idx int64 0 41.2k | question stringlengths 83 4.15k | target stringlengths 5 715 |
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15,400 | public AmqpChannel getBasic ( String queue , boolean noAck ) { Object [ ] args = { 0 , queue , noAck } ; WrappedByteBuffer bodyArg = null ; HashMap < String , Object > headersArg = null ; String methodName = "getBasic" ; String methodId = "60" + "70" ; AmqpMethod amqpMethod = MethodLookup . LookupMethod ( methodId ) ; Object [ ] arguments = { this , amqpMethod , this . id , args , bodyArg , headersArg } ; asyncClient . enqueueAction ( methodName , "channelWrite" , arguments , null , null ) ; return this ; } | Gets messages from the queue and dispatches it to the listener |
15,401 | private void fireOnOpen ( ChannelEvent e ) { if ( readyState == ReadyState . OPEN ) { return ; } readyState = ReadyState . OPEN ; List < EventListener > listeners = changes . getListenerList ( AMQP ) ; for ( EventListener listener : listeners ) { ChannelListener amqpListener = ( ChannelListener ) listener ; amqpListener . onOpen ( e ) ; } } | Fired when channel is opened |
15,402 | private void fireOnDeclareExchange ( ChannelEvent e ) { List < EventListener > listeners = changes . getListenerList ( AMQP ) ; for ( EventListener listener : listeners ) { ChannelListener amqpListener = ( ChannelListener ) listener ; amqpListener . onDeclareExchange ( e ) ; } } | Fired when exchange is declared |
15,403 | private void fireOnDeclareQueue ( ChannelEvent e ) { List < EventListener > listeners = changes . getListenerList ( AMQP ) ; for ( EventListener listener : listeners ) { ChannelListener amqpListener = ( ChannelListener ) listener ; amqpListener . onDeclareQueue ( e ) ; } } | Fired when Queue is declared |
15,404 | private void fireOnBindQueue ( ChannelEvent e ) { List < EventListener > listeners = changes . getListenerList ( AMQP ) ; for ( EventListener listener : listeners ) { ChannelListener amqpListener = ( ChannelListener ) listener ; amqpListener . onBindQueue ( e ) ; } } | Fired when Queue is bound |
15,405 | private void fireOnConsumeBasic ( ChannelEvent e ) { List < EventListener > listeners = changes . getListenerList ( AMQP ) ; for ( EventListener listener : listeners ) { ChannelListener amqpListener = ( ChannelListener ) listener ; amqpListener . onConsumeBasic ( e ) ; } } | Fired on consume basic |
15,406 | private void fireOnCommitTransaction ( ChannelEvent e ) { List < EventListener > listeners = changes . getListenerList ( AMQP ) ; for ( EventListener listener : listeners ) { ChannelListener amqpListener = ( ChannelListener ) listener ; amqpListener . onCommit ( e ) ; } } | Fired on transaction commit |
15,407 | private void fireOnRollbackTransaction ( ChannelEvent e ) { List < EventListener > listeners = changes . getListenerList ( AMQP ) ; for ( EventListener listener : listeners ) { ChannelListener amqpListener = ( ChannelListener ) listener ; amqpListener . onRollback ( e ) ; } } | Fired on transaction rollbacked |
15,408 | private void fireOnSelectTransaction ( ChannelEvent e ) { List < EventListener > listeners = changes . getListenerList ( AMQP ) ; for ( EventListener listener : listeners ) { ChannelListener amqpListener = ( ChannelListener ) listener ; amqpListener . onSelect ( e ) ; } } | Fired on transaction select |
15,409 | private void fireOnMessage ( ChannelEvent e ) { List < EventListener > listeners = changes . getListenerList ( AMQP ) ; for ( EventListener listener : listeners ) { ChannelListener amqpListener = ( ChannelListener ) listener ; amqpListener . onMessage ( e ) ; } } | Fired on message retreival |
15,410 | private void fireOnUnbind ( ChannelEvent e ) { List < EventListener > listeners = changes . getListenerList ( AMQP ) ; for ( EventListener listener : listeners ) { ChannelListener amqpListener = ( ChannelListener ) listener ; amqpListener . onUnbind ( e ) ; } } | Fired on Unbind event |
