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1,400 |
public Collection values ( ) { if ( values != null ) return values ; values = new AbstractCollection ( ) { public int size ( ) { return size ; } public void clear ( ) { ReferenceMap . this . clear ( ) ; } public Iterator iterator ( ) { return new ValueIterator ( ) ; } } ; return values ; }
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Returns a collection view of this map s values .
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1,401 |
public Object toInternal ( Attribute < ? > attribute ) throws GeomajasException { if ( attribute instanceof PrimitiveAttribute < ? > ) { return toPrimitiveObject ( ( PrimitiveAttribute < ? > ) attribute ) ; } else if ( attribute instanceof AssociationAttribute < ? > ) { return toAssociationObject ( ( AssociationAttribute < ? > ) attribute ) ; } else { throw new GeomajasException ( ExceptionCode . CONVERSION_PROBLEM , attribute ) ; } }
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Converts a DTO attribute into a generic attribute object .
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1,402 |
public Feature toDto ( InternalFeature feature , int featureIncludes ) throws GeomajasException { if ( feature == null ) { return null ; } Feature dto = new Feature ( feature . getId ( ) ) ; if ( ( featureIncludes & VectorLayerService . FEATURE_INCLUDE_ATTRIBUTES ) != 0 && null != feature . getAttributes ( ) ) { Map < String , Attribute > attributes = new HashMap < String , Attribute > ( ) ; for ( Map . Entry < String , Attribute > entry : feature . getAttributes ( ) . entrySet ( ) ) { Attribute value = entry . getValue ( ) ; if ( value instanceof LazyAttribute ) { value = ( ( LazyAttribute ) value ) . instantiate ( ) ; } attributes . put ( entry . getKey ( ) , value ) ; } dto . setAttributes ( attributes ) ; } if ( ( featureIncludes & VectorLayerService . FEATURE_INCLUDE_LABEL ) != 0 ) { dto . setLabel ( feature . getLabel ( ) ) ; } if ( ( featureIncludes & VectorLayerService . FEATURE_INCLUDE_GEOMETRY ) != 0 ) { dto . setGeometry ( toDto ( feature . getGeometry ( ) ) ) ; } if ( ( featureIncludes & VectorLayerService . FEATURE_INCLUDE_STYLE ) != 0 && null != feature . getStyleInfo ( ) ) { dto . setStyleId ( feature . getStyleInfo ( ) . getStyleId ( ) ) ; } InternalFeatureImpl vFeature = ( InternalFeatureImpl ) feature ; dto . setClipped ( vFeature . isClipped ( ) ) ; dto . setUpdatable ( feature . isEditable ( ) ) ; dto . setDeletable ( feature . isDeletable ( ) ) ; return dto ; }
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Convert the server side feature to a DTO feature that can be sent to the client .
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1,403 |
public Class < ? extends com . vividsolutions . jts . geom . Geometry > toInternal ( LayerType layerType ) { switch ( layerType ) { case GEOMETRY : return com . vividsolutions . jts . geom . Geometry . class ; case LINESTRING : return LineString . class ; case MULTILINESTRING : return MultiLineString . class ; case POINT : return Point . class ; case MULTIPOINT : return MultiPoint . class ; case POLYGON : return Polygon . class ; case MULTIPOLYGON : return MultiPolygon . class ; case RASTER : return null ; default : throw new IllegalStateException ( "Don't know how to handle layer type " + layerType ) ; } }
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Convert a layer type to a geometry class .
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1,404 |
public LayerType toDto ( Class < ? extends com . vividsolutions . jts . geom . Geometry > geometryClass ) { if ( geometryClass == LineString . class ) { return LayerType . LINESTRING ; } else if ( geometryClass == MultiLineString . class ) { return LayerType . MULTILINESTRING ; } else if ( geometryClass == Point . class ) { return LayerType . POINT ; } else if ( geometryClass == MultiPoint . class ) { return LayerType . MULTIPOINT ; } else if ( geometryClass == Polygon . class ) { return LayerType . POLYGON ; } else if ( geometryClass == MultiPolygon . class ) { return LayerType . MULTIPOLYGON ; } else { return LayerType . GEOMETRY ; } }
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Convert a geometry class to a layer type .
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1,405 |
public void put ( String key , Object object , Envelope envelope ) { index . put ( key , envelope ) ; cache . put ( key , object ) ; }
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Put a spatial object in the cache and index it .
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1,406 |
public < TYPE > TYPE get ( String key , Class < TYPE > type ) { return cache . get ( key , type ) ; }
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Get the spatial object from the cache .
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1,407 |
public void addFkToThisClass ( String column ) { if ( fksToThisClass == null ) { fksToThisClass = new Vector ( ) ; } fksToThisClass . add ( column ) ; fksToThisClassAry = null ; }
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add a FK column pointing to This Class
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1,408 |
public void addFkToItemClass ( String column ) { if ( fksToItemClass == null ) { fksToItemClass = new Vector ( ) ; } fksToItemClass . add ( column ) ; fksToItemClassAry = null ; }
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add a FK column pointing to the item Class
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1,409 |
protected String sp_createSequenceQuery ( String sequenceName , long maxKey ) { return "insert into " + SEQ_TABLE_NAME + " (" + SEQ_NAME_STRING + "," + SEQ_ID_STRING + ") values ('" + sequenceName + "'," + maxKey + ")" ; }
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Insert syntax for our special table
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1,410 |
protected long getUniqueLong ( FieldDescriptor field ) throws SequenceManagerException { boolean needsCommit = false ; long result = 0 ; PersistenceBroker targetBroker = getBrokerForClass ( ) ; if ( ! targetBroker . isInTransaction ( ) ) { targetBroker . beginTransaction ( ) ; needsCommit = true ; } try { String sequenceName = calculateSequenceName ( field ) ; try { result = buildNextSequence ( targetBroker , field . getClassDescriptor ( ) , sequenceName ) ; if ( result == 0 ) { throw new SequenceManagerException ( "No incremented value retrieved" ) ; } } catch ( Exception e ) { log . info ( "Could not grab next key, message was " + e . getMessage ( ) + " - try to write a new sequence entry to database" ) ; try { long maxKey = SequenceManagerHelper . getMaxForExtent ( targetBroker , field ) ; createSequence ( targetBroker , field , sequenceName , maxKey ) ; } catch ( Exception e1 ) { String eol = SystemUtils . LINE_SEPARATOR ; throw new SequenceManagerException ( eol + "Could not grab next id, failed with " + eol + e . getMessage ( ) + eol + "Creation of new sequence failed with " + eol + e1 . getMessage ( ) + eol , e1 ) ; } try { result = buildNextSequence ( targetBroker , field . getClassDescriptor ( ) , sequenceName ) ; } catch ( Exception e1 ) { throw new SequenceManagerException ( "Could not grab next id although a sequence seems to exist" , e ) ; } } } finally { if ( targetBroker != null && needsCommit ) { targetBroker . commitTransaction ( ) ; } } return result ; }
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Gets the actual key - will create a new row with the max key of table if it does not exist .
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1,411 |
protected long buildNextSequence ( PersistenceBroker broker , ClassDescriptor cld , String sequenceName ) throws LookupException , SQLException , PlatformException { CallableStatement cs = null ; try { Connection con = broker . serviceConnectionManager ( ) . getConnection ( ) ; cs = getPlatform ( ) . prepareNextValProcedureStatement ( con , PROCEDURE_NAME , sequenceName ) ; cs . executeUpdate ( ) ; return cs . getLong ( 1 ) ; } finally { try { if ( cs != null ) cs . close ( ) ; } catch ( SQLException ignore ) { } } }
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Calls the stored procedure stored procedure throws an error if it doesn t exist .
