ability", FEMININE), new Word("δυναμεως", "power, ability", FEMININE, GENITIVE), new Word("παραδιδωμι", "I hand over", PRESENT), new Word("παραδώσω", "I will hand over παραδιδωμι", FUTURE), new Word("παρέδωκα", "I handed over παραδιδωμι", AORIST), new Word("παραδέδωκα", "I have handed over παραδιδωμι", PERFECT), new Word("παραδέδομαι", "I have been handed over παραδιδωμι", MIDDLE, PASSIVE, PERFECT), new Word("παρεδόθην", "I was handed over παραδιδωμι", PASSIVE, AORIST), // 118 new Word("*μεν", "to remain ", ROOT), new Word("μένω", "I remain - root *μεν", PRESENT), new Word("μενῶ", "I will remain - μένω root *μεν", FUTURE), new Word("ἔμεινα", "I remained - μένω root *μεν", AORIST), new Word("μεμένηκα", "I have remained - μένω root *μεν", PERFECT), // 117 new Word("ἀπέρχομαι", "I depart, I go away", PRESENT), new Word("ἀπελεύσομαι", "I will depart ἀπέρχομαι", FUTURE), new Word("ἀπῆλθον", "I departed ἀπέρχομαι", AORIST), new Word("ἀπελήλθυα", "I have departed ἀπέρχομαι", PERFECT), new Word("*ζητε", "to seek ", ROOT), new Word("ζητῶ", "I seek - root *ζητε", PRESENT), new Word("ζητήσω", "I will seek - ζητῶ root *ζητε", FUTURE), new Word("ἐζήτησα", "I sought - ζητῶ root *ζητε", AORIST), new Word("ἐζητήθην", "I was sought - ζητῶ root *ζητε", PASSIVE, AORIST), // 116 new Word("ἀγαπη", "love", FEMININE), new Word("ἀγαπης", "love", FEMININE, GENITIVE), new Word("ἀγαπητός", "beloved", ADJECTIVE, MASCULINE), new Word("ἀγαπητή", "beloved", ADJECTIVE, FEMININE), new Word("ἀγαπητόν", "beloved", ADJECTIVE, NEUTER), // 114 new Word("ἐκκλησια", "assembly, church", FEMININE), new Word("ἐκκλησιας", "assembly, church", FEMININE, GENITIVE), new Word("ὀικος", "house", MASCULINE), new Word("ὀικου", "house", MASCULINE, GENITIVE), new Word("οἰκία", "house, family", FEMININE), new Word("οἰκὶας", "house, family", FEMININE, GENITIVE), new Word("ἴδιος", "one's own", ADJECTIVE, MASCULINE), new Word("ἰδία", "one's own", ADJECTIVE, FEMININE), new Word("ἴδιον", "one's own", ADJECTIVE, NEUTER), new Word("μόνος", "alone", ADJECTIVE, MASCULINE), new Word("μόνη", "alone", ADJECTIVE, FEMININE), new Word("μόνον", "alone", ADJECTIVE, NEUTER), new Word("*κριν", "to judge ", ROOT), new Word("κρίνω", "I judge - root *κριν", PRESENT), new Word("κρινῶ", "I will judge - κρίνω root *κριν", FUTURE), new Word("ἔκρινα", "I judged - κρίνω root *κριν", AORIST), new Word("κέκρικα", "I have judged - κρίνω root *κριν", PERFECT), new Word("κέκριμαι", "I have been judged - κρίνω root *κριν", MIDDLE, PASSIVE, PERFECT), new Word("ἐκρίθην", "I was judged - κρίνω root *κριν", PASSIVE, AORIST), // 111 new Word("απο + *θαν", "to die ", ROOT), new Word("ἀποθνῃσκω", "I die - root απο + *θαν", PRESENT), new Word("ἀποθανοῦμαι", "I will die - ἀποθνῃσκω root απο + *θαν", FUTURE, DEPONENT), new Word("άπέθανον", "I died - ἀποθνῃσκω root απο + *θαν", SECOND_AORIST), // 110 new Word("ὁσος", "as/how much/great/far/long", ADJECTIVE, MASCULINE), new Word("ὁση", "as/how much/great/far/long", ADJECTIVE, FEMININE), new Word("ὁσον", "as/how much/great/far/long", ADJECTIVE, NEUTER), // 109 new Word("ἀληθεια", "truth", FEMININE), new Word("ἀληθειας", "truth", FEMININE, GENITIVE), new Word("*μελλε", "to be about to, to intend ", ROOT), new Word("μελλω", "I am about to, I intend - root *μελλε", PRESENT), new Word("μελλήσω", "I will intend - μελλω root *μελλε", FUTURE), new Word("ὁλος", "whole, entire", ADJECTIVE, MASCULINE), new Word("ὁλη", "whole, entire", ADJECTIVE, FEMININE), new Word("ὁλον", "whole, entire", ADJECTIVE, NEUTER), new Word("παρακαλῶ", "I call, I beseech παρακαλέω", PRESENT), new Word("παρακαλέσω", "I will call, I will beseech παρακαλέω", FUTURE), new Word("παρεκάλεσα", "I beseeched παρακαλέω", AORIST), new Word("παρακέκληκα", "I have beseeched παρακαλέω", PERFECT), new Word("παρακέκλημαι", "I have been beseeched παρακαλέω", MIDDLE, PASSIVE, PERFECT), new Word("παρεκλήθην", "I was beseeched παρακαλέω", PASSIVE, AORIST), // 108 new Word("ανα + *στα", "to raise, to stand up ", ROOT), new Word("ἀνίστημι", "I raise, I stand up ", PRESENT), new Word("ἀναστήσω", "I will raise/stand up ", FUTURE), new Word("ἀνέστησα", "I raised ", AORIST), new Word("ἀνέστηκα", "I have raised ", PERFECT), new Word("ἀνέστυμαι", "I have been raised ", MIDDLE, PASSIVE, PERFECT), new Word("ἀνέστην", "I was raised ", PASSIVE, AORIST), // 106 new Word("*σωζ", "to save ", ROOT), new Word("σῴζω", "I save - root *σωζ", PRESENT), new Word("σώζω", "I will save - σῴζω root *σωζ", FUTURE), new Word("ἔσωσα", "I saved - σῴζω root *σωζ", AORIST), new Word("σέσωκα", "I have saved - σῴζω root *σωζ", PERFECT), new Word("σέσῳσμαι", "I have been saved - σῴζω root *σωζ", MIDDLE, PASSIVE, PERFECT), new Word("ἐσώθην", "I was saved - σῴζω root *σωζ", PASSIVE, AORIST), new Word("ὤρα", "hour", FEMININE), new Word("ὤρας", "hour", FEMININE, GENITIVE), // 105 new Word("ἐκει", "there"), // 103 new Word("ὁτε", "when"), new Word("πως", "how"), new Word("ψυχη", "soul, life", FEMININE), new Word("ψυχης", "soul, life", FEMININE, GENITIVE), // 102 new Word("ἀγαθός", "good", ADJECTIVE, MASCULINE), new Word("ἀγαθή", "good", ADJECTIVE, FEMININE), new Word("ἀγαθόν", "good", ADJECTIVE, NEUTER), new Word("ἐξουσια", "authority", FEMININE), new Word("ἐξουσιας", "authority", FEMININE, GENITIVE), // 101 new Word("*αρ", "to take up, to take away ", ROOT), new Word("αἴρω", "I take up, I take away - root *αρ", PRESENT), new Word("ἀρω", "I will take up - αἴρω root *αρ", FUTURE), new Word("ἦρα", "I took up - αἴρω root *αρ", AORIST), new Word("ἦρκα", "I have taken up - αἴρω root *αρ", PERFECT), new Word("ἦρμαι", "I have been taken up - αἴρω root *αρ", MIDDLE, PASSIVE, PERFECT), new Word("ἤρθην", "I was taken up - αἴρω root *αρ", PASSIVE, AORIST), new Word("δει", "it is necessary"), new Word("ὁδος", "way, road", FEMININE), new Word("ὁδου", "way, road", FEMININE, GENITIVE), // 100 new Word("ἀλληλων", "each other"), new Word("καλος", "good", ADJECTIVE, MASCULINE), new Word("καλη", "good", ADJECTIVE, FEMININE), new Word("καλον", "good", ADJECTIVE, NEUTER), new Word("ὀφθαλμος", "eye, sight", MASCULINE), new Word("ὀφθαλμου", "eye, sight", MASCULINE, GENITIVE), new Word("*θε", "to put, place ", ROOT), new Word("τίθημι", "I put, I place - root *θε", PRESENT), new Word("θήσω", "I will put - τίθημι root *θε", FUTURE), new Word("ἔθηκα", "I placed - τίθημι root *θε", AORIST), new Word("τέθεικα", "I have put - τίθημι root *θε", PERFECT), new Word("τέθειμαι", "I have been put - τίθημι root *θε", MIDDLE, PASSIVE, PERFECT), new Word("ἐτέθην", "I was put - τίθημι root *θε", PASSIVE, AORIST), // 98 new Word("φαρισαιος", "Pharisee", MASCULINE), new Word("φαρισαιου", "Pharisee", MASCULINE, GENITIVE), new Word("ἑτερος", "other, another", ADJECTIVE, MASCULINE), new Word("ἑτερα", "other, another", ADJECTIVE, FEMININE), new Word("ἑτερον", "other, another", ADJECTIVE, NEUTER), // 97 new Word("ἀρτος", "bread", MASCULINE), new Word("ἀρτου", "bread", MASCULINE, GENITIVE), new Word("αἱμα", "blood", NEUTER), new Word("αἱματος", "blood", NEUTER, GENITIVE), new Word("*δακ", "to teach ", ROOT), new Word("διδασκω", "I teach - root *δακ", PRESENT), new Word("διδάξω", "I will teach - διδασκω root *δακ", FUTURE), new Word("ἐδίδαξα", "I taught - διδασκω root *δακ", AORIST), new Word("ἐδιδάχθην", "I was taught - διδασκω root *δακ", PASSIVE, AORIST), new Word("*γεννα", "to beget ", ROOT), new Word("γεννῶ", "I beget - root *γεννα", PRESENT), new Word("γεννήσω", "I will beget - γεννῶ root *γεννα", FUTURE), new Word("ἐγέννησα", "I begat - γεννῶ root *γεννα", AORIST), new Word("γεγέννηκα", "I have begotten - γεννῶ root *γεννα", PERFECT), new Word("γεγέννημαι", "I have been begotten - γεννῶ root *γεννα", PASSIVE, PERFECT), new Word("ἐγεννήθην", "I was begotten - γεννῶ root *γεννα", PASSIVE, AORIST), // 95 new Word("περι + *πατε", "to walk around ", ROOT), new Word("περιπατω", "I walk around - root περι + *πατε", PRESENT), new Word("περιπατήσω", "I will walk around - περιπατω root περι + *πατε", FUTURE), new Word("περιεπάτησα", "I walked around - περιπατω root περι + *πατε", AORIST), new Word("*φοβε", "to fear ", ROOT), new Word("φοβέομαι", "I fear - root *φοβε", PRESENT, DEPONENT), new Word("ἐφοβήθην", "I feared - φοβέομαι root *φοβε", PASSIVE, AORIST, DEPONENT), // 93 new Word("ἔτι", "still, yet"), new Word("πούς", "foot", MASCULINE), new Word("ποδός", "foot", MASCULINE, GENITIVE), // 92 new Word("δικαιοσύνη", "justice, righteousness", FEMININE), new Word("δικαιοσύνης", "justice, righteousness", FEMININE, GENITIVE), new Word("εἰρήνη", "peace", FEMININE), new Word("εἰρήνης", "peace", FEMININE, GENITIVE), // 91 new Word("θάλασσα", "sea, lake", FEMININE), new Word("θάλασσης", "sea, lake", FEMININE, GENITIVE), new Word("τόπος", "place, position; opportunity; passage", MASCULINE), new Word("τόπου", "place, position; opportunity; passage", MASCULINE, GENITIVE), new Word("κατα + *εμ", "to sit down ", ROOT), new Word("κάθημαι", "I sit down "), new Word("κάθησομαι", "I will sit down ", FUTURE), // 90 new Word("*ἀκολουθε", "to follow ", ROOT), new Word("ἀκολουθω", "I follow - root *ἀκολουθε", PRESENT), new Word("ἀκολουθήσω", "I will follow - ἀκολουθω root *ἀκολουθε", FUTURE), new Word("ἠκολούθησα", "I followed - ἀκολουθω root *ἀκολουθε", AORIST), new Word("ἠκολούθηκα", "I have followed - ἀκολουθω root *ἀκολουθε", PERFECT), new Word("απο + *ὀλ", "to destroy ", ROOT), new Word("ἀπόλλυμι", "I destroy, middle I perish, I die - root απο + *ὀλ", PRESENT), new Word("ἀπολέσω", "I will destroy - ἀπόλλυμι root απο + *ὀλ", FUTURE), new Word("ἀπώλεσα", "I destroyed - ἀπόλλυμι root απο + *ὀλ", AORIST), new Word("ἀπόλωλα", "I have destroyed - ἀπόλλυμι root απο + *ὀλ", PERFECT), new Word("*πετ", "to fall ", ROOT), new Word("πίπτω", "I fall - root *πετ", PRESENT), new Word("πεσοῦμαι", "I will fall - πίπτω root *πετ", FUTURE), new Word("ἔπεσον", "I fell - πίπτω root *πετ", SECOND_AORIST), new Word("πέπτωκα", "I have fallen - πίπτω root *πετ", PERFECT), new Word("μηδείς", "no, no one"), // 88 new Word("ἑπτά", "seven, doesn't decline"), // 87 new Word("οὔτε", "neither"), // 86 new Word("*αρχ", "(middle) to begin (active) to rule, rare ", ROOT), new Word("ἄρχομαι", "I begin (active I rule, but rare) - root *αρχ", MIDDLE, PRESENT), new Word("ἄρξομαι", "I will begin - ἄρχομαι root *αρχ", FUTURE, MIDDLE), new Word("ἠρξάμην", "I began - ἄρχομαι root *αρχ", AORIST, MIDDLE), new Word("*πληρο", "to fill, fulfill ", ROOT), new Word("πληρω", "I fill, fulfill - root *πληρο", PRESENT), new Word("πληρώσω", "I will fill - πληρω root *πληρο", FUTURE), new Word("ἐπλήρωσα", "I filled - πληρω root *πληρο", AORIST), new Word("πεπλήρωκα", "I have filled - πληρω root *πληρο", PERFECT), new Word("πεπλήρωμαι", "I have been filled - πληρω root *πληρο", MIDDLE, PASSIVE, PERFECT), new Word("ἐπληρώθην", "I was filled - πληρω root *πληρο", PASSIVE, AORIST), new Word("προσέρχομαι", "I come to", PRESENT), new Word("προσήλθον", "I came to προσέρχομαι", AORIST), new Word("προσελήλυθα", "I have come to προσέρχομαι", PERFECT), // 85 new Word("καιρός", "time (point and period)", MASCULINE), new Word("καιροῦ", "time (point and period)", MASCULINE, GENITIVE), new Word("προσ + *ευχ", "to pray ", ROOT), new Word("προσεύχομαι", "I pray - root προσ + *ευχ", PRESENT, DEPONENT), new Word("προσεύξομαι", "I will pray - προσεύχομαι root προσ + *ευχ", FUTURE, DEPONENT), new Word("προσηυξάμην", "I prayed - προσεύχομαι root προσ + *ευχ", AORIST, DEPONENT), // 83 new Word("μήτηρ", "mother", FEMININE), new Word("μητρός", "mother", FEMININE, GENITIVE), new Word("ὥστε", "so that, in order that, thus"), // 82 new Word("ανα + *βα", "to go up, rise up, advance ", ROOT), new Word("ἀναβαίνω", "I go up, rise up, advance - root ανα + *βα", PRESENT), new Word("ἀναβήσομαι", "I will go up, rise up, advance - ἀναβαίνω root ανα + *βα", FUTURE, DEPONENT), new Word("ἀνέβην", "I went up, rose up, advanced - ἀναβαίνω root ανα + *βα", SECOND_AORIST), new Word("ἀναβέβηκα", "I have gone up, risen up, advanced - ἀναβαίνω root ανα + *βα", PERFECT), new Word("ἕκαστος", "each, every", ADJECTIVE, MASCULINE), new Word("ἕκαστη", "each, every", ADJECTIVE, FEMININE), new Word("ἕκαστον", "each, every", ADJECTIVE, NEUTER), new Word("ὅπου", "where, whereas"), // 81 new Word("ἐκβάλλω", "I cast out"), new Word("ἐκβαλῶ", "I will cast out ἐκβάλλω", FUTURE), new Word("ἐξέβαλον", "I cast out (past) ἐκβάλλω", AORIST), new Word("ἐκβέβληκα", "I have cast out ἐκβάλλω", PERFECT), new Word("ἐξεβλήθην", "I was cast out ἐκβάλλω", PASSIVE, AORIST), new Word("καταβαίνω", "I come/go down "), new Word("καταβήσομαι", "I will come/go down ", FUTURE, DEPONENT), new Word("κατέβην", "I came/went down ", SECOND_AORIST), new Word("καταβέβηκα", "I have come/gone down ", PERFECT), new Word("μᾶλλον", "more, rather"), // 80 new Word("άποστολος", "apostle", MASCULINE), new Word("άποστολου", "apostle", MASCULINE, GENITIVE), // 79 new Word("*πεμπ", "to send ", ROOT), new Word("πέμπω", "I send - root *πεμπ", PRESENT), new Word("πέμψω", "I will send - πέμπω root *πεμπ", FUTURE), // TODO Check, I suspect this should be ἔπεμψα instead. new Word("ἕπεμψα", "I sent - πέμπω root *πεμπ", AORIST), new Word("ἐπέμφθην", "I was sent - πέμπω root *πεμπ", PASSIVE, AORIST), new Word("ὑπο + *αγ", "to go away, to draw off ", ROOT), new Word("ὑπάγω", "I go away, I draw off - root ὑπο + *αγ", PRESENT), new Word("ὑπάξω", "I will go away, I will draw off - ὑπάγω root ὑπο + *αγ", FUTURE), new Word("ὑπἠγαγον", "I went away, I drew off - ὑπάγω root ὑπο + *αγ", SECOND_AORIST), new Word("ὑπῆγμαι", "I have been taken away, I have been drawn off - ὑπάγω root ὑπο + *αγ", MIDDLE, PASSIVE, PERFECT), new Word("ὑπήχθην", "I was taken away, I was drawn off - ὑπάγω root ὑπο + *αγ", PASSIVE, AORIST), new Word("δίκαιος", "upright, just, righteous", ADJECTIVE, MASCULINE), new Word("δικαία", "upright, just, righteous", ADJECTIVE, FEMININE), new Word("δικαιον", "upright, just, righteous", ADJECTIVE, NEUTER), // 78 new Word("στόµα", "mouth", NEUTER), new Word("στόματος", "mouth", NEUTER, GENITIVE), new Word("πονηρός", "physical: sick, bad spiritual: evil, wicked", ADJECTIVE, MASCULINE), new Word("πονηρά", "physical: sick, bad spiritual: evil, wicked", ADJECTIVE, FEMININE), new Word("πονηρόν", "physical: sick, bad spiritual: evil, wicked", ADJECTIVE, NEUTER), // 77 new Word("σηµεῖον", "sign, miracle", NEUTER), new Word("σηµεῖου", "sign, miracle", NEUTER, GENITIVE), new Word("ανα + *οιγω", "to open, unlock, disclose ", ROOT), new Word("ἀνοίγω", "I open, unlock, disclose - root ανα + *οιγω", PRESENT), new Word("ἀνέῳζα", "I opened, unlocked, disclosed - ἀνοίγω root ανα + *οιγω", AORIST), new Word("ἀνεῳχθην", "I was opened, unlocked, disclosed - ἀνοίγω root ανα + *οιγω", PASSIVE, AORIST), new Word("*βαπτιδ", "to baptize, wash, dip ", ROOT), new Word("βαπτίζω", "I baptize, wash, dip - root *βαπτιδ", PRESENT), new Word("βαπτίσω", "I will baptize, wash, dip - βαπτίζω root *βαπτιδ", FUTURE), new Word("ἐβαπτισα", "I baptized, washed, dipped - βαπτίζω root *βαπτιδ", AORIST), new Word("βεβάπτισμαι", "I have been baptized, washed, dipped - βαπτίζω root *βαπτιδ", PASSIVE, PERFECT), new Word("ἐβαπτίσθην", "I was baptized, washed, dipped - βαπτίζω root *βαπτιδ", PASSIVE, AORIST), // 76 new Word("εὐαγγέλιον", "good news, gospel", NEUTER), new Word("εὐαγγέλιου", "good news, gospel", NEUTER, GENITIVE), new Word("πρόσωπον", "face, countenance", NEUTER), new Word("πρόσωπου", "face, countenance", NEUTER, GENITIVE), new Word("ὕδωρ", "water", NEUTER), new Word("ὕδατος", "water", NEUTER, GENITIVE), new Word("*μαρτυρε", "to bear witness ", ROOT), new Word("μαρτυρῶ", "I bear witness - root *μαρτυρε", PRESENT), new Word("μαρτυρήσω", "I will bear witness - μαρτυρῶ root *μαρτυρε", FUTURE), new Word("ἐμαρτύρησα", "I bore witness - μαρτυρῶ root *μαρτυρε", AORIST), new Word("μεμαρτύρηκα", "I have born witness - μαρτυρῶ root *μαρτυρε", PERFECT), new Word("μεμαρτύρημαι", "I have been witnessed - μαρτυρῶ root *μαρτυρε", MIDDLE, PASSIVE, PERFECT), new Word("ἐμαρτυρήθην", "I was witnessed - μαρτυρῶ root *μαρτυρε", PASSIVE, AORIST), // 75 new Word("κεφαλή", "head", FEMININE), new Word("κεφαλῆς", "head", FEMININE, GENITIVE), new Word("δώδεκα", "twelve"), // 74 new Word("απο + *κτεν", "to kill ", ROOT), new Word("ἀποκτείνω", "I kill - root απο + *κτεν", PRESENT), new Word("ἀποκτενῶ", "I will kill - ἀποκτείνω root απο + *κτεν", FUTURE), new Word("ἀπέκτεινα", "I killed - ἀποκτείνω root απο + *κτεν", AORIST), new Word("ἀπεκτάθην", "I was killed - ἀποκτείνω root απο + *κτεν", PASSIVE, AORIST), new Word("*χαρ", "to rejoice ", ROOT), new Word("χαίρω", "I rejoice (infinitive used as a greeting) - root *χαρ", PRESENT), new Word("ἐχάρην", "I rejoiced - χαίρω root *χαρ", PASSIVE, SECOND_AORIST, DEPONENT), // 73 new Word("φῶς", "light", NEUTER), new Word("φωτός", "light", NEUTER, GENITIVE), new Word("*πι", "to drink ", ROOT), new Word("πίνω", "I drink - root *πι", PRESENT), new Word("πίομαι", "I will drink - πίνω root *πι", FUTURE, DEPONENT), new Word("ἔπιον", "I drank - πίνω root *πι", SECOND_AORIST), new Word("πέπωκα", "I have drunk - πίνω root *πι", PERFECT), new Word("ἐπόθην", "I was drunk - πίνω root *πι", PASSIVE, AORIST), // 71 new Word("ἱερόν", "temple", NEUTER), new Word("ἱεροῦ", "temple", NEUTER, GENITIVE), new Word("πῦρ", "fire", NEUTER), new Word("πυρός", "fire", NEUTER, GENITIVE), // 70 new Word("*αἰτε", "to ask ", ROOT), new Word("αἰτέω", "I ask - root *αἰτε", PRESENT), new Word("αἰτήσω", "I will ask - αἰτέω root *αἰτε", FUTURE), new Word("ᾔτησα", "I asked - αἰτέω root *αἰτε", AORIST), new Word("ᾔτηκα", "I have asked - αἰτέω root *αἰτε", PERFECT), new Word("ᾔτημαι", "I have been asked - αἰτέω root *αἰτε", MIDDLE, PASSIVE, PERFECT), new Word("*τηρε", "to keep, guard ", ROOT), new Word("τηρέω", "I keep, I guard - root *τηρε", PRESENT), new Word("τηρήσω", "I will keep, I will guard - τηρέω root *τηρε", FUTURE), new Word("ἐτήρησα", "I kept, I guarded - τηρέω root *τηρε", AORIST), new Word("τετήρηκα", "I have kept, I have guarded - τηρέω root *τηρε", PERFECT), new Word("τετήρημαι", "I have been kept, I have been guarded - τηρέω root *τηρε", MIDDLE, PASSIVE, PERFECT), new Word("ἐτηρήθην", "I was kept, I was guarded - τηρέω root *τηρε", PASSIVE, AORIST), // 69 new Word("τρεῖς", "three", MASCULINE, FEMININE), new Word("τρία", "three", NEUTER), // 68 new Word("ῥῆμα", "word, thing", NEUTER), new Word("ῥῆματος", "word, thing", NEUTER, GENITIVE), new Word("σάββατον", "Sabbath, week", NEUTER), new Word("σάββατου", "Sabbath, week", NEUTER, GENITIVE), // 67 new Word("ἐντολή", "commandment", FEMININE), new Word("ἐντολῆς", "commandment", FEMININE, GENITIVE), new Word("πλοῖον", "ship, boat", NEUTER), new Word("πλοῖου", "ship, boat", NEUTER, GENITIVE), // 66 new Word("πρεσβύτερος") .addForm("elder", NOUN, MASCULINE) .addForm("old", ADJECTIVE, MASCULINE), new Word("πρεσβύτερου", "elder", NOUN, MASCULINE, GENITIVE), new Word("πρεσβύτερα", "old", ADJECTIVE, FEMININE), new Word("πρεσβύτερον", "old", ADJECTIVE, NEUTER), new Word("*φερ", "to carry, bear, produce ", ROOT), new Word("φέρω", "I carry, bear, produce - root *φερ", PRESENT), new Word("οἴσω", "I will carry, bear, produce - φέρω root ? ", FUTURE), new Word("ἤνεγκα", "I carried, bore, produced - φέρω root ?", AORIST), new Word("ἐνήνοχα", "I have carried, bore, produced - φέρω root ?", PERFECT), new Word("ἠνέχθην", "I was carried, born, produced - φέρω root ?", PASSIVE, AORIST), new Word("ἀπολύω", "I release - root απο + *λυ", PRESENT), new Word("ἀπολύσω", "I will release - ἀπολύω root απο + *λυ", FUTURE), new Word("ἀπέλυσα", "I released - ἀπολύω root απο + *λυ", AORIST), new Word("ἀπολέλυμαι", "I have been released - ἀπολύω root απο + *λυ", MIDDLE, PASSIVE, PERFECT), new Word("ἀπελύθην", "I was released - ἀπολύω root απο + *λυ", PASSIVE, AORIST), new Word("καρπός", "fruit, crop, result", MASCULINE), new Word("καρποῦ", "fruit, crop, result", MASCULINE, GENITIVE), new Word("*φη", "to say ", ROOT), new Word("φημί", "I say - root *φη", PRESENT), new Word("ἔφη", "I said - φημί root *φη", AORIST), // 65 new Word("εἴτε", "if, whether", PARTICLE), // 63 new Word("ὄρος", "mountain, hill", NEUTER), new Word("ὄρους", "mountain, hill", NEUTER, GENITIVE), new Word("γραμματεύς", "scribe", MASCULINE), new Word("γραμματέως", "scribe", MASCULINE, GENITIVE), new Word("δαιμόνιον", "demon", NEUTER), new Word("δαιμόνιου", "demon", NEUTER, GENITIVE), new Word("*ερωτα", "to ask", ROOT), new Word("ἐρωτάω", "I ask - root *ερωτα", PRESENT), new Word("ἐρωτήσω", "I will ask - ἐρωτάω root *ερωτα", FUTURE), new Word("ἠρώτησα", "I asked - ἐρωτάω root *ερωτα", AORIST), new Word("ἠρωτήθην", "I was asked - ἐρωτάω root *ερωτα", PASSIVE, AORIST), // 62 new Word("Ἱεροσόλυμα", "Jerusalem", NEUTER), new Word("*δοκ", "to think, seem ", ROOT), new Word("δοκέω", "I think, seem - root *δοκ", PRESENT), new Word("ἔδοξα", "I thought, seemed - δοκέω root *δοκ", AORIST), new Word("θέλημα", "will, desire", NEUTER), new Word("θέληματος", "will, desire", NEUTER, GENITIVE), new Word("θρόνος", "throne", MASCULINE), new Word("θρόνου", "throne", MASCULINE, GENITIVE), // 61 new Word("*δοξαδ", "to praise, honor, glorify ", ROOT), new Word("δοξάζω", "I praise, honor, glorify - root *δοξαδ", PRESENT), new Word("δοξάσω", "I will praise, honor, glorify - δοξάζω root *δοξαδ", FUTURE), new Word("ἐδόξασα", "I praised, honored, glorified - δοξάζω root *δοξαδ", AORIST), new Word("δεδόξασμαι", "I have been praised, honored, glorified - δοξάζω root *δοξαδ", MIDDLE, PASSIVE, PERFECT), new Word("ἐδοξάσθην", "I was praised, honored, glorified - δοξάζω root *δοξαδ", PASSIVE, AORIST), new Word("*κηρυγ", "to proclaim, preach ", ROOT), new Word("κηρύσσω", "I proclaim, preach - root *κηρυγ"), new Word("ἐκήρυξα", "I proclaimed, preached - κηρύσσω root *κηρυγ", AORIST), new Word("ἐκηρύχθην", "I was proclaimed, preached - κηρύσσω root *κηρυγ", PASSIVE, AORIST), new Word("εὐ + *αγγελιδ", "to bring good news", ROOT), new Word("εὐαγγελίζω", "I bring good news , often occurs in middle voice with same meaning - root εὐ + *αγγελιδ", PRESENT), new Word("εὐηγγέλισα", "I brought good news - εὐαγγελίζω root εὐ + *αγγελιδ", AORIST), new Word("εὐηγγέλισμαι", "I have been brought good news - εὐαγγελίζω root εὐ + *αγγελιδ", MIDDLE, PASSIVE, PERFECT), new Word("εὐηγγελίσθην", "I was brought good news - εὐαγγελίζω root εὐ + *αγγελιδ", PASSIVE, AORIST), new Word("ὑπάρχω", "I am, I exist - root ὑπό + *αρχ", PRESENT), new Word("ἤδη", "now, already"), new Word("ὧδε", "here"), new Word("νύξ", "night", FEMININE), new Word("νυκτός", "night", FEMININE, GENITIVE), // 60 new Word("ἱμάτιον", "garment", NEUTER), new Word("ἱμάτιου", "garment", NEUTER, GENITIVE), new Word("*προσκυνε", "to fall down to worship", ROOT), new Word("προσκυνέω", "I fall down to worship - root *προσκυνε", PRESENT), new Word("προσκυνήσω", "I will fall down to worship - προσκυνέω root *προσκυνε", FUTURE), new Word("προσεκύνησα", "I fell down to worship - προσκυνέω root *προσκυνε", AORIST), // 59 new Word("*ἀσπαδ", "to greet, salute ", ROOT), new Word("ἀσπάζομαι", "I greet, salute - root *ἀσπαδ", PRESENT, DEPONENT), new Word("ἠσπασάμην", "I greeted, saluted - ἀσπάζομαι root *ἀσπαδ", AORIST, DEPONENT), new Word("λίθος", "stone", MASCULINE), new Word("λίθου", "stone", MASCULINE, GENITIVE), new Word("διδάσκαλος", "teacher", MASCULINE), new Word("διδάσκαλου", "teacher", MASCULINE, GENITIVE), new Word("χαρά", "joy", FEMININE), new Word("χαρᾶς", "joy", FEMININE, GENITIVE), new Word("συνάγω", "I bring together, I compile ", PRESENT), new Word("συνάξω", "I will bring together, I will compile συνάγω ", FUTURE), new Word("συνήγαγον", "I brought together, I compiled συνάγω ", AORIST), new Word("συνήχθην", "I was brought together, I was compiled συνάγω ", PASSIVE, AORIST), new Word("συνῆγμαι", "I have been brought together, I have been compiled συνάγω ", MIDDLE, PASSIVE, PERFECT), // 58 new Word("*θεωρε", "to look at, behold ", ROOT), new Word("θεωρέω", "I look at, behold - root *θεωρε", PRESENT), new Word("θεωρήσω", "I will look at, behold - θεωρέω root *θεωρε", FUTURE), new Word("ἐθεώρησα", "I looked at, beheld - θεωρέω root *θεωρε", AORIST), // 57 new Word("τοιοῦτος", "such, of such kind", ADJECTIVE, MASCULINE), new Word("τοιαῦτη", "such, of such kind", ADJECTIVE, FEMININE), new Word("τοιοῦτον", "such, of such kind", ADJECTIVE, NEUTER), // 56 new Word("μηδέ", "and not, neither"), new Word("*δεχ", "to take, receive ", ROOT), new Word("δέχομαι", "I take, receive ", DEPONENT), new Word("δέξομαι", "I will take, receive δέχομαι ", FUTURE, DEPONENT), new Word("ἐδεξάμην", "I took, received δέχομαι ", AORIST, DEPONENT), new Word("δέδεγμαι", "I have been taken, received δέχομαι ", MIDDLE, PASSIVE, PERFECT), new Word("ἐδἐχθην", "I was taken, received δέχομαι ", PASSIVE, AORIST), new Word("επι + *ερωτα", "to ask", ROOT), new Word("ἐπερωτάω", "I ask - root επι + *ερωτα", PRESENT), new Word("ἐπερωτήσω", "I will ask - ἐπερωτάω root επι + *ερωτα", FUTURE), new Word("ἐπηρώτησα", "I asked - ἐπερωτάω root επι + *ερωτα", AORIST), new Word("συναγωγή", "synagogue, meeting", FEMININE), new Word("συναγωγῆς", "synagogue, meeting", FEMININE, GENITIVE), // 55 new Word("*κραγ", "to cry out, call out ", ROOT), new Word("κράζω", "I cry out, call out - root *κραγ", PRESENT), new Word("κράξω", "I will cry out, call out - κράζω root *κραγ", FUTURE), new Word("ἔκραξα", "I cried out, called out - κράζω root *κραγ", AORIST), new Word("κέκραγα", "I have cried out, called out - κράζω root *κραγ", PERFECT), new Word("λοιπός") .addForm("the rest, remainder", NOUN, MASCULINE) .addForm("remaining", ADJECTIVE, MASCULINE), new Word("λοιπή", "remaining", ADJECTIVE, FEMININE), new Word("λοιπόν", "remaining", ADJECTIVE, NEUTER), new Word("ἀρχή", "beginning; ruler", FEMININE), new Word("ἀρχῆς", "beginning; ruler", FEMININE, GENITIVE), // 54 new Word("δεξιός", "right (hand, side)", ADJECTIVE, MASCULINE), new Word("δεξιά", "right (hand, side)", ADJECTIVE, FEMININE), new Word("δεξιόν", "right (hand, side)", ADJECTIVE, NEUTER), new Word("μέσος", "middle, in the midst", ADJECTIVE, MASCULINE), new Word("μέση", "middle, in the midst", ADJECTIVE, FEMININE), new Word("μέσον", "middle, in the midst", ADJECTIVE, NEUTER), new Word("χρόνος", "time", MASCULINE), new Word("χρόνου", "time", MASCULINE, GENITIVE), new Word("ούχι", "not"), // 53 new Word("ἐλπίς", "hope, expectation", FEMININE), new Word("ἐλπίδος", "hope, expectation", FEMININE, GENITIVE), new Word("διό", "therefore, for this reason"), new Word("ὅπως", "so that, in order that, how that"), // 52 new Word("ἐπαγγελία", "promise", FEMININE), new Word("ἐπαγγελίας", "promise", FEMININE, GENITIVE), new Word("παιδίον", "child, infant", NEUTER), new Word("παιδίου", "child, infant", NEUTER, GENITIVE), new Word("*πειθ", "to persuade ", ROOT), new Word("πείθω", "I persuade - root *πειθ", PRESENT), new Word("πείσω", "I will persuade - πείθω root *πειθ", FUTURE), new Word("ἔπεισα", "I persuaded - πείθω root *πειθ", AORIST), new Word("πέποιθα", "I have persuaded - πείθω root *πειθ", PERFECT), new Word("πέπεισμαι", "I have been persuaded - πείθω root *πειθ", MIDDLE, PASSIVE, PERFECT), new Word("ἐπείσθην", "I was persuaded - πείθω root *πειθ", PASSIVE, AORIST), new Word("*σπερ", "to sow ", ROOT), new Word("σπείρω", "I sow - root *σπερ", PRESENT), new Word("ἔσπειρα", "I sowed - σπείρω root *σπερ", AORIST), new Word("ἔσπαρμαι", "I have been sown - σπείρω root *σπερ", MIDDLE, PASSIVE, PERFECT), new Word("ἐσπάρην", "I was sown - σπείρω root *σπερ", PASSIVE, AORIST), // 51 new Word("σοφία", "skill, wisdom", FEMININE), new Word("σοφίας", "skill, wisdom", FEMININE, GENITIVE), new Word("εὐθύς", "immediately"), // 50 new Word("γλῶσσα", "tongue, language", FEMININE), new Word("γλῶσσης", "tongue, language", FEMININE, GENITIVE), new Word("γραφή", "scripture, writing", FEMININE), new Word("γραφῆς", "scripture, writing", FEMININE, GENITIVE), new Word("παραβολή", "parable", FEMININE), new Word("παραβολῆς", "parable", FEMININE, GENITIVE), new Word("ἔσχατος", "last", ADJECTIVE, MASCULINE), new Word("ἔσχατη", "last", ADJECTIVE, FEMININE), new Word("ἔσχατον", "last", ADJECTIVE, NEUTER), new Word("κακός", "bad, evil", ADJECTIVE, MASCULINE), new Word("κακή", "bad, evil", ADJECTIVE, FEMININE), new Word("κακόν", "bad, evil", ADJECTIVE, NEUTER), new Word("μακάριος", "blessed, happy", ADJECTIVE, MASCULINE), new Word("μακαρία", "blessed, happy", ADJECTIVE, FEMININE), new Word("μακάριον", "blessed, happy", ADJECTIVE, NEUTER), new Word("τυφλός", "blind", ADJECTIVE, MASCULINE), new Word("τυφλή", "blind", ADJECTIVE, FEMININE), new Word("τυφλόν", "blind", ADJECTIVE, NEUTER), // 49 new Word("ἔτος", "year", NEUTER), new Word("ἔτους", "year", NEUTER, GENITIVE), new Word("χρεία", "need, necessity", FEMININE), new Word("χρείας", "need, necessity", FEMININE, GENITIVE), new Word("παραλαμβάνω", "I take to myself, take along, take over", PRESENT), new Word("παραλήμψομαι", "I will take to myself, will take along, will take over ", FUTURE), new Word("παρέλαβον", "I took to myself, took along, took over ", SECOND_AORIST), new Word("παρελήμφθην", "I was taken along, was taken over ", PASSIVE, AORIST), new Word("*φανερο", "to reveal, make known", ROOT), new Word("φανερῶ", "I reveal, make known - root *φανερο", PRESENT), new Word("φανερώσω", "I will reveal, make known - φανερῶ root *φανερο", FUTURE), new Word("ἐφανέρωσα", "I revealed, made known - φανερῶ root *φανερο", AORIST), new Word("ἐφανερώθην", "I was revealed, made known - φανερῶ root *φανερο", PASSIVE, AORIST), new Word("πεφανέρωμαι", "I have been revealed, made known - φανερῶ root *φανερο", MIDDLE, PASSIVE, PERFECT), new Word("ἄρα", "then, therefore"), // 48 new Word("ἔρημος", "isolated, desolate, deserted, used as substantive, desert (feminine in this case)", ADJECTIVE), new Word("ἀποδίδωμι", "I give up, give back, pay", PRESENT), new Word("ἀποδώσω", "I will give up, give back, pay ", FUTURE), new Word("ἀπέδωκα", "I gave up, gave back, paid ", AORIST), new Word("ἀπεδόθην", "I was given up, given back, paid ", PASSIVE, AORIST), // 47 new Word("πρό", "before, above"), new Word("κρίσις", "judgement, legal case", FEMININE), new Word("κρίσεως", "judgement, legal case", FEMININE, GENITIVE), new Word("φόβος", "fear, fear inspiring thing, reverence", MASCULINE), new Word("φόβου", "fear, fear inspiring thing, reverence", MASCULINE, GENITIVE), new Word("φυλακή", "guard, prison, watch (of the night)", FEMININE), new Word("φυλακῆς", "guard, prison, watch (of the night)", FEMININE, GENITIVE), new Word("*κρατε", "to grasp, to be strong, to take possession", ROOT), new Word("κρατῶ", "I grasp, am strong, take possession - κρατέω root *κρατε", PRESENT), new Word("κρατήσω", "I will grasp, will be strong, will take possession - κρατέω root *κρατε", FUTURE), new Word("ἐκράτησα", "I grasped, was strong, took possession - κρατέω root *κρατε", AORIST), new Word("κεκράτηκα", "I have grasped, have been strong, have taken possession - κρατέω root *κρατε", PERFECT), new Word("κεκράτημαι", "I have been grasped, have been taken possession - κρατέω root *κρατε", MIDDLE, PASSIVE, PERFECT), new Word("προσφέρω", "I bring, I offer - root προσ + φερω", PRESENT), new Word("προσήνεγκα", "I brought, I offered - προσφερω root προσ + φερω", AORIST), new Word("προσενήνοχα", "I have brought, I have offered - προσφερω root προσ + φερω", PERFECT), new Word("προσήνεχθην", "I was brought, I was offered - προσφερω root προσ + φερω", PASSIVE, AORIST), new Word("οὐκέτι", "no longer"), // 46 new Word("θηρίον", "non-human animal, wild animal", NEUTER), new Word("θηρίου", "non-human animal, wild animal", NEUTER, GENITIVE), new Word("σωτηρία", "salvation, deliverance, preservation", FEMININE), new Word("σωτηρίας", "salvation, deliverance, preservation", FEMININE, GENITIVE), new Word("καθίζω", "I set, seat, appoint, sit down, settle", PRESENT), new Word("καθίσω", "I will set, seat, appoint, sit down, settle - καθίζω", FUTURE), new Word("ἐκάθισα", "I set, sat, appointed, sat down, settled - καθίζω", AORIST), new Word("κεκάθικα", "I have set, sat, appointed, sat down, settled - καθίζω", PERFECT), new Word("σταυρῶ", "I crucify", PRESENT), new Word("σταυρώσω", "I will crucify - σταυρῶ", FUTURE), new Word("ἐσταύρωσα", "I crucified - σταυρῶ", AORIST), new Word("ἐσταυρώθην", "I was crucified - σταυρῶ", PASSIVE, AORIST), new Word("ἐσταύρωμαι", "I have been crucified - σταυρῶ", MIDDLE, PASSIVE, PERFECT), new Word("μικρός", "small, little", ADJECTIVE, MASCULINE), new Word("μικρά", "small, little", ADJECTIVE, FEMININE), new Word("μικρόν", "small, little", ADJECTIVE, NEUTER), // 45 new Word("θλῖψις", "trouble that inflicts distress, oppression, affliction, tribulation", FEMININE), new Word("θλῖψεως", "trouble that inflicts distress, oppression, affliction, tribulation", FEMININE, GENITIVE), new Word("ναός", "temple, deity's palace", MASCULINE), new Word("ναοῦ", "temple, deity's palace", MASCULINE, GENITIVE), new Word("ἀπαγγέλλω", "I tell, bring news, report", PRESENT), new Word("ἀπαγγελῶ", "I will tell, bring news, report - ἀπαγγέλλω", FUTURE), new Word("ἀπήγγειλα", "I told, brought news, reported - ἀπαγγέλλω", AORIST), new Word("ἀπηγγέλην", "I was told, brought news, reported - ἀπαγγέλλω", PASSIVE, AORIST), new Word("διώκω", "I pursue, persecute", PRESENT), new Word("διώξω", "I will pursue, persecute - διώκω", FUTURE), new Word("ἐδιώξα", "I pursued, persecuted - διώκω", AORIST), new Word("ἐδιώχθην", "I was pursued, persecuted - διώκω", PASSIVE, AORIST), new Word("δεδίωγμαι", "I have been pursued, persecuted - διώκω", MIDDLE, PASSIVE, PERFECT), new Word("ὅμοιος", "of the same nature, like, similar", ADJECTIVE, MASCULINE), new Word("ὁμοία", "of the same nature, like, similar", ADJECTIVE, FEMININE), new Word("ὅμοιον", "of the same nature, like, similar", ADJECTIVE, NEUTER), // 44 new Word("ἐπιγινώσκω", "I understand, recognize", PRESENT), new Word("ἐπιγινώσομαι", "I will understand, recognize - ἐπιγινώσκω", FUTURE, DEPONENT), new Word("ἐπέγνων", "I understood, recognized - ἐπιγινώσκω", AORIST), new Word("ἐπέγνωκα", "I have understood, recognized - ἐπιγινώσκω", PERFECT), new Word("ἐπεγινώσθην", "I was understood, recognized - ἐπιγινώσκω", PASSIVE, AORIST), new Word("κατοικῶ", "I dwell, settle, inhabit - κατοικέω", PRESENT), new Word("κατῷκησα", "I dwelt, settled, inhabited - κατοικέω", AORIST), // 43 new Word("σπέρμα", "seed, descendant", NEUTER), new Word("σπέρματος", "seed, descendant", NEUTER, GENITIVE), new Word("σεαυτοῦ", "yourself", SINGULAR), new Word("ἁμαρτάνω", "I sin - root ἁμαρτ ?", PRESENT), new Word("ἁμαρτήσω", "I will sin - ἁμαρτάνω root ἁμαρτ ?", FUTURE), new Word("ἡμάρτησα", "I sinned - ἁμαρτάνω root ἁμαρτ ?", AORIST), new Word("ἡμάρτηκα", "I have sinned - ἁμαρτάνω root ἁμαρτ ?", PERFECT), new Word("δέω", "I tie, bind - root δε ?", PRESENT), new Word("δήσω", "I will tie, bind - δέω root δε ?", FUTURE), new Word("ἔδησα", "I tied, bound - δέω root δε ?", AORIST), new Word("δέδεκα", "I have tied, bound - δέω root δε ?", PERFECT), new Word("δέδεμαι", "I have been tied, bound - δέω root δε ?", MIDDLE, PASSIVE, PERFECT), new Word("ἐδέθην", "I was tied, bound - δέω root δε ?", PASSIVE, AORIST), new Word("διέρχομαι", "I pass through - δια ερχομαι", PRESENT, DEPONENT), new Word("διελεύσομαι", "I will pass through - δια ερχομαι", FUTURE, DEPONENT), new Word("διῆλθον", "I passed through - δια ερχομαι", AORIST), new Word("διελήλυθα", "I have passed through - δια ερχομαι", PERFECT), new Word("θαυμάζω", "I marvel - root θαυμαστ ?", PRESENT), new Word("ἐθαύμασα", "I marvelled - θαυμάζω root θαυμαστ ?", AORIST), new Word("ἐθαυμάσθην", "I was marvelled at - θαυμάζω root θαυμαστ ?", PASSIVE, AORIST), new Word("θεραπεύω", "I serve (a divinity), heal - root θεραπευ ?", PRESENT), new Word("θεραπεύσω", "I will serve (a divinity), heal - θεραπεύω root θεραπευ ?", FUTURE), new Word("ἐθεράπευσα", "I served (a divinity), healed - θεραπεύω root θεραπευ ?", AORIST), new Word("τεθεράπευμαι", "I have healed - θεραπεύω root θεραπευ ?", MIDDLE, PASSIVE, PERFECT), new Word("ἐθεραπεύθην", "I was healed - θεραπεύω root θεραπευ ?", PASSIVE, AORIST), new Word("φωνῶ", "I call, cry out - root φωνε ?", PRESENT), new Word("φωνἠσω", "I will call, cry out - φωνῶ root φωνε ?", FUTURE), new Word("ἐφώνησα", "I called, cried out - φωνῶ root φωνε ?", AORIST), new Word("ἐφωνήθην", "I was called - φωνῶ root φωνε ?", PASSIVE, AORIST) ); } }