15,411 | private void fireOnDeleteQueue ( ChannelEvent e ) { List < EventListener > listeners = changes . getListenerList ( AMQP ) ; for ( EventListener listener : listeners ) { ChannelListener amqpListener = ( ChannelListener ) listener ; amqpListener . onDeleteQueue ( e ) ; } } | Fired when queue is deleted |
15,412 | private void fireOnDeleteExchange ( ChannelEvent e ) { List < EventListener > listeners = changes . getListenerList ( AMQP ) ; for ( EventListener listener : listeners ) { ChannelListener amqpListener = ( ChannelListener ) listener ; amqpListener . onDeleteExchange ( e ) ; } } | Fired when exchange is deleted |
15,413 | private void fireOnCancelBasic ( ChannelEvent e ) { List < EventListener > listeners = changes . getListenerList ( AMQP ) ; for ( EventListener listener : listeners ) { ChannelListener amqpListener = ( ChannelListener ) listener ; amqpListener . onCancelBasic ( e ) ; } } | Fired on cancel basic |
15,414 | private void fireOnGetBasic ( ChannelEvent e ) { List < EventListener > listeners = changes . getListenerList ( AMQP ) ; for ( EventListener listener : listeners ) { ChannelListener amqpListener = ( ChannelListener ) listener ; amqpListener . onGetBasic ( e ) ; } } | Fired on get basic |
15,415 | private void fireOnPurgeQueue ( ChannelEvent e ) { List < EventListener > listeners = changes . getListenerList ( AMQP ) ; for ( EventListener listener : listeners ) { ChannelListener amqpListener = ( ChannelListener ) listener ; amqpListener . onPurgeQueue ( e ) ; } } | Fired on purge queue |
15,416 | private void fireOnRecoverBasic ( ChannelEvent e ) { List < EventListener > listeners = changes . getListenerList ( AMQP ) ; for ( EventListener listener : listeners ) { ChannelListener amqpListener = ( ChannelListener ) listener ; amqpListener . onRecoverBasic ( e ) ; } } | Fired on recover basic |
15,417 | private void fireOnRejectBasic ( ChannelEvent e ) { List < EventListener > listeners = changes . getListenerList ( AMQP ) ; for ( EventListener listener : listeners ) { ChannelListener amqpListener = ( ChannelListener ) listener ; amqpListener . onRejectBasic ( e ) ; } } | Fired on reject basic |
15,418 | public void processConnect ( WebSocketChannel channel , WSURI location , String [ ] protocols ) { LOG . entering ( CLASS_NAME , "connect" , channel ) ; WebSocketCompositeChannel compositeChannel = ( WebSocketCompositeChannel ) channel ; if ( compositeChannel . readyState != ReadyState . CLOSED ) { LOG . warning ( "Attempt to reconnect an existing open WebSocket to a different location" ) ; throw new IllegalStateException ( "Attempt to reconnect an existing open WebSocket to a different location" ) ; } compositeChannel . readyState = ReadyState . CONNECTING ; compositeChannel . requestedProtocols = protocols ; String scheme = compositeChannel . getCompositeScheme ( ) ; if ( scheme . indexOf ( ":" ) >= 0 ) { WebSocketStrategy strategy = strategyMap . get ( scheme ) ; if ( strategy == null ) { throw new IllegalArgumentException ( "Invalid connection scheme: " + scheme ) ; } LOG . finest ( "Turning off fallback since the URL is prefixed with java:" ) ; compositeChannel . connectionStrategies . add ( scheme ) ; } else { String [ ] connectionStrategies = strategyChoices . get ( scheme ) ; if ( connectionStrategies != null ) { for ( String each : connectionStrategies ) { compositeChannel . connectionStrategies . add ( each ) ; } } else { throw new IllegalArgumentException ( "Invalid connection scheme: " + scheme ) ; } } fallbackNext ( compositeChannel , null ) ; } | Connect the WebSocket object to the remote location |