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1,412 |
protected void createSequence ( PersistenceBroker broker , FieldDescriptor field , String sequenceName , long maxKey ) throws Exception { Statement stmt = null ; try { stmt = broker . serviceStatementManager ( ) . getGenericStatement ( field . getClassDescriptor ( ) , Query . NOT_SCROLLABLE ) ; stmt . execute ( sp_createSequenceQuery ( sequenceName , maxKey ) ) ; } catch ( Exception e ) { log . error ( e ) ; throw new SequenceManagerException ( "Could not create new row in " + SEQ_TABLE_NAME + " table - TABLENAME=" + sequenceName + " field=" + field . getColumnName ( ) , e ) ; } finally { try { if ( stmt != null ) stmt . close ( ) ; } catch ( SQLException sqle ) { if ( log . isDebugEnabled ( ) ) log . debug ( "Threw SQLException while in createSequence and closing stmt" , sqle ) ; } } }
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Creates new row in table
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1,413 |
static void init ( ) { determineIfNTEventLogIsSupported ( ) ; URL resource = null ; final String configurationOptionStr = OptionConverter . getSystemProperty ( DEFAULT_CONFIGURATION_KEY , null ) ; if ( configurationOptionStr != null ) { try { resource = new URL ( configurationOptionStr ) ; } catch ( MalformedURLException ex ) { resource = Loader . getResource ( configurationOptionStr ) ; } } if ( resource == null ) { resource = Loader . getResource ( DEFAULT_CONFIGURATION_FILE ) ; } if ( resource == null ) { System . err . println ( "[FoundationLogger] Can not find resource: " + DEFAULT_CONFIGURATION_FILE ) ; throw new FoundationIOException ( "Can not find resource: " + DEFAULT_CONFIGURATION_FILE ) ; } final RepositorySelector foundationRepositorySelector = new FoundationRepositorySelector ( FoundationLogFactory . foundationLogHierarchy ) ; LogManager . setRepositorySelector ( foundationRepositorySelector , null ) ; final Logger logger = getLogger ( FoundationLogger . class ) ; final String logPropFile = resource . getPath ( ) ; log4jConfigProps = getLogProperties ( resource ) ; OptionConverter . selectAndConfigure ( resource , null , FoundationLogFactory . foundationLogHierarchy ) ; setUpPropFileReloading ( logger , logPropFile , log4jConfigProps ) ; AbstractFoundationLoggingMarker . init ( ) ; updateSniffingLoggersLevel ( logger ) ; setupJULSupport ( resource ) ; }
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Initialize that Foundation Logging library .
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1,414 |
private static void updateSniffingLoggersLevel ( Logger logger ) { InputStream settingIS = FoundationLogger . class . getResourceAsStream ( "/sniffingLogger.xml" ) ; if ( settingIS == null ) { logger . debug ( "file sniffingLogger.xml not found in classpath" ) ; } else { try { SAXBuilder builder = new SAXBuilder ( ) ; Document document = builder . build ( settingIS ) ; settingIS . close ( ) ; Element rootElement = document . getRootElement ( ) ; List < Element > sniffingloggers = rootElement . getChildren ( "sniffingLogger" ) ; for ( Element sniffinglogger : sniffingloggers ) { String loggerName = sniffinglogger . getAttributeValue ( "id" ) ; Logger . getLogger ( loggerName ) . setLevel ( Level . TRACE ) ; } } catch ( Exception e ) { logger . error ( "cannot load the sniffing logger configuration file. error is: " + e , e ) ; throw new IllegalArgumentException ( "Problem parsing sniffingLogger.xml" , e ) ; } } }
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The sniffing Loggers are some special Loggers whose level will be set to TRACE forcedly .
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1,415 |
public void cache ( Identity oid , Object obj ) { try { jcsCache . put ( oid . toString ( ) , obj ) ; } catch ( CacheException e ) { throw new RuntimeCacheException ( e ) ; } }
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makes object obj persistent to the Objectcache under the key oid .
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1,416 |
public void remove ( Identity oid ) { try { jcsCache . remove ( oid . toString ( ) ) ; } catch ( CacheException e ) { throw new RuntimeCacheException ( e . getMessage ( ) ) ; } }
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removes an Object from the cache .
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1,417 |
public List < GetLocationResult > search ( String q , int maxRows , Locale locale ) throws Exception { List < GetLocationResult > searchResult = new ArrayList < GetLocationResult > ( ) ; String url = URLEncoder . encode ( q , "UTF8" ) ; url = "q=select%20*%20from%20geo.placefinder%20where%20text%3D%22" + url + "%22" ; if ( maxRows > 0 ) { url = url + "&count=" + maxRows ; } url = url + "&flags=GX" ; if ( null != locale ) { url = url + "&locale=" + locale ; } if ( appId != null ) { url = url + "&appid=" + appId ; } InputStream inputStream = connect ( url ) ; if ( null != inputStream ) { SAXBuilder parser = new SAXBuilder ( ) ; Document doc = parser . build ( inputStream ) ; Element root = doc . getRootElement ( ) ; String message = root . getChildText ( "Error" ) ; if ( message != null && Integer . parseInt ( message ) != 0 ) { throw new Exception ( root . getChildText ( "ErrorMessage" ) ) ; } Element results = root . getChild ( "results" ) ; for ( Object obj : results . getChildren ( "Result" ) ) { Element toponymElement = ( Element ) obj ; GetLocationResult location = getLocationFromElement ( toponymElement ) ; searchResult . add ( location ) ; } } return searchResult ; }
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Call the Yahoo! PlaceFinder service for a result .
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1,418 |
public ClassDescriptor getDescriptorFor ( String strClassName ) throws ClassNotPersistenceCapableException { ClassDescriptor result = discoverDescriptor ( strClassName ) ; if ( result == null ) { throw new ClassNotPersistenceCapableException ( strClassName + " not found in OJB Repository" ) ; } else { return result ; } }
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lookup a ClassDescriptor in the internal Hashtable
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1,419 |
protected String getIsolationLevelAsString ( ) { if ( defaultIsolationLevel == IL_READ_UNCOMMITTED ) { return LITERAL_IL_READ_UNCOMMITTED ; } else if ( defaultIsolationLevel == IL_READ_COMMITTED ) { return LITERAL_IL_READ_COMMITTED ; } else if ( defaultIsolationLevel == IL_REPEATABLE_READ ) { return LITERAL_IL_REPEATABLE_READ ; } else if ( defaultIsolationLevel == IL_SERIALIZABLE ) { return LITERAL_IL_SERIALIZABLE ; } else if ( defaultIsolationLevel == IL_OPTIMISTIC ) { return LITERAL_IL_OPTIMISTIC ; } return LITERAL_IL_READ_UNCOMMITTED ; }
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returns IsolationLevel literal as matching to the corresponding id
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1,420 |
private ClassDescriptor discoverDescriptor ( Class clazz ) { ClassDescriptor result = ( ClassDescriptor ) descriptorTable . get ( clazz . getName ( ) ) ; if ( result == null ) { Class superClass = clazz . getSuperclass ( ) ; if ( superClass != null ) { result = discoverDescriptor ( superClass ) ; } if ( result == null ) { Class [ ] interfaces = clazz . getInterfaces ( ) ; if ( ( interfaces != null ) && ( interfaces . length > 0 ) ) { for ( int idx = 0 ; ( idx < interfaces . length ) && ( result == null ) ; idx ++ ) { result = discoverDescriptor ( interfaces [ idx ] ) ; } } } if ( result != null ) { synchronized ( descriptorTable ) { descriptorTable . put ( clazz . getName ( ) , result ) ; } } } return result ; }
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Internal method for recursivly searching for a class descriptor that avoids class loading when we already have a class object .
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1,421 |
private void createResultSubClassesMultipleJoinedTables ( List result , ClassDescriptor cld , boolean wholeTree ) { List tmp = ( List ) superClassMultipleJoinedTablesMap . get ( cld . getClassOfObject ( ) ) ; if ( tmp != null ) { result . addAll ( tmp ) ; if ( wholeTree ) { for ( int i = 0 ; i < tmp . size ( ) ; i ++ ) { Class subClass = ( Class ) tmp . get ( i ) ; ClassDescriptor subCld = getDescriptorFor ( subClass ) ; createResultSubClassesMultipleJoinedTables ( result , subCld , wholeTree ) ; } } } }
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Add all sub - classes using multiple joined tables feature for specified class .
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1,422 |
public ProxyAuthentication getProxyAuthentication ( ) { if ( layerAuthentication == null && authentication != null ) { layerAuthentication = new LayerAuthentication ( ) ; layerAuthentication . setAuthenticationMethod ( LayerAuthenticationMethod . valueOf ( authentication . getAuthenticationMethod ( ) . name ( ) ) ) ; layerAuthentication . setPassword ( authentication . getPassword ( ) ) ; layerAuthentication . setPasswordKey ( authentication . getPasswordKey ( ) ) ; layerAuthentication . setRealm ( authentication . getRealm ( ) ) ; layerAuthentication . setUser ( authentication . getUser ( ) ) ; layerAuthentication . setUserKey ( authentication . getUserKey ( ) ) ; } return layerAuthentication ; }
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Get the authentication info for this layer .
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1,423 |
public void setUseCache ( boolean useCache ) { if ( null == cacheManagerService && useCache ) { log . warn ( "The caching plugin needs to be available to cache WMS requests. Not setting useCache." ) ; } else { this . useCache = useCache ; } }
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Set whether the WMS tiles should be cached for later use . This implies that the WMS tiles will be proxied .