alanfgates/language-flashcards

src/main/java/com/github/alanfgates/language/flashcards/GreekBuilderHelperVocab.java

391

package MultiKAP.Tools; import java.io.ByteArrayInputStream; import java.io.ByteArrayOutputStream; import java.io.IOException; import java.security.*; import javax.crypto.BadPaddingException; import javax.crypto.Cipher; import javax.crypto.IllegalBlockSizeException; import javax.crypto.NoSuchPaddingException; import javax.crypto.spec.IvParameterSpec; /** * @author icsd12015 * */ //Περοιέχει μεθόδους για τη Συμμετρικη και Ασσυμετρη κρυπτογραφηση public class EncryptionTool { //Μεθοδος για κρυπτογραφηση με παραμετρους //τα δεδομενα για κρυπτογραφηση, το κλειδι κρυπτογραφησης, τον αλγοριθμπ, αν το mode του αλγοριθμου κανει χρηση initiation vector και τον security provider public static byte[] Encrypt (byte[] plain, Key key, String algorithm, boolean useIV, Provider security_provider) throws NoSuchAlgorithmException, InvalidKeyException, IllegalBlockSizeException, NoSuchPaddingException, BadPaddingException, NoSuchProviderException, InvalidAlgorithmParameterException, IOException { Cipher cipher = Cipher.getInstance(algorithm, security_provider); if (useIV) { IvParameterSpec iv = EncryptionTool.generateIV(cipher.getBlockSize()); cipher.init(Cipher.ENCRYPT_MODE, key, iv); byte[] m = cipher.doFinal(plain); return EncryptionTool.appendIV(m, iv.getIV()); } else { cipher.init(Cipher.ENCRYPT_MODE, key); return cipher.doFinal(plain); } } //Μεθοδος για αποκρυπτογραφηση με παραμετρους //το κρυπτογραφημα, το κλειδι κρυπτογραφησης, τον αλγοριθμπ, αν το mode του αλγοριθμου κανει χρηση initiation vector και τον security provider public static byte[] Decrypt (byte[] encrypted, Key key, String algorithm, boolean useIV, Provider security_provider) throws NoSuchAlgorithmException, NoSuchPaddingException, InvalidKeyException, InvalidAlgorithmParameterException, IllegalBlockSizeException, BadPaddingException, NoSuchProviderException, IOException { Cipher cipher = Cipher.getInstance(algorithm, security_provider); if (useIV) { IvParameterSpec iv = EncryptionTool.retrieveIV(encrypted, cipher.getBlockSize()); byte[] cipherblock = EncryptionTool.retrieveCipherBlock(encrypted, cipher.getBlockSize()); cipher.init(Cipher.DECRYPT_MODE, key, iv); return cipher.doFinal(cipherblock); } else { cipher.init(Cipher.DECRYPT_MODE, key, cipher.getParameters()); return cipher.doFinal(encrypted); } } //Μεθοδος για την δημιουργια initiation vector public static IvParameterSpec generateIV (final int ivSizeBytes) { final byte[] iv = new byte[ivSizeBytes]; final SecureRandom sr = new SecureRandom(); sr.nextBytes(iv); return new IvParameterSpec(iv); } //Μεθοδος για την προσθηκη initiation vector στο κρυπτογραφημα public static byte[] appendIV (byte[] eData, byte[] iv) throws IOException { ByteArrayOutputStream os = new ByteArrayOutputStream(); os.write(iv); os.write(eData); return os.toByteArray(); } //Μεθοδος για την ανακτηση του initiation vector απο το κρυπτογραφημα public static IvParameterSpec retrieveIV (byte[] eData, int length) throws IOException { ByteArrayInputStream is = new ByteArrayInputStream(eData); byte[] ivbytes = new byte[length]; is.read(ivbytes); return new IvParameterSpec(ivbytes); } //Μεθοδος για την ανακτηση των καθαρων αποκρυπτογραφημενων δεδομενων απο το κρυπτογραφημα που περιεχει και το initiation vector public static byte[] retrieveCipherBlock (byte[] eData, int offset) throws IOException { ByteArrayInputStream is = new ByteArrayInputStream(eData); is.read(new byte[offset]); byte[] cipherBlock = new byte[eData.length - offset]; is.read(cipherBlock); return cipherBlock; } }

icsd12015/projects_security

MultiKAP/Project/src/MultiKAP/Tools/EncryptionTool.java

392

package gr.cti.eslate.agent; import java.util.ListResourceBundle; public class BundleInfo extends ListResourceBundle { public Object [][] getContents() { return contents; } static final Object[][] contents={ {"compo", "Agent component, version"}, {"part", "Part of the E-Slate environment (http://E-Slate.cti.gr)"}, {"development", "Development: G. Vasiliou"}, {"contribution", "Contribution: M. Koutlis, K. Kyrimis, N. Renieri, G. Tsironis"}, {"copyright", "Copyright Ερευνητικό Ακαδημαϊκό Ινστιτούτο Τεχνολογίας Υπολογιστών-ΕΑ.ΙΤΥ 1993-2008.\nΑνάπτυξη τρέχουσας έκδοσης από τις Conceptum AE και ΕΧΟDUS AE.\nΤο Αβάκιο 2.0 υπόκειται σε διπλή άδεια (dual license), ήτοι ισχύουν οι όροι της GNU-GPL License και της L-GPL license.\n\nΕπιτρέπεται η παραγωγή, διανομή και εμπορική εκμετάλλευση κλειστού ή ανοιχτού κώδικα παράγωγων προϊόντων\nβασισμένων στην πλατφόρμα Αβάκιο 2.0 και κάθε επόμενης έκδοσής της καθώς επίσης και να συμπεριλαμβάνεται\nκαι να διανέμεται μαζί με τα προϊόντα αυτά η πλατφόρμα σε μορφή πηγαίου ή/και εκτελέσιμου κώδικα."} }; }

vpapakir/myeslate

widgetESlate/src/gr/cti/eslate/agent/BundleInfo.java

393

package main.teacher; import Class_folder.Excursion; import javafx.collections.FXCollections; import javafx.collections.ObservableList; import javafx.fxml.FXML; import javafx.fxml.FXMLLoader; import javafx.fxml.Initializable; import javafx.scene.Node; import javafx.scene.Parent; import javafx.scene.Scene; import javafx.scene.control.TableColumn; import javafx.scene.control.TableView; import javafx.scene.control.cell.PropertyValueFactory; import javafx.stage.Stage; import java.io.IOException; import java.net.URL; import java.time.LocalDate; import java.time.Month; import java.util.ResourceBundle; public class excursions_Controller implements Initializable { @FXML private TableView<Excursion> table; @FXML private TableColumn<Excursion, String> ex_name; @FXML private TableColumn<Excursion, String> ex_date; @FXML private TableColumn<Excursion, Boolean> select; @FXML public void select_newExcursion(javafx.event.ActionEvent actionEvent) throws IOException { //create excursion button listener Node node = (Node) actionEvent.getSource(); Stage stage = (Stage) node.getScene().getWindow(); Scene scene = stage.getScene(); FXMLLoader fxmlLoader = new FXMLLoader(getClass().getResource("excursion_create.fxml")); var root = (Parent) fxmlLoader.load(); scene.setRoot(root); } public void click_Grades(javafx.event.ActionEvent actionEvent) throws IOException { Node node = (Node) actionEvent.getSource(); Stage stage = (Stage) node.getScene().getWindow(); Scene scene = stage.getScene(); FXMLLoader fxmlLoader = new FXMLLoader(getClass().getResource("grades_main.fxml")); var root = (Parent) fxmlLoader.load(); scene.setRoot(root); } LocalDate date1 = LocalDate.of(2021, Month.MAY, 27); LocalDate date2 = LocalDate.of(2021, Month.MAY, 26); LocalDate date3 = LocalDate.of(2021, Month.APRIL, 29); LocalDate date4 = LocalDate.of(2020, Month.APRIL, 27); LocalDate date5 = LocalDate.of(2020, Month.MARCH, 4); //getExcursion() αναζήτηση στη βάση δεδομένων //dummy data εδώ private final ObservableList<Excursion> list = FXCollections.observableArrayList( new Excursion("Τριήμερη εκδρομή στην Αρχαία Ολυμπία", "Επίσκεψη στον αρχαιολογικό χώρο της Αρχαίας Ολυμπίας"," Αρχαία Ολυμπία",date1,70), new Excursion("Μονοήμερη εκδρομή στην Αθήνα", "Επίσκεψη στο μουσειο της Ακρόπολης και στη Βουλή", "Αθήνα", date2, 30), new Excursion("Τριήμερη εκδρομή στο Βόλο", "Επίσκεψη στο Βόλο και στο Πήλιο", "Βόλος", date3, 60), new Excursion("Πενθήμερη εκδρομή στο Ναύπλιο", "Επίσκεψη στο Ναύπλιο και στο αρχαίο θέατρο της Επιδαύρου", "Ναύπλιο", date4, 90), new Excursion("Τριήμερη εκδρομή στη Θεσσαλονίκη","Επίσκεψη στο μετρό της Θεσαλονίκης", "Θεσσαλονίκη", date5, 64) ); @Override public void initialize(URL location, ResourceBundle resources) { //show excursions ex_name.setCellValueFactory(new PropertyValueFactory<>("title")); ex_date.setCellValueFactory(new PropertyValueFactory<>("date")); select.setCellValueFactory(new PropertyValueFactory<>("check")); table.setItems(list); } @FXML public void click_showAnnounc(javafx.event.ActionEvent actionEvent) throws IOException { var node = (Node) actionEvent.getSource(); Stage stage = (Stage) node.getScene().getWindow(); Scene scene = stage.getScene(); FXMLLoader fxmlLoader = new FXMLLoader(getClass().getResource("teacher_announcement.fxml")); var root = (Parent) fxmlLoader.load(); scene.setRoot(root); } }

kandrew5/SoftwareEngineerProject

src/main/teacher/excursions_Controller.java

394

/* This file is part of "Ηλεκτρονική Διακίνηση Εγγράφων Δήμου Αθηναίων(ΗΔΕ) Documents' Digital Handling/Digital Signature of Municipality of Athens(DDHDS)". Complementary service to allow digital signing from browser Copyright (C) <2018> Municipality Of Athens Service Author Panagiotis Skarvelis [email protected] This program is free software: you can redistribute it and/or modify it under the terms of the GNU Affero General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Affero General Public License for more details. You should have received a copy of the GNU Affero General Public License along with this program. If not, see <https://www.gnu.org/licenses/>. <authors' emails : [email protected], [email protected], [email protected]> <authors' address : Λιοσίων 22, Αθήνα - Ελλάδα, ΤΚ:10438 ---- Liosion 22, Athens - Greece, PC:10438> */ package moa.ds.service.athens.gr; import java.io.IOException; import java.io.InputStream; import java.security.GeneralSecurityException; import java.security.Security; import java.util.Objects; import javax.servlet.ServletException; import javax.servlet.annotation.MultipartConfig; import javax.servlet.annotation.WebInitParam; import javax.servlet.annotation.WebServlet; import javax.servlet.http.HttpServlet; import javax.servlet.http.HttpServletRequest; import javax.servlet.http.HttpServletResponse; import javax.servlet.http.Part; import org.apache.commons.io.IOUtils; import org.bouncycastle.jce.provider.BouncyCastleProvider; import com.itextpdf.text.DocumentException; import moa.ds.service.athens.gr.MOASSUtils; import moa.ds.service.athens.gr.radweriel; /** * Servlet implementation class putPDF */ @WebServlet( urlPatterns = { "/putPDF" }, initParams = { @WebInitParam(name = "uuid", value = "") }) @MultipartConfig public class putPDF extends HttpServlet { private static final long serialVersionUID = 1L; static { Security.addProvider(new BouncyCastleProvider()); } /** * @see HttpServlet#HttpServlet() */ public putPDF() { super(); } /** * @see HttpServlet#doPut(HttpServletRequest, HttpServletResponse) */ protected void doPut(HttpServletRequest request, HttpServletResponse response) throws ServletException, IOException { try { //String uuid = request.getParameter("uuid"); //Logo bug mallon... den doulevei.. kanonika tha eprepe se servlet 3.1 String uuid = MOASSUtils.getValueFromPart(request.getPart("uuid")); String loggedUser = MOASSUtils.getValueFromPart(request.getPart("loggedUser")); String taskUUID = MOASSUtils.getValueFromPart(request.getPart("taskUUID")); Part filePart = request.getPart("file"); // Retrieves <input type="file" name="file"> //String fileName = Paths.get(filePart.getSubmittedFileName()).getFileName().toString(); // MSIE fix. InputStream fileContentStream = filePart.getInputStream(); final byte[] fileContent = IOUtils.toByteArray(fileContentStream); //TODO rethinks security //Elegxos an o logged user paei na ypograpsei eggrafo se site pou anikei //String UserOU = galgallin.getOUbyUID(loggedUser).replaceAll("[ /s\\/,.!@#$%^&*()-+_=]", ""); String UserOU = MOASSUtils.setOuInAppropriateFormat(loggedUser); String site = radweriel.siteByDocUUID("workspace://SpacesStore/"+uuid).replaceAll("[ /s\\/,.!@#$%^&*()-+_=]", ""); if (!Objects.equals(site,UserOU)) throw new RuntimeException("Doc put is not allowed"); //elenxos an o xristis einai allowed sto sygkekrimeno taskUUID if (!thales.cantitateIsValid(taskUUID,loggedUser)) throw new RuntimeException("Not allowed"); if (MOASSUtils.isLastSignFromLoggedUser(fileContent,loggedUser)==true) radweriel.updateDocByID(uuid, fileContent); else throw new RuntimeException("Not correct signer"); //get signatures and write to output response.getWriter().println("{\"status\":\"ok\"}"); } catch (DocumentException e) { throw new IOException(e); } catch (GeneralSecurityException e) { throw new IOException(e); } catch (Exception e) { response.getWriter().println("{\"error\":\""+e.getMessage()+"\"}"); } } }