15,419 | public void processTextMessage ( WebSocketChannel channel , String message ) { LOG . entering ( CLASS_NAME , "send" , message ) ; WebSocketCompositeChannel parent = ( WebSocketCompositeChannel ) channel ; if ( parent . readyState != ReadyState . OPEN ) { LOG . warning ( "Attempt to post message on unopened or closed web socket" ) ; throw new IllegalStateException ( "Attempt to post message on unopened or closed web socket" ) ; } WebSocketSelectedChannel selectedChannel = parent . selectedChannel ; selectedChannel . handler . processTextMessage ( selectedChannel , message ) ; } | Writes the message to the WebSocket . |
15,420 | public void removeChatGrabber ( JTextComponent comp ) { comp . removeAncestorListener ( this ) ; _chatGrabbers . remove ( comp ) ; _curChatGrabber = _chatGrabbers . isEmpty ( ) ? null : _chatGrabbers . getLast ( ) ; } | Removes the specified component from the list of chat grabbers so that it will no longer be notified of chat - like key events . |
15,421 | protected boolean isTypeableTarget ( Component target ) { return target . isShowing ( ) && ( ( ( target instanceof JTextComponent ) && ( ( JTextComponent ) target ) . isEditable ( ) ) || ( target instanceof JComboBox ) || ( target instanceof JTable ) || ( target instanceof JRootPane ) ) ; } | Returns true if the specified target component supports being typed into and thus we shouldn t steal focus away from it if the user starts typing . |
15,422 | public void windowLostFocus ( WindowEvent e ) { if ( ! _downKeys . isEmpty ( ) ) { long now = System . currentTimeMillis ( ) ; for ( KeyEvent down : _downKeys . values ( ) ) { KeyEvent up = new KeyEvent ( down . getComponent ( ) , KeyEvent . KEY_RELEASED , now , down . getModifiers ( ) , down . getKeyCode ( ) , down . getKeyChar ( ) , down . getKeyLocation ( ) ) ; for ( int ii = 0 , nn = _listeners . size ( ) ; ii < nn ; ii ++ ) { _listeners . get ( ii ) . keyReleased ( up ) ; } } _downKeys . clear ( ) ; } } | documentation inherited from interface WindowFocusListener |
15,423 | public static < T > CloseableIterable < T > distinct ( final CloseableIterable < T > iterable ) { return wrap ( Iterables2 . distinct ( iterable ) , iterable ) ; } | If we can assume the closeable iterable is sorted return the distinct elements . This only works if the data provided is sorted . |
15,424 | public void delete ( ) { IntBuffer idbuf = BufferUtils . createIntBuffer ( 1 ) ; idbuf . put ( _id ) . rewind ( ) ; AL10 . alDeleteBuffers ( idbuf ) ; _id = 0 ; } | Deletes this buffer rendering it unusable . |
15,425 | public void visitObjects ( ObjectVisitor visitor , boolean interestingOnly ) { for ( Iterator < Section > iter = getSections ( ) ; iter . hasNext ( ) ; ) { Section sect = iter . next ( ) ; for ( ObjectInfo oinfo : sect . objectInfo ) { visitor . visit ( oinfo ) ; } if ( ! interestingOnly ) { for ( int oo = 0 ; oo < sect . objectTileIds . length ; oo ++ ) { ObjectInfo info = new ObjectInfo ( ) ; info . tileId = sect . objectTileIds [ oo ] ; info . x = sect . objectXs [ oo ] ; info . y = sect . objectYs [ oo ] ; visitor . visit ( info ) ; } } } } | Informs the supplied visitor of each object in this scene . |
15,426 | public void setSection ( Section section ) { _sections . put ( key ( section . x , section . y ) , section ) ; } | Don t call this method! This is only public so that the scene parser can construct a scene from raw data . If only Java supported class friendship . |
15,427 | protected final int key ( int x , int y ) { int sx = MathUtil . floorDiv ( x , swidth ) ; int sy = MathUtil . floorDiv ( y , sheight ) ; return ( sx << 16 ) | ( sy & 0xFFFF ) ; } | Returns the key for the specified section . |
15,428 | protected final Section getSection ( int x , int y , boolean create ) { int key = key ( x , y ) ; Section sect = _sections . get ( key ) ; if ( sect == null && create ) { short sx = ( short ) ( MathUtil . floorDiv ( x , swidth ) * swidth ) ; short sy = ( short ) ( MathUtil . floorDiv ( y , sheight ) * sheight ) ; _sections . put ( key , sect = new Section ( sx , sy , swidth , sheight ) ) ; } return sect ; } | Returns the section for the specified tile coordinate . |