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1,424 |
protected boolean check ( String id , List < String > includes , List < String > excludes ) { return check ( id , includes ) && ! check ( id , excludes ) ; }
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Check whether the given id is included in the list of includes and not excluded .
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1,425 |
protected boolean check ( String id , List < String > includes ) { if ( null != includes ) { for ( String check : includes ) { if ( check ( id , check ) ) { return true ; } } } return false ; }
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Check whether the given is is matched by one of the include expressions .
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1,426 |
protected boolean check ( String value , String regex ) { Pattern pattern = Pattern . compile ( regex ) ; return pattern . matcher ( value ) . matches ( ) ; }
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Check whether the value is matched by a regular expression .
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1,427 |
protected ClassDescriptor getClassDescriptor ( ) { ClassDescriptor cld = ( ClassDescriptor ) m_classDescriptor . get ( ) ; if ( cld == null ) { throw new OJBRuntimeException ( "Requested ClassDescriptor instance was already GC by JVM" ) ; } return cld ; }
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Returns the classDescriptor .
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1,428 |
protected void appendWhereClause ( FieldDescriptor [ ] fields , StringBuffer stmt ) throws PersistenceBrokerException { stmt . append ( " WHERE " ) ; for ( int i = 0 ; i < fields . length ; i ++ ) { FieldDescriptor fmd = fields [ i ] ; stmt . append ( fmd . getColumnName ( ) ) ; stmt . append ( " = ? " ) ; if ( i < fields . length - 1 ) { stmt . append ( " AND " ) ; } } }
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Generate a sql where - clause for the array of fields
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1,429 |
protected void appendWhereClause ( ClassDescriptor cld , boolean useLocking , StringBuffer stmt ) { FieldDescriptor [ ] pkFields = cld . getPkFields ( ) ; FieldDescriptor [ ] fields ; fields = pkFields ; if ( useLocking ) { FieldDescriptor [ ] lockingFields = cld . getLockingFields ( ) ; if ( lockingFields . length > 0 ) { fields = new FieldDescriptor [ pkFields . length + lockingFields . length ] ; System . arraycopy ( pkFields , 0 , fields , 0 , pkFields . length ) ; System . arraycopy ( lockingFields , 0 , fields , pkFields . length , lockingFields . length ) ; } } appendWhereClause ( fields , stmt ) ; }
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Generate a where clause for a prepared Statement . Only primary key and locking fields are used in this where clause
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1,430 |
public Object copy ( final Object obj , PersistenceBroker broker ) throws ObjectCopyException { ObjectOutputStream oos = null ; ObjectInputStream ois = null ; try { final ByteArrayOutputStream bos = new ByteArrayOutputStream ( ) ; oos = new ObjectOutputStream ( bos ) ; oos . writeObject ( obj ) ; oos . flush ( ) ; final ByteArrayInputStream bin = new ByteArrayInputStream ( bos . toByteArray ( ) ) ; ois = new ObjectInputStream ( bin ) ; return ois . readObject ( ) ; } catch ( Exception e ) { throw new ObjectCopyException ( e ) ; } finally { try { if ( oos != null ) { oos . close ( ) ; } if ( ois != null ) { ois . close ( ) ; } } catch ( IOException ioe ) { } } }
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This implementation will probably be slower than the metadata object copy but this was easier to implement .
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1,431 |
public void bindDelete ( PreparedStatement stmt , Identity oid , ClassDescriptor cld ) throws SQLException { Object [ ] pkValues = oid . getPrimaryKeyValues ( ) ; FieldDescriptor [ ] pkFields = cld . getPkFields ( ) ; int i = 0 ; try { for ( ; i < pkValues . length ; i ++ ) { setObjectForStatement ( stmt , i + 1 , pkValues [ i ] , pkFields [ i ] . getJdbcType ( ) . getType ( ) ) ; } } catch ( SQLException e ) { m_log . error ( "bindDelete failed for: " + oid . toString ( ) + ", while set value '" + pkValues [ i ] + "' for column " + pkFields [ i ] . getColumnName ( ) ) ; throw e ; } }
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binds the Identities Primary key values to the statement
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1,432 |
public void bindDelete ( PreparedStatement stmt , ClassDescriptor cld , Object obj ) throws SQLException { if ( cld . getDeleteProcedure ( ) != null ) { this . bindProcedure ( stmt , cld , obj , cld . getDeleteProcedure ( ) ) ; } else { int index = 1 ; ValueContainer [ ] values , currentLockingValues ; currentLockingValues = cld . getCurrentLockingValues ( obj ) ; values = getKeyValues ( m_broker , cld , obj ) ; for ( int i = 0 ; i < values . length ; i ++ ) { setObjectForStatement ( stmt , index , values [ i ] . getValue ( ) , values [ i ] . getJdbcType ( ) . getType ( ) ) ; index ++ ; } values = currentLockingValues ; for ( int i = 0 ; i < values . length ; i ++ ) { setObjectForStatement ( stmt , index , values [ i ] . getValue ( ) , values [ i ] . getJdbcType ( ) . getType ( ) ) ; index ++ ; } } }
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binds the objects primary key and locking values to the statement BRJ
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1,433 |
private int bindStatementValue ( PreparedStatement stmt , int index , Object attributeOrQuery , Object value , ClassDescriptor cld ) throws SQLException { FieldDescriptor fld = null ; if ( value instanceof Query ) { Query subQuery = ( Query ) value ; return bindStatement ( stmt , subQuery , cld . getRepository ( ) . getDescriptorFor ( subQuery . getSearchClass ( ) ) , index ) ; } if ( attributeOrQuery instanceof Query ) { Query subQuery = ( Query ) attributeOrQuery ; bindStatement ( stmt , subQuery , cld . getRepository ( ) . getDescriptorFor ( subQuery . getSearchClass ( ) ) , index ) ; } else { fld = cld . getFieldDescriptorForPath ( ( String ) attributeOrQuery ) ; } if ( fld != null ) { if ( value != null ) { m_platform . setObjectForStatement ( stmt , index , fld . getFieldConversion ( ) . javaToSql ( value ) , fld . getJdbcType ( ) . getType ( ) ) ; } else { m_platform . setNullForStatement ( stmt , index , fld . getJdbcType ( ) . getType ( ) ) ; } } else { if ( value != null ) { stmt . setObject ( index , value ) ; } else { stmt . setNull ( index , Types . NULL ) ; } } return ++ index ; }
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bind attribute and value
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1,434 |
public void bindSelect ( PreparedStatement stmt , Identity oid , ClassDescriptor cld , boolean callableStmt ) throws SQLException { ValueContainer [ ] values = null ; int i = 0 ; int j = 0 ; if ( cld == null ) { cld = m_broker . getClassDescriptor ( oid . getObjectsRealClass ( ) ) ; } try { if ( callableStmt ) { m_platform . registerOutResultSet ( ( CallableStatement ) stmt , 1 ) ; j ++ ; } values = getKeyValues ( m_broker , cld , oid ) ; for ( ; i < values . length ; i ++ , j ++ ) { setObjectForStatement ( stmt , j + 1 , values [ i ] . getValue ( ) , values [ i ] . getJdbcType ( ) . getType ( ) ) ; } } catch ( SQLException e ) { m_log . error ( "bindSelect failed for: " + oid . toString ( ) + ", PK: " + i + ", value: " + values [ i ] ) ; throw e ; } }
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Binds the Identities Primary key values to the statement .