MunicipalityOfAthens/MOASS

src/moa/ds/service/athens/gr/putPDF.java

395

/* This file is part of "Ηλεκτρονική Διακίνηση Εγγράφων Δήμου Αθηναίων(ΗΔΕ) Documents' Digital Handling/Digital Signature of Municipality of Athens(DDHDS)". Complementary service to allow digital signing from browser Copyright (C) <2018> Municipality Of Athens Service Author Panagiotis Skarvelis [email protected] This program is free software: you can redistribute it and/or modify it under the terms of the GNU Affero General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Affero General Public License for more details. You should have received a copy of the GNU Affero General Public License along with this program. If not, see <https://www.gnu.org/licenses/>. <authors' emails : [email protected], [email protected], [email protected]> <authors' address : Λιοσίων 22, Αθήνα - Ελλάδα, ΤΚ:10438 ---- Liosion 22, Athens - Greece, PC:10438> */ package moa.ds.service.athens.gr; import java.io.IOException; import java.io.InputStream; import java.nio.file.Paths; import javax.servlet.ServletException; import javax.servlet.annotation.MultipartConfig; import javax.servlet.annotation.WebInitParam; import javax.servlet.annotation.WebServlet; import javax.servlet.http.HttpServlet; import javax.servlet.http.HttpServletRequest; import javax.servlet.http.HttpServletResponse; import javax.servlet.http.Part; import org.apache.commons.io.IOUtils; import moa.ds.service.athens.gr.MOASSUtils; import moa.ds.service.athens.gr.radweriel; /** * Servlet implementation class postPDF */ @WebServlet( description = "create new pdf on folder", urlPatterns = { "/postPDF" }, initParams = { @WebInitParam(name = "init", value = "", description = "folder uuid") }) //To parakato oposdipote!!! @MultipartConfig public class postPDF extends HttpServlet { private static final long serialVersionUID = 1L; /** * @see HttpServlet#HttpServlet() */ public postPDF() { super(); } /** * @see HttpServlet#doPost(HttpServletRequest request, HttpServletResponse response) */ protected void doPost(HttpServletRequest request, HttpServletResponse response) throws ServletException, IOException { try { response.setContentType("application/json; charset=UTF-8"); response.setCharacterEncoding("UTF-8"); String uuid=MOASSUtils.getValueFromPart(request.getPart("parentUUID")); String description=MOASSUtils.getValueFromPart(request.getPart("description")); String loggedUser = MOASSUtils.getValueFromPart(request.getPart("loggedUser")); String taskUUID = MOASSUtils.getValueFromPart(request.getPart("taskUUID")); Part filePart = request.getPart("file"); // Retrieves <input type="file" name="file"> String fileName = Paths.get(filePart.getSubmittedFileName()).getFileName().toString(); // MSIE fix. InputStream fileContentStream = filePart.getInputStream(); final byte[] fileContent = IOUtils.toByteArray(fileContentStream); //TODO rethinks security //elegxos an o fakelos einai adios! if (radweriel.countChildsOnFolderByUUID(uuid)!=0) throw new RuntimeException("Ο φάκελος περιέχει ήδη σχέδιο"); // TODO elegxos an o xrhsths mporei na grapsei ston fakelo // MIPOS na koitazo sta diekomata tou fakelou an // Elegxos an o logged user einai yparktos //String UserOU = galgallin.getOUbyUID(loggedUser).replaceAll("[ /s\\/,.!@#$%^&*()-+_=]", ""); String UserOU = MOASSUtils.setOuInAppropriateFormat(loggedUser); if (UserOU=="") throw new RuntimeException("Not found"); // elenxos an o xristis einai allowed sto sygkekrimeno taskUUID if (!thales.cantitateIsValid(taskUUID,loggedUser)) throw new RuntimeException("Not allowed"); String pdf_uuid=radweriel.uploadToFolderByUUID(uuid,fileContent,fileName,description); response.getWriter().println("{\"uuid\":\""+pdf_uuid+"\"}"); } catch (Exception e) { response.getWriter().println("{\"error\":\""+e.getMessage()+"\"}"); } } }

MunicipalityOfAthens/MOASS

src/moa/ds/service/athens/gr/postPDF.java

397

package gr.cti.eslate.mapViewer; import java.util.ListResourceBundle; public class BundleInfo extends ListResourceBundle { public Object [][] getContents() { return contents; } static final Object[][] contents={ //ESlateInfo {"compo", "Map Browser component, version"}, {"part", "Part of the E-Slate environment (http://E-Slate.cti.gr)"}, {"development", "Development: G. Vasiliou"}, {"contribution", "Contribution: M. Koutlis, G. Tsironis, K. Kyrimis, N. Renieri"}, {"copyright", "Copyright Ερευνητικό Ακαδημαϊκό Ινστιτούτο Τεχνολογίας Υπολογιστών-ΕΑ.ΙΤΥ 1993-2008.\nΑνάπτυξη τρέχουσας έκδοσης από τις Conceptum AE και ΕΧΟDUS AE.\nΤο Αβάκιο 2.0 υπόκειται σε διπλή άδεια (dual license), ήτοι ισχύουν οι όροι της GNU-GPL License και της L-GPL license.\n\nΕπιτρέπεται η παραγωγή, διανομή και εμπορική εκμετάλλευση κλειστού ή ανοιχτού κώδικα παράγωγων προϊόντων\nβασισμένων στην πλατφόρμα Αβάκιο 2.0 και κάθε επόμενης έκδοσής της καθώς επίσης και να συμπεριλαμβάνεται\nκαι να διανέμεται μαζί με τα προϊόντα αυτά η πλατφόρμα σε μορφή πηγαίου ή/και εκτελέσιμου κώδικα."} }; }

vpapakir/myeslate

widgetESlate/src/gr/cti/eslate/mapViewer/BundleInfo.java

398

package mvc.model.Finding; /** * Enum class of the 4 rare Findings to be placed in one of each paths * */ public enum RareFinding implements Finding { DiskOfFaistos(35), RingOfMinoa(25), JewelOfMalia(25), RhytonOfZakros(25); final private int value; /** Constructor * Postcondition Initializes points and name of rare finding */ private RareFinding(int value) { this.value = value; } /** Accessor * * Postcondition Returns a string of the description of the finding * @return String name of enum */ @Override public String getDescription() { switch (this) { case DiskOfFaistos: return "<html>Ανακάλυψες το Δίσκο της Φαιστού!!!; " + "Ο Δίσκος της Φαιστού είναι ένα αρχαιολογικό εύρημα από τη Μινωική πόλη της Φαιστού " + "στη νότια Κρήτη και χρονολογείται πιθανώς στον 17ο αιώνα π.Χ.. Αποτελεί ένα από τα " + "γνωστότερα μυστήρια της αρχαιολογίας, αφού ο σκοπός της κατασκευής του και το νόημα " + "των όσων αναγράφονται σε αυτόν παραμένουν άγνωστα. Ο δίσκος ανακαλύφθηκε στις " + "3 Ιουλίου 1908 από τον Ιταλό αρχαιολόγο Λουίτζι Περνιέ (Luigi Pernier) και φυλάσσεται " + "σήμερα στο Αρχαιολογικό Μουσείο Ηρακλείου.</html>"; case JewelOfMalia: return "<html>Ανακάλυψες το Κόσμημα των Μαλίων!!!; " + "Το χρυσό κόσμημα των μελισσών που φιλοξενείται στο Αρχαιολογικό Μουσείο Ηρακλείου, " + "είναι διάσημο αρχαιολογικό εύρημα από τον Χρυσόλακκο, τον ταφικό περίβολο της νεκρόπολης " + "των Μαλίων. </html>"; case RhytonOfZakros: return "<html> Ανακάλυψες το Ρυτό της Ζάκρου!!!; " + "Το αγγείο βρέθηκε στο θησαυροφυλάκιο του ανακτόρου της Ζάκρου μαζί με άλλα μοναδικά " + "στο είδος τους τελετουργικά σκεύη της νεοανακτορικής εποχής και αποτελεί χαρακτηριστικό " + "παράδειγμα της εφευρετικότητας και καλαισθησίας των Μινωιτών τεχνιτών.</html>"; case RingOfMinoa: return "<html>Ανακάλυψες το Δαχτυλίδι του Μίνωα !!!; " + " Το «Δαχτυλίδι του Μίνωα», ένα από τα μεγαλύτερα και σπανιότερα χρυσά σφραγιδικά στον " + "κόσμο, θεωρείται από τα καλύτερα δείγματα της κρητομυκηναϊκής σφραγιδικής. Φέρει σύνθετη θρησκευτική " + "παράσταση, που απεικονίζει μορφές οι οποίες εντάσσονται στην κρητομυκηναϊκή θεματολογία, δεντρολατρία " + "με καθιστή θεά, ουρανό, γη και θάλασσα, με ιερό πλοίο που έχει μορφή ιππόκαμπου.</html>"; default: throw new AssertionError(this.name()); } } /** Accessor Overriden method toString * * Postcondition Returns a string of the name of the enum expression * * @return String name of enum */ @Override public String toString() { return this.name(); } /** Accessor * Postcondition Returns the points value of the Finding * * @return Integer of the value of the enum */ public int getValue() { return value; } /** * Methods for the graphic interface * * @return String */ @Override public String getImage() { return "resources/images/findings/"+this.name() +".jpg"; } }

GeorgiaSamaritaki/Lost-Relics-Game

src/mvc/model/Finding/RareFinding.java

399

package operatingsystem; import java.io.BufferedWriter; import java.io.File; import java.io.FileOutputStream; import java.io.IOException; import java.io.OutputStreamWriter; import java.io.FileWriter; import java.util.ArrayList; import java.util.List; import java.util.logging.Level; import java.util.logging.Logger; import static operatingsystem.Main.stats; // Χρίστος Γκόγκος (2738), Αθανάσιος Μπόλλας (2779), Δημήτριος Σβίγγας (2618), Αναστάσιος Τεμπερεκίδης (2808) /* Αυτή η κλάση υπολογίζει ορισμένα στατιστικά στοιχεία βάσει των διεργασιών που εμφανίζονται στο σύστημα και τα αποθηκεύει σε ένα αρχείο */ public class Statistics { /* ο μέσος χρόνος επιστροφής των διεργασιών */ private float averageTurnaroundTime; /* ο μέσος χρόνος αναμονής των διεργασιών προς εκτέλεση */ private float averageWaitingTime; /* ο τρέχων συνολικός χρόνος αναμονής διεργασιών */ private float totalWaitingTime; /* ο μέσος χρόνος απόκρισης */ private float responseTime; /* το τρέχον μέγιστο πλήθος διεργασιών προς εκτέλεση */ private int maximumLengthOfReadyProcessesList; /* ο τρέχων συνολικός αριθμός διεργασιών */ private int totalNumberOfProcesses; /*αρχείο που αποθηκεύονται τα στατιστικά δεδομένα */ private File outputFile; private List<Process> terminatedProcesses; /* constructor της κλάσης */ public Statistics(String fileName) { outputFile = new File(fileName); try { new FileWriter(outputFile, false); // Δημιουργία ή εκκαθάριση του αρχείου για τα στατιστικά } catch (IOException ex) { Logger.getLogger(Statistics.class.getName()).log(Level.SEVERE, null, ex); } maximumLengthOfReadyProcessesList = 0; this.terminatedProcesses = new ArrayList<>(); } /* επαναφέρει τα στατιστικά στις αρχικές τους τιμές ώστε να τρέξει νέα προσομοίωση */ public void reset() { maximumLengthOfReadyProcessesList = 0; this.terminatedProcesses = new ArrayList<>(); } /* ελέγχει το μήκος της λίστας έτοιμων διεργασιών και ενημερώνει, αν είναι απαραίτητο, την τιμή της μεταβλητής maximumLengthOfReadyProcessesList */ public void UpdateMaximumListLength() { maximumLengthOfReadyProcessesList = Math.max(Main.readyProcessesList.getSize(), maximumLengthOfReadyProcessesList); } /* επιστρέφει το τρέχον μέγιστο πλήθος διεργασιών προς εκτέλεση */ public int getMaximumLengthOfReadyProcessesList() { return maximumLengthOfReadyProcessesList; } /* προσθήκη μίας τερματισμένης διεργασίας στη λίστα των terminated processes ώστε να υπολογιστούν στη συνέχεια τα στατιστικά */ public void processTerminated(Process process) { this.terminatedProcesses.add(process); } /*υπολογίζει τον μέσο χρόνο απόκρισης*/ public float CalculateAverageWaitingTime() { averageWaitingTime = 0; for (Process proc : terminatedProcesses) { averageWaitingTime += proc.getWaitingTime(); } averageWaitingTime /= terminatedProcesses.size(); return this.averageWaitingTime; } /*υπολογίζει τον μέσο χρόνο αναμονής*/ public float CalculateAverageResponseTime() { responseTime = 0; for (Process proc : terminatedProcesses) { responseTime += proc.getResponseTime(); } responseTime /= terminatedProcesses.size(); return this.responseTime; } /*υπολογίζει τον μέσο χρόνο επιστροφής*/ public float CalculateAverageTurnaroundTime() { averageTurnaroundTime = 0; for (Process proc : terminatedProcesses) { averageTurnaroundTime += proc.getWaitingTime() + proc.getTotalTime(); } averageTurnaroundTime /= terminatedProcesses.size(); return this.averageTurnaroundTime; } /*υπολογίζει τον συνολικό χρόνο αναμονής*/ public float CalculateTotalWaitingTime() { totalWaitingTime = 0; for (Process proc : terminatedProcesses) { totalWaitingTime += proc.getWaitingTime(); } return totalWaitingTime; } /* επιστρέφει το πλήθος των διεργασιών που έχουν τερματίσει */ public int getTotalNumberOfProcesses() { return this.terminatedProcesses.size(); } /* προσθέτει μια νέα γραμμή με τα τρέχοντα στατιστικά στο αρχείο outputFile και δέχεται σαν παράμετρο ένα string για την περιγραφή του αλγορίθμου που χρησιμοποιήθηκε ώστε να αποθηκευτεί και αυτή η πληροφορία στο αρχείο */ public void WriteStatistics2File(String AlgorithmDescription) { BufferedWriter writer; try { writer = new BufferedWriter(new OutputStreamWriter(new FileOutputStream(outputFile, true), "utf-8")); writer.write("Scheduler: " + AlgorithmDescription); writer.newLine(); writer.write("Maximum length of ready processes list: " + stats.getMaximumLengthOfReadyProcessesList()); writer.newLine(); writer.write("Average response time: " + CalculateAverageResponseTime()); writer.newLine(); writer.write("Average turnaround time: " + stats.CalculateAverageTurnaroundTime()); writer.newLine(); writer.write("Average waiting time: " + stats.CalculateAverageWaitingTime()); writer.newLine(); writer.newLine(); writer.close(); } catch (IOException ex) { System.out.println(ex); } } /* εμφάνιση κάποιων χρήσιμων στατιστικών */ public void printStatistics(String AlgorithmDescription) { System.out.println("Scheduler: " + AlgorithmDescription); System.out.println("Total time needed: " + (Main.clock.ShowTime() - 1)); System.out.println("Maximum length of ready processes list: " + Main.stats.getMaximumLengthOfReadyProcessesList()); System.out.println("Average response time: " + Main.stats.CalculateAverageResponseTime()); System.out.println("Average turnaround time: " + Main.stats.CalculateAverageTurnaroundTime()); System.out.println("Average waiting time: " + Main.stats.CalculateAverageWaitingTime()); System.out.println("Total waiting time: " + Main.stats.CalculateTotalWaitingTime()); System.out.println("============================================="); } }

TeamLS/Operating-System-Simulator

src/operatingsystem/Statistics.java

404

package logic; /** * * Η κλάση Round είναι μια αφαιρετική κλάση η οποία περιέχει τη γενική μορφή που * έχει ένας τύπος γύρου. Όλοι οι τύποι γύρων όπως η CorrectAnswerRound και η * BetRound κληρονομούν από αυτή γενικά χαρακτηριστικά που χαρακτηρίζουν κάτι ως * Round. * * @author tasosxak * @author thanasis * @since 9/11/16 * @version 1.0 */ public abstract class Round { protected String typeName; protected String description; protected int executeTimes; protected int bonus; protected Round(int times) { this.executeTimes = times; } protected Round(int times, String title, String desc) { this.executeTimes = times; this.typeName = title; this.description = desc; } protected Round(int times, int bonus, String title, String desc) { this(times, title, desc); this.bonus = bonus; } public String getTypeName() { return this.typeName; } public String getDesc() { return this.description; } /** * Η getDescInfo χρησιμοποιείται για να πάρουμε πληροφορίες για έναν γύρο. * Αυτό χρησιμεύει όταν θέλουμε να τυπώσουμε αυτές τις πληροφορίες. Επίσης * υλοποιείται διαφορετικά ανάλογα τον γύρο και τα χαρακτηριστικά αυτού. * * @return Επιστρέφει έναν πίνακα συμβολοσειρών με τις πληροφορίες και τα * χαρακτηριστικά κάθε γύρου (π.χ. βαθμοί, επιτρεπτά πονταρίσματα κτλπ) */ public abstract String[] getDescInfo(); public int getExecuteTimes() { return this.executeTimes; } public int getBonus() { return this.bonus; } public void setBonus(int newBonus) { this.bonus = newBonus; } /** * Πρέπει να καλείτε όταν ο γύρος έχει εκτελεστεί μια φορά. Η executed * μειώνει κατά ένα τις επιτρεπτές εκτελέσεις του γύρου. */ public void executed() { if (executeTimes > 0) { this.executeTimes--; } } }

TeamLS/Buzz

src/logic/Round.java

405

package solutions.ch2; import java.util.Scanner; /** * Διαβάζει τρεις ακέραιους αριθμούς που αναπαριστούν * ημέρα, μήνα, έτος και εμφανίζει σε μορφή ΗΗ/ΜΜ/ΕΕ. * Π.χ., αν δώσουμε 5 12 2022 θα εμφανίσει 05/12/22. */ public class DateApp { public static void main(String[] args) { Scanner scanner = new Scanner(System.in); int day = 0; int month = 0; int year = 0; int formattedYear = 0; System.out.print("Please insert three integers for day, month, year: "); day = scanner.nextInt(); month = scanner.nextInt(); year = scanner.nextInt(); formattedYear = year % 100; System.out.printf("%02d/%02d/%2d\n", day, month, formattedYear); } }

a8anassis/cf6-java

src/solutions/ch2/DateApp.java

408

package com.mgiandia.library.ui; /** * Βασική διεπαφή για κάθε όψη (view). * @author Νίκος Διαμαντίδης * */ public interface View { /** * Ανοίγει την όψη. */ void open(); /** * Κλείνει την όψη. */ void close(); /** * Εμφανίζει μήνυμα σφάλματος. * @param message Το μήνυμα που εμφανίζεται */ void showError(String message); /** * Εμφανίζει πληροφοριακό μήνυμα. * @param message Το μήνυμα που εμφανίζεται */ void showInfo(String message); }

diamantidakos/Library

src/main/java/com/mgiandia/library/ui/View.java

410

package sample; /** * <h1>Η κλάση του Score</h1> */ public class Score { private int moves; private int foundCards; /** * Επιστρέφει των αριθμό των καρτών που έχουν βρεθεί. * @return foundCards */ public int getFoundCards() { return foundCards; } /** * Θέτει τον αρχικό αριθμό των καρτών που έχουν βρεθεί. * @param foundCards {@code int} κάρτες που έχουν βρεθεί */ public void setFoundCards(int foundCards) { this.foundCards = foundCards; } /** * Επιστρέφει τον αριθμό των κινήσεων του παίχτη. * @return moves */ public int getMoves() { return moves; } /** * Θέτει τον αρχικό αριθμό των κινήσεων του παίχτη. * @param moves {@code int} κινήσεις */ public void setMoves(int moves) { this.moves = moves; } /** * Αυξάνει τον αριθμό των κινήσεων του παίχτη. */ public void updateMoves(){ moves++; } /** * Αυξάνει τον αριθμό των καρτών που έχουν βρεθεί. */ public void updateFoundCards(){ foundCards++; } }

TommysG/memory-card-game

src/main/java/sample/Score.java

411

/* * /* ---------------------------------------------LICENSE----------------------------------------------------- * * * *YOU ARE NOT ALLOWED TO MODIFY THE LICENSE OR DELETE THE LICENSE FROM THE FILES * * * *This is an open source project hosted at github: https://github.com/ellak-monades-aristeias/Sopho * * * *This application is distributed with the following license: * *code with license EUPL v1.1 and content with license CC-BY-SA 4.0. * * * *The development of the application is funded by EL/LAK (http://www.ellak.gr) * * * * */ package sopho; import java.io.IOException; import java.net.URL; import java.util.ResourceBundle; import javafx.event.ActionEvent; import javafx.event.EventHandler; import javafx.fxml.FXML; import javafx.fxml.Initializable; import javafx.scene.control.Label; import javafx.scene.control.TextField; import javafx.scene.input.MouseEvent; import javafx.stage.Stage; public class Setup2Controller implements Initializable { @FXML public TextField username; @FXML public TextField password; @FXML public TextField ipAddress; @FXML public Label title; PrefsHandler prefs = new PrefsHandler(); public boolean ipIsset = false; public boolean allOk=false; // this var is used to go to next step only in the case that every field is filled correctly @Override public void initialize(URL url, ResourceBundle rb) { //now we need to hide the ipAddress textField if at the previous step the user chose to install the db to this pc if(prefs.getPrefs("dbIP").equals("localhost")){ // we get the ip from the prefs. If it is set to localhost we hide the field ipAddress.setStyle("-fx-opacity:0;"); ipIsset=true; System.out.println("Hiding the ip field"); }else{ ipAddress.setStyle("-fx-opacity:1;"); System.out.println("Showing the ip field"); } ipAddress.addEventHandler(MouseEvent.MOUSE_CLICKED, new EventHandler<MouseEvent>() { @Override public void handle(MouseEvent event) { sopho.Messages.CustomMessageController cm = new sopho.Messages.CustomMessageController(null, "Ενημέρωση", "Στην περίπτωση που η βάση δεδομένων είναι εγκατεστημένη σε άλλον υπολογιστή θα πρέπει να έχετε επιτρέψει στο firewall και των δύο υπολογιστών τη διακίνηση δεδομένων από τη port 3306 που είναι αυτή της mysql. Διαφορετικά ο υπολογιστής αυτό δεν θα 'βλέπει' τη βάση δεδομένων του server", "notify"); cm.showAndWait(); } }); } //this method is required so that the first textField is not in focus on the scene appereance. //Otherwise the prompt text does not appear and the user doesn't know what to fill in. public void start(Stage primaryStage) throws Exception { title.requestFocus(); } StageLoader sl = new StageLoader(); @FXML private void NextButton(ActionEvent event) throws IOException { //we will set the prefs by getting the textfield values String user = username.getText(); String pass = password.getText(); if(user.isEmpty()){ sopho.Messages.CustomMessageController cm = new sopho.Messages.CustomMessageController(null, "Προσοχή", "Δεν συμπληρώσατε username! Συμπληρώστε το username για τη πρόσβαση στη βάση δεδομένων", "error"); cm.showAndWait(); allOk=false; }else if(pass.isEmpty()){ sopho.Messages.CustomMessageController cm = new sopho.Messages.CustomMessageController(null, "Προσοχή", "Δεν συμπληρώσατε password! Συμπληρώστε το password για τη πρόσβαση στη βάση δεδομένων", "error"); cm.showAndWait(); allOk=false; }else{ allOk=true; prefs.setPrefs("dbUser", username.getText()); prefs.setPrefs("dbPass", password.getText()); if(!ipIsset){// we do not set the ip if it is already set to localhost by the previous step String ip = ipAddress.getText(); if(ip.isEmpty()){ sopho.Messages.CustomMessageController cm = new sopho.Messages.CustomMessageController(null, "Προσοχή", "Δεν συμπληρώσατε τη διεύθυνση IP! Συμπληρώστε τη διεύθυνση IP του υπολογιστή που φιλοξενεί τη βάση", "error"); cm.showAndWait(); allOk=false; }else{ prefs.setPrefs("dbIP", ip); allOk=true; } } } if(allOk){ Stage stage = (Stage) title.getScene().getWindow(); sl.StageLoad("Setup3.fxml", stage, false, true); //resizable false, utility true }else{ sopho.Messages.CustomMessageController cm = new sopho.Messages.CustomMessageController(null, "Σφάλμα", "Ελέγξτε όλα τα πεδία! Ενδεχομένως δεν έχετε συμπληρώσει κάποιο πεδίο...", "error"); cm.showAndWait(); } } @FXML private void PreviousButton(ActionEvent event) throws IOException { Stage stage = (Stage) title.getScene().getWindow(); sl.StageLoad("Setup1.fxml", stage, false, true); //resizable false, utility true } }

ellak-monades-aristeias/Sopho

src/sopho/Setup2Controller.java

412

package manage; import entities.Prodcategory; import entities.Product; import java.io.Serializable; import java.util.List; import javax.annotation.PostConstruct; import javax.ejb.EJB; import javax.faces.application.FacesMessage; import javax.faces.bean.ManagedBean; import javax.faces.bean.RequestScoped; import javax.faces.context.FacesContext; import org.apache.log4j.Logger; import sessionsBeans.CategoryFacade; import sessionsBeans.ProductFacade; @ManagedBean @RequestScoped public class KathgoriaFrontManage implements Serializable { final static Logger logger = Logger.getLogger(KathgoriaFrontManage.class); private List<Product> products; @EJB ProductFacade productFacade; @EJB CategoryFacade categoryFacade; @PostConstruct void init() { if(logger.isDebugEnabled()){ logger.debug("Init Category front manage"); } } public List<Product> getAllProductsByCategory(int categoryID) { Prodcategory prodcategory = categoryFacade.searchWithID(categoryID); return products = productFacade.getAllProductsFromDBByCategory(prodcategory); } public List<Product> getProducts() { return products; } public void setProducts(List<Product> products) { this.products = products; } public boolean checkIfCategoryExists(String id) { if (categoryFacade.returnOneCategory(id) == null) { FacesContext.getCurrentInstance().addMessage(null, new FacesMessage("Η κατηγορία που ζητήσατε δεν βρέθηκε.")); return false; } return true; } }

mixaverros88/dockerized-java-e-commerce-app

src/main/java/manage/KathgoriaFrontManage.java

414

//https://aetos.it.teithe.gr/~demos/Downloads/DS_LAB10.pdf import java.io.*; class lab10_3 { public static void main(String[] args) { RamStudent students = new RamStudent(); try { RandomAccessFile file = new RandomAccessFile("lab10_3.dat", "rw"); boolean flag = true; new RamStudent(12001, "Test1", "Test1", 1, 6.5).write(file); new RamStudent(12002, "Test2", "Test2", 3, 4.0).write(file); new RamStudent(12003, "Test3", "Test3", 0, 10.0).write(file); new RamStudent(12004, "Test4", "Test4", 2, 8.2).write(file); new RamStudent(12005, "Test5", "Test5", 4, 2.4).write(file); do { System.out.println("[1] Εγγραφή ενός φοιτητή στο αρχείο\n[2] Διαγραφή ενός φοιτητή από το αρχείο\n[3] Παρουσίαση των στοιχείων του φοιτητή στην οθόνη\n[4] Ενημέρωση των απουσιών ενός φοιτητή\n[5] Καταχώρηση της βαθμολογίας ενός φοιτητή\n[6] Βαθμολογίες φοιτητών\n[7] Φοιτητές που πέρασαν το μάθημα\n[8] Φοιτητές με κατοχύρωση\n[9] Διαγραφή φοιτητών με 2 απουσίες\n[10] Έξοδος"); System.out.print("Δώσε Επιλογή:"); int n = UserInput.getInteger(); switch(n) { case 1: System.out.print("Δώσε αριθμό μητρώου για εισαγωγή: "); int add = UserInput.getInteger(); new RamStudent(add, "", "", 0, 0.0).write(file); break; case 2: System.out.print("Δώσε αριθμό μητρώου για διαγραφή: "); int delete = UserInput.getInteger(); file.seek(hash(delete)); new RamStudent(0, "", "", 0, 0.0).write(file); break; case 3: System.out.print("Δώσε αριθμό μητρώου για εμφάνιση: "); int show = UserInput.getInteger(); file.seek(hash(show)); RamStudent student = students.read(file); System.out.println(student.toString()); break; case 4: System.out.print("Δώσε αριθμό μητρώου για ενημέρωση απουσιών: "); int update = UserInput.getInteger(); System.out.print("Δώσε αριθμό απουσιών: "); int apousies = UserInput.getInteger(); file.seek(hash(update)); RamStudent updated = students.read(file); updated.setApousies(apousies); file.seek(hash(update)); updated.write(file); break; case 5: System.out.print("Δώσε αριθμό μητρώου για καταχώριση βαθμού: "); int insert = UserInput.getInteger(); System.out.print("Δώσε βαθμό: "); double vathmos = UserInput.getDouble(); file.seek(hash(insert)); RamStudent inserted = students.read(file); inserted.setVathmos(vathmos); file.seek(hash(insert)); inserted.write(file); break; case 6: System.out.println("-----\nΒαθμολογίες\n"); try { int counter = 0; while(true) { file.seek(counter); RamStudent tmp = students.read(file); if(tmp.getAM() != 0) { System.out.println("AM: " + tmp.getAM() + " Vathmos: " + tmp.getVathmos()); } counter += 76; } } catch(EOFException e) { System.out.println("-----"); } break; case 7: System.out.println("-----\nΦοιτητές που πέρασαν\n"); try { int counter = 0; while(true) { file.seek(counter); RamStudent tmp = students.read(file); if(tmp.getVathmos() >= 5 && tmp.getAM() != 0) { System.out.println("AM: " + tmp.getAM()); } counter += 76; } } catch(EOFException e) { System.out.println("-----"); } break; case 8: System.out.println("-----\nΦοιτητές που κατοχύρωσαν\n"); try { int counter = 0; while(true) { file.seek(counter); RamStudent tmp = students.read(file); if(tmp.getVathmos() < 5 && tmp.getAM() != 0) { System.out.println("AM: " + tmp.getAM()); } counter += 76; } } catch(EOFException e) { System.out.println("-----"); } break; case 9: System.out.println("-----\nΦοιτητές που θα διαγραφούν με 2 απουσίες\n"); try { int counter = 0; while(true) { file.seek(counter); RamStudent tmp = students.read(file); if(tmp.getApousies() >= 2 && tmp.getAM() != 0) { System.out.println("AM: " + tmp.getAM()); file.seek(counter); new RamStudent(0, "", "", 0, 0.0).write(file); } counter += 76; } } catch(EOFException e) { System.out.println("-----"); } break; case 10: flag = false; break; default: System.out.println("Λάθος Επιλογή.\n"); } } while(flag); } catch(IOException e) { System.out.println(e.toString()); } } public static int hash(int x) { return 76 * (x - 12001); } }

iamraf/A.T.E.I.TH

3. Data Structures and Analysis of Algorithms/Lab 10/Lab10_3/lab10_3.java

417

// Κλάση που επιστρέφει μια συγκεκριμένη κλήρωση // // Παράδειγμα χρήσης: // // Api.setGameId("5104"); // DrawApi api = new DrawApi("2402"); // System.out.println(api.getData()); package api; import com.google.gson.Gson; import com.google.gson.GsonBuilder; import com.google.gson.JsonObject; import javax.swing.JOptionPane; import model.Draw; public class DrawApi extends Api { public DrawApi(String drawId) { super("/" + drawId, "draws"); } // Επιστρέφει στο αντικείμενο draw το αποτέλεσμα της κλήσης του Api, // για την κλήρωση drawId public Draw getData() { try { // Κάνει την κλήση στο api this.getJsonString(); // Μετατρέπει το json string σε object Gson gson = new GsonBuilder().setPrettyPrinting().create(); JsonObject json = gson.fromJson(this.getJson(), JsonObject.class); // Παίρνει το json σε Draw object return getDrawObject(json); } catch (Exception e) { JOptionPane.showMessageDialog(null, e.getMessage(), "Σφάλμα", JOptionPane.INFORMATION_MESSAGE); return null; } } }

