id
int64 22
34.9k
| original_code
stringlengths 31
107k
| code_wo_comment
stringlengths 29
77.3k
| cleancode
stringlengths 25
62.1k
| repo
stringlengths 6
65
| label
sequencelengths 4
4
|
|---|---|---|---|---|---|
30,822 | public void checkBookmarks() throws IOException {
for (Bookmark bookmark : bookmarksService.getBookmarks()) {
bookmarksService.doCheck(bookmark);
JavaFxUtils.getController(BookmarksController.class).bookmarksTableView.refresh();
}
JavaFxUtils.getController(BookmarksController.class).tableView.setUserData(null);
JavaFxUtils.getController(BookmarksController.class).webView.setUserData(null);
//TODO refresh current bookmark if not SAME
if (currentBookmark != null/* && JavaFxUtils.currentBookmark.getStatus() == BookmarkStatus.CHANGED*/) {
JavaFxUtils.getController(BookmarksController.class).refresh();
}
} | public void checkBookmarks() throws IOException {
for (Bookmark bookmark : bookmarksService.getBookmarks()) {
bookmarksService.doCheck(bookmark);
JavaFxUtils.getController(BookmarksController.class).bookmarksTableView.refresh();
}
JavaFxUtils.getController(BookmarksController.class).tableView.setUserData(null);
JavaFxUtils.getController(BookmarksController.class).webView.setUserData(null);
if (currentBookmark != nul) {
JavaFxUtils.getController(BookmarksController.class).refresh();
}
} | public void checkbookmarks() throws ioexception { for (bookmark bookmark : bookmarksservice.getbookmarks()) { bookmarksservice.docheck(bookmark); javafxutils.getcontroller(bookmarkscontroller.class).bookmarkstableview.refresh(); } javafxutils.getcontroller(bookmarkscontroller.class).tableview.setuserdata(null); javafxutils.getcontroller(bookmarkscontroller.class).webview.setuserdata(null); if (currentbookmark != nul) { javafxutils.getcontroller(bookmarkscontroller.class).refresh(); } } | LeonisX/jSite-Watcher | [
0,
1,
0,
0
] |
22,752 | public void remove( )
{
// TODO Add remove operation support.
} | public void remove( )
{
} | public void remove( ) { } | JamesCao2048/BlizzardData | [
0,
1,
0,
0
] |
30,989 | public String longestPalindrome(String s) {
// TODO：write your code here
return "";
} | public String longestPalindrome(String s) {
return "";
} | public string longestpalindrome(string s) { return ""; } | MessierObject111/algorithms-playground | [
0,
1,
0,
0
] |
30,992 | public File executeOptimization() throws IOException, InterruptedException {
final String path = workingFile.getCanonicalPath();
// FIXME Handle the ImageFileOptimizationException in one of the optimizations so it does not impact the other optimizations.
return executePngquant(executeOptipng(executePngout(executeAdvpng(executePngquant(executeOptipng(executePngout(executeAdvpng(workingFile, path), path), path), path), path), path), path), path);
} | public File executeOptimization() throws IOException, InterruptedException {
final String path = workingFile.getCanonicalPath();
return executePngquant(executeOptipng(executePngout(executeAdvpng(executePngquant(executeOptipng(executePngout(executeAdvpng(workingFile, path), path), path), path), path), path), path), path);
} | public file executeoptimization() throws ioexception, interruptedexception { final string path = workingfile.getcanonicalpath(); return executepngquant(executeoptipng(executepngout(executeadvpng(executepngquant(executeoptipng(executepngout(executeadvpng(workingfile, path), path), path), path), path), path), path), path); } | MatthewJuliusScott/ImageOptimization | [
1,
0,
0,
0
] |
23,231 | @Test
public void testValueOfJ() {
// workaround to register this test as covering some part of the testee.
// static variable access does not currently register as coverage . . .
HasMutableStaticInitializer.noticeMe();
assertEquals(101, HasMutableStaticInitializer.j);
} | @Test
public void testValueOfJ() {
HasMutableStaticInitializer.noticeMe();
assertEquals(101, HasMutableStaticInitializer.j);
} | @test public void testvalueofj() { hasmutablestaticinitializer.noticeme(); assertequals(101, hasmutablestaticinitializer.j); } | Programming-Systems-Lab/pitest | [
0,
1,
0,
0
] |
31,477 | @Test
public void testLineOfCaller() {
assumeStackTraceDetailsAvailable();
DynamicConverter<ILoggingEvent> converter = new LineOfCallerConverter();
StringBuilder buf = new StringBuilder();
converter.write(buf, le);
// the number below should be the line number of the previous line
assertEquals("78", buf.toString());
// TODO: Refactor this test so that it does not depend on the actual line numbers of this file
} | @Test
public void testLineOfCaller() {
assumeStackTraceDetailsAvailable();
DynamicConverter<ILoggingEvent> converter = new LineOfCallerConverter();
StringBuilder buf = new StringBuilder();
converter.write(buf, le);
assertEquals("78", buf.toString());
} | @test public void testlineofcaller() { assumestacktracedetailsavailable(); dynamicconverter<iloggingevent> converter = new lineofcallerconverter(); stringbuilder buf = new stringbuilder(); converter.write(buf, le); assertequals("78", buf.tostring()); } | LinZong/logback-android | [
0,
0,
0,
1
] |
23,314 | @Override
public void runOpMode() throws InterruptedException {
/*
Initialize the setDrivePowers system variables. The init() methods of our hardware class
does all the work:
*/
FtcDashboard dashboard = FtcDashboard.getInstance();
Telemetry dashboardTelemetry = dashboard.getTelemetry();
robot.init(hardwareMap, this, true, false);
/*
Init Delay Option Select:
*/
// After init is pushed but before Start we can change the delay using dpad up/down //
delayTimer.reset();
// Runs a loop to change certain settings while we wait to start
while (!opModeIsActive()) {
if (this.isStopRequested()) {
// Leave the loop if STOP is pressed
return;
}
if (gamepad1.dpad_up && (delayTimer.seconds() > 0.8)) {
// Increases the amount of time we wait
timeDelay += 1;
delayTimer.reset();
}
if (gamepad1.dpad_down && (delayTimer.seconds() > 0.8)) {
// Decreases the amount of time we wait
if (timeDelay > 0) {
// No such thing as negative time
timeDelay -= 1;
}
delayTimer.reset();
}
if (((gamepad1.x) && delayTimer.seconds() > 0.8)) {
// Changes Alliance Sides
if (isRedAlliance) {
isRedAlliance = false;
robot.isRedAlliance = false;
} else {
isRedAlliance = true;
robot.isRedAlliance = true;
}
delayTimer.reset();
}
/**
* LED code:
*/
if (robot.eyes.getNumRings() == CatHW_Vision.UltimateGoalPipeline.numRings.NONE) {
robot.lights.setDefaultColor(RevBlinkinLedDriver.BlinkinPattern.RAINBOW_LAVA_PALETTE);
}
if (robot.eyes.getNumRings() == CatHW_Vision.UltimateGoalPipeline.numRings.ONE) {
robot.lights.setDefaultColor(RevBlinkinLedDriver.BlinkinPattern.RAINBOW_OCEAN_PALETTE);
}
if (robot.eyes.getNumRings() == CatHW_Vision.UltimateGoalPipeline.numRings.FOUR) {
robot.lights.setDefaultColor(RevBlinkinLedDriver.BlinkinPattern.RAINBOW_PARTY_PALETTE);
}
/**
* Telemetry while waiting for PLAY:
*/
telemetry.addData("Delay Timer: ", timeDelay);
if (isRedAlliance) {
telemetry.addData("Alliance: ", "Red");
} else {
telemetry.addData("Alliance: ", "Blue");
}
telemetry.addData("Num of Rings", "%s",robot.eyes.getNumRings().toString());
dashboardTelemetry.addData("Num of Rings", "%s",robot.eyes.getNumRings().toString());
dashboardTelemetry.addData("Analysis", "%d", robot.eyes.pipeline.getAnalysis());
dashboardTelemetry.update();
telemetry.update();
/**
* We don't need a "waitForStart()" since we've been running our own
* loop all this time so that we can make some changes.
*/
}
CatHW_Vision.UltimateGoalPipeline.numRings numRings = robot.eyes.getNumRings();
/**
* Runs after hit start:
* DO STUFF FOR the OPMODE!!!
*/
/**
* Init the IMU after play so that it is not offset after
* remaining idle for a minute or two...
*/
robot.driveClassic.IMU_Init();
// Time Delay:
robot.robotWait(timeDelay);
robot.driveOdo.quickDrive(-4,48,0.5, 0,3.0);
for (int i = 0; i < 5; i++) {
robot.robotWait(5);
Log.d("catbot", String.format("Translate Time wait current %.2f %.2f %.1f ",
robot.driveOdo.updatesThread.positionUpdate.returnXInches(),
robot.driveOdo.updatesThread.positionUpdate.returnYInches(),
robot.driveOdo.updatesThread.positionUpdate.returnOrientation()
));
robot.driveOdo.quickDrive( -4,96,0.8, 0,5.0);
robot.driveOdo.quickDrive(-52,96,0.8, 0,5.0);
robot.driveOdo.quickDrive(-52,48,0.8, 0,5.0);
robot.driveOdo.quickDrive( -4,48,0.8, 0,5.0);
}
/*
for (int i = 0; i <= 5; i++) {
robot.robotWait(5);
robot.driveOdo.quickDrive( -4,96,0.3, -90,3.0);
robot.driveOdo.quickDrive(-52,96,0.3, 0,3.0);
robot.driveOdo.quickDrive(-52,48,0.3, 90,3.0);
robot.driveOdo.quickDrive( -4,48,0.3, 0,3.0);
}
*/
robot.driveOdo.updatesThread.stop();
} | @Override
public void runOpMode() throws InterruptedException {
FtcDashboard dashboard = FtcDashboard.getInstance();
Telemetry dashboardTelemetry = dashboard.getTelemetry();
robot.init(hardwareMap, this, true, false);
delayTimer.reset();
while (!opModeIsActive()) {
if (this.isStopRequested()) {
return;
}
if (gamepad1.dpad_up && (delayTimer.seconds() > 0.8)) {
timeDelay += 1;
delayTimer.reset();
}
if (gamepad1.dpad_down && (delayTimer.seconds() > 0.8)) {
if (timeDelay > 0) {
timeDelay -= 1;
}
delayTimer.reset();
}
if (((gamepad1.x) && delayTimer.seconds() > 0.8)) {
if (isRedAlliance) {
isRedAlliance = false;
robot.isRedAlliance = false;
} else {
isRedAlliance = true;
robot.isRedAlliance = true;
}
delayTimer.reset();
}
if (robot.eyes.getNumRings() == CatHW_Vision.UltimateGoalPipeline.numRings.NONE) {
robot.lights.setDefaultColor(RevBlinkinLedDriver.BlinkinPattern.RAINBOW_LAVA_PALETTE);
}
if (robot.eyes.getNumRings() == CatHW_Vision.UltimateGoalPipeline.numRings.ONE) {
robot.lights.setDefaultColor(RevBlinkinLedDriver.BlinkinPattern.RAINBOW_OCEAN_PALETTE);
}
if (robot.eyes.getNumRings() == CatHW_Vision.UltimateGoalPipeline.numRings.FOUR) {
robot.lights.setDefaultColor(RevBlinkinLedDriver.BlinkinPattern.RAINBOW_PARTY_PALETTE);
}
telemetry.addData("Delay Timer: ", timeDelay);
if (isRedAlliance) {
telemetry.addData("Alliance: ", "Red");
} else {
telemetry.addData("Alliance: ", "Blue");
}
telemetry.addData("Num of Rings", "%s",robot.eyes.getNumRings().toString());
dashboardTelemetry.addData("Num of Rings", "%s",robot.eyes.getNumRings().toString());
dashboardTelemetry.addData("Analysis", "%d", robot.eyes.pipeline.getAnalysis());
dashboardTelemetry.update();
telemetry.update();
}
CatHW_Vision.UltimateGoalPipeline.numRings numRings = robot.eyes.getNumRings();
robot.driveClassic.IMU_Init();
robot.robotWait(timeDelay);
robot.driveOdo.quickDrive(-4,48,0.5, 0,3.0);
for (int i = 0; i < 5; i++) {
robot.robotWait(5);
Log.d("catbot", String.format("Translate Time wait current %.2f %.2f %.1f ",
robot.driveOdo.updatesThread.positionUpdate.returnXInches(),
robot.driveOdo.updatesThread.positionUpdate.returnYInches(),
robot.driveOdo.updatesThread.positionUpdate.returnOrientation()
));
robot.driveOdo.quickDrive( -4,96,0.8, 0,5.0);
robot.driveOdo.quickDrive(-52,96,0.8, 0,5.0);
robot.driveOdo.quickDrive(-52,48,0.8, 0,5.0);
robot.driveOdo.quickDrive( -4,48,0.8, 0,5.0);
}
robot.driveOdo.updatesThread.stop();
} | @override public void runopmode() throws interruptedexception { ftcdashboard dashboard = ftcdashboard.getinstance(); telemetry dashboardtelemetry = dashboard.gettelemetry(); robot.init(hardwaremap, this, true, false); delaytimer.reset(); while (!opmodeisactive()) { if (this.isstoprequested()) { return; } if (gamepad1.dpad_up && (delaytimer.seconds() > 0.8)) { timedelay += 1; delaytimer.reset(); } if (gamepad1.dpad_down && (delaytimer.seconds() > 0.8)) { if (timedelay > 0) { timedelay -= 1; } delaytimer.reset(); } if (((gamepad1.x) && delaytimer.seconds() > 0.8)) { if (isredalliance) { isredalliance = false; robot.isredalliance = false; } else { isredalliance = true; robot.isredalliance = true; } delaytimer.reset(); } if (robot.eyes.getnumrings() == cathw_vision.ultimategoalpipeline.numrings.none) { robot.lights.setdefaultcolor(revblinkinleddriver.blinkinpattern.rainbow_lava_palette); } if (robot.eyes.getnumrings() == cathw_vision.ultimategoalpipeline.numrings.one) { robot.lights.setdefaultcolor(revblinkinleddriver.blinkinpattern.rainbow_ocean_palette); } if (robot.eyes.getnumrings() == cathw_vision.ultimategoalpipeline.numrings.four) { robot.lights.setdefaultcolor(revblinkinleddriver.blinkinpattern.rainbow_party_palette); } telemetry.adddata("delay timer: ", timedelay); if (isredalliance) { telemetry.adddata("alliance: ", "red"); } else { telemetry.adddata("alliance: ", "blue"); } telemetry.adddata("num of rings", "%s",robot.eyes.getnumrings().tostring()); dashboardtelemetry.adddata("num of rings", "%s",robot.eyes.getnumrings().tostring()); dashboardtelemetry.adddata("analysis", "%d", robot.eyes.pipeline.getanalysis()); dashboardtelemetry.update(); telemetry.update(); } cathw_vision.ultimategoalpipeline.numrings numrings = robot.eyes.getnumrings(); robot.driveclassic.imu_init(); robot.robotwait(timedelay); robot.driveodo.quickdrive(-4,48,0.5, 0,3.0); for (int i = 0; i < 5; i++) { robot.robotwait(5); log.d("catbot", string.format("translate time wait current %.2f %.2f %.1f ", robot.driveodo.updatesthread.positionupdate.returnxinches(), robot.driveodo.updatesthread.positionupdate.returnyinches(), robot.driveodo.updatesthread.positionupdate.returnorientation() )); robot.driveodo.quickdrive( -4,96,0.8, 0,5.0); robot.driveodo.quickdrive(-52,96,0.8, 0,5.0); robot.driveodo.quickdrive(-52,48,0.8, 0,5.0); robot.driveodo.quickdrive( -4,48,0.8, 0,5.0); } robot.driveodo.updatesthread.stop(); } | PanzerSchnitter/UltimateGoal2020 | [
0,
0,
0,
0
] |
15,126 | private void clanList(L2PcInstance activeChar, int index)
{
if (index < 1)
{
index = 1;
}
// header
final StringBuilder html = StringUtil.startAppend(2000, "<html><body><br><br><center><br1><br1><table border=0 cellspacing=0 cellpadding=0><tr><td FIXWIDTH=15> </td><td width=610 height=30 align=left><a action=\"bypass _bbsclan_clanlist\"> CLAN COMMUNITY </a></td></tr></table><table border=0 cellspacing=0 cellpadding=0 width=610 bgcolor=434343><tr><td height=10></td></tr><tr><td fixWIDTH=5></td><td fixWIDTH=600><a action=\"bypass _bbsclan_clanhome;", String.valueOf((activeChar.getClan() != null) ? activeChar.getClan().getId() : 0), "\">[GO TO MY CLAN]</a> </td><td fixWIDTH=5></td></tr><tr><td height=10></td></tr></table><br><table border=0 cellspacing=0 cellpadding=2 bgcolor=5A5A5A width=610><tr><td FIXWIDTH=5></td><td FIXWIDTH=200 align=center>CLAN NAME</td><td FIXWIDTH=200 align=center>CLAN LEADER</td><td FIXWIDTH=100 align=center>CLAN LEVEL</td><td FIXWIDTH=100 align=center>CLAN MEMBERS</td><td FIXWIDTH=5></td></tr></table><img src=\"L2UI.Squareblank\" width=\"1\" height=\"5\">");
int i = 0;
for (L2Clan cl : ClanTable.getInstance().getClans())
{
if (i > ((index + 1) * 7))
{
break;
}
if (i++ >= ((index - 1) * 7))
{
StringUtil.append(html, "<img src=\"L2UI.SquareBlank\" width=\"610\" height=\"3\"><table border=0 cellspacing=0 cellpadding=0 width=610><tr> <td FIXWIDTH=5></td><td FIXWIDTH=200 align=center><a action=\"bypass _bbsclan_clanhome;", String.valueOf(cl.getId()), "\">", cl.getName(), "</a></td><td FIXWIDTH=200 align=center>", cl.getLeaderName(), "</td><td FIXWIDTH=100 align=center>", String.valueOf(cl.getLevel()), "</td><td FIXWIDTH=100 align=center>", String.valueOf(cl.getMembersCount()), "</td><td FIXWIDTH=5></td></tr><tr><td height=5></td></tr></table><img src=\"L2UI.SquareBlank\" width=\"610\" height=\"3\"><img src=\"L2UI.SquareGray\" width=\"610\" height=\"1\">");
}
}
html.append("<img src=\"L2UI.SquareBlank\" width=\"610\" height=\"2\"><table cellpadding=0 cellspacing=2 border=0><tr>");
if (index == 1)
{
html.append("<td><button action=\"\" back=\"l2ui_ch3.prev1_down\" fore=\"l2ui_ch3.prev1\" width=16 height=16 ></td>");
}
else
{
StringUtil.append(html, "<td><button action=\"_bbsclan_clanlist;", String.valueOf(index - 1), "\" back=\"l2ui_ch3.prev1_down\" fore=\"l2ui_ch3.prev1\" width=16 height=16 ></td>");
}
i = 0;
int nbp = ClanTable.getInstance().getClanCount() / 8;
if ((nbp * 8) != ClanTable.getInstance().getClanCount())
{
nbp++;
}
for (i = 1; i <= nbp; i++)
{
if (i == index)
{
StringUtil.append(html, "<td> ", String.valueOf(i), " </td>");
}
else
{
StringUtil.append(html, "<td><a action=\"bypass _bbsclan_clanlist;", String.valueOf(i), "\"> ", String.valueOf(i), " </a></td>");
}
}
if (index == nbp)
{
html.append("<td><button action=\"\" back=\"l2ui_ch3.next1_down\" fore=\"l2ui_ch3.next1\" width=16 height=16 ></td>");
}
else
{
StringUtil.append(html, "<td><button action=\"bypass _bbsclan_clanlist;", String.valueOf(index + 1), "\" back=\"l2ui_ch3.next1_down\" fore=\"l2ui_ch3.next1\" width=16 height=16 ></td>");
}
html.append("</tr></table><table border=0 cellspacing=0 cellpadding=0><tr><td width=610><img src=\"sek.cbui141\" width=\"610\" height=\"1\"></td></tr></table><table border=0><tr><td><combobox width=65 var=keyword list=\"Name;Ruler\"></td><td><edit var = \"Search\" width=130 height=11 length=\"16\"></td>" +
// TODO: search (Write in BBS)
"<td><button value=\"&$420;\" action=\"Write 5 -1 0 Search keyword keyword\" back=\"l2ui_ch3.smallbutton2_down\" width=65 height=20 fore=\"l2ui_ch3.smallbutton2\"> </td> </tr></table><br><br></center></body></html>");
CommunityBoardHandler.separateAndSend(html.toString(), activeChar);
} | private void clanList(L2PcInstance activeChar, int index)
{
if (index < 1)
{
index = 1;
}
final StringBuilder html = StringUtil.startAppend(2000, "<html><body><br><br><center><br1><br1><table border=0 cellspacing=0 cellpadding=0><tr><td FIXWIDTH=15> </td><td width=610 height=30 align=left><a action=\"bypass _bbsclan_clanlist\"> CLAN COMMUNITY </a></td></tr></table><table border=0 cellspacing=0 cellpadding=0 width=610 bgcolor=434343><tr><td height=10></td></tr><tr><td fixWIDTH=5></td><td fixWIDTH=600><a action=\"bypass _bbsclan_clanhome;", String.valueOf((activeChar.getClan() != null) ? activeChar.getClan().getId() : 0), "\">[GO TO MY CLAN]</a> </td><td fixWIDTH=5></td></tr><tr><td height=10></td></tr></table><br><table border=0 cellspacing=0 cellpadding=2 bgcolor=5A5A5A width=610><tr><td FIXWIDTH=5></td><td FIXWIDTH=200 align=center>CLAN NAME</td><td FIXWIDTH=200 align=center>CLAN LEADER</td><td FIXWIDTH=100 align=center>CLAN LEVEL</td><td FIXWIDTH=100 align=center>CLAN MEMBERS</td><td FIXWIDTH=5></td></tr></table><img src=\"L2UI.Squareblank\" width=\"1\" height=\"5\">");
int i = 0;
for (L2Clan cl : ClanTable.getInstance().getClans())
{
if (i > ((index + 1) * 7))
{
break;
}
if (i++ >= ((index - 1) * 7))
{
StringUtil.append(html, "<img src=\"L2UI.SquareBlank\" width=\"610\" height=\"3\"><table border=0 cellspacing=0 cellpadding=0 width=610><tr> <td FIXWIDTH=5></td><td FIXWIDTH=200 align=center><a action=\"bypass _bbsclan_clanhome;", String.valueOf(cl.getId()), "\">", cl.getName(), "</a></td><td FIXWIDTH=200 align=center>", cl.getLeaderName(), "</td><td FIXWIDTH=100 align=center>", String.valueOf(cl.getLevel()), "</td><td FIXWIDTH=100 align=center>", String.valueOf(cl.getMembersCount()), "</td><td FIXWIDTH=5></td></tr><tr><td height=5></td></tr></table><img src=\"L2UI.SquareBlank\" width=\"610\" height=\"3\"><img src=\"L2UI.SquareGray\" width=\"610\" height=\"1\">");
}
}
html.append("<img src=\"L2UI.SquareBlank\" width=\"610\" height=\"2\"><table cellpadding=0 cellspacing=2 border=0><tr>");
if (index == 1)
{
html.append("<td><button action=\"\" back=\"l2ui_ch3.prev1_down\" fore=\"l2ui_ch3.prev1\" width=16 height=16 ></td>");
}
else
{
StringUtil.append(html, "<td><button action=\"_bbsclan_clanlist;", String.valueOf(index - 1), "\" back=\"l2ui_ch3.prev1_down\" fore=\"l2ui_ch3.prev1\" width=16 height=16 ></td>");
}
i = 0;
int nbp = ClanTable.getInstance().getClanCount() / 8;
if ((nbp * 8) != ClanTable.getInstance().getClanCount())
{
nbp++;
}
for (i = 1; i <= nbp; i++)
{
if (i == index)
{
StringUtil.append(html, "<td> ", String.valueOf(i), " </td>");
}
else
{
StringUtil.append(html, "<td><a action=\"bypass _bbsclan_clanlist;", String.valueOf(i), "\"> ", String.valueOf(i), " </a></td>");
}
}
if (index == nbp)
{
html.append("<td><button action=\"\" back=\"l2ui_ch3.next1_down\" fore=\"l2ui_ch3.next1\" width=16 height=16 ></td>");
}
else
{
StringUtil.append(html, "<td><button action=\"bypass _bbsclan_clanlist;", String.valueOf(index + 1), "\" back=\"l2ui_ch3.next1_down\" fore=\"l2ui_ch3.next1\" width=16 height=16 ></td>");
}
html.append("</tr></table><table border=0 cellspacing=0 cellpadding=0><tr><td width=610><img src=\"sek.cbui141\" width=\"610\" height=\"1\"></td></tr></table><table border=0><tr><td><combobox width=65 var=keyword list=\"Name;Ruler\"></td><td><edit var = \"Search\" width=130 height=11 length=\"16\"></td>" +
"<td><button value=\"&$420;\" action=\"Write 5 -1 0 Search keyword keyword\" back=\"l2ui_ch3.smallbutton2_down\" width=65 height=20 fore=\"l2ui_ch3.smallbutton2\"> </td> </tr></table><br><br></center></body></html>");
CommunityBoardHandler.separateAndSend(html.toString(), activeChar);
} | private void clanlist(l2pcinstance activechar, int index) { if (index < 1) { index = 1; } final stringbuilder html = stringutil.startappend(2000, "<html><body><br><br><center><br1><br1><table border=0 cellspacing=0 cellpadding=0><tr><td fixwidth=15> </td><td width=610 height=30 align=left><a action=\"bypass _bbsclan_clanlist\"> clan community </a></td></tr></table><table border=0 cellspacing=0 cellpadding=0 width=610 bgcolor=434343><tr><td height=10></td></tr><tr><td fixwidth=5></td><td fixwidth=600><a action=\"bypass _bbsclan_clanhome;", string.valueof((activechar.getclan() != null) ? activechar.getclan().getid() : 0), "\">[go to my clan]</a> </td><td fixwidth=5></td></tr><tr><td height=10></td></tr></table><br><table border=0 cellspacing=0 cellpadding=2 bgcolor=5a5a5a width=610><tr><td fixwidth=5></td><td fixwidth=200 align=center>clan name</td><td fixwidth=200 align=center>clan leader</td><td fixwidth=100 align=center>clan level</td><td fixwidth=100 align=center>clan members</td><td fixwidth=5></td></tr></table><img src=\"l2ui.squareblank\" width=\"1\" height=\"5\">"); int i = 0; for (l2clan cl : clantable.getinstance().getclans()) { if (i > ((index + 1) * 7)) { break; } if (i++ >= ((index - 1) * 7)) { stringutil.append(html, "<img src=\"l2ui.squareblank\" width=\"610\" height=\"3\"><table border=0 cellspacing=0 cellpadding=0 width=610><tr> <td fixwidth=5></td><td fixwidth=200 align=center><a action=\"bypass _bbsclan_clanhome;", string.valueof(cl.getid()), "\">", cl.getname(), "</a></td><td fixwidth=200 align=center>", cl.getleadername(), "</td><td fixwidth=100 align=center>", string.valueof(cl.getlevel()), "</td><td fixwidth=100 align=center>", string.valueof(cl.getmemberscount()), "</td><td fixwidth=5></td></tr><tr><td height=5></td></tr></table><img src=\"l2ui.squareblank\" width=\"610\" height=\"3\"><img src=\"l2ui.squaregray\" width=\"610\" height=\"1\">"); } } html.append("<img src=\"l2ui.squareblank\" width=\"610\" height=\"2\"><table cellpadding=0 cellspacing=2 border=0><tr>"); if (index == 1) { html.append("<td><button action=\"\" back=\"l2ui_ch3.prev1_down\" fore=\"l2ui_ch3.prev1\" width=16 height=16 ></td>"); } else { stringutil.append(html, "<td><button action=\"_bbsclan_clanlist;", string.valueof(index - 1), "\" back=\"l2ui_ch3.prev1_down\" fore=\"l2ui_ch3.prev1\" width=16 height=16 ></td>"); } i = 0; int nbp = clantable.getinstance().getclancount() / 8; if ((nbp * 8) != clantable.getinstance().getclancount()) { nbp++; } for (i = 1; i <= nbp; i++) { if (i == index) { stringutil.append(html, "<td> ", string.valueof(i), " </td>"); } else { stringutil.append(html, "<td><a action=\"bypass _bbsclan_clanlist;", string.valueof(i), "\"> ", string.valueof(i), " </a></td>"); } } if (index == nbp) { html.append("<td><button action=\"\" back=\"l2ui_ch3.next1_down\" fore=\"l2ui_ch3.next1\" width=16 height=16 ></td>"); } else { stringutil.append(html, "<td><button action=\"bypass _bbsclan_clanlist;", string.valueof(index + 1), "\" back=\"l2ui_ch3.next1_down\" fore=\"l2ui_ch3.next1\" width=16 height=16 ></td>"); } html.append("</tr></table><table border=0 cellspacing=0 cellpadding=0><tr><td width=610><img src=\"sek.cbui141\" width=\"610\" height=\"1\"></td></tr></table><table border=0><tr><td><combobox width=65 var=keyword list=\"name;ruler\"></td><td><edit var = \"search\" width=130 height=11 length=\"16\"></td>" + "<td><button value=\"&$420;\" action=\"write 5 -1 0 search keyword keyword\" back=\"l2ui_ch3.smallbutton2_down\" width=65 height=20 fore=\"l2ui_ch3.smallbutton2\"> </td> </tr></table><br><br></center></body></html>"); communityboardhandler.separateandsend(html.tostring(), activechar); } | RollingSoftware/L2J_HighFive_Hardcore | [
0,
1,
0,
0
] |
23,375 | public void sendErrorEmail(RequestCycle cycle, Exception ex, IRequestLogger logger) {
try {
String customer = Utils.getCustomer();
Url url = cycle.getRequest().getUrl();
Url clientUrl = cycle.getRequest().getClientUrl();
String exStr = ExceptionUtils.getStackTrace(ex);
String fullUrl = cycle.getUrlRenderer().renderFullUrl(url);
int currUserId = 0;
RequestData currRd = logger.getCurrentRequest();
String currSessId = Session.get().getId();
SessionData sd = null;
if(currSessId != null) {
SessionData[] sessions = logger.getLiveSessions();
for(SessionData s : sessions) {
if(s.getSessionId().equals(currSessId)) {
sd = s;
break;
}
}
}
String currReq = ((CustomRequestLogger)logger).createRequestData(currRd, sd);
StringBuilder currSessStr = new StringBuilder();
if(sd != null) {
currSessStr.append("id:").append(sd.getSessionId()).append('\n');
currSessStr.append("requestCount:").append(sd.getNumberOfRequests()).append('\n');
currSessStr.append("requestsTime:").append(sd.getTotalTimeTaken()).append('\n');
currSessStr.append("sessionSize:").append(Bytes.bytes(sd.getSessionSize())).append('\n');
currSessStr.append("sessionInfo:").append(sd.getSessionInfo()).append('\n');
currSessStr.append("startDate:").append(sd.getStartDate()).append('\n');
currSessStr.append("lastRequestTime:").append(sd.getLastActive()).append('\n');
currSessStr.append("numberOfRequests:").append(sd.getNumberOfRequests()).append('\n');
currSessStr.append("totalTimeTaken:").append(sd.getTotalTimeTaken()).append("\n\n\n");
}
currSessStr.append("Requests: \n");
((CustomRequestLogger)logger).getRequests(currSessStr);
String template = "param1: %s \n url: %s \n client url: %s \n user: %s \n\n "
+ "curr req: %s \n\n\n curr session: %s \n\n\n stack trace: %s";
String body = String.format(template, customer, fullUrl, clientUrl.toString(), currUserId, currReq, currSessStr.toString(), exStr);
String subject = customer + " error";
//TODO send email here
} catch (Exception e) {
//ignore
}
} | public void sendErrorEmail(RequestCycle cycle, Exception ex, IRequestLogger logger) {
try {
String customer = Utils.getCustomer();
Url url = cycle.getRequest().getUrl();
Url clientUrl = cycle.getRequest().getClientUrl();
String exStr = ExceptionUtils.getStackTrace(ex);
String fullUrl = cycle.getUrlRenderer().renderFullUrl(url);
int currUserId = 0;
RequestData currRd = logger.getCurrentRequest();
String currSessId = Session.get().getId();
SessionData sd = null;
if(currSessId != null) {
SessionData[] sessions = logger.getLiveSessions();
for(SessionData s : sessions) {
if(s.getSessionId().equals(currSessId)) {
sd = s;
break;
}
}
}
String currReq = ((CustomRequestLogger)logger).createRequestData(currRd, sd);
StringBuilder currSessStr = new StringBuilder();
if(sd != null) {
currSessStr.append("id:").append(sd.getSessionId()).append('\n');
currSessStr.append("requestCount:").append(sd.getNumberOfRequests()).append('\n');
currSessStr.append("requestsTime:").append(sd.getTotalTimeTaken()).append('\n');
currSessStr.append("sessionSize:").append(Bytes.bytes(sd.getSessionSize())).append('\n');
currSessStr.append("sessionInfo:").append(sd.getSessionInfo()).append('\n');
currSessStr.append("startDate:").append(sd.getStartDate()).append('\n');
currSessStr.append("lastRequestTime:").append(sd.getLastActive()).append('\n');
currSessStr.append("numberOfRequests:").append(sd.getNumberOfRequests()).append('\n');
currSessStr.append("totalTimeTaken:").append(sd.getTotalTimeTaken()).append("\n\n\n");
}
currSessStr.append("Requests: \n");
((CustomRequestLogger)logger).getRequests(currSessStr);
String template = "param1: %s \n url: %s \n client url: %s \n user: %s \n\n "
+ "curr req: %s \n\n\n curr session: %s \n\n\n stack trace: %s";
String body = String.format(template, customer, fullUrl, clientUrl.toString(), currUserId, currReq, currSessStr.toString(), exStr);
String subject = customer + " error";
} catch (Exception e) {
}
} | public void senderroremail(requestcycle cycle, exception ex, irequestlogger logger) { try { string customer = utils.getcustomer(); url url = cycle.getrequest().geturl(); url clienturl = cycle.getrequest().getclienturl(); string exstr = exceptionutils.getstacktrace(ex); string fullurl = cycle.geturlrenderer().renderfullurl(url); int curruserid = 0; requestdata currrd = logger.getcurrentrequest(); string currsessid = session.get().getid(); sessiondata sd = null; if(currsessid != null) { sessiondata[] sessions = logger.getlivesessions(); for(sessiondata s : sessions) { if(s.getsessionid().equals(currsessid)) { sd = s; break; } } } string currreq = ((customrequestlogger)logger).createrequestdata(currrd, sd); stringbuilder currsessstr = new stringbuilder(); if(sd != null) { currsessstr.append("id:").append(sd.getsessionid()).append('\n'); currsessstr.append("requestcount:").append(sd.getnumberofrequests()).append('\n'); currsessstr.append("requeststime:").append(sd.gettotaltimetaken()).append('\n'); currsessstr.append("sessionsize:").append(bytes.bytes(sd.getsessionsize())).append('\n'); currsessstr.append("sessioninfo:").append(sd.getsessioninfo()).append('\n'); currsessstr.append("startdate:").append(sd.getstartdate()).append('\n'); currsessstr.append("lastrequesttime:").append(sd.getlastactive()).append('\n'); currsessstr.append("numberofrequests:").append(sd.getnumberofrequests()).append('\n'); currsessstr.append("totaltimetaken:").append(sd.gettotaltimetaken()).append("\n\n\n"); } currsessstr.append("requests: \n"); ((customrequestlogger)logger).getrequests(currsessstr); string template = "param1: %s \n url: %s \n client url: %s \n user: %s \n\n " + "curr req: %s \n\n\n curr session: %s \n\n\n stack trace: %s"; string body = string.format(template, customer, fullurl, clienturl.tostring(), curruserid, currreq, currsessstr.tostring(), exstr); string subject = customer + " error"; } catch (exception e) { } } | RomanSery/codesnippets | [
0,
1,
0,
0
] |
23,575 | public static void main(String[] args) {
// TODO Auto-generated method stub
//Assuming stock of each sport is 2
Sports sp1=new IndoorSports();
System.out.println("Total Indoor Sports Stock:"+sp1.getCurrentStock());
sp1=new Billiards(sp1);
System.out.println("Total Indoor Sports Stock:"+sp1.getCurrentStock());
sp1=new Carrom(sp1);
System.out.println("Total Indoor Sports Stock:"+sp1.getCurrentStock());
sp1=new Badminton(sp1);
System.out.println("Total Indoor Sports Stock:"+sp1.getCurrentStock());
Sports sp2=new OutdoorSports();
System.out.println("\nTotal Outdoor Sports Stock:"+sp2.getCurrentStock());
sp2=new Trekking(sp2);
System.out.println("Total Outdoor Sports Stock:"+sp2.getCurrentStock());
sp2=new Cricket(sp2);
System.out.println("Total Outdoor Sports Stock:"+sp2.getCurrentStock());
sp2=new HighJump(sp2);
System.out.println("Total Outdoor Sports Stock:"+sp2.getCurrentStock());
sp2=new LongJump(sp2);
System.out.println("Total Outdoor Sports Stock:"+sp2.getCurrentStock());
} | public static void main(String[] args) {
Sports sp1=new IndoorSports();
System.out.println("Total Indoor Sports Stock:"+sp1.getCurrentStock());
sp1=new Billiards(sp1);
System.out.println("Total Indoor Sports Stock:"+sp1.getCurrentStock());
sp1=new Carrom(sp1);
System.out.println("Total Indoor Sports Stock:"+sp1.getCurrentStock());
sp1=new Badminton(sp1);
System.out.println("Total Indoor Sports Stock:"+sp1.getCurrentStock());
Sports sp2=new OutdoorSports();
System.out.println("\nTotal Outdoor Sports Stock:"+sp2.getCurrentStock());
sp2=new Trekking(sp2);
System.out.println("Total Outdoor Sports Stock:"+sp2.getCurrentStock());
sp2=new Cricket(sp2);
System.out.println("Total Outdoor Sports Stock:"+sp2.getCurrentStock());
sp2=new HighJump(sp2);
System.out.println("Total Outdoor Sports Stock:"+sp2.getCurrentStock());
sp2=new LongJump(sp2);
System.out.println("Total Outdoor Sports Stock:"+sp2.getCurrentStock());
} | public static void main(string[] args) { sports sp1=new indoorsports(); system.out.println("total indoor sports stock:"+sp1.getcurrentstock()); sp1=new billiards(sp1); system.out.println("total indoor sports stock:"+sp1.getcurrentstock()); sp1=new carrom(sp1); system.out.println("total indoor sports stock:"+sp1.getcurrentstock()); sp1=new badminton(sp1); system.out.println("total indoor sports stock:"+sp1.getcurrentstock()); sports sp2=new outdoorsports(); system.out.println("\ntotal outdoor sports stock:"+sp2.getcurrentstock()); sp2=new trekking(sp2); system.out.println("total outdoor sports stock:"+sp2.getcurrentstock()); sp2=new cricket(sp2); system.out.println("total outdoor sports stock:"+sp2.getcurrentstock()); sp2=new highjump(sp2); system.out.println("total outdoor sports stock:"+sp2.getcurrentstock()); sp2=new longjump(sp2); system.out.println("total outdoor sports stock:"+sp2.getcurrentstock()); } | Saba-d-coder/6thSemIse | [
1,
0,
0,
0
] |
15,413 | public void put(String name, Scriptable start, Object value) {
try {
ObjectLocation variable = this.extractFieldVariable(name);
if (value instanceof NativeArray) {
// FIXME this breaks referential equality, but maybe it's OK
variable.set(this.sequenceFromArray((NativeArray)value, start));
return;
}
//System.err.println("variable " + variable + " new value " + value + " type " + variable.getClass().getName());
if (variable instanceof FloatLocation) { // FIXME FIXME super ad-hoc
value = Context.jsToJava(value, Float.class);
} else if (value instanceof ObjectLocation) {
// here's a place where two locations could be bound to each other?
value = ((ObjectLocation)value).get();
} else if (value instanceof Wrapper) {
// FIXME is there a better way???
value = ((Wrapper)value).unwrap();
if (value instanceof ObjectLocation) {
value = ((ObjectLocation)value).get();
}
}
variable.set(value);
return;
} catch (Exception e) {
e.printStackTrace(System.err);
}
} | public void put(String name, Scriptable start, Object value) {
try {
ObjectLocation variable = this.extractFieldVariable(name);
if (value instanceof NativeArray) {
variable.set(this.sequenceFromArray((NativeArray)value, start));
return;
}
if (variable instanceof FloatLocation) {
value = Context.jsToJava(value, Float.class);
} else if (value instanceof ObjectLocation) {
value = ((ObjectLocation)value).get();
} else if (value instanceof Wrapper) {
value = ((Wrapper)value).unwrap();
if (value instanceof ObjectLocation) {
value = ((ObjectLocation)value).get();
}
}
variable.set(value);
return;
} catch (Exception e) {
e.printStackTrace(System.err);
}
} | public void put(string name, scriptable start, object value) { try { objectlocation variable = this.extractfieldvariable(name); if (value instanceof nativearray) { variable.set(this.sequencefromarray((nativearray)value, start)); return; } if (variable instanceof floatlocation) { value = context.jstojava(value, float.class); } else if (value instanceof objectlocation) { value = ((objectlocation)value).get(); } else if (value instanceof wrapper) { value = ((wrapper)value).unwrap(); if (value instanceof objectlocation) { value = ((objectlocation)value).get(); } } variable.set(value); return; } catch (exception e) { e.printstacktrace(system.err); } } | LivelyKernel/sunlabs-kernel | [
1,
0,
1,
0
] |
15,430 | private static Method getMethod() {
return method.get(0);
} | private static Method getMethod() {
return method.get(0);
} | private static method getmethod() { return method.get(0); } | Modify24x7/ApkStringDecryptor | [
1,
0,
0,
0
] |
15,621 | private boolean initCipher() {
try {
//Obtain a cipher instance and configure it with the properties required for fingerprint authentication//
if(this.cipher == null) {
this.cipher = Cipher.getInstance(
KeyProperties.KEY_ALGORITHM_AES + "/"
+ KeyProperties.BLOCK_MODE_CBC + "/"
+ KeyProperties.ENCRYPTION_PADDING_PKCS7);
}
} catch (NoSuchAlgorithmException |
NoSuchPaddingException e) {
e.printStackTrace();
return false;
}
try {
if(this.secretKey == null) {
this.secretKey = generateKey();
}
if(this.keyStore != null) {
if(!this.keystoreInitialized) {
this.keyStore.load(null);
this.keystoreInitialized = true;
}
}
// key = (SecretKey) this.keyStore.getKey(keyName, null); todo needed?
if(this.cipher != null) {
if (!this.cipherInitialized) {
this.cipher.init(Cipher.ENCRYPT_MODE, this.secretKey);
this.cipherInitialized = true;
}
}
//Return true if the cipher has been initialized successfully//
return true;
} catch (KeyPermanentlyInvalidatedException e) {
//Return false if cipher initialization failed//
return false;
} catch (CertificateException //KeyStoreException
| IOException //UnrecoverableKeyException
| NullPointerException
| NoSuchAlgorithmException | InvalidKeyException e) {
e.printStackTrace();
return false;
}
} | private boolean initCipher() {
try {
if(this.cipher == null) {
this.cipher = Cipher.getInstance(
KeyProperties.KEY_ALGORITHM_AES + "/"
+ KeyProperties.BLOCK_MODE_CBC + "/"
+ KeyProperties.ENCRYPTION_PADDING_PKCS7);
}
} catch (NoSuchAlgorithmException |
NoSuchPaddingException e) {
e.printStackTrace();
return false;
}
try {
if(this.secretKey == null) {
this.secretKey = generateKey();
}
if(this.keyStore != null) {
if(!this.keystoreInitialized) {
this.keyStore.load(null);
this.keystoreInitialized = true;
}
}
if(this.cipher != null) {
if (!this.cipherInitialized) {
this.cipher.init(Cipher.ENCRYPT_MODE, this.secretKey);
this.cipherInitialized = true;
}
}
return true;
} catch (KeyPermanentlyInvalidatedException e) {
return false;
} catch (CertificateException
| IOException
| NullPointerException
| NoSuchAlgorithmException | InvalidKeyException e) {
e.printStackTrace();
return false;
}
} | private boolean initcipher() { try { if(this.cipher == null) { this.cipher = cipher.getinstance( keyproperties.key_algorithm_aes + "/" + keyproperties.block_mode_cbc + "/" + keyproperties.encryption_padding_pkcs7); } } catch (nosuchalgorithmexception | nosuchpaddingexception e) { e.printstacktrace(); return false; } try { if(this.secretkey == null) { this.secretkey = generatekey(); } if(this.keystore != null) { if(!this.keystoreinitialized) { this.keystore.load(null); this.keystoreinitialized = true; } } if(this.cipher != null) { if (!this.cipherinitialized) { this.cipher.init(cipher.encrypt_mode, this.secretkey); this.cipherinitialized = true; } } return true; } catch (keypermanentlyinvalidatedexception e) { return false; } catch (certificateexception | ioexception | nullpointerexception | nosuchalgorithmexception | invalidkeyexception e) { e.printstacktrace(); return false; } } | PGMacDesign/PGMacTips | [
1,
0,
0,
0
] |
23,837 | private void writeRunnerProject() throws IOException, XmlException, ParseException {
// TODO revise whole method
// TODO now using a newer JAPA (suuports java 8), -> maybe ANTLR supports better
PathUtils.createDir(getRunnerProjectSettings().getBaseDir().toPath());
// copy snippets
PathUtils.copy(getSnippetProject().getSourceDir(),
getRunnerProjectSettings().getSnippetSourceDirectory().toPath());
// create INFO file
writeInfoFile();
// remove SETTE annotations and imports from file
Collection<File> filesWritten = Files
.walk(getRunnerProjectSettings().getSnippetSourceDirectory().toPath())
.filter(Files::isRegularFile).map(Path::toFile).sorted()
.collect(Collectors.toList());
for (File file : filesWritten) {
// parse source with JavaParser
log.debug("Parsing with JavaParser: {}", file);
CompilationUnit compilationUnit = JavaParser.parse(file);
log.debug("Parsed with JavaParser: {}", file);
// extract type
List<TypeDeclaration> types = compilationUnit.getTypes();
if (types.size() != 1) {
// NOTE better exception type
throw new RuntimeException(
"Java source files containing more that one types are not supported");
}
TypeDeclaration type = types.get(0);
// skip file if Java version is not supported by the tool (@SetteSnippetContainer)
// NOTE it can be also done with snippet containers... (and also done in CATG
// generator!)
List<AnnotationExpr> classAnnotations = type.getAnnotations();
JavaVersion reqJavaVer = getRequiredJavaVersion(classAnnotations);
if (reqJavaVer != null && !getTool().supportsJavaVersion(reqJavaVer)) {
System.err.println(
"Skipping file: " + file + " (required Java version: " + reqJavaVer + ")");
PathUtils.delete(file.toPath());
} else {
// remove SETTE annotations from the class
Predicate<AnnotationExpr> isSetteAnnotation = (a -> a.getName().getName()
.startsWith("Sette"));
classAnnotations.removeIf(isSetteAnnotation);
// remove SETTE annotations from the members
for (BodyDeclaration member : type.getMembers()) {
member.getAnnotations().removeIf(isSetteAnnotation);
}
// TODO enhance
List<String> toRemovePrefixes = new ArrayList<>();
toRemovePrefixes.add("hu.bme.mit.sette.snippets.inputs");
toRemovePrefixes.add("hu.bme.mit.sette.common");
// remove SETTE imports
compilationUnit.getImports().removeIf(importDeclaration -> {
String impDecl = importDeclaration.getName().toString();
for (String prefix : toRemovePrefixes) {
if (impDecl.startsWith(prefix)) {
return true;
}
}
return false;
});
// save edited source code
String source = compilationUnit.toString();
if (type instanceof EnumDeclaration) {
// FIXME remove after javaparser bug is fixed
source = source.replaceFirst(type.getName() + "\\s+implements\\s*\\{",
type.getName() + " {");
}
PathUtils.write(file.toPath(), source.getBytes());
}
}
// copy libraries
if (getSnippetProject().getLibDir().toFile().exists()) {
PathUtils.copy(getSnippetProject().getLibDir(),
getRunnerProjectSettings().getSnippetLibraryDirectory().toPath());
}
// create project
this.eclipseProject.save(getRunnerProjectSettings().getBaseDir().toPath());
} | private void writeRunnerProject() throws IOException, XmlException, ParseException {
PathUtils.createDir(getRunnerProjectSettings().getBaseDir().toPath());
PathUtils.copy(getSnippetProject().getSourceDir(),
getRunnerProjectSettings().getSnippetSourceDirectory().toPath());
writeInfoFile();
Collection<File> filesWritten = Files
.walk(getRunnerProjectSettings().getSnippetSourceDirectory().toPath())
.filter(Files::isRegularFile).map(Path::toFile).sorted()
.collect(Collectors.toList());
for (File file : filesWritten) {
log.debug("Parsing with JavaParser: {}", file);
CompilationUnit compilationUnit = JavaParser.parse(file);
log.debug("Parsed with JavaParser: {}", file);
List<TypeDeclaration> types = compilationUnit.getTypes();
if (types.size() != 1) {
throw new RuntimeException(
"Java source files containing more that one types are not supported");
}
TypeDeclaration type = types.get(0);
List<AnnotationExpr> classAnnotations = type.getAnnotations();
JavaVersion reqJavaVer = getRequiredJavaVersion(classAnnotations);
if (reqJavaVer != null && !getTool().supportsJavaVersion(reqJavaVer)) {
System.err.println(
"Skipping file: " + file + " (required Java version: " + reqJavaVer + ")");
PathUtils.delete(file.toPath());
} else {
Predicate<AnnotationExpr> isSetteAnnotation = (a -> a.getName().getName()
.startsWith("Sette"));
classAnnotations.removeIf(isSetteAnnotation);
for (BodyDeclaration member : type.getMembers()) {
member.getAnnotations().removeIf(isSetteAnnotation);
}
List<String> toRemovePrefixes = new ArrayList<>();
toRemovePrefixes.add("hu.bme.mit.sette.snippets.inputs");
toRemovePrefixes.add("hu.bme.mit.sette.common");
compilationUnit.getImports().removeIf(importDeclaration -> {
String impDecl = importDeclaration.getName().toString();
for (String prefix : toRemovePrefixes) {
if (impDecl.startsWith(prefix)) {
return true;
}
}
return false;
});
String source = compilationUnit.toString();
if (type instanceof EnumDeclaration) {
source = source.replaceFirst(type.getName() + "\\s+implements\\s*\\{",
type.getName() + " {");
}
PathUtils.write(file.toPath(), source.getBytes());
}
}
if (getSnippetProject().getLibDir().toFile().exists()) {
PathUtils.copy(getSnippetProject().getLibDir(),
getRunnerProjectSettings().getSnippetLibraryDirectory().toPath());
}
this.eclipseProject.save(getRunnerProjectSettings().getBaseDir().toPath());
} | private void writerunnerproject() throws ioexception, xmlexception, parseexception { pathutils.createdir(getrunnerprojectsettings().getbasedir().topath()); pathutils.copy(getsnippetproject().getsourcedir(), getrunnerprojectsettings().getsnippetsourcedirectory().topath()); writeinfofile(); collection<file> fileswritten = files .walk(getrunnerprojectsettings().getsnippetsourcedirectory().topath()) .filter(files::isregularfile).map(path::tofile).sorted() .collect(collectors.tolist()); for (file file : fileswritten) { log.debug("parsing with javaparser: {}", file); compilationunit compilationunit = javaparser.parse(file); log.debug("parsed with javaparser: {}", file); list<typedeclaration> types = compilationunit.gettypes(); if (types.size() != 1) { throw new runtimeexception( "java source files containing more that one types are not supported"); } typedeclaration type = types.get(0); list<annotationexpr> classannotations = type.getannotations(); javaversion reqjavaver = getrequiredjavaversion(classannotations); if (reqjavaver != null && !gettool().supportsjavaversion(reqjavaver)) { system.err.println( "skipping file: " + file + " (required java version: " + reqjavaver + ")"); pathutils.delete(file.topath()); } else { predicate<annotationexpr> issetteannotation = (a -> a.getname().getname() .startswith("sette")); classannotations.removeif(issetteannotation); for (bodydeclaration member : type.getmembers()) { member.getannotations().removeif(issetteannotation); } list<string> toremoveprefixes = new arraylist<>(); toremoveprefixes.add("hu.bme.mit.sette.snippets.inputs"); toremoveprefixes.add("hu.bme.mit.sette.common"); compilationunit.getimports().removeif(importdeclaration -> { string impdecl = importdeclaration.getname().tostring(); for (string prefix : toremoveprefixes) { if (impdecl.startswith(prefix)) { return true; } } return false; }); string source = compilationunit.tostring(); if (type instanceof enumdeclaration) { source = source.replacefirst(type.getname() + "\\s+implements\\s*\\{", type.getname() + " {"); } pathutils.write(file.topath(), source.getbytes()); } } if (getsnippetproject().getlibdir().tofile().exists()) { pathutils.copy(getsnippetproject().getlibdir(), getrunnerprojectsettings().getsnippetlibrarydirectory().topath()); } this.eclipseproject.save(getrunnerprojectsettings().getbasedir().topath()); } | SETTE-Testing/sette-tool | [
1,
0,
1,
0
] |
15,691 | public boolean isSubjectEmpty() {
return TextUtils.getTrimmedLength(mSubject.getText()) == 0;
} | public boolean isSubjectEmpty() {
return TextUtils.getTrimmedLength(mSubject.getText()) == 0;
} | public boolean issubjectempty() { return textutils.gettrimmedlength(msubject.gettext()) == 0; } | Keneral/apackages | [
1,
0,
0,
0
] |
23,891 | public void buildOutAssignment(StringBuilder sb, PLSQLargument outArg, PLSQLStoredProcedureCall call) {
String sql2PlName = call.getPl2SQLName(this);
if (sql2PlName == null) {
// TODO: Error.
throw new NullPointerException("no Pl2SQL conversion routine for " + typeName);
}
String target = databaseTypeHelper.buildTarget(outArg);
sb.append(" :");
sb.append(outArg.outIndex);
sb.append(" := ");
sb.append(sql2PlName);
sb.append("(");
sb.append(target);
sb.append(");");
sb.append(NL);
} | public void buildOutAssignment(StringBuilder sb, PLSQLargument outArg, PLSQLStoredProcedureCall call) {
String sql2PlName = call.getPl2SQLName(this);
if (sql2PlName == null) {
throw new NullPointerException("no Pl2SQL conversion routine for " + typeName);
}
String target = databaseTypeHelper.buildTarget(outArg);
sb.append(" :");
sb.append(outArg.outIndex);
sb.append(" := ");
sb.append(sql2PlName);
sb.append("(");
sb.append(target);
sb.append(");");
sb.append(NL);
} | public void buildoutassignment(stringbuilder sb, plsqlargument outarg, plsqlstoredprocedurecall call) { string sql2plname = call.getpl2sqlname(this); if (sql2plname == null) { throw new nullpointerexception("no pl2sql conversion routine for " + typename); } string target = databasetypehelper.buildtarget(outarg); sb.append(" :"); sb.append(outarg.outindex); sb.append(" := "); sb.append(sql2plname); sb.append("("); sb.append(target); sb.append(");"); sb.append(nl); } | Pandrex247/patched-src-eclipselink | [
0,
0,
1,
0
] |
23,901 | private void guestSearchActionPerformed(java.awt.event.ActionEvent evt) {//GEN-FIRST:event_guestSearchActionPerformed
// TODO add your handling code here:
//Guestsearch guestsearch = new Guestsearch(jFrameInstance, email);
//jFrameInstance.changePanelToSpecific(guestsearch);
} | private void guestSearchActionPerformed(java.awt.event.ActionEvent evt) {
} | private void guestsearchactionperformed(java.awt.event.actionevent evt) { } | Jed-g/property-booking-system | [
0,
1,
0,
0
] |
32,148 | @Override
protected void setUp() throws Exception {
super.setUp();
// TODO: This test will actually mess with contacts on your phone.