15,429 | public void forEach ( final Function < T , Void > function ) { for ( final ListenerEntry < T > entry : listeners . values ( ) ) { entry . executor . execute ( new Runnable ( ) { public void run ( ) { try { function . apply ( entry . listener ) ; } catch ( Throwable e ) { log . error ( String . format ( "Listener (%s) threw an exception" , entry . listener ) , e ) ; } } } ) ; } } | Utility - apply the given function to each listener . The function receives the listener as an argument . |
15,430 | public String summarizeState ( ) { StringBuilder buf = new StringBuilder ( ) ; buf . append ( "clipVol=" ) . append ( _clipVol ) ; buf . append ( ", disabled=[" ) ; int ii = 0 ; for ( SoundType soundType : _disabledTypes ) { if ( ii ++ > 0 ) { buf . append ( ", " ) ; } buf . append ( soundType ) ; } return buf . append ( "]" ) . toString ( ) ; } | Returns a string summarizing our volume settings and disabled sound types . |
15,431 | public boolean shouldPlay ( SoundType type ) { if ( type == null ) { type = DEFAULT ; } return _clipVol != 0f && isEnabled ( type ) ; } | Is sound on and is the specified soundtype enabled? |
15,432 | public void setEnabled ( final SoundType type , final boolean enabled ) { boolean changed ; if ( enabled ) { changed = _disabledTypes . remove ( type ) ; } else { changed = _disabledTypes . add ( type ) ; } if ( changed ) { _enabledObservers . apply ( new ObserverOp < SoundEnabledObserver > ( ) { public boolean apply ( SoundEnabledObserver observer ) { observer . enabledChanged ( type , enabled ) ; return true ; } } ) ; } } | Turns on or off the specified sound type . |
15,433 | public boolean play ( SoundType type , String pkgPath , String key , float pan ) { return play ( type , pkgPath , key , 0 , pan ) ; } | Play the specified sound as the specified type of sound immediately with the specified pan value . Note that a sound need not be locked prior to playing . |
15,434 | private void addMetaPageInternal ( final MetaHelpPage page ) { log . debug ( "Adding meta-page: {}" , page ) ; metaPages . put ( page . getName ( ) , page ) ; events . publish ( new MetaHelpPageAddedEvent ( page ) ) ; } | Exposed for discovery ; which is before lifecycle has been started . |
15,435 | public static void main ( String [ ] args ) { boolean enabled = ( args . length > 0 && args [ 0 ] . equals ( "on" ) ) ; Keyboard . setKeyRepeat ( enabled ) ; } | Tests keyboard functionality . |
15,436 | public static Point getSize ( float scale , Mirage image ) { int width = Math . max ( 0 , Math . round ( image . getWidth ( ) * scale ) ) ; int height = Math . max ( 0 , Math . round ( image . getHeight ( ) * scale ) ) ; return new Point ( width , height ) ; } | Computes the width and height to which an image should be scaled . |
15,437 | public static Point getCorner ( Point center , Point size ) { return new Point ( center . x - size . x / 2 , center . y - size . y / 2 ) ; } | Computes the upper left corner where the image should be drawn given the center and dimensions to which the image should be scaled . |
15,438 | private static DecoratorMap group_map_ ( Map < String , PathMatcher > paths ) { if ( paths . isEmpty ( ) ) return concat ( ) ; return new DecoratorMap ( ) { public Stream < Consumer < MutableContext > > map ( Stream < Consumer < MutableContext > > in , Context ctx ) { final Map < String , TimeSeriesValueSet > pathMapping = paths . entrySet ( ) . stream ( ) . collect ( Collectors . toMap ( Map . Entry :: getKey , pmEntry -> { return ctx . getTSData ( ) . getCurrentCollection ( ) . get ( p -> pmEntry . getValue ( ) . match ( p . getPath ( ) ) , x -> true ) ; } ) ) ; for ( final Map . Entry < String , TimeSeriesValueSet > pm : pathMapping . entrySet ( ) ) { final String identifier = pm . getKey ( ) ; final List < Consumer < MutableContext > > applications = pm . getValue ( ) . stream ( ) . map ( group -> { Consumer < MutableContext > application = ( nestedCtx ) -> nestedCtx . putGroupAliasByName ( identifier , group :: getGroup ) ; return application ; } ) . collect ( Collectors . toList ( ) ) ; in = in . flatMap ( inApplication -> applications . stream ( ) . map ( inApplication :: andThen ) ) ; } return in ; } } ; } | Create a decorator map from a mapping of GroupMatchers . |