ikiranis/tzokerApp

src/api/DrawApi.java

419

package com.ilearnrw.api.selectnextword.levels; /* * Copyright (c) 2015, iLearnRW. Licensed under Modified BSD Licence. See licence.txt for details. */ import ilearnrw.annotation.AnnotatedWord; import ilearnrw.textclassification.StringMatchesInfo; import ilearnrw.textclassification.WordProblemInfo; import ilearnrw.utils.LanguageCode; import java.util.List; import com.ilearnrw.api.selectnextword.GameElement; import com.ilearnrw.api.selectnextword.GameLevel; import com.ilearnrw.api.selectnextword.LevelParameters; import com.ilearnrw.api.selectnextword.TtsType; import com.ilearnrw.api.selectnextword.TypeAmount; import com.ilearnrw.api.selectnextword.TypeFiller; import com.ilearnrw.api.selectnextword.WordSelectionUtils; /** * * @author hector * * Level configuration for Town Square / City Hall / Moving Pathways / Minefield * * vowel/consonants/similar letters plays with letter2letter or letter2word that starts with the letter * GP correspondence works with the phoneme and words * */ public class CityHallGR extends GameLevel { @Override public List<GameElement> getWords(LevelParameters parameters, int languageArea, int difficulty) { if (parameters.mode==1){//Need only the difficulty, but as they are mixed, get many words and use the match List<GameElement> targetWords = WordSelectionUtils.getTargetWordsWithDistractors( LanguageCode.GR, languageArea, difficulty, parameters, -1, // new ArrayList<String>(), false,//begins false); WordProblemInfo correctProblem = ((AnnotatedWord)targetWords.get(0).getAnnotatedWord()).getWordProblems().get(0);//Flag as correct only String correctLetter = targetWords.get(0).getAnnotatedWord().getWord().substring(correctProblem.getMatched().get(0).getStart(), correctProblem.getMatched().get(0).getEnd()); for(GameElement ge : targetWords) if(!ge.getAnnotatedWord().getWord().contains(correctLetter)){ ge.setFiller(true); }else{ ge.setFiller(false); } return targetWords; }else if(parameters.mode==2){//Need words for consonants or letter similarity List<GameElement> targetWords = WordSelectionUtils.getTargetWordsWithDistractors( LanguageCode.GR, languageArea, difficulty, parameters, -1, true,//begins false); if(targetWords.size()!=0){ String correctLetter = targetWords.get(0).getAnnotatedWord().getWord().substring(0, 1);//Flag as correct only for(GameElement ge : targetWords) if(!ge.getAnnotatedWord().getWord().substring(0, 1).equals(correctLetter)){ ge.setFiller(true); }else{ ge.setFiller(false); } } return targetWords; }else if(parameters.mode==3){//Need words for GP correspondence, with distractors without the sound List<GameElement> targetWords = WordSelectionUtils.getTargetWordsWithDistractors( LanguageCode.GR, languageArea, difficulty, parameters, -1, true,//begins false); if(targetWords.size()!=0){ StringMatchesInfo problem = ((AnnotatedWord)targetWords.get(0).getAnnotatedWord()).getWordProblems().get(0).getMatched().get(0); String grapheme = targetWords.get(0).getAnnotatedWord().getWord().substring(problem.getStart(), problem.getEnd()); String phoneme =""; for(int i=0;i<targetWords.get(0).getAnnotatedWord().getGraphemesPhonemes().size();i++) if(targetWords.get(0).getAnnotatedWord().getGraphemesPhonemes().get(i).getGrapheme()==grapheme) phoneme = targetWords.get(0).getAnnotatedWord().getGraphemesPhonemes().get(i).getPhoneme(); for(GameElement ge : targetWords) if(!ge.getAnnotatedWord().getPhonetics().contains(phoneme)){ ge.setFiller(true); }else ge.setFiller(false); } return targetWords; }else{//Vowels, contain letter List<GameElement> targetWords = WordSelectionUtils.getTargetWordsWithDistractors( LanguageCode.GR, languageArea, difficulty, parameters, -1, false,//begins true);//only one difficulty if(targetWords.size()!=0){ StringMatchesInfo problem = ((AnnotatedWord)targetWords.get(0).getAnnotatedWord()).getWordProblems().get(0).getMatched().get(0); String grapheme = targetWords.get(0).getAnnotatedWord().getWord().substring(problem.getStart(), problem.getEnd()); for(GameElement ge : targetWords) if(!ge.getAnnotatedWord().getWord().contains(grapheme)){ ge.setFiller(true); }else{ ge.setFiller(false); } } return targetWords; } } @Override public TypeFiller[] fillerTypes(int languageArea, int difficulty){ LanguageAreasGR lA = LanguageAreasGR.values()[languageArea]; if(lA==LanguageAreasGR.VOWELS) return new TypeFiller[]{TypeFiller.CLUSTER};//Distractors from other difficulties else return new TypeFiller[]{TypeFiller.NONE};//Distractors within difficulty } @Override public TypeAmount[] amountDistractors(int languageArea, int difficulty){ LanguageAreasGR lA = LanguageAreasGR.values()[languageArea]; if(lA==LanguageAreasGR.VOWELS) return new TypeAmount[]{TypeAmount.FEW,TypeAmount.HALF,TypeAmount.MANY};//number of alternative difficulties else{ return new TypeAmount[]{TypeAmount.FEW};//No control over number of distractors } } @Override public TtsType[] TTSLevels(int languageArea, int difficulty) { LanguageAreasGR lA = LanguageAreasGR.values()[languageArea]; if(lA==LanguageAreasGR.LETTER_SIMILARITY){ return new TtsType[]{TtsType.WRITTEN2WRITTEN}; }else{ return new TtsType[]{TtsType.SPOKEN2WRITTEN}; } } @Override public int[] modeLevels(int languageArea, int difficulty) { LanguageAreasGR lA = LanguageAreasGR.values()[languageArea]; switch(lA){ case LETTER_SIMILARITY://Consonants return new int[]{1,2};//confusing with letters only or letter to word case CONSONANTS://Consonants return new int[]{1,2};//words that start with that letter or letter to letter case VOWELS://Vowels return new int[]{1,4};//words that contain that letter or letter to letter default://GP_CORRESPONDENCE return new int[]{3};//confusing } } @Override public int[] accuracyLevels(int languageArea, int difficulty) { return new int[]{2,3,4};//Number of paths } @Override public boolean allowedDifficulty(int languageArea, int difficulty) { LanguageAreasGR lA = LanguageAreasGR.values()[languageArea]; switch(lA){ case SYLLABLE_DIVISION:// return false; case CONSONANTS://Consonants return true; case VOWELS://Vowels return true; case DERIVATIONAL:// return false;//true; case INFLECTIONAL:// return false;//true; case PREFIXES:// return false;//true; case GP_CORRESPONDENCE:// return true; case FUNCTION_WORDS:// return false;//true; case LETTER_SIMILARITY: return true; default: return false; } } /* Instructions for the games */ public String instructions(int languageArea, int difficulty,LevelParameters param){ if(param.mode==1){ if(languageArea==0) return "Βρες το μονοπάτι με το γράμμα που εμφανίζεται"; else if(languageArea==1){ return "Βρες το μονοπάτι με το γράμμα που εμφανίζεται"; }else if(languageArea==2){ return "Βρες το μονοπάτι με το γράμμα που εμφανίζεται"; } }else if(param.mode==2){ if(languageArea==0) return "Βρες το μονοπάτι με τις λέξεις που ξεκινούν με το γράμμα που εμφανίζεται"; else if(languageArea==1){ return "Βρες το μονοπάτι με τις λέξεις που ξεκινούν με το γράμμα που εμφανίζεται"; }else if(languageArea==2){ return "Βρες το μονοπάτι με τις λέξεις που ξεκινούν με το γράμμα που εμφανίζεται"; } }else if(param.mode==3){ return "Βρες το μονοπάτι με τις λέξεις που περιέχουν τη φωνή"; }else if(param.mode==4){ return "Βρες το μονοπάτι με το γράμμα που εμφανίζεται"; } return "Not available"; } }

mpakarlsson/ilearnrw-service

src/main/java/com/ilearnrw/api/selectnextword/levels/CityHallGR.java

420

import java.io.ByteArrayOutputStream; import java.io.IOException; import java.io.ObjectOutputStream; import java.io.Serializable; import java.util.ArrayList; /**Κλάση Nodes, αναπαραστά έναν κόμβο του δένδρου που στην ουσία είναι ένα ορθογώνιο που περιέχει αλλα ορθογώνια. * MBR που περιέχει αλλα MBR. * */ public class Nodes implements Serializable { ArrayList<MBR> allRectangles; String parentID; String id;//node0, node1, ... public Nodes(){ allRectangles = new ArrayList<>(); parentID = ""; id = ""; } public Nodes(ArrayList<MBR> allRectangles, String parentID, String id) { this.allRectangles = allRectangles; this.parentID = parentID; this.id = id; } public ArrayList<Double> getFirstRect(){ return allRectangles.get(0).getDiastaseisA(); } public ArrayList<Double> getLastRect(){ int size = allRectangles.size(); return allRectangles.get(size-1).getDiastaseisB(); } public void printNodes() { System.out.println("Node----> " + id); System.out.println("Parent id: " + parentID); for(MBR m: allRectangles) { m.printRect(); } } public ArrayList<Double> findMins()///kato aristera gonia { if(allRectangles.size()>=1) { ArrayList<Double> mins = new ArrayList<>(); Double minX = 1000000.0; Double minY = 1000000.0; for (MBR m : allRectangles) { if (m.getDiastaseisA().get(0) < minX) { minX = m.getDiastaseisA().get(0); } if (m.getDiastaseisA().get(1) < minY) { minY = m.getDiastaseisA().get(1); } } mins.add(minX); mins.add(minY); return mins; } ArrayList<Double> d = new ArrayList<>(); d.add(-1.0); d.add(-1.0); return d; } public ArrayList<Double> findMaxs()///pano dexia gonia { if(allRectangles.size()>=1) { ArrayList<Double> maxs = new ArrayList<>(); Double maxX = -1.0; Double maxY = -1.0; for (MBR m : allRectangles) { if (m.getDiastaseisB().get(0) > maxX) { maxX = m.getDiastaseisB().get(0); } if (m.getDiastaseisB().get(1) > maxY) { maxY = m.getDiastaseisB().get(1); } } maxs.add(maxX); maxs.add(maxY); return maxs; } ArrayList<Double> d = new ArrayList<>(); d.add(-1.0); d.add(-1.0); return d; } public ArrayList<MBR> getAllRectangles() { return allRectangles; } public void setAllRectangles(ArrayList<MBR> allRectangles) { this.allRectangles = allRectangles; } public String getParentID() { return parentID; } public void setParentID(String parentID) { this.parentID = parentID; } public String getId() { return id; } public void setId(String id) { this.id = id; } public static int sizeof(Object obj) throws IOException { ByteArrayOutputStream byteArrayOutputStream = new ByteArrayOutputStream(); ObjectOutputStream objectOutputStream = new ObjectOutputStream(byteArrayOutputStream); objectOutputStream.writeObject(obj); objectOutputStream.flush(); objectOutputStream.close(); return byteArrayOutputStream.toByteArray().length; } //For function fits, we use the percent, which is a number between 0 and 1, 0 being //0% and 1 being 100% //We use that, so that if we want to create the tree bottom-up, we only fill //the rectangles 70%, although if we want to do an insertion we use it 100% //So, in the bottom-up approach, we use as percent 0.7 and in the insertion, we use 1 public boolean fits(int sumOfBlock , MBR r, double percent) throws IOException { double value = 32*1024; value = value * percent; if(sumOfBlock + sizeof(r) > value){ return false; } return true; } }

ampatzidhs/R_tree

src/Nodes.java

422

/** *GUMA a simple math game for elementary school students * Copyright (C) 2011-1012 Dimitrios Desyllas (pc_magas) * * This program is free software: you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation, either version 3 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program. If not, see <http://www.gnu.org/licenses/>. *Contact with me by main at this address: [email protected] */ package guma.gui; import guma.gui.*; import guma.core.*; import guma.ui.main.*; import javax.swing.*; import java.awt.*; import java.awt.event.*; import javax.swing.event.*; import java.io.File; import java.io.IOException; import javax.swing.filechooser.*; /** *The Basic Frame of the Game *@author pc_magas */ public class MainFrame extends JFrame implements ActionListener,UIUpdater,KeyListener { /** *The Basic menu Bar that it is on the top of the game window */ private JMenuBar panwBar=new JMenuBar(); /** *The Menu "File" */ private JMenu fileMenu= new JMenu("Αρχείο"); /** *The menu Help */ private JMenu help=new JMenu("Βοήθεια"); /** *The MenuItem that the user clicks for a new game */ private JMenuItem newGameOption = new JMenuItem("Νέο Παιχνίδι"); /** *The MenuItem in which the user select file to load progress */ private JMenuItem loadGameOption= new JMenuItem("Άνοιγμα"); /** *Option that allows you to open from the web a Game */ private JMenuItem loadWebOption= new JMenuItem("Άνοιγμα από το διαδικτυο"); /** *The MenuItem in which the user select file to load progress */ private JMenuItem saveGameOption= new JMenuItem("Αποθήκευση"); /** *The menu Iten that creates a new save game */ private JMenuItem saveAs = new JMenuItem("Αποθήκευση Ως"); /** *The menu Iten that shows the credits */ private JMenuItem about= new JMenuItem("Σχετικά με το GUMA"); /** *Panel for placing the Buttons Here */ private JPanel buttonsPanel=new JPanel(); /** *Button for checking result and going to next arithmetic praxis */ private JButton nextPraxisButton=new JButton("Επόμενη Πράξη>>"); /** *Button for closing the window */ private JButton close=new JButton("Κλείσιμο"); /** *Layout that use the Jpanels */ private FlowLayout panelLayout=new FlowLayout(); /** *The panel that we use from giving the result and taking the praxis from the game */ private JPanel praxisPanel=new JPanel(); /** *Label that displays into gui the praxis */ private JLabel praxisLabel=new JLabel("x+y="); /** *TextField that we put into the result of the displayed praxis */ private JTextField resultField=new JTextField(4); /** *Controller that interacts between the Game and the Frame */ private SwingGameController controller=new SwingGameController(); /** *File that game is saved */ private File f=null; /** *That shows the remaining arithmetic Operations */ private JLabel remaining=new JLabel("Πράξεις:"); /** *Inner class that handles what to do when the window closes */ private class WindowCloser extends WindowAdapter { public void windowClosing(WindowEvent e) { closeFrame(); } } /** *Class that activates and deactivates nextPraxis Button */ private class TextListener implements DocumentListener { public void insertUpdate(DocumentEvent e) { enableButton(); } public void removeUpdate(DocumentEvent e) { enableButton(); } public void changedUpdate(DocumentEvent e) { enableButton(); } private void enableButton() { if(controller.gameStarted()) { nextPraxisButton.setEnabled(true); } } } /** *Method that allows user to select a file and saves or load it depending on the value of "sav" parameter *@param save If it is true saves a file else allows loads a file. After the uses has chosen it with JFileChooser */ private void fileLoadAndSave(boolean save) { int returnVal; JFileChooser file=new JFileChooser(); FileNameExtensionFilter filter1=new FileNameExtensionFilter("Guma game saves","guma"); file.setFileFilter(filter1);//Seting file filters if(save==false)//Select to save { file.setFileSelectionMode(JFileChooser.FILES_ONLY); returnVal = file.showOpenDialog(this); } else { file.setFileSelectionMode(JFileChooser.FILES_ONLY); returnVal = file.showSaveDialog(this); } if(returnVal == JFileChooser.APPROVE_OPTION) { f=file.getSelectedFile(); String filename=f.getAbsolutePath(); System.out.println(filename); /*Do save or load */ try { /*Select to save*/ if(save==true) { //Apend .guma at the end of file if(!filename.endsWith(".guma")) { System.out.println("Renaming File"); f=new File(filename+".guma"); System.out.println("New Filename: "+f.getName()); } if(f.exists()) { int option=JOptionPane.showConfirmDialog((Component)file,"To αρχείο "+f.getName() +" όπου επιλέξατε"+ "υπάρχει AΝΤΙΚΑΤΑΣΤΑΣΗ?", "Αντικατάσταση αρχείου", JOptionPane.YES_NO_OPTION, JOptionPane.WARNING_MESSAGE ); if(option==JOptionPane.NO_OPTION) { JOptionPane.showConfirmDialog((Component)file, "Το αρχείο όπου επιλέξατε ΔΕΝ θα αντικατασταθεί", "Περι αντικατάστασης αρχείου", JOptionPane.ERROR_MESSAGE); return; } else { JOptionPane.showMessageDialog((Component)file ,"Το αρχείο όπου επιλέξατε ΘΑ αντικατασταθεί", "Περι αντικατάστασης αρχείου", JOptionPane.ERROR_MESSAGE); } } controller.save(f); } else { UIStatus s=controller.load(f); if(s!=null) { updateUI(s); } else { JOptionPane.showMessageDialog((Component)file,"Το αρχείο που επιλέξατε δεν μπορεί να φορτωθεί", "Πρόβλημα με το αρχείο",JOptionPane.ERROR_MESSAGE); } } } catch(IOException e) { JOptionPane.showMessageDialog((Component)file,e.getMessage(),"Πρόβλημα με το αρχείο",JOptionPane.ERROR_MESSAGE); } catch(ClassNotFoundException c) { JOptionPane.showMessageDialog((Component)file,c.getMessage(),"Πρόβλημα με το αρχείο",JOptionPane.ERROR_MESSAGE); } } return; } /** *Asks a question if we need to save the file or not */ public boolean askSaveQuestion() { boolean doAction=true; if(controller.gameStarted() && !controller.gameSaved())/*If an unsaved game has created*/ { /*The String of each option we have*/ String [] options={"Aποθήκευση","Χωρίς αποθήκευση","Ακύρωση"}; /*Creating the Dialog window*/ int option=JOptionPane.showOptionDialog(MainFrame.this, "H πρόοδος δεν έχει αποθηκευτεί. \n" +"Τι θέλετε να κανω πριν να κλείσει το πρόγραμμα;", "Κλείσιμο", JOptionPane.YES_NO_CANCEL_OPTION, JOptionPane.QUESTION_MESSAGE, null, options,options[2]); if(option==JOptionPane.YES_OPTION) { fileLoadAndSave(true);/*Open Filechooser frame for Save*/ } else if(option==JOptionPane.NO_OPTION) { } else if(option==JOptionPane.CANCEL_OPTION)/*If we select not to save*/ { /*Or else close the dialog that have showed to you*/ JOptionPane.getRootFrame().dispose(); doAction=false; } } return doAction; } /** *Method that closes the frame */ public void closeFrame() { if(askSaveQuestion()) { System.exit(0); } } /** *The Constructor of the Frame */ public MainFrame() { /*Basic settings of the frame*/ super("GUMA: Μια εκπαιδευτική εφαρμογή αριθμιτικής ελευθέρου λογισμικού"); setSize(330,200); setResizable(true); setDefaultCloseOperation(DO_NOTHING_ON_CLOSE); addWindowListener(new WindowCloser()); setLayout(new BorderLayout()); /*Adding the bar*/ setJMenuBar(panwBar); panwBar.add(fileMenu); panwBar.add(help); /*Adding MenuOptions*/ fileMenu.add(newGameOption); fileMenu.add(loadGameOption); fileMenu.add(loadWebOption); fileMenu.add(saveGameOption); fileMenu.add(saveAs); add(remaining,BorderLayout.NORTH); /*Adding "Help" menu Option*/ help.add(about); /*Adding Main game Panel*/ add(praxisPanel,BorderLayout.CENTER); praxisPanel.setLayout(panelLayout); praxisPanel.add(praxisLabel); praxisPanel.add(resultField); resultField.getDocument().addDocumentListener(new TextListener());//Adding the lissener for the Button NextPraxis /*Adding Buttons*/ buttonsPanel.setLayout(panelLayout); buttonsPanel.add(close); close.setToolTipText("Κάνε κλικ για να κλείσεις το πρόγραμμα."); buttonsPanel.add(nextPraxisButton); nextPraxisButton.setToolTipText("Κάνε κλικ για να πας στην επόμενη πράξη."); add(buttonsPanel,BorderLayout.SOUTH); /*Adding Action Listeners*/ newGameOption.addActionListener(this); loadGameOption.addActionListener(this); loadWebOption.addActionListener(this); saveGameOption.addActionListener(this); nextPraxisButton.addActionListener(this); close.addActionListener(this); saveAs.addActionListener(this); about.addActionListener(this); /*Ading Key LIsteners*/ resultField.addKeyListener(this); /*Disabling Buttons and options*/ nextPraxisButton.setEnabled(false); saveAs.setEnabled(false); saveGameOption.setEnabled(false); } public void actionPerformed(ActionEvent e) { Object option=e.getSource();//get who caused the Action if(saveGameOption==option)//If we selected to save game { if(f!=null) { try { if(!controller.gameSaved()) { controller.save(f); } } catch(IOException x) { JOptionPane.showMessageDialog((Component)option,x.getMessage(),"Πρόβλημα με το αρχείο",JOptionPane.ERROR_MESSAGE); } } else { fileLoadAndSave(true); } } else if(option==loadGameOption)//if we selected to load game { askSaveQuestion(); fileLoadAndSave(false); } else if(option==saveAs)//If we selected to change file { fileLoadAndSave(true); } else if(option==newGameOption)//if we select to create a game { askSaveQuestion(); controller.newGame(); updateUI(controller.getUIStatus()); } else if(option==loadWebOption) { if(askSaveQuestion()) { resetUI(); controller.loadFromWeb(); updateUI(controller.getUIStatus()); } } else if(option==nextPraxisButton)//If we selected to move onj the next arithmetic praxis { try { UIStatus current=controller.takeResult(Integer.parseInt(resultField.getText())); updateUI(controller.getUIStatus()); } catch(NumberFormatException nfe)//Not a number { JOptionPane.showMessageDialog((Component)resultField, "Δεν δώσατε αριθμιτική τιμή στο αποτέλεσμα.\n"+ "Πρέπει να δώσετε αριθμιτική τιμή στο αποτέλεσμα", "Προσπάθησε ξανα", JOptionPane.ERROR_MESSAGE); } } else if(option==about) { JOptionPane.showMessageDialog((Component)about, "GUMA: Εφαρμογή εκμάνθησης αριθμιτικών πράξεων για μαθητές δημοτικού\n\n"+ "To GUMA είναι project ελευθέρου λογισμικού ύπο"+ " την άδεια GNU GPLv3\n\n"+ "Δημιουργός: Δεσύλλας Δημήτριος (pc_magas)\n"+ "email: [email protected]", "Σχετικά:",JOptionPane.INFORMATION_MESSAGE); } else if(option==close)//Select to close { closeFrame(); } } /** *Updates the Gui from a given UIStatus */ @Override public void updateUI(UIStatus status) { resultField.setText(""); System.out.println("Updating status:\nPraxisvalue: "+status.praxisValue+"\nRemaining:"+status.praxisRemainingDisplay); praxisLabel.setText(status.praxisValue); remaining.setText(status.praxisRemainingDisplay); nextPraxisButton.setEnabled(status.next); saveAs.setEnabled(status.saveAs); saveGameOption.setEnabled(status.save); } @Override public void keyTyped(KeyEvent e) { } @Override public void keyPressed(KeyEvent e) { } @Override public void keyReleased(KeyEvent e) { if ((int)e.getKeyChar()==10) { String s=resultField.getText(); if(controller.gameStarted() && !s.isEmpty()) { try { UIStatus current=controller.takeResult(Integer.parseInt(s)); updateUI(controller.getUIStatus()); } catch(NumberFormatException nfe)//Not a number { JOptionPane.showMessageDialog((Component)resultField, "Δεν δώσατε αριθμιτική τιμή στο αποτέλεσμα.\n"+ "Πρέπει να δώσετε αριθμιτική τιμή στο αποτέλεσμα", "Προσπάθησε ξανα", JOptionPane.ERROR_MESSAGE); } } } } private void resetUI() { updateUI(new UIStatus()); } }

pc-magas/guma

src/guma/gui/MainFrame.java

426

import java.util.ArrayList; public class Lists { protected static ArrayList <Event> event_list = new ArrayList<>();// λίστα εκδηλώσεων protected static ArrayList <Object> sEvent = new ArrayList<>();// λίστα επιλεγμένων εκδηλώσεων protected static ArrayList <Object> searchevent = new ArrayList<>();//λίστα που χρησημοποιείται κατά την αναζήτηση protected static ArrayList <Booking> bookings = new ArrayList<>();// Λίστα κρατήσεων }

TheofanisB/3-Level-Event-Booking-Client-LoginServer-DatabaseServer-

Server2/Lists.java

430

public interface List { public boolean isEmpty( ); public int size( ); public void insertFirst(Object data); public void insertLast(Object data); public void insert(int position, Object data) throws NoSuchListPosition; /* Τοποθετεί το νέο κόμβο στην υπ’ αριθμό position θέση της λίστας. Αν το position είναι 0 ο κόμβος εισάγεται στην αρχή, αν το position είναι size( ) ο κόμβος εισάγεται στo τέλος, διαφορετικά αν position <0 ή position > size( ) προκύπτει εξαίρεση */ public Object removeFirst( ) throws ListEmptyException; public Object removeLast( ) throws ListEmptyException; public Object remove(int position) throws ListEmptyException, NoSuchListPosition; /* Διαγράφει τον κόμβο που βρίσκεται στην υπ’ αριθμό position θέση της λίστας. Αν το position είναι 0 διαγράφεται ο πρώτος κόμβος, αν το position είναι size( ) διαγράφεται ο τελευταίος κόμβος, διαφορετικά αν position <0 ή position > size( ) προκύπτει εξαίρεση */ }

johnarnaou/Data-Structures

QueueList/List.java

439

package petfinder.contacts; /** * Μήνυμα sms. * */ public class TextMessage { private String from; private String to; private String subject; private String body; /** * Θέτει ον αποστολέα του μηνύματος. * @param from Ο αποστολέας του μηνύματος. */ public void setFrom(String from) { this.from = from; } /** * Επιστρέφει τον αποστολέα του μηνύματος. * @return Ο αποστολέας του μηνύματος. */ public String getFrom() { return from; } /** * Θέτει τον παραλήπτη του μηνύματος. * @param phone Ο παραλήπτης. */ public void setTo(String phone) { this.to = phone; } /** * Επιστρέφει τον παραλήπτη του μηνύματος. * @return Ο παραλήπτης */ public String getTo() { return to; } /** * Θέτει το θέμα του μηνύματος. * @param subject Το θέμα του μηνύματος. */ public void setSubject(String subject) { this.subject = subject; } /** * Επιστρέφει το θέμα του μηνύματος. * @return Το θέμα του μηνύματος. */ public String getSubject() { return subject; } /** * Θέτει το κείμενο του μηνύματος. * @param body Το κείμενο του μηνύματος. */ public void setBody(String body) { this.body = body; } /** * Επιστρέφει το κείμενο του μηνύματος. * @return Το κείμενο του μηνύματος. */ public String getBody() { return body; } /** * Επισυνάπτει κείμενο στο τέλος του μηνύματος. * @param text Το κείμενο που επισυνάπτεται στο τέλος του μηνύματος. */ public void appendToBody(String text) { subject += text; } }

sikelos13/petfinder-inf

src/main/java/petfinder/contacts/TextMessage.java

445

class kalsales extends Visitor { protected double price,am; protected double percent; protected String name; public void Visit(cosmetic elem) { name=elem.name; price=elem.getCalcCos()-elem.getCalcCos()*0.35; System.out.println("Το καλλυντικό σε έκπτωση που αγοράστηκε:"+name); System.out.println("Νέα τιμή καλλυντικού: "+price); } }

matinakpantazidou/Java---Visitor

kalsales.java

446

class cosmetic extends product{ protected int price,am,teliki,x,y; public void Accept(Visitor v) { v.Visit(this); } public cosmetic(String onoma,int timi, double simme){ super(onoma, timi, simme); name=onoma; } public int price(int pr, int amount) { System.out.println("Το καλλυντικό που αγοράστηκε:"+name); countCosm(); System.out.println("Μετρητής καλλυντικών: "+getCounterCosm()+" καλλυντικά αγοράστηκαν."); price=pr; am=amount; teliki=pr*am; return teliki; } public double getCalcCos() {return teliki;} }

matinakpantazidou/Java---Visitor

cosmetic.java

447

class medicine extends product { protected String name; protected double price,teliki; protected double per; public void Accept(Visitor v) { v.Visit(this); } public medicine(String onoma, double timi, double simme) { super(onoma, timi, simme); name=onoma; } public double compute(double cont, double pr) { System.out.println("Το φάρμακο που αγοράστηκε:"+name); countMed(); System.out.println("Μετρητής φαρμάκων: "+getCounterMed()+" φάρμακα αγοράστηκαν."); per=cont; price=pr; teliki=price-(per*price); return teliki; } public double getCalcGen() {return teliki;} public double getsimmetoxi() {return per;} }

matinakpantazidou/Java---Visitor

medicine.java

451

import java.util.ArrayList; /** * Αυτή η κλάση αναπαριστά έναν/μία ηθοποιό με το όνομα του/της, την ηλικία του/της και την λίστα με τις ταινίες * στις οποίες έχει παίξει. * This class represents an actor/actress with his/her name, age and list of movies he/she participated. */ public class Actor { private String name; private int age; private ArrayList<Movie> movies; /** * Κατασκευαστής - Constructor */ public Actor(String name, int age) { this.name = name; this.age = age; this.movies = new ArrayList<>(); } /** * Αυτή η μέθοδος επιστρέφει το όνομα του ηθοποιού. * This method returns the actor's name. */ public String getName() { return name; } /** * Αυτή η μέθοδος επιστρέφει την ηλικία του ηθοποιού. * This method returns the actor's age. */ public int getAge() { return age; } /** * Αυτή η μέθοδος προσθέτει μια ταινία στην λίστα ταινιών του ηθοποιού. * This methods adds a movie to hir/her lists of movies. */ public void addMovie(String title, int duration, int oscars, int budget) { this.movies.add(new Movie(title, duration, oscars, budget)); } /** * Αυτή η μέθοδος επιστρέφει τις ταινίες στις οποίες έχει παίξει ο ηθοποιός. * This methods returns the movies the actor has participated. */ public ArrayList<Movie> getMovies() { return this.movies; } /** * Αυτή η μέθοδος υπολογίζει τον χρόνο σε λεπτά που ο/η ηθοποιός έχει παίξει σε ταινίες μεγάλου μήκους (>1 ώρα) * This method computes the total play time of the actor in long movies (>1 hour) */ public int totalActingTime() { int sum = 0; for (Movie movie : this.movies) { if (movie.getDuration() > 60) { sum += movie.getDuration(); } } return sum; } /** * Αυτή η μέθοδος υπολογίζει την "δημοφιλία" του/της ηθοποιού. Η δημοφιλία υπολογίζεται ως ο συνολικός αριθμός των * ταινιών που έχει παίξει προς τον αριθμό των οσκαρικών ταινιών που έχει παίξει. * This method computes the "popularity" of the actor. The popularity is the total number of movies he/she * participated to the total number of oscar-winning movies he/she participated. */ public double popularity() { int totalOscars = 0; for (Movie movie : this.movies) { if (movie.getOscars() > 0) { totalOscars += 1; } } return this.movies.size() / (double) totalOscars; } }

auth-csd-oop-2023/lab-groupingObjects-MovieActor-solved

src/Actor.java

452

import java.util.ArrayList; /** * Αυτή η κλάση αναπαριστά έναν/μία ηθοποιό με το όνομα του/της, την ηλικία του/της και την λίστα με τις ταινίες * στις οποίες έχει παίξει. * This class represents an actor/actress with his/her name, age and list of movies he/she participated. */ public class Actor { private String name; private int age; private ArrayList<Movie> movies; /** * Κατασκευαστής - Constructor */ public Actor(String name, int age) { this.name = name; this.age = age; this.movies = new ArrayList<>(); } /** * Αυτή η μέθοδος επιστρέφει το όνομα του ηθοποιού. * This method returns the actor's name. */ public String getName() { return name; } /** * Αυτή η μέθοδος επιστρέφει την ηλικία του ηθοποιού. * This method returns the actor's age. */ public int getAge() { return age; } /** * Αυτή η μέθοδος προσθέτει μια ταινία στην λίστα ταινιών του ηθοποιού. * This methods adds a movie to hir/her lists of movies. */ public void addMovie(String title, int duration, int oscars, int budget) { this.movies.add(new Movie(title, duration, oscars, budget)); } /** * Αυτή η μέθοδος επιστρέφει τις ταινίες στις οποίες έχει παίξει ο ηθοποιός. * This methods returns the movies the actor has participated. */ public ArrayList<Movie> getMovies() { return this.movies; } /** * Αυτή η μέθοδος υπολογίζει τον χρόνο σε λεπτά που ο/η ηθοποιός έχει παίξει σε ταινίες μεγάλου μήκους (>1 ώρα) * This method computes the total play time of the actor in long movies (>1 hour) */ public int totalActingTime() { int sum = 0; for (Movie movie : this.movies) { if (movie.getDuration() > 60) { sum += movie.getDuration(); } } return sum; } /** * Αυτή η μέθοδος υπολογίζει την "δημοφιλία" του/της ηθοποιού. Η δημοφιλία υπολογίζεται ως ο συνολικός αριθμός των * ταινιών που έχει παίξει προς τον αριθμό των οσκαρικών ταινιών που έχει παίξει. * This method computes the "popularity" of the actor. The popularity is the total number of movies he/she * participated to the total number of oscar-winning movies he/she participated. * double value = (double) value */ public double popularity() { int totalOscars = 0; for (Movie movie : this.movies) { if (movie.getOscars() > 0) { totalOscars += 1; } } return this.movies.size() / (double) totalOscars; } }