// Ideally we would use a fake content provider to give us contact data...
FakeFactory.registerWithoutFakeContext(getTestContext());
// add test contacts.
addTestContact("John", "650-123-1233", "[email protected]", false);
addTestContact("Joe", "(650)123-1233", "[email protected]", false);
addTestContact("Jim", "650 123 1233", "[email protected]", false);
addTestContact("Samantha", "650-123-1235", "[email protected]", true);
addTestContact("Adrienne", "650-123-1236", "[email protected]", true);
} | @Override
protected void setUp() throws Exception {
super.setUp();
FakeFactory.registerWithoutFakeContext(getTestContext());
addTestContact("John", "650-123-1233", "[email protected]", false);
addTestContact("Joe", "(650)123-1233", "[email protected]", false);
addTestContact("Jim", "650 123 1233", "[email protected]", false);
addTestContact("Samantha", "650-123-1235", "[email protected]", true);
addTestContact("Adrienne", "650-123-1236", "[email protected]", true);
} | @override protected void setup() throws exception { super.setup(); fakefactory.registerwithoutfakecontext(gettestcontext()); addtestcontact("john", "650-123-1233", "[email protected]", false); addtestcontact("joe", "(650)123-1233", "[email protected]", false); addtestcontact("jim", "650 123 1233", "[email protected]", false); addtestcontact("samantha", "650-123-1235", "[email protected]", true); addtestcontact("adrienne", "650-123-1236", "[email protected]", true); } | Keneral/apackages | [
0,
0,
0,
1
] |
15,785 | @Override
public ItemStack transferStackInSlot(EntityPlayer player, int slot) {
// TODO: Try to come up with a generic way of implementing this
return null;
} | @Override
public ItemStack transferStackInSlot(EntityPlayer player, int slot) {
return null;
} | @override public itemstack transferstackinslot(entityplayer player, int slot) { return null; } | PC-Logix/GregsLighting-Reloaded | [
1,
0,
0,
0
] |
7,631 | public JSONArray getProjectRevisions(ProjectEndpoint endpoint) {
//TODO need to add paging somewhere (page, items) to handle long commit histories
String json = restInterface.get(TeamworkCloudEndpoints.GET_PROJECT_REVISIONS.buildUrl(endpoint.getHost(),
endpoint.getCollection(), endpoint.getProject(), "true"), endpoint.getToken(), String.class);
return new JSONArray(json);
} | public JSONArray getProjectRevisions(ProjectEndpoint endpoint) {
String json = restInterface.get(TeamworkCloudEndpoints.GET_PROJECT_REVISIONS.buildUrl(endpoint.getHost(),
endpoint.getCollection(), endpoint.getProject(), "true"), endpoint.getToken(), String.class);
return new JSONArray(json);
} | public jsonarray getprojectrevisions(projectendpoint endpoint) { string json = restinterface.get(teamworkcloudendpoints.get_project_revisions.buildurl(endpoint.gethost(), endpoint.getcollection(), endpoint.getproject(), "true"), endpoint.gettoken(), string.class); return new jsonarray(json); } | Open-MBEE/sync-service | [
0,
1,
0,
0
] |
24,107 | public void ClearScreenTest(){
press(R.id.btn_1);
press(R.id.btn_0);
press(R.id.btn_0);
press(R.id.btn_0);
press(R.id.btn_0);
press(R.id.btn_1);
press(R.id.btn_1);
press(R.id.btn_1);
press(R.id.btn_1);
press(R.id.btn_1);
press(R.id.btn_1);
press(R.id.binary_number_2);
press(R.id.btn_1);
press(R.id.btn_0);
press(R.id.btn_1);
press(R.id.btn_1);
press(R.id.btn_1);
press(R.id.btn_divide);
press(R.id.btn_all_clear);
checkResult("");
checkBinary1("");
checkBinary2("");
} | public void ClearScreenTest(){
press(R.id.btn_1);
press(R.id.btn_0);
press(R.id.btn_0);
press(R.id.btn_0);
press(R.id.btn_0);
press(R.id.btn_1);
press(R.id.btn_1);
press(R.id.btn_1);
press(R.id.btn_1);
press(R.id.btn_1);
press(R.id.btn_1);
press(R.id.binary_number_2);
press(R.id.btn_1);
press(R.id.btn_0);
press(R.id.btn_1);
press(R.id.btn_1);
press(R.id.btn_1);
press(R.id.btn_divide);
press(R.id.btn_all_clear);
checkResult("");
checkBinary1("");
checkBinary2("");
} | public void clearscreentest(){ press(r.id.btn_1); press(r.id.btn_0); press(r.id.btn_0); press(r.id.btn_0); press(r.id.btn_0); press(r.id.btn_1); press(r.id.btn_1); press(r.id.btn_1); press(r.id.btn_1); press(r.id.btn_1); press(r.id.btn_1); press(r.id.binary_number_2); press(r.id.btn_1); press(r.id.btn_0); press(r.id.btn_1); press(r.id.btn_1); press(r.id.btn_1); press(r.id.btn_divide); press(r.id.btn_all_clear); checkresult(""); checkbinary1(""); checkbinary2(""); } | ModestosV/Simple-Calculator | [
0,
0,
0,
1
] |
24,108 | public void DeleteTest(){
press(R.id.btn_1);
press(R.id.btn_0);
press(R.id.btn_0);
press(R.id.btn_0);
press(R.id.btn_0);
press(R.id.btn_1);
press(R.id.btn_1);
press(R.id.btn_1);
press(R.id.btn_1);
press(R.id.btn_1);
press(R.id.btn_1);
press(R.id.btn_del);
checkBinary1("1000011111");
press(R.id.binary_number_2);
press(R.id.btn_1);
press(R.id.btn_0);
press(R.id.btn_0);
press(R.id.btn_del);
checkBinary2("10");
} | public void DeleteTest(){
press(R.id.btn_1);
press(R.id.btn_0);
press(R.id.btn_0);
press(R.id.btn_0);
press(R.id.btn_0);
press(R.id.btn_1);
press(R.id.btn_1);
press(R.id.btn_1);
press(R.id.btn_1);
press(R.id.btn_1);
press(R.id.btn_1);
press(R.id.btn_del);
checkBinary1("1000011111");
press(R.id.binary_number_2);
press(R.id.btn_1);
press(R.id.btn_0);
press(R.id.btn_0);
press(R.id.btn_del);
checkBinary2("10");
} | public void deletetest(){ press(r.id.btn_1); press(r.id.btn_0); press(r.id.btn_0); press(r.id.btn_0); press(r.id.btn_0); press(r.id.btn_1); press(r.id.btn_1); press(r.id.btn_1); press(r.id.btn_1); press(r.id.btn_1); press(r.id.btn_1); press(r.id.btn_del); checkbinary1("1000011111"); press(r.id.binary_number_2); press(r.id.btn_1); press(r.id.btn_0); press(r.id.btn_0); press(r.id.btn_del); checkbinary2("10"); } | ModestosV/Simple-Calculator | [
0,
0,
0,
1
] |
15,927 | public int ExecuteGFXCommand(int cmd, int len, byte[] cmddata, int[] hasret)
{
len -= 4; // for the 4 byte header
hasret[0] = 0; // Nothing to return by default
// System.out.println("GFXCMD=" + cmd);
// make sure the frame is still valid or we could crash on fullscreen mode switches
if((cmd != GFXCMD_INIT) && (cmd != GFXCMD_DEINIT))
{
if((f != null) ? (!f.isDisplayable() || !f.isValid() || !f.isShowing()) : true) {
// System.out.println("GFXCMD while frame not displayable");
// spin until the frame is valid and displayable, if we don't we'll lose parts of the UI or crash
while((f != null) ? (!f.isDisplayable() || !f.isValid() || !f.isShowing()) : true) {
try {
Thread.sleep(10);
} catch(InterruptedException ex) {}
}
}
}
if (c != null)
{
switch(cmd)
{
case GFXCMD_INIT:
case GFXCMD_DEINIT:
case GFXCMD_STARTFRAME:
case GFXCMD_FLIPBUFFER:
c.setCursor(null);
break;
case GFXCMD_DRAWRECT:
case GFXCMD_FILLRECT:
case GFXCMD_CLEARRECT:
case GFXCMD_DRAWOVAL:
case GFXCMD_FILLOVAL:
case GFXCMD_DRAWROUNDRECT:
case GFXCMD_FILLROUNDRECT:
case GFXCMD_DRAWTEXT:
case GFXCMD_DRAWTEXTURED:
case GFXCMD_DRAWLINE:
case GFXCMD_LOADIMAGE:
case GFXCMD_LOADIMAGETARGETED:
case GFXCMD_UNLOADIMAGE:
case GFXCMD_LOADFONT:
case GFXCMD_UNLOADFONT:
case GFXCMD_SETTARGETSURFACE:
case GFXCMD_CREATESURFACE:
break;
case GFXCMD_PREPIMAGE:
case GFXCMD_LOADIMAGELINE:
case GFXCMD_LOADIMAGECOMPRESSED:
case GFXCMD_XFMIMAGE:
case GFXCMD_LOADCACHEDIMAGE:
case GFXCMD_PREPIMAGETARGETED:
if (!cursorHidden)
c.setCursor(java.awt.Cursor.getPredefinedCursor(java.awt.Cursor.WAIT_CURSOR));
break;
}
}
switch(cmd)
{
case GFXCMD_INIT:
hasret[0] = 1;
// System.out.println("INIT");
// start up native renderer
init0();
int windowTitleStyle = 0;
try
{
windowTitleStyle = Integer.parseInt(MiniClient.myProperties.getProperty("window_title_style", "0"));
}
catch (NumberFormatException e){}
if (!"true".equals(MiniClient.myProperties.getProperty("enable_custom_title_bar", MiniClient.MAC_OS_X ? "false" : "true")))
windowTitleStyle = 10; // platform default
f = new MiniClientWindow(myConn.getWindowTitle(), windowTitleStyle);
java.awt.LayoutManager layer = new java.awt.LayoutManager()
{
public void addLayoutComponent(String name, java.awt.Component comp)
{}
public java.awt.Dimension minimumLayoutSize(java.awt.Container parent)
{
return preferredLayoutSize(parent);
}
public java.awt.Dimension preferredLayoutSize(java.awt.Container parent)
{
return parent.getPreferredSize();
}
public void removeLayoutComponent(java.awt.Component comp)
{}
public void layoutContainer(java.awt.Container parent)
{
c.setBounds(parent.getInsets().left, parent.getInsets().top, parent.getWidth() - parent.getInsets().left - parent.getInsets().right,
parent.getHeight() - parent.getInsets().top - parent.getInsets().bottom);
//System.out.println("LAYOUT frame bounds=" + f.getBounds() + " videoBounds=" + videoBounds + " parentBounds=" + parent.getBounds());
}
};
f.getContentPane().setLayout(layer);
try
{
bgImage = java.awt.Toolkit.getDefaultToolkit().createImage(getClass().getClassLoader().getResource("images/Background.jpg"));
ensureImageIsLoaded(bgImage);
logoImage = java.awt.Toolkit.getDefaultToolkit().createImage(getClass().getClassLoader().getResource("images/SageLogo256.png"));
ensureImageIsLoaded(logoImage);
}
catch (Exception e)
{
System.out.println("ERROR:" + e);
e.printStackTrace();
}
f.setFocusTraversalKeysEnabled(false);
/*
if not connecting to localhost:
- draw background to bounds (scaled)
- draw logo to {{2% from left, 15% from top}{20% view width, 7% view height}}, no clipping, alpha = 0.85, adjust size to keep aspect ratio
- load Arial 32 bold
- draw the following text, double spaced using Arial 32 bold, white with black shadow (offset by (+2,+2))
"SageTV Placeshifter is connecting to"
"the server: "+myConn.getServerName()
"Please Wait..."
text is centered in the view on the middle line, use font metrics to determine proper location
g.setFont(pleaseWaitFont);
g.setColor(java.awt.Color.black);
y += 2;
g.drawString(str1, 2 + (getWidth()/2) - (fm.stringWidth(str1)/2), y + fm.getAscent());
y += fm.getHeight();
g.drawString(str2, 2 + (getWidth()/2) - (fm.stringWidth(str2)/2), y + fm.getAscent());
y += 2*fm.getHeight();
g.drawString(str3, 2 + (getWidth()/2) - (fm.stringWidth(str3)/2), y + fm.getAscent());
g.setColor(java.awt.Color.white);
y = (getHeight() / 2) - fh/2;
g.drawString(str1, (getWidth()/2) - (fm.stringWidth(str1)/2), y + fm.getAscent());
y += fm.getHeight();
g.drawString(str2, (getWidth()/2) - (fm.stringWidth(str2)/2), y + fm.getAscent());
y += 2*fm.getHeight();
g.drawString(str3, (getWidth()/2) - (fm.stringWidth(str3)/2), y + fm.getAscent());
*/
java.awt.Dimension panelSize = f.getContentPane().getSize();
c = new QuartzRendererView();
c.setSize(panelSize);
c.setFocusTraversalKeysEnabled(false);
f.getContentPane().add(c);
try
{
java.awt.Image frameIcon = java.awt.Toolkit.getDefaultToolkit().createImage(getClass().getClassLoader().getResource("images/tvicon.gif"));
ensureImageIsLoaded(frameIcon);
f.setIconImage(frameIcon);
}
catch (Exception e)
{
System.out.println("ERROR:" + e);
e.printStackTrace();
}
f.addWindowListener(new java.awt.event.WindowAdapter()
{
public void windowClosing(java.awt.event.WindowEvent evt)
{
if (!f.isFullScreen() || System.getProperty("os.name").toLowerCase().indexOf("windows") != -1)
{
MiniClient.myProperties.setProperty("main_window_width", Integer.toString(f.getWidth()));
MiniClient.myProperties.setProperty("main_window_height", Integer.toString(f.getHeight()));
MiniClient.myProperties.setProperty("main_window_x", Integer.toString(f.getX()));
MiniClient.myProperties.setProperty("main_window_y", Integer.toString(f.getY()));
}
myConn.close();
/* try
{
if (myConn.getMediaCmd().getPlaya() != null)
{
myConn.getMediaCmd().getPlaya().stop();
myConn.getMediaCmd().getPlaya().free();
}
}catch (Exception e){}
System.exit(0);*/
close();
// f.dispose();
}
});
c.addComponentListener(new java.awt.event.ComponentAdapter()
{
public void componentResized(java.awt.event.ComponentEvent evt)
{
myConn.postResizeEvent(new java.awt.Dimension(c.getWidth(), c.getHeight()));
}
});
f.addKeyListener(this);
c.addKeyListener(this);
//f.addMouseListener(this);
f.addMouseWheelListener(this);
c.addMouseListener(this);
if (ENABLE_MOUSE_MOTION_EVENTS)
{
//f.addMouseMotionListener(this);
c.addMouseMotionListener(this);
}
int frameX = 100;
int frameY = 100;
int frameW = 720;
int frameH = 480;
try
{
frameW = Integer.parseInt(MiniClient.myProperties.getProperty("main_window_width", "720"));
frameH = Integer.parseInt(MiniClient.myProperties.getProperty("main_window_height", "480"));
frameX = Integer.parseInt(MiniClient.myProperties.getProperty("main_window_x", "100"));
frameY = Integer.parseInt(MiniClient.myProperties.getProperty("main_window_y", "100"));
}
catch (NumberFormatException e){}
java.awt.Point newPos = new java.awt.Point(frameX, frameY);
boolean foundScreen = sage.UIUtils.isPointOnAScreen(newPos);
if (!foundScreen)
{
newPos.x = 150;
newPos.y = 150;
}
f.setVisible(true);
f.setSize(1,1);
f.setSize(Math.max(frameW, 320), Math.max(frameH, 240));
f.setLocation(newPos);
if (MiniClient.fsStartup)
f.setFullScreen(true);
MiniClient.hideSplash();
// f.setVisible(true);
return 1;
case GFXCMD_DEINIT:
// System.out.println("DEINIT");
close();
break;
case GFXCMD_DRAWRECT:
if(len==36)
{
float x, y, width, height;
int thickness, argbTL, argbTR, argbBR, argbBL;
x=(float)readInt(0, cmddata);
y=(float)readInt(4, cmddata);
width=(float)readInt(8, cmddata);
height=(float)readInt(12, cmddata);
thickness=readInt(16, cmddata);
argbTL=readInt(20, cmddata);
argbTR=readInt(24, cmddata);
argbBR=readInt(28, cmddata);
argbBL=readInt(32, cmddata);
// System.out.println("DRAWRECT: dest=("+x+","+y+" "+width+"x"+height+") thickness="+thickness+" argbTL="+Integer.toHexString(argbTL)+" argbTR="+Integer.toHexString(argbTR)+" argbBL="+Integer.toHexString(argbBL)+" argbBR="+Integer.toHexString(argbBR));
// FIXME: no gradients on framed rects yet...
drawRect0(new java.awt.geom.Rectangle2D.Float(x, y, width, height), null,
0,
new java.awt.Color(argbTL, true), thickness,
null, 0.0f, 0.0f,
null, 0.0f, 0.0f,
1.0f);
}
else
{
System.out.println("Invalid len for GFXCMD_DRAWRECT : " + len);
}
break;
case GFXCMD_FILLRECT:
// x, y, width, height, argbTL, argbTR, argbBR, argbBL
if(len==32)
{
float x, y, width, height;
int argbTL, argbTR, argbBR, argbBL;
x=(float)readInt(0, cmddata);
y=(float)readInt(4, cmddata);
width=(float)readInt(8, cmddata);
height=(float)readInt(12, cmddata);
argbTL=readInt(16, cmddata);
argbTR=readInt(20, cmddata);
argbBR=readInt(24, cmddata);
argbBL=readInt(28, cmddata);
// System.out.println("FILLRECT: dest=("+x+","+y+" "+width+"x"+height+") argbTL="+Integer.toHexString(argbTL)+" argbTR="+Integer.toHexString(argbTR)+" argbBL="+Integer.toHexString(argbBL)+" argbBR="+Integer.toHexString(argbBR));
java.awt.GradientPaint gp = getGradient(x, y, width, height, argbTL, argbTR, argbBL, argbBR);
java.awt.geom.Rectangle2D.Float bounds = new java.awt.geom.Rectangle2D.Float(x, y, width, height);
if(gp != null) {
drawRect0(bounds, null,
0,
null, 0,
gp.getColor1(), (float)gp.getPoint1().getX(), (float)gp.getPoint1().getY(),
gp.getColor2(), (float)gp.getPoint2().getX(), (float)gp.getPoint2().getY(),
//(float)((argbTL>>24)&0xff)/255.0f);
1.0f); // alpha already supplied
} else {
drawRect0(bounds, null,
0,
null, 0,
new java.awt.Color(argbTL, true), 0.0f, 0.0f,
null, 0.0f, 0.0f,
1.0f);
}
}
else
{
System.out.println("Invalid len for GFXCMD_FILLRECT : " + len);
}
break;
case GFXCMD_CLEARRECT:
// x, y, width, height, argbTL, argbTR, argbBR, argbBL
if(len==32)
{
int x, y, width, height,
argbTL, argbTR, argbBR, argbBL;
x=readInt(0, cmddata);
y=readInt(4, cmddata);
width=readInt(8, cmddata);
height=readInt(12, cmddata);
argbTL=readInt(16, cmddata);
argbTR=readInt(20, cmddata);
argbBR=readInt(24, cmddata);
argbBL=readInt(28, cmddata);
// System.out.println("CLEARRECT: dest=("+x+","+y+" "+width+"x"+height+") argbTL="+Integer.toHexString(argbTL)+" argbTR="+Integer.toHexString(argbTR)+" argbBL="+Integer.toHexString(argbBL)+" argbBR="+Integer.toHexString(argbBR));
java.awt.geom.Rectangle2D.Float destRect = new java.awt.geom.Rectangle2D.Float(x, y, width, height);
clearRect0(destRect);
}
else
{
System.out.println("Invalid len for GFXCMD_CLEARRECT : " + len);
}
break;
case GFXCMD_DRAWOVAL:
// x, y, width, height, thickness, argbTL, argbTR, argbBR, argbBL,
// clipX, clipY, clipW, clipH
if(len==52)
{
float x, y, width, height, clipX, clipY, clipW, clipH;
int thickness, argbTL, argbTR, argbBR, argbBL;
x=(float)readInt(0, cmddata);
y=(float)readInt(4, cmddata);
width=(float)readInt(8, cmddata);
height=(float)readInt(12, cmddata);
thickness=readInt(16, cmddata);
argbTL=readInt(20, cmddata);
argbTR=readInt(24, cmddata);
argbBR=readInt(28, cmddata);
argbBL=readInt(32, cmddata);
clipX=(float)readInt(36, cmddata);
clipY=(float)readInt(40, cmddata);
clipW=(float)readInt(44, cmddata);
clipH=(float)readInt(48, cmddata);
// System.out.println("DRAWOVAL: dest=("+x+","+y+" "+width+"x"+height+") clip=("+clipX+","+clipY+" "+clipW+"x"+clipH+") thickness="+thickness+" argbTL="+Integer.toHexString(argbTL)+" argbTR="+Integer.toHexString(argbTR)+" argbBL="+Integer.toHexString(argbBL)+" argbBR="+Integer.toHexString(argbBR));
// FIXME: no gradient for framed ovals
java.awt.geom.Rectangle2D.Float bounds = new java.awt.geom.Rectangle2D.Float(x, y, width, height);
java.awt.geom.Rectangle2D.Float clipRect = new java.awt.geom.Rectangle2D.Float(clipX, clipY, clipW, clipH);
drawOval0(bounds, clipRect,
new java.awt.Color(argbTL, true), thickness,
null, 0.0f, 0.0f,
null, 0.0f, 0.0f,
1.0f);
}
else
{
System.out.println("Invalid len for GFXCMD_DRAWOVAL : " + len);
}
break;
case GFXCMD_FILLOVAL:
// x, y, width, height, argbTL, argbTR, argbBR, argbBL,
// clipX, clipY, clipW, clipH
if(len==48)
{
float x, y, width, height,
clipX, clipY, clipW, clipH;
int argbTL, argbTR, argbBR, argbBL;
x=(float)readInt(0, cmddata);
y=(float)readInt(4, cmddata);
width=(float)readInt(8, cmddata);
height=(float)readInt(12, cmddata);
argbTL=readInt(16, cmddata);
argbTR=readInt(20, cmddata);
argbBR=readInt(24, cmddata);
argbBL=readInt(28, cmddata);
clipX=(float)readInt(32, cmddata);
clipY=(float)readInt(36, cmddata);
clipW=(float)readInt(40, cmddata);
clipH=(float)readInt(44, cmddata);
// System.out.println("FILLOVAL: dest=("+x+","+y+" "+width+"x"+height+") clip=("+clipX+","+clipY+" "+clipW+"x"+clipH+") argbTL="+Integer.toHexString(argbTL)+" argbTR="+Integer.toHexString(argbTR)+" argbBL="+Integer.toHexString(argbBL)+" argbBR="+Integer.toHexString(argbBR));
java.awt.GradientPaint gp = getGradient(x, y, width, height, argbTL, argbTR, argbBL, argbBR);
java.awt.geom.Rectangle2D.Float bounds = new java.awt.geom.Rectangle2D.Float(x, y, width, height);
java.awt.geom.Rectangle2D.Float clipRect = new java.awt.geom.Rectangle2D.Float(clipX, clipY, clipW, clipH);
if(gp != null) {
drawOval0(bounds, clipRect,
null, 0,
gp.getColor1(), (float)gp.getPoint1().getX(), (float)gp.getPoint1().getY(),
gp.getColor2(), (float)gp.getPoint2().getX(), (float)gp.getPoint2().getY(),
1.0f);
} else {
drawOval0(bounds, clipRect,
null, 0,
new java.awt.Color(argbTL, true), 0.0f, 0.0f,
null, 0.0f, 0.0f,
1.0f);
}
}
else
{
System.out.println("Invalid len for GFXCMD_FILLOVAL : " + len);
}
break;
case GFXCMD_DRAWROUNDRECT:
// x, y, width, height, thickness, arcRadius, argbTL, argbTR, argbBR, argbBL,
// clipX, clipY, clipW, clipH
if(len==56)
{
float x, y, width, height,
clipX, clipY, clipW, clipH;
int thickness, arcRadius,
argbTL, argbTR, argbBR, argbBL;
x=(float)readInt(0, cmddata);
y=(float)readInt(4, cmddata);
width=(float)readInt(8, cmddata);
height=(float)readInt(12, cmddata);
thickness=readInt(16, cmddata);
arcRadius=readInt(20, cmddata);
argbTL=readInt(24, cmddata);
argbTR=readInt(28, cmddata);
argbBR=readInt(32, cmddata);
argbBL=readInt(36, cmddata);
clipX=(float)readInt(40, cmddata);
clipY=(float)readInt(44, cmddata);
clipW=(float)readInt(48, cmddata);
clipH=(float)readInt(52, cmddata);
// System.out.println("DRAWROUNDRECT: dest=("+x+","+y+" "+width+"x"+height+") clip=("+clipX+","+clipY+" "+clipW+"x"+clipH+") thickness="+thickness+" arcRadius="+arcRadius+" argbTL="+Integer.toHexString(argbTL)+" argbTR="+Integer.toHexString(argbTR)+" argbBL="+Integer.toHexString(argbBL)+" argbBR="+Integer.toHexString(argbBR));
// FIXME: no gradients on stroked shapes
java.awt.geom.Rectangle2D.Float bounds = new java.awt.geom.Rectangle2D.Float(x, y, width, height);
java.awt.geom.Rectangle2D.Float clipRect = new java.awt.geom.Rectangle2D.Float(clipX, clipY, clipW, clipH);
drawRect0(bounds, clipRect,
arcRadius,
new java.awt.Color(argbTL, true), thickness,
null, 0.0f, 0.0f,
null, 0.0f, 0.0f,
1.0f);
}
else
{
System.out.println("Invalid len for GFXCMD_DRAWROUNDRECT : " + len);
}
break;
case GFXCMD_FILLROUNDRECT:
// x, y, width, height, arcRadius, argbTL, argbTR, argbBR, argbBL,
// clipX, clipY, clipW, clipH
if(len==52)
{
float x, y, width, height,
clipX, clipY, clipW, clipH;
int arcRadius, argbTL, argbTR, argbBR, argbBL;
x=(float)readInt(0, cmddata);
y=(float)readInt(4, cmddata);
width=(float)readInt(8, cmddata);
height=(float)readInt(12, cmddata);
arcRadius=readInt(16, cmddata);
argbTL=readInt(20, cmddata);
argbTR=readInt(24, cmddata);
argbBR=readInt(28, cmddata);
argbBL=readInt(32, cmddata);
clipX=(float)readInt(36, cmddata);
clipY=(float)readInt(40, cmddata);
clipW=(float)readInt(44, cmddata);
clipH=(float)readInt(48, cmddata);
// System.out.println("FILLROUNDRECT: dest=("+x+","+y+" "+width+"x"+height+") clip=("+clipX+","+clipY+" "+clipW+"x"+clipH+") arcRadius="+arcRadius+" argbTL="+Integer.toHexString(argbTL)+" argbTR="+Integer.toHexString(argbTR)+" argbBL="+Integer.toHexString(argbBL)+" argbBR="+Integer.toHexString(argbBR));
java.awt.GradientPaint gp = getGradient(x, y, width, height, argbTL, argbTR, argbBL, argbBR);
java.awt.geom.Rectangle2D.Float bounds = new java.awt.geom.Rectangle2D.Float(x, y, width, height);
java.awt.geom.Rectangle2D.Float clipRect = new java.awt.geom.Rectangle2D.Float(clipX, clipY, clipW, clipH);
if(gp != null) {
drawRect0(bounds, clipRect,
arcRadius,
null, 0,
gp.getColor1(), (float)gp.getPoint1().getX(), (float)gp.getPoint1().getY(),
gp.getColor2(), (float)gp.getPoint2().getX(), (float)gp.getPoint2().getY(),
//(float)((argbTL>>24)&0xff)/255.0f);
1.0f);
} else {
drawRect0(bounds, clipRect,
arcRadius,
null, 0,
new java.awt.Color(argbTL, true), 0.0f, 0.0f,
null, 0.0f, 0.0f,
1.0f);
}
}
else
{
System.out.println("Invalid len for GFXCMD_FILLROUNDRECT : " + len);
}
break;
case GFXCMD_DRAWTEXT:
// x, y, len, text, handle, argb, clipX, clipY, clipW, clipH
if(len>=36 && len>=(36+readInt(8, cmddata)*2))
{
float x, y, clipX, clipY, clipW, clipH;
int textlen, fontHandle, argb;
StringBuffer text = new StringBuffer();
int i;
x=(float)readInt(0, cmddata);
y=(float)readInt(4, cmddata);
textlen=readInt(8, cmddata);
for(i=0;i<textlen;i++)
{
text.append((char)readShort(12+i*2, cmddata));
}
fontHandle=readInt(textlen*2+12, cmddata);
argb=readInt(textlen*2+16, cmddata);
clipX=(float)readInt(textlen*2+20, cmddata);
clipY=(float)readInt(textlen*2+24, cmddata);
clipW=(float)readInt(textlen*2+28, cmddata);
clipH=(float)readInt(textlen*2+32, cmddata);
// TODO: check if this is needed
// if (System.getProperty("java.version").startsWith("1.4"))
// clipW = clipW * 5 / 4;
// System.out.println("DRAWTEXT: dest=("+x+","+y+") clip=("+clipX+","+clipY+" "+clipW+"x"+clipH+") fontHandle="+fontHandle+" argb="+Integer.toHexString(argb)+" text="+text.toString());
McFont fontPtr = (McFont)fontMap.get(new Integer(fontHandle));
if(fontPtr != null) {
// use AWT string bounds or we'll clip on occasion
String theString = text.toString();
// java.awt.Dimension textSize = fontPtr.getStringSize(theString);
float[] positions = fontPtr.getGlyphPositions(theString);
// System.out.println("drawText: \""+theString+"\" loc=("+x+","+y+") num positions="+positions.length);
drawTextWithPositions0(theString, fontPtr.nativeFont,
x, y, positions, new java.awt.geom.Rectangle2D.Float(clipX,clipY,clipW,clipH),
new java.awt.Color(argb, true));
}
}
else
{
System.out.println("Invalid len for GFXCMD_DRAWTEXT : " + len);
}
break;
case GFXCMD_DRAWTEXTURED:
// x, y, width, height, handle, srcx, srcy, srcwidth, srcheight, blend
if(len==40)
{
float x, y, width, height,
srcx, srcy, srcwidth, srcheight;
int handle, blend; // blend is a color, use alpha component for blending
x=(float)readInt(0, cmddata);
y=(float)readInt(4, cmddata);
width=(float)readInt(8, cmddata);
height=(float)readInt(12, cmddata);
handle=readInt(16, cmddata); // either an image handle or layer handle (if not in imageMap)
srcx=(float)readInt(20, cmddata);
srcy=(float)readInt(24, cmddata);
srcwidth=(float)readInt(28, cmddata);
srcheight=(float)readInt(32, cmddata);
blend=readInt(36, cmddata);
/*
if height < 0
disable blending
if width < 0 (font mode, composite with background and blend with given color)
blend with full RGBA color
else
blend with alpha only
*/
// System.out.println("DRAWTEXTURED: handle="+handle+" dest=("+x+","+y+" "+width+"x"+height+") src=("+srcx+","+srcy+" "+srcwidth+"x"+srcheight+") blend="+Integer.toHexString(blend));
boolean doBlend = true;
if(height < 0) {
doBlend = false;
height *= -1;
}
if(width < 0) {
width *= -1;
} else {
if(doBlend)
blend |= 0x00ffffff; // only use alpha
}
Long imagePtr = (Long)imageMap.get(new Integer(handle));
java.awt.geom.Rectangle2D.Float destRect = new java.awt.geom.Rectangle2D.Float(x,y,width,height);
java.awt.geom.Rectangle2D.Float srcRect = new java.awt.geom.Rectangle2D.Float(srcx,srcy,srcwidth,srcheight);
if(imagePtr != null) {
myConn.registerImageAccess(handle);
// System.out.println(" (drawing image) imagePtr="+imagePtr);
drawImage1(imagePtr.longValue(),
destRect, srcRect,
(doBlend) ? new java.awt.Color(blend, true) : null);
} else {
imagePtr = (Long)layerMap.get(new Integer(handle));
if(imagePtr != null) {
myConn.registerImageAccess(handle);
// System.out.println(" (compositing surface) layerPtr="+Long.toHexString(imagePtr.longValue())+" currentLayer="+currentLayer);
float alpha = (doBlend ? (float)(((blend >> 24)&0xff))/255.0f : 1.0f);
composite0(imagePtr.longValue(), currentLayer, srcRect, destRect, alpha, doBlend);
}
else
{
System.out.println("ERROR invalid handle passed for texture rendering of: " + handle);
abortRenderCycle = true;
}
}
}
else
{
System.out.println("Invalid len for GFXCMD_DRAWTEXTURED : " + len);
}
break;
case GFXCMD_DRAWLINE:
// x1, y1, x2, y2, argb1, argb2
if(len==24)
{
float x1, y1, x2, y2;
int argb1, argb2;
x1=readInt(0, cmddata);
y1=readInt(4, cmddata);
x2=readInt(8, cmddata);
y2=readInt(12, cmddata);
argb1=readInt(16, cmddata);
argb2=readInt(20, cmddata);
// System.out.println("DRAWLINE: start=("+x1+","+y1+") end=("+x2+","+y2+") argb1="+Integer.toHexString(argb1)+" argb2="+Integer.toHexString(argb2));
drawLine0(x1, y1, x2, y2, 1, new java.awt.Color(argb1, true));
}
else
{
System.out.println("Invalid len for GFXCMD_DRAWLINE : " + len);
}
break;
case GFXCMD_LOADIMAGE:
// width, height
if(len>=8)
{
int width, height;
int imghandle = 0;
width=readInt(0, cmddata);
height=readInt(4, cmddata);
// System.out.println("LOADIMAGE: size=("+width+"x"+height+")");
if (width * height * 4 + imageCacheSize > imageCacheLimit)
{
imghandle = 0;
}
else
{
// creating a new image from bitmap data being sent over myConn, create a new empty image
long imagePtr = createNewImage0(width, height);
imghandle = handleCount++;
// System.out.println(" imghandle="+imghandle+" imagePtr="+imagePtr);
imageMap.put(new Integer(imghandle), new Long(imagePtr)); // actual value is filled in later when it's prepared
imageCacheSize += width * height * 4;
}
hasret[0]=1;
return imghandle;
}
else
{
System.out.println("Invalid len for GFXCMD_LOADIMAGE : " + len);
}
break;
case GFXCMD_LOADIMAGETARGETED:
// handle, width, height // Not used unless we do uncompressed images
if(len>=12)
{
int width, height;
int imghandle = readInt(0, cmddata);
width=readInt(4, cmddata);
height=readInt(8, cmddata);
while (width * height * 4 + imageCacheSize > imageCacheLimit)
{
// Keep freeing the oldest image until we have enough memory to do this
int oldestImage = myConn.getOldestImage();
if (oldestImage != 0)
{
System.out.println("Freeing image to make room in cache");
unloadImage(oldestImage);
myConn.postImageUnload(oldestImage);
}
else
{
System.out.println("ERROR cannot free enough from the cache to support loading a new image!!!");
break;
}
}
long imagePtr = createNewImage0(width, height);
// System.out.println(" imghandle="+imghandle+" imagePtr="+imagePtr);
imageMap.put(new Integer(imghandle), new Long(imagePtr)); // actual value is filled in later when it's prepared
imageCacheSize += width * height * 4;
myConn.registerImageAccess(imghandle);
hasret[0]=0;
}
else
{
System.out.println("Invalid len for GFXCMD_LOADIMAGETARGETED : " + len);
}
break;
case GFXCMD_CREATESURFACE:
// width, height
if(len>=8)
{
int width, height;
int handle = handleCount++;;
width=readInt(0, cmddata);
height=readInt(4, cmddata);
// width/height is managed here
long layerPtr = createLayer0(c.getSize());
layerMap.put(new Integer(handle), new Long(layerPtr));
// System.out.println("CREATESURFACE: ("+width+","+height+") handle="+handle+" layerPtr="+layerPtr);
hasret[0]=1;
return handle;
}
else
{
System.out.println("Invalid len for GFXCMD_CREATESURFACE : " + len);
}
break;
case GFXCMD_PREPIMAGE:
// width, height
if(len>=8)
{
int width, height;
//int imghandle = handleCount++;;
width=readInt(0, cmddata);
height=readInt(4, cmddata);
int imghandle = 1;
// System.out.println("PREPIMAGE: size=("+width+"x"+height+")");
if (width * height * 4 + imageCacheSize > imageCacheLimit)
imghandle = 0;
else if (len >= 12)
{
// We've got enough room for it and there's a cache ID, check if we've got it cached locally
int strlen = readInt(8, cmddata);
if (strlen > 1)
{
String rezName = new String(cmddata, 16, strlen - 1);
// System.out.println(" rezName="+rezName);
lastImageResourceID = rezName;
// We use this hashcode to match it up on the loadCompressedImage call so we know we're caching the right thing
lastImageResourceIDHandle = imghandle = Math.abs(lastImageResourceID.hashCode());
java.io.File cachedFile = myConn.getCachedImageFile(rezName);
if (cachedFile != null)
{
// We've got it locally in our cache! Read it from there.
long imagePtr = createImageFromPath0(cachedFile.getAbsolutePath());
if(imagePtr != 0)
{
java.awt.Dimension imgSize = getImageDimensions0(imagePtr);
if(imgSize != null)
{
if(imgSize.getWidth() == width && imgSize.getHeight() == height)
{
// valid image in cache, use it
imghandle = handleCount++;
// System.out.println(" loaded from cache, imagePtr="+imagePtr+" handle="+imghandle);
imageMap.put(new Integer(imghandle), new Long(imagePtr));
imageCacheSize += getImageSize0(imagePtr);
hasret[0] = 1;
return -1 * imghandle;
}
else
freeNativeImage0(imagePtr);
}
else
freeNativeImage0(imagePtr);
}
}
}
}
//imghandle=STBGFX.GFX_loadImage(width, height);
hasret[0]=1;
return imghandle;
}
else
{
System.out.println("Invalid len for GFXCMD_PREPIMAGE : " + len);
}
break;
case GFXCMD_PREPIMAGETARGETED:
// handle, width, height, [rezID]
if(len>=12)
{
int imghandle, width, height;
imghandle = readInt(0, cmddata);
width=readInt(4, cmddata);
height=readInt(8, cmddata);
int strlen = readInt(12, cmddata);
while (width * height * 4 + imageCacheSize > imageCacheLimit)
{
// Keep freeing the oldest image until we have enough memory to do this
int oldestImage = myConn.getOldestImage();
if (oldestImage != 0)
{
System.out.println("Freeing image to make room in cache");
unloadImage(oldestImage);
myConn.postImageUnload(oldestImage);
}
else
{
System.out.println("ERROR cannot free enough from the cache to support loading a new image!!!");
break;
}
}
if (len >= 16)
{
// We will not have this cached locally...but setup our vars to track it
String rezName = new String(cmddata, 20, strlen - 1);
lastImageResourceID = rezName;
lastImageResourceIDHandle = imghandle;
System.out.println("Prepped targeted image with handle " + imghandle + " resource=" + rezName);
}
myConn.registerImageAccess(imghandle);
hasret[0]=0;
}
else
{
System.out.println("Invalid len for GFXCMD_PREPIMAGE : " + len);
}
break;
case GFXCMD_LOADCACHEDIMAGE:
// width, height
if(len>=18)
{
int width, height, imghandle;
imghandle = readInt(0, cmddata);
width = readInt(4, cmddata);
height = readInt(8, cmddata);
int strlen = readInt(12, cmddata);
String rezName = new String(cmddata, 20, strlen - 1);
System.out.println("imghandle=" + imghandle + " width=" + width + " height=" + height + " strlen=" + strlen + " rezName=" + rezName);
while (width * height * 4 + imageCacheSize > imageCacheLimit)
{
// Keep freeing the oldest image until we have enough memory to do this
int oldestImage = myConn.getOldestImage();
if (oldestImage != 0)
{
System.out.println("Freeing image to make room in cache");
unloadImage(oldestImage);
myConn.postImageUnload(oldestImage);
}
else
{
System.out.println("ERROR cannot free enough from the cache to support loading a new image!!!");
break;
}
}
myConn.registerImageAccess(imghandle);
try
{
System.out.println("Loading resource from cache: " + rezName);
java.io.File cachedFile = myConn.getCachedImageFile(rezName);
if (cachedFile != null)
{
// We've got it locally in our cache! Read it from there.
System.out.println("Image found in cache!");
// We've got it locally in our cache! Read it from there.
long imagePtr = createImageFromPath0(cachedFile.getAbsolutePath());
if(imagePtr != 0)
{
java.awt.Dimension imgSize = getImageDimensions0(imagePtr);
if(imgSize != null && imgSize.getWidth() == width && imgSize.getHeight() == height)
{
// valid image in cache, use it
// System.out.println(" loaded from cache, imagePtr="+imagePtr+" handle="+imghandle);
imageMap.put(new Integer(imghandle), new Long(imagePtr));
imageCacheSize += getImageSize0(imagePtr);
}
else
{
if (imgSize != null)
{
// It doesn't match the cache
System.out.println("CACHE ID verification failed for rezName=" + rezName + " target=" + width + "x" + height + " actual=" + imgSize.getWidth() + "x" + imgSize.getHeight());
}
else
System.out.println("CACHE Load failed for rezName=" + rezName);
cachedFile.delete();
freeNativeImage0(imagePtr);
// This load failed but the server thought it would succeed, so we need to inform it that the image is no longer loaded.
myConn.postImageUnload(imghandle);
myConn.postOfflineCacheChange(false, rezName);
}
}
else
{
cachedFile.delete();
// This load failed but the server thought it would succeed, so we need to inform it that the image is no longer loaded.
myConn.postImageUnload(imghandle);
myConn.postOfflineCacheChange(false, rezName);
}
}
else
{
System.out.println("ERROR Image not found in cache that should be there! rezName=" + rezName);
// This load failed but the server thought it would succeed, so we need to inform it that the image is no longer loaded.
myConn.postImageUnload(imghandle);
myConn.postOfflineCacheChange(false, rezName);
}
}
catch (java.io.IOException e)
{
System.out.println("ERROR loading compressed image: " + e);
}
hasret[0]=0;
}
else
{
System.out.println("Invalid len for GFXCMD_PREPIMAGE : " + len);
}
break;
case GFXCMD_UNLOADIMAGE:
// handle
if(len==4)
{
int handle;
handle=readInt(0, cmddata);
unloadImage(handle);
myConn.clearImageAccess(handle);
}
else
{
System.out.println("Invalid len for GFXCMD_UNLOADIMAGE : " + len);
}
break;
case GFXCMD_SETTARGETSURFACE:
// handle
if(len==4)
{
int handle;
handle=readInt(0, cmddata);
//STBGFX.GFX_unloadImage(handle);
Long layerPtr = (Long)layerMap.get(new Integer(handle));
// System.out.println("SETTARGETSURFACE: handle="+handle+" layerPtr="+ (layerPtr == null ? "0" : Long.toHexString(layerPtr.longValue())));
currentLayer = (layerPtr != null) ? layerPtr.longValue() : 0;
java.awt.Rectangle clipRect = new java.awt.Rectangle(0, 0, c.getWidth(), c.getHeight());
setLayer0(currentLayer, c.getSize(), clipRect);
}
else
{
System.out.println("Invalid len for GFXCMD_SETTARGETSURFACE : " + len);
}
break;
case GFXCMD_LOADFONT:
// namelen, name, style, size
if(len>=12 && len>=(12+readInt(0, cmddata)))
{
int namelen, style, size;
StringBuffer name = new StringBuffer();
int i;
int fonthandle = handleCount++;
namelen=readInt(0, cmddata);
for(i=0;i<namelen-1;i++) // skip the terminating \0 character
{
name.append((char) cmddata[8 + i]); // an extra 4 for the header
}
style=readInt(namelen+4, cmddata);
size=readInt(namelen+8, cmddata);
// System.out.println("LOADFONT: handle="+fonthandle+" name="+name.toString()+" style="+Integer.toHexString(style)+" size="+size);
McFont fontPtr = new McFont(name.toString(), style, size);
// long fontPtr = loadFont0(name.toString(), style, size);
if(fontPtr == null) {
// FIXME: implement!