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1,435 |
public PreparedStatement getDeleteStatement ( ClassDescriptor cld ) throws PersistenceBrokerSQLException , PersistenceBrokerException { try { return cld . getStatementsForClass ( m_conMan ) . getDeleteStmt ( m_conMan . getConnection ( ) ) ; } catch ( SQLException e ) { throw new PersistenceBrokerSQLException ( "Could not build statement ask for" , e ) ; } catch ( LookupException e ) { throw new PersistenceBrokerException ( "Used ConnectionManager instance could not obtain a connection" , e ) ; } }
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return a prepared DELETE Statement fitting for the given ClassDescriptor
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1,436 |
public PreparedStatement getInsertStatement ( ClassDescriptor cds ) throws PersistenceBrokerSQLException , PersistenceBrokerException { try { return cds . getStatementsForClass ( m_conMan ) . getInsertStmt ( m_conMan . getConnection ( ) ) ; } catch ( SQLException e ) { throw new PersistenceBrokerSQLException ( "Could not build statement ask for" , e ) ; } catch ( LookupException e ) { throw new PersistenceBrokerException ( "Used ConnectionManager instance could not obtain a connection" , e ) ; } }
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return a prepared Insert Statement fitting for the given ClassDescriptor
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1,437 |
public PreparedStatement getPreparedStatement ( ClassDescriptor cds , String sql , boolean scrollable , int explicitFetchSizeHint , boolean callableStmt ) throws PersistenceBrokerException { try { return cds . getStatementsForClass ( m_conMan ) . getPreparedStmt ( m_conMan . getConnection ( ) , sql , scrollable , explicitFetchSizeHint , callableStmt ) ; } catch ( LookupException e ) { throw new PersistenceBrokerException ( "Used ConnectionManager instance could not obtain a connection" , e ) ; } }
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return a generic Statement for the given ClassDescriptor
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1,438 |
public PreparedStatement getSelectByPKStatement ( ClassDescriptor cds ) throws PersistenceBrokerSQLException , PersistenceBrokerException { try { return cds . getStatementsForClass ( m_conMan ) . getSelectByPKStmt ( m_conMan . getConnection ( ) ) ; } catch ( SQLException e ) { throw new PersistenceBrokerSQLException ( "Could not build statement ask for" , e ) ; } catch ( LookupException e ) { throw new PersistenceBrokerException ( "Used ConnectionManager instance could not obtain a connection" , e ) ; } }
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return a prepared Select Statement for the given ClassDescriptor
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1,439 |
public PreparedStatement getUpdateStatement ( ClassDescriptor cds ) throws PersistenceBrokerSQLException , PersistenceBrokerException { try { return cds . getStatementsForClass ( m_conMan ) . getUpdateStmt ( m_conMan . getConnection ( ) ) ; } catch ( SQLException e ) { throw new PersistenceBrokerSQLException ( "Could not build statement ask for" , e ) ; } catch ( LookupException e ) { throw new PersistenceBrokerException ( "Used ConnectionManager instance could not obtain a connection" , e ) ; } }
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return a prepared Update Statement fitting to the given ClassDescriptor
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1,440 |
protected ValueContainer [ ] getAllValues ( ClassDescriptor cld , Object obj ) throws PersistenceBrokerException { return m_broker . serviceBrokerHelper ( ) . getAllRwValues ( cld , obj ) ; }
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returns an array containing values for all the Objects attribute
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1,441 |
protected ValueContainer [ ] getKeyValues ( PersistenceBroker broker , ClassDescriptor cld , Object obj ) throws PersistenceBrokerException { return broker . serviceBrokerHelper ( ) . getKeyValues ( cld , obj ) ; }
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returns an Array with an Objects PK VALUES
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1,442 |
protected ValueContainer [ ] getKeyValues ( PersistenceBroker broker , ClassDescriptor cld , Identity oid ) throws PersistenceBrokerException { return broker . serviceBrokerHelper ( ) . getKeyValues ( cld , oid ) ; }
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returns an Array with an Identities PK VALUES
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1,443 |
protected ValueContainer [ ] getNonKeyValues ( PersistenceBroker broker , ClassDescriptor cld , Object obj ) throws PersistenceBrokerException { return broker . serviceBrokerHelper ( ) . getNonKeyRwValues ( cld , obj ) ; }
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returns an Array with an Objects NON - PK VALUES
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1,444 |
private void bindProcedure ( PreparedStatement stmt , ClassDescriptor cld , Object obj , ProcedureDescriptor proc ) throws SQLException { int valueSub = 0 ; CallableStatement callable = null ; try { callable = ( CallableStatement ) stmt ; } catch ( Exception e ) { m_log . error ( "Error while bind values for class '" + ( cld != null ? cld . getClassNameOfObject ( ) : null ) + "', using stored procedure: " + proc , e ) ; if ( e instanceof SQLException ) { throw ( SQLException ) e ; } else { throw new PersistenceBrokerException ( "Unexpected error while bind values for class '" + ( cld != null ? cld . getClassNameOfObject ( ) : null ) + "', using stored procedure: " + proc ) ; } } if ( ( proc . hasReturnValue ( ) ) && ( callable != null ) ) { int jdbcType = proc . getReturnValueFieldRef ( ) . getJdbcType ( ) . getType ( ) ; m_platform . setNullForStatement ( stmt , valueSub + 1 , jdbcType ) ; callable . registerOutParameter ( valueSub + 1 , jdbcType ) ; valueSub ++ ; } Iterator iterator = proc . getArguments ( ) . iterator ( ) ; while ( iterator . hasNext ( ) ) { ArgumentDescriptor arg = ( ArgumentDescriptor ) iterator . next ( ) ; Object val = arg . getValue ( obj ) ; int jdbcType = arg . getJdbcType ( ) ; setObjectForStatement ( stmt , valueSub + 1 , val , jdbcType ) ; if ( ( arg . getIsReturnedByProcedure ( ) ) && ( callable != null ) ) { callable . registerOutParameter ( valueSub + 1 , jdbcType ) ; } valueSub ++ ; } }
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Bind a prepared statment that represents a call to a procedure or user - defined function .
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1,445 |
private void setObjectForStatement ( PreparedStatement stmt , int index , Object value , int sqlType ) throws SQLException { if ( value == null ) { m_platform . setNullForStatement ( stmt , index , sqlType ) ; } else { m_platform . setObjectForStatement ( stmt , index , value , sqlType ) ; } }
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Sets object for statement at specific index adhering to platform - and null - rules .
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1,446 |
public void remove ( Identity oid ) { if ( log . isDebugEnabled ( ) ) log . debug ( "Remove object " + oid ) ; sessionCache . remove ( oid ) ; getApplicationCache ( ) . remove ( oid ) ; }
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Remove the corresponding object from session AND application cache .
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1,447 |
private void putToSessionCache ( Identity oid , CacheEntry entry , boolean onlyIfNew ) { if ( onlyIfNew ) { if ( ! sessionCache . containsKey ( oid ) ) sessionCache . put ( oid , entry ) ; } else { sessionCache . put ( oid , entry ) ; } }
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Put object to session cache .
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1,448 |
private void processQueue ( ) { CacheEntry sv ; while ( ( sv = ( CacheEntry ) queue . poll ( ) ) != null ) { sessionCache . remove ( sv . oid ) ; } }
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Make sure that the Identity objects of garbage collected cached objects are removed too .
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1,449 |
public void beforeClose ( PBStateEvent event ) { if ( ! broker . isInTransaction ( ) ) { if ( log . isDebugEnabled ( ) ) log . debug ( "Clearing the session cache" ) ; resetSessionCache ( ) ; } }
|
Before closing the PersistenceBroker ensure that the session cache is cleared
|
1,450 |
public boolean isUpToDate ( final DbArtifact artifact ) { final List < String > versions = repoHandler . getArtifactVersions ( artifact ) ; final String currentVersion = artifact . getVersion ( ) ; final String lastDevVersion = getLastVersion ( versions ) ; final String lastReleaseVersion = getLastRelease ( versions ) ; if ( lastDevVersion == null || lastReleaseVersion == null ) { for ( final String version : versions ) { if ( version . compareTo ( currentVersion ) > 0 ) { return false ; } } return true ; } else { return currentVersion . equals ( lastDevVersion ) || currentVersion . equals ( lastReleaseVersion ) ; } }
|
Check if the current version match the last release or the last snapshot one
|
1,451 |
protected Object buildOrRefreshObject ( Map row , ClassDescriptor targetClassDescriptor , Object targetObject ) { Object result = targetObject ; FieldDescriptor fmd ; FieldDescriptor [ ] fields = targetClassDescriptor . getFieldDescriptor ( true ) ; if ( targetObject == null ) { result = ClassHelper . buildNewObjectInstance ( targetClassDescriptor ) ; } for ( int i = 0 ; i < fields . length ; i ++ ) { fmd = fields [ i ] ; fmd . getPersistentField ( ) . set ( result , row . get ( fmd . getColumnName ( ) ) ) ; } if ( targetObject == null ) { Method initializationMethod = targetClassDescriptor . getInitializationMethod ( ) ; if ( initializationMethod != null ) { try { initializationMethod . invoke ( result , NO_ARGS ) ; } catch ( Exception ex ) { throw new PersistenceBrokerException ( "Unable to invoke initialization method:" + initializationMethod . getName ( ) + " for class:" + m_cld . getClassOfObject ( ) , ex ) ; } } } return result ; }
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Creates an object instance according to clb and fills its fileds width data provided by row .