auth-csd-oop-2020/lab-groupingObjects-MovieActor-solved

src/Actor.java

453

/** * Αυτή η κλάση αναπαριστά μια ταινία. Κάθε ταινία περιέχει έναν τίτλο, διάρκεια σε λεπτά, αριθμό oscars που έχει * κερδίσει και το συνολικό ποσό που ξοδεύτηκε από την παραγωγή σε εκκατομύρια. * This class represents a movie. Each movie contains a title, its duration in minutes, the number of oscars won and * the total amount spent from the production in millions. */ public class Movie { private String title; private int duration; private int oscars; private int budget; /** * Κατασκευαστής - Constructor */ public Movie(String title, int duration, int oscars, int budget) { this.title = title; this.duration = duration; this.oscars = oscars; this.budget = budget; } /** * Αυτή η μέθοδος επιστρέφει το τίτλο της ταινίας. * This method returns the movie's title. */ public String getTitle() { return title; } /** * Αυτή η μέθοδος επιστρέφει την διάρκεια της ταινίας. * This movie returns the movie's duration. */ public int getDuration() { return duration; } /** * Αυτή η μέθοδος επιστρέφει τα oscars που έχει κερδίσει η ταινία. * This method returns the total oscars the movie won. */ public int getOscars() { return oscars; } /** * Αυτή η μέθοδος επιστρέφει το συνολικό ποσό που ξοδεύτηκε από την παραγωγή. * This method returns the total amount spent by the production. */ public int getBudget() { return budget; } /** * Αυτή η μέθοδος υπολογίζει τον δείκτη oscars - το συνολικό budget προς τον αριθμό των oscars. * This method returns the oscar index - the total budget to the number of oscars won. * double value = (double) value */ public double oscarIndex() { if (this.oscars > 0) { return this.budget / (double) this.oscars; } return 0; } }

auth-csd-oop-2023/lab-groupingObjects-MovieActor-solved

src/Movie.java

454

package net.codejava.sql; import java.awt.EventQueue; import javax.swing.JFrame; import javax.swing.JPanel; import javax.swing.border.EmptyBorder; import java.awt.FlowLayout; import javax.swing.JTextField; import javax.swing.ListModel; import javax.swing.JLabel; import javax.swing.JOptionPane; import javax.swing.SwingConstants; import java.awt.Font; import java.awt.Image; import java.awt.Window; import java.awt.event.ActionEvent; import java.awt.event.ActionListener; import java.sql.Connection; import java.sql.DriverManager; import java.sql.PreparedStatement; import java.sql.ResultSet; import java.sql.SQLException; import java.sql.Statement; import javax.swing.JPasswordField; import javax.swing.JButton; import javax.swing.JTable; import javax.swing.JComboBox; import javax.swing.ComboBoxModel; import javax.swing.DefaultComboBoxModel; import javax.swing.ImageIcon; import java.awt.Color; import javax.swing.border.LineBorder; public class LoginGUI extends JFrame { private Image account_image = new ImageIcon(LoginGUI.class.getResource("/images/account.png")).getImage().getScaledInstance(30, 30, Image.SCALE_SMOOTH);; private Image key_image = new ImageIcon(LoginGUI.class.getResource("/images/key.png")).getImage().getScaledInstance(30, 30, Image.SCALE_SMOOTH); private JPanel contentPane; private final JLabel lblNewLabel = new JLabel("LOGIN "); private final JLabel lblNewLabel_1 = new JLabel("Username:"); private final JTextField textField = new JTextField(); private final JLabel lblNewLabel_1_1 = new JLabel("Password:"); private final JPasswordField passwordField = new JPasswordField(); private final JButton btnNewButton = new JButton("Login"); private final JLabel lblNewLabel_1_2 = new JLabel("Destination:"); private final JLabel lblNewLabel_1_2_1 = new JLabel("Month:"); private final JButton btnNewButton_1 = new JButton("Create an account"); private final JLabel lblNewLabel_2 = new JLabel("New to Trabuds?"); private final JComboBox comboBox = new JComboBox(); private final JComboBox comboBox_1 = new JComboBox(); private final JLabel account = new JLabel(""); private final JLabel key = new JLabel(""); /**\ * Launch the application. */ public static void main(String[] args) { EventQueue.invokeLater(new Runnable() { public void run() { try { LoginGUI frame = new LoginGUI(); frame.setVisible(true); } catch (Exception e) { e.printStackTrace(); } } }); } /** * Create the frame. */ public LoginGUI() { textField.setFont(new Font("Tahoma", Font.PLAIN, 18)); textField.setBounds(150, 85, 198, 30); textField.setColumns(10); initGUI(); } private void initGUI() { setDefaultCloseOperation(JFrame.EXIT_ON_CLOSE); setBounds(100, 100, 541, 513); contentPane = new JPanel(); contentPane.setForeground(new Color(0, 64, 128)); contentPane.setBackground(new Color(0, 128, 128)); contentPane.setBorder(new LineBorder(new Color(0, 0, 0), 2)); setContentPane(contentPane); contentPane.setLayout(null); lblNewLabel.setForeground(new Color(255, 255, 255)); lblNewLabel.setBackground(new Color(255, 255, 255)); lblNewLabel.setFont(new Font("Tw Cen MT Condensed Extra Bold", Font.BOLD, 30)); lblNewLabel.setHorizontalAlignment(SwingConstants.CENTER); lblNewLabel.setBounds(160, 11, 205, 53); contentPane.add(lblNewLabel); lblNewLabel_1.setForeground(new Color(255, 255, 255)); lblNewLabel_1.setBackground(new Color(255, 255, 255)); lblNewLabel_1.setFont(new Font("Tw Cen MT Condensed Extra Bold", Font.PLAIN, 23)); lblNewLabel_1.setBounds(150, 52, 115, 39); contentPane.add(lblNewLabel_1); contentPane.add(textField); //Εισαγωγη ονοματος lblNewLabel_1_1.setForeground(new Color(255, 255, 255)); lblNewLabel_1_1.setFont(new Font("Tw Cen MT Condensed Extra Bold", Font.PLAIN, 23)); lblNewLabel_1_1.setBounds(150, 120, 122, 30); contentPane.add(lblNewLabel_1_1); passwordField.setBounds(150, 150, 198, 30); contentPane.add(passwordField); //Εισαγωγη κωδικου btnNewButton.setFont(new Font("Tw Cen MT", Font.PLAIN, 25)); btnNewButton.setBounds(190, 326, 155, 39); contentPane.add(btnNewButton); lblNewLabel_1_2.setForeground(new Color(255, 255, 255)); lblNewLabel_1_2.setBackground(new Color(255, 255, 255)); lblNewLabel_1_2.setFont(new Font("Tw Cen MT Condensed Extra Bold", Font.PLAIN, 23)); lblNewLabel_1_2.setBounds(150, 183, 122, 30); contentPane.add(lblNewLabel_1_2); lblNewLabel_1_2_1.setForeground(new Color(255, 255, 255)); lblNewLabel_1_2_1.setBackground(new Color(255, 255, 255)); lblNewLabel_1_2_1.setFont(new Font("Tw Cen MT Condensed Extra Bold", Font.PLAIN, 23)); lblNewLabel_1_2_1.setBounds(150, 241, 95, 30); contentPane.add(lblNewLabel_1_2_1); btnNewButton_1.addActionListener(new ActionListener() { public void actionPerformed(ActionEvent e) { } }); btnNewButton_1.setFont(new Font("Tw Cen MT", Font.PLAIN, 17)); btnNewButton_1.setBounds(211, 410, 205, 30); contentPane.add(btnNewButton_1); lblNewLabel_2.setForeground(new Color(255, 255, 255)); lblNewLabel_2.setFont(new Font("Tw Cen MT Condensed Extra Bold", Font.PLAIN, 19)); lblNewLabel_2.setBounds(70, 410, 275, 30); contentPane.add(lblNewLabel_2); comboBox.setEditable(true); comboBox.setFont(new Font("Tahoma", Font.PLAIN, 15)); comboBox.setModel(new DefaultComboBoxModel(new String[] {"Athens", "Paris", "Rome", "London", "Barcelona", "Prague", "Vienna", "Amsterdam", "Budapest", "Lisbon", "Copenagen", "Instabul", "Berlin", "Stockholm", "Dublin", "Oslo", "Milan", "Bucharest", "Moscha", "Madrid", ""})); comboBox.setBounds(150, 213, 216, 30); contentPane.add(comboBox); //εισαγωγη του προορισμου comboBox_1.setEditable(true); comboBox_1.setFont(new Font("Tahoma", Font.PLAIN, 15)); comboBox_1.setModel(new DefaultComboBoxModel(new String[] {"1", "2", "3", "4", "5", "6", "7", "8", "9", "10", "11", "12"})); comboBox_1.setBounds(150, 273, 216, 30); contentPane.add(comboBox_1); //εισαγωγη μηνα account.setBounds(346, 75, 43, 51); contentPane.add(account); account.setIcon(new ImageIcon(account_image)); key.setHorizontalAlignment(SwingConstants.TRAILING); key.setBounds(346, 150, 30, 30); contentPane.add(key); key.setIcon(new ImageIcon(key_image)); btnNewButton.addActionListener(new ActionListener() { public void actionPerformed(ActionEvent arg0) { try { Class.forName("com.microsoft.sqlserver.jdbc.SQLServerDriver"); String url = "jdbc:sqlserver://" +"TZINA-PC" + ":1433;DatabaseName=" + "TRABUDZ" + ";encrypt=true;trustServerCertificate=true"; String user = "LSD"; String passWord = "LSD123"; Connection conn = DriverManager.getConnection(url, user, passWord); System.out.println("connected successfully to Database"); Statement stmt = conn.createStatement(); String query = "UPDATE USERS SET DEST=?, MONTHY=? WHERE POSITION= ?"; PreparedStatement pstmt = conn.prepareStatement(query); int i = 0; //αρχικοποιηση μεταβλητης που μετατρεπει το string του πινακα σε int για να μπει στη βαση σωστα String dest = comboBox.getSelectedItem().toString(); //αποκτηση τιμης προορισμου που επιλεγει ο χρηστης και μετατροπη σε String απο object switch (dest) { case "Athens": i = 1; break; case "Paris": i = 2; break; case "Rome": i = 3; break; case "London": i = 4; break; case "Barcelona": i = 5; break; case "Prague": i = 6; break; case "Vienna": i = 7; break; case "Amsterdam": i = 8; break; case "Budapest": i = 9; break; case "Lisbon": i = 10; break; case "Copenagen": i = 11; break; case "Instabul": i = 12; break; case "Berlin": i = 13; break; case "Stockholm": i = 14; break; case "Dublin": i = 15; break; case "Oslo": i = 16; break; case "Milan": i = 17; break; case "Bucharest": i = 18; break; case "Moscha": i = 19; break; case "Madrid": i = 20; break; } final int proorismos = i; String mhnas = comboBox_1.getSelectedItem().toString(); //αποκτηση της τιμης του μηνα που επιλεγει ο χρηστης και μεταροπη σε string απο object String sql = "Select * from USERS where USERNAME='"+textField.getText()+"' and PASSWORDY='"+passwordField.getText()+"'"; ResultSet rs = stmt.executeQuery(sql); if (rs.next()) { JOptionPane.showMessageDialog(null, "login successfully"); int position = rs.getInt(1); //παιρνουμε τη θεση που βρισκεται ο χρηστης μας στη βαση δεδομενων pstmt.setInt(1, proorismos); //Μπαινουν τα στοιχεια στη βαση(dest, monthy) μονο σε περιπτωση που ο χρηστης υπαρχει pstmt.setString(2, mhnas); pstmt.setInt(3, position); pstmt.executeUpdate(); //μπαινουν τα στοιχεια στη βαση Match match = new Match(); match.setPosition(position); match.setVisible(true); dispose(); System.out.println(match.matchingUsersProfile()); if (match.getBoolean() == false) { dispose(); JOptionPane.showMessageDialog(null, "We're sorry but there isn't any travel buddy for you. Please try again with new destination info"); EventQueue.invokeLater(new Runnable() { public void run() { try { LoginGUI frame = new LoginGUI(); frame.setVisible(true); } catch (Exception e) { e.printStackTrace(); } } }); } } else { JOptionPane.showMessageDialog(null, "Incorrect user data"); } conn.commit(); conn.close(); } catch (SQLException e) { } catch (ClassNotFoundException e) { // TODO Auto-generated catch block e.printStackTrace(); } finally { } } }); btnNewButton_1.addActionListener(new ActionListener() { public void actionPerformed(ActionEvent arg0) { if (arg0.getSource() == btnNewButton_1 ) { SignUpGUI signupgui =new SignUpGUI(); signupgui.setVisible(true); dispose(); } } }); } }

Tzinapapadopoulou/LSD

src/LoginGUI.java

459

import java.io.*; import java.net.Socket; public class Client { private Socket socket; private DataInputStream inputFromServer; private DataOutputStream outputToServer; public Client(String ip, String port){ try{ socket= new Socket(ip, Integer.parseInt(port)); outputToServer= new DataOutputStream(socket.getOutputStream()); inputFromServer= new DataInputStream(socket.getInputStream()); }catch (Exception e){ System.err.println("Error: No connection to server" + e.getMessage()); System.exit(1); } } public static void main(String args[]) { Client client= new Client(args[0], args[1]); String functionId; functionId= args[2]; switch (functionId) { case "1": System.out.println(client.createAccount(args[3])); break; case "2": System.out.println(client.showAccounts(args[3])); break; case "3": System.out.println(client.sendMessage(args[3], args[4], args[5])); break; case "4": System.out.println(client.showInbox(args[3])); break; case "5": System.out.println(client.readMessage(args[3], args[4])); break; case "6": System.out.println(client.deleteMessage(args[3], args[4])); break; } try{ client.socket.close(); }catch (IOException e){ System.err.println("Error:" + e.getMessage()); } } /** * Η συνάρτηση createAccount αποτελεί την πρώτη λειτουργία - functionID=1 - * Στον server στέλνεται ένα String της μορφής "1username" όπου το username δίνεται από τον client * Στη μεταβλητή result αποθηκεύεται η απάντηση του server * * @param username Το username που θέλει να χρησιμοποιήσει ο χρήστης * * @return ένα String ανάλογα με την τιμή result * αν το result είναι ίσο με: -1, τότε το username υπάρχει ήδη και επιστρέφει ένα string με ένα κατάλληλο μήνυμα * -2, τότε το username δεν είναι αποδεκτό, καθώς χρησιμοποιούνται μή αποδεκτοί χαρακτήρες * σε άλλη περίπτωση ο λογαριασμός έχει δημιουργηθεί και στο result θα υπάρχει ένας θετικός αριθμός με το authToken του νέου λογαριασμού */ private String createAccount(String username){ String answer=""; try{ outputToServer.writeUTF("1"+username); int result= inputFromServer.readInt(); if(result== -1){ answer="Sorry, the user already exists"; } else if(result==-2){ answer="Invalid Username"; } else{ answer=result+""; } }catch (IOException e){ System.err.println("Error"); System.exit(1); } return answer; } /** * Η συνάρτηση showAccounts αποτελεί την δεύτερη λειτουργία - functionID=2 - * Στον server στέλνεται ένα String της μορφής "2key" που το key είναι μία μεταβλητή με το authToken ενός χρήστη * * @param key το authToken ενός χρήστη * * @return την απάντηση του server, που είτε θα εμφανίζει όλους τους λογαριασμούς του συστήματος, σε περίπτωση που το key αντιστοιχεί σε κάποιον χρήστη * είτε θα εμφανίζει ένα κατάλληλο μήνυμα αν το key δεν είναι έγκυρο */ private String showAccounts(String key){ String result=""; try{ outputToServer.writeUTF("2"+key); result=inputFromServer.readUTF(); }catch (IOException e){ System.err.println("Error"); System.exit(1); } return result; } /** * Η συνάρτηση sendMessage αποτελεί την τρίτη λειτουργία - functionID=3 - * Στον server στέλνεται ένα String της μορφής "3key^recipient.length()^recipient^message, που : * το key είναι το authToken ενός χρηστή * το recipient.length() είναι το μέγεθος του String του recipient * το recipient είναι το username του παραλήπτη * το message είναι το μήνυμα για αποστολή * ανάμεσα στις τρεις μεταβλητές χρησιμοποιείται ο χαρακτήρας '^' για να τις διαχωρίζει * Χρησιμοποιήθηκε αυτό το σύμβολο καθώς κανένα username δεν μπορεί να αποτελείται από αυτό, επομένως γίνεται εύκολος ο διαχωρισμός * * Στη μεταβλητή result αποθηκεύεται η απάντηση του server * * @param key το authToken του χρήστη * @param recipient το username του παραλήπτη * @param message το μήνυμα για αποστολή * * @return ένα String ανάλογα με την τιμή result * Αν το result είναι ίσο με: 0, τότε το μήνυμα στάλθηκε με επιτυχία * 1, τότε ο recipient δεν αντιστοιχεί σε κάποιον χρήστη * 2, τότε το key δεν είναι έγκυρο */ private String sendMessage(String key, String recipient, String message){ String answer=""; try { int result; outputToServer.writeUTF("3"+key+"^"+recipient.length()+"^"+recipient+"^"+message); result=inputFromServer.readInt(); if(result==0){ answer="OK"; } else if(result==1){ answer="User does not exist"; } else if(result==2){ answer="Invalid Auth Token"; } }catch (IOException e){ System.err.println("Error"); System.exit(1); } return answer; } /** * Η συνάρτηση showInbox αποτελεί την τέταρτη λειτουργία - functionID=4 - * Στον Server στέλνεται ένα String της μορφής "4key", που το key είναι μία μεταβλητή με το authToken ενός χρήστη * * * @param key το authToken ενός χρήστη * * @return την απάντηση του Server, που είτε θα εμφανίζει όλα τα μηνύματα του χρήστη, σε περίπτωση που το key είναι έγκυρο * είτε θα εμφανίζει ένα κατάλληλο μήνυμα αν το key είναι άκυρο */ private String showInbox(String key){ String answer=""; try{ outputToServer.writeUTF("4"+key); answer=inputFromServer.readUTF(); }catch (IOException e){ System.err.println("Error"); System.exit(1); } return answer; } /** * * Η συνάρτηση readMessage αποτελεί την πέμπτη λειτουργία - functionID=5 - * * Στον Server στέλνεται ένα String της μορφής "5key^mesID" που: * το key είναι μία μεταβλητή με το authToken ενός χρήστη * το mesID είναι το ID του μηνύματος που ο χρήστης θέλει να διαβάσει * * Η απάντηση του server αποθηκεύεται στη μεταβλητή result. * Η απάντηση μπορεί να είναι της μορφής: * "0μήνυμα", αν υπάρχει το μήνυμα * "1", αν το messageID δεν υπάρχει στα εισερχόμενά του * "2", αν το key είναι άκυρο * Για αυτό στη μεταβλητή status αποθηκεύεται ο πρώτος; χαρακτήρας του String * * * @param key μεταβλητή με το authToken ενός χρήστη * @param mesID το ID του μηνύματος που ο χρήστης θέλει να διαβάσει * */ private String readMessage(String key, String mesID){ String answer=""; try{ String result; int status; outputToServer.writeUTF("5"+key+"^"+mesID); result=inputFromServer.readUTF(); status=Integer.parseInt(result.charAt(0)+""); if(status==0){ answer=result.substring(1); } else if (status==1){ answer="Message ID does not exist"; } else if (status==2){ answer="Invalid Auth Token"; } }catch (IOException e){ System.err.println("Error"); System.exit(1); } return answer; } /** * Η συνάρτηση deleteMessage αποτελεί την έκτη λειτουργία - functionID=6 - * * Στον server στέλνεται ένα μήνυμα της μορφής: "6key^mesID" που: * το key είναι μία μεταβλητή με το authToken ενός χρήστη * το mesID είναι μία μεταβλητή με το message ID που θέλει ο χρήστης να διαγράψει * * Στη μεταβλητή result αποθηκεύεται η απάντηση του server * * @param key μία μεταβλητή με το authToken ενός χρήστη * @param mesID μία μεταβλητή με το message ID που θέλει ο χρήστης να διαγράψει * * @return ένα String ανάλογα με την τιμή της result * Αν result=0, τότε το μήνυμα διαγράφτηκε με επιτυχία * result=1, τότε το mesID δεν υπάρχει στα εισερχόμενα του χρήστη * result=2, τότε το key δεν είναι έγκυρο */ private String deleteMessage(String key, String mesID){ String answer=""; try{ int result; outputToServer.writeUTF("6"+key+"^"+mesID); result= inputFromServer.readInt(); if(result==0){ answer="OK"; } else if(result==1){ answer="Message does not exist"; } else if(result==2){ answer="Invalid Auth Token"; } }catch (IOException e){ System.err.println("Error"); System.exit(1); } return answer; } }

kefthymic/Client-Server

src/Client.java

460

import java.util.*; public class Player { //ιδιοτητες ενος παιχτη το ονομα του και το chip που θα επιλεξει private String name; private char chip; // ο κατασκευαστης ζηταει μονο το ονομα αφου το chip θα το επιλεξει μετα public Player(String name) { this.name=name; this.chip =' '; } public String getName() { return name; } public void setName(String name) { this.name = name; } public char getChip() { return chip; } /*παραποιση της μεθοδου set εκχωρει στον παιχτει το chipν που θα επιλεξει * κανοντας ελεγχο εγκυροτητας */ public void setChip(Scanner scan) { this.chip = scan.next().charAt(0); while(this.chip!= 'x' && this.chip!= 'o') { System.out.println("You can only choose 'x' or 'o' pls try again"); this.chip = scan.next().charAt(0); } } /*αυτη η μεθοδος δεχεται ως ορισμα τον παιχτει που εχει επιλεξει chip * και εκχωρει το chip που απεμεινε στον 2ο παιχτη */ public void remained_chip(Player player1) { if(player1.getChip()=='x') { this.chip='o'; } else { this.chip='x'; } } /*αυτη η μεθοδος δεχεται σαν ορισματα τους παιχτες που παιζουν * ελεγχει ποιανου παιχτη ειναι η σειρα να παιξει και τον επιστρεφει */ public Player switch_player(Player player1,Player player2) { if( this == player1) { return player2; } else { return player1; } } }

Leonardpepa/Connect4

src/Player.java

461

/* * copyright 2013-2020 * codebb.gr * ProtoERP - Open source invocing program * [email protected] */ /* * changelog * ========= * 12/06/2019 (gmoralis) - Direct copy from ERP */ package gr.codebb.protoerp.util.validation; import javafx.scene.control.Control; import org.controlsfx.validation.ValidationResult; import org.controlsfx.validation.Validator; /** @author snow */ public class VatValidator implements Validator<String> { @Override public ValidationResult apply(Control t, String vat) { if (vat.length() != 9) { return ValidationResult.fromError(t, "Τα ψηφία του ΑΦΜ πρέπει να είναι 9 αριθμοί"); } int digit1 = Character.getNumericValue(vat.charAt(0)); int digit2 = Character.getNumericValue(vat.charAt(1)); int digit3 = Character.getNumericValue(vat.charAt(2)); int digit4 = Character.getNumericValue(vat.charAt(3)); int digit5 = Character.getNumericValue(vat.charAt(4)); int digit6 = Character.getNumericValue(vat.charAt(5)); int digit7 = Character.getNumericValue(vat.charAt(6)); int digit8 = Character.getNumericValue(vat.charAt(7)); int digit9 = Character.getNumericValue(vat.charAt(8)); int total = digit1 * 256 + digit2 * 128 + digit3 * 64 + digit4 * 32 + digit5 * 16 + digit6 * 8 + digit7 * 4 + digit8 * 2; int ipolipo = total % 11; if ((ipolipo == digit9) || (ipolipo == 10 && digit9 == 0)) { return null; } else { return ValidationResult.fromError(t, "Το ΑΦΜ που εισάγατε δεν είναι σωστό"); } } }

georgemoralis/protoERP

src/main/java/gr/codebb/protoerp/util/validation/VatValidator.java

462

import com.mysql.jdbc.Connection; import org.jsoup.Jsoup; import org.jsoup.nodes.Document; import org.jsoup.nodes.Element; import org.jsoup.select.Elements; import java.io.IOException; import java.sql.DriverManager; import java.sql.PreparedStatement; import java.sql.SQLException; import java.sql.Statement; /** * Created by George on 26/9/2016. */ public class Compare { public static void main(String[] args) throws SQLException { Connection conn = null; Document doc = null; try { doc = Jsoup.connect("http://www.betonews.com/table.asp?lang=en&tp=3062").get(); //πραγματοποιούμε τη σύνδεση με το website που θελουμε } catch (IOException e) { e.printStackTrace(); } try { String userName = "root"; String password = "root"; String url = "jdbc:mysql://localhost:3306/bet?characterEncoding=utf8"; // σύνδεση με το localhost Class.forName("com.mysql.jdbc.Driver").newInstance(); conn = (Connection) DriverManager.getConnection(url, userName, password); System.out.println("Database connection established"); } catch (Exception e) { System.err.println("Cannot connect to database server"); } Element table = doc.select("table[width=100%][border=0][cellpadding=3][cellspacing=1]").first(); //Επιλέγουμε το σωστό table απο το website for (Element row : table.select("tr:gt(0)")) { // η for εξασφαλιζει οτι με τις αντιστοιχες επαναλήψεις θα περαστούν ολα τα στοιχεία του πινακα στη βαση μας Elements td = row.select("td"); Statement s = conn.createStatement(); //μεσω της preparedstatement δηλωνουμε οτι θα κανουμε update στο πεδιο HT PreparedStatement preparedStmt = conn.prepareStatement("update bet.BetOddsResults set HT = ? where Team1 = ? AND Code = ?"); //το πραγματοποιούμε μεσω της td.eq().text() που βρηκαμε οτι αντιστοιχεί στα πεδία που θέλουμε preparedStmt.setString(1, td.eq(18).text()); preparedStmt.setString(2, td.eq(6).text()); preparedStmt.setString(3, td.eq(2).text()); preparedStmt.executeUpdate(); int euReturnValue = preparedStmt.executeUpdate(); System.out.println(String.format("executeUpdate returned %d", euReturnValue)); s.close(); Statement p = conn.createStatement(); //μεσω της preparedstatement δηλωνουμε οτι θα κανουμε update στο πεδιο FT PreparedStatement preparedStmt1 = conn.prepareStatement("update bet.BetOddsResults set FT = ? where Team1 = ? AND Code = ?"); preparedStmt1.setString(1, td.eq(17).text()); preparedStmt1.setString(2, td.eq(6).text()); preparedStmt1.setString(3, td.eq(2).text()); preparedStmt1.executeUpdate(); int euReturnValue1 = preparedStmt1.executeUpdate(); System.out.println(String.format("executeUpdate returned %d", euReturnValue1)); p.close(); } } }

grokkos/bet-strategy

src/Compare.java

463

import java.sql.DriverManager; import java.sql.SQLException; import java.sql.Statement; import com.mysql.jdbc.Connection; public class Creator { public static void main(String[] args) throws SQLException { Connection conn = null; /** * Στη συγκεκριμένη κλάση δημιουργούμε το πίνακα που * θα φιλοξενήσει τα στοιχεία που θα συλλέγουμε απο το website * */ try { String userName = "root"; String password = "root"; String url = "jdbc:mysql://localhost:3306/bet?characterEncoding=utf8"; // σύνδεση με το localhost Class.forName ("com.mysql.jdbc.Driver").newInstance (); conn = (Connection) DriverManager.getConnection (url, userName, password); System.out.println ("Database connection established"); } catch (Exception e) { System.err.println ("Cannot connect to database server"); } Statement s = conn.createStatement (); s.executeUpdate("DROP TABLE IF EXISTS BetOddsResultsFinal "); s.executeUpdate("CREATE TABLE BetOddsResultsFinal ( " //Δημιουργία του πίνακα μας + " id INT( 11 ) NOT NULL AUTO_INCREMENT ," + " Competition VARCHAR(45) NOT NULL," + " Date DATE NOT NULL," + " KickOffTime VARCHAR(45) NOT NULL," + " Code VARCHAR(45) NOT NULL," + " Team1 VARCHAR(45)NOT NULL," + " Team2 VARCHAR(45) NOT NULL," + " CONSTRAINT Teams UNIQUE(Team1, Team2, Code)," + " HomeOdd VARCHAR(45) NOT NULL," + " DrawOdd VARCHAR(45) NOT NULL," + " AwayOdd VARCHAR(45) NOT NULL," + " HT VARCHAR(45) NOT NULL," + " FT VARCHAR(45) NOT NULL," + " U VARCHAR(45) NOT NULL," + " O VARCHAR(45) NOT NULL," + " G VARCHAR(45) NOT NULL," + " NG VARCHAR(45) NOT NULL," + " 0to1 VARCHAR(45) NOT NULL," + " 2to3 VARCHAR(45) NOT NULL," + " 4to6 VARCHAR(45) NOT NULL," + " TotalA VARCHAR(45) NOT NULL," + " TotalB VARCHAR(45) NOT NULL," + " HomeGoals_1H VARCHAR(45) NOT NULL," + " AwayGoals_1H VARCHAR(45) NOT NULL," + " TotalGoals1H VARCHAR(45) NOT NULL," + " HomeGoals_2H VARCHAR(45) NOT NULL," + " AwayGoals_2H VARCHAR(45) NOT NULL," + " TotalGoals2H VARCHAR(45) NOT NULL," + " PRIMARY KEY (id, Team1, Team2) )" ); System.out.println("Table created."); } }

grokkos/bet-strategy

src/Creator.java

464

public class ProjectTest { public static void main(String[] args) { } }

AggelosMps/ProjectTest

ProjectTest.java

465

/** * Αυτή η κλάση αναπαριστά ένα ηχείο. Το ηχείο έχει δύο χαρακτηριστικά, την ισχύ (Watts) και την πίεση του ήχου (Sound * Pressure Level - SPL) που την μετράμε σε deciBels (dB). * This class represents a speaker. The speaker has two attributes, its power (Watts) and its Sound Pressure Level - SPL * measured in deviBels (dB). */ public class Speaker { private int watts; // Δημιουργήστε έναν κατασκευαστή που να δέχεται ως παραμέτρους τα χαρακτηριστικά του ηχείου. // Create a constructor that has as parameters the speakers attributes. public Speaker(int watts) { this.watts = watts; } /** * Μέθοδος που αλλάζει τα watts του ηχείου. * This method should change the speaker's watts. */ public void setWatts(int watts) { this.watts = watts; } /** * Μέθοδος που επιστρέφει τα Watts του ηχείου. * This method should return the speaker's Watts. */ public int getWatts() { return this.watts; } /** * Το ηχείο παίρνει μια βαθμολογία (1-5) ανάλογα με την ισχύ του. Αν η ισχύς είναι κάτω από 30 Watts παίρνει τον * βαθμό 1. Αντίστοιχα (60 -> 2, 80 -> 3, 100-> 4, >100 -> 5). Αυτή η μέθοδος επιστρέφει την βαθμολογία. * Each speaker is rated from 1 to 5 based on its power (watts). If its power is less than 30 watts it is rated with * 1. Respectively (60 -> 2, 80 -> 3, 100-> 4, >100 -> 5). This method should return the speakers rating, * * βαθμό 1. Αντίστοιχα */ public int getRating() { if (this.watts < 30) { return 1; } else if (this.watts < 60) { return 2; } else if (this.watts < 80) { return 3; } else if (this.watts < 100) { return 4; } else { return 5; } } }