15,439 | private static DecoratorMap metric_map_ ( Map < IdentifierPair , MetricMatcher > matchers ) { if ( matchers . isEmpty ( ) ) return concat ( ) ; return new DecoratorMap ( ) { public Stream < Consumer < MutableContext > > map ( Stream < Consumer < MutableContext > > in , Context ctx ) { final Map < IdentifierPair , List < Map . Entry < MetricMatcher . MatchedName , MetricValue > > > metricMapping = matchers . entrySet ( ) . stream ( ) . collect ( Collectors . toMap ( Map . Entry :: getKey , mmEntry -> mmEntry . getValue ( ) . filter ( ctx ) . collect ( Collectors . toList ( ) ) ) ) ; for ( final Map . Entry < IdentifierPair , List < Map . Entry < MetricMatcher . MatchedName , MetricValue > > > mm : metricMapping . entrySet ( ) ) { final String groupIdentifier = mm . getKey ( ) . getGroup ( ) ; final String metricIdentifier = mm . getKey ( ) . getMetric ( ) ; final List < Consumer < MutableContext > > applications = mm . getValue ( ) . stream ( ) . map ( matchedMetric -> { Consumer < MutableContext > application = ( nestedCtx ) -> { nestedCtx . putGroupAliasByName ( groupIdentifier , matchedMetric . getKey ( ) . getMatchedGroup ( ) :: getGroup ) ; nestedCtx . putMetricAliasByName ( metricIdentifier , matchedMetric . getKey ( ) . getMatchedGroup ( ) :: getGroup , matchedMetric . getKey ( ) :: getMetric ) ; } ; return application ; } ) . collect ( Collectors . toList ( ) ) ; in = in . flatMap ( inApplication -> applications . stream ( ) . map ( inApplication :: andThen ) ) ; } return in ; } } ; } | Create a decorator map from a mapping of metric matchers . |
15,440 | private static DecoratorMap concat ( DecoratorMap ... d_maps ) { return ( Stream < Consumer < MutableContext > > in , Context ctx ) -> { for ( DecoratorMap d_map : d_maps ) { in = d_map . map ( in , ctx ) ; } return in ; } ; } | Create a decorator map by chaining zero or more decorator maps . |
15,441 | public void add ( Metric m ) { final MetricName key = m . getName ( ) ; metrics_ . put ( key , m ) ; } | Add a new metric to the metric group . |
15,442 | @ SuppressWarnings ( "SynchronizationOnLocalVariableOrMethodParameter" ) private void waitForJobCompletion ( final CommandSessionImpl session ) throws InterruptedException { while ( true ) { Job job = session . foregroundJob ( ) ; if ( job == null ) break ; log . debug ( "Waiting for job completion: {}" , job ) ; synchronized ( job ) { if ( job . status ( ) == Job . Status . Foreground ) { job . wait ( ) ; } } } } | Wait for current job if any to complete . |
15,443 | protected Object getInstantiatedClass ( String query ) { if ( query . equals ( Constants . ROBOTIUM_SOLO ) ) { return solo ; } else if ( query . equals ( Constants . REMOTE_TEST_CLASS ) ) { return testClass ; } return null ; } | Get the instantiated solo if it is requested |
15,444 | protected View getView ( String viewName ) { for ( View view : solo . getCurrentViews ( ) ) { if ( view . toString ( ) . contains ( viewName ) ) { return view ; } } return null ; } | Return a view with the specified name or null |
15,445 | public < T > T access ( Class < T > clazz ) { if ( configuration . getClass ( ) . equals ( clazz ) ) { return clazz . cast ( configuration ) ; } try { return clazz . cast ( fieldCache . get ( clazz ) . get ( configuration ) ) ; } catch ( Exception e ) { log . error ( "Could not access field for " + clazz , e ) ; throw new RuntimeException ( e ) ; } } | Access a custom configuration of the given type . The fields of the configuration object are searched for one that is of the given type . |