|
1,452 |
protected ClassDescriptor selectClassDescriptor ( Map row ) throws PersistenceBrokerException { ClassDescriptor result = m_cld ; Class ojbConcreteClass = ( Class ) row . get ( OJB_CONCRETE_CLASS_KEY ) ; if ( ojbConcreteClass != null ) { result = m_cld . getRepository ( ) . getDescriptorFor ( ojbConcreteClass ) ; if ( result == null ) { throw new PersistenceBrokerException ( "Can't find class-descriptor for ojbConcreteClass '" + ojbConcreteClass + "', the main class was " + m_cld . getClassNameOfObject ( ) ) ; } } return result ; }
|
Check if there is an attribute which tells us which concrete class is to be instantiated .
|
1,453 |
protected void load ( ) { properties = new Properties ( ) ; String filename = getFilename ( ) ; try { URL url = ClassHelper . getResource ( filename ) ; if ( url == null ) { url = ( new File ( filename ) ) . toURL ( ) ; } logger . info ( "Loading OJB's properties: " + url ) ; URLConnection conn = url . openConnection ( ) ; conn . setUseCaches ( false ) ; conn . connect ( ) ; InputStream strIn = conn . getInputStream ( ) ; properties . load ( strIn ) ; strIn . close ( ) ; } catch ( FileNotFoundException ex ) { if ( ( filename == null ) || ( filename . length ( ) == 0 ) ) { logger . info ( "Starting OJB without a properties file. OJB is using default settings instead." ) ; } else { logger . warn ( "Could not load properties file '" + filename + "'. Using default settings!" , ex ) ; } } catch ( Exception ex ) { throw new MetadataException ( "An error happend while loading the properties file '" + filename + "'" , ex ) ; } }
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Loads the Configuration from the properties file .
|
1,454 |
public static void init ( ) { reports . clear ( ) ; Reflections reflections = new Reflections ( REPORTS_PACKAGE ) ; final Set < Class < ? extends Report > > reportClasses = reflections . getSubTypesOf ( Report . class ) ; for ( Class < ? extends Report > c : reportClasses ) { LOG . info ( "Report class: " + c . getName ( ) ) ; try { reports . add ( c . newInstance ( ) ) ; } catch ( IllegalAccessException | InstantiationException e ) { LOG . error ( "Error while loading report implementation classes" , e ) ; } } if ( LOG . isInfoEnabled ( ) ) { LOG . info ( String . format ( "Detected %s reports" , reports . size ( ) ) ) ; } }
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Initializes the set of report implementation .
|
1,455 |
public InternalTile paint ( InternalTile tile ) throws RenderException { if ( tile . getContentType ( ) . equals ( VectorTileContentType . URL_CONTENT ) ) { if ( urlBuilder != null ) { if ( paintGeometries ) { urlBuilder . paintGeometries ( paintGeometries ) ; urlBuilder . paintLabels ( false ) ; tile . setFeatureContent ( urlBuilder . getImageUrl ( ) ) ; } if ( paintLabels ) { urlBuilder . paintGeometries ( false ) ; urlBuilder . paintLabels ( paintLabels ) ; tile . setLabelContent ( urlBuilder . getImageUrl ( ) ) ; } return tile ; } } return tile ; }
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Painter the tile by building a URL where the image can be found .
|
1,456 |
public void addPropertyChangeListener ( String propertyName , java . beans . PropertyChangeListener listener ) { this . propertyChangeDelegate . addPropertyChangeListener ( propertyName , listener ) ; }
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Add a new PropertyChangeListener to this node for a specific property . This functionality has been borrowed from the java . beans package though this class has nothing to do with a bean
|
1,457 |
public void removePropertyChangeListener ( String propertyName , java . beans . PropertyChangeListener listener ) { this . propertyChangeDelegate . removePropertyChangeListener ( propertyName , listener ) ; }
|
Remove a PropertyChangeListener for a specific property from this node . This functionality has . Please note that the listener this does not remove a listener that has been added without specifying the property it is interested in .
|
1,458 |
public void setAttribute ( String strKey , Object value ) { this . propertyChangeDelegate . firePropertyChange ( strKey , hmAttributes . put ( strKey , value ) , value ) ; }
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Set an attribute of this node as Object . This method is backed by a HashMap so all rules of HashMap apply to this method . Fires a PropertyChangeEvent .
|
1,459 |
private void modifyBeliefCount ( int count ) { introspector . setBeliefValue ( getLocalName ( ) , Definitions . RECEIVED_MESSAGE_COUNT , getBeliefCount ( ) + count , null ) ; }
|
Modifies the msgCount belief
|
1,460 |
private int getBeliefCount ( ) { Integer count = ( Integer ) introspector . getBeliefBase ( ListenerMockAgent . this ) . get ( Definitions . RECEIVED_MESSAGE_COUNT ) ; if ( count == null ) count = 0 ; return count ; }
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Returns the msgCount belief
|
1,461 |
@ SuppressWarnings ( "unchecked" ) private void addParameters ( Model model , HttpServletRequest request ) { for ( Object objectEntry : request . getParameterMap ( ) . entrySet ( ) ) { Map . Entry < String , String [ ] > entry = ( Map . Entry < String , String [ ] > ) objectEntry ; String key = entry . getKey ( ) ; String [ ] values = entry . getValue ( ) ; if ( null != values && values . length > 0 ) { String value = values [ 0 ] ; try { model . addAttribute ( key , getParameter ( key , value ) ) ; } catch ( ParseException pe ) { log . error ( "Could not parse parameter value {} for {}, ignoring parameter." , key , value ) ; } catch ( NumberFormatException nfe ) { log . error ( "Could not parse parameter value {} for {}, ignoring parameter." , key , value ) ; } } } }
|
Add the extra parameters which are passed as report parameters . The type of the parameter is guessed from the first letter of the parameter name .
|
1,462 |
private Object getParameter ( String name , String value ) throws ParseException , NumberFormatException { Object result = null ; if ( name . length ( ) > 0 ) { switch ( name . charAt ( 0 ) ) { case 'i' : if ( null == value || value . length ( ) == 0 ) { value = "0" ; } result = new Integer ( value ) ; break ; case 'f' : if ( name . startsWith ( "form" ) ) { result = value ; } else { if ( null == value || value . length ( ) == 0 ) { value = "0.0" ; } result = new Double ( value ) ; } break ; case 'd' : if ( null == value || value . length ( ) == 0 ) { result = null ; } else { SimpleDateFormat dateParser = new SimpleDateFormat ( "yyyy-MM-dd" ) ; result = dateParser . parse ( value ) ; } break ; case 't' : if ( null == value || value . length ( ) == 0 ) { result = null ; } else { SimpleDateFormat timeParser = new SimpleDateFormat ( "yyyy-MM-dd HH:mm:ss" ) ; result = timeParser . parse ( value ) ; } break ; case 'b' : result = "true" . equalsIgnoreCase ( value ) ? Boolean . TRUE : Boolean . FALSE ; break ; default : result = value ; } if ( log . isDebugEnabled ( ) ) { if ( result != null ) { log . debug ( "parameter " + name + " value " + result + " class " + result . getClass ( ) . getName ( ) ) ; } else { log . debug ( "parameter" + name + "is null" ) ; } } } return result ; }
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Convert a query parameter to the correct object type based on the first letter of the name .
|
1,463 |
public SqlStatement getPreparedDeleteStatement ( ClassDescriptor cld ) { SqlForClass sfc = getSqlForClass ( cld ) ; SqlStatement sql = sfc . getDeleteSql ( ) ; if ( sql == null ) { ProcedureDescriptor pd = cld . getDeleteProcedure ( ) ; if ( pd == null ) { sql = new SqlDeleteByPkStatement ( cld , logger ) ; } else { sql = new SqlProcedureStatement ( pd , logger ) ; } sfc . setDeleteSql ( sql ) ; if ( logger . isDebugEnabled ( ) ) { logger . debug ( "SQL:" + sql . getStatement ( ) ) ; } } return sql ; }
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generate a prepared DELETE - Statement for the Class described by cld .
|
1,464 |
public SqlStatement getPreparedInsertStatement ( ClassDescriptor cld ) { SqlStatement sql ; SqlForClass sfc = getSqlForClass ( cld ) ; sql = sfc . getInsertSql ( ) ; if ( sql == null ) { ProcedureDescriptor pd = cld . getInsertProcedure ( ) ; if ( pd == null ) { sql = new SqlInsertStatement ( cld , logger ) ; } else { sql = new SqlProcedureStatement ( pd , logger ) ; } sfc . setInsertSql ( sql ) ; if ( logger . isDebugEnabled ( ) ) { logger . debug ( "SQL:" + sql . getStatement ( ) ) ; } } return sql ; }
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generate a prepared INSERT - Statement for the Class described by cld .