auth-csd-oop-2023/lab-objectInteraction-SoundSystem-Simple-solved

src/Speaker.java

467

/** * Αυτή η κλάση αναπαριστά ένα σκούτερ με μηχανή εσωτερικής καύσης. * * This class represents a scooter with an internal combustion engine. */ public class Scooter { private int maxKM; private int year; public Scooter() { } /** * Κατασκευαστής / Constructor * * @param maxKM Ο μέγιστος αριθμός χιλιομέτρων που μπορεί να διανύσει με ένα γέμισμα. The maximum number of * kilometers you can travel with a full tank. * @param year Το έτος κυκλοφορίας του οχήματος / the release year of the vehicle. */ public Scooter(int maxKM, int year) { this.maxKM = maxKM; this.year = year; } /** * @return Το μέγιστο αριθμό χιλιομέτρων που μπορεί να διανύσει με ένα γέμισμα. * * The maximum number of kilometers you can travel with a full tank. */ public int getMaxKM() { return this.maxKM; } /** * @return Το έτος κυκλοφορίας του οχήματος / the release year of the vehicle. */ public int getYear() { return this.year; } /** * Κάθε όχημα χαρακτηρίζεται από μια βαθμολογία ανάλογα με τους ρύπους που παράγει. Το σκορ αυτό είναι ίσο με τον * αριθμό των μέγιστων χιλιομέτρων επί τον μέσο αριθμό γεμισμάτων ανα έτος (250), διά το σύνολο των ημερών ενός * έτους (365) * * Each vehicle has a score that represents the pollutants that produces. This score equals the maximum kilometers * of the vehicle multiplied by the average number of fillings during a year (250), divided by the number of days * in a year (365) * * @return Το σκορ μόλυνσης του περιβάλλοντος, the pollution score. */ public double getPollutionScore() { return this.maxKM * 250 / 365d; } /** * Μέθοδος που υπολογίζει τα τέλη κυκλοφορίας του οχήματος. Τα τέλη κυκλοφορίας ισούται με τα έτη που κυκλοφορεί το * όχημα μέχρι σήμερα (2018) επι 12.5 που είναι ένας σταθερός αριθμός. * * This method computes the annual taxes of the vehicle. The annual taxes equal the number of years from the release * day till today (2018) multiplied by 12.5 which is a constant value. * * @return Τα τέλη κυκλοφορίας / the annual tax of the vehicle */ public double getTaxes() { return (2018 - this.year) * 12.5; } }

auth-csd-oop-2023/lab-inheritance-Scooter-solved

src/Scooter.java

468

/** * Αυτή η κλάση αναπαριστά ένα ηχείο. Το ηχείο έχει δύο χαρακτηριστικά, την ισχύ (Watts) και την πίεση του ήχου (Sound * Pressure Level - SPL) που την μετράμε σε deciBels (dB). * This class represents a speaker. The speaker has two attributes, its power (Watts) and its Sound Pressure Level - SPL * measured in deviBels (dB). */ public class Speaker { private int watts; private int spl; // Δημιουργήστε έναν κατασκευαστή που να δέχεται ως παραμέτρους τα χαρακτηριστικά του ηχείου. // Create a constructor that has as parameters the speakers attributes. public Speaker(int watts, int spl) { this.watts = watts; this.spl = spl; } /** * Μέθοδος που αλλάζει τα watts του ηχείου. * This method should change the speaker's watts. */ public void setWatts(int watts) { this.watts = watts; } /** * Μέθοδος που αλλάζει το SPL του ηχείου. * This method should change the speaker's SPL. **/ public void setSPL(int spl) { this.spl = spl; } /** * Μέθοδος που επιστρέφει το SPL του ηχείου. * This method should return the speaker's SPL. */ public int getSPL() { return this.spl; } /** * Μέθοδος που επιστρέφει τα Watts του ηχείου. * This method should return the speaker's Watts. */ public int getWatts() { return this.watts; } /** * Το ηχείο παίρνει μια βαθμολογία (1-5) ανάλογα με την ισχύ του. Αν η ισχύς είναι κάτω από 30 Watss παίρνει τον * βαθμό 1. Αντίστοιχα (60 -> 2, 80 -> 3, 100-> 4, >100 -> 5). Αυτή η μέθοδος επιστρέφει την βαθμολογία. * Each speaker is rated from 1 to 5 based on its power (watts). If its power is less than 30 watts it is rated with * 1. Respectively (60 -> 2, 80 -> 3, 100-> 4, >100 -> 5). This method should return the speakers rating, * * βαθμό 1. Αντίστοιχα */ public int getRating() { if (this.watts < 30) { return 1; } else if (this.watts < 60) { return 2; } else if (this.watts < 80) { return 3; } else if (this.watts < 100) { return 4; } else { return 5; } } }

auth-csd-oop-2020/lab-objectInteraction-SoundSystem-solved

src/Speaker.java

469

/** * Η κλάση Message χρησιμοποιείται για να αναπαραστήσει ένα μήνυμα που αποστέλλεται. * Χρησιμοποιούνται οι ακόλουθες μεταβλητές: * * @variable1 isRead δείχνει αν το μήνυμα έχει διαβαστεί * @variable2 sender, που αποθηκεύει το username του αποστολέα * @variable3 receiver, που αποθηκεύει το username του παραλήπτη * @variable4 body, που σε αυτήν είναι αποθηκευμένο το μήνυμα που στάλθηκε * @variable5 messageId, ένας μοναδικός κωδικός για κάθε ένα μήνυμα που στάλθηκε * * @author Efthymiadis Konstantinos */ public class Message { private boolean isRead; private String sender; private String receiver; private String body; int messageId; public Message( String sender, String receiver, String body, int messageId){ this.isRead=false; this.sender=sender; this.receiver=receiver; this.body=body; this.messageId=messageId; } public boolean getIsRead(){ return isRead; } public String getSender(){ return sender; } public String getReceiver(){ return receiver; } public String getBody(){ return body; } public int getMessageId(){ return messageId; } /** * Συνάρτηση που χρησιμοποιείται όταν διαβάζεται ένα μήνυμα και αλλάζει την τιμή της μεταβλητής isRead σε true */ public void messageRead(){ isRead=true; } }

kefthymic/Client-Server

src/Message.java

470

class Donator extends User { private Offers offersList = new Offers(); public Donator(int id, String name, String phone){ setName(name); setPhone(phone); setID(id); } public void add(RequestDonation rd, Organization o){ offersList.add(rd, o); } public void remove(RequestDonation rd){ offersList.remove(rd); } public Offers getOffersList(){ return offersList; } //Η μέθοδος listOffers, μετά από έλεγχο για το αν η offersList είναι άδεια: //- Αν δεν είναι άδεια, εκτυπώνει τα περιεχόμενα του αντικειμένου offersList του Donator που την καλεί public boolean listOffers(){ if (offersList.getRdEntities().isEmpty()){ System.out.println("The offersList is empty"); return false; } for (RequestDonation rd : offersList.getRdEntities()){ System.out.println(String.format("ID: %d Name: %s Quantity: %.2f Type: %s", rd.getID(), rd.getName(), rd.getQuantity(), rd.getEntity().isService() ? "Service" : "Material")); } return true; } }

bioagg/DonationSystem

src/Donator.java

471

import java.util.ArrayList; import java.util.List; /** * Η κλάση Account χρησιμοποιείται για να αναπαραστήσει έναν χρήστη. * Οι μεταβλητές που χρησιμοποιούνται είναι: * @variable1 username το όνομα του χρήστη * @variable2 authToken, ένας μοναδικός κωδικός για κάθε χρήστη * @variable3 messageBox, που αποθηκεύονται όλα τα εισερχόμενα μηνύματα του χρήστη * * @author Efthymiadis Konstantinos */ public class Account { private String username; private int authToken; private List<Message> messageBox; public Account(String username, int authToken){ this.username=username; this.authToken=authToken; messageBox= new ArrayList<Message>(); } public String getUsername(){ return username; } public int getAuthToken(){ return authToken; } public List<Message> getMessageBox(){ return messageBox; } /** * Συνάρτηση που προσθέτει ένα εισερχόμενο μήνυμα στο messageBox * * @param message το εισερχόμενο μήνυμα */ public void addMessage(Message message){ messageBox.add(message); } }

kefthymic/Client-Server

src/Account.java

472

public class WaspNest implements ICoordinates { private int x; private int y; private int wasps; public WaspNest(int x, int y, int wasps) { this.x = x; this.y = y; this.wasps = wasps; } public WaspNest(WaspNest waspNest) { this.x = waspNest.x; this.y = waspNest.y; this.wasps = waspNest.wasps; } public int getX() { return x; } public void setX(int x) { this.x = x; } public int getY() { return y; } public void setY(int y) { this.y = y; } public int getWasps() { return wasps; } public void setWasps(int wasps) { this.wasps = wasps; } /** * Αφαιρεί το {@code killedWasps} από τον αριθμό των σφηκών που έχει η φωλιά. * Εάν το αποτέλεσμα είναι μικρότερο του 0 τότε η φωλιά έχει 0 σφήκες. * * @param killedWasps Ο αριθμός των σφηκών που θα αφαιρεθούν */ public void killWasps(int killedWasps) { wasps -= killedWasps; if (wasps < 0) { wasps = 0; } } }

sortingbubbles/wasp-control

src/WaspNest.java

473

import org.jgap.*; import org.jgap.event.EventManager; import org.jgap.impl.*; import java.io.File; public class MainJGAP { /** * Το μέγεθος του πληθυσμού */ private static final int POPULATION_SIZE = 100; /** * Πόσες φορές θα γίνει δειγματοληψία για τον υπολογισμό του μέσου όρου (όπου χρειάζεται) */ private static final int SAMPLES = 100; /** * Μέγιστος αριθμός γενεών */ private static final int MAX_EVOLUTIONS = 1000; /** * Υπολογίζει την λύση του προβλήματος * * @param conf Αντικείμενο ρυθμίσεων * @param populationSize Μέγεθος πληθυσμού * @param maxEvolutions Μέγιστος αριθμός γενεών * @param mapController Χάρτης με τις τοποθεσίες των σφηκοφολιών * @return Πίνακας που περιέχει το καλύτερο χρωμόσωμα κάθε γενιάς * @throws Exception */ public static IChromosome[] exterminate(Configuration conf, int populationSize, int maxEvolutions, MapController mapController) throws Exception { IChromosome[] results = new IChromosome[maxEvolutions]; // Πίνακας που περιέχει το καλύτερο χρωμόσωμα κάθε γενιάς // Το χρωμόσωμα θα αποτελέιται από 6 γονίδια. Τα δύο πρώτα θα αποτελούν τις συντεταγμένες της πρώτης βόμβας, // τα επόμενα δύο τις συντεταγμένες της δεύτερης βόμβας, και τα υπόλοιπα δύο τις συντεταγμένες της τρίτης βόμβας Gene[] bombGenes = new Gene[6]; bombGenes[0] = new IntegerGene(conf, 0, mapController.getMaxX()); //x1 bombGenes[1] = new IntegerGene(conf, 0, mapController.getMaxY()); //y1 bombGenes[2] = new IntegerGene(conf, 0, mapController.getMaxX()); //x2 bombGenes[3] = new IntegerGene(conf, 0, mapController.getMaxY()); //y2 bombGenes[4] = new IntegerGene(conf, 0, mapController.getMaxX()); //x3 bombGenes[5] = new IntegerGene(conf, 0, mapController.getMaxY()); //y3 IChromosome bombsChromosome = new Chromosome(conf, bombGenes); conf.setSampleChromosome(bombsChromosome); // Ορίζεται το μέγεθος του πληθυσμού conf.setPopulationSize(populationSize); // Δημιουργείται ο τυχαίος πληθυσμός Genotype population = Genotype.randomInitialGenotype(conf); for (int i = 0; i < maxEvolutions; i++) { population.evolve(); // Εξέλιξη του πληθυσμού IChromosome bestSolutionSoFar = population.getFittestChromosome(); // Παίρνουμε το καλύτερο χρωμόσωμα... results[i] = bestSolutionSoFar; // ... και το τοποθετούμε στον πίνακα με τα καλύτερα χρωμοσώματα κάθε γενιάς } return results; } /** * Δημιουργεί αντικείμενο που περιγράφει τις παραμέτρους που θα χρησιμοποιηθούν για την επίλυση του προβλήματος * * @param mapController Χάρτης με τις τοποθεσίες των σφηκοφολιών * @param crossoverRate Ποσοστό ανασυνδυασμού * @param mutationRate Ποσοστό μετάλλαξης * @return Αντικείμενο ρυθμήσεων * @throws InvalidConfigurationException */ public static Configuration getConfiguration(MapController mapController, double crossoverRate, int mutationRate) throws InvalidConfigurationException { //Δημιουργία αντικειμένου ρυθμήσεων Configuration conf = new Configuration(); try { conf.setBreeder(new GABreeder()); conf.setRandomGenerator(new StockRandomGenerator()); conf.setEventManager(new EventManager()); conf.setMinimumPopSizePercent(0); // conf.setSelectFromPrevGen(1.0d); conf.setKeepPopulationSizeConstant(true); conf.setFitnessEvaluator(new DefaultFitnessEvaluator()); conf.setChromosomePool(new ChromosomePool()); conf.addGeneticOperator(new CrossoverOperator(conf, crossoverRate)); // ορισμός ποσοστού ανασυνδυασμού conf.addGeneticOperator(new MutationOperator(conf, mutationRate)); // ορισμός ποσοστού μετάλλαξης } catch (InvalidConfigurationException e) { throw new RuntimeException("Κάτι πήγε στραβά!"); } conf.setPreservFittestIndividual(true); // ενεργοποίηση ελιτισμού conf.setKeepPopulationSizeConstant(false); // σταθερό μέγεθος πληθυσμού // ορισμός συνάρτησης καταλληλότητας FitnessFunction myFunc = new WaspFitnessFunction(mapController); conf.setFitnessFunction(myFunc); return conf; } public static void main(String[] args) throws Exception { // Distance.initDistance(100, 100); MapController mapController = new MapController(new File("map.csv")); // φόρτωμα του χάρτη mapController.initSave(1); // αρχικοποίηση της δυνατότητας αποθήκευσης της κατάστασης του χάρτη mapController.saveMap(0); // αποθήκευση του χάρτη στη μνήμη printBestSolution(mapController); } /** * Εκτελεί τον γενετικό αλγόριθμο και εμφανίζει την καλύτερη λύση που βρέθηκε * * @param mapController Χάρτης με τις τοποθεσίες των σφηκοφολιών * @throws Exception */ private static void printBestSolution(MapController mapController) throws Exception { Configuration conf = getConfiguration(mapController, 0.80d, 12); BestChromosomesSelector bestChromsSelector = new BestChromosomesSelector(conf, 0.90d); bestChromsSelector.setDoubletteChromosomesAllowed(true); conf.addNaturalSelector(bestChromsSelector, false); IChromosome results[] = exterminate(conf, POPULATION_SIZE, MAX_EVOLUTIONS, mapController); IChromosome bestSolution = results[results.length - 1]; System.out.println("Η λύση που βρέθηκε σκοτώνει " + (int) bestSolution.getFitnessValue() + " σφήκες αν οι βόμβες τοποθετηθούν στις θέσεις:"); System.out.println("\t" + WaspFitnessFunction.getBombFromChromosome(bestSolution, 0)); System.out.println("\t" + WaspFitnessFunction.getBombFromChromosome(bestSolution, 1)); System.out.println("\t" + WaspFitnessFunction.getBombFromChromosome(bestSolution, 2)); } /** * Εκτελεί τον γενετικό αλγόριθμο και εμφανίζει τον μέσο όρο του fitness κάθε γενιάς * * @param mapController Χάρτης με τις τοποθεσίες των σφηκοφολιών * @throws Exception */ private static void averageSelectorFitness(MapController mapController) throws Exception { double avg[] = new double[MAX_EVOLUTIONS]; double total[] = new double[MAX_EVOLUTIONS]; for (int j = 0; j < SAMPLES; j++) { Configuration.reset(); Configuration conf = getConfiguration(mapController, 0.80d, 12); BestChromosomesSelector bestChromsSelector = new BestChromosomesSelector(conf, 0.90d); bestChromsSelector.setDoubletteChromosomesAllowed(true); conf.addNaturalSelector(bestChromsSelector, false); // NaturalSelector weightedRouletteSelector = new WeightedRouletteSelector(conf); // conf.addNaturalSelector(weightedRouletteSelector, false); // TournamentSelector tournamentSelector = new TournamentSelector(conf, 10, 0.8); // conf.addNaturalSelector(tournamentSelector, false); IChromosome results[] = exterminate(conf, POPULATION_SIZE, MAX_EVOLUTIONS, mapController); for (int i = 0; i < MAX_EVOLUTIONS; i++) { total[i] += results[i].getFitnessValue(); } System.out.println(j); } for (int i = 0; i < MAX_EVOLUTIONS; i++) { avg[i] = total[i] / SAMPLES; System.out.println(i + "," + avg[i]); } } /** * Εκτελεί τον γενετικό αλγόριθμο και εμφανίζει τον μέσο όρο του καλύτερου fitness, αλλάζοντας κάθε φορά * το ποσοστό ανασυνδυασμού * * @param mapController Χάρτης με τις τοποθεσίες των σφηκοφολιών * @throws Exception */ private static void crossoverRateTest(MapController mapController) throws Exception { double avg[] = new double[101]; for (int i = 1; i <= 100; i++) { double total = 0; for (int j = 0; j < SAMPLES; j++) { Configuration.reset(); Configuration conf = getConfiguration(mapController, i / 100.0, 12); BestChromosomesSelector bestChromsSelector = new BestChromosomesSelector(conf, 0.90d); bestChromsSelector.setDoubletteChromosomesAllowed(true); conf.addNaturalSelector(bestChromsSelector, false); total += exterminate(conf, POPULATION_SIZE, MAX_EVOLUTIONS, mapController)[MAX_EVOLUTIONS - 1].getFitnessValue(); } avg[i] = total / SAMPLES; System.out.println(i + "," + avg[i]); } } }

sortingbubbles/wasp-control

src/MainJGAP.java

474

import java.rmi.*; import java.rmi.registry.LocateRegistry; import java.rmi.registry.Registry; import java.util.Scanner; public class THClient { public static String Input(){ // Δημιουργία ενός αντικειμένου Scanner για ανάγνωση εισόδου από τον χρήστη Scanner scanner = new Scanner(System.in); System.out.println("Απάντηση (y=yes, n=no): "); String userInput = scanner.nextLine(); // Κλείσιμο του Scanner scanner.close(); return userInput; } public static void main(String[] args) { //Ο client θα πρέπει να τρέχει στο command line ως εξής: //Ελέγχουμε αν δεν εχουν εισαχθεί ορίσματα τότε να εκτυπώνει τα ορίσματα που μπορούν να δωθούν java THClient /* * java TΗClient: αν καμία άλλη παράμετρος δεν προσδιορίζεται, το πρόγραμμα θα πρέπει απλά να * τυπώνει στην οθόνη πως ακριβώς (με τι παραμέτρους) πρέπει να τρέξει ο χρήστης την εντολή */ if(args.length == 0) { PrintCommands(); return; } try { THInterface in = (THInterface)Naming.lookup("rmi://localhost:1099/TH"); String command = args[0]; //args[1]="localhost"; //Έλεγχος παραπάνω ορισμάτων switch(command) { /* * java TΗClient list <hostname>: να τυπώνεται ως αποτέλεσμα στην οθόνη μία λίστα με τις διαθέσιμες * θέσεις (για κάθε τύπο και κόστος) στο θέατρο - π.χ. στην ακόλουθη μορφή: * κ1 θέσεις Πλατεία - Ζώνη Α (κωδικός: ΠΑ) - τιμή: 45 Ευρώ * κ2 θέσεις Πλατεία - Ζώνη Β (κωδικός: ΠΒ) - τιμή: 35 Ευρώ * κ3 θέσεις Πλατεία - Ζώνη Γ (κωδικός: ΠΓ) - τιμή: 25 Ευρώ * κ4 θέσεις Κεντρικός Εξώστης (κωδικός: ΚΕ) - τιμή: 30 Ευρώ * κ5 θέσεις Πλαϊνά Θεωρεία (κωδικός: ΠΘ) - τιμή: 20 Ευρώ * όπου τα κ1,κ2,κ3,κ4,κ5 υποδεικνύουν τον τρέχοντα αριθμό διαθέσιμων θέσεων κάθε τύπου. */ case "list": if (args.length < 2) { System.out.println("Java THClient list <hostname>: Εμφάνιση των διαθέσιμων θέσεων και το κόστος\n"); } else{ //Εκτύπωση Διαθέσιμων Θέσεων System.out.println(in.lista()); } break; case "book": if(args.length < 5) { System.out.println("Java THClient book <hostname> <type> <number> <name>: Κράτηση θέσεων\n"); } else{ String type=args[2]; int number=Integer.parseInt(args[3]); //Μετατροπή string σε ακέραιο String name=args[4]; } break; case "guest": if(args.length < 2) { System.out.println("Java THClient guest <hostname>:\n"); } else{ } break; case "cancel": if(args.length < 5) { System.out.println("Java THClient cancel <hostname> <type> <number> <name>: Ακύρωση κράτησης\n"); } else { String type=args[2]; int number=Integer.parseInt(args[3]); String name=args[4]; } } } catch (Exception e) { e.printStackTrace(); // TODO: handle exception } } public static void PrintSeats() { } //Συνάρτηση που εκτυπώνει τα επιτρεπτά ορίσματα private static void PrintCommands() { System.out.println("Ορίσματα:\n"); System.out.println("Java THClient: Εκτύπωση τον ορισμάτων\n"); System.out.println("Java THClient list <hostname>: Εμφάνιση των διαθέσιμων θέσεων και το κόστος\n"); System.out.println("Java THClient book <hostname> <type> <number> <name>: Κράτηση θέσεων\n"); System.out.println("Java THClient guest <hostname>: Εκτύπωση λίστας πελατών που έχουν κάνει κράτηση\n"); System.out.println("Java THClient cancel <hostname> <type> <number> <name>: Ακύρωση κράτησης\n"); } }

Pandelmark/Distributed-Systems

RMI/THClient.java

475

package api; import java.io.Serializable; /** * Abstract γενική κλάση χρήστη. */ public abstract class User implements Serializable { //βγάζει νόημα να είναι abstract γιατί δεν πρόκειται να δημιουργηθούν αντικείμενα User protected final String firstName; protected final String lastName; protected final String userName; protected String password; protected final String type; // "simpleUser" or "provider" /** * Κατασκευαστής της κλάσης User. Αρχικοποιεί το αντικείμενο του απλού χρήστη θέτοντας τα πεδία firstName, * lastName, username και password ανάλογα με τα ορίσματα που δίνονται. * @param firstName μικρό όνομα χρήστη * @param lastName επίθετο χρήστη * @param userName username χρήστη * @param password κωδικός χρήστη * @param type τύπος χρήστη */ public User(String firstName, String lastName, String userName, String password, String type) { this.userName = userName; this.password = password; this.type = type; this.firstName = firstName; this.lastName = lastName; } /** * Επιστρέφει το username του χρήστη. * @return username του χρήστη */ public String getUserName() { return userName; } /** * Επιστρέφει τον κωδικό του χρήστη. * @return κωδικός του χρήστη */ public String getPassword() { return password; } /** * Αλλάζει τον κωδικό του χρήστη για πιθανή μελλοντική υλοποίηση διαδικασίας αλλαγής κωδικού. * @param password νέος κωδικός */ public void setPassword(String password) { this.password = password; } /** * Επιστρέφει τον τύπο του χρήστη. * @return τύπος του χρήστη. */ public String getType() { return type; } /** * Επιστρέφει το μικρό όνομα του χρήστη * @return μικρό όνομα του χρήστη */ public String getFirstName() { return firstName; } /** * Επιστρέφει το επίθετο του χρήστη. * @return επίθετο του χρήστη */ public String getLastName() { return lastName; } /** * Ελέγχεται η ισότητα δύο αντικειμένων υποκλάσεων της User (αφού η ίδια η User είναι abstract). Αν δεν έχουν την * ίδια θέση μνήμης και ανήκουν και τα δύο σε υποκλάσεις της User τότε ελέγχεται η ισότητα των username καθώς είναι * μοναδικά. * @param o το αντικείμενο που θέλουμε να συγκρίνουμε με το this * @return true αν ισχύει η ισότητα των δύο αντικειμένων */ @Override public boolean equals(Object o) { if (this == o) return true; if (!(o instanceof User user)) return false; return getUserName().equals(user.getUserName()); } }

patiosga/myreviews

src/api/User.java

476

package gr.aueb.cf.ch5; import java.util.Scanner; /** * Power a^n demo. */ public class PowerApp { public static void main(String[] args) { // Θα μας χρησιμευει σαν driver (testing). Η main ειναι ενας client που ζηταει μια υπηρεσια (pow). Scanner in = new Scanner(System.in); int base = 0; int power = 0; int result = 0; System.out.println("Please insert base and power"); base = in.nextInt(); power = in.nextInt(); result = pow(base, power); System.out.printf("%d ^ %d = %d", base, power, result); } /** * Returns the result of a^n * @param base * @param power * @return the result. */ public static int pow(int base, int power) { int result = 1; for (int i = 1; i <= power ; i++) { result *= base; } return result; } }

MytilinisV/codingfactorytestbed

ch5/PowerApp.java

477

//ics 20033 import java.util.*; public class Connect4 { public static void main(String[] args) { System.out.println("This is score4"); //δημιουργια ενος αντικειμενου scanner για τις εισαγωσες απο το πληκτρολογιο Scanner scan = new Scanner(System.in); // προτροπή των παιχτων να δωσουν το ονομα τους και διαβασμα των ονοματων System.out.print("Please enter the name of the 1st player:"); Player player1 = new Player(scan.nextLine()); System.out.print("Please enter the name of the 2nd player:"); Player player2 = new Player(scan.nextLine()); System.out.println("The chip can be 'x' or 'o' "); /*προτροπη του πρωτου παιχτη να επιλεξει το chip του και επιλογη του chip *που απεμεινε στον δευτερο παιχτη*/ System.out.print(player1.getName()+", please select your chip:"); player1.setChip(scan); player2.remained_chip(player1); System.out.println(player2.getName() + ", Your chip is:" + player2.getChip()); // δημιουργια του ταμπλο του παιχνιδιου Board board = new Board(scan); /* τυχαια επιλογη του παιχτη που θα παιξει πρωτος χρησιμοποιωντας * την random.nextInt(2) που παραγει τυχαια τους αριθμους 0 ή 1 */ Player player_to_move; Random random = new Random(); int first_to_start=random.nextInt(2); if(first_to_start == 0) { player_to_move = player1; } else { player_to_move = player2; } /* δηλωση μιας boolean μεταβλητης ωστε να ειναι η τιμη φρουρος * στην επαναληψη του παιχνιδιου */ boolean play=true; while(play) { //ξεκιναει το παιχνιδι και εμφανιζει τον πινακα στην οθονη board.display(); /*προτροπη στον παιχτη που παιζει να επιλεξη την στηλη *στην οποια θα τοποθετηση το chip του και τοποθετηση του chip στην στηλη *με την βοηθεια της μεθοδου putcoint() */ System.out.print(player_to_move.getName() + ", your turn. Select column: " ); board.putcoin(player_to_move, scan); System.out.println(); /*ελεγχος για το αν υπαρχει νικητης με την μεθοδο is_winner * ή αν εχει γεμισει ο πινακας και στις δυο περιπτωσεις * πρεπει να τερματιστει το παιχνιδι * */ if(board.is_winner(player_to_move) || board.fullboard()) { play = false; board.display(); } //εναλλαγη παιχτων δηλαδη παιζει ο επομενος παιχτης player_to_move=player_to_move.switch_player(player1, player2); } /* αφου τερματιστει το παιχνιδι γινεται ο ελεγχος για το ποιος ειναι * ο νικητης και τον εμφανιζει αν δεν υπαρχει νικητης τοτε υπαρχει ισοπαλια */ if(board.is_winner(player1)) { System.out.println(" GAME OVER. THE WINNER IS " + player1.getName()); } else if(board.is_winner(player2)) { System.out.println(" GAME OVER. THE WINNER IS " + player2.getName()); } else{ System.out.println("GAME OVER. WE HAVE A DRAW"); } scan.close(); } }

Leonardpepa/Connect4

src/Connect4.java

478

/** *GUMA a simple math game for elementary school students * Copyright (C) 2012-2013 Dimitrios Desyllas (pc_magas) * * This program is free software: you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation, either version 3 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program. If not, see <http://www.gnu.org/licenses/>. *Contact with me by main at thes address: [email protected] */ package guma.simulator; import guma.simulator.AbstractSimulator; import guma.arithmetic.Praxis; import guma.enums.PraxisType; public class AddingSimulator extends SimpleSimulator { /** *Constructor Method *@param telestis1: the first operator of the number that we will simulate the first operation *@param telestis2: the second operator of the number that we will simulate the first operation */ public AddingSimulator(int telestis1,int telestis2) { super(telestis1,telestis2,PraxisType.ADDING); } @Override public boolean doPraxis() { byte tempTelestis1; byte tempTelestis2; message=""; try { tempTelestis1=(byte)telestis1.getDigit(); } catch(IndexOutOfBoundsException out1) { tempTelestis1=0; } try { tempTelestis2=(byte)telestis2.getDigit(); } catch(IndexOutOfBoundsException out2) { tempTelestis2=0; } if(telestis1.getDigitPos()<0 && telestis2.getDigitPos()<0)//run out of digits { if(kratoumeno!=0)//if carry remained { message="Το κρατούμενο που περίσεψε το βάζω στο αποτέλεσμα.\n"; result.setDigit(kratoumeno); kratoumeno=0; addStatus(); return true; } message="Τέλος προσομοίωσης"; addStatus(true); return false; } else { if(kratoumeno==0)//If carry { message="Προσθέτουμε τα ψηφία. Άν το άθροισμα των ψηφίων είναι μεγαλύτερο του 10 κρατάμε κρατούμενο το πρώτο ψηφίο του αθροίσματος."; temp=tempTelestis1+tempTelestis2; addStatus(); } else { System.out.println("Adding with carry"); message="Προσθέτουμε τα ψηφία μαζί με το κρατούμενο.\n Άν το άθροισμα των ψηφίων είναι διψήφιος κρατάμε κρατούμενο το πρώτο ψηφίο του αθροίσματος."; temp=kratoumeno+tempTelestis1+tempTelestis2; kratoumeno=0; addStatus(); } if(temp>=10)//if need to take a carry { message="Το άθροισμα των ψηφίων είναι μεγαλύτερο του 10 κρατάμε κρατούμενο"; kratoumeno=1; result.setDigit((byte)(temp-10)); addStatus(); } else { message="Βάζουμε το άθροισμα των ψηφίων στο αποτέλεσμα"; result.setDigit((byte)temp); addStatus(); } result.previousDigit(); telestis1.previousDigit(); telestis2.previousDigit(); temp=-1; return true; } } }

pc-magas/guma

src/guma/simulator/AddingSimulator.java

479

import java.util.*; public class posts { public int photo_id; public User user; public int drone_id; public int flagged_posts; public String comment; public ArrayList<posts> postsList; public posts(int photo_id, User user, int drone_id, int flagged_posts, String comment) { this.photo_id=photo_id; this.user=user; this.drone_id=drone_id; this.flagged_posts=flagged_posts; this.comment=comment; this.postsList=new ArrayList<posts>(); } public void set_postsList(posts posts) throws FlybyException{ if(this.postsList.contains(posts)){ //ελέγχω αν το αντικελιμενο που θέλω να προσθέσω υπάρχει ήδη στη λίστα throw new FlybyException("Item already exists"); //χρησιμοποιώ κλάση εξαίρεσης αν το αντικείμενο υπα΄ρχει ήδη στη λίστα } else{ //αν δεν υπάρχει το προσθέτω στη λίστα this.postsList.add(posts); } } public void print_post(posts posts){ System.out.print("photo ID: "+ posts.photo_id+"\n"); System.out.print("user reporting this post: "); this.user.print_user(posts.user); System.out.print("drone ID: "+posts.drone_id+"\n"); System.out.print("Comment: "+posts.comment+"\n"); } }

poulcheria/FlyBy

backend/posts.java

480

package api; import java.io.Serializable; import java.util.ArrayList; public class Login implements Serializable { private String username; private String password; private User correctUser; private ArrayList<Error> errors = new ArrayList<>(); public Login(String username, String password) { this.username = username; this.password = password; } private boolean emptyInput(){ if (username.equals("") || password.equals("")){ //throw new EmptyInputException("Κάποιο από τα υποχρεωτικά πεδία είναι κενό"); errors.add(new Error(0,"Κάποιο από τα υποχρεωτικά πεδία είναι κενό")); return true; } return false; } /** * This method checks if the username of the user who tries to login exists in "Database" and if yes it stores a copy of the correct user info. * @return boolean if username exists or not. */ private boolean validateUsername() { for (User user : Database.getUsers()) { if (user.usernameExists(this.username) != null){ correctUser = user; return true; } } //throw new DoesntExistsException("Το όνομα χρήστη που πληκτρολογήσατε δεν υπάρχει!"); errors.add(new Error(1, "Το όνομα χρήστη που πληκτρολογήσατε δεν υπάρχει!")); return false; } /** * This method checks if the login password is the same as in the "Database" object. * @return boolean if password matches or not. */ private boolean validatePassword() { if (correctUser != null && correctUser.getPassword().equals(this.password)) return true; //throw new WrongInputException("Ο κωδικός που πληκτρολογήσατε είναι λανθασμένος!"); errors.add(new Error(2, "Ο κωδικός που πληκτρολογήσατε είναι λανθασμένος!")); return false; } /** * This method is used to return all errors after user tries to login in the system with the appropriate message. */ public ArrayList<Error> getErrors() { return errors; } /** * This method makes all validations and returns true or false if the user can login and access the dashboard or not. */ public User login() { if (!emptyInput() && validateUsername() && validatePassword()) return correctUser; return null; } }