15,446 | public < T > boolean has ( Class < T > clazz ) { return configuration . getClass ( ) . equals ( clazz ) || ( fieldCache . getIfPresent ( clazz ) != null ) ; } | Return true if there is a custom configuration of the given type . |
15,447 | public static StreamDecoder createInstance ( URL url ) throws IOException { String path = url . getPath ( ) ; int idx = path . lastIndexOf ( '.' ) ; if ( idx == - 1 ) { log . warning ( "Missing extension for URL." , "url" , url ) ; return null ; } String extension = path . substring ( idx + 1 ) ; Class < ? extends StreamDecoder > clazz = _extensions . get ( extension ) ; if ( clazz == null ) { log . warning ( "No decoder registered for extension." , "extension" , extension , "url" , url ) ; return null ; } StreamDecoder decoder ; try { decoder = clazz . newInstance ( ) ; } catch ( Exception e ) { log . warning ( "Error instantiating decoder." , "url" , url , e ) ; return null ; } decoder . init ( url . openStream ( ) ) ; return decoder ; } | Creates and initializes a stream decoder for the specified URL . |
15,448 | public void setTarget ( JComponent target , KeyTranslator xlate ) { setEnabled ( false ) ; _target = target ; _xlate = xlate ; } | Initializes the keyboard manager with the supplied target component and key translator and disables the keyboard manager if it is currently active . |
15,449 | public void setEnabled ( boolean enabled ) { if ( enabled && _target == null ) { log . warning ( "Attempt to enable uninitialized keyboard manager!" , new Exception ( ) ) ; return ; } if ( enabled == _enabled ) { return ; } if ( ! enabled ) { if ( Keyboard . isAvailable ( ) ) { Keyboard . setKeyRepeat ( _nativeRepeat ) ; } releaseAllKeys ( ) ; _keys . clear ( ) ; if ( _window != null ) { _window . removeWindowFocusListener ( this ) ; _window = null ; } _target . removeAncestorListener ( this ) ; _focus = false ; } else { _target . addAncestorListener ( this ) ; if ( _target . isShowing ( ) && _window == null ) { _window = SwingUtilities . getWindowAncestor ( _target ) ; if ( _window != null ) { _window . addWindowFocusListener ( this ) ; } } _focus = true ; if ( Keyboard . isAvailable ( ) ) { _nativeRepeat = Keyboard . isKeyRepeatEnabled ( ) ; Keyboard . setKeyRepeat ( ! _shouldDisableNativeRepeat ) ; } } _enabled = enabled ; } | Sets whether the keyboard manager processes keyboard input . |
15,450 | public void releaseAllKeys ( ) { long now = System . currentTimeMillis ( ) ; Iterator < KeyInfo > iter = _keys . elements ( ) ; while ( iter . hasNext ( ) ) { iter . next ( ) . release ( now ) ; } } | Releases all keys and ceases any hot repeating action that may be going on . |
15,451 | protected boolean keyPressed ( KeyEvent e ) { logKey ( "keyPressed" , e ) ; int keyCode = e . getKeyCode ( ) ; boolean hasCommand = _xlate . hasCommand ( keyCode ) ; if ( hasCommand ) { KeyInfo info = _keys . get ( keyCode ) ; if ( info == null ) { info = new KeyInfo ( keyCode ) ; _keys . put ( keyCode , info ) ; } info . setPressTime ( RunAnywhere . getWhen ( e ) ) ; } notifyObservers ( KeyEvent . KEY_PRESSED , e . getKeyCode ( ) , RunAnywhere . getWhen ( e ) ) ; return hasCommand ; } | Called when Swing notifies us that a key has been pressed while the keyboard manager is active . |