// we don't have the font on this sytem (yet) see if it's cached and try to load it manually
// String cacheName = name.toString() + "-" + style;
// fontPtr = loadCachedFont0(cacheDir.getAbsolutePath(), name.toString() + "-" + myConn.getServerName(), style, size);
// if (fontPtr == 0) {
// Return that we don't have this font so it'll load it into our cache
hasret[0] = 1;
return 0;
// }
}
// System.out.println(" fontPtr=" + fontPtr);
fontMap.put(new Integer(fonthandle), fontPtr);
hasret[0] = 1;
return fonthandle;
}
else
{
System.out.println("Invalid len for GFXCMD_LOADFONT : " + len);
}
break;
case GFXCMD_UNLOADFONT:
// handle
if(len==4)
{
int handle;
handle=readInt(0, cmddata);
//STBGFX.GFX_unloadFont(handle);
McFont fontPtr = (McFont)fontMap.get(new Integer(handle));
// System.out.println("UNLOADFONT: handle="+handle+" fontPtr="+fontPtr);
if(fontPtr != null) fontPtr.unload();
fontMap.remove(new Integer(handle));
}
else
{
System.out.println("Invalid len for GFXCMD_UNLOADFONT : " + len);
}
break;
case GFXCMD_LOADFONTSTREAM:
// namelen, name, len, data
if (len>=8)
{
StringBuffer name = new StringBuffer();
int namelen = readInt(0, cmddata);
for(int i=0;i<namelen-1;i++) // skip the terminating \0 character
{
name.append((char) cmddata[8 + i]); // an extra 4 for the header
}
int datalen = readInt(4 + namelen, cmddata);
if (len >= datalen + 8 + namelen)
{
// System.out.println("Saving font " + name.toString() + " to cache");
myConn.saveCacheData(name.toString() + "-" + myConn.getServerName(), cmddata, 12 + namelen, datalen);
}
}
else
{
System.out.println("Invalid len for GFXCMD_LOADFONTSTREAM : " + len);
}
break;
case GFXCMD_FLIPBUFFER:
// System.out.println("FLIPBUFFER");
if (abortRenderCycle)
{
System.out.println("ERROR in painting cycle, ABORT was set...send full repaint command");
myConn.postRepaintEvent(0, 0, c.getWidth(), c.getHeight());
}
else
{
present0(c.nativeView, new java.awt.Rectangle(0, 0, c.getWidth(), c.getHeight()));
}
hasret[0] = 1;
//STBGFX.GFX_flipBuffer();
firstFrameDone = true;
return 0;
case GFXCMD_STARTFRAME:
// System.out.println("STARTFRAME");
// prepare for a new frame to be rendered
setTargetView0(c.nativeView);
setLayer0(0, c.getSize(), null); // this makes sure the drawing surface gets resized properly
abortRenderCycle = false;
break;
case GFXCMD_LOADIMAGELINE:
// handle, line, len, data
if(len>=12 && len>=(12+readInt(8, cmddata)))
{
int handle, line, len2;
//unsigned char *data=&cmddata[12];
handle=readInt(0, cmddata);
line=readInt(4, cmddata);
len2=readInt(8, cmddata);
// the last number is the offset into the data array to start reading from
//STBGFX.GFX_loadImageLine(handle, line, len, data, 12);
//int dataPos = 12;
Long imagePtr = (Long)imageMap.get(new Integer(handle));
// System.out.println("LOADIMAGELINE: handle="+handle+" imagePtr="+imagePtr+" line="+line+" len2="+len2);
if(imagePtr != null)
loadImageLine0(imagePtr.longValue(), line, cmddata, 16/*12*/, len2);
myConn.registerImageAccess(handle);
}
else
{
System.out.println("Invalid len for GFXCMD_LOADIMAGELINE : " + len);
}
break;
case GFXCMD_LOADIMAGECOMPRESSED:
// handle, line, len, data
if(len>=8 && len>=(8+readInt(4, cmddata)))
{
int handle, len2;
handle=readInt(0, cmddata);
len2=readInt(4, cmddata);
if (lastImageResourceID != null && lastImageResourceIDHandle == handle)
{
myConn.saveCacheData(lastImageResourceID, cmddata, 12, len2);
myConn.postOfflineCacheChange(true, lastImageResourceID);
}
if (!myConn.doesUseAdvancedImageCaching())
{
handle = handleCount++;
hasret[0] = 1;
}
else
hasret[0] = 0;
myConn.registerImageAccess(handle);
long imagePtr = createImageFromBytes0(cmddata, 12, len2, null); // FIXME: grab extension if possible
// System.out.println("LOADIMAGECOMPRESSED: handle="+handle+" imagePtr="+imagePtr+" len2="+len2);
imageMap.put(new Integer(handle), new Long(imagePtr));
imageCacheSize += getImageSize0(imagePtr);
return handle;
}
else
{
System.out.println("Invalid len for GFXCMD_LOADIMAGECOMPRESSED : " + len);
}
break;
case GFXCMD_XFMIMAGE:
// srcHandle, destHandle, destWidth, destHeight, maskCornerArc
if (len >= 20)
{
int srcHandle, destHandle, destWidth, destHeight, maskCornerArc;
srcHandle = readInt(0, cmddata);
destHandle = readInt(4, cmddata); // seems to be unused
destWidth = readInt(8, cmddata); // scaled size (ignore?)
destHeight = readInt(12, cmddata);
maskCornerArc = readInt(16, cmddata);
int rvHandle = destHandle;
if (!myConn.doesUseAdvancedImageCaching())
{
rvHandle = handleCount++;
hasret[0] = 1;
}
else
hasret[0] = 0;
// we cheat and apply the transforms to a metaimage object without actually creating a new image (saves oodles of memory)
Long srcImg = (Long)imageMap.get(new Integer(srcHandle));
// System.out.println("XFMIMAGE: srcHandle="+srcHandle+" srcImg="+srcImg+" destHandle="+destHandle+" destWidth="+destWidth+" destHeight="+destHeight+" maskCornerArc="+maskCornerArc);
if(srcImg != null) {
long newImage = transformImage0(srcImg.longValue(), destWidth, destHeight, maskCornerArc);
if(newImage != 0) {
// System.out.println(" newImage="+newImage);
imageMap.put(new Integer(rvHandle), new Long(newImage));
}
}
return rvHandle;
}
else
{
System.out.println("Invalid len for GFXCMD_XFMIMAGE : " + len);
}
break;
case GFXCMD_SETVIDEOPROP:
if (len >= 40)
{
java.awt.Rectangle srcRect = new java.awt.Rectangle(readInt(4, cmddata), readInt(8, cmddata),
readInt(12, cmddata), readInt(16, cmddata));
java.awt.Rectangle destRect = new java.awt.Rectangle(readInt(20, cmddata), readInt(24, cmddata),
readInt(28, cmddata), readInt(32, cmddata));
System.out.println("SETVIDEOPROP: srcRect="+srcRect+" dstRect="+destRect);
setVideoBounds(srcRect, destRect);
}
else
{
System.out.println("Invalid len for GFXCMD_SETVIDEOPROP: " + len);
}
break;
default:
return -1;
}
return 0;
} | public int ExecuteGFXCommand(int cmd, int len, byte[] cmddata, int[] hasret)
{
len -= 4;
hasret[0] = 0;
if((cmd != GFXCMD_INIT) && (cmd != GFXCMD_DEINIT))
{
if((f != null) ? (!f.isDisplayable() || !f.isValid() || !f.isShowing()) : true) {
while((f != null) ? (!f.isDisplayable() || !f.isValid() || !f.isShowing()) : true) {
try {
Thread.sleep(10);
} catch(InterruptedException ex) {}
}
}
}
if (c != null)
{
switch(cmd)
{
case GFXCMD_INIT:
case GFXCMD_DEINIT:
case GFXCMD_STARTFRAME:
case GFXCMD_FLIPBUFFER:
c.setCursor(null);
break;
case GFXCMD_DRAWRECT:
case GFXCMD_FILLRECT:
case GFXCMD_CLEARRECT:
case GFXCMD_DRAWOVAL:
case GFXCMD_FILLOVAL:
case GFXCMD_DRAWROUNDRECT:
case GFXCMD_FILLROUNDRECT:
case GFXCMD_DRAWTEXT:
case GFXCMD_DRAWTEXTURED:
case GFXCMD_DRAWLINE:
case GFXCMD_LOADIMAGE:
case GFXCMD_LOADIMAGETARGETED:
case GFXCMD_UNLOADIMAGE:
case GFXCMD_LOADFONT:
case GFXCMD_UNLOADFONT:
case GFXCMD_SETTARGETSURFACE:
case GFXCMD_CREATESURFACE:
break;
case GFXCMD_PREPIMAGE:
case GFXCMD_LOADIMAGELINE:
case GFXCMD_LOADIMAGECOMPRESSED:
case GFXCMD_XFMIMAGE:
case GFXCMD_LOADCACHEDIMAGE:
case GFXCMD_PREPIMAGETARGETED:
if (!cursorHidden)
c.setCursor(java.awt.Cursor.getPredefinedCursor(java.awt.Cursor.WAIT_CURSOR));
break;
}
}
switch(cmd)
{
case GFXCMD_INIT:
hasret[0] = 1;
init0();
int windowTitleStyle = 0;
try
{
windowTitleStyle = Integer.parseInt(MiniClient.myProperties.getProperty("window_title_style", "0"));
}
catch (NumberFormatException e){}
if (!"true".equals(MiniClient.myProperties.getProperty("enable_custom_title_bar", MiniClient.MAC_OS_X ? "false" : "true")))
windowTitleStyle = 10;
f = new MiniClientWindow(myConn.getWindowTitle(), windowTitleStyle);
java.awt.LayoutManager layer = new java.awt.LayoutManager()
{
public void addLayoutComponent(String name, java.awt.Component comp)
{}
public java.awt.Dimension minimumLayoutSize(java.awt.Container parent)
{
return preferredLayoutSize(parent);
}
public java.awt.Dimension preferredLayoutSize(java.awt.Container parent)
{
return parent.getPreferredSize();
}
public void removeLayoutComponent(java.awt.Component comp)
{}
public void layoutContainer(java.awt.Container parent)
{
c.setBounds(parent.getInsets().left, parent.getInsets().top, parent.getWidth() - parent.getInsets().left - parent.getInsets().right,
parent.getHeight() - parent.getInsets().top - parent.getInsets().bottom);
}
};
f.getContentPane().setLayout(layer);
try
{
bgImage = java.awt.Toolkit.getDefaultToolkit().createImage(getClass().getClassLoader().getResource("images/Background.jpg"));
ensureImageIsLoaded(bgImage);
logoImage = java.awt.Toolkit.getDefaultToolkit().createImage(getClass().getClassLoader().getResource("images/SageLogo256.png"));
ensureImageIsLoaded(logoImage);
}
catch (Exception e)
{
System.out.println("ERROR:" + e);
e.printStackTrace();
}
f.setFocusTraversalKeysEnabled(false);
java.awt.Dimension panelSize = f.getContentPane().getSize();
c = new QuartzRendererView();
c.setSize(panelSize);
c.setFocusTraversalKeysEnabled(false);
f.getContentPane().add(c);
try
{
java.awt.Image frameIcon = java.awt.Toolkit.getDefaultToolkit().createImage(getClass().getClassLoader().getResource("images/tvicon.gif"));
ensureImageIsLoaded(frameIcon);
f.setIconImage(frameIcon);
}
catch (Exception e)
{
System.out.println("ERROR:" + e);
e.printStackTrace();
}
f.addWindowListener(new java.awt.event.WindowAdapter()
{
public void windowClosing(java.awt.event.WindowEvent evt)
{
if (!f.isFullScreen() || System.getProperty("os.name").toLowerCase().indexOf("windows") != -1)
{
MiniClient.myProperties.setProperty("main_window_width", Integer.toString(f.getWidth()));
MiniClient.myProperties.setProperty("main_window_height", Integer.toString(f.getHeight()));
MiniClient.myProperties.setProperty("main_window_x", Integer.toString(f.getX()));
MiniClient.myProperties.setProperty("main_window_y", Integer.toString(f.getY()));
}
myConn.close();
close();
}
});
c.addComponentListener(new java.awt.event.ComponentAdapter()
{
public void componentResized(java.awt.event.ComponentEvent evt)
{
myConn.postResizeEvent(new java.awt.Dimension(c.getWidth(), c.getHeight()));
}
});
f.addKeyListener(this);
c.addKeyListener(this);
f.addMouseWheelListener(this);
c.addMouseListener(this);
if (ENABLE_MOUSE_MOTION_EVENTS)
{
c.addMouseMotionListener(this);
}
int frameX = 100;
int frameY = 100;
int frameW = 720;
int frameH = 480;
try
{
frameW = Integer.parseInt(MiniClient.myProperties.getProperty("main_window_width", "720"));
frameH = Integer.parseInt(MiniClient.myProperties.getProperty("main_window_height", "480"));
frameX = Integer.parseInt(MiniClient.myProperties.getProperty("main_window_x", "100"));
frameY = Integer.parseInt(MiniClient.myProperties.getProperty("main_window_y", "100"));
}
catch (NumberFormatException e){}
java.awt.Point newPos = new java.awt.Point(frameX, frameY);
boolean foundScreen = sage.UIUtils.isPointOnAScreen(newPos);
if (!foundScreen)
{
newPos.x = 150;
newPos.y = 150;
}
f.setVisible(true);
f.setSize(1,1);
f.setSize(Math.max(frameW, 320), Math.max(frameH, 240));
f.setLocation(newPos);
if (MiniClient.fsStartup)
f.setFullScreen(true);
MiniClient.hideSplash();
return 1;
case GFXCMD_DEINIT:
close();
break;
case GFXCMD_DRAWRECT:
if(len==36)
{
float x, y, width, height;
int thickness, argbTL, argbTR, argbBR, argbBL;
x=(float)readInt(0, cmddata);
y=(float)readInt(4, cmddata);
width=(float)readInt(8, cmddata);
height=(float)readInt(12, cmddata);
thickness=readInt(16, cmddata);
argbTL=readInt(20, cmddata);
argbTR=readInt(24, cmddata);
argbBR=readInt(28, cmddata);
argbBL=readInt(32, cmddata);
drawRect0(new java.awt.geom.Rectangle2D.Float(x, y, width, height), null,
0,
new java.awt.Color(argbTL, true), thickness,
null, 0.0f, 0.0f,
null, 0.0f, 0.0f,
1.0f);
}
else
{
System.out.println("Invalid len for GFXCMD_DRAWRECT : " + len);
}
break;
case GFXCMD_FILLRECT:
if(len==32)
{
float x, y, width, height;
int argbTL, argbTR, argbBR, argbBL;
x=(float)readInt(0, cmddata);
y=(float)readInt(4, cmddata);
width=(float)readInt(8, cmddata);
height=(float)readInt(12, cmddata);
argbTL=readInt(16, cmddata);
argbTR=readInt(20, cmddata);
argbBR=readInt(24, cmddata);
argbBL=readInt(28, cmddata);
java.awt.GradientPaint gp = getGradient(x, y, width, height, argbTL, argbTR, argbBL, argbBR);
java.awt.geom.Rectangle2D.Float bounds = new java.awt.geom.Rectangle2D.Float(x, y, width, height);
if(gp != null) {
drawRect0(bounds, null,
0,
null, 0,
gp.getColor1(), (float)gp.getPoint1().getX(), (float)gp.getPoint1().getY(),
gp.getColor2(), (float)gp.getPoint2().getX(), (float)gp.getPoint2().getY(),
1.0f);
} else {
drawRect0(bounds, null,
0,
null, 0,
new java.awt.Color(argbTL, true), 0.0f, 0.0f,
null, 0.0f, 0.0f,
1.0f);
}
}
else
{
System.out.println("Invalid len for GFXCMD_FILLRECT : " + len);
}
break;
case GFXCMD_CLEARRECT:
if(len==32)
{
int x, y, width, height,
argbTL, argbTR, argbBR, argbBL;
x=readInt(0, cmddata);
y=readInt(4, cmddata);
width=readInt(8, cmddata);
height=readInt(12, cmddata);
argbTL=readInt(16, cmddata);
argbTR=readInt(20, cmddata);
argbBR=readInt(24, cmddata);
argbBL=readInt(28, cmddata);
java.awt.geom.Rectangle2D.Float destRect = new java.awt.geom.Rectangle2D.Float(x, y, width, height);
clearRect0(destRect);
}
else
{
System.out.println("Invalid len for GFXCMD_CLEARRECT : " + len);
}
break;
case GFXCMD_DRAWOVAL:
if(len==52)
{
float x, y, width, height, clipX, clipY, clipW, clipH;
int thickness, argbTL, argbTR, argbBR, argbBL;
x=(float)readInt(0, cmddata);
y=(float)readInt(4, cmddata);
width=(float)readInt(8, cmddata);
height=(float)readInt(12, cmddata);
thickness=readInt(16, cmddata);
argbTL=readInt(20, cmddata);
argbTR=readInt(24, cmddata);
argbBR=readInt(28, cmddata);
argbBL=readInt(32, cmddata);
clipX=(float)readInt(36, cmddata);
clipY=(float)readInt(40, cmddata);
clipW=(float)readInt(44, cmddata);
clipH=(float)readInt(48, cmddata);
java.awt.geom.Rectangle2D.Float bounds = new java.awt.geom.Rectangle2D.Float(x, y, width, height);
java.awt.geom.Rectangle2D.Float clipRect = new java.awt.geom.Rectangle2D.Float(clipX, clipY, clipW, clipH);
drawOval0(bounds, clipRect,
new java.awt.Color(argbTL, true), thickness,
null, 0.0f, 0.0f,
null, 0.0f, 0.0f,
1.0f);
}
else
{
System.out.println("Invalid len for GFXCMD_DRAWOVAL : " + len);
}
break;
case GFXCMD_FILLOVAL:
if(len==48)
{
float x, y, width, height,
clipX, clipY, clipW, clipH;
int argbTL, argbTR, argbBR, argbBL;
x=(float)readInt(0, cmddata);
y=(float)readInt(4, cmddata);
width=(float)readInt(8, cmddata);
height=(float)readInt(12, cmddata);
argbTL=readInt(16, cmddata);
argbTR=readInt(20, cmddata);
argbBR=readInt(24, cmddata);
argbBL=readInt(28, cmddata);
clipX=(float)readInt(32, cmddata);
clipY=(float)readInt(36, cmddata);
clipW=(float)readInt(40, cmddata);
clipH=(float)readInt(44, cmddata);
java.awt.GradientPaint gp = getGradient(x, y, width, height, argbTL, argbTR, argbBL, argbBR);
java.awt.geom.Rectangle2D.Float bounds = new java.awt.geom.Rectangle2D.Float(x, y, width, height);
java.awt.geom.Rectangle2D.Float clipRect = new java.awt.geom.Rectangle2D.Float(clipX, clipY, clipW, clipH);
if(gp != null) {
drawOval0(bounds, clipRect,
null, 0,
gp.getColor1(), (float)gp.getPoint1().getX(), (float)gp.getPoint1().getY(),
gp.getColor2(), (float)gp.getPoint2().getX(), (float)gp.getPoint2().getY(),
1.0f);
} else {
drawOval0(bounds, clipRect,
null, 0,
new java.awt.Color(argbTL, true), 0.0f, 0.0f,
null, 0.0f, 0.0f,
1.0f);
}
}
else
{
System.out.println("Invalid len for GFXCMD_FILLOVAL : " + len);
}
break;
case GFXCMD_DRAWROUNDRECT:
if(len==56)
{
float x, y, width, height,
clipX, clipY, clipW, clipH;
int thickness, arcRadius,
argbTL, argbTR, argbBR, argbBL;
x=(float)readInt(0, cmddata);
y=(float)readInt(4, cmddata);
width=(float)readInt(8, cmddata);
height=(float)readInt(12, cmddata);
thickness=readInt(16, cmddata);
arcRadius=readInt(20, cmddata);
argbTL=readInt(24, cmddata);
argbTR=readInt(28, cmddata);
argbBR=readInt(32, cmddata);
argbBL=readInt(36, cmddata);
clipX=(float)readInt(40, cmddata);
clipY=(float)readInt(44, cmddata);
clipW=(float)readInt(48, cmddata);
clipH=(float)readInt(52, cmddata);
java.awt.geom.Rectangle2D.Float bounds = new java.awt.geom.Rectangle2D.Float(x, y, width, height);
java.awt.geom.Rectangle2D.Float clipRect = new java.awt.geom.Rectangle2D.Float(clipX, clipY, clipW, clipH);
drawRect0(bounds, clipRect,
arcRadius,
new java.awt.Color(argbTL, true), thickness,
null, 0.0f, 0.0f,
null, 0.0f, 0.0f,
1.0f);
}
else
{
System.out.println("Invalid len for GFXCMD_DRAWROUNDRECT : " + len);
}
break;
case GFXCMD_FILLROUNDRECT:
if(len==52)
{
float x, y, width, height,
clipX, clipY, clipW, clipH;
int arcRadius, argbTL, argbTR, argbBR, argbBL;
x=(float)readInt(0, cmddata);
y=(float)readInt(4, cmddata);
width=(float)readInt(8, cmddata);
height=(float)readInt(12, cmddata);
arcRadius=readInt(16, cmddata);
argbTL=readInt(20, cmddata);
argbTR=readInt(24, cmddata);
argbBR=readInt(28, cmddata);
argbBL=readInt(32, cmddata);
clipX=(float)readInt(36, cmddata);
clipY=(float)readInt(40, cmddata);
clipW=(float)readInt(44, cmddata);
clipH=(float)readInt(48, cmddata);
java.awt.GradientPaint gp = getGradient(x, y, width, height, argbTL, argbTR, argbBL, argbBR);
java.awt.geom.Rectangle2D.Float bounds = new java.awt.geom.Rectangle2D.Float(x, y, width, height);
java.awt.geom.Rectangle2D.Float clipRect = new java.awt.geom.Rectangle2D.Float(clipX, clipY, clipW, clipH);
if(gp != null) {
drawRect0(bounds, clipRect,
arcRadius,
null, 0,
gp.getColor1(), (float)gp.getPoint1().getX(), (float)gp.getPoint1().getY(),
gp.getColor2(), (float)gp.getPoint2().getX(), (float)gp.getPoint2().getY(),
1.0f);
} else {
drawRect0(bounds, clipRect,
arcRadius,
null, 0,
new java.awt.Color(argbTL, true), 0.0f, 0.0f,
null, 0.0f, 0.0f,
1.0f);
}
}
else
{
System.out.println("Invalid len for GFXCMD_FILLROUNDRECT : " + len);
}
break;
case GFXCMD_DRAWTEXT:
if(len>=36 && len>=(36+readInt(8, cmddata)*2))
{
float x, y, clipX, clipY, clipW, clipH;
int textlen, fontHandle, argb;
StringBuffer text = new StringBuffer();
int i;
x=(float)readInt(0, cmddata);
y=(float)readInt(4, cmddata);
textlen=readInt(8, cmddata);
for(i=0;i<textlen;i++)
{
text.append((char)readShort(12+i*2, cmddata));
}
fontHandle=readInt(textlen*2+12, cmddata);
argb=readInt(textlen*2+16, cmddata);
clipX=(float)readInt(textlen*2+20, cmddata);
clipY=(float)readInt(textlen*2+24, cmddata);
clipW=(float)readInt(textlen*2+28, cmddata);
clipH=(float)readInt(textlen*2+32, cmddata);
McFont fontPtr = (McFont)fontMap.get(new Integer(fontHandle));
if(fontPtr != null) {
String theString = text.toString();
float[] positions = fontPtr.getGlyphPositions(theString);
drawTextWithPositions0(theString, fontPtr.nativeFont,
x, y, positions, new java.awt.geom.Rectangle2D.Float(clipX,clipY,clipW,clipH),
new java.awt.Color(argb, true));
}
}
else
{
System.out.println("Invalid len for GFXCMD_DRAWTEXT : " + len);
}
break;
case GFXCMD_DRAWTEXTURED:
if(len==40)
{
float x, y, width, height,
srcx, srcy, srcwidth, srcheight;
int handle, blend;
x=(float)readInt(0, cmddata);
y=(float)readInt(4, cmddata);
width=(float)readInt(8, cmddata);
height=(float)readInt(12, cmddata);
handle=readInt(16, cmddata);
srcx=(float)readInt(20, cmddata);
srcy=(float)readInt(24, cmddata);
srcwidth=(float)readInt(28, cmddata);
srcheight=(float)readInt(32, cmddata);
blend=readInt(36, cmddata);
boolean doBlend = true;
if(height < 0) {
doBlend = false;
height *= -1;
}
if(width < 0) {
width *= -1;
} else {
if(doBlend)
blend |= 0x00ffffff;
}
Long imagePtr = (Long)imageMap.get(new Integer(handle));
java.awt.geom.Rectangle2D.Float destRect = new java.awt.geom.Rectangle2D.Float(x,y,width,height);
java.awt.geom.Rectangle2D.Float srcRect = new java.awt.geom.Rectangle2D.Float(srcx,srcy,srcwidth,srcheight);
if(imagePtr != null) {
myConn.registerImageAccess(handle);
drawImage1(imagePtr.longValue(),
destRect, srcRect,
(doBlend) ? new java.awt.Color(blend, true) : null);
} else {
imagePtr = (Long)layerMap.get(new Integer(handle));
if(imagePtr != null) {
myConn.registerImageAccess(handle);
float alpha = (doBlend ? (float)(((blend >> 24)&0xff))/255.0f : 1.0f);
composite0(imagePtr.longValue(), currentLayer, srcRect, destRect, alpha, doBlend);
}
else
{
System.out.println("ERROR invalid handle passed for texture rendering of: " + handle);
abortRenderCycle = true;
}
}
}
else
{
System.out.println("Invalid len for GFXCMD_DRAWTEXTURED : " + len);
}
break;
case GFXCMD_DRAWLINE:
if(len==24)
{
float x1, y1, x2, y2;
int argb1, argb2;
x1=readInt(0, cmddata);
y1=readInt(4, cmddata);
x2=readInt(8, cmddata);
y2=readInt(12, cmddata);
argb1=readInt(16, cmddata);
argb2=readInt(20, cmddata);
drawLine0(x1, y1, x2, y2, 1, new java.awt.Color(argb1, true));
}
else
{
System.out.println("Invalid len for GFXCMD_DRAWLINE : " + len);
}
break;
case GFXCMD_LOADIMAGE:
if(len>=8)
{
int width, height;
int imghandle = 0;
width=readInt(0, cmddata);
height=readInt(4, cmddata);
if (width * height * 4 + imageCacheSize > imageCacheLimit)
{
imghandle = 0;
}
else
{
long imagePtr = createNewImage0(width, height);
imghandle = handleCount++;
imageMap.put(new Integer(imghandle), new Long(imagePtr));
imageCacheSize += width * height * 4;
}
hasret[0]=1;
return imghandle;
}
else
{
System.out.println("Invalid len for GFXCMD_LOADIMAGE : " + len);
}
break;
case GFXCMD_LOADIMAGETARGETED:
if(len>=12)
{
int width, height;
int imghandle = readInt(0, cmddata);
width=readInt(4, cmddata);
height=readInt(8, cmddata);
while (width * height * 4 + imageCacheSize > imageCacheLimit)
{
int oldestImage = myConn.getOldestImage();
if (oldestImage != 0)
{
System.out.println("Freeing image to make room in cache");
unloadImage(oldestImage);
myConn.postImageUnload(oldestImage);
}
else
{
System.out.println("ERROR cannot free enough from the cache to support loading a new image!!!");
break;
}
}
long imagePtr = createNewImage0(width, height);
imageMap.put(new Integer(imghandle), new Long(imagePtr));
imageCacheSize += width * height * 4;
myConn.registerImageAccess(imghandle);
hasret[0]=0;
}
else
{
System.out.println("Invalid len for GFXCMD_LOADIMAGETARGETED : " + len);
}
break;
case GFXCMD_CREATESURFACE:
if(len>=8)
{
int width, height;
int handle = handleCount++;;
width=readInt(0, cmddata);
height=readInt(4, cmddata);
long layerPtr = createLayer0(c.getSize());
layerMap.put(new Integer(handle), new Long(layerPtr));
hasret[0]=1;
return handle;
}
else
{
System.out.println("Invalid len for GFXCMD_CREATESURFACE : " + len);
}
break;
case GFXCMD_PREPIMAGE:
if(len>=8)
{
int width, height;
width=readInt(0, cmddata);
height=readInt(4, cmddata);
int imghandle = 1;
if (width * height * 4 + imageCacheSize > imageCacheLimit)
imghandle = 0;
else if (len >= 12)
{
int strlen = readInt(8, cmddata);
if (strlen > 1)
{
String rezName = new String(cmddata, 16, strlen - 1);
lastImageResourceID = rezName;
lastImageResourceIDHandle = imghandle = Math.abs(lastImageResourceID.hashCode());
java.io.File cachedFile = myConn.getCachedImageFile(rezName);
if (cachedFile != null)
{
long imagePtr = createImageFromPath0(cachedFile.getAbsolutePath());
if(imagePtr != 0)
{
java.awt.Dimension imgSize = getImageDimensions0(imagePtr);
if(imgSize != null)
{
if(imgSize.getWidth() == width && imgSize.getHeight() == height)
{
imghandle = handleCount++;
imageMap.put(new Integer(imghandle), new Long(imagePtr));
imageCacheSize += getImageSize0(imagePtr);
hasret[0] = 1;
return -1 * imghandle;
}
else
freeNativeImage0(imagePtr);
}
else
freeNativeImage0(imagePtr);
}
}
}
}
hasret[0]=1;
return imghandle;
}
else
{
System.out.println("Invalid len for GFXCMD_PREPIMAGE : " + len);
}
break;
case GFXCMD_PREPIMAGETARGETED:
if(len>=12)
{
int imghandle, width, height;
imghandle = readInt(0, cmddata);
width=readInt(4, cmddata);
height=readInt(8, cmddata);
int strlen = readInt(12, cmddata);
while (width * height * 4 + imageCacheSize > imageCacheLimit)
{
int oldestImage = myConn.getOldestImage();
if (oldestImage != 0)
{
System.out.println("Freeing image to make room in cache");
unloadImage(oldestImage);
myConn.postImageUnload(oldestImage);
}
else
{
System.out.println("ERROR cannot free enough from the cache to support loading a new image!!!");
break;
}
}
if (len >= 16)
{
String rezName = new String(cmddata, 20, strlen - 1);
lastImageResourceID = rezName;
lastImageResourceIDHandle = imghandle;
System.out.println("Prepped targeted image with handle " + imghandle + " resource=" + rezName);
}
myConn.registerImageAccess(imghandle);
hasret[0]=0;
}
else
{
System.out.println("Invalid len for GFXCMD_PREPIMAGE : " + len);
}
break;
case GFXCMD_LOADCACHEDIMAGE:
if(len>=18)
{
int width, height, imghandle;
imghandle = readInt(0, cmddata);
width = readInt(4, cmddata);
height = readInt(8, cmddata);
int strlen = readInt(12, cmddata);
String rezName = new String(cmddata, 20, strlen - 1);
System.out.println("imghandle=" + imghandle + " width=" + width + " height=" + height + " strlen=" + strlen + " rezName=" + rezName);
while (width * height * 4 + imageCacheSize > imageCacheLimit)
{
int oldestImage = myConn.getOldestImage();
if (oldestImage != 0)
{
System.out.println("Freeing image to make room in cache");
unloadImage(oldestImage);
myConn.postImageUnload(oldestImage);
}
else
{
System.out.println("ERROR cannot free enough from the cache to support loading a new image!!!");
break;
}
}
myConn.registerImageAccess(imghandle);
try
{
System.out.println("Loading resource from cache: " + rezName);
java.io.File cachedFile = myConn.getCachedImageFile(rezName);
if (cachedFile != null)
{
System.out.println("Image found in cache!");
long imagePtr = createImageFromPath0(cachedFile.getAbsolutePath());
if(imagePtr != 0)
{
java.awt.Dimension imgSize = getImageDimensions0(imagePtr);
if(imgSize != null && imgSize.getWidth() == width && imgSize.getHeight() == height)
{
imageMap.put(new Integer(imghandle), new Long(imagePtr));
imageCacheSize += getImageSize0(imagePtr);
}
else
{
if (imgSize != null)
{
System.out.println("CACHE ID verification failed for rezName=" + rezName + " target=" + width + "x" + height + " actual=" + imgSize.getWidth() + "x" + imgSize.getHeight());
}
else
System.out.println("CACHE Load failed for rezName=" + rezName);
cachedFile.delete();
freeNativeImage0(imagePtr);
myConn.postImageUnload(imghandle);
myConn.postOfflineCacheChange(false, rezName);
}
}
else
{
cachedFile.delete();
myConn.postImageUnload(imghandle);
myConn.postOfflineCacheChange(false, rezName);
}
}
else
{
System.out.println("ERROR Image not found in cache that should be there! rezName=" + rezName);
myConn.postImageUnload(imghandle);
myConn.postOfflineCacheChange(false, rezName);
}
}
catch (java.io.IOException e)
{
System.out.println("ERROR loading compressed image: " + e);
}
hasret[0]=0;
}
else
{
System.out.println("Invalid len for GFXCMD_PREPIMAGE : " + len);
}
break;
case GFXCMD_UNLOADIMAGE:
if(len==4)
{
int handle;
handle=readInt(0, cmddata);
unloadImage(handle);
myConn.clearImageAccess(handle);
}
else
{
System.out.println("Invalid len for GFXCMD_UNLOADIMAGE : " + len);
}
break;
case GFXCMD_SETTARGETSURFACE:
if(len==4)
{
int handle;
handle=readInt(0, cmddata);
Long layerPtr = (Long)layerMap.get(new Integer(handle));
currentLayer = (layerPtr != null) ? layerPtr.longValue() : 0;
java.awt.Rectangle clipRect = new java.awt.Rectangle(0, 0, c.getWidth(), c.getHeight());
setLayer0(currentLayer, c.getSize(), clipRect);
}
else
{
System.out.println("Invalid len for GFXCMD_SETTARGETSURFACE : " + len);
}
break;
case GFXCMD_LOADFONT:
if(len>=12 && len>=(12+readInt(0, cmddata)))
{
int namelen, style, size;
StringBuffer name = new StringBuffer();
int i;
int fonthandle = handleCount++;
namelen=readInt(0, cmddata);
for(i=0;i<namelen-1;i++)
{
name.append((char) cmddata[8 + i]);
}
style=readInt(namelen+4, cmddata);
size=readInt(namelen+8, cmddata);
McFont fontPtr = new McFont(name.toString(), style, size);
if(fontPtr == null) {
hasret[0] = 1;
return 0;
}
fontMap.put(new Integer(fonthandle), fontPtr);
hasret[0] = 1;
return fonthandle;
}
else
{
System.out.println("Invalid len for GFXCMD_LOADFONT : " + len);
}
break;
case GFXCMD_UNLOADFONT:
if(len==4)
{
int handle;
handle=readInt(0, cmddata);
McFont fontPtr = (McFont)fontMap.get(new Integer(handle));
if(fontPtr != null) fontPtr.unload();
fontMap.remove(new Integer(handle));
}
else
{
System.out.println("Invalid len for GFXCMD_UNLOADFONT : " + len);
}
break;
case GFXCMD_LOADFONTSTREAM:
if (len>=8)
{
StringBuffer name = new StringBuffer();
int namelen = readInt(0, cmddata);
for(int i=0;i<namelen-1;i++)
{
name.append((char) cmddata[8 + i]);
}
int datalen = readInt(4 + namelen, cmddata);
if (len >= datalen + 8 + namelen)
{
myConn.saveCacheData(name.toString() + "-" + myConn.getServerName(), cmddata, 12 + namelen, datalen);
}
}
else
{
System.out.println("Invalid len for GFXCMD_LOADFONTSTREAM : " + len);
}
break;
case GFXCMD_FLIPBUFFER:
if (abortRenderCycle)
{
System.out.println("ERROR in painting cycle, ABORT was set...send full repaint command");
myConn.postRepaintEvent(0, 0, c.getWidth(), c.getHeight());
}
else
{
present0(c.nativeView, new java.awt.Rectangle(0, 0, c.getWidth(), c.getHeight()));
}
hasret[0] = 1;
firstFrameDone = true;
return 0;
case GFXCMD_STARTFRAME:
setTargetView0(c.nativeView);
setLayer0(0, c.getSize(), null);
abortRenderCycle = false;
break;
case GFXCMD_LOADIMAGELINE:
if(len>=12 && len>=(12+readInt(8, cmddata)))
{
int handle, line, len2;
handle=readInt(0, cmddata);
line=readInt(4, cmddata);
len2=readInt(8, cmddata);
Long imagePtr = (Long)imageMap.get(new Integer(handle));
if(imagePtr != null)
loadImageLine0(imagePtr.longValue(), line, cmddata, 1, len2);
myConn.registerImageAccess(handle);
}
else
{
System.out.println("Invalid len for GFXCMD_LOADIMAGELINE : " + len);
}
break;
case GFXCMD_LOADIMAGECOMPRESSED:
if(len>=8 && len>=(8+readInt(4, cmddata)))
{
int handle, len2;
handle=readInt(0, cmddata);
len2=readInt(4, cmddata);
if (lastImageResourceID != null && lastImageResourceIDHandle == handle)
{
myConn.saveCacheData(lastImageResourceID, cmddata, 12, len2);
myConn.postOfflineCacheChange(true, lastImageResourceID);
}
if (!myConn.doesUseAdvancedImageCaching())
{
handle = handleCount++;
hasret[0] = 1;
}
else
hasret[0] = 0;
myConn.registerImageAccess(handle);
long imagePtr = createImageFromBytes0(cmddata, 12, len2, null);
imageMap.put(new Integer(handle), new Long(imagePtr));
imageCacheSize += getImageSize0(imagePtr);
return handle;
}
else
{
System.out.println("Invalid len for GFXCMD_LOADIMAGECOMPRESSED : " + len);
}
break;
case GFXCMD_XFMIMAGE:
if (len >= 20)
{
int srcHandle, destHandle, destWidth, destHeight, maskCornerArc;
srcHandle = readInt(0, cmddata);
destHandle = readInt(4, cmddata);
destWidth = readInt(8, cmddata);
destHeight = readInt(12, cmddata);
maskCornerArc = readInt(16, cmddata);
int rvHandle = destHandle;
if (!myConn.doesUseAdvancedImageCaching())
{
rvHandle = handleCount++;
hasret[0] = 1;
}
else
hasret[0] = 0;
Long srcImg = (Long)imageMap.get(new Integer(srcHandle));
if(srcImg != null) {
long newImage = transformImage0(srcImg.longValue(), destWidth, destHeight, maskCornerArc);
if(newImage != 0) {
imageMap.put(new Integer(rvHandle), new Long(newImage));
}
}
return rvHandle;
}
else
{
System.out.println("Invalid len for GFXCMD_XFMIMAGE : " + len);
}
break;
case GFXCMD_SETVIDEOPROP:
if (len >= 40)
{
java.awt.Rectangle srcRect = new java.awt.Rectangle(readInt(4, cmddata), readInt(8, cmddata),
readInt(12, cmddata), readInt(16, cmddata));
java.awt.Rectangle destRect = new java.awt.Rectangle(readInt(20, cmddata), readInt(24, cmddata),
readInt(28, cmddata), readInt(32, cmddata));
System.out.println("SETVIDEOPROP: srcRect="+srcRect+" dstRect="+destRect);
setVideoBounds(srcRect, destRect);
}
else
{
System.out.println("Invalid len for GFXCMD_SETVIDEOPROP: " + len);
}
break;
default:
return -1;
}
return 0;
} | public int executegfxcommand(int cmd, int len, byte[] cmddata, int[] hasret) { len -= 4; hasret[0] = 0; if((cmd != gfxcmd_init) && (cmd != gfxcmd_deinit)) { if((f != null) ? (!f.isdisplayable() || !f.isvalid() || !f.isshowing()) : true) { while((f != null) ? (!f.isdisplayable() || !f.isvalid() || !f.isshowing()) : true) { try { thread.sleep(10); } catch(interruptedexception ex) {} } } } if (c != null) { switch(cmd) { case gfxcmd_init: case gfxcmd_deinit: case gfxcmd_startframe: case gfxcmd_flipbuffer: c.setcursor(null); break; case gfxcmd_drawrect: case gfxcmd_fillrect: case gfxcmd_clearrect: case gfxcmd_drawoval: case gfxcmd_filloval: case gfxcmd_drawroundrect: case gfxcmd_fillroundrect: case gfxcmd_drawtext: case gfxcmd_drawtextured: case gfxcmd_drawline: case gfxcmd_loadimage: case gfxcmd_loadimagetargeted: case gfxcmd_unloadimage: case gfxcmd_loadfont: case gfxcmd_unloadfont: case gfxcmd_settargetsurface: case gfxcmd_createsurface: break; case gfxcmd_prepimage: case gfxcmd_loadimageline: case gfxcmd_loadimagecompressed: case gfxcmd_xfmimage: case gfxcmd_loadcachedimage: case gfxcmd_prepimagetargeted: if (!cursorhidden) c.setcursor(java.awt.cursor.getpredefinedcursor(java.awt.cursor.wait_cursor)); break; } } switch(cmd) { case gfxcmd_init: hasret[0] = 1; init0(); int windowtitlestyle = 0; try { windowtitlestyle = integer.parseint(miniclient.myproperties.getproperty("window_title_style", "0")); } catch (numberformatexception e){} if (!"true".equals(miniclient.myproperties.getproperty("enable_custom_title_bar", miniclient.mac_os_x ? "false" : "true"))) windowtitlestyle = 10; f = new miniclientwindow(myconn.getwindowtitle(), windowtitlestyle); java.awt.layoutmanager layer = new java.awt.layoutmanager() { public void addlayoutcomponent(string name, java.awt.component comp) {} public java.awt.dimension minimumlayoutsize(java.awt.container parent) { return preferredlayoutsize(parent); } public java.awt.dimension preferredlayoutsize(java.awt.container parent) { return parent.getpreferredsize(); } public void removelayoutcomponent(java.awt.component comp) {} public void layoutcontainer(java.awt.container parent) { c.setbounds(parent.getinsets().left, parent.getinsets().top, parent.getwidth() - parent.getinsets().left - parent.getinsets().right, parent.getheight() - parent.getinsets().top - parent.getinsets().bottom); } }; f.getcontentpane().setlayout(layer); try { bgimage = java.awt.toolkit.getdefaulttoolkit().createimage(getclass().getclassloader().getresource("images/background.jpg")); ensureimageisloaded(bgimage); logoimage = java.awt.toolkit.getdefaulttoolkit().createimage(getclass().getclassloader().getresource("images/sagelogo256.png")); ensureimageisloaded(logoimage); } catch (exception e) { system.out.println("error:" + e); e.printstacktrace(); } f.setfocustraversalkeysenabled(false); java.awt.dimension panelsize = f.getcontentpane().getsize(); c = new quartzrendererview(); c.setsize(panelsize); c.setfocustraversalkeysenabled(false); f.getcontentpane().add(c); try { java.awt.image frameicon = java.awt.toolkit.getdefaulttoolkit().createimage(getclass().getclassloader().getresource("images/tvicon.gif")); ensureimageisloaded(frameicon); f.seticonimage(frameicon); } catch (exception e) { system.out.println("error:" + e); e.printstacktrace(); } f.addwindowlistener(new java.awt.event.windowadapter() { public void windowclosing(java.awt.event.windowevent evt) { if (!f.isfullscreen() || system.getproperty("os.name").tolowercase().indexof("windows") != -1) { miniclient.myproperties.setproperty("main_window_width", integer.tostring(f.getwidth())); miniclient.myproperties.setproperty("main_window_height", integer.tostring(f.getheight())); miniclient.myproperties.setproperty("main_window_x", integer.tostring(f.getx())); miniclient.myproperties.setproperty("main_window_y", integer.tostring(f.gety())); } myconn.close(); close(); } }); c.addcomponentlistener(new java.awt.event.componentadapter() { public void componentresized(java.awt.event.componentevent evt) { myconn.postresizeevent(new java.awt.dimension(c.getwidth(), c.getheight())); } }); f.addkeylistener(this); c.addkeylistener(this); f.addmousewheellistener(this); c.addmouselistener(this); if (enable_mouse_motion_events) { c.addmousemotionlistener(this); } int framex = 100; int framey = 100; int framew = 720; int frameh = 480; try { framew = integer.parseint(miniclient.myproperties.getproperty("main_window_width", "720")); frameh = integer.parseint(miniclient.myproperties.getproperty("main_window_height", "480")); framex = integer.parseint(miniclient.myproperties.getproperty("main_window_x", "100")); framey = integer.parseint(miniclient.myproperties.getproperty("main_window_y", "100")); } catch (numberformatexception e){} java.awt.point newpos = new java.awt.point(framex, framey); boolean foundscreen = sage.uiutils.ispointonascreen(newpos); if (!foundscreen) { newpos.x = 150; newpos.y = 150; } f.setvisible(true); f.setsize(1,1); f.setsize(math.max(framew, 320), math.max(frameh, 240)); f.setlocation(newpos); if (miniclient.fsstartup) f.setfullscreen(true); miniclient.hidesplash(); return 1; case gfxcmd_deinit: close(); break; case gfxcmd_drawrect: if(len==36) { float x, y, width, height; int thickness, argbtl, argbtr, argbbr, argbbl; x=(float)readint(0, cmddata); y=(float)readint(4, cmddata); width=(float)readint(8, cmddata); height=(float)readint(12, cmddata); thickness=readint(16, cmddata); argbtl=readint(20, cmddata); argbtr=readint(24, cmddata); argbbr=readint(28, cmddata); argbbl=readint(32, cmddata); drawrect0(new java.awt.geom.rectangle2d.float(x, y, width, height), null, 0, new java.awt.color(argbtl, true), thickness, null, 0.0f, 0.0f, null, 0.0f, 0.0f, 1.0f); } else { system.out.println("invalid len for gfxcmd_drawrect : " + len); } break; case gfxcmd_fillrect: if(len==32) { float x, y, width, height; int argbtl, argbtr, argbbr, argbbl; x=(float)readint(0, cmddata); y=(float)readint(4, cmddata); width=(float)readint(8, cmddata); height=(float)readint(12, cmddata); argbtl=readint(16, cmddata); argbtr=readint(20, cmddata); argbbr=readint(24, cmddata); argbbl=readint(28, cmddata); java.awt.gradientpaint gp = getgradient(x, y, width, height, argbtl, argbtr, argbbl, argbbr); java.awt.geom.rectangle2d.float bounds = new java.awt.geom.rectangle2d.float(x, y, width, height); if(gp != null) { drawrect0(bounds, null, 0, null, 0, gp.getcolor1(), (float)gp.getpoint1().getx(), (float)gp.getpoint1().gety(), gp.getcolor2(), (float)gp.getpoint2().getx(), (float)gp.getpoint2().gety(), 1.0f); } else { drawrect0(bounds, null, 0, null, 0, new java.awt.color(argbtl, true), 0.0f, 0.0f, null, 0.0f, 0.0f, 1.0f); } } else { system.out.println("invalid len for gfxcmd_fillrect : " + len); } break; case gfxcmd_clearrect: if(len==32) { int x, y, width, height, argbtl, argbtr, argbbr, argbbl; x=readint(0, cmddata); y=readint(4, cmddata); width=readint(8, cmddata); height=readint(12, cmddata); argbtl=readint(16, cmddata); argbtr=readint(20, cmddata); argbbr=readint(24, cmddata); argbbl=readint(28, cmddata); java.awt.geom.rectangle2d.float destrect = new java.awt.geom.rectangle2d.float(x, y, width, height); clearrect0(destrect); } else { system.out.println("invalid len for gfxcmd_clearrect : " + len); } break; case gfxcmd_drawoval: if(len==52) { float x, y, width, height, clipx, clipy, clipw, cliph; int thickness, argbtl, argbtr, argbbr, argbbl; x=(float)readint(0, cmddata); y=(float)readint(4, cmddata); width=(float)readint(8, cmddata); height=(float)readint(12, cmddata); thickness=readint(16, cmddata); argbtl=readint(20, cmddata); argbtr=readint(24, cmddata); argbbr=readint(28, cmddata); argbbl=readint(32, cmddata); clipx=(float)readint(36, cmddata); clipy=(float)readint(40, cmddata); clipw=(float)readint(44, cmddata); cliph=(float)readint(48, cmddata); java.awt.geom.rectangle2d.float bounds = new java.awt.geom.rectangle2d.float(x, y, width, height); java.awt.geom.rectangle2d.float cliprect = new java.awt.geom.rectangle2d.float(clipx, clipy, clipw, cliph); drawoval0(bounds, cliprect, new java.awt.color(argbtl, true), thickness, null, 0.0f, 0.0f, null, 0.0f, 0.0f, 1.0f); } else { system.out.println("invalid len for gfxcmd_drawoval : " + len); } break; case gfxcmd_filloval: if(len==48) { float x, y, width, height, clipx, clipy, clipw, cliph; int argbtl, argbtr, argbbr, argbbl; x=(float)readint(0, cmddata); y=(float)readint(4, cmddata); width=(float)readint(8, cmddata); height=(float)readint(12, cmddata); argbtl=readint(16, cmddata); argbtr=readint(20, cmddata); argbbr=readint(24, cmddata); argbbl=readint(28, cmddata); clipx=(float)readint(32, cmddata); clipy=(float)readint(36, cmddata); clipw=(float)readint(40, cmddata); cliph=(float)readint(44, cmddata); java.awt.gradientpaint gp = getgradient(x, y, width, height, argbtl, argbtr, argbbl, argbbr); java.awt.geom.rectangle2d.float bounds = new java.awt.geom.rectangle2d.float(x, y, width, height); java.awt.geom.rectangle2d.float cliprect = new java.awt.geom.rectangle2d.float(clipx, clipy, clipw, cliph); if(gp != null) { drawoval0(bounds, cliprect, null, 0, gp.getcolor1(), (float)gp.getpoint1().getx(), (float)gp.getpoint1().gety(), gp.getcolor2(), (float)gp.getpoint2().getx(), (float)gp.getpoint2().gety(), 1.0f); } else { drawoval0(bounds, cliprect, null, 0, new java.awt.color(argbtl, true), 0.0f, 0.0f, null, 0.0f, 0.0f, 1.0f); } } else { system.out.println("invalid len for gfxcmd_filloval : " + len); } break; case gfxcmd_drawroundrect: if(len==56) { float x, y, width, height, clipx, clipy, clipw, cliph; int thickness, arcradius, argbtl, argbtr, argbbr, argbbl; x=(float)readint(0, cmddata); y=(float)readint(4, cmddata); width=(float)readint(8, cmddata); height=(float)readint(12, cmddata); thickness=readint(16, cmddata); arcradius=readint(20, cmddata); argbtl=readint(24, cmddata); argbtr=readint(28, cmddata); argbbr=readint(32, cmddata); argbbl=readint(36, cmddata); clipx=(float)readint(40, cmddata); clipy=(float)readint(44, cmddata); clipw=(float)readint(48, cmddata); cliph=(float)readint(52, cmddata); java.awt.geom.rectangle2d.float bounds = new java.awt.geom.rectangle2d.float(x, y, width, height); java.awt.geom.rectangle2d.float cliprect = new java.awt.geom.rectangle2d.float(clipx, clipy, clipw, cliph); drawrect0(bounds, cliprect, arcradius, new java.awt.color(argbtl, true), thickness, null, 0.0f, 0.0f, null, 0.0f, 0.0f, 1.0f); } else { system.out.println("invalid len for gfxcmd_drawroundrect : " + len); } break; case gfxcmd_fillroundrect: if(len==52) { float x, y, width, height, clipx, clipy, clipw, cliph; int arcradius, argbtl, argbtr, argbbr, argbbl; x=(float)readint(0, cmddata); y=(float)readint(4, cmddata); width=(float)readint(8, cmddata); height=(float)readint(12, cmddata); arcradius=readint(16, cmddata); argbtl=readint(20, cmddata); argbtr=readint(24, cmddata); argbbr=readint(28, cmddata); argbbl=readint(32, cmddata); clipx=(float)readint(36, cmddata); clipy=(float)readint(40, cmddata); clipw=(float)readint(44, cmddata); cliph=(float)readint(48, cmddata); java.awt.gradientpaint gp = getgradient(x, y, width, height, argbtl, argbtr, argbbl, argbbr); java.awt.geom.rectangle2d.float bounds = new java.awt.geom.rectangle2d.float(x, y, width, height); java.awt.geom.rectangle2d.float cliprect = new java.awt.geom.rectangle2d.float(clipx, clipy, clipw, cliph); if(gp != null) { drawrect0(bounds, cliprect, arcradius, null, 0, gp.getcolor1(), (float)gp.getpoint1().getx(), (float)gp.getpoint1().gety(), gp.getcolor2(), (float)gp.getpoint2().getx(), (float)gp.getpoint2().gety(), 1.0f); } else { drawrect0(bounds, cliprect, arcradius, null, 0, new java.awt.color(argbtl, true), 0.0f, 0.0f, null, 0.0f, 0.0f, 1.0f); } } else { system.out.println("invalid len for gfxcmd_fillroundrect : " + len); } break; case gfxcmd_drawtext: if(len>=36 && len>=(36+readint(8, cmddata)*2)) { float x, y, clipx, clipy, clipw, cliph; int textlen, fonthandle, argb; stringbuffer text = new stringbuffer(); int i; x=(float)readint(0, cmddata); y=(float)readint(4, cmddata); textlen=readint(8, cmddata); for(i=0;i<textlen;i++) { text.append((char)readshort(12+i*2, cmddata)); } fonthandle=readint(textlen*2+12, cmddata); argb=readint(textlen*2+16, cmddata); clipx=(float)readint(textlen*2+20, cmddata); clipy=(float)readint(textlen*2+24, cmddata); clipw=(float)readint(textlen*2+28, cmddata); cliph=(float)readint(textlen*2+32, cmddata); mcfont fontptr = (mcfont)fontmap.get(new integer(fonthandle)); if(fontptr != null) { string thestring = text.tostring(); float[] positions = fontptr.getglyphpositions(thestring); drawtextwithpositions0(thestring, fontptr.nativefont, x, y, positions, new java.awt.geom.rectangle2d.float(clipx,clipy,clipw,cliph), new java.awt.color(argb, true)); } } else { system.out.println("invalid len for gfxcmd_drawtext : " + len); } break; case gfxcmd_drawtextured: if(len==40) { float x, y, width, height, srcx, srcy, srcwidth, srcheight; int handle, blend; x=(float)readint(0, cmddata); y=(float)readint(4, cmddata); width=(float)readint(8, cmddata); height=(float)readint(12, cmddata); handle=readint(16, cmddata); srcx=(float)readint(20, cmddata); srcy=(float)readint(24, cmddata); srcwidth=(float)readint(28, cmddata); srcheight=(float)readint(32, cmddata); blend=readint(36, cmddata); boolean doblend = true; if(height < 0) { doblend = false; height *= -1; } if(width < 0) { width *= -1; } else { if(doblend) blend |= 0x00ffffff; } long imageptr = (long)imagemap.get(new integer(handle)); java.awt.geom.rectangle2d.float destrect = new java.awt.geom.rectangle2d.float(x,y,width,height); java.awt.geom.rectangle2d.float srcrect = new java.awt.geom.rectangle2d.float(srcx,srcy,srcwidth,srcheight); if(imageptr != null) { myconn.registerimageaccess(handle); drawimage1(imageptr.longvalue(), destrect, srcrect, (doblend) ? new java.awt.color(blend, true) : null); } else { imageptr = (long)layermap.get(new integer(handle)); if(imageptr != null) { myconn.registerimageaccess(handle); float alpha = (doblend ? (float)(((blend >> 24)&0xff))/255.0f : 1.0f); composite0(imageptr.longvalue(), currentlayer, srcrect, destrect, alpha, doblend); } else { system.out.println("error invalid handle passed for texture rendering of: " + handle); abortrendercycle = true; } } } else { system.out.println("invalid len for gfxcmd_drawtextured : " + len); } break; case gfxcmd_drawline: if(len==24) { float x1, y1, x2, y2; int argb1, argb2; x1=readint(0, cmddata); y1=readint(4, cmddata); x2=readint(8, cmddata); y2=readint(12, cmddata); argb1=readint(16, cmddata); argb2=readint(20, cmddata); drawline0(x1, y1, x2, y2, 1, new java.awt.color(argb1, true)); } else { system.out.println("invalid len for gfxcmd_drawline : " + len); } break; case gfxcmd_loadimage: if(len>=8) { int width, height; int imghandle = 0; width=readint(0, cmddata); height=readint(4, cmddata); if (width * height * 4 + imagecachesize > imagecachelimit) { imghandle = 0; } else { long imageptr = createnewimage0(width, height); imghandle = handlecount++; imagemap.put(new integer(imghandle), new long(imageptr)); imagecachesize += width * height * 4; } hasret[0]=1; return imghandle; } else { system.out.println("invalid len for gfxcmd_loadimage : " + len); } break; case gfxcmd_loadimagetargeted: if(len>=12) { int width, height; int imghandle = readint(0, cmddata); width=readint(4, cmddata); height=readint(8, cmddata); while (width * height * 4 + imagecachesize > imagecachelimit) { int oldestimage = myconn.getoldestimage(); if (oldestimage != 0) { system.out.println("freeing image to make room in cache"); unloadimage(oldestimage); myconn.postimageunload(oldestimage); } else { system.out.println("error cannot free enough from the cache to support loading a new image!!!"); break; } } long imageptr = createnewimage0(width, height); imagemap.put(new integer(imghandle), new long(imageptr)); imagecachesize += width * height * 4; myconn.registerimageaccess(imghandle); hasret[0]=0; } else { system.out.println("invalid len for gfxcmd_loadimagetargeted : " + len); } break; case gfxcmd_createsurface: if(len>=8) { int width, height; int handle = handlecount++;; width=readint(0, cmddata); height=readint(4, cmddata); long layerptr = createlayer0(c.getsize()); layermap.put(new integer(handle), new long(layerptr)); hasret[0]=1; return handle; } else { system.out.println("invalid len for gfxcmd_createsurface : " + len); } break; case gfxcmd_prepimage: if(len>=8) { int width, height; width=readint(0, cmddata); height=readint(4, cmddata); int imghandle = 1; if (width * height * 4 + imagecachesize > imagecachelimit) imghandle = 0; else if (len >= 12) { int strlen = readint(8, cmddata); if (strlen > 1) { string rezname = new string(cmddata, 16, strlen - 1); lastimageresourceid = rezname; lastimageresourceidhandle = imghandle = math.abs(lastimageresourceid.hashcode()); java.io.file cachedfile = myconn.getcachedimagefile(rezname); if (cachedfile != null) { long imageptr = createimagefrompath0(cachedfile.getabsolutepath()); if(imageptr != 0) { java.awt.dimension imgsize = getimagedimensions0(imageptr); if(imgsize != null) { if(imgsize.getwidth() == width && imgsize.getheight() == height) { imghandle = handlecount++; imagemap.put(new integer(imghandle), new long(imageptr)); imagecachesize += getimagesize0(imageptr); hasret[0] = 1; return -1 * imghandle; } else freenativeimage0(imageptr); } else freenativeimage0(imageptr); } } } } hasret[0]=1; return imghandle; } else { system.out.println("invalid len for gfxcmd_prepimage : " + len); } break; case gfxcmd_prepimagetargeted: if(len>=12) { int imghandle, width, height; imghandle = readint(0, cmddata); width=readint(4, cmddata); height=readint(8, cmddata); int strlen = readint(12, cmddata); while (width * height * 4 + imagecachesize > imagecachelimit) { int oldestimage = myconn.getoldestimage(); if (oldestimage != 0) { system.out.println("freeing image to make room in cache"); unloadimage(oldestimage); myconn.postimageunload(oldestimage); } else { system.out.println("error cannot free enough from the cache to support loading a new image!!!"); break; } } if (len >= 16) { string rezname = new string(cmddata, 20, strlen - 1); lastimageresourceid = rezname; lastimageresourceidhandle = imghandle; system.out.println("prepped targeted image with handle " + imghandle + " resource=" + rezname); } myconn.registerimageaccess(imghandle); hasret[0]=0; } else { system.out.println("invalid len for gfxcmd_prepimage : " + len); } break; case gfxcmd_loadcachedimage: if(len>=18) { int width, height, imghandle; imghandle = readint(0, cmddata); width = readint(4, cmddata); height = readint(8, cmddata); int strlen = readint(12, cmddata); string rezname = new string(cmddata, 20, strlen - 1); system.out.println("imghandle=" + imghandle + " width=" + width + " height=" + height + " strlen=" + strlen + " rezname=" + rezname); while (width * height * 4 + imagecachesize > imagecachelimit) { int oldestimage = myconn.getoldestimage(); if (oldestimage != 0) { system.out.println("freeing image to make room in cache"); unloadimage(oldestimage); myconn.postimageunload(oldestimage); } else { system.out.println("error cannot free enough from the cache to support loading a new image!!!"); break; } } myconn.registerimageaccess(imghandle); try { system.out.println("loading resource from cache: " + rezname); java.io.file cachedfile = myconn.getcachedimagefile(rezname); if (cachedfile != null) { system.out.println("image found in cache!"); long imageptr = createimagefrompath0(cachedfile.getabsolutepath()); if(imageptr != 0) { java.awt.dimension imgsize = getimagedimensions0(imageptr); if(imgsize != null && imgsize.getwidth() == width && imgsize.getheight() == height) { imagemap.put(new integer(imghandle), new long(imageptr)); imagecachesize += getimagesize0(imageptr); } else { if (imgsize != null) { system.out.println("cache id verification failed for rezname=" + rezname + " target=" + width + "x" + height + " actual=" + imgsize.getwidth() + "x" + imgsize.getheight()); } else system.out.println("cache load failed for rezname=" + rezname); cachedfile.delete(); freenativeimage0(imageptr); myconn.postimageunload(imghandle); myconn.postofflinecachechange(false, rezname); } } else { cachedfile.delete(); myconn.postimageunload(imghandle); myconn.postofflinecachechange(false, rezname); } } else { system.out.println("error image not found in cache that should be there! rezname=" + rezname); myconn.postimageunload(imghandle); myconn.postofflinecachechange(false, rezname); } } catch (java.io.ioexception e) { system.out.println("error loading compressed image: " + e); } hasret[0]=0; } else { system.out.println("invalid len for gfxcmd_prepimage : " + len); } break; case gfxcmd_unloadimage: if(len==4) { int handle; handle=readint(0, cmddata); unloadimage(handle); myconn.clearimageaccess(handle); } else { system.out.println("invalid len for gfxcmd_unloadimage : " + len); } break; case gfxcmd_settargetsurface: if(len==4) { int handle; handle=readint(0, cmddata); long layerptr = (long)layermap.get(new integer(handle)); currentlayer = (layerptr != null) ? layerptr.longvalue() : 0; java.awt.rectangle cliprect = new java.awt.rectangle(0, 0, c.getwidth(), c.getheight()); setlayer0(currentlayer, c.getsize(), cliprect); } else { system.out.println("invalid len for gfxcmd_settargetsurface : " + len); } break; case gfxcmd_loadfont: if(len>=12 && len>=(12+readint(0, cmddata))) { int namelen, style, size; stringbuffer name = new stringbuffer(); int i; int fonthandle = handlecount++; namelen=readint(0, cmddata); for(i=0;i<namelen-1;i++) { name.append((char) cmddata[8 + i]); } style=readint(namelen+4, cmddata); size=readint(namelen+8, cmddata); mcfont fontptr = new mcfont(name.tostring(), style, size); if(fontptr == null) { hasret[0] = 1; return 0; } fontmap.put(new integer(fonthandle), fontptr); hasret[0] = 1; return fonthandle; } else { system.out.println("invalid len for gfxcmd_loadfont : " + len); } break; case gfxcmd_unloadfont: if(len==4) { int handle; handle=readint(0, cmddata); mcfont fontptr = (mcfont)fontmap.get(new integer(handle)); if(fontptr != null) fontptr.unload(); fontmap.remove(new integer(handle)); } else { system.out.println("invalid len for gfxcmd_unloadfont : " + len); } break; case gfxcmd_loadfontstream: if (len>=8) { stringbuffer name = new stringbuffer(); int namelen = readint(0, cmddata); for(int i=0;i<namelen-1;i++) { name.append((char) cmddata[8 + i]); } int datalen = readint(4 + namelen, cmddata); if (len >= datalen + 8 + namelen) { myconn.savecachedata(name.tostring() + "-" + myconn.getservername(), cmddata, 12 + namelen, datalen); } } else { system.out.println("invalid len for gfxcmd_loadfontstream : " + len); } break; case gfxcmd_flipbuffer: if (abortrendercycle) { system.out.println("error in painting cycle, abort was set...send full repaint command"); myconn.postrepaintevent(0, 0, c.getwidth(), c.getheight()); } else { present0(c.nativeview, new java.awt.rectangle(0, 0, c.getwidth(), c.getheight())); } hasret[0] = 1; firstframedone = true; return 0; case gfxcmd_startframe: settargetview0(c.nativeview); setlayer0(0, c.getsize(), null); abortrendercycle = false; break; case gfxcmd_loadimageline: if(len>=12 && len>=(12+readint(8, cmddata))) { int handle, line, len2; handle=readint(0, cmddata); line=readint(4, cmddata); len2=readint(8, cmddata); long imageptr = (long)imagemap.get(new integer(handle)); if(imageptr != null) loadimageline0(imageptr.longvalue(), line, cmddata, 1, len2); myconn.registerimageaccess(handle); } else { system.out.println("invalid len for gfxcmd_loadimageline : " + len); } break; case gfxcmd_loadimagecompressed: if(len>=8 && len>=(8+readint(4, cmddata))) { int handle, len2; handle=readint(0, cmddata); len2=readint(4, cmddata); if (lastimageresourceid != null && lastimageresourceidhandle == handle) { myconn.savecachedata(lastimageresourceid, cmddata, 12, len2); myconn.postofflinecachechange(true, lastimageresourceid); } if (!myconn.doesuseadvancedimagecaching()) { handle = handlecount++; hasret[0] = 1; } else hasret[0] = 0; myconn.registerimageaccess(handle); long imageptr = createimagefrombytes0(cmddata, 12, len2, null); imagemap.put(new integer(handle), new long(imageptr)); imagecachesize += getimagesize0(imageptr); return handle; } else { system.out.println("invalid len for gfxcmd_loadimagecompressed : " + len); } break; case gfxcmd_xfmimage: if (len >= 20) { int srchandle, desthandle, destwidth, destheight, maskcornerarc; srchandle = readint(0, cmddata); desthandle = readint(4, cmddata); destwidth = readint(8, cmddata); destheight = readint(12, cmddata); maskcornerarc = readint(16, cmddata); int rvhandle = desthandle; if (!myconn.doesuseadvancedimagecaching()) { rvhandle = handlecount++; hasret[0] = 1; } else hasret[0] = 0; long srcimg = (long)imagemap.get(new integer(srchandle)); if(srcimg != null) { long newimage = transformimage0(srcimg.longvalue(), destwidth, destheight, maskcornerarc); if(newimage != 0) { imagemap.put(new integer(rvhandle), new long(newimage)); } } return rvhandle; } else { system.out.println("invalid len for gfxcmd_xfmimage : " + len); } break; case gfxcmd_setvideoprop: if (len >= 40) { java.awt.rectangle srcrect = new java.awt.rectangle(readint(4, cmddata), readint(8, cmddata), readint(12, cmddata), readint(16, cmddata)); java.awt.rectangle destrect = new java.awt.rectangle(readint(20, cmddata), readint(24, cmddata), readint(28, cmddata), readint(32, cmddata)); system.out.println("setvideoprop: srcrect="+srcrect+" dstrect="+destrect); setvideobounds(srcrect, destrect); } else { system.out.println("invalid len for gfxcmd_setvideoprop: " + len); } break; default: return -1; } return 0; } | Narflex/sagetv | [
1,
0,
1,
0
] |
7,810 | public boolean isOvertaking() {
if (overtakeStage != OvertakeStage.NOT_OVERTAKING) {
return true;
} else {
return false;
}
} | public boolean isOvertaking() {
if (overtakeStage != OvertakeStage.NOT_OVERTAKING) {
return true;
} else {
return false;
}
} | public boolean isovertaking() { if (overtakestage != overtakestage.not_overtaking) { return true; } else { return false; } } | RobAlexander/SCovSGen | [
0,
1,
0,
0
] |
16,039 | public static List<String> generateParenthesis1(int n) {
Set<String>[] dp = new Set[n + 1];
Set<String> first = new HashSet<>();
first.add("");
dp[0] = first;
for (int i = 1; i <= n; i++) {
Set<String> set = new HashSet<>();
for (String pre : dp[i - 1]) {
set.add("(" + pre + ")");
}
for (int m = 1; m < i; m++) {
for (String p1 : dp[m]) {
for (String p2 : dp[i - m]) {
set.add(p1 + p2);
set.add(p2 + p1);
}
}
}
dp[i] = set;
}
return new ArrayList<>(dp[n]);
} | public static List<String> generateParenthesis1(int n) {
Set<String>[] dp = new Set[n + 1];
Set<String> first = new HashSet<>();
first.add("");
dp[0] = first;
for (int i = 1; i <= n; i++) {
Set<String> set = new HashSet<>();
for (String pre : dp[i - 1]) {
set.add("(" + pre + ")");
}
for (int m = 1; m < i; m++) {
for (String p1 : dp[m]) {
for (String p2 : dp[i - m]) {
set.add(p1 + p2);
set.add(p2 + p1);
}
}
}
dp[i] = set;
}
return new ArrayList<>(dp[n]);
} | public static list<string> generateparenthesis1(int n) { set<string>[] dp = new set[n + 1]; set<string> first = new hashset<>(); first.add(""); dp[0] = first; for (int i = 1; i <= n; i++) { set<string> set = new hashset<>(); for (string pre : dp[i - 1]) { set.add("(" + pre + ")"); } for (int m = 1; m < i; m++) { for (string p1 : dp[m]) { for (string p2 : dp[i - m]) { set.add(p1 + p2); set.add(p2 + p1); } } } dp[i] = set; } return new arraylist<>(dp[n]); } | Joybeanx/leetcode | [
1,
0,
0,
0
] |
24,717 | public ModelAndView handleRequest(HttpServletRequest request, HttpServletResponse response)
throws Exception {
Study study = ControllerUtil.findStudy(request, mStudyService);
Submission submission = (Submission) study.getSubmission();
StudyCommand studyCommand = new StudyCommand();
// copy study information
studyCommand.setStudy(study);
// study from TBI do not contain submission_id
if (submission != null) {
studyCommand.setSubmission_id(submission.getId());
}
List<Analysis> analysisList = study.getAnalyses();
List<AnalysisCommand> analysisCommandList = new ArrayList<AnalysisCommand>();
List<Analysis> changedAnalyses = new ArrayList<Analysis>();
StringBuilder errBuilder = new StringBuilder();
for (Analysis analysis : analysisList) {
// FIXME: next if block needs to me moved to the onSumbit method when
// we this controller will extend BaseFormController.