|
1,465 |
public SelectStatement getPreparedSelectByPkStatement ( ClassDescriptor cld ) { SelectStatement sql ; SqlForClass sfc = getSqlForClass ( cld ) ; sql = sfc . getSelectByPKSql ( ) ; if ( sql == null ) { sql = new SqlSelectByPkStatement ( m_platform , cld , logger ) ; sfc . setSelectByPKSql ( sql ) ; if ( logger . isDebugEnabled ( ) ) { logger . debug ( "SQL:" + sql . getStatement ( ) ) ; } } return sql ; }
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generate a prepared SELECT - Statement for the Class described by cld
|
1,466 |
public SelectStatement getPreparedSelectStatement ( Query query , ClassDescriptor cld ) { SelectStatement sql = new SqlSelectStatement ( m_platform , cld , query , logger ) ; if ( logger . isDebugEnabled ( ) ) { logger . debug ( "SQL:" + sql . getStatement ( ) ) ; } return sql ; }
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generate a select - Statement according to query
|
1,467 |
public SqlStatement getPreparedUpdateStatement ( ClassDescriptor cld ) { SqlForClass sfc = getSqlForClass ( cld ) ; SqlStatement result = sfc . getUpdateSql ( ) ; if ( result == null ) { ProcedureDescriptor pd = cld . getUpdateProcedure ( ) ; if ( pd == null ) { result = new SqlUpdateStatement ( cld , logger ) ; } else { result = new SqlProcedureStatement ( pd , logger ) ; } sfc . setUpdateSql ( result ) ; if ( logger . isDebugEnabled ( ) ) { logger . debug ( "SQL:" + result . getStatement ( ) ) ; } } return result ; }
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generate a prepared UPDATE - Statement for the Class described by cld
|
1,468 |
private String toSQLClause ( FieldCriteria c , ClassDescriptor cld ) { String colName = toSqlClause ( c . getAttribute ( ) , cld ) ; return colName + c . getClause ( ) + c . getValue ( ) ; }
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Answer the SQL - Clause for a FieldCriteria
|
1,469 |
public SqlStatement getPreparedDeleteStatement ( Query query , ClassDescriptor cld ) { return new SqlDeleteByQuery ( m_platform , cld , query , logger ) ; }
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generate a prepared DELETE - Statement according to query
|
1,470 |
private boolean hasBidirectionalAssociation ( Class clazz ) { ClassDescriptor cdesc ; Collection refs ; boolean hasBidirAssc ; if ( _withoutBidirAssc . contains ( clazz ) ) { return false ; } if ( _withBidirAssc . contains ( clazz ) ) { return true ; } cdesc = _pb . getClassDescriptor ( clazz ) ; refs = cdesc . getObjectReferenceDescriptors ( ) ; hasBidirAssc = false ; REFS_CYCLE : for ( Iterator it = refs . iterator ( ) ; it . hasNext ( ) ; ) { ObjectReferenceDescriptor ord ; ClassDescriptor relCDesc ; Collection relRefs ; ord = ( ObjectReferenceDescriptor ) it . next ( ) ; relCDesc = _pb . getClassDescriptor ( ord . getItemClass ( ) ) ; relRefs = relCDesc . getObjectReferenceDescriptors ( ) ; for ( Iterator relIt = relRefs . iterator ( ) ; relIt . hasNext ( ) ; ) { ObjectReferenceDescriptor relOrd ; relOrd = ( ObjectReferenceDescriptor ) relIt . next ( ) ; if ( relOrd . getItemClass ( ) . equals ( clazz ) ) { hasBidirAssc = true ; break REFS_CYCLE ; } } } if ( hasBidirAssc ) { _withBidirAssc . add ( clazz ) ; } else { _withoutBidirAssc . add ( clazz ) ; } return hasBidirAssc ; }
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Does the given class has bidirectional assiciation with some other class?
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1,471 |
private ArrayList handleDependentReferences ( Identity oid , Object userObject , Object [ ] origFields , Object [ ] newFields , Object [ ] newRefs ) throws LockingException { ClassDescriptor mif = _pb . getClassDescriptor ( userObject . getClass ( ) ) ; FieldDescriptor [ ] fieldDescs = mif . getFieldDescriptions ( ) ; Collection refDescs = mif . getObjectReferenceDescriptors ( ) ; int count = 1 + fieldDescs . length ; ArrayList newObjects = new ArrayList ( ) ; int countRefs = 0 ; for ( Iterator it = refDescs . iterator ( ) ; it . hasNext ( ) ; count ++ , countRefs ++ ) { ObjectReferenceDescriptor rds = ( ObjectReferenceDescriptor ) it . next ( ) ; Identity origOid = ( origFields == null ? null : ( Identity ) origFields [ count ] ) ; Identity newOid = ( Identity ) newFields [ count ] ; if ( rds . getOtmDependent ( ) ) { if ( ( origOid == null ) && ( newOid != null ) ) { ContextEntry entry = ( ContextEntry ) _objects . get ( newOid ) ; if ( entry == null ) { Object relObj = newRefs [ countRefs ] ; insertInternal ( newOid , relObj , LockType . WRITE_LOCK , true , oid , new Stack ( ) ) ; newObjects . add ( newOid ) ; } } else if ( ( origOid != null ) && ( ( newOid == null ) || ! newOid . equals ( origOid ) ) ) { markDelete ( origOid , oid , false ) ; } } } return newObjects ; }
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Mark for creation all newly introduced dependent references . Mark for deletion all nullified dependent references .
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1,472 |
private ArrayList handleDependentCollections ( Identity oid , Object obj , Object [ ] origCollections , Object [ ] newCollections , Object [ ] newCollectionsOfObjects ) throws LockingException { ClassDescriptor mif = _pb . getClassDescriptor ( obj . getClass ( ) ) ; Collection colDescs = mif . getCollectionDescriptors ( ) ; ArrayList newObjects = new ArrayList ( ) ; int count = 0 ; for ( Iterator it = colDescs . iterator ( ) ; it . hasNext ( ) ; count ++ ) { CollectionDescriptor cds = ( CollectionDescriptor ) it . next ( ) ; if ( cds . getOtmDependent ( ) ) { ArrayList origList = ( origCollections == null ? null : ( ArrayList ) origCollections [ count ] ) ; ArrayList newList = ( ArrayList ) newCollections [ count ] ; if ( origList != null ) { for ( Iterator it2 = origList . iterator ( ) ; it2 . hasNext ( ) ; ) { Identity origOid = ( Identity ) it2 . next ( ) ; if ( ( newList == null ) || ! newList . contains ( origOid ) ) { markDelete ( origOid , oid , true ) ; } } } if ( newList != null ) { int countElem = 0 ; for ( Iterator it2 = newList . iterator ( ) ; it2 . hasNext ( ) ; countElem ++ ) { Identity newOid = ( Identity ) it2 . next ( ) ; if ( ( origList == null ) || ! origList . contains ( newOid ) ) { ContextEntry entry = ( ContextEntry ) _objects . get ( newOid ) ; if ( entry == null ) { ArrayList relCol = ( ArrayList ) newCollectionsOfObjects [ count ] ; Object relObj = relCol . get ( countElem ) ; insertInternal ( newOid , relObj , LockType . WRITE_LOCK , true , null , new Stack ( ) ) ; newObjects . add ( newOid ) ; } } } } } } return newObjects ; }
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Mark for creation all objects that were included into dependent collections . Mark for deletion all objects that were excluded from dependent collections .
|
1,473 |
public void refresh ( String [ ] configLocations ) throws GeomajasException { try { setConfigLocations ( configLocations ) ; refresh ( ) ; } catch ( Exception e ) { throw new GeomajasException ( e , ExceptionCode . REFRESH_CONFIGURATION_FAILED ) ; } }
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Refresh this context with the specified configuration locations .
|
1,474 |
public void rollback ( ) throws GeomajasException { try { setConfigLocations ( previousConfigLocations ) ; refresh ( ) ; } catch ( Exception e ) { throw new GeomajasException ( e , ExceptionCode . REFRESH_CONFIGURATION_FAILED ) ; } }
|
Roll back to the previous configuration .