15,452 | protected boolean keyTyped ( KeyEvent e ) { logKey ( "keyTyped" , e ) ; char keyChar = e . getKeyChar ( ) ; boolean hasCommand = _xlate . hasCommand ( keyChar ) ; if ( hasCommand ) { if ( _shouldDisableNativeRepeat ) { _shouldDisableNativeRepeat = false ; if ( Keyboard . isAvailable ( ) ) { Keyboard . setKeyRepeat ( ! _shouldDisableNativeRepeat ) ; } } KeyInfo info = _chars . get ( keyChar ) ; if ( info == null ) { info = new KeyInfo ( keyChar ) ; _chars . put ( keyChar , info ) ; } info . setPressTime ( RunAnywhere . getWhen ( e ) ) ; } notifyObservers ( KeyEvent . KEY_TYPED , e . getKeyChar ( ) , RunAnywhere . getWhen ( e ) ) ; return hasCommand ; } | Called when Swing notifies us that a key has been typed while the keyboard manager is active . |
15,453 | protected boolean keyReleased ( KeyEvent e ) { logKey ( "keyReleased" , e ) ; KeyInfo info = _keys . get ( e . getKeyCode ( ) ) ; if ( info != null ) { info . setReleaseTime ( RunAnywhere . getWhen ( e ) ) ; } notifyObservers ( KeyEvent . KEY_RELEASED , e . getKeyCode ( ) , RunAnywhere . getWhen ( e ) ) ; return ( info != null ) ; } | Called when Swing notifies us that a key has been released while the keyboard manager is active . |
15,454 | protected void logKey ( String msg , KeyEvent e ) { if ( DEBUG_EVENTS || _debugTyping . getValue ( ) ) { int keyCode = e . getKeyCode ( ) ; log . info ( msg , "key" , KeyEvent . getKeyText ( keyCode ) ) ; } } | Logs the given message and key . |
15,455 | public void paint ( Graphics g , int x , int y , int width , int height ) { if ( _tiles == null ) { return ; } int rwid = width - 2 * _w3 , rhei = height - 2 * _h3 ; g . drawImage ( _tiles [ 0 ] , x , y , _w3 , _h3 , null ) ; g . drawImage ( _tiles [ 1 ] , x + _w3 , y , rwid , _h3 , null ) ; g . drawImage ( _tiles [ 2 ] , x + _w3 + rwid , y , _w3 , _h3 , null ) ; y += _h3 ; g . drawImage ( _tiles [ 3 ] , x , y , _w3 , rhei , null ) ; g . drawImage ( _tiles [ 4 ] , x + _w3 , y , rwid , rhei , null ) ; g . drawImage ( _tiles [ 5 ] , x + _w3 + rwid , y , _w3 , rhei , null ) ; y += rhei ; g . drawImage ( _tiles [ 6 ] , x , y , _w3 , _h3 , null ) ; g . drawImage ( _tiles [ 7 ] , x + _w3 , y , rwid , _h3 , null ) ; g . drawImage ( _tiles [ 8 ] , x + _w3 + rwid , y , _w3 , _h3 , null ) ; } | Fills the requested region with the background defined by our source image . |
15,456 | public Icon getIcon ( String iconSet , int index ) { try { TileSet set = _icons . get ( iconSet ) ; if ( set == null ) { String path = _config . getProperty ( iconSet + PATH_SUFFIX ) ; if ( StringUtil . isBlank ( path ) ) { throw new Exception ( "No path specified for icon set" ) ; } String metstr = _config . getProperty ( iconSet + METRICS_SUFFIX ) ; if ( StringUtil . isBlank ( metstr ) ) { throw new Exception ( "No metrics specified for icon set" ) ; } int [ ] metrics = StringUtil . parseIntArray ( metstr ) ; if ( metrics == null || metrics . length != 2 ) { throw new Exception ( "Invalid icon set metrics " + "[metrics=" + metstr + "]" ) ; } if ( _rsrcSet == null ) { set = _tilemgr . loadTileSet ( path , metrics [ 0 ] , metrics [ 1 ] ) ; } else { set = _tilemgr . loadTileSet ( _rsrcSet , path , metrics [ 0 ] , metrics [ 1 ] ) ; } _icons . put ( iconSet , set ) ; } return new TileIcon ( set . getTile ( index ) ) ; } catch ( Exception e ) { log . warning ( "Unable to load icon [iconSet=" + iconSet + ", index=" + index + ", error=" + e + "]." ) ; } return new ImageIcon ( ImageUtil . createErrorImage ( 32 , 32 ) ) ; } | Fetches the icon with the specified index from the named icon set . |
15,457 | public ByteOrder order ( ByteOrder o ) { _isBigEndian = "BIG_ENDIAN" . equals ( o . toString ( ) ) ; _buf . order ( o ) ; return o ; } | Set the byte order for this buffer |