if (!analysis.getValidated()) {
ExecutionResult result = analysis.validate();
if (!result.isSuccessful()) {
errBuilder.append(result.getErrorMessage());
}
if (analysis.getValidated()) {
// save to db if the validated flag is updated:
changedAnalyses.add(analysis);
}
}
//FIXME: display err message in GUI
if (LOGGER.isDebugEnabled()) {
LOGGER.debug(errBuilder.toString()); //$NON-NLS-1$
}
//
// Analysis
AnalysisCommand analysisCommand = new AnalysisCommand();
BeanUtils.copyProperties(analysisCommand, analysis);
// Analysis Steps for Analysis and add algorithm type
List<AnalysisStep> analysisStepList = analysis.getAnalysisStepsReadOnly();
List<AnalysisStepCommand> analysisStepCommandList = new ArrayList<AnalysisStepCommand>();
for (AnalysisStep analysisStep : analysisStepList) {
AnalysisStepCommand analysisStepCommand = new AnalysisStepCommand();
BeanUtils.copyProperties(analysisStepCommand, analysisStep);
// analysisStepCommand.setId(analysisStep.getId());
// analysisStepCommand.setSoftwareInfo(analysisStep.getSoftwareInfo());
Algorithm algorithm = analysisStep.getAlgorithmInfo();
String algorithmType = new String();
if (algorithm instanceof LikelihoodAlgorithm) {
algorithmType = Constants.ALGORITHM_LIKELIHOOD;
} else if (algorithm instanceof ParsimonyAlgorithm) {
algorithmType = Constants.ALGORITHM_PARSIMONY;
} else if (algorithm instanceof OtherAlgorithm) {
algorithmType = Constants.ALGORITHM_OTHER;
}else if (algorithm instanceof BayesianAlgorithm) {
algorithmType = Constants.ALGORITHM_Bayesian;
} else if (algorithm instanceof EvolutionAlgorithm) {
algorithmType = Constants.ALGORITHM_Evolution;
} else if (algorithm instanceof JoiningAlgorithm) {
algorithmType = Constants.ALGORITHM_Joining;
} else if (algorithm instanceof UPGMAAlgorithm) {
algorithmType = Constants.ALGORITHM_UPGMA;
}
// add algorithm type for analysisStepCommand
analysisStepCommand.setAlgorithmType(algorithmType);
// analyzed data for each analysis step
List<AnalyzedData> analyzedDataSet = analysisStep.getDataSetReadOnly();
List<AnalyzedDataCommand> analyzedDataCommandList = new ArrayList<AnalyzedDataCommand>();
// Matrix or Tree?
for (AnalyzedData analyzedData : analyzedDataSet) {
AnalyzedDataCommand analyzedDataCommand = new AnalyzedDataCommand();
BeanUtils.copyProperties(analyzedDataCommand, analyzedData);
String inputOutput = (analyzedData.isInputData()) ? ("Input") : ("Output");
analyzedDataCommand.setInputOutputType(inputOutput);
if (analyzedData instanceof AnalyzedMatrix) {
AnalyzedMatrix analyzedMatrix = (AnalyzedMatrix) analyzedData;
analyzedDataCommand.setDataType(Constants.MATRIX_KEY);
analyzedDataCommand.setDisplayName(analyzedMatrix.getMatrix().getTitle());
analyzedDataCommand.setId(analyzedMatrix.getId());
analyzedDataCommand.setDataId(analyzedMatrix.getMatrix().getId());
} else if (analyzedData instanceof AnalyzedTree) {
AnalyzedTree analyzedTree = (AnalyzedTree) analyzedData;
analyzedDataCommand.setDataType(Constants.TREE_KEY);
analyzedDataCommand.setDisplayName(analyzedTree.getTree().getLabel());
analyzedDataCommand.setId(analyzedTree.getId());
analyzedDataCommand.setDataId(analyzedTree.getTree().getId());
}
analyzedDataCommandList.add(analyzedDataCommand);
} // end for
// add analyzedData for analysisStepCommand
Collections.sort(analyzedDataCommandList, new AnalyzedDataComparator());
analysisStepCommand.setAnalyzedDataCommandList(analyzedDataCommandList);
analysisStepCommandList.add(analysisStepCommand);
}
analysisCommand.setAnalysisStepCommandList(analysisStepCommandList);
analysisCommandList.add(analysisCommand);
}
getStudyService().updateCollection(changedAnalyses);
studyCommand.setAnalysisCommandList(analysisCommandList);
return new ModelAndView("analysisSection", Constants.STUDY_COMMAND_KEY, studyCommand);
} | public ModelAndView handleRequest(HttpServletRequest request, HttpServletResponse response)
throws Exception {
Study study = ControllerUtil.findStudy(request, mStudyService);
Submission submission = (Submission) study.getSubmission();
StudyCommand studyCommand = new StudyCommand();
studyCommand.setStudy(study);
if (submission != null) {
studyCommand.setSubmission_id(submission.getId());
}
List<Analysis> analysisList = study.getAnalyses();
List<AnalysisCommand> analysisCommandList = new ArrayList<AnalysisCommand>();
List<Analysis> changedAnalyses = new ArrayList<Analysis>();
StringBuilder errBuilder = new StringBuilder();
for (Analysis analysis : analysisList) {
if (!analysis.getValidated()) {
ExecutionResult result = analysis.validate();
if (!result.isSuccessful()) {
errBuilder.append(result.getErrorMessage());
}
if (analysis.getValidated()) {
changedAnalyses.add(analysis);
}
}
if (LOGGER.isDebugEnabled()) {
LOGGER.debug(errBuilder.toString());
}
AnalysisCommand analysisCommand = new AnalysisCommand();
BeanUtils.copyProperties(analysisCommand, analysis);
List<AnalysisStep> analysisStepList = analysis.getAnalysisStepsReadOnly();
List<AnalysisStepCommand> analysisStepCommandList = new ArrayList<AnalysisStepCommand>();
for (AnalysisStep analysisStep : analysisStepList) {
AnalysisStepCommand analysisStepCommand = new AnalysisStepCommand();
BeanUtils.copyProperties(analysisStepCommand, analysisStep);
Algorithm algorithm = analysisStep.getAlgorithmInfo();
String algorithmType = new String();
if (algorithm instanceof LikelihoodAlgorithm) {
algorithmType = Constants.ALGORITHM_LIKELIHOOD;
} else if (algorithm instanceof ParsimonyAlgorithm) {
algorithmType = Constants.ALGORITHM_PARSIMONY;
} else if (algorithm instanceof OtherAlgorithm) {
algorithmType = Constants.ALGORITHM_OTHER;
}else if (algorithm instanceof BayesianAlgorithm) {
algorithmType = Constants.ALGORITHM_Bayesian;
} else if (algorithm instanceof EvolutionAlgorithm) {
algorithmType = Constants.ALGORITHM_Evolution;
} else if (algorithm instanceof JoiningAlgorithm) {
algorithmType = Constants.ALGORITHM_Joining;
} else if (algorithm instanceof UPGMAAlgorithm) {
algorithmType = Constants.ALGORITHM_UPGMA;
}
analysisStepCommand.setAlgorithmType(algorithmType);
List<AnalyzedData> analyzedDataSet = analysisStep.getDataSetReadOnly();
List<AnalyzedDataCommand> analyzedDataCommandList = new ArrayList<AnalyzedDataCommand>();
for (AnalyzedData analyzedData : analyzedDataSet) {
AnalyzedDataCommand analyzedDataCommand = new AnalyzedDataCommand();
BeanUtils.copyProperties(analyzedDataCommand, analyzedData);
String inputOutput = (analyzedData.isInputData()) ? ("Input") : ("Output");
analyzedDataCommand.setInputOutputType(inputOutput);
if (analyzedData instanceof AnalyzedMatrix) {
AnalyzedMatrix analyzedMatrix = (AnalyzedMatrix) analyzedData;
analyzedDataCommand.setDataType(Constants.MATRIX_KEY);
analyzedDataCommand.setDisplayName(analyzedMatrix.getMatrix().getTitle());
analyzedDataCommand.setId(analyzedMatrix.getId());
analyzedDataCommand.setDataId(analyzedMatrix.getMatrix().getId());
} else if (analyzedData instanceof AnalyzedTree) {
AnalyzedTree analyzedTree = (AnalyzedTree) analyzedData;
analyzedDataCommand.setDataType(Constants.TREE_KEY);
analyzedDataCommand.setDisplayName(analyzedTree.getTree().getLabel());
analyzedDataCommand.setId(analyzedTree.getId());
analyzedDataCommand.setDataId(analyzedTree.getTree().getId());
}
analyzedDataCommandList.add(analyzedDataCommand);
}
Collections.sort(analyzedDataCommandList, new AnalyzedDataComparator());
analysisStepCommand.setAnalyzedDataCommandList(analyzedDataCommandList);
analysisStepCommandList.add(analysisStepCommand);
}
analysisCommand.setAnalysisStepCommandList(analysisStepCommandList);
analysisCommandList.add(analysisCommand);
}
getStudyService().updateCollection(changedAnalyses);
studyCommand.setAnalysisCommandList(analysisCommandList);
return new ModelAndView("analysisSection", Constants.STUDY_COMMAND_KEY, studyCommand);
} | public modelandview handlerequest(httpservletrequest request, httpservletresponse response) throws exception { study study = controllerutil.findstudy(request, mstudyservice); submission submission = (submission) study.getsubmission(); studycommand studycommand = new studycommand(); studycommand.setstudy(study); if (submission != null) { studycommand.setsubmission_id(submission.getid()); } list<analysis> analysislist = study.getanalyses(); list<analysiscommand> analysiscommandlist = new arraylist<analysiscommand>(); list<analysis> changedanalyses = new arraylist<analysis>(); stringbuilder errbuilder = new stringbuilder(); for (analysis analysis : analysislist) { if (!analysis.getvalidated()) { executionresult result = analysis.validate(); if (!result.issuccessful()) { errbuilder.append(result.geterrormessage()); } if (analysis.getvalidated()) { changedanalyses.add(analysis); } } if (logger.isdebugenabled()) { logger.debug(errbuilder.tostring()); } analysiscommand analysiscommand = new analysiscommand(); beanutils.copyproperties(analysiscommand, analysis); list<analysisstep> analysissteplist = analysis.getanalysisstepsreadonly(); list<analysisstepcommand> analysisstepcommandlist = new arraylist<analysisstepcommand>(); for (analysisstep analysisstep : analysissteplist) { analysisstepcommand analysisstepcommand = new analysisstepcommand(); beanutils.copyproperties(analysisstepcommand, analysisstep); algorithm algorithm = analysisstep.getalgorithminfo(); string algorithmtype = new string(); if (algorithm instanceof likelihoodalgorithm) { algorithmtype = constants.algorithm_likelihood; } else if (algorithm instanceof parsimonyalgorithm) { algorithmtype = constants.algorithm_parsimony; } else if (algorithm instanceof otheralgorithm) { algorithmtype = constants.algorithm_other; }else if (algorithm instanceof bayesianalgorithm) { algorithmtype = constants.algorithm_bayesian; } else if (algorithm instanceof evolutionalgorithm) { algorithmtype = constants.algorithm_evolution; } else if (algorithm instanceof joiningalgorithm) { algorithmtype = constants.algorithm_joining; } else if (algorithm instanceof upgmaalgorithm) { algorithmtype = constants.algorithm_upgma; } analysisstepcommand.setalgorithmtype(algorithmtype); list<analyzeddata> analyzeddataset = analysisstep.getdatasetreadonly(); list<analyzeddatacommand> analyzeddatacommandlist = new arraylist<analyzeddatacommand>(); for (analyzeddata analyzeddata : analyzeddataset) { analyzeddatacommand analyzeddatacommand = new analyzeddatacommand(); beanutils.copyproperties(analyzeddatacommand, analyzeddata); string inputoutput = (analyzeddata.isinputdata()) ? ("input") : ("output"); analyzeddatacommand.setinputoutputtype(inputoutput); if (analyzeddata instanceof analyzedmatrix) { analyzedmatrix analyzedmatrix = (analyzedmatrix) analyzeddata; analyzeddatacommand.setdatatype(constants.matrix_key); analyzeddatacommand.setdisplayname(analyzedmatrix.getmatrix().gettitle()); analyzeddatacommand.setid(analyzedmatrix.getid()); analyzeddatacommand.setdataid(analyzedmatrix.getmatrix().getid()); } else if (analyzeddata instanceof analyzedtree) { analyzedtree analyzedtree = (analyzedtree) analyzeddata; analyzeddatacommand.setdatatype(constants.tree_key); analyzeddatacommand.setdisplayname(analyzedtree.gettree().getlabel()); analyzeddatacommand.setid(analyzedtree.getid()); analyzeddatacommand.setdataid(analyzedtree.gettree().getid()); } analyzeddatacommandlist.add(analyzeddatacommand); } collections.sort(analyzeddatacommandlist, new analyzeddatacomparator()); analysisstepcommand.setanalyzeddatacommandlist(analyzeddatacommandlist); analysisstepcommandlist.add(analysisstepcommand); } analysiscommand.setanalysisstepcommandlist(analysisstepcommandlist); analysiscommandlist.add(analysiscommand); } getstudyservice().updatecollection(changedanalyses); studycommand.setanalysiscommandlist(analysiscommandlist); return new modelandview("analysissection", constants.study_command_key, studycommand); } | TreeBASE/treebasetest | [
0,
1,
1,
0
] |
148 | private void addVar(Varlet v){
long key=key(v.chromosome, v.beginLoc);
ArrayList<Varlet> list=keymap.get(key);
assert(list!=null) : "\nCan't find "+key+" in "+keymap.keySet()+"\n";
synchronized(list){
list.add(v);
if(list.size()>=WRITE_BUFFER){
if(MERGE_EQUAL_VARLETS){
mergeEqualVarlets(list);
}else{
Collections.sort(list);
}
writeList(list);
list.clear();
}
}
} | private void addVar(Varlet v){
long key=key(v.chromosome, v.beginLoc);
ArrayList<Varlet> list=keymap.get(key);
assert(list!=null) : "\nCan't find "+key+" in "+keymap.keySet()+"\n";
synchronized(list){
list.add(v);
if(list.size()>=WRITE_BUFFER){
if(MERGE_EQUAL_VARLETS){
mergeEqualVarlets(list);
}else{
Collections.sort(list);
}
writeList(list);
list.clear();
}
}
} | private void addvar(varlet v){ long key=key(v.chromosome, v.beginloc); arraylist<varlet> list=keymap.get(key); assert(list!=null) : "\ncan't find "+key+" in "+keymap.keyset()+"\n"; synchronized(list){ list.add(v); if(list.size()>=write_buffer){ if(merge_equal_varlets){ mergeequalvarlets(list); }else{ collections.sort(list); } writelist(list); list.clear(); } } } | SilasK/BBMap | [
1,
0,
0,
0
] |
16,664 | private NiceWebDriver getNiceWebDriverInstance(DriverType driverType, Object[] oArgs){
switch(driverType) {
case Chrome:
return new NiceChrome().UnderloadedNiceWebDriverConstructor(oArgs).getThisWithVerbositySetTo(outputIsVerbose);
case Firefox:
return null; //TODO: Make Firefox subclass
case IE:
return null; //TODO: Make IE subclass
case Edge:
return null; //TODO: Make Edge subclass
case Opera:
return null; //TODO: Make Opera subclass
case Safari:
return null; //TODO: Make Safari subclass
case iOS_iPhone:
return null; //TODO: Make iOS_iPhone subclass
case iOS_iPad:
return null; //TODO: Make iOS_iPad subclass
case Android:
return null; //TODO: Make Android subclass
case HtmlUnit:
return null; //TODO: Make HtmlUnit subclass
default:
return null;
}
} | private NiceWebDriver getNiceWebDriverInstance(DriverType driverType, Object[] oArgs){
switch(driverType) {
case Chrome:
return new NiceChrome().UnderloadedNiceWebDriverConstructor(oArgs).getThisWithVerbositySetTo(outputIsVerbose);
case Firefox:
return null;
case IE:
return null;
case Edge:
return null;
case Opera:
return null;
case Safari:
return null;
case iOS_iPhone:
return null;
case iOS_iPad:
return null;
case Android:
return null;
case HtmlUnit:
return null;
default:
return null;
}
} | private nicewebdriver getnicewebdriverinstance(drivertype drivertype, object[] oargs){ switch(drivertype) { case chrome: return new nicechrome().underloadednicewebdriverconstructor(oargs).getthiswithverbositysetto(outputisverbose); case firefox: return null; case ie: return null; case edge: return null; case opera: return null; case safari: return null; case ios_iphone: return null; case ios_ipad: return null; case android: return null; case htmlunit: return null; default: return null; } } | Skenvy/SeleniumNG | [
0,
1,
0,
0
] |
33,149 | private void tag()
throws Exception
{
String[] asFilename = (String[])m_oCmdLineMap.get("filenames");
for (int i=0; i < asFilename.length; i++)
{
File oSourceFile = new File(asFilename[i]);
MP3File oMP3File = new MP3File(oSourceFile);
if (m_oCmdLineMap.containsKey("1"))
{
ID3V1_1Tag oID3V1_1Tag = new ID3V1_1Tag();
if (m_oCmdLineMap.containsKey("album"))
{
oID3V1_1Tag.setAlbum((String)m_oCmdLineMap.get("album"));
}
if (m_oCmdLineMap.containsKey("artist"))
{
oID3V1_1Tag.setArtist((String)m_oCmdLineMap.get("artist"));
}
if (m_oCmdLineMap.containsKey("comment"))
{
oID3V1_1Tag.setComment((String)m_oCmdLineMap.get("comment"));
}
if (m_oCmdLineMap.containsKey("genre"))
{
String sGenre = (String)m_oCmdLineMap.get("genre");
oID3V1_1Tag.setGenre(ID3V1Tag.Genre.lookupGenre(sGenre));
}
if (m_oCmdLineMap.containsKey("title"))
{
oID3V1_1Tag.setTitle((String)m_oCmdLineMap.get("title"));
}
if (m_oCmdLineMap.containsKey("year"))
{
oID3V1_1Tag.setYear(((Integer)m_oCmdLineMap.get("year")).toString());
}
if (m_oCmdLineMap.containsKey("track"))
{
oID3V1_1Tag.setAlbumTrack(((Integer)m_oCmdLineMap.get("track")).intValue());
}
oMP3File.setID3Tag(oID3V1_1Tag);
}
if (m_oCmdLineMap.containsKey("2"))
{
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
//HACK: Need to have padding at the end of the tag, or Winamp won't see the last frame (at least 6 bytes seem to be required).
oID3V2_3_0Tag.setPaddingLength(16);
if (m_oCmdLineMap.containsKey("album"))
{
oID3V2_3_0Tag.setAlbum((String)m_oCmdLineMap.get("album"));
}
if (m_oCmdLineMap.containsKey("artist"))
{
oID3V2_3_0Tag.setArtist((String)m_oCmdLineMap.get("artist"));
}
if (m_oCmdLineMap.containsKey("comment"))
{
oID3V2_3_0Tag.setComment((String)m_oCmdLineMap.get("comment"));
}
if (m_oCmdLineMap.containsKey("genre"))
{
oID3V2_3_0Tag.setGenre((String)m_oCmdLineMap.get("genre"));
}
oMP3File.setID3Tag(oID3V2_3_0Tag);
if (m_oCmdLineMap.containsKey("title"))
{
oID3V2_3_0Tag.setTitle((String)m_oCmdLineMap.get("title"));
}
if (m_oCmdLineMap.containsKey("year"))
{
oID3V2_3_0Tag.setYear(((Integer)m_oCmdLineMap.get("year")).intValue());
}
if (m_oCmdLineMap.containsKey("track"))
{
if (m_oCmdLineMap.containsKey("total"))
{
oID3V2_3_0Tag.setTrackNumber(((Integer)m_oCmdLineMap.get("track")).intValue(),
((Integer)m_oCmdLineMap.get("total")).intValue());
}
else
{
oID3V2_3_0Tag.setTrackNumber(((Integer)m_oCmdLineMap.get("track")).intValue());
}
}
}
oMP3File.sync();
}
} | private void tag()
throws Exception
{
String[] asFilename = (String[])m_oCmdLineMap.get("filenames");
for (int i=0; i < asFilename.length; i++)
{
File oSourceFile = new File(asFilename[i]);
MP3File oMP3File = new MP3File(oSourceFile);
if (m_oCmdLineMap.containsKey("1"))
{
ID3V1_1Tag oID3V1_1Tag = new ID3V1_1Tag();
if (m_oCmdLineMap.containsKey("album"))
{
oID3V1_1Tag.setAlbum((String)m_oCmdLineMap.get("album"));
}
if (m_oCmdLineMap.containsKey("artist"))
{
oID3V1_1Tag.setArtist((String)m_oCmdLineMap.get("artist"));
}
if (m_oCmdLineMap.containsKey("comment"))
{
oID3V1_1Tag.setComment((String)m_oCmdLineMap.get("comment"));
}
if (m_oCmdLineMap.containsKey("genre"))
{
String sGenre = (String)m_oCmdLineMap.get("genre");
oID3V1_1Tag.setGenre(ID3V1Tag.Genre.lookupGenre(sGenre));
}
if (m_oCmdLineMap.containsKey("title"))
{
oID3V1_1Tag.setTitle((String)m_oCmdLineMap.get("title"));
}
if (m_oCmdLineMap.containsKey("year"))
{
oID3V1_1Tag.setYear(((Integer)m_oCmdLineMap.get("year")).toString());
}
if (m_oCmdLineMap.containsKey("track"))
{
oID3V1_1Tag.setAlbumTrack(((Integer)m_oCmdLineMap.get("track")).intValue());
}
oMP3File.setID3Tag(oID3V1_1Tag);
}
if (m_oCmdLineMap.containsKey("2"))
{
ID3V2_3_0Tag oID3V2_3_0Tag = new ID3V2_3_0Tag();
oID3V2_3_0Tag.setPaddingLength(16);
if (m_oCmdLineMap.containsKey("album"))
{
oID3V2_3_0Tag.setAlbum((String)m_oCmdLineMap.get("album"));
}
if (m_oCmdLineMap.containsKey("artist"))
{
oID3V2_3_0Tag.setArtist((String)m_oCmdLineMap.get("artist"));
}
if (m_oCmdLineMap.containsKey("comment"))
{
oID3V2_3_0Tag.setComment((String)m_oCmdLineMap.get("comment"));
}
if (m_oCmdLineMap.containsKey("genre"))
{
oID3V2_3_0Tag.setGenre((String)m_oCmdLineMap.get("genre"));
}
oMP3File.setID3Tag(oID3V2_3_0Tag);
if (m_oCmdLineMap.containsKey("title"))
{
oID3V2_3_0Tag.setTitle((String)m_oCmdLineMap.get("title"));
}
if (m_oCmdLineMap.containsKey("year"))
{
oID3V2_3_0Tag.setYear(((Integer)m_oCmdLineMap.get("year")).intValue());
}
if (m_oCmdLineMap.containsKey("track"))
{
if (m_oCmdLineMap.containsKey("total"))
{
oID3V2_3_0Tag.setTrackNumber(((Integer)m_oCmdLineMap.get("track")).intValue(),
((Integer)m_oCmdLineMap.get("total")).intValue());
}
else
{
oID3V2_3_0Tag.setTrackNumber(((Integer)m_oCmdLineMap.get("track")).intValue());
}
}
}
oMP3File.sync();
}
} | private void tag() throws exception { string[] asfilename = (string[])m_ocmdlinemap.get("filenames"); for (int i=0; i < asfilename.length; i++) { file osourcefile = new file(asfilename[i]); mp3file omp3file = new mp3file(osourcefile); if (m_ocmdlinemap.containskey("1")) { id3v1_1tag oid3v1_1tag = new id3v1_1tag(); if (m_ocmdlinemap.containskey("album")) { oid3v1_1tag.setalbum((string)m_ocmdlinemap.get("album")); } if (m_ocmdlinemap.containskey("artist")) { oid3v1_1tag.setartist((string)m_ocmdlinemap.get("artist")); } if (m_ocmdlinemap.containskey("comment")) { oid3v1_1tag.setcomment((string)m_ocmdlinemap.get("comment")); } if (m_ocmdlinemap.containskey("genre")) { string sgenre = (string)m_ocmdlinemap.get("genre"); oid3v1_1tag.setgenre(id3v1tag.genre.lookupgenre(sgenre)); } if (m_ocmdlinemap.containskey("title")) { oid3v1_1tag.settitle((string)m_ocmdlinemap.get("title")); } if (m_ocmdlinemap.containskey("year")) { oid3v1_1tag.setyear(((integer)m_ocmdlinemap.get("year")).tostring()); } if (m_ocmdlinemap.containskey("track")) { oid3v1_1tag.setalbumtrack(((integer)m_ocmdlinemap.get("track")).intvalue()); } omp3file.setid3tag(oid3v1_1tag); } if (m_ocmdlinemap.containskey("2")) { id3v2_3_0tag oid3v2_3_0tag = new id3v2_3_0tag(); oid3v2_3_0tag.setpaddinglength(16); if (m_ocmdlinemap.containskey("album")) { oid3v2_3_0tag.setalbum((string)m_ocmdlinemap.get("album")); } if (m_ocmdlinemap.containskey("artist")) { oid3v2_3_0tag.setartist((string)m_ocmdlinemap.get("artist")); } if (m_ocmdlinemap.containskey("comment")) { oid3v2_3_0tag.setcomment((string)m_ocmdlinemap.get("comment")); } if (m_ocmdlinemap.containskey("genre")) { oid3v2_3_0tag.setgenre((string)m_ocmdlinemap.get("genre")); } omp3file.setid3tag(oid3v2_3_0tag); if (m_ocmdlinemap.containskey("title")) { oid3v2_3_0tag.settitle((string)m_ocmdlinemap.get("title")); } if (m_ocmdlinemap.containskey("year")) { oid3v2_3_0tag.setyear(((integer)m_ocmdlinemap.get("year")).intvalue()); } if (m_ocmdlinemap.containskey("track")) { if (m_ocmdlinemap.containskey("total")) { oid3v2_3_0tag.settracknumber(((integer)m_ocmdlinemap.get("track")).intvalue(), ((integer)m_ocmdlinemap.get("total")).intvalue()); } else { oid3v2_3_0tag.settracknumber(((integer)m_ocmdlinemap.get("track")).intvalue()); } } } omp3file.sync(); } } | ShahzaibAyyub/Music-Player-Library-Java-SQL | [
1,
0,
0,
0
] |
8,611 | @Override
public void actionPerformed(ActionEvent e) {
if(currSel!= null && currSel instanceof GroupTreeNode){
// differentiate clones in this group
GroupTreeNode gtn = (GroupTreeNode)currSel;
// if(gtn.getChildCount() == 2){
// TODO: currently we only support two way comparison
CloneTreeNode ctn1 = (CloneTreeNode)gtn.getChildAt(0);
CloneTreeNode ctn2 = (CloneTreeNode)gtn.getChildAt(1);
String file1 = ctn1.getFile();
String file2 = ctn2.getFile();
CloneComparison comparison = new CloneComparison(panel, new File(file1), new File(file2), ctn1.start, ctn1.end, ctn2.start, ctn2.end);
comparison.setOpenInBackground(false);
comparison.execute();
// }
}
} | @Override
public void actionPerformed(ActionEvent e) {
if(currSel!= null && currSel instanceof GroupTreeNode){
GroupTreeNode gtn = (GroupTreeNode)currSel;
CloneTreeNode ctn1 = (CloneTreeNode)gtn.getChildAt(0);
CloneTreeNode ctn2 = (CloneTreeNode)gtn.getChildAt(1);
String file1 = ctn1.getFile();
String file2 = ctn2.getFile();
CloneComparison comparison = new CloneComparison(panel, new File(file1), new File(file2), ctn1.start, ctn1.end, ctn2.start, ctn2.end);
comparison.setOpenInBackground(false);
comparison.execute();
}
} | @override public void actionperformed(actionevent e) { if(currsel!= null && currsel instanceof grouptreenode){ grouptreenode gtn = (grouptreenode)currsel; clonetreenode ctn1 = (clonetreenode)gtn.getchildat(0); clonetreenode ctn2 = (clonetreenode)gtn.getchildat(1); string file1 = ctn1.getfile(); string file2 = ctn2.getfile(); clonecomparison comparison = new clonecomparison(panel, new file(file1), new file(file2), ctn1.start, ctn1.end, ctn2.start, ctn2.end); comparison.setopeninbackground(false); comparison.execute(); } } | UCLA-SEAL/Grafter | [
1,
0,
0,
0
] |
25,018 | private BaseQuery buildQueryNoAggregations(QueryFactory queryFactory, String queryString, Map<String, Object> namedParameters,
long startOffset, int maxResults, IckleParsingResult<TypeMetadata> parsingResult) {
if (parsingResult.hasGroupingOrAggregations()) {
throw log.queryMustNotUseGroupingOrAggregation(); // may happen only due to internal programming error
}
boolean isFullTextQuery;
if (parsingResult.getWhereClause() != null) {
isFullTextQuery = parsingResult.getWhereClause().acceptVisitor(FullTextVisitor.INSTANCE);
if (!isIndexed && isFullTextQuery) {
throw new IllegalStateException("The cache must be indexed in order to use full-text queries.");
}
}
if (parsingResult.getSortFields() != null) {
for (SortField sortField : parsingResult.getSortFields()) {
PropertyPath<?> p = sortField.getPath();
if (propertyHelper.isRepeatedProperty(parsingResult.getTargetEntityMetadata(), p.asArrayPath())) {
throw log.multivaluedPropertyCannotBeUsedInOrderBy(p.toString());
}
}
}
if (parsingResult.getProjectedPaths() != null) {
for (PropertyPath<?> p : parsingResult.getProjectedPaths()) {
if (propertyHelper.isRepeatedProperty(parsingResult.getTargetEntityMetadata(), p.asArrayPath())) {
throw log.multivaluedPropertyCannotBeProjected(p.asStringPath());
}
}
}
BooleanExpr normalizedWhereClause = booleanFilterNormalizer.normalize(parsingResult.getWhereClause());
if (normalizedWhereClause == ConstantBooleanExpr.FALSE) {
// the query is a contradiction, there are no matches
return new EmptyResultQuery(queryFactory, cache, queryString, namedParameters, startOffset, maxResults);
}
// if cache is indexed but there is no actual 'where' filter clause and we do have sorting or projections we should still use the index, otherwise just go for a non-indexed fetch-all
if (!isIndexed || (normalizedWhereClause == null || normalizedWhereClause == ConstantBooleanExpr.TRUE) && parsingResult.getProjections() == null && parsingResult.getSortFields() == null) {
// fully non-indexed execution because the filter matches everything or there is no indexing at all
return new EmbeddedQuery(this, queryFactory, cache, queryString, namedParameters, parsingResult.getProjections(), startOffset, maxResults);
}
IndexedFieldProvider.FieldIndexingMetadata fieldIndexingMetadata = propertyHelper.getIndexedFieldProvider().get(parsingResult.getTargetEntityMetadata());
boolean allProjectionsAreStored = true;
LinkedHashMap<PropertyPath, List<Integer>> projectionsMap = null;
if (parsingResult.getProjectedPaths() != null) {
projectionsMap = new LinkedHashMap<>();
for (int i = 0; i < parsingResult.getProjectedPaths().length; i++) {
PropertyPath<?> p = parsingResult.getProjectedPaths()[i];
List<Integer> idx = projectionsMap.get(p);
if (idx == null) {
idx = new ArrayList<>();
projectionsMap.put(p, idx);
if (!fieldIndexingMetadata.isStored(p.asArrayPath())) {
allProjectionsAreStored = false;
}
}
idx.add(i);
}
}
boolean allSortFieldsAreStored = true;
SortField[] sortFields = parsingResult.getSortFields();
if (sortFields != null) {
// deduplicate sort fields
LinkedHashMap<String, SortField> sortFieldMap = new LinkedHashMap<>();
for (SortField sf : sortFields) {
PropertyPath<?> p = sf.getPath();
String asStringPath = p.asStringPath();
if (!sortFieldMap.containsKey(asStringPath)) {
sortFieldMap.put(asStringPath, sf);
if (!fieldIndexingMetadata.isStored(p.asArrayPath())) {
allSortFieldsAreStored = false;
}
}
}
sortFields = sortFieldMap.values().toArray(new SortField[sortFieldMap.size()]);
}
//todo [anistor] do not allow hybrid queries with fulltext. exception, allow a fully indexed query followed by in-memory aggregation. the aggregated or 'having' field should not be analyzed
//todo [anistor] do we allow aggregation in fulltext queries?
//todo [anistor] do not allow hybrid fulltext queries. all 'where' fields must be indexed. all projections must be stored.
BooleShannonExpansion bse = new BooleShannonExpansion(MAX_EXPANSION_COFACTORS, fieldIndexingMetadata);
BooleanExpr expansion = bse.expand(normalizedWhereClause);
if (expansion == normalizedWhereClause) { // identity comparison is intended here!