|
1,475 |
public String getUrl ( ) { final StringBuilder sb = new StringBuilder ( ) ; sb . append ( "http://" ) ; sb . append ( getHttpConfiguration ( ) . getBindHost ( ) . get ( ) ) ; sb . append ( ":" ) ; sb . append ( getHttpConfiguration ( ) . getPort ( ) ) ; return sb . toString ( ) ; }
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Returns the complete Grapes root URL
|
1,476 |
public void addRow ( final String ... cells ) { final Row row = new Row ( ( Object [ ] ) cells ) ; if ( ! rows . contains ( row ) ) { rows . add ( row ) ; } }
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Add a row to the table if it does not already exist
|
1,477 |
private static String firstFoundTableName ( PersistenceBroker brokerForClass , ClassDescriptor cld ) { String name = null ; if ( ! cld . isInterface ( ) && cld . getFullTableName ( ) != null ) { return cld . getFullTableName ( ) ; } if ( cld . isExtent ( ) ) { Collection extentClasses = cld . getExtentClasses ( ) ; for ( Iterator iterator = extentClasses . iterator ( ) ; iterator . hasNext ( ) ; ) { name = firstFoundTableName ( brokerForClass , brokerForClass . getClassDescriptor ( ( Class ) iterator . next ( ) ) ) ; if ( name != null ) break ; } } return name ; }
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try to find the first none null table name for the given class - descriptor . If cld has extent classes all of these cld s searched for the first none null table name .
|
1,478 |
public static long getMaxId ( PersistenceBroker brokerForClass , Class topLevel , FieldDescriptor original ) throws PersistenceBrokerException { long max = 0 ; long tmp ; ClassDescriptor cld = brokerForClass . getClassDescriptor ( topLevel ) ; if ( ! cld . isInterface ( ) && ! cld . isAbstract ( ) ) { tmp = getMaxIdForClass ( brokerForClass , cld , original ) ; if ( tmp > max ) { max = tmp ; } } if ( cld . isExtent ( ) ) { Vector extentClasses = cld . getExtentClasses ( ) ; for ( int i = 0 ; i < extentClasses . size ( ) ; i ++ ) { Class extentClass = ( Class ) extentClasses . get ( i ) ; if ( cld . getClassOfObject ( ) . equals ( extentClass ) ) { throw new PersistenceBrokerException ( "Circular extent in " + extentClass + ", please check the repository" ) ; } else { tmp = getMaxId ( brokerForClass , extentClass , original ) ; } if ( tmp > max ) { max = tmp ; } } } return max ; }
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Search down all extent classes and return max of all found PK values .
|
1,479 |
public static long getMaxIdForClass ( PersistenceBroker brokerForClass , ClassDescriptor cldForOriginalOrExtent , FieldDescriptor original ) throws PersistenceBrokerException { FieldDescriptor field = null ; if ( ! original . getClassDescriptor ( ) . equals ( cldForOriginalOrExtent ) ) { if ( ! original . getClassDescriptor ( ) . getFullTableName ( ) . equals ( cldForOriginalOrExtent . getFullTableName ( ) ) ) { field = cldForOriginalOrExtent . getFieldDescriptorByName ( original . getAttributeName ( ) ) ; } } else { field = original ; } if ( field == null ) { return 0 ; } String column = field . getColumnName ( ) ; long result = 0 ; ResultSet rs = null ; Statement stmt = null ; StatementManagerIF sm = brokerForClass . serviceStatementManager ( ) ; String table = cldForOriginalOrExtent . getFullTableName ( ) ; String sql = SM_SELECT_MAX + column + SM_FROM + table ; try { stmt = sm . getGenericStatement ( cldForOriginalOrExtent , Query . NOT_SCROLLABLE ) ; rs = stmt . executeQuery ( sql ) ; rs . next ( ) ; result = rs . getLong ( 1 ) ; } catch ( Exception e ) { log . warn ( "Cannot lookup max value from table " + table + " for column " + column + ", PB was " + brokerForClass + ", using jdbc-descriptor " + brokerForClass . serviceConnectionManager ( ) . getConnectionDescriptor ( ) , e ) ; } finally { try { sm . closeResources ( stmt , rs ) ; } catch ( Exception ignore ) { } } return result ; }
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lookup current maximum value for a single field in table the given class descriptor was associated .
|
1,480 |
public static Identity fromByteArray ( final byte [ ] anArray ) throws PersistenceBrokerException { try { final ByteArrayInputStream bais = new ByteArrayInputStream ( anArray ) ; final GZIPInputStream gis = new GZIPInputStream ( bais ) ; final ObjectInputStream ois = new ObjectInputStream ( gis ) ; final Identity result = ( Identity ) ois . readObject ( ) ; ois . close ( ) ; gis . close ( ) ; bais . close ( ) ; return result ; } catch ( Exception ex ) { throw new PersistenceBrokerException ( ex ) ; } }
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Factory method that returns an Identity object created from a serializated representation .
|
1,481 |
public byte [ ] serialize ( ) throws PersistenceBrokerException { try { final ByteArrayOutputStream bao = new ByteArrayOutputStream ( ) ; final GZIPOutputStream gos = new GZIPOutputStream ( bao ) ; final ObjectOutputStream oos = new ObjectOutputStream ( gos ) ; oos . writeObject ( this ) ; oos . close ( ) ; gos . close ( ) ; bao . close ( ) ; return bao . toByteArray ( ) ; } catch ( Exception ignored ) { throw new PersistenceBrokerException ( ignored ) ; } }
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Return the serialized form of this Identity .
|
1,482 |
protected void checkForPrimaryKeys ( final Object realObject ) throws ClassNotPersistenceCapableException { if ( m_pkValues == null || m_pkValues . length == 0 ) { throw createException ( "OJB needs at least one primary key attribute for class: " , realObject , null ) ; } }
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OJB can handle only classes that declare at least one primary key attribute this method checks this condition .
|
1,483 |
public TileMap getCapabilities ( TmsLayer layer ) throws TmsLayerException { try { JAXBContext context = JAXBContext . newInstance ( TileMap . class ) ; Unmarshaller um = context . createUnmarshaller ( ) ; if ( layer . getBaseTmsUrl ( ) . startsWith ( CLASSPATH ) ) { String location = layer . getBaseTmsUrl ( ) . substring ( CLASSPATH . length ( ) ) ; if ( location . length ( ) > 0 && location . charAt ( 0 ) == '/' ) { location = location . substring ( 1 ) ; } ClassLoader cl = Thread . currentThread ( ) . getContextClassLoader ( ) ; if ( null == cl ) { cl = getClass ( ) . getClassLoader ( ) ; } InputStream is = cl . getResourceAsStream ( location ) ; if ( null != is ) { try { return ( TileMap ) um . unmarshal ( is ) ; } finally { try { is . close ( ) ; } catch ( IOException ioe ) { } } } throw new TmsLayerException ( TmsLayerException . COULD_NOT_FIND_FILE , layer . getBaseTmsUrl ( ) ) ; } return ( TileMap ) um . unmarshal ( httpService . getStream ( layer . getBaseTmsUrl ( ) , layer ) ) ; } catch ( JAXBException e ) { throw new TmsLayerException ( e , TmsLayerException . COULD_NOT_READ_FILE , layer . getBaseTmsUrl ( ) ) ; } catch ( IOException e ) { throw new TmsLayerException ( e , TmsLayerException . COULD_NOT_READ_FILE , layer . getBaseTmsUrl ( ) ) ; } }
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Get the configuration for a TMS layer by retrieving and parsing it s XML description file . The parsing is done using JaxB .
|
1,484 |
public RasterLayerInfo asLayerInfo ( TileMap tileMap ) { RasterLayerInfo layerInfo = new RasterLayerInfo ( ) ; layerInfo . setCrs ( tileMap . getSrs ( ) ) ; layerInfo . setDataSourceName ( tileMap . getTitle ( ) ) ; layerInfo . setLayerType ( LayerType . RASTER ) ; layerInfo . setMaxExtent ( asBbox ( tileMap . getBoundingBox ( ) ) ) ; layerInfo . setTileHeight ( tileMap . getTileFormat ( ) . getHeight ( ) ) ; layerInfo . setTileWidth ( tileMap . getTileFormat ( ) . getWidth ( ) ) ; List < ScaleInfo > zoomLevels = new ArrayList < ScaleInfo > ( tileMap . getTileSets ( ) . getTileSets ( ) . size ( ) ) ; for ( TileSet tileSet : tileMap . getTileSets ( ) . getTileSets ( ) ) { zoomLevels . add ( asScaleInfo ( tileSet ) ) ; } layerInfo . setZoomLevels ( zoomLevels ) ; return layerInfo ; }
|
Transform a TMS layer description object into a raster layer info object .