ThodorisAnninos/appartments-management-system-java

src/api/Login.java

481

package api; import java.io.Serializable; /** * Η κλάση αυτή αναφέρεται στις παροχές ενός καταλύματος.Για κάθε κατηγορία παροχής(π.χ. θέα) υπάρχουν 2 παράλληλοι πίνακες,ο ένας τύπου string αποθηκεύει * κάθε υποπαροχή(π.χ θέα στη θάλασσα) σαν string σε μία θέση του πίνακα,και στην αντίστοιχη θέση του άλλου παράλληλου πίνακα που είναι τύπου boolean * αποθηκεύεται η τιμή true αν η υποπαροχή αυτή παρέχεται από το κατάλυμα,αλλίως αποθηκεύεται false.Ο πίνακας τύπου Boolean αρχικοποιείται με τιμές false * @author Anestis Zotos */ public class Amenities implements Serializable { private String[] view; private boolean[] viewB; private String[] bath; private boolean[] bathB; private String[] wash_clothes; private boolean[] wash_clothesB; private String[] entertainment; private boolean[] entertainmentB; private String[] heating; private boolean[] heatingB; private String[] internet; private boolean[] internetB; private String[] kitchen; private boolean[] kitchenB; private String[] outside; private boolean[] outsideB; private String[] parking; private boolean[] parkingB; public Amenities() { int i; view=new String[6]; viewB=new boolean[6]; for(i=0;i<6;i++) { viewB[i]=false; } view[0]="Θέα σε πισίνα"; view[1]="Θέα στη θάλασσα"; view[2]="Θέα στο λιμάνι"; view[3]="θέα στο βουνό"; view[4]="Θέα σε παραλία"; view[5] ="Θέα στο δρόμο"; bath=new String[1]; bathB=new boolean[1]; bathB[0]=false; bath[0]="Πιστολάκι μαλλιών"; wash_clothes=new String[2]; wash_clothesB=new boolean[2]; for(i=0;i<2;i++) { wash_clothesB[i]=false; } wash_clothes[0]="Πλυντήριο ρούχων"; wash_clothes[1]="Στεγνωτήριο"; entertainment=new String[1]; entertainmentB=new boolean[1]; entertainmentB[0]=false; entertainment[0]="Τηλεόραση"; heating=new String[3]; heatingB=new boolean[3]; for(i=0;i<3;i++) { heatingB[i]=false; } heating[0]="Εσωτερικό τζάκι"; heating[1]="κλιματισμός"; heating[2]="κεντρική θέρμανση"; internet=new String[2]; internetB=new boolean[2]; for(i=0;i<2;i++) { internetB[i]=false; } internet[0]="wifi"; internet[1]="ethernet"; kitchen=new String[7]; kitchenB=new boolean[7]; for(i=0;i<7;i++) { kitchenB[i]=false; } kitchen[0]="Κουζίνα"; kitchen[1]="Ψυγείο"; kitchen[2]="Φούρνος μικροκυμάτων"; kitchen[3]="Μαγειρικά είδη"; kitchen[4]="Πιάτα και μαχαιροπίρουνα"; kitchen[5]="Πλυντήριο πιάτων"; kitchen[6]="Καφετιέρα"; outside=new String[2]; outsideB=new boolean[2]; for(i=0;i<2;i++) { outsideB[i]=false; } outside[0]="Μπαλκόνι"; outside[1]="Αυλή"; parking=new String[2]; parkingB=new boolean[2]; for(i=0;i<2;i++) { parkingB[i]=false; } parking[0]="Δωρεάν χώρος στάθμευσης στην ιδιοκτησία"; parking[1]="Δωρεάν πάρκινγκ στο δρόμο"; } //setters for boolean type array public void setviewB(int index,boolean t){ viewB[index]=t; } public void setbathB(int index,boolean t){ bathB[index]=t; } public void setheatingB(int index,boolean t){ heatingB[index]=t; } public void setwash_clothesB(int index,boolean t){ wash_clothesB[index]=t; } public void setentertainmentB(int index,boolean t){ entertainmentB[index]=t; } public void setinternetB(int index,boolean t){ internetB[index]=t; } public void setkitchenB(int index,boolean t){ kitchenB[index]=t; } public void setoutsideB(int index,boolean t){ outsideB[index]=t; } public void setparkingB(int index,boolean t){ parkingB[index]=t; } //getters public boolean[] getViewB() { return viewB; } public boolean[] getBathB() { return bathB; } public boolean[] getWash_clothesB() { return wash_clothesB; } public boolean[] getEntertainmentB() { return entertainmentB; } public boolean[] getHeatingB() { return heatingB; } public boolean[] getInternetB(){ return internetB; } public boolean[] getKitchenB(){ return kitchenB; } public boolean[] getOutsideB(){ return outsideB; } public boolean[] getParkingB(){ return parkingB; } public String[] getView() { return view; } public String[] getBath() { return bath; } public String[] getWash_clothes() { return wash_clothes; } public String[] getEntertainment() { return entertainment; } public String[] getHeating() { return heating; } public String[] getInternet(){ return internet; } public String[] getKitchen(){ return kitchen; } public String[] getOutside(){ return outside; } public String[] getParking(){ return parking; } /** * Ελέγχει την ισότητα δύο αντεικιμένων * @param am Παροχές * @return true αν τα αντεικίμενα είναι ίσα, false αντίθετα */ public boolean equals(Amenities am) { return this.hashCode() == am.hashCode(); } /** * Η μέθοδος αυτή κάνει Override την μέθοδο της κλάσης Object για να μπορέσει να προσδιοριστεί * η ισότητα μεταξύ δύο αντεικιμένων * @return hash code */ public int hashCode(){ int sum = 0; for(int i=0;i<6;i++){ sum += convert(viewB[i])^(i+1); } for(int i=0;i<3;i++){ sum += convert(heatingB[i])^2*(i+1); } for(int i=0;i<2;i++){ sum += convert(outsideB[i])^3*(i+1); } for(int i=0;i<2;i++){ sum += convert(parkingB[i])^4*(i+1); } for(int i=0;i<7;i++){ sum += convert(kitchenB[i])^5*(i+1); } for(int i=0;i<2;i++){ sum += convert(internetB[i])^6*(i+1); } for(int i=0;i<2;i++){ sum += convert(wash_clothesB[i])^7*(i+1); } sum += convert(entertainmentB[0])^8*11; sum += convert(bathB[0])^9*12; return sum; } /** * Μετατροπή μιάς boolean σε int μεταβλητή * @param b boolean μεταβλητή * @return int μεταβλητή */ private int convert(boolean b){ if(b) return 1; else return 0; } }

AnestisZotos/Accommodations-rating-platform

api/Amenities.java

482

import java.io.Serializable; public class Apartment extends Accommondations implements Serializable { /** * Ο κατασκευαστής αυτός μας επιτρέπει να εισάγουμε χειροκίνητα ένα διαμέρισμα * @param provider ο πάροχος του διαμερίσματος * @param name το όνομα του διαμερίσματος * @param city η πόλη που βρίσκεται το διαμέρισμα * @param address η διεύθυνση που βρίσκεται το διαμέρισμα * @param price η τιμή του διαμερίσματος * @param capacity η χωρητικότητα διαμερίσματος * @param squareMeters τα τετραγωνικά μέτρα του διαμερίσματος * @param facilities οι παροχές του διαμερίσματος */ public Apartment(Provider provider,String name, String city, String address, int price, int capacity, int squareMeters, String facilities){ super(provider,name, city, address,price,capacity,squareMeters,facilities); } public Apartment(){} }

Samouil16/Simple_Booking_App

src/Apartment.java

483

import java.io.Serializable; public class HotelRoom extends Accommondations implements Serializable { /** * Ο κατασκευαστής αυτός μας επιτρέπει να εισάγουμε χειροκίνητα ένα δωμάτιο ξενοδοχείου * @param provider ο πάροχος του δωματίου * @param name το όνομα του δωματίου * @param city η πόλη που βρίσκεται το δωμάτιο * @param address η διεύθυνση που βρίσκεται το δωμάτιο * @param price η τιμή του δωματίου * @param capacity η χωρητικότητα του δωματίου * @param squareMeters τα τετραγωνικά μέτρα του δωματίου * @param facilities οι παροχές του δωματίου */ public HotelRoom(Provider provider,String name, String city, String address, int price, int capacity, int squareMeters, String facilities){ super(provider,name, city, address,price,capacity,squareMeters,facilities); } public HotelRoom(){} }

Samouil16/Simple_Booking_App

src/HotelRoom.java

484

package ServerV1; import java.util.ArrayList; /** * Είναι μια κλάση που μας βοηθάει στο να διαχειριζόμαστε ένα DeviceClient που * είναι συνδεδεμένο στο server μας όπως και τα UserClient που έχουν να κάνουν * με τη συγκεκριμένο DeviceClient και είναι και αυτά ταυτόχρονα συνδεδεμένα στο Server μας. * @author Michael Galliakis */ public class ManageDevice { static public ArrayList<ManageDevice> listWithConnectedDevices = new ArrayList<>() ; static public ArrayList<String> listWithConnectedCDeviceIDs = new ArrayList<>(); public ArrayList<ManageSocket> listWithConnectedUserClientInDevice = new ArrayList<>(); public ArrayList<String> listWithConnectedUserClientIDsInDevice = new ArrayList<>(); public Device device ; public ManageSocket deviceManSocket ; ManageSocketMessage msm = new ManageSocketMessage() ; boolean running ; ArrayList<ListenFromTheClient> lftcThreads = new ArrayList<>() ; /** * χρησιμοποιείται στην δημιουργία ενός ManageDevice και μόνο από ένα socket * ενός DeviceClient, με σκοπό να δημιουργηθεί ένα "κανάλι επικοινωνίας" ανάμεσα * στο ίδιο το DeviceClient και στα μελλοντικά UserClient που θα κάνουν * εποπτεία πάνω του . * @param ms Ένα {@link ManageSocket} ενός νέου DeviceClient . */ ManageDevice(ManageSocket ms) { try { deviceManSocket = ms ; if (initControllersProccess().equals("OK")) { listWithConnectedDevices.add(this); listWithConnectedCDeviceIDs.add(ms.SID) ; ListenFromTheClient tmpLftcTread = new ListenFromTheClient(deviceManSocket,this) ; tmpLftcTread.start() ; lftcThreads.add(tmpLftcTread); ClientServiceThread.sendAllUserNewDevice(deviceManSocket,deviceManSocket.DBID); } else { Tools.Debug.print("Device Client |"+deviceManSocket.clientSystemMessage+ " initControllersProccess Failed!",Tools.MSGERROREMO); } } catch (Exception ex) { Tools.Debug.printError(ex); } } /** * Μέθοδος που προσθέτει ένα socket ενός UserClient στο ίδιο "κανάλι επικοινωνίας" * με αυτό του DeviceClient, για να μπορεί να πραγματοποιηθεί εποπτεία . * @param ms Ένα {@link ManageSocket} ενός νέου UserClient . */ public void add(ManageSocket ms) { try { if (sendUserControllersProccess(ms).equals("OK")) { listWithConnectedUserClientInDevice.add(ms); ListenFromTheClient tmpLftcTread = new ListenFromTheClient(ms,this) ; tmpLftcTread.start() ; lftcThreads.add(tmpLftcTread); } } catch (Exception ex) { Tools.Debug.printError(ex); } } /** * Μέθοδος που στέλνει σε κάποιο νέο UserClient κάποια μηνύματα αρχικοποίησης * της συσκευής μας για να μπορέσει ο UserClient να ξέρει την κατάσταση του * Device μας και να ξεκινήσει την εποπτεία μας . * @param ms Ένα {@link ManageSocket} ενός νέου UserClient . * @return Επιστρέφει "OK" αν όλα πήγαν καλά και "X" αν κάτι δεν πήγε καλά . */ private String sendUserControllersProccess(ManageSocket ms) { try { ArrayList<String> alNewControllers = device.getNewControllerMessages() ; Tools.send(alNewControllers.get(0),ms.out); msm.reload(ms.in.readLine()) ; if (Tools.isCorrectCommand(msm.getCommand(),"Answer",deviceManSocket.clientSystemMessage,msm.getMessage(),deviceManSocket.out)) { if ("FAILED".equals(msm.getParameters().get(0).get(0))) { Tools.send(Globals.messageFailed, ms.out); return "X" ; } else Tools.Debug.print("Device Client |"+deviceManSocket.clientSystemMessage+ " send User Init Controllers OK!",Tools.MSGOKEMO); } else return "X" ; for (int i = 1 ; i < alNewControllers.size();i++) Tools.send(alNewControllers.get(i), ms.out); Tools.send("#S$InitializationFinished:1*(OK);", ms.out); msm.reload(ms.in.readLine()) ; Tools.Debug.print(msm.getMessage(),Tools.MSGOKEMO); return "OK" ; } catch (Exception ex) { Tools.Debug.printError(ex); return "X" ; } } /** * Μέθοδος που διαβάζει από ένα νέο DeviceClient κάποια μηνύματα αρχικοποίησης * για να αρχικοποιήσουμε το εκάστοτε νέο Device που πρωτοσυνδέεται στο Server μας . * @return Επιστρέφει "OK" αν όλα πήγαν καλά και "X" αν κάτι δεν πήγε καλά . */ private String initControllersProccess() { try{ ArrayList<String> alControllers = new ArrayList<>(); msm.reload(deviceManSocket.in.readLine()) ; if (Tools.isCorrectCommand(msm.getCommand(),"InitControllers",deviceManSocket.clientSystemMessage,msm.getMessage(),deviceManSocket.out)) { Tools.Debug.print("Device Client |"+deviceManSocket.clientSystemMessage+ " InitControllers OK!",Tools.MSGSYSTEMOKEMO); Tools.send(Globals.messageOK, deviceManSocket.out); } else return "X" ; int sum = msm.getSumParameters() ; for (int i = 0 ; i < sum ;i++) { msm.reload(deviceManSocket.in.readLine()) ; if (Tools.isCorrectCommand(msm.getCommand(),"NewController",deviceManSocket.clientSystemMessage,msm.getMessage(),deviceManSocket.out)) { alControllers.add(msm.getMessage()) ; Tools.Debug.print("Device Client |"+deviceManSocket.clientSystemMessage+ " NewController OK!",Tools.MSGSYSTEMOKEMO); Tools.send(Globals.messageOK, deviceManSocket.out); } else return "X" ; } Tools.Debug.print("Device Client |"+deviceManSocket.clientSystemMessage+ " put Initialization Finished!",Tools.MSGSYSTEMOKEMO); Tools.send("#S$InitializationFinished:1*(OK);", deviceManSocket.out); msm.reload(deviceManSocket.in.readLine()) ; if (Tools.isCorrectCommand(msm.getCommand(),"Answer",deviceManSocket.clientSystemMessage,msm.getMessage(),deviceManSocket.out)) { if ("FAILED".equals(msm.getParameters().get(0).get(0))) { Tools.Debug.print("Device Client |"+deviceManSocket.clientSystemMessage+ " get Initialization Failed!",Tools.MSGERROREMO); return "X"; } else { device = new Device(null,null,deviceManSocket.DBID,deviceManSocket.SID) ; device.prepareDevice(alControllers); Tools.Debug.print("Device Client |"+deviceManSocket.clientSystemMessage+ " get Initialization Finished!",Tools.MSGOKEMO); } } else return "X" ; return "OK" ; } catch (Exception ex) { Tools.Debug.printError(ex); return "X" ; } } } /* * * * * * * * * * * * * * * * * * * * * * * * * + + + + + + + + + + + + + + + + + + + + + * * +- - - - - - - - - - - - - - - - - - - -+ * * +| P P P P M M M M G G G G |+ * * +| P P M M M M G G |+ * * +| P P P p M M M M G |+ * * +| P M M M G G G G |+ * * +| P M M G G |+ * * +| P ® M M ® G G G G |+ * * +- - - - - - - - - - - - - - - - - - - -+ * * + .----. @ @ |+ * * + / .-"-.`. \v/ |+ * * + | | '\ \ \_/ ) |+ * * + ,-\ `-.' /.' / |+ * * + '---`----'----' |+ * * +- - - - - - - - - - - - - - - - - - - -+ * * + + + + + + + + + + + + + + + + + + + + + * * +- - - - - - - - - - - - - - - - - - - -+ * * +| Thesis Michael Galliakis 2016 |+ * * +| Program m_g ; -) [email protected] |+ * * +| TEI Athens - IT department. |+ * * +| [email protected] |+ * * +| https://github.com/michaelgalliakis |+ * * +| (myThesis.git) |+ * * +- - - - - - - - - - - - - - - - - - - -+ * * + + + + + + + + + + + + + + + + + + + + + * * * * * * * * * * * * * * * * * * * * * * * * */

michaelgalliakis/myThesis

ServerV1/src/ServerV1/ManageDevice.java

485

package ServerV1; import java.io.BufferedReader; import java.io.IOException; import java.io.PrintWriter; import java.net.Socket; import java.sql.Connection; import java.sql.ResultSet; import java.sql.SQLException; import java.util.logging.Level; import java.util.logging.Logger; /** * Κλάση για να διαχειριζόμαστε ένα socket και να έχουμε όλα τα απαραίτητα * στοιχεία που χρειαζόμαστε μαζί . * @author Michael Galliakis */ public class ManageSocket { java.sql.Statement dbSt ; Connection dbConn ; ResultSet dbRes ; String socketType =""; String DBID ,SID ; String messageFailed = "" ; String messageOK = "" ; String clientSystemMessage = "" ; Socket clientSocket ; PrintWriter out ; BufferedReader in ; ManageSocket(Socket s,PrintWriter o,BufferedReader i,String n,String id) { clientSocket = s ; out = o ; in = i ; DBID = n ; SID = id ; messageFailed = Globals.messageFailed ; messageOK = Globals.messageOK ; } /** * Μέθοδος που κλείνει σωστά ένα socket και κάνει πιο καλή αποδέσμευση της μνήμης * @throws IOException Αν πάμε να κλείσουμε το socket ή το BufferedReader και υπάρξει σφάλμα */ public void close() throws IOException { if (out!=null) out.close() ; if (in!=null) in.close() ; if (clientSocket!=null) clientSocket.close() ; try { if (dbRes!=null) dbRes.close(); if (dbSt!=null) dbSt.close(); if (dbConn!=null) dbConn.close(); } catch (SQLException ex) { Logger.getLogger(ManageSocket.class.getName()).log(Level.SEVERE, null, ex); } } } /* * * * * * * * * * * * * * * * * * * * * * * * * + + + + + + + + + + + + + + + + + + + + + * * +- - - - - - - - - - - - - - - - - - - -+ * * +| P P P P M M M M G G G G |+ * * +| P P M M M M G G |+ * * +| P P P p M M M M G |+ * * +| P M M M G G G G |+ * * +| P M M G G |+ * * +| P ® M M ® G G G G |+ * * +- - - - - - - - - - - - - - - - - - - -+ * * + .----. @ @ |+ * * + / .-"-.`. \v/ |+ * * + | | '\ \ \_/ ) |+ * * + ,-\ `-.' /.' / |+ * * + '---`----'----' |+ * * +- - - - - - - - - - - - - - - - - - - -+ * * + + + + + + + + + + + + + + + + + + + + + * * +- - - - - - - - - - - - - - - - - - - -+ * * +| Thesis Michael Galliakis 2016 |+ * * +| Program m_g ; -) [email protected] |+ * * +| TEI Athens - IT department. |+ * * +| [email protected] |+ * * +| https://github.com/michaelgalliakis |+ * * +| (myThesis.git) |+ * * +- - - - - - - - - - - - - - - - - - - -+ * * + + + + + + + + + + + + + + + + + + + + + * * * * * * * * * * * * * * * * * * * * * * * * */

michaelgalliakis/myThesis

ServerV1/src/ServerV1/ManageSocket.java

486

package Security; import java.security.MessageDigest; import java.security.NoSuchAlgorithmException; import java.security.SecureRandom; //Κλαση που κανει κατακερματισμο String με τον αλγοριθμο που δινεται ως ορισμα public class Digest { public static byte[] HashWithSalt (byte[] plain, byte[] salt1, byte[] salt2, String algorithm) throws NoSuchAlgorithmException { MessageDigest md = MessageDigest.getInstance(algorithm); md.update(salt1); md.update(salt2); byte byteData[] = md.digest(plain); return byteData; } //Μεθοδος για τη δημιουργια τυχαιων αλφαρηθμιτικων με την java.security.SecureRandom public static byte[] generateSalt (int length) { SecureRandom sr = new SecureRandom(); byte bytes[] = new byte[length]; sr.nextBytes(bytes); return bytes; } }

icsd12015/projects_security

SIPKAP/Project/src/Security/Digest.java

487

package gr.aueb.cf.ch10; import java.util.Arrays; import java.util.Comparator; /** * Έστω ένας δισδιάστατος πίνακας που περιέχει τα στοιχεία άφιξης και αναχώρησης αυτοκινήτων * σε μορφή arr[][] = {{1012, 1136}, {1317, 1417}, {1015, 1020}}. Αναπτύξτε μία εφαρμογή που * διαβάζει να εκτυπώνει τον μέγιστο αριθμό αυτοκινήτων που είναι σταθμευμένα το ίδιο χρονικό διάστημα. * Ως παράδειγμα στον παραπάνω πίνακα το αποτέλεσμα θα πρέπει να είναι: 2. Το 1ο αυτοκίνητο αφίχθη στις * 10:12 και αναχώρησε στις 11:36, το 3ο αυτοκίνητο αφίχθη στις 10:15 και αναχώρησε στις 10:20. * Επομένως, το 1ο και το 3ο αυτοκίνητο ήταν παρόντα το ίδιο χρονικό διάστημα. * * Hint. Με βάση τον αρχικό πίνακα, δημιουργήστε ένα δυσδιάστατο πίνακα που σε κάθε γραμμή θα περιέχει * δύο πεδία int. Στο πρώτο πεδίο θα εισάγεται η ώρα άφιξης ή αναχώρησης από τον αρχικό πίνακα και στο * 2ο πεδίο θα εισάγεται ο αριθμός 1 αν πρόκειται για άφιξη και 0 αν πρόκειται για αναχώρηση. * Ταξινομήστε τον πίνακα σε αύξουσα σειρά με βάση την ώρα. Στη συνέχεια υπολογίστε το μέγιστο αριθμό * αυτοκινήτων που είναι σταθμευμένα το ίδιο χρονικό διάστημα με ένα πέρασμα του πίνακα. */ public class MaxCarsApp { public static void main(String[] args) { int[][] arr = new int[][] {{1012, 1136}, {1022, 1126}, {1317, 1417}, {1015, 1025}}; int[][] transformed; transformed = transformArray(arr); sortByTime(transformed); for (int[] row : transformed) { System.out.print(row[0] + " "); System.out.println(row[1]); } //System.out.println("max: " + getMaxOnes(transformed)); System.out.println("Max Concurrent Cars: " + getMaxConcurrentCars(transformed)); } /** * Transforms the initial 2D array with one-row departures and arrivals * into a x2 2D array; one row for departure and one row for arrival. * The second column involves 1 for arrival and 0 for departure. * * @param arr the source array * @return the transformed array */ public static int[][] transformArray(int[][] arr) { int[][] transformed = new int[arr.length*2][2]; for (int i = 0; i < arr.length; i++) { for (int j = 0; j < arr[i].length; j++) { transformed[i*2][0] = arr[i][0]; transformed[i*2][1] = 1; transformed[i*2+1][0] = arr[i][1]; transformed[i*2+1][1] = 0; } } return transformed; } /** * Sorts the transformed array in ascending order * by the time of car arrival or departure. It uses * a Comparator for sorting the first column. * * @param arr the source transformed array */ public static void sortByTime(int[][] arr) { Arrays.sort(arr, Comparator.comparing((int[] a) -> a[0])); } /** * It counts the max 1s (arrivals) that are continuous. * * @param arr the transformed array * @return the max number of arrivals in a time * interval */ public static int getMaxOnes(int[][] arr) { int times = 0; int maxTimes = 0; int i = 0; while (i < arr.length) { times = 0; while ((i < arr.length) && (arr[i++][1] == 1)) { times++; } if (times > maxTimes) maxTimes = times; } return maxTimes; } /** * Returns the number of cars that are parked * during the same time interval. * * @param arr the source array with arrivals and departures * @return the concurrently parked cars */ public static int getMaxConcurrentCars(int[][] arr) { int count = 0; int maxCount = 0; for (int[] ints : arr) { if (ints[1] == 1){ count++; if (count > maxCount) maxCount = count; } else count--; } return maxCount; } }

a8anassis/codingfactory5-java

src/gr/aueb/cf/ch10/MaxCarsApp.java

488

package gr.aueb.cf.ch9; import java.io.*; import java.nio.charset.StandardCharsets; /** * Διαβάζει από ένα αρχείο όπου κάθε γραμμή έχει τη μορφή: * Χώρα πόλη1 πόλη2 κλπ., και επιστρέφει τόσα αρχεία πόλεων * όσα και οι χώρες που περιλαμβάνονται στο αρχικό αρχείο. */ public class CitiesIOApp { public static void main(String[] args) { String line = ""; String[] cities; File dir = new File("C:/tmp/io"); File grFile = new File(dir + "/" + "gr.txt"); File usaFile = new File(dir + "/" + "usa.txt"); File deFile = new File(dir + "/" + "de.txt"); if (!dir.exists()) { boolean success = dir.mkdir(); if (!success) { System.err.println("Error in make dir"); System.exit(1); } } try (BufferedReader bf = new BufferedReader(new FileReader("C:/tmp/cities.txt")); PrintStream psGr = new PrintStream(grFile, StandardCharsets.UTF_8); PrintStream psUsa = new PrintStream(usaFile, StandardCharsets.UTF_8); PrintStream psDe = new PrintStream(deFile, StandardCharsets.UTF_8)) { while ((line = bf.readLine()) != null) { cities = line.split(" +"); switch (cities[0]) { case "Greece": /*File grFile = new File(dir + "/" + "gr.txt"); PrintStream psGr = new PrintStream(grFile, StandardCharsets.UTF_8);*/ printTitle(psGr, "GR Cities"); printTokens(psGr, cities); //psGr.close(); break; case "USA": printTitle(psUsa, "USA Cities"); printTokens(psUsa, cities); break; case "Germany": printTitle(psDe, "Germany Cities"); printTokens(psDe, cities); break; default: System.out.println("Error in Cities file"); } } } catch (IOException e) { e.printStackTrace(); } } public static void printTokens(PrintStream ps, String[] tokens) { for (int i = 1; i < tokens.length; i++) { ps.print(tokens[i] + " "); } } public static void printTitle(PrintStream ps, String title) { ps.println(title); } }

a8anassis/codingfactory5-java

src/gr/aueb/cf/ch9/CitiesIOApp.java

489

package leitourgika_java; public class CPU { private Process runningProcess;// περιεχει τη διεργασια που χρησιμοποιει τη CPU την τρεχουσα στιγμη private int timeToNextContextSwitch;// περιεχει τη χρονικη στιγμη της επόμενης διακοπης private int lastProcessStartTime;// περιεχει τη χρονικη στιγμη εναρξης της τελευταιας διεργασιας public CPU() {} /* εισαγωγη της διεργασιας προς εκτελεση στη CPU */ public void addProcess(Process process){ this.runningProcess=process; } /* εξαγωγη τησ τρεχουσας διεργασιας από τη CPU */ public Process removeProcessFromCpu(){ runningProcess.setProcessState(3);//3-->H diergasia einai Terminated return runningProcess; } /* εκτελεση της διεργασιας με αντιστοιχη μειωση του χρόνου εκτελεσης της */ public void execute() { runningProcess.setProcessState(2);//2-->H diergasia einai Running int remaintime= runningProcess.getCpuRemainingTime(); runningProcess.changeCpuRemainingTime(remaintime-1); if(runningProcess.getCpuRemainingTime()==0) removeProcessFromCpu(); } public void setLastProcessStartTime() { lastProcessStartTime = runningProcess.arrivalTime; } public void setTimeToNextContextSwitch(int q) { timeToNextContextSwitch = q; } public int getLastProcessStartTime() { return lastProcessStartTime; } public int getTimeToNextContextSwitch() { return timeToNextContextSwitch; } public Process processeRuning() { return runningProcess; } }

mpantogi/routine_scheduling

src/leitourgika_java/CPU.java

490

package CarOps; import java.util.ArrayList; public class Engineer extends SystemUser { private int EngineerID; private boolean Available; public static int totalEngineers=0; private TaskAssignment aTaskAssignment; //Ολοκλήρωση Ανάθεσης απο τον Μηχανικό public void FinishAssignment(TaskAssignment anAssignment,ArrayList<AssignmentSparePart> ListOfParts) { this.Available=true; anAssignment.setFinished(true); anAssignment.getaRepairTask().setStatus("finished"); for(AssignmentSparePart Part:ListOfParts) { anAssignment.getaRepairTask().getaRepairFolder().getaRepair().getListOfParts().add(Part); } }; //Ο Μηχανικός μπορεί να προσθέτει τα εξαρτήματα που χρησιμοποίησε και την ποσότητα τους κατά την διάρκεια της ανάθεσης public void AddSparePartToAssignment(TaskAssignment anAssignment,SparePart aPart,int Quantity) { anAssignment.getAssignmentSparePartCatalog().add(new AssignmentSparePart(anAssignment,aPart,Quantity)); } //Προβολή της ανάθεσης από τον Μηχανικό public void PrintAssignment() { String assignmentname=aTaskAssignment.getaRepairTask().getaTask().getName(); System.out.println("Ανάθεση :" ); } public Engineer GetAvailableEngineer() { // TODO - implement �ngineer.GetAvailableEngineer throw new UnsupportedOperationException(); } public Engineer (String username, String password, String firstName, String lastName){ super(username, password,firstName,lastName); totalEngineers+=1; this.EngineerID=totalEngineers; this.Available=true; Registry.Engineers.add(this); } public int getEngineerID() { return EngineerID; } public void setEngineerID(int engineerID) { EngineerID = engineerID; } public boolean isAvailable() { return Available; } public void setAvailable(boolean available) { Available = available; } public void PrintAssigmentDetails(TaskAssignment aTA) { } }