// all involved fields are indexed, so go the Lucene way
if (allSortFieldsAreStored) {
if (allProjectionsAreStored) {
// all projections are stored, so we can execute the query entirely against the index, and we can also sort using the index
RowProcessor rowProcessor = null;
if (parsingResult.getProjectedPaths() != null) {
if (projectionsMap.size() != parsingResult.getProjectedPaths().length) {
// but some projections are duplicated ...
final Class<?>[] projectedTypes = new Class<?>[projectionsMap.size()];
final int[] map = new int[parsingResult.getProjectedPaths().length];
int j = 0;
for (List<Integer> idx : projectionsMap.values()) {
int i = idx.get(0);
projectedTypes[j] = parsingResult.getProjectedTypes()[i];
for (int k : idx) {
map[k] = j;
}
j++;
}
RowProcessor projectionProcessor = makeProjectionProcessor(projectedTypes);
rowProcessor = inRow -> {
if (projectionProcessor != null) {
inRow = projectionProcessor.process(inRow);
}
Object[] outRow = new Object[map.length];
for (int i = 0; i < map.length; i++) {
outRow[i] = inRow[map[i]];
}
return outRow;
};
PropertyPath[] deduplicatedProjection = projectionsMap.keySet().toArray(new PropertyPath[projectionsMap.size()]);
IckleParsingResult<TypeMetadata> fpr = makeFilterParsingResult(parsingResult, normalizedWhereClause, deduplicatedProjection, projectedTypes, sortFields);
return new EmbeddedLuceneQuery<>(this, queryFactory, namedParameters, fpr, parsingResult.getProjections(), makeResultProcessor(rowProcessor), startOffset, maxResults);
} else {
rowProcessor = makeProjectionProcessor(parsingResult.getProjectedTypes());
}
}
return new EmbeddedLuceneQuery<>(this, queryFactory, namedParameters, parsingResult, parsingResult.getProjections(), makeResultProcessor(rowProcessor), startOffset, maxResults);
} else {
IckleParsingResult<TypeMetadata> fpr = makeFilterParsingResult(parsingResult, normalizedWhereClause, null, null, sortFields);
Query indexQuery = new EmbeddedLuceneQuery<>(this, queryFactory, namedParameters, fpr, null, makeResultProcessor(null), startOffset, maxResults);
String projectionQueryStr = SyntaxTreePrinter.printTree(parsingResult.getTargetEntityName(), parsingResult.getProjectedPaths(), null, null);
return new HybridQuery(queryFactory, cache, projectionQueryStr, null, getObjectFilter(matcher, projectionQueryStr, null, null), -1, -1, indexQuery);
}
} else {
// projections may be stored but some sort fields are not so we need to query the index and then execute in-memory sorting and projecting in a second phase
IckleParsingResult<TypeMetadata> fpr = makeFilterParsingResult(parsingResult, normalizedWhereClause, null, null, null);
Query indexQuery = new EmbeddedLuceneQuery<>(this, queryFactory, namedParameters, fpr, null, makeResultProcessor(null), -1, -1);
String projectionQueryStr = SyntaxTreePrinter.printTree(parsingResult.getTargetEntityName(), parsingResult.getProjectedPaths(), null, sortFields);
return new HybridQuery(queryFactory, cache, projectionQueryStr, null, getObjectFilter(matcher, projectionQueryStr, null, null), startOffset, maxResults, indexQuery);
}
}
if (expansion == ConstantBooleanExpr.TRUE) {
// expansion leads to a full non-indexed query or the expansion is too long/complex
return new EmbeddedQuery(this, queryFactory, cache, queryString, namedParameters, parsingResult.getProjections(), startOffset, maxResults);
}
// some fields are indexed, run a hybrid query
IckleParsingResult<TypeMetadata> fpr = makeFilterParsingResult(parsingResult, expansion, null, null, null);
Query expandedQuery = new EmbeddedLuceneQuery<>(this, queryFactory, namedParameters, fpr, null, makeResultProcessor(null), -1, -1);
return new HybridQuery(queryFactory, cache, queryString, namedParameters, getObjectFilter(matcher, queryString, namedParameters, null), startOffset, maxResults, expandedQuery);
} | private BaseQuery buildQueryNoAggregations(QueryFactory queryFactory, String queryString, Map<String, Object> namedParameters,
long startOffset, int maxResults, IckleParsingResult<TypeMetadata> parsingResult) {
if (parsingResult.hasGroupingOrAggregations()) {
throw log.queryMustNotUseGroupingOrAggregation();
}
boolean isFullTextQuery;
if (parsingResult.getWhereClause() != null) {
isFullTextQuery = parsingResult.getWhereClause().acceptVisitor(FullTextVisitor.INSTANCE);
if (!isIndexed && isFullTextQuery) {
throw new IllegalStateException("The cache must be indexed in order to use full-text queries.");
}
}
if (parsingResult.getSortFields() != null) {
for (SortField sortField : parsingResult.getSortFields()) {
PropertyPath<?> p = sortField.getPath();
if (propertyHelper.isRepeatedProperty(parsingResult.getTargetEntityMetadata(), p.asArrayPath())) {
throw log.multivaluedPropertyCannotBeUsedInOrderBy(p.toString());
}
}
}
if (parsingResult.getProjectedPaths() != null) {
for (PropertyPath<?> p : parsingResult.getProjectedPaths()) {
if (propertyHelper.isRepeatedProperty(parsingResult.getTargetEntityMetadata(), p.asArrayPath())) {
throw log.multivaluedPropertyCannotBeProjected(p.asStringPath());
}
}
}
BooleanExpr normalizedWhereClause = booleanFilterNormalizer.normalize(parsingResult.getWhereClause());
if (normalizedWhereClause == ConstantBooleanExpr.FALSE) {
return new EmptyResultQuery(queryFactory, cache, queryString, namedParameters, startOffset, maxResults);
}
if (!isIndexed || (normalizedWhereClause == null || normalizedWhereClause == ConstantBooleanExpr.TRUE) && parsingResult.getProjections() == null && parsingResult.getSortFields() == null) {
return new EmbeddedQuery(this, queryFactory, cache, queryString, namedParameters, parsingResult.getProjections(), startOffset, maxResults);
}
IndexedFieldProvider.FieldIndexingMetadata fieldIndexingMetadata = propertyHelper.getIndexedFieldProvider().get(parsingResult.getTargetEntityMetadata());
boolean allProjectionsAreStored = true;
LinkedHashMap<PropertyPath, List<Integer>> projectionsMap = null;
if (parsingResult.getProjectedPaths() != null) {
projectionsMap = new LinkedHashMap<>();
for (int i = 0; i < parsingResult.getProjectedPaths().length; i++) {
PropertyPath<?> p = parsingResult.getProjectedPaths()[i];
List<Integer> idx = projectionsMap.get(p);
if (idx == null) {
idx = new ArrayList<>();
projectionsMap.put(p, idx);
if (!fieldIndexingMetadata.isStored(p.asArrayPath())) {
allProjectionsAreStored = false;
}
}
idx.add(i);
}
}
boolean allSortFieldsAreStored = true;
SortField[] sortFields = parsingResult.getSortFields();
if (sortFields != null) {
LinkedHashMap<String, SortField> sortFieldMap = new LinkedHashMap<>();
for (SortField sf : sortFields) {
PropertyPath<?> p = sf.getPath();
String asStringPath = p.asStringPath();
if (!sortFieldMap.containsKey(asStringPath)) {
sortFieldMap.put(asStringPath, sf);
if (!fieldIndexingMetadata.isStored(p.asArrayPath())) {
allSortFieldsAreStored = false;
}
}
}
sortFields = sortFieldMap.values().toArray(new SortField[sortFieldMap.size()]);
}
BooleShannonExpansion bse = new BooleShannonExpansion(MAX_EXPANSION_COFACTORS, fieldIndexingMetadata);
BooleanExpr expansion = bse.expand(normalizedWhereClause);
if (expansion == normalizedWhereClause) {
if (allSortFieldsAreStored) {
if (allProjectionsAreStored) {
RowProcessor rowProcessor = null;
if (parsingResult.getProjectedPaths() != null) {
if (projectionsMap.size() != parsingResult.getProjectedPaths().length) {
final Class<?>[] projectedTypes = new Class<?>[projectionsMap.size()];
final int[] map = new int[parsingResult.getProjectedPaths().length];
int j = 0;
for (List<Integer> idx : projectionsMap.values()) {
int i = idx.get(0);
projectedTypes[j] = parsingResult.getProjectedTypes()[i];
for (int k : idx) {
map[k] = j;
}
j++;
}
RowProcessor projectionProcessor = makeProjectionProcessor(projectedTypes);
rowProcessor = inRow -> {
if (projectionProcessor != null) {
inRow = projectionProcessor.process(inRow);
}
Object[] outRow = new Object[map.length];
for (int i = 0; i < map.length; i++) {
outRow[i] = inRow[map[i]];
}
return outRow;
};
PropertyPath[] deduplicatedProjection = projectionsMap.keySet().toArray(new PropertyPath[projectionsMap.size()]);
IckleParsingResult<TypeMetadata> fpr = makeFilterParsingResult(parsingResult, normalizedWhereClause, deduplicatedProjection, projectedTypes, sortFields);
return new EmbeddedLuceneQuery<>(this, queryFactory, namedParameters, fpr, parsingResult.getProjections(), makeResultProcessor(rowProcessor), startOffset, maxResults);
} else {
rowProcessor = makeProjectionProcessor(parsingResult.getProjectedTypes());
}
}
return new EmbeddedLuceneQuery<>(this, queryFactory, namedParameters, parsingResult, parsingResult.getProjections(), makeResultProcessor(rowProcessor), startOffset, maxResults);
} else {
IckleParsingResult<TypeMetadata> fpr = makeFilterParsingResult(parsingResult, normalizedWhereClause, null, null, sortFields);
Query indexQuery = new EmbeddedLuceneQuery<>(this, queryFactory, namedParameters, fpr, null, makeResultProcessor(null), startOffset, maxResults);
String projectionQueryStr = SyntaxTreePrinter.printTree(parsingResult.getTargetEntityName(), parsingResult.getProjectedPaths(), null, null);
return new HybridQuery(queryFactory, cache, projectionQueryStr, null, getObjectFilter(matcher, projectionQueryStr, null, null), -1, -1, indexQuery);
}
} else {
IckleParsingResult<TypeMetadata> fpr = makeFilterParsingResult(parsingResult, normalizedWhereClause, null, null, null);
Query indexQuery = new EmbeddedLuceneQuery<>(this, queryFactory, namedParameters, fpr, null, makeResultProcessor(null), -1, -1);
String projectionQueryStr = SyntaxTreePrinter.printTree(parsingResult.getTargetEntityName(), parsingResult.getProjectedPaths(), null, sortFields);
return new HybridQuery(queryFactory, cache, projectionQueryStr, null, getObjectFilter(matcher, projectionQueryStr, null, null), startOffset, maxResults, indexQuery);
}
}
if (expansion == ConstantBooleanExpr.TRUE) {
return new EmbeddedQuery(this, queryFactory, cache, queryString, namedParameters, parsingResult.getProjections(), startOffset, maxResults);
}
IckleParsingResult<TypeMetadata> fpr = makeFilterParsingResult(parsingResult, expansion, null, null, null);
Query expandedQuery = new EmbeddedLuceneQuery<>(this, queryFactory, namedParameters, fpr, null, makeResultProcessor(null), -1, -1);
return new HybridQuery(queryFactory, cache, queryString, namedParameters, getObjectFilter(matcher, queryString, namedParameters, null), startOffset, maxResults, expandedQuery);
} | private basequery buildquerynoaggregations(queryfactory queryfactory, string querystring, map<string, object> namedparameters, long startoffset, int maxresults, ickleparsingresult<typemetadata> parsingresult) { if (parsingresult.hasgroupingoraggregations()) { throw log.querymustnotusegroupingoraggregation(); } boolean isfulltextquery; if (parsingresult.getwhereclause() != null) { isfulltextquery = parsingresult.getwhereclause().acceptvisitor(fulltextvisitor.instance); if (!isindexed && isfulltextquery) { throw new illegalstateexception("the cache must be indexed in order to use full-text queries."); } } if (parsingresult.getsortfields() != null) { for (sortfield sortfield : parsingresult.getsortfields()) { propertypath<?> p = sortfield.getpath(); if (propertyhelper.isrepeatedproperty(parsingresult.gettargetentitymetadata(), p.asarraypath())) { throw log.multivaluedpropertycannotbeusedinorderby(p.tostring()); } } } if (parsingresult.getprojectedpaths() != null) { for (propertypath<?> p : parsingresult.getprojectedpaths()) { if (propertyhelper.isrepeatedproperty(parsingresult.gettargetentitymetadata(), p.asarraypath())) { throw log.multivaluedpropertycannotbeprojected(p.asstringpath()); } } } booleanexpr normalizedwhereclause = booleanfilternormalizer.normalize(parsingresult.getwhereclause()); if (normalizedwhereclause == constantbooleanexpr.false) { return new emptyresultquery(queryfactory, cache, querystring, namedparameters, startoffset, maxresults); } if (!isindexed || (normalizedwhereclause == null || normalizedwhereclause == constantbooleanexpr.true) && parsingresult.getprojections() == null && parsingresult.getsortfields() == null) { return new embeddedquery(this, queryfactory, cache, querystring, namedparameters, parsingresult.getprojections(), startoffset, maxresults); } indexedfieldprovider.fieldindexingmetadata fieldindexingmetadata = propertyhelper.getindexedfieldprovider().get(parsingresult.gettargetentitymetadata()); boolean allprojectionsarestored = true; linkedhashmap<propertypath, list<integer>> projectionsmap = null; if (parsingresult.getprojectedpaths() != null) { projectionsmap = new linkedhashmap<>(); for (int i = 0; i < parsingresult.getprojectedpaths().length; i++) { propertypath<?> p = parsingresult.getprojectedpaths()[i]; list<integer> idx = projectionsmap.get(p); if (idx == null) { idx = new arraylist<>(); projectionsmap.put(p, idx); if (!fieldindexingmetadata.isstored(p.asarraypath())) { allprojectionsarestored = false; } } idx.add(i); } } boolean allsortfieldsarestored = true; sortfield[] sortfields = parsingresult.getsortfields(); if (sortfields != null) { linkedhashmap<string, sortfield> sortfieldmap = new linkedhashmap<>(); for (sortfield sf : sortfields) { propertypath<?> p = sf.getpath(); string asstringpath = p.asstringpath(); if (!sortfieldmap.containskey(asstringpath)) { sortfieldmap.put(asstringpath, sf); if (!fieldindexingmetadata.isstored(p.asarraypath())) { allsortfieldsarestored = false; } } } sortfields = sortfieldmap.values().toarray(new sortfield[sortfieldmap.size()]); } booleshannonexpansion bse = new booleshannonexpansion(max_expansion_cofactors, fieldindexingmetadata); booleanexpr expansion = bse.expand(normalizedwhereclause); if (expansion == normalizedwhereclause) { if (allsortfieldsarestored) { if (allprojectionsarestored) { rowprocessor rowprocessor = null; if (parsingresult.getprojectedpaths() != null) { if (projectionsmap.size() != parsingresult.getprojectedpaths().length) { final class<?>[] projectedtypes = new class<?>[projectionsmap.size()]; final int[] map = new int[parsingresult.getprojectedpaths().length]; int j = 0; for (list<integer> idx : projectionsmap.values()) { int i = idx.get(0); projectedtypes[j] = parsingresult.getprojectedtypes()[i]; for (int k : idx) { map[k] = j; } j++; } rowprocessor projectionprocessor = makeprojectionprocessor(projectedtypes); rowprocessor = inrow -> { if (projectionprocessor != null) { inrow = projectionprocessor.process(inrow); } object[] outrow = new object[map.length]; for (int i = 0; i < map.length; i++) { outrow[i] = inrow[map[i]]; } return outrow; }; propertypath[] deduplicatedprojection = projectionsmap.keyset().toarray(new propertypath[projectionsmap.size()]); ickleparsingresult<typemetadata> fpr = makefilterparsingresult(parsingresult, normalizedwhereclause, deduplicatedprojection, projectedtypes, sortfields); return new embeddedlucenequery<>(this, queryfactory, namedparameters, fpr, parsingresult.getprojections(), makeresultprocessor(rowprocessor), startoffset, maxresults); } else { rowprocessor = makeprojectionprocessor(parsingresult.getprojectedtypes()); } } return new embeddedlucenequery<>(this, queryfactory, namedparameters, parsingresult, parsingresult.getprojections(), makeresultprocessor(rowprocessor), startoffset, maxresults); } else { ickleparsingresult<typemetadata> fpr = makefilterparsingresult(parsingresult, normalizedwhereclause, null, null, sortfields); query indexquery = new embeddedlucenequery<>(this, queryfactory, namedparameters, fpr, null, makeresultprocessor(null), startoffset, maxresults); string projectionquerystr = syntaxtreeprinter.printtree(parsingresult.gettargetentityname(), parsingresult.getprojectedpaths(), null, null); return new hybridquery(queryfactory, cache, projectionquerystr, null, getobjectfilter(matcher, projectionquerystr, null, null), -1, -1, indexquery); } } else { ickleparsingresult<typemetadata> fpr = makefilterparsingresult(parsingresult, normalizedwhereclause, null, null, null); query indexquery = new embeddedlucenequery<>(this, queryfactory, namedparameters, fpr, null, makeresultprocessor(null), -1, -1); string projectionquerystr = syntaxtreeprinter.printtree(parsingresult.gettargetentityname(), parsingresult.getprojectedpaths(), null, sortfields); return new hybridquery(queryfactory, cache, projectionquerystr, null, getobjectfilter(matcher, projectionquerystr, null, null), startoffset, maxresults, indexquery); } } if (expansion == constantbooleanexpr.true) { return new embeddedquery(this, queryfactory, cache, querystring, namedparameters, parsingresult.getprojections(), startoffset, maxresults); } ickleparsingresult<typemetadata> fpr = makefilterparsingresult(parsingresult, expansion, null, null, null); query expandedquery = new embeddedlucenequery<>(this, queryfactory, namedparameters, fpr, null, makeresultprocessor(null), -1, -1); return new hybridquery(queryfactory, cache, querystring, namedparameters, getobjectfilter(matcher, querystring, namedparameters, null), startoffset, maxresults, expandedquery); } | TomasHofman/infinispan | [
1,
0,
0,
0
] |
448 | public static char[][] fill(char contents, int width, int height) {
char[][] next = new char[width][height];
for (int x = 0; x < width; x++) {
Arrays.fill(next[x], contents);
}
return next;
} | public static char[][] fill(char contents, int width, int height) {
char[][] next = new char[width][height];
for (int x = 0; x < width; x++) {
Arrays.fill(next[x], contents);
}
return next;
} | public static char[][] fill(char contents, int width, int height) { char[][] next = new char[width][height]; for (int x = 0; x < width; x++) { arrays.fill(next[x], contents); } return next; } | SquidPony/SquidLib | [
1,
0,
0,
0
] |
449 | public static float[][] fill(float contents, int width, int height) {
float[][] next = new float[width][height];
for (int x = 0; x < width; x++) {
Arrays.fill(next[x], contents);
}
return next;
} | public static float[][] fill(float contents, int width, int height) {
float[][] next = new float[width][height];
for (int x = 0; x < width; x++) {
Arrays.fill(next[x], contents);
}
return next;
} | public static float[][] fill(float contents, int width, int height) { float[][] next = new float[width][height]; for (int x = 0; x < width; x++) { arrays.fill(next[x], contents); } return next; } | SquidPony/SquidLib | [
1,
0,
0,
0
] |
450 | public static double[][] fill(double contents, int width, int height) {
double[][] next = new double[width][height];
for (int x = 0; x < width; x++) {
Arrays.fill(next[x], contents);
}
return next;
} | public static double[][] fill(double contents, int width, int height) {
double[][] next = new double[width][height];
for (int x = 0; x < width; x++) {
Arrays.fill(next[x], contents);
}
return next;
} | public static double[][] fill(double contents, int width, int height) { double[][] next = new double[width][height]; for (int x = 0; x < width; x++) { arrays.fill(next[x], contents); } return next; } | SquidPony/SquidLib | [
1,
0,
0,
0
] |
451 | public static int[][] fill(int contents, int width, int height) {
int[][] next = new int[width][height];
for (int x = 0; x < width; x++) {
Arrays.fill(next[x], contents);
}
return next;
} | public static int[][] fill(int contents, int width, int height) {
int[][] next = new int[width][height];
for (int x = 0; x < width; x++) {
Arrays.fill(next[x], contents);
}
return next;
} | public static int[][] fill(int contents, int width, int height) { int[][] next = new int[width][height]; for (int x = 0; x < width; x++) { arrays.fill(next[x], contents); } return next; } | SquidPony/SquidLib | [
1,
0,
0,
0
] |
452 | public static byte[][] fill(byte contents, int width, int height) {
byte[][] next = new byte[width][height];
for (int x = 0; x < width; x++) {
Arrays.fill(next[x], contents);
}
return next;
} | public static byte[][] fill(byte contents, int width, int height) {
byte[][] next = new byte[width][height];
for (int x = 0; x < width; x++) {
Arrays.fill(next[x], contents);
}
return next;
} | public static byte[][] fill(byte contents, int width, int height) { byte[][] next = new byte[width][height]; for (int x = 0; x < width; x++) { arrays.fill(next[x], contents); } return next; } | SquidPony/SquidLib | [
1,
0,
0,
0
] |
453 | public static boolean[][] fill(boolean contents, int width, int height) {
boolean[][] next = new boolean[width][height];
if (contents) {
for (int x = 0; x < width; x++) {
Arrays.fill(next[x], true);
}
}
return next;
} | public static boolean[][] fill(boolean contents, int width, int height) {
boolean[][] next = new boolean[width][height];
if (contents) {
for (int x = 0; x < width; x++) {
Arrays.fill(next[x], true);
}
}
return next;
} | public static boolean[][] fill(boolean contents, int width, int height) { boolean[][] next = new boolean[width][height]; if (contents) { for (int x = 0; x < width; x++) { arrays.fill(next[x], true); } } return next; } | SquidPony/SquidLib | [
1,
0,
0,
0
] |
16,885 | @JsonGetter("limit")
public String getLimit ( ) {
return this.limit;
} | @JsonGetter("limit")
public String getLimit ( ) {
return this.limit;
} | @jsongetter("limit") public string getlimit ( ) { return this.limit; } | adams-okode/chirpstack-rest-sdk | [
0,
0,
0,
0
] |
25,078 | @Override
protected void execute(CalculationMonitor monitor){
// import the image data into 1D arrays : TO DO
ImageDataFloat layersImg = new ImageDataFloat(layersImage.getImageData());
ImageDataFloat intensImg = new ImageDataFloat(intensityImage.getImageData());
int nx = layersImg.getRows();
int ny = layersImg.getCols();
int nz = layersImg.getSlices();
int nlayers = layersImg.getComponents()-1;
int nxyz = nx*ny*nz;
float rx = layersImg.getHeader().getDimResolutions()[0];
float ry = layersImg.getHeader().getDimResolutions()[1];
float rz = layersImg.getHeader().getDimResolutions()[2];
float[][] layers = new float[nlayers+1][nxyz];
float[][][][] buffer4 = layersImg.toArray4d();
for (int x=0;x<nx;x++) for (int y=0;y<ny;y++) for (int z=0;z<nz;z++) for (int l=0;l<=nlayers;l++) {
int xyz = x+nx*y+nx*ny*z;
layers[l][xyz] = buffer4[x][y][z][l];
}
buffer4 = null;
layersImg = null;
float[] intensity = new float[nxyz];
float[][][] buffer3 = intensImg.toArray3d();
for (int x=0;x<nx;x++) for (int y=0;y<ny;y++) for (int z=0;z<nz;z++) {
int xyz = x+nx*y+nx*ny*z;
intensity[xyz] = buffer3[x][y][z];
}
buffer3 = null;
intensImg = null;
// create a mask for all the regions outside of the area where layer 1 is > 0 and layer 2 is < 0
boolean[] ctxmask = new boolean[nxyz];
if (maskImage.getImageData()!=null) {
ImageDataUByte maskImg = new ImageDataUByte(maskImage.getImageData());
byte[][][] bufferbyte = maskImg.toArray3d();
for (int x=0;x<nx;x++) for (int y=0;y<ny;y++) for (int z=0;z<nz;z++) {
int xyz = x+nx*y+nx*ny*z;
ctxmask[xyz] = (layers[0][xyz]>=0.0 && layers[nlayers][xyz]<=0.0 && bufferbyte[x][y][z]>0);
}
bufferbyte = null;
maskImg = null;
} else {
for (int xyz=0;xyz<nxyz;xyz++) {
ctxmask[xyz] = (layers[0][xyz]>=0.0 && layers[nlayers][xyz]<=0.0);
}
}
// main algorithm
// 1. define partial voume for each layer, each voxel
float[][] pvol = new float[nlayers+1][nxyz];
for (int x=0; x<nx; x++) for (int y=0; y<ny; y++) for (int z = 0; z<nz; z++) {
int xyz = x + nx*y + nx*ny*z;
if (ctxmask[xyz]) {
for (int l=0;l<=nlayers;l++) {
pvol[l][xyz] = partialVolumeFromSurface(x, y, z, layers[l], nx, ny, nz);
}
}
}
// 2. build and invert the GLM for each profile / voxel?
float delta = paramExtent.getValue().floatValue()/Numerics.min(rx,ry,rz);
float stdev = paramStdev.getValue().floatValue()/Numerics.min(rx,ry,rz);
CorticalProfile profile = new CorticalProfile(nlayers, nx, ny, nz, rx, ry, rz);
float maskval = 1e13f;
float[][][][] mapping = new float[nx][ny][nz][nlayers];
float[][][] residual = new float[nx][ny][nz];
BitSet sampled = new BitSet(nx*ny*nz);
float[] profiledist = new float[nx*ny*nz];
for (int x=0; x<nx; x++) for (int y=0; y<ny; y++) for (int z = 0; z<nz; z++) {
int xyz = x + nx*y + nx*ny*z;
if (ctxmask[xyz]) {
findFastMarchingProfileNeighborhood(sampled, profiledist, x,y,z, delta, layers, profile, ctxmask, nx, ny, nz, nlayers);
int nsample = sampled.size();
if (nsample>=nlayers) {
double[][] glm = new double[nlayers][nsample];
double[][] data = new double[nsample][1];
int idx = 0;
for (int n=0;n<nsample;n++) {
// get the next non-zero value
idx = sampled.nextSetBit(idx);
// build a weighting function based on distance to the original location
double weight = FastMath.exp(-0.5*Numerics.square(profiledist[idx]/stdev));
for (int l=0;l<nlayers;l++) {
glm[l][n] = weight*(pvol[l+1][idx]-pvol[l][idx]);
}
data[n][0] = weight*intensity[idx];
}
// invert the linear model
Matrix mtx = new Matrix(glm);
Matrix smp = new Matrix(data);
Matrix val = mtx.solve(smp);
for (int l=0;l<nlayers;l++) {
mapping[x][y][z][l] = (float)val.get(l,0);
}
Matrix res = mtx.times(val).minus(smp);
residual[x][y][z] = (float)res.normInf();
}
}
}
// output
String imgname = intensityImage.getImageData().getName();
ImageDataFloat mapData = new ImageDataFloat(mapping);
mapData.setHeader(layersImage.getImageData().getHeader());
mapData.setName(imgname+"_glmprofiles");
mappedImage.setValue(mapData);
mapData = null;
mapping = null;
ImageDataFloat resData = new ImageDataFloat(residual);
resData.setHeader(layersImage.getImageData().getHeader());
resData.setName(imgname+"_glmresidual");
residualImage.setValue(resData);
resData = null;
residual = null;
} | @Override
protected void execute(CalculationMonitor monitor){
ImageDataFloat layersImg = new ImageDataFloat(layersImage.getImageData());
ImageDataFloat intensImg = new ImageDataFloat(intensityImage.getImageData());
int nx = layersImg.getRows();
int ny = layersImg.getCols();
int nz = layersImg.getSlices();
int nlayers = layersImg.getComponents()-1;
int nxyz = nx*ny*nz;
float rx = layersImg.getHeader().getDimResolutions()[0];
float ry = layersImg.getHeader().getDimResolutions()[1];
float rz = layersImg.getHeader().getDimResolutions()[2];
float[][] layers = new float[nlayers+1][nxyz];
float[][][][] buffer4 = layersImg.toArray4d();
for (int x=0;x<nx;x++) for (int y=0;y<ny;y++) for (int z=0;z<nz;z++) for (int l=0;l<=nlayers;l++) {
int xyz = x+nx*y+nx*ny*z;
layers[l][xyz] = buffer4[x][y][z][l];
}
buffer4 = null;
layersImg = null;
float[] intensity = new float[nxyz];
float[][][] buffer3 = intensImg.toArray3d();
for (int x=0;x<nx;x++) for (int y=0;y<ny;y++) for (int z=0;z<nz;z++) {
int xyz = x+nx*y+nx*ny*z;
intensity[xyz] = buffer3[x][y][z];
}
buffer3 = null;
intensImg = null;
boolean[] ctxmask = new boolean[nxyz];
if (maskImage.getImageData()!=null) {
ImageDataUByte maskImg = new ImageDataUByte(maskImage.getImageData());
byte[][][] bufferbyte = maskImg.toArray3d();
for (int x=0;x<nx;x++) for (int y=0;y<ny;y++) for (int z=0;z<nz;z++) {
int xyz = x+nx*y+nx*ny*z;
ctxmask[xyz] = (layers[0][xyz]>=0.0 && layers[nlayers][xyz]<=0.0 && bufferbyte[x][y][z]>0);
}
bufferbyte = null;
maskImg = null;
} else {
for (int xyz=0;xyz<nxyz;xyz++) {
ctxmask[xyz] = (layers[0][xyz]>=0.0 && layers[nlayers][xyz]<=0.0);
}
}
float[][] pvol = new float[nlayers+1][nxyz];
for (int x=0; x<nx; x++) for (int y=0; y<ny; y++) for (int z = 0; z<nz; z++) {
int xyz = x + nx*y + nx*ny*z;
if (ctxmask[xyz]) {
for (int l=0;l<=nlayers;l++) {
pvol[l][xyz] = partialVolumeFromSurface(x, y, z, layers[l], nx, ny, nz);
}
}
}
float delta = paramExtent.getValue().floatValue()/Numerics.min(rx,ry,rz);
float stdev = paramStdev.getValue().floatValue()/Numerics.min(rx,ry,rz);
CorticalProfile profile = new CorticalProfile(nlayers, nx, ny, nz, rx, ry, rz);
float maskval = 1e13f;
float[][][][] mapping = new float[nx][ny][nz][nlayers];
float[][][] residual = new float[nx][ny][nz];
BitSet sampled = new BitSet(nx*ny*nz);
float[] profiledist = new float[nx*ny*nz];
for (int x=0; x<nx; x++) for (int y=0; y<ny; y++) for (int z = 0; z<nz; z++) {
int xyz = x + nx*y + nx*ny*z;
if (ctxmask[xyz]) {
findFastMarchingProfileNeighborhood(sampled, profiledist, x,y,z, delta, layers, profile, ctxmask, nx, ny, nz, nlayers);
int nsample = sampled.size();
if (nsample>=nlayers) {
double[][] glm = new double[nlayers][nsample];
double[][] data = new double[nsample][1];
int idx = 0;
for (int n=0;n<nsample;n++) {
idx = sampled.nextSetBit(idx);
double weight = FastMath.exp(-0.5*Numerics.square(profiledist[idx]/stdev));
for (int l=0;l<nlayers;l++) {
glm[l][n] = weight*(pvol[l+1][idx]-pvol[l][idx]);
}
data[n][0] = weight*intensity[idx];
}
Matrix mtx = new Matrix(glm);
Matrix smp = new Matrix(data);
Matrix val = mtx.solve(smp);
for (int l=0;l<nlayers;l++) {
mapping[x][y][z][l] = (float)val.get(l,0);
}
Matrix res = mtx.times(val).minus(smp);
residual[x][y][z] = (float)res.normInf();
}
}
}
String imgname = intensityImage.getImageData().getName();
ImageDataFloat mapData = new ImageDataFloat(mapping);
mapData.setHeader(layersImage.getImageData().getHeader());
mapData.setName(imgname+"_glmprofiles");
mappedImage.setValue(mapData);
mapData = null;
mapping = null;
ImageDataFloat resData = new ImageDataFloat(residual);
resData.setHeader(layersImage.getImageData().getHeader());
resData.setName(imgname+"_glmresidual");
residualImage.setValue(resData);
resData = null;
residual = null;
} | @override protected void execute(calculationmonitor monitor){ imagedatafloat layersimg = new imagedatafloat(layersimage.getimagedata()); imagedatafloat intensimg = new imagedatafloat(intensityimage.getimagedata()); int nx = layersimg.getrows(); int ny = layersimg.getcols(); int nz = layersimg.getslices(); int nlayers = layersimg.getcomponents()-1; int nxyz = nx*ny*nz; float rx = layersimg.getheader().getdimresolutions()[0]; float ry = layersimg.getheader().getdimresolutions()[1]; float rz = layersimg.getheader().getdimresolutions()[2]; float[][] layers = new float[nlayers+1][nxyz]; float[][][][] buffer4 = layersimg.toarray4d(); for (int x=0;x<nx;x++) for (int y=0;y<ny;y++) for (int z=0;z<nz;z++) for (int l=0;l<=nlayers;l++) { int xyz = x+nx*y+nx*ny*z; layers[l][xyz] = buffer4[x][y][z][l]; } buffer4 = null; layersimg = null; float[] intensity = new float[nxyz]; float[][][] buffer3 = intensimg.toarray3d(); for (int x=0;x<nx;x++) for (int y=0;y<ny;y++) for (int z=0;z<nz;z++) { int xyz = x+nx*y+nx*ny*z; intensity[xyz] = buffer3[x][y][z]; } buffer3 = null; intensimg = null; boolean[] ctxmask = new boolean[nxyz]; if (maskimage.getimagedata()!=null) { imagedataubyte maskimg = new imagedataubyte(maskimage.getimagedata()); byte[][][] bufferbyte = maskimg.toarray3d(); for (int x=0;x<nx;x++) for (int y=0;y<ny;y++) for (int z=0;z<nz;z++) { int xyz = x+nx*y+nx*ny*z; ctxmask[xyz] = (layers[0][xyz]>=0.0 && layers[nlayers][xyz]<=0.0 && bufferbyte[x][y][z]>0); } bufferbyte = null; maskimg = null; } else { for (int xyz=0;xyz<nxyz;xyz++) { ctxmask[xyz] = (layers[0][xyz]>=0.0 && layers[nlayers][xyz]<=0.0); } } float[][] pvol = new float[nlayers+1][nxyz]; for (int x=0; x<nx; x++) for (int y=0; y<ny; y++) for (int z = 0; z<nz; z++) { int xyz = x + nx*y + nx*ny*z; if (ctxmask[xyz]) { for (int l=0;l<=nlayers;l++) { pvol[l][xyz] = partialvolumefromsurface(x, y, z, layers[l], nx, ny, nz); } } } float delta = paramextent.getvalue().floatvalue()/numerics.min(rx,ry,rz); float stdev = paramstdev.getvalue().floatvalue()/numerics.min(rx,ry,rz); corticalprofile profile = new corticalprofile(nlayers, nx, ny, nz, rx, ry, rz); float maskval = 1e13f; float[][][][] mapping = new float[nx][ny][nz][nlayers]; float[][][] residual = new float[nx][ny][nz]; bitset sampled = new bitset(nx*ny*nz); float[] profiledist = new float[nx*ny*nz]; for (int x=0; x<nx; x++) for (int y=0; y<ny; y++) for (int z = 0; z<nz; z++) { int xyz = x + nx*y + nx*ny*z; if (ctxmask[xyz]) { findfastmarchingprofileneighborhood(sampled, profiledist, x,y,z, delta, layers, profile, ctxmask, nx, ny, nz, nlayers); int nsample = sampled.size(); if (nsample>=nlayers) { double[][] glm = new double[nlayers][nsample]; double[][] data = new double[nsample][1]; int idx = 0; for (int n=0;n<nsample;n++) { idx = sampled.nextsetbit(idx); double weight = fastmath.exp(-0.5*numerics.square(profiledist[idx]/stdev)); for (int l=0;l<nlayers;l++) { glm[l][n] = weight*(pvol[l+1][idx]-pvol[l][idx]); } data[n][0] = weight*intensity[idx]; } matrix mtx = new matrix(glm); matrix smp = new matrix(data); matrix val = mtx.solve(smp); for (int l=0;l<nlayers;l++) { mapping[x][y][z][l] = (float)val.get(l,0); } matrix res = mtx.times(val).minus(smp); residual[x][y][z] = (float)res.norminf(); } } } string imgname = intensityimage.getimagedata().getname(); imagedatafloat mapdata = new imagedatafloat(mapping); mapdata.setheader(layersimage.getimagedata().getheader()); mapdata.setname(imgname+"_glmprofiles"); mappedimage.setvalue(mapdata); mapdata = null; mapping = null; imagedatafloat resdata = new imagedatafloat(residual); resdata.setheader(layersimage.getimagedata().getheader()); resdata.setname(imgname+"_glmresidual"); residualimage.setvalue(resdata); resdata = null; residual = null; } | alaurent4/nighres | [
0,
1,
0,
0
] |
16,887 | @JsonGetter("offset")
public String getOffset ( ) {
return this.offset;
} | @JsonGetter("offset")
public String getOffset ( ) {
return this.offset;
} | @jsongetter("offset") public string getoffset ( ) { return this.offset; } | adams-okode/chirpstack-rest-sdk | [
0,
0,
0,
0
] |
16,886 | @JsonSetter("limit")
public void setLimit (String value) {
this.limit = value;
} | @JsonSetter("limit")
public void setLimit (String value) {
this.limit = value;
} | @jsonsetter("limit") public void setlimit (string value) { this.limit = value; } | adams-okode/chirpstack-rest-sdk | [
0,
0,
0,
0
] |
16,888 | @JsonSetter("offset")
public void setOffset (String value) {
this.offset = value;
} | @JsonSetter("offset")
public void setOffset (String value) {
this.offset = value;
} | @jsonsetter("offset") public void setoffset (string value) { this.offset = value; } | adams-okode/chirpstack-rest-sdk | [
0,
0,
0,
0
] |
25,180 | public static int staticCompare(UUID u1, UUID u2)
{
// First: major sorting by types
int type = u1.version();
int diff = type - u2.version();
if (diff != 0) {
return diff;
}
// Second: for time-based variant, order by time stamp:
if (type == UUIDType.TIME_BASED.raw()) {
diff = compareULongs(u1.timestamp(), u2.timestamp());
if (diff == 0) {
// or if that won't work, by other bits lexically
diff = compareULongs(u1.getLeastSignificantBits(), u2.getLeastSignificantBits());
}
} else {
// note: java.util.UUIDs compares with sign extension, IMO that's wrong, so:
diff = compareULongs(u1.getMostSignificantBits(),
u2.getMostSignificantBits());
if (diff == 0) {
diff = compareULongs(u1.getLeastSignificantBits(),
u2.getLeastSignificantBits());
}
}
return diff;
} | public static int staticCompare(UUID u1, UUID u2)
{
int type = u1.version();
int diff = type - u2.version();
if (diff != 0) {
return diff;
}
if (type == UUIDType.TIME_BASED.raw()) {
diff = compareULongs(u1.timestamp(), u2.timestamp());
if (diff == 0) {
diff = compareULongs(u1.getLeastSignificantBits(), u2.getLeastSignificantBits());
}
} else {
diff = compareULongs(u1.getMostSignificantBits(),
u2.getMostSignificantBits());
if (diff == 0) {
diff = compareULongs(u1.getLeastSignificantBits(),
u2.getLeastSignificantBits());
}
}
return diff;
} | public static int staticcompare(uuid u1, uuid u2) { int type = u1.version(); int diff = type - u2.version(); if (diff != 0) { return diff; } if (type == uuidtype.time_based.raw()) { diff = compareulongs(u1.timestamp(), u2.timestamp()); if (diff == 0) { diff = compareulongs(u1.getleastsignificantbits(), u2.getleastsignificantbits()); } } else { diff = compareulongs(u1.getmostsignificantbits(), u2.getmostsignificantbits()); if (diff == 0) { diff = compareulongs(u1.getleastsignificantbits(), u2.getleastsignificantbits()); } } return diff; } | andrebrait/java-uuid-generator | [
0,
0,
0,
0
] |
653 | public PlayerPathData populateStats() {
this.playerEntity = strongholdPath.getPlayerEntity();
StrongholdGenerator.Start start = this.strongholdPath.getStart();
StrongholdTreeAccessor treeAccessor = (StrongholdTreeAccessor) start;
List<StrongholdPathEntry> history = this.strongholdPath.getHistory();
ArrayList<StructurePiece> solution = new ArrayList<>();
StrongholdGenerator.Piece current = this.strongholdPath.getHistory().get(strongholdPath.getHistory().size() - 1).getCurrentPiece();
while (current != null) {
solution.add(current);
current = (StrongholdGenerator.Piece) treeAccessor.getParents().get(current);
}
List<StrongholdPathEntry> validEntries = history.stream()
.filter(entry -> validateEntryForLoss(strongholdPath, strongholdPath.getNextEntry(entry)))
.filter(entry -> !solution.contains(strongholdPath.getNextEntry(entry).getCurrentPiece()) && solution.contains(entry.getCurrentPiece()))
.collect(Collectors.toList());
List<Pair<StrongholdPathEntry, Double>> losses = new ArrayList<>();
validEntries.forEach(strongholdPathEntry -> losses.add(new Pair<>(strongholdPathEntry, loss(strongholdPath, strongholdPath.getNextEntry(strongholdPathEntry), solution))));
this.inaccuracies = losses.stream().filter(pair -> pair.getRight() >= INACCURACY_THRESHOLD).map(Pair::getLeft).map(StrongholdPathEntry::getCurrentPiece).collect(Collectors.toList());
this.mistakes = losses.stream().filter(pair -> pair.getRight() >= MISTAKE_THRESHOLD).map(Pair::getLeft).map(StrongholdPathEntry::getCurrentPiece).collect(Collectors.toList());
this.blunders = losses.stream().filter(pair -> pair.getRight() >= BLUNDER_THRESHOLD).map(Pair::getLeft).map(StrongholdPathEntry::getCurrentPiece).collect(Collectors.toList());
inaccuracies.removeAll(this.mistakes);
mistakes.removeAll(this.blunders);
ArrayList<Pair<StrongholdGenerator.Piece, Integer>> rooms = new ArrayList<>();
history.forEach(pathEntry -> {
Pair<StrongholdGenerator.Piece, Integer> pair = new Pair<>(pathEntry.getCurrentPiece(), pathEntry.getTicksSpentInPiece().get());
rooms.add(pair);
});
return new PlayerPathData(
rooms,
strongholdPath.getTotalTime(),
computeDifficulty(solution),
history.stream()
.filter(pathEntry -> !solution.contains(pathEntry.getCurrentPiece()))
.map(StrongholdPathEntry::getTicksSpentInPiece)
.mapToInt(AtomicInteger::get)
.sum(),
// TODO: don't count entering the first Five-Way
(int) history.stream()
.map(strongholdPathEntry -> strongholdPath.getNextEntry(strongholdPathEntry))
.filter(Objects::nonNull)
.map(StrongholdPathEntry::getCurrentPiece)
.filter(solution::contains)
.count(),
this.inaccuracies.size(),
this.mistakes.size(),
this.blunders.size(),
(int) history.stream()
.filter(entry -> !(entry.getCurrentPiece() instanceof StrongholdGenerator.PortalRoom))
.filter(entry -> !areAdjacent(entry.getCurrentPiece(), strongholdPath.getNextEntry(entry).getCurrentPiece(), treeAccessor))
.count(),
history.size() - 1,
history.stream()
.filter(entry -> FEINBERG_AVG_ROOM_TIMES.containsKey(entry.getCurrentPiece().getClass()))
.mapToInt(value -> value.getTicksSpentInPiece().get() - FEINBERG_AVG_ROOM_TIMES.get(value.getCurrentPiece().getClass()))
.sum()
);
} | public PlayerPathData populateStats() {
this.playerEntity = strongholdPath.getPlayerEntity();
StrongholdGenerator.Start start = this.strongholdPath.getStart();
StrongholdTreeAccessor treeAccessor = (StrongholdTreeAccessor) start;
List<StrongholdPathEntry> history = this.strongholdPath.getHistory();
ArrayList<StructurePiece> solution = new ArrayList<>();
StrongholdGenerator.Piece current = this.strongholdPath.getHistory().get(strongholdPath.getHistory().size() - 1).getCurrentPiece();
while (current != null) {
solution.add(current);
current = (StrongholdGenerator.Piece) treeAccessor.getParents().get(current);
}
List<StrongholdPathEntry> validEntries = history.stream()
.filter(entry -> validateEntryForLoss(strongholdPath, strongholdPath.getNextEntry(entry)))
.filter(entry -> !solution.contains(strongholdPath.getNextEntry(entry).getCurrentPiece()) && solution.contains(entry.getCurrentPiece()))
.collect(Collectors.toList());
List<Pair<StrongholdPathEntry, Double>> losses = new ArrayList<>();
validEntries.forEach(strongholdPathEntry -> losses.add(new Pair<>(strongholdPathEntry, loss(strongholdPath, strongholdPath.getNextEntry(strongholdPathEntry), solution))));
this.inaccuracies = losses.stream().filter(pair -> pair.getRight() >= INACCURACY_THRESHOLD).map(Pair::getLeft).map(StrongholdPathEntry::getCurrentPiece).collect(Collectors.toList());
this.mistakes = losses.stream().filter(pair -> pair.getRight() >= MISTAKE_THRESHOLD).map(Pair::getLeft).map(StrongholdPathEntry::getCurrentPiece).collect(Collectors.toList());
this.blunders = losses.stream().filter(pair -> pair.getRight() >= BLUNDER_THRESHOLD).map(Pair::getLeft).map(StrongholdPathEntry::getCurrentPiece).collect(Collectors.toList());
inaccuracies.removeAll(this.mistakes);
mistakes.removeAll(this.blunders);
ArrayList<Pair<StrongholdGenerator.Piece, Integer>> rooms = new ArrayList<>();
history.forEach(pathEntry -> {
Pair<StrongholdGenerator.Piece, Integer> pair = new Pair<>(pathEntry.getCurrentPiece(), pathEntry.getTicksSpentInPiece().get());
rooms.add(pair);
});
return new PlayerPathData(
rooms,
strongholdPath.getTotalTime(),
computeDifficulty(solution),
history.stream()
.filter(pathEntry -> !solution.contains(pathEntry.getCurrentPiece()))
.map(StrongholdPathEntry::getTicksSpentInPiece)
.mapToInt(AtomicInteger::get)
.sum(),
(int) history.stream()
.map(strongholdPathEntry -> strongholdPath.getNextEntry(strongholdPathEntry))
.filter(Objects::nonNull)
.map(StrongholdPathEntry::getCurrentPiece)
.filter(solution::contains)
.count(),
this.inaccuracies.size(),
this.mistakes.size(),
this.blunders.size(),
(int) history.stream()
.filter(entry -> !(entry.getCurrentPiece() instanceof StrongholdGenerator.PortalRoom))
.filter(entry -> !areAdjacent(entry.getCurrentPiece(), strongholdPath.getNextEntry(entry).getCurrentPiece(), treeAccessor))
.count(),
history.size() - 1,
history.stream()
.filter(entry -> FEINBERG_AVG_ROOM_TIMES.containsKey(entry.getCurrentPiece().getClass()))
.mapToInt(value -> value.getTicksSpentInPiece().get() - FEINBERG_AVG_ROOM_TIMES.get(value.getCurrentPiece().getClass()))
.sum()
);
} | public playerpathdata populatestats() { this.playerentity = strongholdpath.getplayerentity(); strongholdgenerator.start start = this.strongholdpath.getstart(); strongholdtreeaccessor treeaccessor = (strongholdtreeaccessor) start; list<strongholdpathentry> history = this.strongholdpath.gethistory(); arraylist<structurepiece> solution = new arraylist<>(); strongholdgenerator.piece current = this.strongholdpath.gethistory().get(strongholdpath.gethistory().size() - 1).getcurrentpiece(); while (current != null) { solution.add(current); current = (strongholdgenerator.piece) treeaccessor.getparents().get(current); } list<strongholdpathentry> validentries = history.stream() .filter(entry -> validateentryforloss(strongholdpath, strongholdpath.getnextentry(entry))) .filter(entry -> !solution.contains(strongholdpath.getnextentry(entry).getcurrentpiece()) && solution.contains(entry.getcurrentpiece())) .collect(collectors.tolist()); list<pair<strongholdpathentry, double>> losses = new arraylist<>(); validentries.foreach(strongholdpathentry -> losses.add(new pair<>(strongholdpathentry, loss(strongholdpath, strongholdpath.getnextentry(strongholdpathentry), solution)))); this.inaccuracies = losses.stream().filter(pair -> pair.getright() >= inaccuracy_threshold).map(pair::getleft).map(strongholdpathentry::getcurrentpiece).collect(collectors.tolist()); this.mistakes = losses.stream().filter(pair -> pair.getright() >= mistake_threshold).map(pair::getleft).map(strongholdpathentry::getcurrentpiece).collect(collectors.tolist()); this.blunders = losses.stream().filter(pair -> pair.getright() >= blunder_threshold).map(pair::getleft).map(strongholdpathentry::getcurrentpiece).collect(collectors.tolist()); inaccuracies.removeall(this.mistakes); mistakes.removeall(this.blunders); arraylist<pair<strongholdgenerator.piece, integer>> rooms = new arraylist<>(); history.foreach(pathentry -> { pair<strongholdgenerator.piece, integer> pair = new pair<>(pathentry.getcurrentpiece(), pathentry.getticksspentinpiece().get()); rooms.add(pair); }); return new playerpathdata( rooms, strongholdpath.gettotaltime(), computedifficulty(solution), history.stream() .filter(pathentry -> !solution.contains(pathentry.getcurrentpiece())) .map(strongholdpathentry::getticksspentinpiece) .maptoint(atomicinteger::get) .sum(), (int) history.stream() .map(strongholdpathentry -> strongholdpath.getnextentry(strongholdpathentry)) .filter(objects::nonnull) .map(strongholdpathentry::getcurrentpiece) .filter(solution::contains) .count(), this.inaccuracies.size(), this.mistakes.size(), this.blunders.size(), (int) history.stream() .filter(entry -> !(entry.getcurrentpiece() instanceof strongholdgenerator.portalroom)) .filter(entry -> !areadjacent(entry.getcurrentpiece(), strongholdpath.getnextentry(entry).getcurrentpiece(), treeaccessor)) .count(), history.size() - 1, history.stream() .filter(entry -> feinberg_avg_room_times.containskey(entry.getcurrentpiece().getclass())) .maptoint(value -> value.getticksspentinpiece().get() - feinberg_avg_room_times.get(value.getcurrentpiece().getclass())) .sum() ); } | ScribbleLP/StrongholdTrainer | [
0,
1,
0,
0
] |
17,055 | public void sendEmail(String userId1, String userId2, String asgmtName, double score, String recipientMail,
String reportLink) throws Exception {
MimeMessage message = sender.createMimeMessage();
MimeMessageHelper helper = new MimeMessageHelper(message);
String stud1 = userService.findById(userId1).getfName();
String stud2 = userService.findById(userId2).getfName();
helper.setTo("[email protected]");
helper.setText("Codesniffer found plagiarised submission with similarity score" + score
+ "Click the below link to view the full report+\n" + "https://s3.amazonaws.com/codesniffer-reports/"
+ reportLink+ "/match0.html");
// to do add link in email
helper.setSubject("Plag detected in " + asgmtName + " between " + stud1 + " and " + stud2);
sender.send(message);
} | public void sendEmail(String userId1, String userId2, String asgmtName, double score, String recipientMail,
String reportLink) throws Exception {
MimeMessage message = sender.createMimeMessage();
MimeMessageHelper helper = new MimeMessageHelper(message);
String stud1 = userService.findById(userId1).getfName();
String stud2 = userService.findById(userId2).getfName();
helper.setTo("[email protected]");
helper.setText("Codesniffer found plagiarised submission with similarity score" + score
+ "Click the below link to view the full report+\n" + "https://s3.amazonaws.com/codesniffer-reports/"
+ reportLink+ "/match0.html");
helper.setSubject("Plag detected in " + asgmtName + " between " + stud1 + " and " + stud2);
sender.send(message);
} | public void sendemail(string userid1, string userid2, string asgmtname, double score, string recipientmail, string reportlink) throws exception { mimemessage message = sender.createmimemessage(); mimemessagehelper helper = new mimemessagehelper(message); string stud1 = userservice.findbyid(userid1).getfname(); string stud2 = userservice.findbyid(userid2).getfname(); helper.setto("[email protected]"); helper.settext("codesniffer found plagiarised submission with similarity score" + score + "click the below link to view the full report+\n" + "https://s3.amazonaws.com/codesniffer-reports/" + reportlink+ "/match0.html"); helper.setsubject("plag detected in " + asgmtname + " between " + stud1 + " and " + stud2); sender.send(message); } | Stephen3333/codesniffer | [
0,
1,
0,
0
] |
17,081 | @Override
public void refresh()
throws LoginException, GSSException
{
// TODO: do we need to call logout() on the LoginContext?
loginContext = new LoginContext("", null, null, new Configuration()
{
@Override
public AppConfigurationEntry[] getAppConfigurationEntry(String name)
{
ImmutableMap.Builder<String, String> options = ImmutableMap.builder();
options.put("refreshKrb5Config", "true");
options.put("doNotPrompt", "true");
options.put("useKeyTab", "true");
if (getBoolean("trino.client.debugKerberos")) {
options.put("debug", "true");
}
keytab.ifPresent(file -> options.put("keyTab", file.getAbsolutePath()));
credentialCache.ifPresent(file -> {
options.put("ticketCache", file.getAbsolutePath());
options.put("renewTGT", "true");
});
if (!keytab.isPresent() || credentialCache.isPresent()) {
options.put("useTicketCache", "true");
}
principal.ifPresent(value -> options.put("principal", value));
return new AppConfigurationEntry[] {
new AppConfigurationEntry(Krb5LoginModule.class.getName(), REQUIRED, options.buildOrThrow())
};
}
});
loginContext.login();
} | @Override
public void refresh()
throws LoginException, GSSException
{
loginContext = new LoginContext("", null, null, new Configuration()
{
@Override
public AppConfigurationEntry[] getAppConfigurationEntry(String name)
{
ImmutableMap.Builder<String, String> options = ImmutableMap.builder();
options.put("refreshKrb5Config", "true");
options.put("doNotPrompt", "true");
options.put("useKeyTab", "true");
if (getBoolean("trino.client.debugKerberos")) {
options.put("debug", "true");
}
keytab.ifPresent(file -> options.put("keyTab", file.getAbsolutePath()));
credentialCache.ifPresent(file -> {
options.put("ticketCache", file.getAbsolutePath());
options.put("renewTGT", "true");
});
if (!keytab.isPresent() || credentialCache.isPresent()) {
options.put("useTicketCache", "true");
}
principal.ifPresent(value -> options.put("principal", value));
return new AppConfigurationEntry[] {
new AppConfigurationEntry(Krb5LoginModule.class.getName(), REQUIRED, options.buildOrThrow())
};
}
});
loginContext.login();
} | @override public void refresh() throws loginexception, gssexception { logincontext = new logincontext("", null, null, new configuration() { @override public appconfigurationentry[] getappconfigurationentry(string name) { immutablemap.builder<string, string> options = immutablemap.builder(); options.put("refreshkrb5config", "true"); options.put("donotprompt", "true"); options.put("usekeytab", "true"); if (getboolean("trino.client.debugkerberos")) { options.put("debug", "true"); } keytab.ifpresent(file -> options.put("keytab", file.getabsolutepath())); credentialcache.ifpresent(file -> { options.put("ticketcache", file.getabsolutepath()); options.put("renewtgt", "true"); }); if (!keytab.ispresent() || credentialcache.ispresent()) { options.put("useticketcache", "true"); } principal.ifpresent(value -> options.put("principal", value)); return new appconfigurationentry[] { new appconfigurationentry(krb5loginmodule.class.getname(), required, options.buildorthrow()) }; } }); logincontext.login(); } | SanjayTechGuru/TRINO | [
1,
0,
0,
0
] |
17,089 | @Override
public void reduce(BytesWritable key, Iterable<BytesWritable> values, Context context)
throws IOException, InterruptedException {
int defCount = 0;
refs.clear();
// We only expect two values, a DEF and a reference, but there might be more.
for (BytesWritable type : values) {
if (type.getLength() == DEF.getLength()) {
defCount++;
} else {
byte[] bytes = new byte[type.getLength()];
System.arraycopy(type.getBytes(), 0, bytes, 0, type.getLength());
refs.add(bytes);
}
}
// TODO check for more than one def, should not happen
List<String> refsList = new ArrayList<>(refs.size());
String keyString = null;
if (defCount == 0 || refs.size() != 1) {
for (byte[] ref : refs) {
refsList.add(COMMA_JOINER.join(Bytes.getLong(ref), Bytes.getLong(ref, 8)));
}
keyString = COMMA_JOINER.join(Bytes.getLong(key.getBytes()),
Bytes.getLong(key.getBytes(), 8));
LOG.error("Linked List error: Key = " + keyString + " References = " + refsList);
}
if (defCount == 0 && refs.size() > 0) {
// this is bad, found a node that is referenced but not defined. It must have been
// lost, emit some info about this node for debugging purposes.
context.write(new Text(keyString), new Text(refsList.toString()));
context.getCounter(Counts.UNDEFINED).increment(1);
} else if (defCount > 0 && refs.size() == 0) {
// node is defined but not referenced
context.write(new Text(keyString), new Text("none"));
context.getCounter(Counts.UNREFERENCED).increment(1);
} else {
if (refs.size() > 1) {
if (refsList != null) {
context.write(new Text(keyString), new Text(refsList.toString()));
}
context.getCounter(Counts.EXTRAREFERENCES).increment(refs.size() - 1);
}
// node is defined and referenced
context.getCounter(Counts.REFERENCED).increment(1);
}
} | @Override
public void reduce(BytesWritable key, Iterable<BytesWritable> values, Context context)
throws IOException, InterruptedException {
int defCount = 0;
refs.clear();
for (BytesWritable type : values) {
if (type.getLength() == DEF.getLength()) {
defCount++;
} else {
byte[] bytes = new byte[type.getLength()];
System.arraycopy(type.getBytes(), 0, bytes, 0, type.getLength());
refs.add(bytes);
}
}
List<String> refsList = new ArrayList<>(refs.size());
String keyString = null;
if (defCount == 0 || refs.size() != 1) {
for (byte[] ref : refs) {
refsList.add(COMMA_JOINER.join(Bytes.getLong(ref), Bytes.getLong(ref, 8)));
}
keyString = COMMA_JOINER.join(Bytes.getLong(key.getBytes()),
Bytes.getLong(key.getBytes(), 8));
LOG.error("Linked List error: Key = " + keyString + " References = " + refsList);
}
if (defCount == 0 && refs.size() > 0) {
context.write(new Text(keyString), new Text(refsList.toString()));
context.getCounter(Counts.UNDEFINED).increment(1);
} else if (defCount > 0 && refs.size() == 0) {
context.write(new Text(keyString), new Text("none"));
context.getCounter(Counts.UNREFERENCED).increment(1);
} else {
if (refs.size() > 1) {
if (refsList != null) {
context.write(new Text(keyString), new Text(refsList.toString()));
}
context.getCounter(Counts.EXTRAREFERENCES).increment(refs.size() - 1);
}
context.getCounter(Counts.REFERENCED).increment(1);
}
} | @override public void reduce(byteswritable key, iterable<byteswritable> values, context context) throws ioexception, interruptedexception { int defcount = 0; refs.clear(); for (byteswritable type : values) { if (type.getlength() == def.getlength()) { defcount++; } else { byte[] bytes = new byte[type.getlength()]; system.arraycopy(type.getbytes(), 0, bytes, 0, type.getlength()); refs.add(bytes); } } list<string> refslist = new arraylist<>(refs.size()); string keystring = null; if (defcount == 0 || refs.size() != 1) { for (byte[] ref : refs) { refslist.add(comma_joiner.join(bytes.getlong(ref), bytes.getlong(ref, 8))); } keystring = comma_joiner.join(bytes.getlong(key.getbytes()), bytes.getlong(key.getbytes(), 8)); log.error("linked list error: key = " + keystring + " references = " + refslist); } if (defcount == 0 && refs.size() > 0) { context.write(new text(keystring), new text(refslist.tostring())); context.getcounter(counts.undefined).increment(1); } else if (defcount > 0 && refs.size() == 0) { context.write(new text(keystring), new text("none")); context.getcounter(counts.unreferenced).increment(1); } else { if (refs.size() > 1) { if (refslist != null) { context.write(new text(keystring), new text(refslist.tostring())); } context.getcounter(counts.extrareferences).increment(refs.size() - 1); } context.getcounter(counts.referenced).increment(1); } } | YCjia/kudu | [
1,
1,
0,
0
] |
748 | public boolean addNewTodo(Request req, Response res)
{
res.type("application/json");
Object o = JSON.parse(req.body());
try {
if(o.getClass().equals(BasicDBObject.class))
{
try {
BasicDBObject dbO = (BasicDBObject) o;
String owner = dbO.getString("owner");
//For some reason age is a string right now, caused by angular.