|
1,485 |
private void init_jdbcTypes ( ) throws SQLException { ReportQuery q = ( ReportQuery ) getQueryObject ( ) . getQuery ( ) ; m_jdbcTypes = new int [ m_attributeCount ] ; if ( q . getJdbcTypes ( ) != null ) { m_jdbcTypes = q . getJdbcTypes ( ) ; } else { ResultSetMetaData rsMetaData = getRsAndStmt ( ) . m_rs . getMetaData ( ) ; for ( int i = 0 ; i < m_attributeCount ; i ++ ) { m_jdbcTypes [ i ] = rsMetaData . getColumnType ( i + 1 ) ; } } }
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get the jdbcTypes from the Query or the ResultSet if not available from the Query
|
1,486 |
private int getLiteralId ( String literal ) throws PersistenceBrokerException { try { return tags . getIdByTag ( literal ) ; } catch ( NullPointerException t ) { throw new MetadataException ( "unknown literal: '" + literal + "'" , t ) ; } }
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returns the XmlCapable id associated with the literal . OJB maintains a RepositoryTags table that provides a mapping from xml - tags to XmlCapable ids .
|
1,487 |
public final boolean hasReturnValues ( ) { if ( this . hasReturnValue ( ) ) { return true ; } else { Iterator iter = this . getArguments ( ) . iterator ( ) ; while ( iter . hasNext ( ) ) { ArgumentDescriptor arg = ( ArgumentDescriptor ) iter . next ( ) ; if ( arg . getIsReturnedByProcedure ( ) ) { return true ; } } } return false ; }
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Does this procedure return any values to the caller ?
|
1,488 |
protected void addArguments ( FieldDescriptor field [ ] ) { for ( int i = 0 ; i < field . length ; i ++ ) { ArgumentDescriptor arg = new ArgumentDescriptor ( this ) ; arg . setValue ( field [ i ] . getAttributeName ( ) , false ) ; this . addArgument ( arg ) ; } }
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Set up arguments for each FieldDescriptor in an array .
|
1,489 |
public void setNamedRoles ( Map < String , List < NamedRoleInfo > > namedRoles ) { this . namedRoles = namedRoles ; ldapRoleMapping = new HashMap < String , Set < String > > ( ) ; for ( String roleName : namedRoles . keySet ( ) ) { if ( ! ldapRoleMapping . containsKey ( roleName ) ) { ldapRoleMapping . put ( roleName , new HashSet < String > ( ) ) ; } for ( NamedRoleInfo role : namedRoles . get ( roleName ) ) { ldapRoleMapping . get ( roleName ) . add ( role . getName ( ) ) ; } } }
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Set the named roles which may be defined .
|
1,490 |
public void setPixelPerUnit ( double pixelPerUnit ) { if ( pixelPerUnit < MINIMUM_PIXEL_PER_UNIT ) { pixelPerUnit = MINIMUM_PIXEL_PER_UNIT ; } if ( pixelPerUnit > MAXIMUM_PIXEL_PER_UNIT ) { pixelPerUnit = MAXIMUM_PIXEL_PER_UNIT ; } this . pixelPerUnit = pixelPerUnit ; setPixelPerUnitBased ( true ) ; postConstruct ( ) ; }
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Sets the scale value in pixel per map unit .
|
1,491 |
protected void postConstruct ( ) { if ( pixelPerUnitBased ) { if ( pixelPerUnit > PIXEL_PER_METER ) { this . numerator = pixelPerUnit / conversionFactor ; this . denominator = 1 ; } else { this . numerator = 1 ; this . denominator = PIXEL_PER_METER / pixelPerUnit ; } setPixelPerUnitBased ( false ) ; } else { this . pixelPerUnit = numerator / denominator * conversionFactor ; setPixelPerUnitBased ( true ) ; } }
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Finish configuration .
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1,492 |
void nextExecuted ( String sql ) throws SQLException { count ++ ; if ( _order . contains ( sql ) ) { return ; } String sqlCmd = sql . substring ( 0 , 7 ) ; String rest = sql . substring ( sqlCmd . equals ( "UPDATE " ) ? 7 : 12 ) ; String tableName = rest . substring ( 0 , rest . indexOf ( ' ' ) ) ; HashSet fkTables = ( HashSet ) _fkInfo . get ( tableName ) ; if ( _touched . contains ( tableName ) ) { executeBatch ( ) ; } if ( sqlCmd . equals ( "INSERT " ) ) { if ( _dontInsert != null && _dontInsert . contains ( tableName ) ) { executeBatch ( ) ; } } else { if ( _deleted != null && fkTables != null ) { HashSet intersection = ( HashSet ) _deleted . clone ( ) ; intersection . retainAll ( fkTables ) ; if ( ! intersection . isEmpty ( ) ) { executeBatch ( ) ; } } } _order . add ( sql ) ; _touched . add ( tableName ) ; if ( sqlCmd . equals ( "INSERT " ) ) { if ( fkTables != null ) { if ( _dontInsert == null ) { _dontInsert = new HashSet ( ) ; } _dontInsert . addAll ( fkTables ) ; } } else if ( sqlCmd . equals ( "DELETE " ) ) { if ( _deleted == null ) { _deleted = new HashSet ( ) ; } _deleted . add ( tableName ) ; } }
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Remember the order of execution
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1,493 |
private PreparedStatement prepareBatchStatement ( String sql ) { String sqlCmd = sql . substring ( 0 , 7 ) ; if ( sqlCmd . equals ( "UPDATE " ) || sqlCmd . equals ( "DELETE " ) || ( _useBatchInserts && sqlCmd . equals ( "INSERT " ) ) ) { PreparedStatement stmt = ( PreparedStatement ) _statements . get ( sql ) ; if ( stmt == null ) { stmt = ( PreparedStatement ) Proxy . newProxyInstance ( getClass ( ) . getClassLoader ( ) , new Class [ ] { PreparedStatement . class , Statement . class , BatchPreparedStatement . class } , new PreparedStatementInvocationHandler ( this , sql , m_jcd ) ) ; _statements . put ( sql , stmt ) ; } return stmt ; } else { return null ; } }
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If UPDATE INSERT or DELETE return BatchPreparedStatement otherwise return null .
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1,494 |
public static void generateJavaFiles ( String requirementsFolder , String platformName , String src_test_dir , String tests_package , String casemanager_package , String loggingPropFile ) throws Exception { File reqFolder = new File ( requirementsFolder ) ; if ( reqFolder . isDirectory ( ) ) { for ( File f : reqFolder . listFiles ( ) ) { if ( f . getName ( ) . endsWith ( ".story" ) ) { try { SystemReader . generateJavaFilesForOneStory ( f . getCanonicalPath ( ) , platformName , src_test_dir , tests_package , casemanager_package , loggingPropFile ) ; } catch ( IOException e ) { String message = "ERROR: " + e . getMessage ( ) ; logger . severe ( message ) ; throw new BeastException ( message , e ) ; } } } for ( File f : reqFolder . listFiles ( ) ) { if ( f . isDirectory ( ) ) { SystemReader . generateJavaFiles ( requirementsFolder + File . separator + f . getName ( ) , platformName , src_test_dir , tests_package + "." + f . getName ( ) , casemanager_package , loggingPropFile ) ; } } } else if ( reqFolder . getName ( ) . endsWith ( ".story" ) ) { SystemReader . generateJavaFilesForOneStory ( requirementsFolder , platformName , src_test_dir , tests_package , casemanager_package , loggingPropFile ) ; } else { String message = "No story file found in " + requirementsFolder ; logger . severe ( message ) ; throw new BeastException ( message ) ; } }
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Main method of the class which handles the process of creating the tests
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1,495 |
public void setPromoted ( final boolean promoted ) { this . promoted = promoted ; for ( final Artifact artifact : artifacts ) { artifact . setPromoted ( promoted ) ; } for ( final Module suModule : submodules ) { suModule . setPromoted ( promoted ) ; } }
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Sets the promotion state .
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1,496 |
public void addDependency ( final Dependency dependency ) { if ( dependency != null && ! dependencies . contains ( dependency ) ) { this . dependencies . add ( dependency ) ; } }
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Add a dependency to the module .
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1,497 |
public void addSubmodule ( final Module submodule ) { if ( ! submodules . contains ( submodule ) ) { submodule . setSubmodule ( true ) ; if ( promoted ) { submodule . setPromoted ( promoted ) ; } submodules . add ( submodule ) ; } }
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Adds a submodule to the module .
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1,498 |
public void addArtifact ( final Artifact artifact ) { if ( ! artifacts . contains ( artifact ) ) { if ( promoted ) { artifact . setPromoted ( promoted ) ; } artifacts . add ( artifact ) ; } }
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Adds an artifact to the module .
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1,499 |
public static String get ( MessageKey key ) { return data . getProperty ( key . toString ( ) , key . toString ( ) ) ; }
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Retrieves the configured message by property key
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