TonyGnk/carops-information-system

code/src/CarOps/Engineer.java

491

/** * Να τροποποιηθούν κατάλληλα οι κλάσεις AND, OR, NOT ώστε να αναπαριστούν τους λογικούς τελεστές της σύζευξης * (δυαδικός), διάζευξης(δυαδικός) και άρνησης (μοναδιαίος) καθώς και κλάσεις T και F ώστε να αναπαριστούν τις * σταθερές λογικές τιμές true και false. Με τη βοήθεια των κλάσεων αυτών θέλουμε να μπορούμε να δημιουργούμε * οποιαδήποτε λογική παράσταση περιλαμβάνει αυτούς τους τελεστές και τιμές και καλώντας τη μέθοδο evaluate της * παράστασης να παίρνουμε την λογική αποτίμηση της (true/false). Θέλουμε να είναι εύκολη η επέκταση του λογισμικού μας * και με άλλους λογικούς τελεστές στο μέλλον (π.χ. XOR). * * Τροποποιήστε κατάλληλα το παρακάτω κομμάτι κώδικα ώστε να υλοποιεί ένα interface που να αναπαριστά μια λογική * παράσταση. * * Modify the classes AND, OR and NOT in order to represent the logical AND (binary), OR (binary) and NOT operators. * Modify also the classes T and F in order to represent the constant logical values true and false. Using these classes * we have to be able to create any logical expression that includes the operators above. We can evaluate an expression * using the "evaluate" method which returns true or false. Our software should be easily expandable for other operators * such as XOR. * * Modify the piece of code below in order to implements an interface for the logical expression. */ public interface Expression{ boolean evaluate(); }

auth-csd-oop-2020/lab-abstraction-AndNotOr-solved

src/Expression.java

492

package api; import java.io.Serializable; import java.time.LocalDateTime; import java.time.format.DateTimeFormatter; import java.util.ArrayList; import java.util.Iterator; /** * Αυτή η κλάση αναπαριστά μια αξιολόγηση ενός καταλύματος * @author Χρήστος Θεοφυλακτίδης * @author Γεώργιος Δάλλας */ public class Review implements Serializable { private String reviewText; private final String currentDate; private int reviewStars; private RegularUser author; private Accommodation accommodationReviewed; /** * Κατασκευαστής που παίρνει ως παράμετρο τον συγγραφέα της αξιολόγησης και το κατάλυμα το οποίο αξιολογείται και προσθέτει * την τρέχων ημερομηνία και ώρα στην παράμετρο currentDate. * Επιλέγεται να είναι υποχρεωτική η χρήση setters για την αρχικοποίηση των τιμών reviewText και ReviewStars, * ώστε να ελέγχονται οι τιμές που παίρνουν. */ public Review(RegularUser author, Accommodation accommodationReviewed) { this.author = author; this.accommodationReviewed = accommodationReviewed; DateTimeFormatter format = DateTimeFormatter.ofPattern("dd-MM-yyyy HH:mm:ss"); //format για να φαίνεται ωραία η ημερομηνία και ο χρόνος this.currentDate = LocalDateTime.now().format(format).toString(); } /** * Αυτή η μέθοδος δέχεται ως παράμετρο και ορίζει το κείμενο μιας αξιολόγησης. Το κείμενο αυτό πρέπει υποχρεωτικά να * μην είναι κενό και να μην υπερβαίνει τους 500 χαρακτήρες. * @param reviewText το κείμενο της αξιολόγησης * @return Επιστρέφει True αν το κείμενο δεν είναι κενό και δεν υπερβαίνει τους 500 χαρακτήρες. Αλλιώς επιστρέφει false. */ public boolean setReviewText(String reviewText) { if (reviewText.length() <= 500 && reviewText.length() > 0) { this.reviewText = reviewText; return true; } return false; } /** * Αυτή η μέθοδος δέχεται ως παράμετρο και ορίζει τη βαθμολογία μιας αξιολόγησης. Η βαθμολογία αυτή πρέπει υποχρεωτικά να * παίρνει τιμές ανάμεσα στο 1 και στο 5. * @param reviewStars η βαθμολογία (σε αστέρια) ενός καταλύματος * @return Επιστρέφει True αν η βαθμολογία παίρνει τιμές ανάμεσα στο 1 και στο 5. Αλλιώς επιστρέφει false. */ public boolean setReviewStars(int reviewStars) { if (reviewStars <= 5 && reviewStars>=1) { this.reviewStars = reviewStars; return true; } return false; } /** * Μέθοδος που προσδιορίζει το κατάλυμα στο οποίο αναφέρεται μια αξιολόγηση/ * @param accommodationReviewed το κατάλυμα για το οποίο θέλουμε να γραφτεί η αξιολόγηση. */ public void setAccommodationReviewed(Accommodation accommodationReviewed) { delete(); this.accommodationReviewed = accommodationReviewed; ArrayList<Review> ReviewsDB = (ArrayList<Review>) FileInteractions.loadFromBinaryFile("src/files/reviews.bin"); ReviewsDB.add(this); FileInteractions.saveToBinaryFile("src/files/reviews.bin",ReviewsDB); } /** * Μέθοδος επιστροφής της βαθμολογίας ενός καταλύματος. * @return τη βαθμολογία ενός καταλύματος. */ public int getReviewStars() { return reviewStars; } /** * Μέθοδος επιστροφής του συγγραφέα της αξιολόγησης. * @return τον συγγραφέα της αξιολόγησης */ public RegularUser getAuthor(){ return author; } /** * Μέθοδος επιστροφής του καταλύματος το οποίο αξιολογείται. * @return το κατάλυμα το οποίο αξιολογείται. */ public Accommodation getAccommodationReviewed() { return accommodationReviewed; } /** * Μέθοδος επιστροφής της ημερομηνίοας και της ώρας που έγινε η αξιολόγηση. * @return την ημερομηνία και την ώρα ποπυ έγινε η αξιολόγηση. */ public String getCurrentDate() { return currentDate; } /** * Μέθοδος επιστροφής του κειμένου της αξιολόγησης. * @return το κείμενο της αξιολόγησης. */ public String getReviewText() { return reviewText; } /** * Μέθοδος διαγραφής της αξιολόγησης για την οποία καλείται απο την λίστα με αξιολογήσεις που υπάρχει στο δυαδικό * αρχείο reviews.bin. */ public void delete(){ ArrayList<Review> ReviewsDB = (ArrayList<Review>) FileInteractions.loadFromBinaryFile("src/files/reviews.bin"); Iterator itr = ReviewsDB.iterator(); while (itr.hasNext()) { Review rev = (Review) itr.next(); if(rev.getAuthor().getUsername().equals(this.getAuthor().getUsername()) && rev.getReviewText().equals(this.getReviewText()) && rev.getAccommodationReviewed().equals(this.getAccommodationReviewed()) && (rev.getReviewStars() ==this.getReviewStars())) { itr.remove(); } } FileInteractions.saveToBinaryFile("src/files/reviews.bin",ReviewsDB); } }

dallasGeorge/reviewsApp

src/api/Review.java

494

package UserClientV1; import java.io.PrintWriter; import java.util.ArrayList; import java.util.List; import javax.swing.tree.TreeNode; import javax.swing.tree.TreePath; /** * Κλάση που έχει μέσα Static συναρτήσεις - εργαλεία με σκοπό να χρησιμοποιούνται * από παντού μέσα στο project . * @author Michael Galliakis */ public class Tools { /** * Συνάρτηση που παίρνει ένα Dercription και επιστρέφει το λεκτικό χωρίς * το ID συστήματος . * @param Description Ολόκληρη η περιγραφή μιας μονάδας ή ενός ελεγκτή . * @return Το λεκτικό της περιγραφής χωρίς το ID συστήματος που έχει. */ public static String getOnlyDescriptionWithoutSysID(String Description) { return Description.replaceFirst("^\\[[\\d/]+\\]", ""); } /** * Συνάρτηση που αν της δώσεις ένα ID συστήματος σου επιστρέφει μόνο το ID της βάσης. * Ουσιαστικά παίρνει μόνο το αριθμητικό αρχικό κομμάτι του ID συστήματος. * @param ID Συμβολοσειρά με το ID συστήματος. * @return Συμβολοσειρά με το ID της βάσης . */ public static String getOnlyDBID(String ID) { String result = "" ; char[] arrayOfChar = ID.toCharArray() ; for (int i = 0 ; i<arrayOfChar.length;i++) if (Character.isDigit(arrayOfChar[i])) result += arrayOfChar[i] ; return result ; } /** * Συνάρτηση που δημιουργήθηκε για να στέλνει ένα μήνυμα σε ένα socket με μια εντολή . * @param message Το μήνυμα που είναι να σταλεί μέσα από socket * @param pwReceiver Ένας {@link PrintWriter} για να στείλουμε μέσω αυτού το μήνυμα * μας στην "άλλη πλευρά" του socket . */ public static void send(String message,PrintWriter pwReceiver) { pwReceiver.println(message); pwReceiver.flush(); } /** * Συνάρτηση που ελέγχει αν είναι σωστό ένα command , δηλαδή αν το command που * λάβαμε από ένα message ενός socket είναι αυτό που περιμέναμε . * Επίσης απαντάει αυτοματοποιημένα στον αποστολέα σε περίπτωση λάθους . * @param command Η εντολή που λάβαμε . * @param awaitCommand Η εντολή που περιμένουμε να λάβουμε . * @param systemMessage Ένα μήνυμα για αναγνωριστικό ως προς το σύστημα . * @param messageReceived Το μήνυμα ολόκληρο που λάβαμε . * @param pwReceiver Ένας {@link PrintWriter} του αποστολέα του μηνύματος που θα παραλάβει τυχών απάντηση σε σφάλμα. * @return True αν είναι ίδια η εντολή που παραλάβαμε με αυτή που περιμέναμε , αλλιώς False . */ public static boolean isCorrectCommand(String command,String awaitCommand,String systemMessage,String messageReceived,PrintWriter pwReceiver) { return isCorrectCommand(command,awaitCommand,systemMessage,messageReceived,pwReceiver,true) ; } /** * Συνάρτηση που ελέγχει αν είναι σωστό ένα command , δηλαδή αν το command που * λάβαμε από ένα message ενός socket είναι αυτό που περιμέναμε . * Επίσης απαντάει αυτοματοποιημένα στον αποστολέα σε περίπτωση λάθους . * @param command Η εντολή που λάβαμε . * @param awaitCommand Η εντολή που περιμένουμε να λάβουμε . * @param systemMessage Ένα μήνυμα για αναγνωριστικό ως προς το σύστημα . * @param messageReceived Το μήνυμα ολόκληρο που λάβαμε . * @param pwReceiver Ένας {@link PrintWriter} του αποστολέα του μηνύματος που θα παραλάβει τυχών απάντηση σε σφάλμα. * @param writeMessage Ένας είναι True στέλνει μήνυμα σφάλματος στον αποστολέα του μηνύματος. * @return True αν είναι ίδια η εντολή που παραλάβαμε με αυτή που περιμέναμε , αλλιώς False . */ public static boolean isCorrectCommand(String command,String awaitCommand,String systemMessage,String messageReceived,PrintWriter pwReceiver,boolean writeMessage) { if (command.equals(awaitCommand)) { return true ; } else if (command.equals("ERROR")) { if (writeMessage) printSMError(awaitCommand,systemMessage,messageReceived,pwReceiver) ; return false ; } else { if (writeMessage) printSMACError(awaitCommand,systemMessage,messageReceived,pwReceiver); return false ; } } /** * Συνάρτηση που εμφανίζει με πιο ωραίο τρόπο μηνύματα σφάλματος στο Server. * @param awaitCommand Η εντολή που περιμένουμε να λάβουμε . * @param messageFailed Ένα μήνυμα για αναγνωριστικό ως προς το σύστημα . * @param messageReceived Το μήνυμα ολόκληρο που λάβαμε . */ public static void printSMError(String awaitCommand,String messageFailed,String messageReceived) { printSMError(awaitCommand,messageFailed,messageReceived,null); } /** * Συνάρτηση που εμφανίζει με πιο ωραίο τρόπο μηνύματα σφάλματος στο Server. * @param awaitCommand Η εντολή που περιμένουμε να λάβουμε . * @param messageFailed Ένα μήνυμα για αναγνωριστικό ως προς το σύστημα . * @param messageReceived Το μήνυμα ολόκληρο που λάβαμε . * @param pwReceiver Ένας {@link PrintWriter} του αποστολέα του μηνύματος που θα παραλάβει τυχών απάντηση σε σφάλμα. */ public static void printSMError(String awaitCommand,String messageFailed,String messageReceived,PrintWriter pwReceiver) { Debug.print(awaitCommand +" ERROR(1)!!!") ; Debug.print(" Receiver the message :("+messageReceived+ ") - ERROR(2)!!!") ; if (pwReceiver!=null) send(messageFailed,pwReceiver) ; } /** * Συνάρτηση που εμφανίζει με πιο ωραίο τρόπο μηνύματα σφάλματος στο Server. * @param awaitCommand Η εντολή που περιμένουμε να λάβουμε . * @param messageFailed Ένα μήνυμα για αναγνωριστικό ως προς το σύστημα . * @param messageReceived Το μήνυμα ολόκληρο που λάβαμε . */ public static void printSMACError(String awaitCommand,String messageFailed,String messageReceived) { printSMACError(awaitCommand,messageFailed,messageReceived,null); } /** * Συνάρτηση που εμφανίζει με πιο ωραίο τρόπο μηνύματα σφάλματος στο Server. * @param awaitCommand Η εντολή που περιμένουμε να λάβουμε . * @param messageFailed Ένα μήνυμα για αναγνωριστικό ως προς το σύστημα . * @param messageReceived Το μήνυμα ολόκληρο που λάβαμε . * @param pwReceiver Ένας {@link PrintWriter} του αποστολέα του μηνύματος που θα παραλάβει τυχών απάντηση σε σφάλμα. */ public static void printSMACError(String awaitCommand,String messageFailed,String messageReceived,PrintWriter pwReceiver) { Debug.print(" Await : " + awaitCommand +" and receiver another command - ERROR(1)!!!") ; Debug.print(" Receiver the message :("+messageReceived+ ") - ERROR(2)!!!") ; if (pwReceiver!=null) send(messageFailed,pwReceiver) ; } /** * Είναι μια συνάρτηση που ελέγχει αν μια συμβολοσειρά είναι αριθμός . * @param sNum Μια συμβολοσειρά για έλεγχο . * @return True αν είναι αριθμός η συμβολοσειρά ή False αν δεν είναι . */ public static boolean isNumeric(String sNum) { double res ; try { res = Double.parseDouble(sNum); } catch (Exception ex) { //Nothing return false ; } return true ; } /** * Είναι μια συνάρτηση που ελέγχει αν μια συμβολοσειρά είναι αποδεκτή πόρτα . * @param sPort Μια συμβολοσειρά για έλεγχο . * @return True αν είναι αποδεκτή πόρτα ή False αν όχι. */ public static boolean isCorrectPort(String sPort) { int res ; try { res = Integer.parseInt(sPort); } catch (Exception ex) { return false ; } if (res<0 || res>65536) return false ; return true ; } /** * Συνάρτιση που βρίσκει και επιστρέφει το TreePath ενός TreeNode . * @param treeNode Το TreeNode που θέλουμε να του βρούμε το TreePath. * @return Το TreePath που έχει το treeNode που έχουμε δώσει στην παράμετρο * και αν δεν έχει κάποιο TreePath επιστρέφει null. */ public static TreePath getPath(TreeNode treeNode) { List<Object> nodes = new ArrayList<>(); if (treeNode != null) { nodes.add(treeNode); treeNode = treeNode.getParent(); while (treeNode != null) { nodes.add(0, treeNode); treeNode = treeNode.getParent(); } } return nodes.isEmpty() ? null : new TreePath(nodes.toArray()); } /** * Κλάση που βοηθάει στο Debug . * Κυρίως εμφανίζει μηνύματα. */ public static class Debug { Debug() { mikeSpentCounter = 0; } /** * Τυπώνει ένα μήνυμα στην οθόνη . * @param message Το μήνυμα */ public static void print(String message) { try { //Globals.debugDoc.insertString(Globals.debugDoc.getLength(), "\n" + " | " + message + " | ", null); System.out.println(" | " + message + " | "); } catch(Exception e) { System.out.println(e); } } /** * Εμφανίζει στην οθόνη ένα Exception αναλυτικά. * @param ex Ένα {@link Exception} για να εμφανιστεί αναλυτικά στην οθόνη . */ public static void printError(Exception ex) { //System.out.println(ex.getMessage()); ex.printStackTrace(); } private static int mikeSpentCounter ; /** * Μια μέθοδος για βοήθεια στο debugging . */ public static void Spent() { System.out.println("Mike Spent here! :" + mikeSpentCounter++); } } } /* * * * * * * * * * * * * * * * * * * * * * * * * + + + + + + + + + + + + + + + + + + + + + * * +- - - - - - - - - - - - - - - - - - - -+ * * +| P P P P M M M M G G G G |+ * * +| P P M M M M G G |+ * * +| P P P p M M M M G |+ * * +| P M M M G G G G |+ * * +| P M M G G |+ * * +| P ® M M ® G G G G |+ * * +- - - - - - - - - - - - - - - - - - - -+ * * + .----. @ @ |+ * * + / .-"-.`. \v/ |+ * * + | | '\ \ \_/ ) |+ * * + ,-\ `-.' /.' / |+ * * + '---`----'----' |+ * * +- - - - - - - - - - - - - - - - - - - -+ * * + + + + + + + + + + + + + + + + + + + + + * * +- - - - - - - - - - - - - - - - - - - -+ * * +| Thesis Michael Galliakis 2016 |+ * * +| Program m_g ; -) [email protected] |+ * * +| TEI Athens - IT department. |+ * * +| [email protected] |+ * * +| https://github.com/michaelgalliakis |+ * * +| (myThesis.git) |+ * * +- - - - - - - - - - - - - - - - - - - -+ * * + + + + + + + + + + + + + + + + + + + + + * * * * * * * * * * * * * * * * * * * * * * * * */

michaelgalliakis/myThesis

UserClientV1/src/UserClientV1/Tools.java

495

public class Payment extends Transaction implements iFinancialTransaction{ private double paidAmount; private double vAT; // Default constructor public Payment() { // Αρχικοποίηση των χαρακτηριστικών της κλάσης. this.vAT = 0; this.paidAmount = 0; } @Override public double getAmmountWithVAT() { // Υλοποίηση της getAmmountWithVAT() που δηλώνεται στο interface iFinancialTransaction. Ζητούμενο της άσκησης. return this.paidAmount + this.vAT; } // Μέθοδοι get, set & toString public void setvAT(double vAT) { this.vAT = vAT; } public double getvAT() { return this.vAT; } public double getPaidAmount() { return this.paidAmount; } public void setPaidAmount(double paidAmount) { this.paidAmount = paidAmount; } @Override public int getId() { return super.getId(); } @Override public void setId(int id) { super.setId(id); } @Override public String getCode() { return super.getCode(); } @Override public void setCode(String code) { super.setCode(code); } public String toString() { return "id: " + super.getId() + ", paidAmount: " + this.paidAmount + ", vAT: " + this.vAT; } }

panosale/DIPAE_OOP_2nd_Term-JAVA

PaliaThemata/OOP_E22-23/src/Payment.java

496

package Utils; import java.text.SimpleDateFormat; import java.util.Date; /** * * @author icsd12015 */ public class ColorPrint { private static final SimpleDateFormat sdf = new SimpleDateFormat("HH:mm:ss"); public static void print (String msg, String color) { System.out.print(ANSI_YELLOW + "[" + sdf.format(new Date()) + "] " + ANSI_RESET); System.out.println(color + msg + ANSI_RESET); } public static void print (String msg, String color, SimpleDateFormat sdf) { System.out.print(ANSI_YELLOW + "[" + sdf.format(new Date()) + "] " + ANSI_RESET); System.out.println(color + msg + ANSI_RESET); } //Η μεταβλητες που χρησιμοποιω για την εμφανιση των χρωματων στην κονσολα //(τα πηρα και αυτα απο μια παλια εργασια στη Java) // <editor-fold defaultstate="collapsed" desc="Colors Variables"> public static final String ANSI_RESET = "\u001B[0m"; public static final String ANSI_BLACK = "\u001B[30m"; public static final String ANSI_RED = "\u001B[31m"; public static final String ANSI_GREEN = "\u001B[32m"; public static final String ANSI_YELLOW = "\u001B[33m"; public static final String ANSI_BLUE = "\u001B[34m"; public static final String ANSI_PURPLE = "\u001B[35m"; public static final String ANSI_CYAN = "\u001B[36m"; // </editor-fold> }

icsd12015/projects_security

SIPKAP/Project/src/Utils/ColorPrint.java

497

// Άσκηση 1.1 public class Lab implements LabInterface{ private String labName; private int labCapacity; private int labCurrentSize = 0; private Student[] labArray; public Lab() { // Default constructor } public Lab(String newLabName, int newLabCapacity) { // Full constructor this.labName = newLabName; this.labCapacity = newLabCapacity; labArray = new Student[newLabCapacity]; System.out.println("Το εργαστήριο '" + newLabName + "', με χωρητικότητα " + newLabCapacity + " ατόμων δημιουργήθηκε με επιτυχία."); } public Lab(String newLabName) { // Semi constructor this(newLabName, 20); // Default capacity given here } // Setters-Getters public void setLabName(String newLabName) { this.labName = newLabName; } public String getLabName() { return this.labName; } public void setLabCapacity(int newLabCapacity) { this.labCapacity = newLabCapacity; } public int getLabCapacity() { return this.labCapacity; } public void setLabCurrentSize(int newLabCurrentSize) { this.labCurrentSize = newLabCurrentSize; } public int getLabCurrentSize() { return this.labCurrentSize; } public void getLabArray() { for (int i = 0; i < this.labCurrentSize; i++) System.out.println("Φοιτητής [" + (i+1) + "]: \n" + this.labArray[i].toString() + "\n"); } // toString public String toString() { return "Εργαστήριο: " + this.labName + ".\nΧωρητικότητα εργαστηρίου: " + this.labCapacity + " σπουδαστές.\nΤρέχον μέγεθος: " + this.labCurrentSize + " σπουδαστές."; } // Μέθοδοι διαχείρισης δεδομένων public boolean insertStudent(Student std) { // Εισαγωγή φοιτητή στο τμήμα if (this.labCurrentSize >= this.labCapacity) { // Αν το μέγεθος του εργαστηρίου έχει φτάσει την χωρητικότητα του... System.out.println("Lab '" + this.labName + "' is full."); //... τότε εμφανίζει μήνυμα πληρότητας... return false; // ...και επιστρέφει false } else { // Διαφορετικά... this.labArray[labCurrentSize++] = std; //...προσθέτει το νέο φοιτητή στην τρέχουσα θέση, κατόπιν αυξάνει το μέγεθος τους εργαστηρίου... return true; //...και επιστρέφει true } } public boolean deleteStudent(Student std) { // Διαγραφή φοιτητή από το τμήμα for (int i = 0; i < this.labCurrentSize; i++) if (this.labArray[i] == std) // Αν ο φοιτητής που θέλω να διαγράψω βρεθεί στη θέση i τότε ... { //... μεταφέρω στη θέση i τον φοιτητή από την τελευταία θέση του πίνακα μειώνω το μέγεθος του πίνακα κατά 1 ... this.labArray[i] = this.labArray[--this.labCurrentSize]; return true; // ... και επιστρέφω true (έγινε η αφαίρεση) } return false; // Αν δεν βρεθεί φοιτητής επιστρέφω false. } public Student searchStudent(int am) { // Αναζήτηση φοιτητή στο τμήμα με ΑΜ for (int i = 0; i < this.labCurrentSize; i++) if (this.labArray[i].getAM() == am) return this.labArray[i]; return null; } public void parousiologio() { // Εκτύπωση του παρουσιολογίου του τμήματος for (int i = 0; i < this.labCurrentSize; i++) { System.out.println("Φοιτητής: " + this.labArray[i].getAM() + ", " + this.labArray[i].getLastName() + " " + this.labArray[i].getFirstName() + ". Απουσίες: " + this.labArray[i].getArithmosApousion() + ". Βαθμός: " + this.labArray[i].getVathmos()); } } public int succededStudents() { // Υπολογισμός επιτυχόντων φοιτητών (με βαθμό πάνω από 5 και απουσίες κάτω από 2) int succeded = 0; for (int i = 0; i < this.labCurrentSize; i++) if ((this.labArray[i].getVathmos() >= 5) && (this.labArray[i].getArithmosApousion() <= 2)) succeded++; return succeded; } public int failedStudents() { // Υπολογισμός φοιτητών που δεν πέρασαν (με βαθμό κάτω από 5 και απουσίες πάνω από 2) return (this.labCurrentSize - this.succededStudents()); } public double averageGrade() { // Μέσος όρος βαθμολογιών όλου του τμήματος double sum = 0.0; for (int i = 0; i < this.labCurrentSize; i++) sum = sum + this.labArray[i].getVathmos(); return sum / this.getLabCurrentSize(); } }

panosale/DIPAE_DataStructures_3rd_Term

Askisi1/src/Lab.java

498

import java.util.*; public class tickets { public String comment; public User user; public String state; public ArrayList<tickets> ticketsList; public tickets(User user, String comment, String state) { this.user=user; this.comment=comment; this.state=state; this.ticketsList=new ArrayList<tickets>(); } public void set_ticketsList(tickets tickets) throws FlybyException{ if(this.ticketsList.contains(tickets)){ //ελέγχω αν το αντικελιμενο που θέλω να προσθέσω υπάρχει ήδη στη λίστα throw new FlybyException("Item already exists"); //χρησιμοποιώ κλάση εξαίρεσης αν το αντικείμενο υπα΄ρχει ήδη στη λίστα } else{ //αν δεν υπάρχει το προσθέτω στη λίστα this.ticketsList.add(tickets); } } public void print_ticket(tickets ticket){ System.out.print("Ticket comment: "+ ticket.comment+"\n"); System.out.print("user reporting this post: "); this.user.print_user(ticket.user); System.out.print("State of ticket: "+ticket.state+"\n"); } }

poulcheria/FlyBy

backend/tickets.java

499

import com.mysql.jdbc.Connection; import java.sql.DriverManager; import java.sql.SQLException; import java.sql.Statement; /** * Created by George on 28/9/2016. */ public class StatCreator { public static void main(String[] args) throws SQLException { Connection conn = null; /** * Στη συγκεκριμένη κλάση δημιουργούμε το πίνακα που * θα φιλοξενήσει τα στοιχεία που θα συλλέγουμε απο το website * */ try { String userName = "root"; String password = "root"; String url = "jdbc:mysql://localhost:3306/bet?characterEncoding=utf8"; // σύνδεση με το localhost Class.forName ("com.mysql.jdbc.Driver").newInstance (); conn = (Connection) DriverManager.getConnection (url, userName, password); System.out.println ("Database connection established"); } catch (Exception e) { System.err.println ("Cannot connect to database server"); } Statement s = conn.createStatement (); s.executeUpdate("DROP TABLE IF EXISTS Statistics "); s.executeUpdate("CREATE TABLE Statistics ( " //Δημιουργία του πίνακα μας + " id INT( 11 ) NOT NULL AUTO_INCREMENT ," + " Home VARCHAR(45) NOT NULL," + " Draw VARCHAR(45) NOT NULL," + " Away VARCHAR(45) NOT NULL," + " nGames VARCHAR(45) NOT NULL," + " 1percentage VARCHAR(45) NOT NULL," + " Xpercentage VARCHAR(45) NOT NULL," + " 2percentage VARCHAR(45) NOT NULL," + " Recent VARCHAR(150) NOT NULL," + " 1Delay VARCHAR(45) NOT NULL," + " xDelay VARCHAR(45) NOT NULL," + " 2Delay VARCHAR(45) NOT NULL," + " PRIMARY KEY (id) )" ); System.out.println("Table created."); } }

grokkos/bet-strategy

src/StatCreator.java

500

/** * Αυτή η κλάση αναπαραριστά ένα ηχοσύστημα. Κάθε ηχοσύστημα αποτελείται από 2 ήχεια (κλάση Speaker). * This class represents a sound system. Each sound system has 2 speakers (Speaker class). */ public class SoundSystem { Speaker speaker1; Speaker speaker2; // Κατασκευάστε δύο κατασκευαστές (υπερφόρτωση). Ο πρώτος κατασκευαστής δεν θα δέχεται κανένα όρισμα και το // ηχοσύστημα θα αποτελείται από 2 ήχεια των 40 watts και 60 spl. Ο δεύτερος κατασκευαστής θα δέχεται δύο ηχεία ως // παραμέτρους. // Create two constructors (overload). The first constructor should not have any parameters and the sound system will // have two speakers of 40 watts and 60 spl. The second constructor should have two parameters which should be // the two speakers. public SoundSystem() { this.speaker1 = new Speaker(40); this.speaker2 = new Speaker(40); } public SoundSystem(Speaker speaker1, Speaker speaker2) { this.speaker1 = speaker1; this.speaker2 = speaker2; } /** * Μέθοδος που αλλάζει το πρώτο ηχείο. * This method should change the first speaker. */ public void setSpeaker1(Speaker speaker) { this.speaker1 = speaker; } /** * Μέθοδος που αλλάζει το δεύτερο ηχείο. * This method should change the second speaker. */ public void setSpeaker2(Speaker speaker) { this.speaker2 = speaker; } /** * Μέθοδος που επιστρέφει το πρώτο ηχείο. * This method should return the first speaker. */ public Speaker getSpeaker1() { return speaker1; } /** * Μέθοδος που επιστρέφει το δεύτερο ηχείο. * This method should return the second speaker. */ public Speaker getSpeaker2() { return speaker2; } /** * Αυτή η μέθοδος επιστρέφει το άθροισμα της ισχύς του ηχοσυστήματος. * This method should return the sound system's total power. */ public int getTotalWatts() { return this.speaker1.getWatts() + this.speaker2.getWatts(); } /** * Αυτή η μέθοδος θα πρέπει να επιστρέφει την μέση βαθμολογία του ηχοσυστήματος. * This method should return the average rating of the sound system. */ public double getAverageRating() { return (this.speaker1.getRating() + this.speaker2.getRating()) / 2.0; } }

auth-csd-oop-2023/lab-objectInteraction-SoundSystem-Simple-solved

src/SoundSystem.java

504

public class WhileEffi { public static void main(String[] args){ int REPEAT = 300_000_000; long start, end; start = System.currentTimeMillis(); for ( int x=0; x<REPEAT; x++ ) for ( int y=0; y<REPEAT; y++ ) ; //nothing // just two nested loops. end = System.currentTimeMillis(); System.out.println("Σύγκριση με τιμή: "+( end - start )); start = System.currentTimeMillis(); for ( int x=REPEAT; x==0; x-- ) for ( int y=REPEAT; y==0; y-- ) ; //nothing // just two nested loops. end = System.currentTimeMillis(); System.out.println("Σύγκριση με μηδέν: "+ ( end - start )); } }

riggas-ionio/java

lecture-examples/02-essentials/WhileEffi.java

505

package gui; import java.awt.Dimension; import javax.swing.ImageIcon; import javax.swing.JFrame; import javax.swing.JLabel; import javax.swing.JWindow; import javax.swing.SwingConstants; /** * Η κλάση BFrame υλοποιεί τα χαρακτηριστικά του frame της εφαρμογής. Κληρονομεί * από την JFrame. * * @author tasosxak * @author Thanasis * @version 1.0 * @since 7/1/17 * */ public class BFrame extends JFrame { JLabel basiclabel = new JLabel(); JWindow window = new JWindow(); public BFrame(String name) { loadImage(); //SplashScreen (φόρτωση αρχικής εισαγωγικής εικόνας) setDefaultCloseOperation(JFrame.EXIT_ON_CLOSE); setTitle(name); setResizable(false); getContentPane().setPreferredSize(new Dimension(1000, 563)); pack(); pack(); setLocationRelativeTo(null); } private void loadImage() { //Δημιουργία παραθύρου με την φωτογραφία window.getContentPane().add( new JLabel("", new ImageIcon(getClass().getResource("/images/buzz_images/1.jpg")), SwingConstants.CENTER)); window.setSize(580, 278); window.setLocationRelativeTo(null); //στοίχηση στο κέντρο window.setVisible(true); try { Thread.sleep(2000); //Εμφάνιση του παραθύρου αυτού για 2 δευτερόλεπτα } catch (InterruptedException e) { e.getMessage(); } window.dispose(); //Εξαφάνιση του παραθύρου αυτού } }

TeamLS/Buzz

src/gui/BFrame.java