//This is a problem and should not be this way but here ya go
boolean status = dbO.getBoolean("status");
String body = dbO.getString("body");
String category = dbO.getString("category");
System.err.println("Adding new todo [owner=" + owner + ", category=" + category + " body=" + body + " status=" + status + ']');
return todoController.addNewTodo(owner, category, body, status);
}
catch(NullPointerException e)
{
System.err.println("A value was malformed or omitted, new todo request failed.");
return false;
}
}
else
{
System.err.println("Expected BasicDBObject, received " + o.getClass());
return false;
}
}
catch(RuntimeException ree)
{
ree.printStackTrace();
return false;
}
} | public boolean addNewTodo(Request req, Response res)
{
res.type("application/json");
Object o = JSON.parse(req.body());
try {
if(o.getClass().equals(BasicDBObject.class))
{
try {
BasicDBObject dbO = (BasicDBObject) o;
String owner = dbO.getString("owner");
boolean status = dbO.getBoolean("status");
String body = dbO.getString("body");
String category = dbO.getString("category");
System.err.println("Adding new todo [owner=" + owner + ", category=" + category + " body=" + body + " status=" + status + ']');
return todoController.addNewTodo(owner, category, body, status);
}
catch(NullPointerException e)
{
System.err.println("A value was malformed or omitted, new todo request failed.");
return false;
}
}
else
{
System.err.println("Expected BasicDBObject, received " + o.getClass());
return false;
}
}
catch(RuntimeException ree)
{
ree.printStackTrace();
return false;
}
} | public boolean addnewtodo(request req, response res) { res.type("application/json"); object o = json.parse(req.body()); try { if(o.getclass().equals(basicdbobject.class)) { try { basicdbobject dbo = (basicdbobject) o; string owner = dbo.getstring("owner"); boolean status = dbo.getboolean("status"); string body = dbo.getstring("body"); string category = dbo.getstring("category"); system.err.println("adding new todo [owner=" + owner + ", category=" + category + " body=" + body + " status=" + status + ']'); return todocontroller.addnewtodo(owner, category, body, status); } catch(nullpointerexception e) { system.err.println("a value was malformed or omitted, new todo request failed."); return false; } } else { system.err.println("expected basicdbobject, received " + o.getclass()); return false; } } catch(runtimeexception ree) { ree.printstacktrace(); return false; } } | UMM-CSci-3601-S18/lab-4-mongo-voyageurs-national-park | [
0,
0,
1,
0
] |
25,329 | public void shutdown() {
try {
LOGGER.info("Shutting down listener on " + host + ":" + port);
running.set(false);
// This isn't good, the Jedis object is not thread safe
jedis.disconnect();
} catch (Exception e) {
LOGGER.error("Caught exception while shutting down: " + e.getMessage());
}
} | public void shutdown() {
try {
LOGGER.info("Shutting down listener on " + host + ":" + port);
running.set(false);
jedis.disconnect();
} catch (Exception e) {
LOGGER.error("Caught exception while shutting down: " + e.getMessage());
}
} | public void shutdown() { try { logger.info("shutting down listener on " + host + ":" + port); running.set(false); jedis.disconnect(); } catch (exception e) { logger.error("caught exception while shutting down: " + e.getmessage()); } } | Samsung/Spark-CEP | [
1,
0,
0,
0
] |
17,260 | public int getLineForVertical(int vertical) {
int high = getLineCount(), low = -1, guess;
while (high - low > 1) {
guess = (high + low) / 2;
if (getLineTop(guess) > vertical)
high = guess;
else
low = guess;
}
if (low < 0)
return 0;
else
return low;
} | public int getLineForVertical(int vertical) {
int high = getLineCount(), low = -1, guess;
while (high - low > 1) {
guess = (high + low) / 2;
if (getLineTop(guess) > vertical)
high = guess;
else
low = guess;
}
if (low < 0)
return 0;
else
return low;
} | public int getlineforvertical(int vertical) { int high = getlinecount(), low = -1, guess; while (high - low > 1) { guess = (high + low) / 2; if (getlinetop(guess) > vertical) high = guess; else low = guess; } if (low < 0) return 0; else return low; } | VPeruS/JotaTextEditor | [
1,
0,
0,
0
] |
9,218 | @Override
public void visitElement(PsiElement element) {
if (this.context.skip(element)) {
return;
}
// TODO: the refactor
this.holder.registerProblem(element, this.context.getMessage());
} | @Override
public void visitElement(PsiElement element) {
if (this.context.skip(element)) {
return;
}
this.holder.registerProblem(element, this.context.getMessage());
} | @override public void visitelement(psielement element) { if (this.context.skip(element)) { return; } this.holder.registerproblem(element, this.context.getmessage()); } | aarthibl/intellibot | [
1,
0,
0,
0
] |
9,220 | private static ConfigurationOptions defaultOptions() {
return ConfigurationOptions.defaults()
.serializers(SpongeCommon.game().configManager().serializers());
} | private static ConfigurationOptions defaultOptions() {
return ConfigurationOptions.defaults()
.serializers(SpongeCommon.game().configManager().serializers());
} | private static configurationoptions defaultoptions() { return configurationoptions.defaults() .serializers(spongecommon.game().configmanager().serializers()); } | SpongePowered/Common | [
1,
0,
0,
0
] |
25,606 | @Test
public void testRetrieveUserByName() {
em.getTransaction().begin();
em.createNativeQuery("INSERT INTO t_users( user_id, name, date_added, description)"
+ " VALUES (1, 'BOOM1', '1988-09-15', 'TEST USER1');").executeUpdate();
em.createNativeQuery("INSERT INTO t_users( user_id, name, date_added, description)"
+ " VALUES (2, 'BOOM2', '1988-09-15', 'TEST USER2');").executeUpdate();
em.createNativeQuery("INSERT INTO t_users( user_id, name, date_added, description)"
+ " VALUES (3, 'BOOM3', '1988-09-15', 'TEST USER3');").executeUpdate();
em.getTransaction().commit();
List<User> users = null;
try {
//TODO use .equals() once we ahve overridden appropriate methods
users = dao.getUsers();
} catch (Throwable th){
fail(th.getMessage());
}
Calendar cal = Calendar.getInstance();
cal.set(1988, Calendar.SEPTEMBER, 15, 0, 0, 0);
assertEquals(3, users.size());
for (int i = 0; i < 3; i++) {
assertEquals("BOOM" + users.get(i).getId(), users.get(i).getName());
assertEquals("TEST USER" + users.get(i).getId(), users.get(i).getDescription());
assertEquals(cal.getTime().toString(), users.get(i).getDate().toString());
}
} | @Test
public void testRetrieveUserByName() {
em.getTransaction().begin();
em.createNativeQuery("INSERT INTO t_users( user_id, name, date_added, description)"
+ " VALUES (1, 'BOOM1', '1988-09-15', 'TEST USER1');").executeUpdate();
em.createNativeQuery("INSERT INTO t_users( user_id, name, date_added, description)"
+ " VALUES (2, 'BOOM2', '1988-09-15', 'TEST USER2');").executeUpdate();
em.createNativeQuery("INSERT INTO t_users( user_id, name, date_added, description)"
+ " VALUES (3, 'BOOM3', '1988-09-15', 'TEST USER3');").executeUpdate();
em.getTransaction().commit();
List<User> users = null;
try {
users = dao.getUsers();
} catch (Throwable th){
fail(th.getMessage());
}
Calendar cal = Calendar.getInstance();
cal.set(1988, Calendar.SEPTEMBER, 15, 0, 0, 0);
assertEquals(3, users.size());
for (int i = 0; i < 3; i++) {
assertEquals("BOOM" + users.get(i).getId(), users.get(i).getName());
assertEquals("TEST USER" + users.get(i).getId(), users.get(i).getDescription());
assertEquals(cal.getTime().toString(), users.get(i).getDate().toString());
}
} | @test public void testretrieveuserbyname() { em.gettransaction().begin(); em.createnativequery("insert into t_users( user_id, name, date_added, description)" + " values (1, 'boom1', '1988-09-15', 'test user1');").executeupdate(); em.createnativequery("insert into t_users( user_id, name, date_added, description)" + " values (2, 'boom2', '1988-09-15', 'test user2');").executeupdate(); em.createnativequery("insert into t_users( user_id, name, date_added, description)" + " values (3, 'boom3', '1988-09-15', 'test user3');").executeupdate(); em.gettransaction().commit(); list<user> users = null; try { users = dao.getusers(); } catch (throwable th){ fail(th.getmessage()); } calendar cal = calendar.getinstance(); cal.set(1988, calendar.september, 15, 0, 0, 0); assertequals(3, users.size()); for (int i = 0; i < 3; i++) { assertequals("boom" + users.get(i).getid(), users.get(i).getname()); assertequals("test user" + users.get(i).getid(), users.get(i).getdescription()); assertequals(cal.gettime().tostring(), users.get(i).getdate().tostring()); } } | andrewflbarnes/debt-tracker | [
0,
1,
0,
0
] |
1,134 | private void restoreKVStateMetaData() throws IOException, StateMigrationException, RocksDBException {
KeyedBackendSerializationProxy<K> serializationProxy =
new KeyedBackendSerializationProxy<>(rocksDBKeyedStateBackend.userCodeClassLoader);
serializationProxy.read(currentStateHandleInView);
// check for key serializer compatibility; this also reconfigures the
// key serializer to be compatible, if it is required and is possible
if (CompatibilityUtil.resolveCompatibilityResult(
serializationProxy.getKeySerializer(),
UnloadableDummyTypeSerializer.class,
serializationProxy.getKeySerializerConfigSnapshot(),
rocksDBKeyedStateBackend.keySerializer)
.isRequiresMigration()) {
// TODO replace with state migration; note that key hash codes need to remain the same after migration
throw new StateMigrationException("The new key serializer is not compatible to read previous keys. " +
"Aborting now since state migration is currently not available");
}
this.keygroupStreamCompressionDecorator = serializationProxy.isUsingKeyGroupCompression() ?
SnappyStreamCompressionDecorator.INSTANCE : UncompressedStreamCompressionDecorator.INSTANCE;
List<RegisteredKeyedBackendStateMetaInfo.Snapshot<?, ?>> restoredMetaInfos =
serializationProxy.getStateMetaInfoSnapshots();
currentStateHandleKVStateColumnFamilies = new ArrayList<>(restoredMetaInfos.size());
//rocksDBKeyedStateBackend.restoredKvStateMetaInfos = new HashMap<>(restoredMetaInfos.size());
for (RegisteredKeyedBackendStateMetaInfo.Snapshot<?, ?> restoredMetaInfo : restoredMetaInfos) {
Tuple2<ColumnFamilyHandle, RegisteredKeyedBackendStateMetaInfo<?, ?>> registeredColumn =
rocksDBKeyedStateBackend.kvStateInformation.get(restoredMetaInfo.getName());
if (registeredColumn == null) {
ColumnFamilyDescriptor columnFamilyDescriptor = new ColumnFamilyDescriptor(
restoredMetaInfo.getName().getBytes(ConfigConstants.DEFAULT_CHARSET),
rocksDBKeyedStateBackend.columnOptions);
RegisteredKeyedBackendStateMetaInfo<?, ?> stateMetaInfo =
new RegisteredKeyedBackendStateMetaInfo<>(
restoredMetaInfo.getStateType(),
restoredMetaInfo.getName(),
restoredMetaInfo.getNamespaceSerializer(),
restoredMetaInfo.getStateSerializer());
rocksDBKeyedStateBackend.restoredKvStateMetaInfos.put(restoredMetaInfo.getName(), restoredMetaInfo);
ColumnFamilyHandle columnFamily = rocksDBKeyedStateBackend.db.createColumnFamily(columnFamilyDescriptor);
registeredColumn = new Tuple2<ColumnFamilyHandle, RegisteredKeyedBackendStateMetaInfo<?, ?>>(columnFamily, stateMetaInfo);
rocksDBKeyedStateBackend.kvStateInformation.put(stateMetaInfo.getName(), registeredColumn);
} else {
// TODO with eager state registration in place, check here for serializer migration strategies
}
currentStateHandleKVStateColumnFamilies.add(registeredColumn.f0);
}
} | private void restoreKVStateMetaData() throws IOException, StateMigrationException, RocksDBException {
KeyedBackendSerializationProxy<K> serializationProxy =
new KeyedBackendSerializationProxy<>(rocksDBKeyedStateBackend.userCodeClassLoader);
serializationProxy.read(currentStateHandleInView);
if (CompatibilityUtil.resolveCompatibilityResult(
serializationProxy.getKeySerializer(),
UnloadableDummyTypeSerializer.class,
serializationProxy.getKeySerializerConfigSnapshot(),
rocksDBKeyedStateBackend.keySerializer)
.isRequiresMigration()) {
throw new StateMigrationException("The new key serializer is not compatible to read previous keys. " +
"Aborting now since state migration is currently not available");
}
this.keygroupStreamCompressionDecorator = serializationProxy.isUsingKeyGroupCompression() ?
SnappyStreamCompressionDecorator.INSTANCE : UncompressedStreamCompressionDecorator.INSTANCE;
List<RegisteredKeyedBackendStateMetaInfo.Snapshot<?, ?>> restoredMetaInfos =
serializationProxy.getStateMetaInfoSnapshots();
currentStateHandleKVStateColumnFamilies = new ArrayList<>(restoredMetaInfos.size());
for (RegisteredKeyedBackendStateMetaInfo.Snapshot<?, ?> restoredMetaInfo : restoredMetaInfos) {
Tuple2<ColumnFamilyHandle, RegisteredKeyedBackendStateMetaInfo<?, ?>> registeredColumn =
rocksDBKeyedStateBackend.kvStateInformation.get(restoredMetaInfo.getName());
if (registeredColumn == null) {
ColumnFamilyDescriptor columnFamilyDescriptor = new ColumnFamilyDescriptor(
restoredMetaInfo.getName().getBytes(ConfigConstants.DEFAULT_CHARSET),
rocksDBKeyedStateBackend.columnOptions);
RegisteredKeyedBackendStateMetaInfo<?, ?> stateMetaInfo =
new RegisteredKeyedBackendStateMetaInfo<>(
restoredMetaInfo.getStateType(),
restoredMetaInfo.getName(),
restoredMetaInfo.getNamespaceSerializer(),
restoredMetaInfo.getStateSerializer());
rocksDBKeyedStateBackend.restoredKvStateMetaInfos.put(restoredMetaInfo.getName(), restoredMetaInfo);
ColumnFamilyHandle columnFamily = rocksDBKeyedStateBackend.db.createColumnFamily(columnFamilyDescriptor);
registeredColumn = new Tuple2<ColumnFamilyHandle, RegisteredKeyedBackendStateMetaInfo<?, ?>>(columnFamily, stateMetaInfo);
rocksDBKeyedStateBackend.kvStateInformation.put(stateMetaInfo.getName(), registeredColumn);
} else {
}
currentStateHandleKVStateColumnFamilies.add(registeredColumn.f0);
}
} | private void restorekvstatemetadata() throws ioexception, statemigrationexception, rocksdbexception { keyedbackendserializationproxy<k> serializationproxy = new keyedbackendserializationproxy<>(rocksdbkeyedstatebackend.usercodeclassloader); serializationproxy.read(currentstatehandleinview); if (compatibilityutil.resolvecompatibilityresult( serializationproxy.getkeyserializer(), unloadabledummytypeserializer.class, serializationproxy.getkeyserializerconfigsnapshot(), rocksdbkeyedstatebackend.keyserializer) .isrequiresmigration()) { throw new statemigrationexception("the new key serializer is not compatible to read previous keys. " + "aborting now since state migration is currently not available"); } this.keygroupstreamcompressiondecorator = serializationproxy.isusingkeygroupcompression() ? snappystreamcompressiondecorator.instance : uncompressedstreamcompressiondecorator.instance; list<registeredkeyedbackendstatemetainfo.snapshot<?, ?>> restoredmetainfos = serializationproxy.getstatemetainfosnapshots(); currentstatehandlekvstatecolumnfamilies = new arraylist<>(restoredmetainfos.size()); for (registeredkeyedbackendstatemetainfo.snapshot<?, ?> restoredmetainfo : restoredmetainfos) { tuple2<columnfamilyhandle, registeredkeyedbackendstatemetainfo<?, ?>> registeredcolumn = rocksdbkeyedstatebackend.kvstateinformation.get(restoredmetainfo.getname()); if (registeredcolumn == null) { columnfamilydescriptor columnfamilydescriptor = new columnfamilydescriptor( restoredmetainfo.getname().getbytes(configconstants.default_charset), rocksdbkeyedstatebackend.columnoptions); registeredkeyedbackendstatemetainfo<?, ?> statemetainfo = new registeredkeyedbackendstatemetainfo<>( restoredmetainfo.getstatetype(), restoredmetainfo.getname(), restoredmetainfo.getnamespaceserializer(), restoredmetainfo.getstateserializer()); rocksdbkeyedstatebackend.restoredkvstatemetainfos.put(restoredmetainfo.getname(), restoredmetainfo); columnfamilyhandle columnfamily = rocksdbkeyedstatebackend.db.createcolumnfamily(columnfamilydescriptor); registeredcolumn = new tuple2<columnfamilyhandle, registeredkeyedbackendstatemetainfo<?, ?>>(columnfamily, statemetainfo); rocksdbkeyedstatebackend.kvstateinformation.put(statemetainfo.getname(), registeredcolumn); } else { } currentstatehandlekvstatecolumnfamilies.add(registeredcolumn.f0); } } | alpinegizmo/flink | [
1,
1,
0,
0
] |
1,136 | private List<RegisteredKeyedBackendStateMetaInfo.Snapshot<?, ?>> readMetaData(
StreamStateHandle metaStateHandle) throws Exception {
FSDataInputStream inputStream = null;
try {
inputStream = metaStateHandle.openInputStream();
stateBackend.cancelStreamRegistry.registerClosable(inputStream);
KeyedBackendSerializationProxy<T> serializationProxy =
new KeyedBackendSerializationProxy<>(stateBackend.userCodeClassLoader);
DataInputView in = new DataInputViewStreamWrapper(inputStream);
serializationProxy.read(in);
// check for key serializer compatibility; this also reconfigures the
// key serializer to be compatible, if it is required and is possible
if (CompatibilityUtil.resolveCompatibilityResult(
serializationProxy.getKeySerializer(),
UnloadableDummyTypeSerializer.class,
serializationProxy.getKeySerializerConfigSnapshot(),
stateBackend.keySerializer)
.isRequiresMigration()) {
// TODO replace with state migration; note that key hash codes need to remain the same after migration
throw new StateMigrationException("The new key serializer is not compatible to read previous keys. " +
"Aborting now since state migration is currently not available");
}
return serializationProxy.getStateMetaInfoSnapshots();
} finally {
if (inputStream != null) {
stateBackend.cancelStreamRegistry.unregisterClosable(inputStream);
inputStream.close();
}
}
} | private List<RegisteredKeyedBackendStateMetaInfo.Snapshot<?, ?>> readMetaData(
StreamStateHandle metaStateHandle) throws Exception {
FSDataInputStream inputStream = null;
try {
inputStream = metaStateHandle.openInputStream();
stateBackend.cancelStreamRegistry.registerClosable(inputStream);
KeyedBackendSerializationProxy<T> serializationProxy =
new KeyedBackendSerializationProxy<>(stateBackend.userCodeClassLoader);
DataInputView in = new DataInputViewStreamWrapper(inputStream);
serializationProxy.read(in);
if (CompatibilityUtil.resolveCompatibilityResult(
serializationProxy.getKeySerializer(),
UnloadableDummyTypeSerializer.class,
serializationProxy.getKeySerializerConfigSnapshot(),
stateBackend.keySerializer)
.isRequiresMigration()) {
throw new StateMigrationException("The new key serializer is not compatible to read previous keys. " +
"Aborting now since state migration is currently not available");
}
return serializationProxy.getStateMetaInfoSnapshots();
} finally {
if (inputStream != null) {
stateBackend.cancelStreamRegistry.unregisterClosable(inputStream);
inputStream.close();
}
}
} | private list<registeredkeyedbackendstatemetainfo.snapshot<?, ?>> readmetadata( streamstatehandle metastatehandle) throws exception { fsdatainputstream inputstream = null; try { inputstream = metastatehandle.openinputstream(); statebackend.cancelstreamregistry.registerclosable(inputstream); keyedbackendserializationproxy<t> serializationproxy = new keyedbackendserializationproxy<>(statebackend.usercodeclassloader); datainputview in = new datainputviewstreamwrapper(inputstream); serializationproxy.read(in); if (compatibilityutil.resolvecompatibilityresult( serializationproxy.getkeyserializer(), unloadabledummytypeserializer.class, serializationproxy.getkeyserializerconfigsnapshot(), statebackend.keyserializer) .isrequiresmigration()) { throw new statemigrationexception("the new key serializer is not compatible to read previous keys. " + "aborting now since state migration is currently not available"); } return serializationproxy.getstatemetainfosnapshots(); } finally { if (inputstream != null) { statebackend.cancelstreamregistry.unregisterclosable(inputstream); inputstream.close(); } } } | alpinegizmo/flink | [
1,
0,
0,
0
] |
25,762 | @Test
public void testCreateDbAndTable() throws Exception {
// 1. create connect context
ConnectContext ctx = UtFrameUtils.createDefaultCtx();
// 2. create database db1
String createDbStmtStr = "create database db1;";
CreateDbStmt createDbStmt = (CreateDbStmt) UtFrameUtils.parseAndAnalyzeStmt(createDbStmtStr, ctx);
Catalog.getCurrentCatalog().createDb(createDbStmt);
System.out.println(Catalog.getCurrentCatalog().getDbNames());
// 3. create table tbl1
String createTblStmtStr = "create table db1.tbl1(k1 int) distributed by hash(k1) buckets 3 properties('replication_num' = '3'," +
"'colocate_with' = 'g1');";
CreateTableStmt createTableStmt = (CreateTableStmt) UtFrameUtils.parseAndAnalyzeStmt(createTblStmtStr, ctx);
Catalog.getCurrentCatalog().createTable(createTableStmt);
// must set replicas' path hash, or the tablet scheduler won't work
updateReplicaPathHash();
// 4. get and test the created db and table
Database db = Catalog.getCurrentCatalog().getDbNullable("default_cluster:db1");
Assert.assertNotNull(db);
OlapTable tbl = (OlapTable) db.getTableNullable("tbl1");
tbl.readLock();
try {
Assert.assertNotNull(tbl);
System.out.println(tbl.getName());
Assert.assertEquals("Doris", tbl.getEngine());
Assert.assertEquals(1, tbl.getBaseSchema().size());
} finally {
tbl.readUnlock();
}
// 5. process a schema change job
String alterStmtStr = "alter table db1.tbl1 add column k2 int default '1'";
AlterTableStmt alterTableStmt = (AlterTableStmt) UtFrameUtils.parseAndAnalyzeStmt(alterStmtStr, ctx);
Catalog.getCurrentCatalog().getAlterInstance().processAlterTable(alterTableStmt);
// 6. check alter job
Map<Long, AlterJobV2> alterJobs = Catalog.getCurrentCatalog().getSchemaChangeHandler().getAlterJobsV2();
Assert.assertEquals(1, alterJobs.size());
for (AlterJobV2 alterJobV2 : alterJobs.values()) {
while (!alterJobV2.getJobState().isFinalState()) {
System.out.println("alter job " + alterJobV2.getJobId() + " is running. state: " + alterJobV2.getJobState());
Thread.sleep(1000);
}
System.out.println("alter job " + alterJobV2.getJobId() + " is done. state: " + alterJobV2.getJobState());
Assert.assertEquals(AlterJobV2.JobState.FINISHED, alterJobV2.getJobState());
}
OlapTable tbl1 = (OlapTable) db.getTableNullable("tbl1");
tbl1.readLock();
try {
Assert.assertEquals(2, tbl1.getBaseSchema().size());
String baseIndexName = tbl1.getIndexNameById(tbl.getBaseIndexId());
Assert.assertEquals(baseIndexName, tbl1.getName());
MaterializedIndexMeta indexMeta = tbl1.getIndexMetaByIndexId(tbl1.getBaseIndexId());
Assert.assertNotNull(indexMeta);
} finally {
tbl1.readUnlock();
}
// 7. query
// TODO: we can not process real query for now. So it has to be a explain query
String queryStr = "explain select * from db1.tbl1";
String a = UtFrameUtils.getSQLPlanOrErrorMsg(ctx, queryStr);
System.out.println(a);
StmtExecutor stmtExecutor = new StmtExecutor(ctx, queryStr);
stmtExecutor.execute();
Planner planner = stmtExecutor.planner();
List<PlanFragment> fragments = planner.getFragments();
Assert.assertEquals(2, fragments.size());
PlanFragment fragment = fragments.get(1);
Assert.assertTrue(fragment.getPlanRoot() instanceof OlapScanNode);
Assert.assertEquals(0, fragment.getChildren().size());
// test show backends;
BackendsProcDir dir = new BackendsProcDir(Catalog.getCurrentSystemInfo());
ProcResult result = dir.fetchResult();
Assert.assertEquals(BackendsProcDir.TITLE_NAMES.size(), result.getColumnNames().size());
Assert.assertEquals("{\"location\" : \"default\"}", result.getRows().get(0).get(19));
Assert.assertEquals("{\"lastSuccessReportTabletsTime\":\"N/A\",\"lastStreamLoadTime\":-1}",
result.getRows().get(0).get(BackendsProcDir.TITLE_NAMES.size() - 1));
} | @Test
public void testCreateDbAndTable() throws Exception {
ConnectContext ctx = UtFrameUtils.createDefaultCtx();
String createDbStmtStr = "create database db1;";
CreateDbStmt createDbStmt = (CreateDbStmt) UtFrameUtils.parseAndAnalyzeStmt(createDbStmtStr, ctx);
Catalog.getCurrentCatalog().createDb(createDbStmt);
System.out.println(Catalog.getCurrentCatalog().getDbNames());
String createTblStmtStr = "create table db1.tbl1(k1 int) distributed by hash(k1) buckets 3 properties('replication_num' = '3'," +
"'colocate_with' = 'g1');";
CreateTableStmt createTableStmt = (CreateTableStmt) UtFrameUtils.parseAndAnalyzeStmt(createTblStmtStr, ctx);
Catalog.getCurrentCatalog().createTable(createTableStmt);
updateReplicaPathHash();
Database db = Catalog.getCurrentCatalog().getDbNullable("default_cluster:db1");
Assert.assertNotNull(db);
OlapTable tbl = (OlapTable) db.getTableNullable("tbl1");
tbl.readLock();
try {
Assert.assertNotNull(tbl);
System.out.println(tbl.getName());
Assert.assertEquals("Doris", tbl.getEngine());
Assert.assertEquals(1, tbl.getBaseSchema().size());
} finally {
tbl.readUnlock();
}
String alterStmtStr = "alter table db1.tbl1 add column k2 int default '1'";
AlterTableStmt alterTableStmt = (AlterTableStmt) UtFrameUtils.parseAndAnalyzeStmt(alterStmtStr, ctx);
Catalog.getCurrentCatalog().getAlterInstance().processAlterTable(alterTableStmt);
Map<Long, AlterJobV2> alterJobs = Catalog.getCurrentCatalog().getSchemaChangeHandler().getAlterJobsV2();
Assert.assertEquals(1, alterJobs.size());
for (AlterJobV2 alterJobV2 : alterJobs.values()) {
while (!alterJobV2.getJobState().isFinalState()) {
System.out.println("alter job " + alterJobV2.getJobId() + " is running. state: " + alterJobV2.getJobState());
Thread.sleep(1000);
}
System.out.println("alter job " + alterJobV2.getJobId() + " is done. state: " + alterJobV2.getJobState());
Assert.assertEquals(AlterJobV2.JobState.FINISHED, alterJobV2.getJobState());
}
OlapTable tbl1 = (OlapTable) db.getTableNullable("tbl1");
tbl1.readLock();
try {
Assert.assertEquals(2, tbl1.getBaseSchema().size());
String baseIndexName = tbl1.getIndexNameById(tbl.getBaseIndexId());
Assert.assertEquals(baseIndexName, tbl1.getName());
MaterializedIndexMeta indexMeta = tbl1.getIndexMetaByIndexId(tbl1.getBaseIndexId());
Assert.assertNotNull(indexMeta);
} finally {
tbl1.readUnlock();
}
String queryStr = "explain select * from db1.tbl1";
String a = UtFrameUtils.getSQLPlanOrErrorMsg(ctx, queryStr);
System.out.println(a);
StmtExecutor stmtExecutor = new StmtExecutor(ctx, queryStr);
stmtExecutor.execute();
Planner planner = stmtExecutor.planner();
List<PlanFragment> fragments = planner.getFragments();
Assert.assertEquals(2, fragments.size());
PlanFragment fragment = fragments.get(1);
Assert.assertTrue(fragment.getPlanRoot() instanceof OlapScanNode);
Assert.assertEquals(0, fragment.getChildren().size());
BackendsProcDir dir = new BackendsProcDir(Catalog.getCurrentSystemInfo());
ProcResult result = dir.fetchResult();
Assert.assertEquals(BackendsProcDir.TITLE_NAMES.size(), result.getColumnNames().size());
Assert.assertEquals("{\"location\" : \"default\"}", result.getRows().get(0).get(19));
Assert.assertEquals("{\"lastSuccessReportTabletsTime\":\"N/A\",\"lastStreamLoadTime\":-1}",
result.getRows().get(0).get(BackendsProcDir.TITLE_NAMES.size() - 1));
} | @test public void testcreatedbandtable() throws exception { connectcontext ctx = utframeutils.createdefaultctx(); string createdbstmtstr = "create database db1;"; createdbstmt createdbstmt = (createdbstmt) utframeutils.parseandanalyzestmt(createdbstmtstr, ctx); catalog.getcurrentcatalog().createdb(createdbstmt); system.out.println(catalog.getcurrentcatalog().getdbnames()); string createtblstmtstr = "create table db1.tbl1(k1 int) distributed by hash(k1) buckets 3 properties('replication_num' = '3'," + "'colocate_with' = 'g1');"; createtablestmt createtablestmt = (createtablestmt) utframeutils.parseandanalyzestmt(createtblstmtstr, ctx); catalog.getcurrentcatalog().createtable(createtablestmt); updatereplicapathhash(); database db = catalog.getcurrentcatalog().getdbnullable("default_cluster:db1"); assert.assertnotnull(db); olaptable tbl = (olaptable) db.gettablenullable("tbl1"); tbl.readlock(); try { assert.assertnotnull(tbl); system.out.println(tbl.getname()); assert.assertequals("doris", tbl.getengine()); assert.assertequals(1, tbl.getbaseschema().size()); } finally { tbl.readunlock(); } string alterstmtstr = "alter table db1.tbl1 add column k2 int default '1'"; altertablestmt altertablestmt = (altertablestmt) utframeutils.parseandanalyzestmt(alterstmtstr, ctx); catalog.getcurrentcatalog().getalterinstance().processaltertable(altertablestmt); map<long, alterjobv2> alterjobs = catalog.getcurrentcatalog().getschemachangehandler().getalterjobsv2(); assert.assertequals(1, alterjobs.size()); for (alterjobv2 alterjobv2 : alterjobs.values()) { while (!alterjobv2.getjobstate().isfinalstate()) { system.out.println("alter job " + alterjobv2.getjobid() + " is running. state: " + alterjobv2.getjobstate()); thread.sleep(1000); } system.out.println("alter job " + alterjobv2.getjobid() + " is done. state: " + alterjobv2.getjobstate()); assert.assertequals(alterjobv2.jobstate.finished, alterjobv2.getjobstate()); } olaptable tbl1 = (olaptable) db.gettablenullable("tbl1"); tbl1.readlock(); try { assert.assertequals(2, tbl1.getbaseschema().size()); string baseindexname = tbl1.getindexnamebyid(tbl.getbaseindexid()); assert.assertequals(baseindexname, tbl1.getname()); materializedindexmeta indexmeta = tbl1.getindexmetabyindexid(tbl1.getbaseindexid()); assert.assertnotnull(indexmeta); } finally { tbl1.readunlock(); } string querystr = "explain select * from db1.tbl1"; string a = utframeutils.getsqlplanorerrormsg(ctx, querystr); system.out.println(a); stmtexecutor stmtexecutor = new stmtexecutor(ctx, querystr); stmtexecutor.execute(); planner planner = stmtexecutor.planner(); list<planfragment> fragments = planner.getfragments(); assert.assertequals(2, fragments.size()); planfragment fragment = fragments.get(1); assert.asserttrue(fragment.getplanroot() instanceof olapscannode); assert.assertequals(0, fragment.getchildren().size()); backendsprocdir dir = new backendsprocdir(catalog.getcurrentsysteminfo()); procresult result = dir.fetchresult(); assert.assertequals(backendsprocdir.title_names.size(), result.getcolumnnames().size()); assert.assertequals("{\"location\" : \"default\"}", result.getrows().get(0).get(19)); assert.assertequals("{\"lastsuccessreporttabletstime\":\"n/a\",\"laststreamloadtime\":-1}", result.getrows().get(0).get(backendsprocdir.title_names.size() - 1)); } | WilsonWangCS/incubator-doris | [
1,
0,
0,
0
] |
17,588 | private void registerSnapshot () {
try {
Statement statement = connection.createStatement();
// TODO copy over feed_id and feed_version from source namespace?
// FIXME do the following only on databases that support schemas.
// SQLite does not support them. Is there any advantage of schemas over flat tables?
statement.execute("create schema " + tablePrefix);
// TODO: Record total snapshot processing time?
// Simply insert into feeds table (no need for table creation) because making a snapshot presumes that the
// feeds table already exists.
PreparedStatement insertStatement = connection.prepareStatement(
"insert into feeds values (?, null, null, null, null, null, current_timestamp, ?)");
insertStatement.setString(1, tablePrefix);
insertStatement.setString(2, feedIdToSnapshot);
insertStatement.execute();
connection.commit();
LOG.info("Created new snapshot namespace: {}", insertStatement);
} catch (Exception ex) {
LOG.error("Exception while registering snapshot namespace in feeds table: {}", ex.getMessage());
DbUtils.closeQuietly(connection);
}
} | private void registerSnapshot () {
try {
Statement statement = connection.createStatement();
statement.execute("create schema " + tablePrefix);
PreparedStatement insertStatement = connection.prepareStatement(
"insert into feeds values (?, null, null, null, null, null, current_timestamp, ?)");
insertStatement.setString(1, tablePrefix);
insertStatement.setString(2, feedIdToSnapshot);
insertStatement.execute();
connection.commit();
LOG.info("Created new snapshot namespace: {}", insertStatement);
} catch (Exception ex) {
LOG.error("Exception while registering snapshot namespace in feeds table: {}", ex.getMessage());
DbUtils.closeQuietly(connection);
}
} | private void registersnapshot () { try { statement statement = connection.createstatement(); statement.execute("create schema " + tableprefix); preparedstatement insertstatement = connection.preparestatement( "insert into feeds values (?, null, null, null, null, null, current_timestamp, ?)"); insertstatement.setstring(1, tableprefix); insertstatement.setstring(2, feedidtosnapshot); insertstatement.execute(); connection.commit(); log.info("created new snapshot namespace: {}", insertstatement); } catch (exception ex) { log.error("exception while registering snapshot namespace in feeds table: {}", ex.getmessage()); dbutils.closequietly(connection); } } | Wilhansen/gtfs-lib | [
1,
1,
0,
0
] |
9,474 | @Override
protected void channelRead0(ChannelHandlerContext ctx,
CoapMessage msg) {
try {
// Find proper device and raise event.
Device targetDevice = ctx.channel().attr(keyDevice).get();
if (targetDevice == null) {
throw new InternalServerErrorException(
"Unable to find device");
}
if (msg instanceof CoapRequest) {
onRequestReceived(targetDevice, (CoapRequest) msg);
} else if (msg instanceof CoapResponse) {
// TODO: Re-architecturing required
IRequestChannel reqChannel = ((CoapDevice) targetDevice)
.getRequestChannel();
CoapClient coapClient = (CoapClient) reqChannel;
coapClient.onResponseReceived(msg);
}
} catch (ServerException e) {
ctx.writeAndFlush(MessageBuilder.createResponse(msg,
e.getErrorResponse()));
Log.f(ctx.channel(), e);
} catch (ClientException e) {
Log.f(ctx.channel(), e);
} catch (Throwable t) {
Log.f(ctx.channel(), t);
if (msg instanceof CoapRequest) {
ctx.writeAndFlush(MessageBuilder.createResponse(msg,
ResponseStatus.INTERNAL_SERVER_ERROR));
}
}
} | @Override
protected void channelRead0(ChannelHandlerContext ctx,
CoapMessage msg) {
try {
Device targetDevice = ctx.channel().attr(keyDevice).get();
if (targetDevice == null) {
throw new InternalServerErrorException(
"Unable to find device");
}
if (msg instanceof CoapRequest) {
onRequestReceived(targetDevice, (CoapRequest) msg);
} else if (msg instanceof CoapResponse) {
IRequestChannel reqChannel = ((CoapDevice) targetDevice)
.getRequestChannel();
CoapClient coapClient = (CoapClient) reqChannel;
coapClient.onResponseReceived(msg);
}
} catch (ServerException e) {
ctx.writeAndFlush(MessageBuilder.createResponse(msg,
e.getErrorResponse()));
Log.f(ctx.channel(), e);
} catch (ClientException e) {
Log.f(ctx.channel(), e);
} catch (Throwable t) {
Log.f(ctx.channel(), t);
if (msg instanceof CoapRequest) {
ctx.writeAndFlush(MessageBuilder.createResponse(msg,
ResponseStatus.INTERNAL_SERVER_ERROR));
}
}
} | @override protected void channelread0(channelhandlercontext ctx, coapmessage msg) { try { device targetdevice = ctx.channel().attr(keydevice).get(); if (targetdevice == null) { throw new internalservererrorexception( "unable to find device"); } if (msg instanceof coaprequest) { onrequestreceived(targetdevice, (coaprequest) msg); } else if (msg instanceof coapresponse) { irequestchannel reqchannel = ((coapdevice) targetdevice) .getrequestchannel(); coapclient coapclient = (coapclient) reqchannel; coapclient.onresponsereceived(msg); } } catch (serverexception e) { ctx.writeandflush(messagebuilder.createresponse(msg, e.geterrorresponse())); log.f(ctx.channel(), e); } catch (clientexception e) { log.f(ctx.channel(), e); } catch (throwable t) { log.f(ctx.channel(), t); if (msg instanceof coaprequest) { ctx.writeandflush(messagebuilder.createresponse(msg, responsestatus.internal_server_error)); } } } | SenthilKumarGS/TizenRT | [
1,
0,
0,
0
] |
9,490 | public LNode reverseListRec(LNode head)
{
// TODO: implement this method
/*This method takes a reference to the head of a linked list and returns
the reference to the head of the linked list in the reversed order. */
if(head == null) { return head; }
if(head.getLink() == null) { return head; }
head.getLink().setLink(head);
head.setLink(null);
return reverseListRec(head);
// replace this statement with your own return
} | public LNode reverseListRec(LNode head)
{
if(head == null) { return head; }
if(head.getLink() == null) { return head; }
head.getLink().setLink(head);
head.setLink(null);
return reverseListRec(head);
} | public lnode reverselistrec(lnode head) { if(head == null) { return head; } if(head.getlink() == null) { return head; } head.getlink().setlink(head); head.setlink(null); return reverselistrec(head); } | Sailia/data_structures | [
0,
1,
0,
0
] |
17,706 | @SuppressWarnings("ParameterName")
public void drive(double xSpeed, double ySpeed, double rot, boolean fieldRelative) {
// ask the kinematics to determine our swerve command
ChassisSpeeds speeds;
if (fieldRelative == true) {
speeds = ChassisSpeeds.fromFieldRelativeSpeeds(xSpeed, ySpeed, rot, getHeading());
} else {
speeds = new ChassisSpeeds(xSpeed, ySpeed, rot);
}
SwerveModuleState[] swerveModuleStates = kinematics.toSwerveModuleStates(speeds);
// sometime the Kinematics spits out too fast of speeds, so this will fix this
SwerveDriveKinematics.desaturateWheelSpeeds(swerveModuleStates, kMaxSpeed);
// command each swerve module
for (int i = 0; i < modules.length; i++) {
modules[i].setDesiredState(swerveModuleStates[i]);
}
// report our commands to the dashboard
SmartDashboard.putNumber("SwerveDrive/xSpeed", xSpeed);
SmartDashboard.putNumber("SwerveDrive/ySpeed", ySpeed);
SmartDashboard.putNumber("SwerveDrive/rot", rot);
SmartDashboard.putBoolean("SwerveDrive/fieldRelative", fieldRelative);
} | @SuppressWarnings("ParameterName")
public void drive(double xSpeed, double ySpeed, double rot, boolean fieldRelative) {
ChassisSpeeds speeds;
if (fieldRelative == true) {
speeds = ChassisSpeeds.fromFieldRelativeSpeeds(xSpeed, ySpeed, rot, getHeading());
} else {
speeds = new ChassisSpeeds(xSpeed, ySpeed, rot);
}
SwerveModuleState[] swerveModuleStates = kinematics.toSwerveModuleStates(speeds);
SwerveDriveKinematics.desaturateWheelSpeeds(swerveModuleStates, kMaxSpeed);
for (int i = 0; i < modules.length; i++) {
modules[i].setDesiredState(swerveModuleStates[i]);
}
SmartDashboard.putNumber("SwerveDrive/xSpeed", xSpeed);
SmartDashboard.putNumber("SwerveDrive/ySpeed", ySpeed);
SmartDashboard.putNumber("SwerveDrive/rot", rot);
SmartDashboard.putBoolean("SwerveDrive/fieldRelative", fieldRelative);
} | @suppresswarnings("parametername") public void drive(double xspeed, double yspeed, double rot, boolean fieldrelative) { chassisspeeds speeds; if (fieldrelative == true) { speeds = chassisspeeds.fromfieldrelativespeeds(xspeed, yspeed, rot, getheading()); } else { speeds = new chassisspeeds(xspeed, yspeed, rot); } swervemodulestate[] swervemodulestates = kinematics.toswervemodulestates(speeds); swervedrivekinematics.desaturatewheelspeeds(swervemodulestates, kmaxspeed); for (int i = 0; i < modules.length; i++) { modules[i].setdesiredstate(swervemodulestates[i]); } smartdashboard.putnumber("swervedrive/xspeed", xspeed); smartdashboard.putnumber("swervedrive/yspeed", yspeed); smartdashboard.putnumber("swervedrive/rot", rot); smartdashboard.putboolean("swervedrive/fieldrelative", fieldrelative); } | Sammoore15/Robot2022-2832-altencoderforingestor | [
0,
0,
0,
0
] |
1,344 | private int generateNewTicketNumber()
{
//TODO: this may take foreever. fix
int generated = numberGenerator.next();
while(purchased.containsKey(generated)){
generated = numberGenerator.next();
}
return generated;
} | private int generateNewTicketNumber()
{
int generated = numberGenerator.next();
while(purchased.containsKey(generated)){
generated = numberGenerator.next();
}
return generated;
} | private int generatenewticketnumber() { int generated = numbergenerator.next(); while(purchased.containskey(generated)){ generated = numbergenerator.next(); } return generated; } | aha0x0x/LotteryApplication | [
0,
0,
1,
0
] |
17,729 | public void setParentAtRowAndColumn(GridLayout parent, int row, int col)
{
// prepare the layout parameters for the EditText
// TODO: Consider caching the layout params and only changing the spec row and spec column
LayoutParams layoutParams = new GridLayout.LayoutParams();
layoutParams.width = LayoutParams.WRAP_CONTENT;
layoutParams.height = LayoutParams.WRAP_CONTENT;
// set the row and column in the correct location of the Sudoku Board
layoutParams.rowSpec = GridLayout.spec(row);
layoutParams.columnSpec = GridLayout.spec(col);
// set the layout params and add the EditText to the GridLayout parent
_text.setLayoutParams(layoutParams);
parent.addView(_text);
} | public void setParentAtRowAndColumn(GridLayout parent, int row, int col)
{
LayoutParams layoutParams = new GridLayout.LayoutParams();
layoutParams.width = LayoutParams.WRAP_CONTENT;
layoutParams.height = LayoutParams.WRAP_CONTENT;
layoutParams.rowSpec = GridLayout.spec(row);
layoutParams.columnSpec = GridLayout.spec(col);
_text.setLayoutParams(layoutParams);
parent.addView(_text);
} | public void setparentatrowandcolumn(gridlayout parent, int row, int col) { layoutparams layoutparams = new gridlayout.layoutparams(); layoutparams.width = layoutparams.wrap_content; layoutparams.height = layoutparams.wrap_content; layoutparams.rowspec = gridlayout.spec(row); layoutparams.columnspec = gridlayout.spec(col); _text.setlayoutparams(layoutparams); parent.addview(_text); } | SnoBoarder/Sudoku-Solver | [
0,
1,
0,
0
] |
34,188 | public void testZKSMFalse() throws ZKSetMembershipException, BigIntegerClassNotValid {
BigInteger[] theSet = {new BigInteger("0"), new BigInteger("1"),
new BigInteger("2"), new BigInteger("3"), new BigInteger("4")};
EncryptedInteger c = new EncryptedInteger(new BigInteger("10"), pub);
BigInteger r = c.set(new BigInteger("10"));
int msgIndex = 2;
for (int i=0; i<10; i++) {
ZKSetMembershipProver prover = new ZKSetMembershipProver(pub, theSet, msgIndex, c);
BigInteger[] uVals = prover.genCommitments();
ZKSetMembershipVerifier verifier = new ZKSetMembershipVerifier(pub, c, uVals, theSet);
BigInteger e = verifier.genChallenge(new BigInteger("128"));
prover.computeResponse(e, r);
BigInteger[] eVals = prover.getEs();
BigInteger[] vVals = prover.getVs();
assertFalse(verifier.checkResponse(eVals, vVals)); // TODO: This could actually be true with low probability
}
} | public void testZKSMFalse() throws ZKSetMembershipException, BigIntegerClassNotValid {
BigInteger[] theSet = {new BigInteger("0"), new BigInteger("1"),
new BigInteger("2"), new BigInteger("3"), new BigInteger("4")};
EncryptedInteger c = new EncryptedInteger(new BigInteger("10"), pub);
BigInteger r = c.set(new BigInteger("10"));
int msgIndex = 2;
for (int i=0; i<10; i++) {
ZKSetMembershipProver prover = new ZKSetMembershipProver(pub, theSet, msgIndex, c);
BigInteger[] uVals = prover.genCommitments();
ZKSetMembershipVerifier verifier = new ZKSetMembershipVerifier(pub, c, uVals, theSet);
BigInteger e = verifier.genChallenge(new BigInteger("128"));
prover.computeResponse(e, r);
BigInteger[] eVals = prover.getEs();
BigInteger[] vVals = prover.getVs();
assertFalse(verifier.checkResponse(eVals, vVals));
}
} | public void testzksmfalse() throws zksetmembershipexception, bigintegerclassnotvalid { biginteger[] theset = {new biginteger("0"), new biginteger("1"), new biginteger("2"), new biginteger("3"), new biginteger("4")}; encryptedinteger c = new encryptedinteger(new biginteger("10"), pub); biginteger r = c.set(new biginteger("10")); int msgindex = 2; for (int i=0; i<10; i++) { zksetmembershipprover prover = new zksetmembershipprover(pub, theset, msgindex, c); biginteger[] uvals = prover.gencommitments(); zksetmembershipverifier verifier = new zksetmembershipverifier(pub, c, uvals, theset); biginteger e = verifier.genchallenge(new biginteger("128")); prover.computeresponse(e, r); biginteger[] evals = prover.getes(); biginteger[] vvals = prover.getvs(); assertfalse(verifier.checkresponse(evals, vvals)); } } | SoftwareEngineeringToolDemos/type-inference | [
0,
0,
1,
0
] |
34,189 | public void testZKSMSingleMemberSetFalse() throws ZKSetMembershipException, BigIntegerClassNotValid {
BigInteger[] theSet = {new BigInteger("0")};
EncryptedInteger c = new EncryptedInteger(BigInteger.ONE, pub);
BigInteger r = c.set(BigInteger.ONE);
int msgIndex = 0;
for (int i=0; i<10; i++) {
ZKSetMembershipProver prover = new ZKSetMembershipProver(pub, theSet, msgIndex, c);
BigInteger[] uVals = prover.genCommitments();
ZKSetMembershipVerifier verifier = new ZKSetMembershipVerifier(pub, c, uVals, theSet);
BigInteger e = verifier.genChallenge(new BigInteger("128"));
prover.computeResponse(e, r);
BigInteger[] eVals = prover.getEs();
BigInteger[] vVals = prover.getVs();
assertFalse(verifier.checkResponse(eVals, vVals)); // TODO: This could actually be true with low probability
}
} | public void testZKSMSingleMemberSetFalse() throws ZKSetMembershipException, BigIntegerClassNotValid {
BigInteger[] theSet = {new BigInteger("0")};
EncryptedInteger c = new EncryptedInteger(BigInteger.ONE, pub);
BigInteger r = c.set(BigInteger.ONE);
int msgIndex = 0;
for (int i=0; i<10; i++) {
ZKSetMembershipProver prover = new ZKSetMembershipProver(pub, theSet, msgIndex, c);
BigInteger[] uVals = prover.genCommitments();
ZKSetMembershipVerifier verifier = new ZKSetMembershipVerifier(pub, c, uVals, theSet);
BigInteger e = verifier.genChallenge(new BigInteger("128"));
prover.computeResponse(e, r);
BigInteger[] eVals = prover.getEs();
BigInteger[] vVals = prover.getVs();
assertFalse(verifier.checkResponse(eVals, vVals));
}
} | public void testzksmsinglemembersetfalse() throws zksetmembershipexception, bigintegerclassnotvalid { biginteger[] theset = {new biginteger("0")}; encryptedinteger c = new encryptedinteger(biginteger.one, pub); biginteger r = c.set(biginteger.one); int msgindex = 0; for (int i=0; i<10; i++) { zksetmembershipprover prover = new zksetmembershipprover(pub, theset, msgindex, c); biginteger[] uvals = prover.gencommitments(); zksetmembershipverifier verifier = new zksetmembershipverifier(pub, c, uvals, theset); biginteger e = verifier.genchallenge(new biginteger("128")); prover.computeresponse(e, r); biginteger[] evals = prover.getes(); biginteger[] vvals = prover.getvs(); assertfalse(verifier.checkresponse(evals, vvals)); } } | SoftwareEngineeringToolDemos/type-inference | [
0,
0,
1,
0
] |
34,190 | public void testZKSMAddTrue() throws ZKSetMembershipException, PublicKeysNotEqualException, BigIntegerClassNotValid {
BigInteger[] theSet = {new BigInteger("0"), new BigInteger("1"),
new BigInteger("2"), new BigInteger("3"), new BigInteger("4"),
new BigInteger("6")};
EncryptedInteger c1 = new EncryptedInteger(new BigInteger("2"), pub);
BigInteger r1 = c1.set(new BigInteger("2"));
EncryptedInteger c2 = new EncryptedInteger(new BigInteger("3"), pub);
BigInteger r2 = c2.set(new BigInteger("3"));
EncryptedInteger c = c1.add(c2);
BigInteger r = r1.multiply(r2).mod(this.pub.getNSquared());
int msgIndex = 5;
for (int i=0; i<10; i++) {
ZKSetMembershipProver prover = new ZKSetMembershipProver(pub, theSet, msgIndex, c);
BigInteger[] uVals = prover.genCommitments();
ZKSetMembershipVerifier verifier = new ZKSetMembershipVerifier(pub, c, uVals, theSet);
BigInteger e = verifier.genChallenge(new BigInteger("128"));
prover.computeResponse(e, r);
BigInteger[] eVals = prover.getEs();
BigInteger[] vVals = prover.getVs();
assertFalse(verifier.checkResponse(eVals, vVals)); // TODO: This could actually be true with low probability
}
} | public void testZKSMAddTrue() throws ZKSetMembershipException, PublicKeysNotEqualException, BigIntegerClassNotValid {
BigInteger[] theSet = {new BigInteger("0"), new BigInteger("1"),
new BigInteger("2"), new BigInteger("3"), new BigInteger("4"),
new BigInteger("6")};
EncryptedInteger c1 = new EncryptedInteger(new BigInteger("2"), pub);
BigInteger r1 = c1.set(new BigInteger("2"));
EncryptedInteger c2 = new EncryptedInteger(new BigInteger("3"), pub);
BigInteger r2 = c2.set(new BigInteger("3"));
EncryptedInteger c = c1.add(c2);
BigInteger r = r1.multiply(r2).mod(this.pub.getNSquared());
int msgIndex = 5;
for (int i=0; i<10; i++) {
ZKSetMembershipProver prover = new ZKSetMembershipProver(pub, theSet, msgIndex, c);
BigInteger[] uVals = prover.genCommitments();
ZKSetMembershipVerifier verifier = new ZKSetMembershipVerifier(pub, c, uVals, theSet);
BigInteger e = verifier.genChallenge(new BigInteger("128"));
prover.computeResponse(e, r);
BigInteger[] eVals = prover.getEs();
BigInteger[] vVals = prover.getVs();
assertFalse(verifier.checkResponse(eVals, vVals));
}
} | public void testzksmaddtrue() throws zksetmembershipexception, publickeysnotequalexception, bigintegerclassnotvalid { biginteger[] theset = {new biginteger("0"), new biginteger("1"), new biginteger("2"), new biginteger("3"), new biginteger("4"), new biginteger("6")}; encryptedinteger c1 = new encryptedinteger(new biginteger("2"), pub); biginteger r1 = c1.set(new biginteger("2")); encryptedinteger c2 = new encryptedinteger(new biginteger("3"), pub); biginteger r2 = c2.set(new biginteger("3")); encryptedinteger c = c1.add(c2); biginteger r = r1.multiply(r2).mod(this.pub.getnsquared()); int msgindex = 5; for (int i=0; i<10; i++) { zksetmembershipprover prover = new zksetmembershipprover(pub, theset, msgindex, c); biginteger[] uvals = prover.gencommitments(); zksetmembershipverifier verifier = new zksetmembershipverifier(pub, c, uvals, theset); biginteger e = verifier.genchallenge(new biginteger("128")); prover.computeresponse(e, r); biginteger[] evals = prover.getes(); biginteger[] vvals = prover.getvs(); assertfalse(verifier.checkresponse(evals, vvals)); } } | SoftwareEngineeringToolDemos/type-inference | [
0,
0,
1,
0
] |
34,191 | public void testZKSMManyOperations() throws ZKSetMembershipException, PublicKeysNotEqualException, BigIntegerClassNotValid {
BigInteger[] theSet = {new BigInteger("0"), new BigInteger("1"),
new BigInteger("2"), new BigInteger("3"), new BigInteger("4"),
new BigInteger("6")};
EncryptedInteger c1 = new EncryptedInteger(new BigInteger("2"), pub);
BigInteger r1 = c1.set(new BigInteger("2"));
EncryptedInteger c2 = new EncryptedInteger(new BigInteger("3"), pub);
BigInteger r2 = c2.set(new BigInteger("3"));
EncryptedInteger c = c1.add(c2);
BigInteger r = r1.multiply(r2).mod(this.pub.getNSquared());
int msgIndex = 5;
for (int i=0; i<10; i++) {
ZKSetMembershipProver prover = new ZKSetMembershipProver(pub, theSet, msgIndex, c);
BigInteger[] uVals = prover.genCommitments();
ZKSetMembershipVerifier verifier = new ZKSetMembershipVerifier(pub, c, uVals, theSet);
BigInteger e = verifier.genChallenge(new BigInteger("128"));
prover.computeResponse(e, r);
BigInteger[] eVals = prover.getEs();
BigInteger[] vVals = prover.getVs();
assertFalse(verifier.checkResponse(eVals, vVals)); // TODO: This could actually be true with low probability
}
} | public void testZKSMManyOperations() throws ZKSetMembershipException, PublicKeysNotEqualException, BigIntegerClassNotValid {
BigInteger[] theSet = {new BigInteger("0"), new BigInteger("1"),
new BigInteger("2"), new BigInteger("3"), new BigInteger("4"),
new BigInteger("6")};
EncryptedInteger c1 = new EncryptedInteger(new BigInteger("2"), pub);
BigInteger r1 = c1.set(new BigInteger("2"));
EncryptedInteger c2 = new EncryptedInteger(new BigInteger("3"), pub);
BigInteger r2 = c2.set(new BigInteger("3"));
EncryptedInteger c = c1.add(c2);
BigInteger r = r1.multiply(r2).mod(this.pub.getNSquared());
int msgIndex = 5;
for (int i=0; i<10; i++) {
ZKSetMembershipProver prover = new ZKSetMembershipProver(pub, theSet, msgIndex, c);
BigInteger[] uVals = prover.genCommitments();
ZKSetMembershipVerifier verifier = new ZKSetMembershipVerifier(pub, c, uVals, theSet);
BigInteger e = verifier.genChallenge(new BigInteger("128"));
prover.computeResponse(e, r);
BigInteger[] eVals = prover.getEs();
BigInteger[] vVals = prover.getVs();
assertFalse(verifier.checkResponse(eVals, vVals));
}
} | public void testzksmmanyoperations() throws zksetmembershipexception, publickeysnotequalexception, bigintegerclassnotvalid { biginteger[] theset = {new biginteger("0"), new biginteger("1"), new biginteger("2"), new biginteger("3"), new biginteger("4"), new biginteger("6")}; encryptedinteger c1 = new encryptedinteger(new biginteger("2"), pub); biginteger r1 = c1.set(new biginteger("2")); encryptedinteger c2 = new encryptedinteger(new biginteger("3"), pub); biginteger r2 = c2.set(new biginteger("3")); encryptedinteger c = c1.add(c2); biginteger r = r1.multiply(r2).mod(this.pub.getnsquared()); int msgindex = 5; for (int i=0; i<10; i++) { zksetmembershipprover prover = new zksetmembershipprover(pub, theset, msgindex, c); biginteger[] uvals = prover.gencommitments(); zksetmembershipverifier verifier = new zksetmembershipverifier(pub, c, uvals, theset); biginteger e = verifier.genchallenge(new biginteger("128")); prover.computeresponse(e, r); biginteger[] evals = prover.getes(); biginteger[] vvals = prover.getvs(); assertfalse(verifier.checkresponse(evals, vvals)); } } | SoftwareEngineeringToolDemos/type-inference | [
0,
0,
1,
0
] |
34,311 | private void assertTestSummary() {
int fails = testResult.fails().size();
int errors = testResult.errors().size();
int succeeds = testResult.succeeds().size();
int testCount = fails + errors + succeeds;
if (testMode.isJ2cl()) {
// Like Junit4, J2CL always counts errors as failures
fails += errors;
errors = 0;
// TODO(b/32608089): jsunit_test does not report number of tests correctly
testCount = 1;
// Since total number of tests cannot be asserted; ensure nummber of succeeds is correct.
assertThat(consoleLogs.stream().filter(x -> x.contains(": PASSED"))).hasSize(succeeds);
}
if (fails + errors > 0) {
assertTestSummaryForFailure(fails, errors, testCount);
} else {
assertTestSummaryForSuccess(testCount);
}
} | private void assertTestSummary() {
int fails = testResult.fails().size();
int errors = testResult.errors().size();
int succeeds = testResult.succeeds().size();
int testCount = fails + errors + succeeds;
if (testMode.isJ2cl()) {
fails += errors;
errors = 0;
testCount = 1;
assertThat(consoleLogs.stream().filter(x -> x.contains(": PASSED"))).hasSize(succeeds);
}
if (fails + errors > 0) {
assertTestSummaryForFailure(fails, errors, testCount);
} else {
assertTestSummaryForSuccess(testCount);
}
} | private void asserttestsummary() { int fails = testresult.fails().size(); int errors = testresult.errors().size(); int succeeds = testresult.succeeds().size(); int testcount = fails + errors + succeeds; if (testmode.isj2cl()) { fails += errors; errors = 0; testcount = 1; assertthat(consolelogs.stream().filter(x -> x.contains(": passed"))).hassize(succeeds); } if (fails + errors > 0) { asserttestsummaryforfailure(fails, errors, testcount); } else { asserttestsummaryforsuccess(testcount); } } | VishrutMehta/j2cl | [
0,
0,
1,
0
] |
18,084 | public boolean connect(long timeoutMs) {
if (LOG.isDebugEnabled()) LOG.debug("Connecting to JMX URL: {} ({})", url, ((timeoutMs == -1) ? "indefinitely" : timeoutMs+"ms timeout"));
long startMs = System.currentTimeMillis();
long endMs = (timeoutMs == -1) ? Long.MAX_VALUE : (startMs + timeoutMs);
long currentTime = startMs;
Throwable lastError = null;
int attempt = 0;
while (currentTime <= endMs) {
currentTime = System.currentTimeMillis();
if (attempt != 0) sleep(100); //sleep 100 to prevent thrashing and facilitate interruption
if (LOG.isTraceEnabled()) LOG.trace("trying connection to {} at time {}", url, currentTime);
try {
connect();
return true;
} catch (Exception e) {
Exceptions.propagateIfFatal(e);
if (!terminated.get() && shouldRetryOn(e)) {
if (LOG.isDebugEnabled()) LOG.debug("Attempt {} failed connecting to {} ({})", new Object[] {attempt + 1, url, e.getMessage()});
lastError = e;
} else {
throw Exceptions.propagate(e);
}
}
attempt++;
}
LOG.warn("unable to connect to JMX url: "+url, lastError);
return false;
} | public boolean connect(long timeoutMs) {
if (LOG.isDebugEnabled()) LOG.debug("Connecting to JMX URL: {} ({})", url, ((timeoutMs == -1) ? "indefinitely" : timeoutMs+"ms timeout"));
long startMs = System.currentTimeMillis();
long endMs = (timeoutMs == -1) ? Long.MAX_VALUE : (startMs + timeoutMs);
long currentTime = startMs;
Throwable lastError = null;
int attempt = 0;
while (currentTime <= endMs) {
currentTime = System.currentTimeMillis();
if (attempt != 0) sleep(100);
if (LOG.isTraceEnabled()) LOG.trace("trying connection to {} at time {}", url, currentTime);
try {
connect();
return true;
} catch (Exception e) {
Exceptions.propagateIfFatal(e);
if (!terminated.get() && shouldRetryOn(e)) {
if (LOG.isDebugEnabled()) LOG.debug("Attempt {} failed connecting to {} ({})", new Object[] {attempt + 1, url, e.getMessage()});
lastError = e;
} else {
throw Exceptions.propagate(e);
}
}
attempt++;
}
LOG.warn("unable to connect to JMX url: "+url, lastError);
return false;
} | public boolean connect(long timeoutms) { if (log.isdebugenabled()) log.debug("connecting to jmx url: {} ({})", url, ((timeoutms == -1) ? "indefinitely" : timeoutms+"ms timeout")); long startms = system.currenttimemillis(); long endms = (timeoutms == -1) ? long.max_value : (startms + timeoutms); long currenttime = startms; throwable lasterror = null; int attempt = 0; while (currenttime <= endms) { currenttime = system.currenttimemillis(); if (attempt != 0) sleep(100); if (log.istraceenabled()) log.trace("trying connection to {} at time {}", url, currenttime); try { connect(); return true; } catch (exception e) { exceptions.propagateiffatal(e); if (!terminated.get() && shouldretryon(e)) { if (log.isdebugenabled()) log.debug("attempt {} failed connecting to {} ({})", new object[] {attempt + 1, url, e.getmessage()}); lasterror = e; } else { throw exceptions.propagate(e); } } attempt++; } log.warn("unable to connect to jmx url: "+url, lasterror); return false; } | YYTVicky/brooklyn-server | [
1,
0,
0,
0
] |
34,588 | public String toString(int indentFactor) {
try {
StringWriter w = new StringWriter();
synchronized (w.getBuffer()) {
return this.write(w, indentFactor, 0).toString();
}
}
catch (Exception e) {
//there is no conceivable exception that can come out of this, but throw something
//just in case. Want the signature to not have exception in it.
throw new RuntimeException("Can not serialize JSONObject????", e);
}
} | public String toString(int indentFactor) {
try {
StringWriter w = new StringWriter();
synchronized (w.getBuffer()) {
return this.write(w, indentFactor, 0).toString();
}
}
catch (Exception e) {
throw new RuntimeException("Can not serialize JSONObject????", e);
}
} | public string tostring(int indentfactor) { try { stringwriter w = new stringwriter(); synchronized (w.getbuffer()) { return this.write(w, indentfactor, 0).tostring(); } } catch (exception e) { throw new runtimeexception("can not serialize jsonobject????", e); } } | agilepro/purple | [
0,
0,
0,
0
] |
18,326 | private void validate() throws IllegalStateException {
Set<DateComponentOrdering> orderings = Sets.newHashSet();
if(preferred != null) {
orderings.add(preferred.getOrdering());
}
for(DateTimeParser parser : otherParsers) {
if(!orderings.add(parser.getOrdering())) {
throw new IllegalStateException("DateComponentOrdering can only be used once in a DateTimeMultiParser." +
"[" + parser.getOrdering() + "]");
}
}
} | private void validate() throws IllegalStateException {
Set<DateComponentOrdering> orderings = Sets.newHashSet();
if(preferred != null) {
orderings.add(preferred.getOrdering());
}
for(DateTimeParser parser : otherParsers) {
if(!orderings.add(parser.getOrdering())) {
throw new IllegalStateException("DateComponentOrdering can only be used once in a DateTimeMultiParser." +
"[" + parser.getOrdering() + "]");
}
}
} | private void validate() throws illegalstateexception { set<datecomponentordering> orderings = sets.newhashset(); if(preferred != null) { orderings.add(preferred.getordering()); } for(datetimeparser parser : otherparsers) { if(!orderings.add(parser.getordering())) { throw new illegalstateexception("datecomponentordering can only be used once in a datetimemultiparser." + "[" + parser.getordering() + "]"); } } } | adam-collins/parsers | [
1,
0,
0,
0
] |
18,370 | public static String getEnumName(String fieldName ) {
//Later TODO
//return super.getEnumName(fieldName);
return null;
} | public static String getEnumName(String fieldName ) {
return null;
} | public static string getenumname(string fieldname ) { return null; } | aloklal99/apache-ranger | [
0,
1,
0,
0
] |
18,422 | public static StatsValues createStatsValues(StatsField statsField) {
final SchemaField sf = statsField.getSchemaField();
if (null == sf) {
// function stats
return new NumericStatsValues(statsField);
}
final FieldType fieldType = sf.getType(); // TODO: allow FieldType to provide impl.
if (TrieDateField.class.isInstance(fieldType) || DatePointField.class.isInstance(fieldType)) {
DateStatsValues statsValues = new DateStatsValues(statsField);
if (sf.multiValued()) {
return new SortedDateStatsValues(statsValues, statsField);
}
return statsValues;
} else if (TrieField.class.isInstance(fieldType) || PointField.class.isInstance(fieldType)) {
NumericStatsValues statsValue = new NumericStatsValues(statsField);
if (sf.multiValued()) {
return new SortedNumericStatsValues(statsValue, statsField);
}
return statsValue;
} else if (StrField.class.isInstance(fieldType)) {
return new StringStatsValues(statsField);
} else if (AbstractEnumField.class.isInstance(fieldType)) {
return new EnumStatsValues(statsField);
} else {
throw new SolrException(
SolrException.ErrorCode.BAD_REQUEST,
"Field type " + fieldType + " is not currently supported");
}
} | public static StatsValues createStatsValues(StatsField statsField) {
final SchemaField sf = statsField.getSchemaField();
if (null == sf) {
return new NumericStatsValues(statsField);
}
final FieldType fieldType = sf.getType();
if (TrieDateField.class.isInstance(fieldType) || DatePointField.class.isInstance(fieldType)) {
DateStatsValues statsValues = new DateStatsValues(statsField);
if (sf.multiValued()) {
return new SortedDateStatsValues(statsValues, statsField);
}
return statsValues;
} else if (TrieField.class.isInstance(fieldType) || PointField.class.isInstance(fieldType)) {
NumericStatsValues statsValue = new NumericStatsValues(statsField);
if (sf.multiValued()) {
return new SortedNumericStatsValues(statsValue, statsField);
}
return statsValue;
} else if (StrField.class.isInstance(fieldType)) {
return new StringStatsValues(statsField);
} else if (AbstractEnumField.class.isInstance(fieldType)) {
return new EnumStatsValues(statsField);
} else {
throw new SolrException(
SolrException.ErrorCode.BAD_REQUEST,
"Field type " + fieldType + " is not currently supported");
}
} | public static statsvalues createstatsvalues(statsfield statsfield) { final schemafield sf = statsfield.getschemafield(); if (null == sf) { return new numericstatsvalues(statsfield); } final fieldtype fieldtype = sf.gettype(); if (triedatefield.class.isinstance(fieldtype) || datepointfield.class.isinstance(fieldtype)) { datestatsvalues statsvalues = new datestatsvalues(statsfield); if (sf.multivalued()) { return new sorteddatestatsvalues(statsvalues, statsfield); } return statsvalues; } else if (triefield.class.isinstance(fieldtype) || pointfield.class.isinstance(fieldtype)) { numericstatsvalues statsvalue = new numericstatsvalues(statsfield); if (sf.multivalued()) { return new sortednumericstatsvalues(statsvalue, statsfield); } return statsvalue; } else if (strfield.class.isinstance(fieldtype)) { return new stringstatsvalues(statsfield); } else if (abstractenumfield.class.isinstance(fieldtype)) { return new enumstatsvalues(statsfield); } else { throw new solrexception( solrexception.errorcode.bad_request, "field type " + fieldtype + " is not currently supported"); } } | ackepenek/solr | [
0,
1,
0,
0
] |
18,424 | public void setSelected(@Nullable PackListWidget.PackEntry entry) {
this.setSelected(entry, true);
} | public void setSelected(@Nullable PackListWidget.PackEntry entry) {
this.setSelected(entry, true);
} | public void setselected(@nullable packlistwidget.packentry entry) { this.setselected(entry, true); } | VanillaImprovements/VVDownloader | [
0,
1,
0,
0
] |
2,045 | synchronized ImmutableList<JobEvent> getActiveEvents() {
ImmutableList.Builder<JobEvent> builder = ImmutableList.builder();
for (String id : activeJobIds) {
JobEvent p = eventsByJobId.get(id);
assert p != null;
builder.add(p);
}
return builder.build();
} | synchronized ImmutableList<JobEvent> getActiveEvents() {
ImmutableList.Builder<JobEvent> builder = ImmutableList.builder();
for (String id : activeJobIds) {
JobEvent p = eventsByJobId.get(id);
assert p != null;
builder.add(p);
}
return builder.build();
} | synchronized immutablelist<jobevent> getactiveevents() { immutablelist.builder<jobevent> builder = immutablelist.builder(); for (string id : activejobids) { jobevent p = eventsbyjobid.get(id); assert p != null; builder.add(p); } return builder.build(); } | TeamSPoon/CYC_JRTL_with_CommonLisp_OLD | [
1,
0,
0,
0
] |
18,433 | private VdsmVm appendStatistics(VdsmVm vm, V1VirtualMachineInstance vmi) {
VmStatistics statistics = new VmStatistics();
statistics.setId(vm.getId());
DateTime creationTimestampDate = vmi.getMetadata().getCreationTimestamp();
if (creationTimestampDate != null) {
DateTime now = DateTime.now();
Seconds seconds = Seconds.secondsBetween(creationTimestampDate, now);
statistics.setElapsedTime((double) seconds.getSeconds());
}
PrometheusClient promClient = getPrometheusClient();
if (promClient != null) {
// FIXME: Kubevirt currently have only kubevirt_vmi_vcpu_seconds, which is total CPU time,
// so we are setting it here only as system time, which is wrong.
statistics.setCpuSys(
promClient.getVmiCpuUsage(vmi.getMetadata().getName(), vmi.getMetadata().getNamespace())
);
}
return vm.setVmStatistics(statistics)
.setDiskStatistics(Collections.emptyList())
.setVmJobs(Collections.emptyList());
} | private VdsmVm appendStatistics(VdsmVm vm, V1VirtualMachineInstance vmi) {
VmStatistics statistics = new VmStatistics();
statistics.setId(vm.getId());
DateTime creationTimestampDate = vmi.getMetadata().getCreationTimestamp();
if (creationTimestampDate != null) {
DateTime now = DateTime.now();
Seconds seconds = Seconds.secondsBetween(creationTimestampDate, now);
statistics.setElapsedTime((double) seconds.getSeconds());
}
PrometheusClient promClient = getPrometheusClient();
if (promClient != null) {
statistics.setCpuSys(
promClient.getVmiCpuUsage(vmi.getMetadata().getName(), vmi.getMetadata().getNamespace())
);
}
return vm.setVmStatistics(statistics)
.setDiskStatistics(Collections.emptyList())
.setVmJobs(Collections.emptyList());
} | private vdsmvm appendstatistics(vdsmvm vm, v1virtualmachineinstance vmi) { vmstatistics statistics = new vmstatistics(); statistics.setid(vm.getid()); datetime creationtimestampdate = vmi.getmetadata().getcreationtimestamp(); if (creationtimestampdate != null) { datetime now = datetime.now(); seconds seconds = seconds.secondsbetween(creationtimestampdate, now); statistics.setelapsedtime((double) seconds.getseconds()); } prometheusclient promclient = getprometheusclient(); if (promclient != null) { statistics.setcpusys( promclient.getvmicpuusage(vmi.getmetadata().getname(), vmi.getmetadata().getnamespace()) ); } return vm.setvmstatistics(statistics) .setdiskstatistics(collections.emptylist()) .setvmjobs(collections.emptylist()); } | StevenCode/ovirt-engine | [
0,
0,
1,
0
] |
18,456 | @Test
@Ignore("dbpedia is not reliable")
public void testDBPedia() throws Exception {
testResource(DBPEDIA, "dbpedia-berlin.sparql" );
} | @Test
@Ignore("dbpedia is not reliable")
public void testDBPedia() throws Exception {
testResource(DBPEDIA, "dbpedia-berlin.sparql" );
} | @test @ignore("dbpedia is not reliable") public void testdbpedia() throws exception { testresource(dbpedia, "dbpedia-berlin.sparql" ); } | YYTVicky/marmotta | [
1,
0,
0,
0
] |
34,925 | @Test
public void canCompleteItself() throws IOException {
String jid = queue.put("Foo", null, null);
queue.pop().complete(); // TODO: this test passes even when this line is removed
Assert.assertEquals("complete", client.getJob(jid).getState());
} | @Test
public void canCompleteItself() throws IOException {
String jid = queue.put("Foo", null, null);
queue.pop().complete();
Assert.assertEquals("complete", client.getJob(jid).getState());
} | @test public void cancompleteitself() throws ioexception { string jid = queue.put("foo", null, null); queue.pop().complete(); assert.assertequals("complete", client.getjob(jid).getstate()); } | Zimbra/qless-java | [
0,
0,
0,
1
] |
18,643 | @Override
public boolean applies(UUID objectId, Ability source, UUID affectedControllerId, Game game) {
if (affectedControllerId.equals(source.getControllerId())) {
Card card = game.getCard(objectId);
MageObject sourceObject = source.getSourceObject(game);
if (card != null && !card.isLand() && sourceObject != null) {
UUID exileId = CardUtil.getExileZoneId(game, source.getSourceId(), source.getSourceObjectZoneChangeCounter());
if (exileId != null) {
ExileZone exileZone = game.getState().getExile().getExileZone(exileId);
if (exileZone != null && exileZone.contains(objectId)) {
if (game.getTurnNum() == turnNumber) {
if (!exileZone.contains(cardId)) {
// last checked card this turn is no longer exiled, so you can't cast another with this effect
// TODO: Handle if card was cast/removed from exile with effect from another card.
// If so, this effect could prevent player from casting although they should be able to use it
return false;
}
}
this.turnNumber = game.getTurnNum();
this.cardId = objectId;
return true;
}
}
}
}
return false;
} | @Override
public boolean applies(UUID objectId, Ability source, UUID affectedControllerId, Game game) {
if (affectedControllerId.equals(source.getControllerId())) {
Card card = game.getCard(objectId);
MageObject sourceObject = source.getSourceObject(game);
if (card != null && !card.isLand() && sourceObject != null) {
UUID exileId = CardUtil.getExileZoneId(game, source.getSourceId(), source.getSourceObjectZoneChangeCounter());
if (exileId != null) {
ExileZone exileZone = game.getState().getExile().getExileZone(exileId);
if (exileZone != null && exileZone.contains(objectId)) {
if (game.getTurnNum() == turnNumber) {
if (!exileZone.contains(cardId)) {
return false;
}
}
this.turnNumber = game.getTurnNum();
this.cardId = objectId;
return true;
}
}
}
}
return false;
} | @override public boolean applies(uuid objectid, ability source, uuid affectedcontrollerid, game game) { if (affectedcontrollerid.equals(source.getcontrollerid())) { card card = game.getcard(objectid); mageobject sourceobject = source.getsourceobject(game); if (card != null && !card.island() && sourceobject != null) { uuid exileid = cardutil.getexilezoneid(game, source.getsourceid(), source.getsourceobjectzonechangecounter()); if (exileid != null) { exilezone exilezone = game.getstate().getexile().getexilezone(exileid); if (exilezone != null && exilezone.contains(objectid)) { if (game.getturnnum() == turnnumber) { if (!exilezone.contains(cardid)) { return false; } } this.turnnumber = game.getturnnum(); this.cardid = objectid; return true; } } } } return false; } | amc8391/mage | [
0,
0,
1,
0
] |
2,359 | public static String getFilePathDiskCache(final String key) {
if (sDiskLruCache == null) {
return null;
}
// This violates encapsulation but there is no convenience method to get a filename from
// DiskLruCache. Filename was derived from private class method Entry#getCleanFile
// in DiskLruCache.java
return sDiskLruCache.getDirectory()
+ File.separator
+ createValidDiskCacheKey(key)
+ "."
+ DISK_CACHE_INDEX;
} | public static String getFilePathDiskCache(final String key) {
if (sDiskLruCache == null) {
return null;
}
return sDiskLruCache.getDirectory()
+ File.separator
+ createValidDiskCacheKey(key)
+ "."
+ DISK_CACHE_INDEX;
} | public static string getfilepathdiskcache(final string key) { if (sdisklrucache == null) { return null; } return sdisklrucache.getdirectory() + file.separator + createvaliddiskcachekey(key) + "." + disk_cache_index; } | SinnerSchraderMobileMirrors/mopub-android-sdk | [
1,
0,
0,
0
] |
18,861 | private void setUpViews() {
glucometerAttribution = findViewById(R.id.glucometerAttribution);
glucometerImg = findViewById(R.id.glucometerImg);
insertStripText = findViewById(R.id.insertStripText);
upArrow = findViewById(R.id.upArrow);
droplet = findViewById(R.id.dropletImg);
attributionText = findViewById(R.id.attributionText);
placeBloodSweatImg = findViewById(R.id.placeBloodSweatImg);
placeBloodSweatText = findViewById(R.id.placeBloodSweatText);
waitForReadingText = findViewById(R.id.waitForReadingText);
progressBar = findViewById(R.id.progressBar);
unitsText = findViewById(R.id.unitsText);
glucoseLevelText = findViewById(R.id.glucoseLevelText);
descriptionTxt = findViewById(R.id.descriptionTxt);
detailsBtn = findViewById(R.id.detailsBtn);
anotherReadingBtn = findViewById(R.id.anotherReadingBtn);
showBtn = findViewById(R.id.button7);
dippedBtn = findViewById(R.id.button6);
stripBtn = findViewById(R.id.button8);
startButton = findViewById(R.id.btnStripInserted);
rgMode = findViewById(R.id.rgMode);
rbBlood = findViewById(R.id.rbBlood);
rbSweat = findViewById(R.id.rbSweat);
rb_mg_dL = findViewById(R.id.rb_mg_dL);
rb_mmol_L = findViewById(R.id.rb_mmol_L);
glucometerSwitch = findViewById(R.id.glucometerSwitch);
rgUnits = findViewById(R.id.rgUnits);
startButton.setOnClickListener(new View.OnClickListener() {
@Override
public void onClick(View v) {
if (!rbSweat.isChecked() && !rbBlood.isChecked()) {
Toast.makeText(GlucometerActivity.this, "Please select a mode", Toast.LENGTH_SHORT).show();
}
else {
instance.sendDataToArduino("start");
instance.setReading(true);
glucometerSwitch.setEnabled(false);
rbBlood.setEnabled(false);
rbSweat.setEnabled(false);
rb_mg_dL.setEnabled(false);
rb_mmol_L.setEnabled(false);
startButton.setEnabled(false);
glucometerImg.setVisibility(View.VISIBLE);
glucometerAttribution.setVisibility(View.VISIBLE);
insertStripText.setVisibility(View.VISIBLE);
upArrow.setVisibility(View.VISIBLE);
}
}
});
rgMode.setOnCheckedChangeListener(new RadioGroup.OnCheckedChangeListener() {
@Override
public void onCheckedChanged(RadioGroup group, int checkedId) {
switch (checkedId) {
case R.id.rbBlood:
instance.sendDataToArduino("Blood");
droplet.setColorFilter(Color.parseColor("#F44336"));
placeBloodSweatText.setText("Place blood on the test strip");
break;
case R.id.rbSweat:
instance.sendDataToArduino("Sweat");
droplet.setColorFilter(Color.parseColor("#1b95e0"));
placeBloodSweatText.setText("Place sweat on the test strip");
break;
}
viewDelay();
}
});
glucometerSwitch.setOnCheckedChangeListener(new CompoundButton.OnCheckedChangeListener() {
@Override
public void onCheckedChanged(CompoundButton buttonView, boolean isChecked) {
if (isChecked){
instance.sendDataToArduino("G_on");
viewDelay();
}else {
instance.sendDataToArduino("G_off");
startButton.setEnabled(false);
rbBlood.setEnabled(false);
rbSweat.setEnabled(false);
rb_mg_dL.setEnabled(false);
rb_mmol_L.setEnabled(false);
glucometerSwitch.setEnabled(false);
viewHandler = new Handler();
Runnable delay = new Runnable() {
@Override
public void run() {
glucometerSwitch.setEnabled(true);
}
};
viewHandler.postDelayed(delay, 1000);
}
}
});
rgUnits.setOnCheckedChangeListener(new RadioGroup.OnCheckedChangeListener() {
@Override
public void onCheckedChanged(RadioGroup group, int checkedId) {
switch (checkedId) {
case R.id.rb_mg_dL:
//TODO Display readings in mg/dL
unitsText.setText("mg/dL");
break;
case R.id.rb_mmol_L:
//TODO Display readings in mmol/L
unitsText.setText("mmol/L");
break;
}
viewDelay();
}
});
detailsBtn.setOnClickListener(new View.OnClickListener() {
@Override
public void onClick(View v) {
//Move to new activity
Intent intent = new Intent(GlucometerActivity.this, GlucoseReadingDetailsActivity.class);
intent.addFlags(Intent.FLAG_ACTIVITY_NO_ANIMATION);
startActivity(intent);
}
});
anotherReadingBtn.setOnClickListener(new View.OnClickListener() {
@Override
public void onClick(View v) {
instance.setReading(false);
glucometerSwitch.setEnabled(true);
rbBlood.setEnabled(true);
rbSweat.setEnabled(true);
rb_mg_dL.setEnabled(true);
rb_mmol_L.setEnabled(true);
startButton.setEnabled(true);
instance.setStringData(null);
instance.setCommand(null);
unitsText.setVisibility(View.INVISIBLE);
glucoseLevelText.setVisibility(View.INVISIBLE);
descriptionTxt.setVisibility(View.INVISIBLE);
detailsBtn.setVisibility(View.INVISIBLE);
anotherReadingBtn.setVisibility(View.INVISIBLE);
}
});
showBtn.setOnClickListener(new View.OnClickListener() {
@Override
public void onClick(View v) {
instance.setCommand("show");
}
});
stripBtn.setOnClickListener(new View.OnClickListener() {
@Override
public void onClick(View v) {
instance.setCommand("strip");
}
});
dippedBtn.setOnClickListener(new View.OnClickListener() {
@Override
public void onClick(View v) {
instance.setCommand("dipped");
}
});
} | private void setUpViews() {
glucometerAttribution = findViewById(R.id.glucometerAttribution);
glucometerImg = findViewById(R.id.glucometerImg);
insertStripText = findViewById(R.id.insertStripText);
upArrow = findViewById(R.id.upArrow);
droplet = findViewById(R.id.dropletImg);
attributionText = findViewById(R.id.attributionText);
placeBloodSweatImg = findViewById(R.id.placeBloodSweatImg);
placeBloodSweatText = findViewById(R.id.placeBloodSweatText);
waitForReadingText = findViewById(R.id.waitForReadingText);
progressBar = findViewById(R.id.progressBar);
unitsText = findViewById(R.id.unitsText);
glucoseLevelText = findViewById(R.id.glucoseLevelText);
descriptionTxt = findViewById(R.id.descriptionTxt);
detailsBtn = findViewById(R.id.detailsBtn);
anotherReadingBtn = findViewById(R.id.anotherReadingBtn);
showBtn = findViewById(R.id.button7);
dippedBtn = findViewById(R.id.button6);
stripBtn = findViewById(R.id.button8);
startButton = findViewById(R.id.btnStripInserted);
rgMode = findViewById(R.id.rgMode);
rbBlood = findViewById(R.id.rbBlood);
rbSweat = findViewById(R.id.rbSweat);
rb_mg_dL = findViewById(R.id.rb_mg_dL);
rb_mmol_L = findViewById(R.id.rb_mmol_L);
glucometerSwitch = findViewById(R.id.glucometerSwitch);
rgUnits = findViewById(R.id.rgUnits);
startButton.setOnClickListener(new View.OnClickListener() {
@Override
public void onClick(View v) {
if (!rbSweat.isChecked() && !rbBlood.isChecked()) {
Toast.makeText(GlucometerActivity.this, "Please select a mode", Toast.LENGTH_SHORT).show();
}
else {
instance.sendDataToArduino("start");
instance.setReading(true);
glucometerSwitch.setEnabled(false);
rbBlood.setEnabled(false);
rbSweat.setEnabled(false);
rb_mg_dL.setEnabled(false);
rb_mmol_L.setEnabled(false);
startButton.setEnabled(false);
glucometerImg.setVisibility(View.VISIBLE);
glucometerAttribution.setVisibility(View.VISIBLE);
insertStripText.setVisibility(View.VISIBLE);
upArrow.setVisibility(View.VISIBLE);
}
}
});
rgMode.setOnCheckedChangeListener(new RadioGroup.OnCheckedChangeListener() {
@Override
public void onCheckedChanged(RadioGroup group, int checkedId) {
switch (checkedId) {
case R.id.rbBlood:
instance.sendDataToArduino("Blood");
droplet.setColorFilter(Color.parseColor("#F44336"));
placeBloodSweatText.setText("Place blood on the test strip");
break;
case R.id.rbSweat:
instance.sendDataToArduino("Sweat");
droplet.setColorFilter(Color.parseColor("#1b95e0"));
placeBloodSweatText.setText("Place sweat on the test strip");
break;
}
viewDelay();
}
});
glucometerSwitch.setOnCheckedChangeListener(new CompoundButton.OnCheckedChangeListener() {
@Override
public void onCheckedChanged(CompoundButton buttonView, boolean isChecked) {
if (isChecked){
instance.sendDataToArduino("G_on");
viewDelay();
}else {
instance.sendDataToArduino("G_off");
startButton.setEnabled(false);
rbBlood.setEnabled(false);
rbSweat.setEnabled(false);
rb_mg_dL.setEnabled(false);
rb_mmol_L.setEnabled(false);
glucometerSwitch.setEnabled(false);
viewHandler = new Handler();
Runnable delay = new Runnable() {
@Override
public void run() {
glucometerSwitch.setEnabled(true);
}
};
viewHandler.postDelayed(delay, 1000);
}
}
});
rgUnits.setOnCheckedChangeListener(new RadioGroup.OnCheckedChangeListener() {
@Override
public void onCheckedChanged(RadioGroup group, int checkedId) {
switch (checkedId) {
case R.id.rb_mg_dL:
unitsText.setText("mg/dL");
break;
case R.id.rb_mmol_L:
unitsText.setText("mmol/L");
break;
}
viewDelay();
}
});
detailsBtn.setOnClickListener(new View.OnClickListener() {
@Override
public void onClick(View v) {
Intent intent = new Intent(GlucometerActivity.this, GlucoseReadingDetailsActivity.class);
intent.addFlags(Intent.FLAG_ACTIVITY_NO_ANIMATION);
startActivity(intent);
}
});
anotherReadingBtn.setOnClickListener(new View.OnClickListener() {
@Override
public void onClick(View v) {
instance.setReading(false);
glucometerSwitch.setEnabled(true);
rbBlood.setEnabled(true);
rbSweat.setEnabled(true);
rb_mg_dL.setEnabled(true);
rb_mmol_L.setEnabled(true);
startButton.setEnabled(true);
instance.setStringData(null);
instance.setCommand(null);
unitsText.setVisibility(View.INVISIBLE);
glucoseLevelText.setVisibility(View.INVISIBLE);
descriptionTxt.setVisibility(View.INVISIBLE);
detailsBtn.setVisibility(View.INVISIBLE);
anotherReadingBtn.setVisibility(View.INVISIBLE);
}
});
showBtn.setOnClickListener(new View.OnClickListener() {
@Override
public void onClick(View v) {
instance.setCommand("show");
}
});
stripBtn.setOnClickListener(new View.OnClickListener() {
@Override
public void onClick(View v) {
instance.setCommand("strip");
}
});
dippedBtn.setOnClickListener(new View.OnClickListener() {
@Override
public void onClick(View v) {
instance.setCommand("dipped");
}
});
} | private void setupviews() { glucometerattribution = findviewbyid(r.id.glucometerattribution); glucometerimg = findviewbyid(r.id.glucometerimg); insertstriptext = findviewbyid(r.id.insertstriptext); uparrow = findviewbyid(r.id.uparrow); droplet = findviewbyid(r.id.dropletimg); attributiontext = findviewbyid(r.id.attributiontext); placebloodsweatimg = findviewbyid(r.id.placebloodsweatimg); placebloodsweattext = findviewbyid(r.id.placebloodsweattext); waitforreadingtext = findviewbyid(r.id.waitforreadingtext); progressbar = findviewbyid(r.id.progressbar); unitstext = findviewbyid(r.id.unitstext); glucoseleveltext = findviewbyid(r.id.glucoseleveltext); descriptiontxt = findviewbyid(r.id.descriptiontxt); detailsbtn = findviewbyid(r.id.detailsbtn); anotherreadingbtn = findviewbyid(r.id.anotherreadingbtn); showbtn = findviewbyid(r.id.button7); dippedbtn = findviewbyid(r.id.button6); stripbtn = findviewbyid(r.id.button8); startbutton = findviewbyid(r.id.btnstripinserted); rgmode = findviewbyid(r.id.rgmode); rbblood = findviewbyid(r.id.rbblood); rbsweat = findviewbyid(r.id.rbsweat); rb_mg_dl = findviewbyid(r.id.rb_mg_dl); rb_mmol_l = findviewbyid(r.id.rb_mmol_l); glucometerswitch = findviewbyid(r.id.glucometerswitch); rgunits = findviewbyid(r.id.rgunits); startbutton.setonclicklistener(new view.onclicklistener() { @override public void onclick(view v) { if (!rbsweat.ischecked() && !rbblood.ischecked()) { toast.maketext(glucometeractivity.this, "please select a mode", toast.length_short).show(); } else { instance.senddatatoarduino("start"); instance.setreading(true); glucometerswitch.setenabled(false); rbblood.setenabled(false); rbsweat.setenabled(false); rb_mg_dl.setenabled(false); rb_mmol_l.setenabled(false); startbutton.setenabled(false); glucometerimg.setvisibility(view.visible); glucometerattribution.setvisibility(view.visible); insertstriptext.setvisibility(view.visible); uparrow.setvisibility(view.visible); } } }); rgmode.setoncheckedchangelistener(new radiogroup.oncheckedchangelistener() { @override public void oncheckedchanged(radiogroup group, int checkedid) { switch (checkedid) { case r.id.rbblood: instance.senddatatoarduino("blood"); droplet.setcolorfilter(color.parsecolor("#f44336")); placebloodsweattext.settext("place blood on the test strip"); break; case r.id.rbsweat: instance.senddatatoarduino("sweat"); droplet.setcolorfilter(color.parsecolor("#1b95e0")); placebloodsweattext.settext("place sweat on the test strip"); break; } viewdelay(); } }); glucometerswitch.setoncheckedchangelistener(new compoundbutton.oncheckedchangelistener() { @override public void oncheckedchanged(compoundbutton buttonview, boolean ischecked) { if (ischecked){ instance.senddatatoarduino("g_on"); viewdelay(); }else { instance.senddatatoarduino("g_off"); startbutton.setenabled(false); rbblood.setenabled(false); rbsweat.setenabled(false); rb_mg_dl.setenabled(false); rb_mmol_l.setenabled(false); glucometerswitch.setenabled(false); viewhandler = new handler(); runnable delay = new runnable() { @override public void run() { glucometerswitch.setenabled(true); } }; viewhandler.postdelayed(delay, 1000); } } }); rgunits.setoncheckedchangelistener(new radiogroup.oncheckedchangelistener() { @override public void oncheckedchanged(radiogroup group, int checkedid) { switch (checkedid) { case r.id.rb_mg_dl: unitstext.settext("mg/dl"); break; case r.id.rb_mmol_l: unitstext.settext("mmol/l"); break; } viewdelay(); } }); detailsbtn.setonclicklistener(new view.onclicklistener() { @override public void onclick(view v) { intent intent = new intent(glucometeractivity.this, glucosereadingdetailsactivity.class); intent.addflags(intent.flag_activity_no_animation); startactivity(intent); } }); anotherreadingbtn.setonclicklistener(new view.onclicklistener() { @override public void onclick(view v) { instance.setreading(false); glucometerswitch.setenabled(true); rbblood.setenabled(true); rbsweat.setenabled(true); rb_mg_dl.setenabled(true); rb_mmol_l.setenabled(true); startbutton.setenabled(true); instance.setstringdata(null); instance.setcommand(null); unitstext.setvisibility(view.invisible); glucoseleveltext.setvisibility(view.invisible); descriptiontxt.setvisibility(view.invisible); detailsbtn.setvisibility(view.invisible); anotherreadingbtn.setvisibility(view.invisible); } }); showbtn.setonclicklistener(new view.onclicklistener() { @override public void onclick(view v) { instance.setcommand("show"); } }); stripbtn.setonclicklistener(new view.onclicklistener() { @override public void onclick(view v) { instance.setcommand("strip"); } }); dippedbtn.setonclicklistener(new view.onclicklistener() { @override public void onclick(view v) { instance.setcommand("dipped"); } }); } | W6WM9M/VitalityMeter | [
0,
1,
0,
0
] |
10,671 | public void render(SpriteBatch batch) {
viewport.apply();
batch.setProjectionMatrix(viewport.getCamera().combined);
batch.begin();
// TODO: Draw a game over message
// Feel free to get more creative with this screen. Perhaps you could cover the screen in enemy robots?
float timeElapsed = Utils.secondsSince(startTime);
int enemiesToShow = (int) (Constants.ENEMY_COUNT * (timeElapsed / Constants.LEVEL_END_DURATION));
for (int i = 0; i < enemiesToShow; i++){
Enemy enemy = enemies.get(i);
enemy.update(0);
enemy.render(batch);
}
font.draw(batch, Constants.GAME_OVER_MESSAGE, viewport.getWorldWidth() / 2, viewport.getWorldHeight() / 2.5f, 0, Align.center, false);
batch.end();
} | public void render(SpriteBatch batch) {
viewport.apply();
batch.setProjectionMatrix(viewport.getCamera().combined);
batch.begin();
float timeElapsed = Utils.secondsSince(startTime);
int enemiesToShow = (int) (Constants.ENEMY_COUNT * (timeElapsed / Constants.LEVEL_END_DURATION));
for (int i = 0; i < enemiesToShow; i++){
Enemy enemy = enemies.get(i);
enemy.update(0);
enemy.render(batch);
}
font.draw(batch, Constants.GAME_OVER_MESSAGE, viewport.getWorldWidth() / 2, viewport.getWorldHeight() / 2.5f, 0, Align.center, false);
batch.end();
} | public void render(spritebatch batch) { viewport.apply(); batch.setprojectionmatrix(viewport.getcamera().combined); batch.begin(); float timeelapsed = utils.secondssince(starttime); int enemiestoshow = (int) (constants.enemy_count * (timeelapsed / constants.level_end_duration)); for (int i = 0; i < enemiestoshow; i++){ enemy enemy = enemies.get(i); enemy.update(0); enemy.render(batch); } font.draw(batch, constants.game_over_message, viewport.getworldwidth() / 2, viewport.getworldheight() / 2.5f, 0, align.center, false); batch.end(); } | Sceptres/ud406 | [
0,
1,
0,
0
] |
2,527 | public static <T extends Enum> String getEnumI18n(Locale locale, String base, T enumToGet) {
return Language.i18n(locale, base + "." + enumToGet.name().toLowerCase());
} | public static <T extends Enum> String getEnumI18n(Locale locale, String base, T enumToGet) {
return Language.i18n(locale, base + "." + enumToGet.name().toLowerCase());
} | public static <t extends enum> string getenumi18n(locale locale, string base, t enumtoget) { return language.i18n(locale, base + "." + enumtoget.name().tolowercase()); } | TortleWortle/CascadeBot | [
0,
0,
0,
0
] |
10,747 | public JsonObject setMaxComments(int comments){
JsonObject result = new JsonObject();
if( dbServices.setMaxCommentsPerVideo(comments)) {
result.addProperty("msg", "Max comments to collect for each video is now: " + comments);
}
else
result.addProperty("error","Failed to set max comments per video");
return result;
} | public JsonObject setMaxComments(int comments){
JsonObject result = new JsonObject();
if( dbServices.setMaxCommentsPerVideo(comments)) {
result.addProperty("msg", "Max comments to collect for each video is now: " + comments);
}
else
result.addProperty("error","Failed to set max comments per video");
return result;
} | public jsonobject setmaxcomments(int comments){ jsonobject result = new jsonobject(); if( dbservices.setmaxcommentspervideo(comments)) { result.addproperty("msg", "max comments to collect for each video is now: " + comments); } else result.addproperty("error","failed to set max comments per video"); return result; } | UCY-LINC-LAB/YouTube-Twitter-Analysis | [
0,
1,
0,
0
] |
2,557 | static OzoneClient getOzoneClient(boolean secure) throws IOException {
OzoneConfiguration conf = new OzoneConfiguration();
// TODO: If you don't have OM HA configured, change the following as appropriate.
conf.set("ozone.om.address", "9.29.173.57:9862");
if (disableChecksum)
conf.set("ozone.client.checksum.type", "NONE");
return OzoneClientFactory.getRpcClient(conf);
} | static OzoneClient getOzoneClient(boolean secure) throws IOException {
OzoneConfiguration conf = new OzoneConfiguration();
conf.set("ozone.om.address", "9.29.173.57:9862");
if (disableChecksum)
conf.set("ozone.client.checksum.type", "NONE");
return OzoneClientFactory.getRpcClient(conf);
} | static ozoneclient getozoneclient(boolean secure) throws ioexception { ozoneconfiguration conf = new ozoneconfiguration(); conf.set("ozone.om.address", "9.29.173.57:9862"); if (disablechecksum) conf.set("ozone.client.checksum.type", "none"); return ozoneclientfactory.getrpcclient(conf); } | SincereXIA/ozonerpc2 | [
1,
0,
0,
0
] |
10,797 | @Unused
@Doc("Init 'record' node")
@Reviewed(when = "02/12/2020")
@Original(version="2.38.0", path="lib/common/shapes.c", name="record_init", key="h2lcuthzwljbcjwdeidw1jiv", definition="static void record_init(node_t * n)")
public static void record_init(ST_Agnode_s n) {
ENTERING("h2lcuthzwljbcjwdeidw1jiv","record_init");
try {
ST_field_t info;
final ST_pointf ul = new ST_pointf(), sz = new ST_pointf();
boolean flip;
int len;
CString textbuf; /* temp buffer for storing labels */
int sides = BOTTOM | RIGHT | TOP | LEFT;
/* Always use rankdir to determine how records are laid out */
flip = NOT(GD_realflip(agraphof(n)));
Z.z().reclblp = ND_label(n).text;
len = strlen(Z.z().reclblp);
/* For some forgotten reason, an empty label is parsed into a space, so
* we need at least two bytes in textbuf.
*/
len = MAX(len, 1);
textbuf = CString.gmalloc(len + 1);
if (N(info = parse_reclbl(n, flip, NOT(0), textbuf))) {
UNSUPPORTED("7iezaksu9hyxhmv3r4cp4o529"); // agerr(AGERR, "bad label format %s\n", ND_label(n)->text);
UNSUPPORTED("8f1id7rqm71svssnxbjo0uwcu"); // reclblp = "\\N";
UNSUPPORTED("2wv3zfqhq53941rwk4vu9p9th"); // info = parse_reclbl(n, flip, NOT(0), textbuf);
}
Memory.free(textbuf);
size_reclbl(n, info);
sz.x = POINTS(ND_width(n));;
sz.y = POINTS(ND_height(n));
if (mapbool(late_string(n, Z.z().N_fixed, new CString("false")))) {
UNSUPPORTED("8iu51xbtntpdf5sc00g91djym"); // if ((sz.x < info->size.x) || (sz.y < info->size.y)) {
UNSUPPORTED("4vs5u30jzsrn6fpjd327xjf7r"); // /* should check that the record really won't fit, e.g., there may be no text.
UNSUPPORTED("7k6yytek9nu1ihxix2880667g"); // agerr(AGWARN, "node '%s' size may be too small\n", agnameof(n));
UNSUPPORTED("bnetqzovnscxile7ao44kc0qd"); // */
UNSUPPORTED("flupwh3kosf3fkhkxllllt1"); // }
} else {
sz.x = MAX(info.size.x, sz.x);
sz.y = MAX(info.size.y, sz.y);
}
resize_reclbl(info, sz, mapbool(late_string(n, Z.z().N_nojustify, new CString("false"))));
ul.___(pointfof(-sz.x / 2., sz.y / 2.)); /* FIXME - is this still true: suspected to introduce ronding error - see Kluge below */
pos_reclbl(info, ul, sides);
ND_width(n, PS2INCH(info.size.x));
ND_height(n, PS2INCH(info.size.y + 1)); /* Kluge!! +1 to fix rounding diff between layout and rendering
otherwise we can get -1 coords in output */
ND_shape_info(n, info);
} finally {
LEAVING("h2lcuthzwljbcjwdeidw1jiv","poly_init");
}
} | @Unused
@Doc("Init 'record' node")
@Reviewed(when = "02/12/2020")
@Original(version="2.38.0", path="lib/common/shapes.c", name="record_init", key="h2lcuthzwljbcjwdeidw1jiv", definition="static void record_init(node_t * n)")
public static void record_init(ST_Agnode_s n) {
ENTERING("h2lcuthzwljbcjwdeidw1jiv","record_init");
try {
ST_field_t info;
final ST_pointf ul = new ST_pointf(), sz = new ST_pointf();
boolean flip;
int len;
CString textbuf;
int sides = BOTTOM | RIGHT | TOP | LEFT;
flip = NOT(GD_realflip(agraphof(n)));
Z.z().reclblp = ND_label(n).text;
len = strlen(Z.z().reclblp);
len = MAX(len, 1);
textbuf = CString.gmalloc(len + 1);
if (N(info = parse_reclbl(n, flip, NOT(0), textbuf))) {
UNSUPPORTED("7iezaksu9hyxhmv3r4cp4o529");
UNSUPPORTED("8f1id7rqm71svssnxbjo0uwcu");
UNSUPPORTED("2wv3zfqhq53941rwk4vu9p9th");
}
Memory.free(textbuf);
size_reclbl(n, info);
sz.x = POINTS(ND_width(n));;
sz.y = POINTS(ND_height(n));
if (mapbool(late_string(n, Z.z().N_fixed, new CString("false")))) {
UNSUPPORTED("8iu51xbtntpdf5sc00g91djym");
UNSUPPORTED("4vs5u30jzsrn6fpjd327xjf7r");
UNSUPPORTED("7k6yytek9nu1ihxix2880667g");
UNSUPPORTED("bnetqzovnscxile7ao44kc0qd");
UNSUPPORTED("flupwh3kosf3fkhkxllllt1");
} else {
sz.x = MAX(info.size.x, sz.x);
sz.y = MAX(info.size.y, sz.y);
}
resize_reclbl(info, sz, mapbool(late_string(n, Z.z().N_nojustify, new CString("false"))));
ul.___(pointfof(-sz.x / 2., sz.y / 2.));
pos_reclbl(info, ul, sides);
ND_width(n, PS2INCH(info.size.x));
ND_height(n, PS2INCH(info.size.y + 1));
ND_shape_info(n, info);
} finally {
LEAVING("h2lcuthzwljbcjwdeidw1jiv","poly_init");
}
} | @unused @doc("init 'record' node") @reviewed(when = "02/12/2020") @original(version="2.38.0", path="lib/common/shapes.c", name="record_init", key="h2lcuthzwljbcjwdeidw1jiv", definition="static void record_init(node_t * n)") public static void record_init(st_agnode_s n) { entering("h2lcuthzwljbcjwdeidw1jiv","record_init"); try { st_field_t info; final st_pointf ul = new st_pointf(), sz = new st_pointf(); boolean flip; int len; cstring textbuf; int sides = bottom | right | top | left; flip = not(gd_realflip(agraphof(n))); z.z().reclblp = nd_label(n).text; len = strlen(z.z().reclblp); len = max(len, 1); textbuf = cstring.gmalloc(len + 1); if (n(info = parse_reclbl(n, flip, not(0), textbuf))) { unsupported("7iezaksu9hyxhmv3r4cp4o529"); unsupported("8f1id7rqm71svssnxbjo0uwcu"); unsupported("2wv3zfqhq53941rwk4vu9p9th"); } memory.free(textbuf); size_reclbl(n, info); sz.x = points(nd_width(n));; sz.y = points(nd_height(n)); if (mapbool(late_string(n, z.z().n_fixed, new cstring("false")))) { unsupported("8iu51xbtntpdf5sc00g91djym"); unsupported("4vs5u30jzsrn6fpjd327xjf7r"); unsupported("7k6yytek9nu1ihxix2880667g"); unsupported("bnetqzovnscxile7ao44kc0qd"); unsupported("flupwh3kosf3fkhkxllllt1"); } else { sz.x = max(info.size.x, sz.x); sz.y = max(info.size.y, sz.y); } resize_reclbl(info, sz, mapbool(late_string(n, z.z().n_nojustify, new cstring("false")))); ul.___(pointfof(-sz.x / 2., sz.y / 2.)); pos_reclbl(info, ul, sides); nd_width(n, ps2inch(info.size.x)); nd_height(n, ps2inch(info.size.y + 1)); nd_shape_info(n, info); } finally { leaving("h2lcuthzwljbcjwdeidw1jiv","poly_init"); } } | SandraBSofiaH/Final-UMldoclet | [
1,
1,
1,
0
] |
19,017 | private Table buildHeader() {
Skin skin = getSkin();
SquareButton ffBack = new SquareButton(skin, skin.getDrawable("timeline-btn-icon-ff"));
ffBack.flipHorizontal();
playBack = new SquareButton(skin, skin.getDrawable("timeline-btn-icon-play"), true);
playBack.flipHorizontal();
play = new SquareButton(skin, skin.getDrawable("timeline-btn-icon-play"), true);
SquareButton ffForward = new SquareButton(skin, skin.getDrawable("timeline-btn-icon-ff"));
repeatBtn = new SquareButton(skin, skin.getDrawable("timeline-btn-icon-repeat"), true);
newBtn = new SquareButton(skin, skin.getDrawable("timeline-btn-icon-new"));
newBtn.getIconCell().padTop(2).padLeft(1);
SquareButton deleteBtn = new SquareButton(skin, skin.getDrawable("timeline-btn-icon-delete"));
upBtn = new SquareButton(skin, skin.getDrawable("timeline-btn-icon-play"));
upBtn.flipVertical();
downBtn = new SquareButton(skin, skin.getDrawable("timeline-btn-icon-play"));
downBtn.flipVertical(); downBtn.flipHorizontal();
Table header = new Table();
header.setBackground(skin.getDrawable("timeline-top-bar-bg"));
Table topPart = new Table();
Table bottomPart = new Table();
topPart.add(ffBack).padLeft(6).left();
//topPart.add(playBack).padLeft(6).left(); // TODO: add this back when we can support
topPart.add(play).padLeft(6).left();
topPart.add(ffForward).padLeft(6).left();
topPart.add(repeatBtn).padLeft(6).left();
topPart.add().growX().minWidth(20);
topPart.add(upBtn).padRight(6).right();
topPart.add(downBtn).padRight(10).right();
topPart.add(newBtn).right().padRight(6);
topPart.add(deleteBtn).right().padRight(6);
topActionCell = topPart.add().right();
typeLabel = new Label("Items", skin);
typeLabel.setColor(ColorLibrary.FONT_GRAY);
bottomPart.add(typeLabel).padBottom(2).padLeft(5).left().expandX();
header.add(topPart).height(33).padBottom(1).growX().row();
header.add(bottomPart).height(16).growX().row();
/**
* Build header actions
*/
ffBack.addListener(new ClickListener() {
@Override
public void clicked(InputEvent event, float x, float y) {
timeline.onActionButtonClicked(TimelineListener.Type.skipToStart);
}
});
ffForward.addListener(new ClickListener() {
@Override
public void clicked(InputEvent event, float x, float y) {
timeline.onActionButtonClicked(TimelineListener.Type.skipToEnd);
}
});
playBack.addListener(new ClickListener() {
@Override
public void clicked(InputEvent event, float x, float y) {
timeline.onActionButtonClicked(TimelineListener.Type.rewind);
}
});
play.addListener(new ClickListener() {
@Override
public void clicked(InputEvent event, float x, float y) {
timeline.onActionButtonClicked(TimelineListener.Type.play);
}
});
repeatBtn.addListener(new ClickListener() {
@Override
public void clicked(InputEvent event, float x, float y) {
timeline.onActionButtonClicked(TimelineListener.Type.toggleLoop);
}
});
deleteBtn.addListener(new ClickListener() {
@Override
public void clicked(InputEvent event, float x, float y) {
timeline.onActionButtonClicked(TimelineListener.Type.deleteSelection);
}
});
newBtn.addListener(new ClickListener() {
@Override
public void clicked(InputEvent event, float x, float y) {
timeline.onActionButtonClicked(TimelineListener.Type.newItem);
}
});
upBtn.addListener(new ClickListener() {
@Override
public void clicked(InputEvent event, float x, float y) {
timeline.onActionButtonClicked(TimelineListener.Type.up);
}
});
downBtn.addListener(new ClickListener() {
@Override
public void clicked(InputEvent event, float x, float y) {
timeline.onActionButtonClicked(TimelineListener.Type.down);
}
});
return header;
} | private Table buildHeader() {
Skin skin = getSkin();
SquareButton ffBack = new SquareButton(skin, skin.getDrawable("timeline-btn-icon-ff"));
ffBack.flipHorizontal();
playBack = new SquareButton(skin, skin.getDrawable("timeline-btn-icon-play"), true);
playBack.flipHorizontal();
play = new SquareButton(skin, skin.getDrawable("timeline-btn-icon-play"), true);
SquareButton ffForward = new SquareButton(skin, skin.getDrawable("timeline-btn-icon-ff"));
repeatBtn = new SquareButton(skin, skin.getDrawable("timeline-btn-icon-repeat"), true);
newBtn = new SquareButton(skin, skin.getDrawable("timeline-btn-icon-new"));
newBtn.getIconCell().padTop(2).padLeft(1);
SquareButton deleteBtn = new SquareButton(skin, skin.getDrawable("timeline-btn-icon-delete"));
upBtn = new SquareButton(skin, skin.getDrawable("timeline-btn-icon-play"));
upBtn.flipVertical();
downBtn = new SquareButton(skin, skin.getDrawable("timeline-btn-icon-play"));
downBtn.flipVertical(); downBtn.flipHorizontal();
Table header = new Table();
header.setBackground(skin.getDrawable("timeline-top-bar-bg"));
Table topPart = new Table();
Table bottomPart = new Table();
topPart.add(ffBack).padLeft(6).left();
topPart.add(play).padLeft(6).left();
topPart.add(ffForward).padLeft(6).left();
topPart.add(repeatBtn).padLeft(6).left();
topPart.add().growX().minWidth(20);
topPart.add(upBtn).padRight(6).right();
topPart.add(downBtn).padRight(10).right();
topPart.add(newBtn).right().padRight(6);
topPart.add(deleteBtn).right().padRight(6);
topActionCell = topPart.add().right();
typeLabel = new Label("Items", skin);
typeLabel.setColor(ColorLibrary.FONT_GRAY);
bottomPart.add(typeLabel).padBottom(2).padLeft(5).left().expandX();
header.add(topPart).height(33).padBottom(1).growX().row();
header.add(bottomPart).height(16).growX().row();
ffBack.addListener(new ClickListener() {
@Override
public void clicked(InputEvent event, float x, float y) {
timeline.onActionButtonClicked(TimelineListener.Type.skipToStart);
}
});
ffForward.addListener(new ClickListener() {
@Override
public void clicked(InputEvent event, float x, float y) {
timeline.onActionButtonClicked(TimelineListener.Type.skipToEnd);
}
});
playBack.addListener(new ClickListener() {
@Override
public void clicked(InputEvent event, float x, float y) {
timeline.onActionButtonClicked(TimelineListener.Type.rewind);
}
});
play.addListener(new ClickListener() {
@Override
public void clicked(InputEvent event, float x, float y) {
timeline.onActionButtonClicked(TimelineListener.Type.play);
}
});
repeatBtn.addListener(new ClickListener() {
@Override
public void clicked(InputEvent event, float x, float y) {
timeline.onActionButtonClicked(TimelineListener.Type.toggleLoop);
}
});
deleteBtn.addListener(new ClickListener() {
@Override
public void clicked(InputEvent event, float x, float y) {
timeline.onActionButtonClicked(TimelineListener.Type.deleteSelection);
}
});
newBtn.addListener(new ClickListener() {
@Override
public void clicked(InputEvent event, float x, float y) {
timeline.onActionButtonClicked(TimelineListener.Type.newItem);
}
});
upBtn.addListener(new ClickListener() {
@Override
public void clicked(InputEvent event, float x, float y) {
timeline.onActionButtonClicked(TimelineListener.Type.up);
}
});
downBtn.addListener(new ClickListener() {
@Override
public void clicked(InputEvent event, float x, float y) {
timeline.onActionButtonClicked(TimelineListener.Type.down);
}
});
return header;
} | private table buildheader() { skin skin = getskin(); squarebutton ffback = new squarebutton(skin, skin.getdrawable("timeline-btn-icon-ff")); ffback.fliphorizontal(); playback = new squarebutton(skin, skin.getdrawable("timeline-btn-icon-play"), true); playback.fliphorizontal(); play = new squarebutton(skin, skin.getdrawable("timeline-btn-icon-play"), true); squarebutton ffforward = new squarebutton(skin, skin.getdrawable("timeline-btn-icon-ff")); repeatbtn = new squarebutton(skin, skin.getdrawable("timeline-btn-icon-repeat"), true); newbtn = new squarebutton(skin, skin.getdrawable("timeline-btn-icon-new")); newbtn.geticoncell().padtop(2).padleft(1); squarebutton deletebtn = new squarebutton(skin, skin.getdrawable("timeline-btn-icon-delete")); upbtn = new squarebutton(skin, skin.getdrawable("timeline-btn-icon-play")); upbtn.flipvertical(); downbtn = new squarebutton(skin, skin.getdrawable("timeline-btn-icon-play")); downbtn.flipvertical(); downbtn.fliphorizontal(); table header = new table(); header.setbackground(skin.getdrawable("timeline-top-bar-bg")); table toppart = new table(); table bottompart = new table(); toppart.add(ffback).padleft(6).left(); toppart.add(play).padleft(6).left(); toppart.add(ffforward).padleft(6).left(); toppart.add(repeatbtn).padleft(6).left(); toppart.add().growx().minwidth(20); toppart.add(upbtn).padright(6).right(); toppart.add(downbtn).padright(10).right(); toppart.add(newbtn).right().padright(6); toppart.add(deletebtn).right().padright(6); topactioncell = toppart.add().right(); typelabel = new label("items", skin); typelabel.setcolor(colorlibrary.font_gray); bottompart.add(typelabel).padbottom(2).padleft(5).left().expandx(); header.add(toppart).height(33).padbottom(1).growx().row(); header.add(bottompart).height(16).growx().row(); ffback.addlistener(new clicklistener() { @override public void clicked(inputevent event, float x, float y) { timeline.onactionbuttonclicked(timelinelistener.type.skiptostart); } }); ffforward.addlistener(new clicklistener() { @override public void clicked(inputevent event, float x, float y) { timeline.onactionbuttonclicked(timelinelistener.type.skiptoend); } }); playback.addlistener(new clicklistener() { @override public void clicked(inputevent event, float x, float y) { timeline.onactionbuttonclicked(timelinelistener.type.rewind); } }); play.addlistener(new clicklistener() { @override public void clicked(inputevent event, float x, float y) { timeline.onactionbuttonclicked(timelinelistener.type.play); } }); repeatbtn.addlistener(new clicklistener() { @override public void clicked(inputevent event, float x, float y) { timeline.onactionbuttonclicked(timelinelistener.type.toggleloop); } }); deletebtn.addlistener(new clicklistener() { @override public void clicked(inputevent event, float x, float y) { timeline.onactionbuttonclicked(timelinelistener.type.deleteselection); } }); newbtn.addlistener(new clicklistener() { @override public void clicked(inputevent event, float x, float y) { timeline.onactionbuttonclicked(timelinelistener.type.newitem); } }); upbtn.addlistener(new clicklistener() { @override public void clicked(inputevent event, float x, float y) { timeline.onactionbuttonclicked(timelinelistener.type.up); } }); downbtn.addlistener(new clicklistener() { @override public void clicked(inputevent event, float x, float y) { timeline.onactionbuttonclicked(timelinelistener.type.down); } }); return header; } | TheSenPie/talos | [
0,
1,
0,
0
] |
10,974 | public Map<String, Double> classifyImageVGG16(IplImage iplImage) throws IOException {
NativeImageLoader loader = new NativeImageLoader(224, 224, 3);
BufferedImage buffImg = OpenCV.toBufferedImage(iplImage);
INDArray image = loader.asMatrix(buffImg);
// TODO: we should consider the model as not only the model, but also the
// input transforms
// for that model.
DataNormalization scaler = new VGG16ImagePreProcessor();
scaler.transform(image);
INDArray[] output = vgg16.output(false, image);
log.info("Complete with output from vgg16..");
// TODO: return a more native datastructure!
// String predictions = TrainedModels.VGG16.decodePredictions(output[0]);
// log.info("Image Predictions: {}", predictions);
return decodeVGG16Predictions(output[0]);
} | public Map<String, Double> classifyImageVGG16(IplImage iplImage) throws IOException {
NativeImageLoader loader = new NativeImageLoader(224, 224, 3);
BufferedImage buffImg = OpenCV.toBufferedImage(iplImage);
INDArray image = loader.asMatrix(buffImg);
DataNormalization scaler = new VGG16ImagePreProcessor();
scaler.transform(image);
INDArray[] output = vgg16.output(false, image);
log.info("Complete with output from vgg16..");
return decodeVGG16Predictions(output[0]);
} | public map<string, double> classifyimagevgg16(iplimage iplimage) throws ioexception { nativeimageloader loader = new nativeimageloader(224, 224, 3); bufferedimage buffimg = opencv.tobufferedimage(iplimage); indarray image = loader.asmatrix(buffimg); datanormalization scaler = new vgg16imagepreprocessor(); scaler.transform(image); indarray[] output = vgg16.output(false, image); log.info("complete with output from vgg16.."); return decodevgg16predictions(output[0]); } | ShaunHolt/myrobotlab | [
1,
0,
0,
0
] |
10,975 | public Map<String, Double> classifyImageFileVGG16(String filename) throws IOException {
File file = new File(filename);
NativeImageLoader loader = new NativeImageLoader(224, 224, 3);
INDArray image = loader.asMatrix(file);
// TODO: we should consider the model as not only the model, but also the
// input transforms
// for that model.
DataNormalization scaler = new VGG16ImagePreProcessor();
scaler.transform(image);
INDArray[] output = vgg16.output(false, image);
// TODO: return a more native datastructure!
// String predictions = TrainedModels.VGG16.decodePredictions(output[0]);
// log.info("Image Predictions: {}", predictions);
return decodeVGG16Predictions(output[0]);
} | public Map<String, Double> classifyImageFileVGG16(String filename) throws IOException {
File file = new File(filename);
NativeImageLoader loader = new NativeImageLoader(224, 224, 3);
INDArray image = loader.asMatrix(file);
DataNormalization scaler = new VGG16ImagePreProcessor();
scaler.transform(image);
INDArray[] output = vgg16.output(false, image);
return decodeVGG16Predictions(output[0]);
} | public map<string, double> classifyimagefilevgg16(string filename) throws ioexception { file file = new file(filename); nativeimageloader loader = new nativeimageloader(224, 224, 3); indarray image = loader.asmatrix(file); datanormalization scaler = new vgg16imagepreprocessor(); scaler.transform(image); indarray[] output = vgg16.output(false, image); return decodevgg16predictions(output[0]); } | ShaunHolt/myrobotlab | [
1,
0,
0,
0
] |
10,994 | private long getReservedCacheSize(String uuid) {
// TODO: Revisit the cache size after running more storage tests.
// TODO: Figure out how to ensure ExtServices has the permissions to call
// StorageStatsManager, because this is ignoring the cache...
StorageManager storageManager = getSystemService(StorageManager.class);
long freeBytes = 0;
if (uuid == StorageManager.UUID_PRIVATE_INTERNAL) { // regular equals because of null
freeBytes = Environment.getDataDirectory().getUsableSpace();
} else {
final VolumeInfo vol = storageManager.findVolumeByUuid(uuid);
freeBytes = vol.getPath().getUsableSpace();
}
return Math.round(freeBytes * CACHE_RESERVE_RATIO);
} | private long getReservedCacheSize(String uuid) {
StorageManager storageManager = getSystemService(StorageManager.class);
long freeBytes = 0;
if (uuid == StorageManager.UUID_PRIVATE_INTERNAL) {
freeBytes = Environment.getDataDirectory().getUsableSpace();
} else {
final VolumeInfo vol = storageManager.findVolumeByUuid(uuid);
freeBytes = vol.getPath().getUsableSpace();
}
return Math.round(freeBytes * CACHE_RESERVE_RATIO);
} | private long getreservedcachesize(string uuid) { storagemanager storagemanager = getsystemservice(storagemanager.class); long freebytes = 0; if (uuid == storagemanager.uuid_private_internal) { freebytes = environment.getdatadirectory().getusablespace(); } else { final volumeinfo vol = storagemanager.findvolumebyuuid(uuid); freebytes = vol.getpath().getusablespace(); } return math.round(freebytes * cache_reserve_ratio); } | Y-D-Lu/rr_frameworks_base | [
1,
0,
0,
0
] |
11,115 | public static Intent createEmailAttendeesIntent(Resources resources, String eventTitle,
String body, List<String> toEmails, List<String> ccEmails, String ownerAccount) {
List<String> toList = toEmails;
List<String> ccList = ccEmails;
if (toEmails.size() <= 0) {
if (ccEmails.size() <= 0) {
// TODO: Return a SEND intent if no one to email to, to at least populate
// a draft email with the subject (and no recipients).
throw new IllegalArgumentException("Both toEmails and ccEmails are empty.");
}
// Email app does not work with no "to" recipient. Move all 'cc' to 'to'
// in this case.
toList = ccEmails;
ccList = null;
}
// Use the event title as the email subject (prepended with 'Re: ').
String subject = null;
if (eventTitle != null) {
subject = resources.getString(R.string.email_subject_prefix) + eventTitle;
}
// Use the SENDTO intent with a 'mailto' URI, because using SEND will cause
// the picker to show apps like text messaging, which does not make sense
// for email addresses. We put all data in the URI instead of using the extra
// Intent fields (ie. EXTRA_CC, etc) because some email apps might not handle
// those (though gmail does).
Uri.Builder uriBuilder = new Uri.Builder();
uriBuilder.scheme("mailto");
// We will append the first email to the 'mailto' field later (because the
// current state of the Email app requires it). Add the remaining 'to' values
// here. When the email codebase is updated, we can simplify this.
if (toList.size() > 1) {
for (int i = 1; i < toList.size(); i++) {
// The Email app requires repeated parameter settings instead of
// a single comma-separated list.
uriBuilder.appendQueryParameter("to", toList.get(i));
}
}
// Add the subject parameter.
if (subject != null) {
uriBuilder.appendQueryParameter("subject", subject);
}
// Add the subject parameter.
if (body != null) {
uriBuilder.appendQueryParameter("body", body);
}
// Add the cc parameters.
if (ccList != null && ccList.size() > 0) {
for (String email : ccList) {
uriBuilder.appendQueryParameter("cc", email);
}
}
// Insert the first email after 'mailto:' in the URI manually since Uri.Builder
// doesn't seem to have a way to do this.
String uri = uriBuilder.toString();
if (uri.startsWith("mailto:")) {
StringBuilder builder = new StringBuilder(uri);
builder.insert(7, Uri.encode(toList.get(0)));
uri = builder.toString();
}
// Start the email intent. Email from the account of the calendar owner in case there
// are multiple email accounts.
Intent emailIntent = new Intent(Intent.ACTION_SENDTO, Uri.parse(uri));
emailIntent.putExtra("fromAccountString", ownerAccount);
// Workaround a Email bug that overwrites the body with this intent extra. If not
// set, it clears the body.
if (body != null) {
emailIntent.putExtra(Intent.EXTRA_TEXT, body);
}
return Intent.createChooser(emailIntent, resources.getString(R.string.email_picker_label));
} | public static Intent createEmailAttendeesIntent(Resources resources, String eventTitle,
String body, List<String> toEmails, List<String> ccEmails, String ownerAccount) {
List<String> toList = toEmails;
List<String> ccList = ccEmails;
if (toEmails.size() <= 0) {
if (ccEmails.size() <= 0) {
throw new IllegalArgumentException("Both toEmails and ccEmails are empty.");
}
toList = ccEmails;
ccList = null;
}
String subject = null;
if (eventTitle != null) {
subject = resources.getString(R.string.email_subject_prefix) + eventTitle;
}
Uri.Builder uriBuilder = new Uri.Builder();
uriBuilder.scheme("mailto");
if (toList.size() > 1) {
for (int i = 1; i < toList.size(); i++) {
uriBuilder.appendQueryParameter("to", toList.get(i));
}
}
if (subject != null) {
uriBuilder.appendQueryParameter("subject", subject);
}
if (body != null) {
uriBuilder.appendQueryParameter("body", body);
}
if (ccList != null && ccList.size() > 0) {
for (String email : ccList) {
uriBuilder.appendQueryParameter("cc", email);
}
}
String uri = uriBuilder.toString();
if (uri.startsWith("mailto:")) {
StringBuilder builder = new StringBuilder(uri);
builder.insert(7, Uri.encode(toList.get(0)));
uri = builder.toString();
}
Intent emailIntent = new Intent(Intent.ACTION_SENDTO, Uri.parse(uri));
emailIntent.putExtra("fromAccountString", ownerAccount);
if (body != null) {
emailIntent.putExtra(Intent.EXTRA_TEXT, body);
}
return Intent.createChooser(emailIntent, resources.getString(R.string.email_picker_label));
} | public static intent createemailattendeesintent(resources resources, string eventtitle, string body, list<string> toemails, list<string> ccemails, string owneraccount) { list<string> tolist = toemails; list<string> cclist = ccemails; if (toemails.size() <= 0) { if (ccemails.size() <= 0) { throw new illegalargumentexception("both toemails and ccemails are empty."); } tolist = ccemails; cclist = null; } string subject = null; if (eventtitle != null) { subject = resources.getstring(r.string.email_subject_prefix) + eventtitle; } uri.builder uribuilder = new uri.builder(); uribuilder.scheme("mailto"); if (tolist.size() > 1) { for (int i = 1; i < tolist.size(); i++) { uribuilder.appendqueryparameter("to", tolist.get(i)); } } if (subject != null) { uribuilder.appendqueryparameter("subject", subject); } if (body != null) { uribuilder.appendqueryparameter("body", body); } if (cclist != null && cclist.size() > 0) { for (string email : cclist) { uribuilder.appendqueryparameter("cc", email); } } string uri = uribuilder.tostring(); if (uri.startswith("mailto:")) { stringbuilder builder = new stringbuilder(uri); builder.insert(7, uri.encode(tolist.get(0))); uri = builder.tostring(); } intent emailintent = new intent(intent.action_sendto, uri.parse(uri)); emailintent.putextra("fromaccountstring", owneraccount); if (body != null) { emailintent.putextra(intent.extra_text, body); } return intent.createchooser(emailintent, resources.getstring(r.string.email_picker_label)); } | Shusshu/Android-RecurrencePicker | [
0,
1,
1,
0
] |
11,181 | @NotNull
public abstract Biome getBiome(@NotNull WorldInfo worldInfo, int x, int y, int z); | @NotNull
public abstract Biome getBiome(@NotNull WorldInfo worldInfo, int x, int y, int z); | @notnull public abstract biome getbiome(@notnull worldinfo worldinfo, int x, int y, int z); | abcd1234-byte/spigot2 | [
0,
1,
0,
0
] |
3,159 | private static void addField(SolrInputDocument doc, String fieldName, Object value, Class type, String dynamicFieldSuffix) {
if (type.isArray())
return; // TODO: Array types not supported yet ...
if (dynamicFieldSuffix == null) {
dynamicFieldSuffix = getDefaultDynamicFieldMapping(type);
// treat strings with multiple terms as text only if using the default!
if ("_s".equals(dynamicFieldSuffix)) {
String str = (String)value;
if (str.indexOf(" ") != -1)
dynamicFieldSuffix = "_t";
}
}
if (dynamicFieldSuffix != null) // don't auto-map if we don't have a type
doc.addField(fieldName + dynamicFieldSuffix, value);
} | private static void addField(SolrInputDocument doc, String fieldName, Object value, Class type, String dynamicFieldSuffix) {
if (type.isArray())
return;
if (dynamicFieldSuffix == null) {
dynamicFieldSuffix = getDefaultDynamicFieldMapping(type);
if ("_s".equals(dynamicFieldSuffix)) {
String str = (String)value;
if (str.indexOf(" ") != -1)
dynamicFieldSuffix = "_t";
}
}
if (dynamicFieldSuffix != null)
doc.addField(fieldName + dynamicFieldSuffix, value);
} | private static void addfield(solrinputdocument doc, string fieldname, object value, class type, string dynamicfieldsuffix) { if (type.isarray()) return; if (dynamicfieldsuffix == null) { dynamicfieldsuffix = getdefaultdynamicfieldmapping(type); if ("_s".equals(dynamicfieldsuffix)) { string str = (string)value; if (str.indexof(" ") != -1) dynamicfieldsuffix = "_t"; } } if (dynamicfieldsuffix != null) doc.addfield(fieldname + dynamicfieldsuffix, value); } | Stratio/spark-solr | [
1,
0,
0,
0
] |
11,407 | protected Path getRealPath2(TVFSAbstractPath path) {
List<String> list = new ArrayList<>();
for (String s : path.path) {
list.add(s);
}
Path p;
if (list.isEmpty()) {
//p = virtualFS.getTvFileSystem().getPath(virtualFS.getName().getName());
p = fileSystem.getRootPath();
} else {
String first = "";
String others[] = null;
// if (list.size() >= 1) {
// first = list.get(0);
// }
// if (list.size() > 1) {
// others = new String[list.size() - 1];
//
// for (int i = 1; i < list.size(); i++) {
// others[i - 1] = list.get(i);
// }
// }
//if (others == null) {
p = fileSystem.getRootPath().resolve(list.stream().collect(Collectors.joining(fileSystem.getSeparator())));
//p = virtualFS.getTvFileSystem().getPath(virtualFS.getName().getName(),first);
// } else {
// p = virtualFS.getTvFileSystem().getPath(first, others);
// }
}
return p;
} | protected Path getRealPath2(TVFSAbstractPath path) {
List<String> list = new ArrayList<>();
for (String s : path.path) {
list.add(s);
}
Path p;
if (list.isEmpty()) {
p = fileSystem.getRootPath();
} else {
String first = "";
String others[] = null;
p = fileSystem.getRootPath().resolve(list.stream().collect(Collectors.joining(fileSystem.getSeparator())));
}
return p;
} | protected path getrealpath2(tvfsabstractpath path) { list<string> list = new arraylist<>(); for (string s : path.path) { list.add(s); } path p; if (list.isempty()) { p = filesystem.getrootpath(); } else { string first = ""; string others[] = null; p = filesystem.getrootpath().resolve(list.stream().collect(collectors.joining(filesystem.getseparator()))); } return p; } | abarhub/tinyvfs | [
1,
0,
0,
0
] |
11,482 | @Override
public void populateGui()
{
// Filler
this.getFiller();
// Items
for (Map.Entry<Material, Integer> entry : collector.getContents().entrySet())
{
// Args
Material material = entry.getKey();
int startAmount = entry.getValue();
double startValue = plugin.getCollectorManager().value(collector, material);
List<String> lore = Color.color(plugin.getConfig().getStringList("guis.contents.item.lore").stream().map(text -> text.replace("%amount%", String.format("%,d", startAmount)).replace("%value%", String.format("%,.1f", startValue))).collect(Collectors.toList()));
List<Component> components = lore.stream().map(Component::text).collect(Collectors.toList());
// Add
this.addItem(ItemBuilder.from(material).name(Component.text(this.getNicedEnumString(material.name()))).lore(components).asGuiItem(event ->
{
// Cancel
event.setCancelled(true);
// Args
Player player = (Player) event.getWhoClicked();
int amount = collector.getMaterialAmount(material);
double total = plugin.getCollectorManager().sell(collector, material);
// Check
if (total == 0.0d)
{
// TODO: Make it so collectors don't pick up items which can't be sold
return;
}
// Deposit & Inform
plugin.getMoneyManager().pay(player.getUniqueId(), total);
String message = plugin.getConfig().getString("messages.material-sold");
if (message != null && !message.isEmpty()) player.sendMessage(Color.color(message.replace("%amount%", String.format("%,d", amount)).replace("%material%", this.getNicedEnumString(material.name())).replace("%total%", String.format("%.1f", total))));
// Update
this.update();
}));
}
// Navigation
this.setItem(3, 3, ItemBuilder.from(Material.ARROW).name(Component.text(Color.color("Previous"))).asGuiItem(event -> this.previous()));
this.setItem(3, 7, ItemBuilder.from(Material.ARROW).name(Component.text(Color.color("Next"))).asGuiItem(event -> this.next()));
} | @Override
public void populateGui()
{
this.getFiller();
for (Map.Entry<Material, Integer> entry : collector.getContents().entrySet())
{
Material material = entry.getKey();
int startAmount = entry.getValue();
double startValue = plugin.getCollectorManager().value(collector, material);
List<String> lore = Color.color(plugin.getConfig().getStringList("guis.contents.item.lore").stream().map(text -> text.replace("%amount%", String.format("%,d", startAmount)).replace("%value%", String.format("%,.1f", startValue))).collect(Collectors.toList()));
List<Component> components = lore.stream().map(Component::text).collect(Collectors.toList());
this.addItem(ItemBuilder.from(material).name(Component.text(this.getNicedEnumString(material.name()))).lore(components).asGuiItem(event ->
{
event.setCancelled(true);
Player player = (Player) event.getWhoClicked();
int amount = collector.getMaterialAmount(material);
double total = plugin.getCollectorManager().sell(collector, material);
if (total == 0.0d)
{
return;
}
plugin.getMoneyManager().pay(player.getUniqueId(), total);
String message = plugin.getConfig().getString("messages.material-sold");
if (message != null && !message.isEmpty()) player.sendMessage(Color.color(message.replace("%amount%", String.format("%,d", amount)).replace("%material%", this.getNicedEnumString(material.name())).replace("%total%", String.format("%.1f", total))));
this.update();
}));
}
this.setItem(3, 3, ItemBuilder.from(Material.ARROW).name(Component.text(Color.color("Previous"))).asGuiItem(event -> this.previous()));
this.setItem(3, 7, ItemBuilder.from(Material.ARROW).name(Component.text(Color.color("Next"))).asGuiItem(event -> this.next()));
} | @override public void populategui() { this.getfiller(); for (map.entry<material, integer> entry : collector.getcontents().entryset()) { material material = entry.getkey(); int startamount = entry.getvalue(); double startvalue = plugin.getcollectormanager().value(collector, material); list<string> lore = color.color(plugin.getconfig().getstringlist("guis.contents.item.lore").stream().map(text -> text.replace("%amount%", string.format("%,d", startamount)).replace("%value%", string.format("%,.1f", startvalue))).collect(collectors.tolist())); list<component> components = lore.stream().map(component::text).collect(collectors.tolist()); this.additem(itembuilder.from(material).name(component.text(this.getnicedenumstring(material.name()))).lore(components).asguiitem(event -> { event.setcancelled(true); player player = (player) event.getwhoclicked(); int amount = collector.getmaterialamount(material); double total = plugin.getcollectormanager().sell(collector, material); if (total == 0.0d) { return; } plugin.getmoneymanager().pay(player.getuniqueid(), total); string message = plugin.getconfig().getstring("messages.material-sold"); if (message != null && !message.isempty()) player.sendmessage(color.color(message.replace("%amount%", string.format("%,d", amount)).replace("%material%", this.getnicedenumstring(material.name())).replace("%total%", string.format("%.1f", total)))); this.update(); })); } this.setitem(3, 3, itembuilder.from(material.arrow).name(component.text(color.color("previous"))).asguiitem(event -> this.previous())); this.setitem(3, 7, itembuilder.from(material.arrow).name(component.text(color.color("next"))).asguiitem(event -> this.next())); } | Workinq/AsyncCollectors | [
0,
1,
0,
0
] |
3,400 | protected List<String> updateProvisioning(Map<String, File> artifacts, Provisioner provisionService) throws Exception {
ResourceInstaller resourceInstaller = provisionService.getResourceInstaller();
Map<ResourceIdentity, Resource> installedResources = getInstalledResources(provisionService);
Map<Requirement, Resource> requirements = new HashMap<Requirement, Resource>();
Set<Map.Entry<String, File>> entries = artifacts.entrySet();
List<Resource> resourcesToInstall = new ArrayList<Resource>();
List<String> resourceUrisInstalled = new ArrayList<String>();
updateStatus("installing", null, null);
for (Map.Entry<String, File> entry : entries) {
String name = entry.getKey();
File file = entry.getValue();
String coords = name;
int idx = coords.lastIndexOf(':');
if (idx > 0) {
coords = name.substring(idx + 1);
}
// lets switch to gravia's mvn coordinates
coords = coords.replace('/', ':');
MavenCoordinates mvnCoords = parse(coords);
URL url = file.toURI().toURL();
if (url == null) {
LOGGER.warn("Could not find URL for file " + file);
continue;
}
// TODO lets just detect wars for now for servlet engines - how do we decide on WildFly?
boolean isShared = !isWar(name, file);
Resource resource = findMavenResource(mvnCoords, url, isShared);
if (resource == null) {
LOGGER.warn("Could not find resource for " + mvnCoords + " and " + url);
} else {
ResourceIdentity identity = resource.getIdentity();
Resource oldResource = installedResources.remove(identity);
if (oldResource == null && !resourcehandleMap.containsKey(identity)) {
if (isShared) {
// TODO lest not deploy shared stuff for now since bundles throw an exception when trying to stop them
// which breaks the tests ;)
LOGGER.debug("TODO not installing " + (isShared ? "shared" : "non-shared") + " resource: " + identity);
} else {
LOGGER.info("Installing " + (isShared ? "shared" : "non-shared") + " resource: " + identity);
resourcesToInstall.add(resource);
resourceUrisInstalled.add(name);
}
}
}
}
for (Resource installedResource : installedResources.values()) {
ResourceIdentity identity = installedResource.getIdentity();
ResourceHandle resourceHandle = resourcehandleMap.get(identity);
if (resourceHandle == null) {
// TODO should not really happen when we can ask about the installed Resources
LOGGER.warn("TODO: Cannot uninstall " + installedResource + " as we have no handle!");
} else {
LOGGER.info("Uninstalling " + installedResource);
resourceHandle.uninstall();
resourcehandleMap.remove(identity);
LOGGER.info("Uninstalled " + installedResource);
}
}
if (resourcesToInstall.size() > 0) {
LOGGER.info("Installing " + resourcesToInstall.size() + " resource(s)");
Set<ResourceHandle> resourceHandles = new LinkedHashSet<>();
ResourceInstaller.Context context = new DefaultInstallerContext(resourcesToInstall, requirements);
for (Resource resource : resourcesToInstall) {
resourceHandles.add(resourceInstaller.installResource(context, resource));
}
LOGGER.info("Got " + resourceHandles.size() + " resource handle(s)");
for (ResourceHandle resourceHandle : resourceHandles) {
resourcehandleMap.put(resourceHandle.getResource().getIdentity(), resourceHandle);
}
}
return resourceUrisInstalled;
} | protected List<String> updateProvisioning(Map<String, File> artifacts, Provisioner provisionService) throws Exception {
ResourceInstaller resourceInstaller = provisionService.getResourceInstaller();
Map<ResourceIdentity, Resource> installedResources = getInstalledResources(provisionService);
Map<Requirement, Resource> requirements = new HashMap<Requirement, Resource>();
Set<Map.Entry<String, File>> entries = artifacts.entrySet();
List<Resource> resourcesToInstall = new ArrayList<Resource>();
List<String> resourceUrisInstalled = new ArrayList<String>();
updateStatus("installing", null, null);
for (Map.Entry<String, File> entry : entries) {
String name = entry.getKey();
File file = entry.getValue();
String coords = name;
int idx = coords.lastIndexOf(':');
if (idx > 0) {
coords = name.substring(idx + 1);
}
coords = coords.replace('/', ':');
MavenCoordinates mvnCoords = parse(coords);
URL url = file.toURI().toURL();
if (url == null) {
LOGGER.warn("Could not find URL for file " + file);
continue;
}
boolean isShared = !isWar(name, file);
Resource resource = findMavenResource(mvnCoords, url, isShared);
if (resource == null) {
LOGGER.warn("Could not find resource for " + mvnCoords + " and " + url);
} else {
ResourceIdentity identity = resource.getIdentity();
Resource oldResource = installedResources.remove(identity);
if (oldResource == null && !resourcehandleMap.containsKey(identity)) {
if (isShared) {
LOGGER.debug("TODO not installing " + (isShared ? "shared" : "non-shared") + " resource: " + identity);
} else {
LOGGER.info("Installing " + (isShared ? "shared" : "non-shared") + " resource: " + identity);
resourcesToInstall.add(resource);
resourceUrisInstalled.add(name);
}
}
}
}
for (Resource installedResource : installedResources.values()) {
ResourceIdentity identity = installedResource.getIdentity();
ResourceHandle resourceHandle = resourcehandleMap.get(identity);
if (resourceHandle == null) {
LOGGER.warn("TODO: Cannot uninstall " + installedResource + " as we have no handle!");
} else {
LOGGER.info("Uninstalling " + installedResource);
resourceHandle.uninstall();
resourcehandleMap.remove(identity);
LOGGER.info("Uninstalled " + installedResource);
}
}
if (resourcesToInstall.size() > 0) {
LOGGER.info("Installing " + resourcesToInstall.size() + " resource(s)");
Set<ResourceHandle> resourceHandles = new LinkedHashSet<>();
ResourceInstaller.Context context = new DefaultInstallerContext(resourcesToInstall, requirements);
for (Resource resource : resourcesToInstall) {
resourceHandles.add(resourceInstaller.installResource(context, resource));
}
LOGGER.info("Got " + resourceHandles.size() + " resource handle(s)");
for (ResourceHandle resourceHandle : resourceHandles) {
resourcehandleMap.put(resourceHandle.getResource().getIdentity(), resourceHandle);
}
}
return resourceUrisInstalled;
} | protected list<string> updateprovisioning(map<string, file> artifacts, provisioner provisionservice) throws exception { resourceinstaller resourceinstaller = provisionservice.getresourceinstaller(); map<resourceidentity, resource> installedresources = getinstalledresources(provisionservice); map<requirement, resource> requirements = new hashmap<requirement, resource>(); set<map.entry<string, file>> entries = artifacts.entryset(); list<resource> resourcestoinstall = new arraylist<resource>(); list<string> resourceurisinstalled = new arraylist<string>(); updatestatus("installing", null, null); for (map.entry<string, file> entry : entries) { string name = entry.getkey(); file file = entry.getvalue(); string coords = name; int idx = coords.lastindexof(':'); if (idx > 0) { coords = name.substring(idx + 1); } coords = coords.replace('/', ':'); mavencoordinates mvncoords = parse(coords); url url = file.touri().tourl(); if (url == null) { logger.warn("could not find url for file " + file); continue; } boolean isshared = !iswar(name, file); resource resource = findmavenresource(mvncoords, url, isshared); if (resource == null) { logger.warn("could not find resource for " + mvncoords + " and " + url); } else { resourceidentity identity = resource.getidentity(); resource oldresource = installedresources.remove(identity); if (oldresource == null && !resourcehandlemap.containskey(identity)) { if (isshared) { logger.debug("todo not installing " + (isshared ? "shared" : "non-shared") + " resource: " + identity); } else { logger.info("installing " + (isshared ? "shared" : "non-shared") + " resource: " + identity); resourcestoinstall.add(resource); resourceurisinstalled.add(name); } } } } for (resource installedresource : installedresources.values()) { resourceidentity identity = installedresource.getidentity(); resourcehandle resourcehandle = resourcehandlemap.get(identity); if (resourcehandle == null) { logger.warn("todo: cannot uninstall " + installedresource + " as we have no handle!"); } else { logger.info("uninstalling " + installedresource); resourcehandle.uninstall(); resourcehandlemap.remove(identity); logger.info("uninstalled " + installedresource); } } if (resourcestoinstall.size() > 0) { logger.info("installing " + resourcestoinstall.size() + " resource(s)"); set<resourcehandle> resourcehandles = new linkedhashset<>(); resourceinstaller.context context = new defaultinstallercontext(resourcestoinstall, requirements); for (resource resource : resourcestoinstall) { resourcehandles.add(resourceinstaller.installresource(context, resource)); } logger.info("got " + resourcehandles.size() + " resource handle(s)"); for (resourcehandle resourcehandle : resourcehandles) { resourcehandlemap.put(resourcehandle.getresource().getidentity(), resourcehandle); } } return resourceurisinstalled; } | WillemJiang/fabric8 | [
1,
0,
0,
0
] |
3,401 | private static MavenCoordinates parse(String coordinates) {
MavenCoordinates result;
String[] parts = coordinates.split(":");
if (parts.length == 3) {
result = MavenCoordinates.create(parts[0], parts[1], parts[2], null, null);
} else if (parts.length == 4) {
result = MavenCoordinates.create(parts[0], parts[1], parts[2], parts[3], null);
} else if (parts.length == 5) {
result = MavenCoordinates.create(parts[0], parts[1], parts[2], parts[3], parts[4]);
} else {
throw new IllegalArgumentException("Invalid coordinates: " + coordinates);
}
return result;
} | private static MavenCoordinates parse(String coordinates) {
MavenCoordinates result;
String[] parts = coordinates.split(":");
if (parts.length == 3) {
result = MavenCoordinates.create(parts[0], parts[1], parts[2], null, null);
} else if (parts.length == 4) {
result = MavenCoordinates.create(parts[0], parts[1], parts[2], parts[3], null);
} else if (parts.length == 5) {
result = MavenCoordinates.create(parts[0], parts[1], parts[2], parts[3], parts[4]);
} else {
throw new IllegalArgumentException("Invalid coordinates: " + coordinates);
}
return result;
} | private static mavencoordinates parse(string coordinates) { mavencoordinates result; string[] parts = coordinates.split(":"); if (parts.length == 3) { result = mavencoordinates.create(parts[0], parts[1], parts[2], null, null); } else if (parts.length == 4) { result = mavencoordinates.create(parts[0], parts[1], parts[2], parts[3], null); } else if (parts.length == 5) { result = mavencoordinates.create(parts[0], parts[1], parts[2], parts[3], parts[4]); } else { throw new illegalargumentexception("invalid coordinates: " + coordinates); } return result; } | WillemJiang/fabric8 | [
0,
0,
1,
0
] |
19,814 | @Override
public void validateDataOnEntry()
throws DataModelException {
// TODO auto-generated method stub, to be implemented by parser
} | @Override
public void validateDataOnEntry()
throws DataModelException {
} | @override public void validatedataonentry() throws datamodelexception { } | airlenet/yang-maven-plugin | [
0,
1,
0,
0
] |
19,815 | @Override
public void validateDataOnExit()
throws DataModelException {
// TODO auto-generated method stub, to be implemented by parser
} | @Override
public void validateDataOnExit()
throws DataModelException {
} | @override public void validatedataonexit() throws datamodelexception { } | airlenet/yang-maven-plugin | [
0,
1,
0,
0
] |
19,923 | @OnClick(R.id.btn_meter_set_minus)
void decreaseLevel() {
if (mLevelToSet == Channels.CHN_MIN_VALUE_OF_EVERYTHING) {
return;
}
mLevelToSet--;
mTextViewLevel.setText(String.format(Locale.US, "%1$d", mLevelToSet));
//TODO send setting level frame and change shared prefs and display
updateLevelForPrefsAndViewAndSendFrame(mLevelToSet);
isLevelZero();
} | @OnClick(R.id.btn_meter_set_minus)
void decreaseLevel() {
if (mLevelToSet == Channels.CHN_MIN_VALUE_OF_EVERYTHING) {
return;
}
mLevelToSet--;
mTextViewLevel.setText(String.format(Locale.US, "%1$d", mLevelToSet));
updateLevelForPrefsAndViewAndSendFrame(mLevelToSet);
isLevelZero();
} | @onclick(r.id.btn_meter_set_minus) void decreaselevel() { if (mleveltoset == channels.chn_min_value_of_everything) { return; } mleveltoset--; mtextviewlevel.settext(string.format(locale.us, "%1$d", mleveltoset)); updatelevelforprefsandviewandsendframe(mleveltoset); islevelzero(); } | SirdarYangK/SirdarYKCode | [
0,
1,
0,
0
] |
19,924 | @OnClick(R.id.btn_meter_set_plus)
void increaseLevel() {
if (mLevelToSet == Channels.CHN_MAX_LEVEL) {
return;
}
mLevelToSet++;
mTextViewLevel.setText(String.format(Locale.US, "%1$d", mLevelToSet));
//TODO send setting level frame and change shared prefs and display
updateLevelForPrefsAndViewAndSendFrame(mLevelToSet);
isLevelZero();
} | @OnClick(R.id.btn_meter_set_plus)
void increaseLevel() {
if (mLevelToSet == Channels.CHN_MAX_LEVEL) {
return;
}
mLevelToSet++;
mTextViewLevel.setText(String.format(Locale.US, "%1$d", mLevelToSet));
updateLevelForPrefsAndViewAndSendFrame(mLevelToSet);
isLevelZero();
} | @onclick(r.id.btn_meter_set_plus) void increaselevel() { if (mleveltoset == channels.chn_max_level) { return; } mleveltoset++; mtextviewlevel.settext(string.format(locale.us, "%1$d", mleveltoset)); updatelevelforprefsandviewandsendframe(mleveltoset); islevelzero(); } | SirdarYangK/SirdarYKCode | [
0,
1,
0,
0
] |