15,458 | public WrappedByteBuffer compact ( ) { int remaining = remaining ( ) ; int capacity = capacity ( ) ; if ( capacity == 0 ) { return this ; } if ( remaining <= capacity >>> 2 && capacity > _minimumCapacity ) { int newCapacity = capacity ; int minCapacity = max ( _minimumCapacity , remaining << 1 ) ; for ( ; ; ) { if ( newCapacity >>> 1 < minCapacity ) { break ; } newCapacity >>>= 1 ; } newCapacity = max ( minCapacity , newCapacity ) ; if ( newCapacity == capacity ) { if ( _buf . remaining ( ) == 0 ) { _buf . position ( 0 ) ; _buf . limit ( _buf . capacity ( ) ) ; } else { java . nio . ByteBuffer dup = _buf . duplicate ( ) ; _buf . position ( 0 ) ; _buf . limit ( _buf . capacity ( ) ) ; _buf . put ( dup ) ; } return this ; } ByteOrder bo = order ( ) ; if ( remaining > newCapacity ) { throw new IllegalStateException ( "The amount of the remaining bytes is greater than " + "the new capacity." ) ; } java . nio . ByteBuffer oldBuf = _buf ; java . nio . ByteBuffer newBuf = java . nio . ByteBuffer . allocate ( newCapacity ) ; newBuf . put ( oldBuf ) ; _buf = newBuf ; _buf . order ( bo ) ; } else { _buf . compact ( ) ; } return this ; } | Compacts the buffer by removing leading bytes up to the buffer position and decrements the limit and position values accordingly . |
15,459 | public WrappedByteBuffer fillWith ( byte b , int size ) { _autoExpand ( size ) ; while ( size -- > 0 ) { _buf . put ( b ) ; } return this ; } | Fills the buffer with a specific number of repeated bytes . |
15,460 | public int indexOf ( byte b ) { if ( _buf . hasArray ( ) ) { byte [ ] array = _buf . array ( ) ; int arrayOffset = _buf . arrayOffset ( ) ; int startAt = arrayOffset + position ( ) ; int endAt = arrayOffset + limit ( ) ; for ( int i = startAt ; i < endAt ; i ++ ) { if ( array [ i ] == b ) { return i - arrayOffset ; } } return - 1 ; } else { int startAt = _buf . position ( ) ; int endAt = _buf . limit ( ) ; for ( int i = startAt ; i < endAt ; i ++ ) { if ( _buf . get ( i ) == b ) { return i ; } } return - 1 ; } } | Returns the index of the specified byte in the buffer . |
15,461 | public WrappedByteBuffer put ( byte [ ] v , int offset , int length ) { _autoExpand ( length ) ; for ( int i = 0 ; i < length ; i ++ ) { _buf . put ( v [ offset + i ] ) ; } return this ; } | Puts segment of a single - byte array into the buffer at the current position . |
15,462 | public WrappedByteBuffer putAt ( int index , byte v ) { _checkForWriteAt ( index , 1 ) ; _buf . put ( index , v ) ; return this ; } | Puts a single byte number into the buffer at the specified index . |
15,463 | public WrappedByteBuffer putUnsignedAt ( int index , int v ) { _checkForWriteAt ( index , 1 ) ; byte b = ( byte ) ( v & 0xFF ) ; return this . putAt ( index , b ) ; } | Puts an unsigned single byte into the buffer at the specified position . |
15,464 | public WrappedByteBuffer putShortAt ( int index , short v ) { _checkForWriteAt ( index , 2 ) ; _buf . putShort ( index , v ) ; return this ; } | Puts a two - byte short into the buffer at the specified index . |
15,465 | public WrappedByteBuffer putIntAt ( int index , int v ) { _checkForWriteAt ( index , 4 ) ; _buf . putInt ( index , v ) ; return this ; } | Puts a four - byte int into the buffer at the specified index . |
15,466 | public WrappedByteBuffer putLongAt ( int index , long v ) { _checkForWriteAt ( index , 8 ) ; _buf . putLong ( index , v ) ; return this ; } | Puts an eight - byte long into the buffer at the specified index . |
15,467 | public WrappedByteBuffer putString ( String v , Charset cs ) { java . nio . ByteBuffer strBuf = cs . encode ( v ) ; _autoExpand ( strBuf . limit ( ) ) ; _buf . put ( strBuf ) ; return this ; } | Puts a string into the buffer at the current position using the character set to encode the string as bytes . |
15,468 | public WrappedByteBuffer putPrefixedString ( int fieldSize , String v , Charset cs ) { if ( fieldSize == 0 ) { return this ; } boolean utf16 = cs . name ( ) . startsWith ( "UTF-16" ) ; if ( utf16 && ( fieldSize == 1 ) ) { throw new IllegalArgumentException ( "fieldSize is not even for UTF-16 character set" ) ; } java . nio . ByteBuffer strBuf = cs . encode ( v ) ; _autoExpand ( fieldSize + strBuf . limit ( ) ) ; int len = strBuf . remaining ( ) ; switch ( fieldSize ) { case 1 : put ( ( byte ) len ) ; break ; case 2 : putShort ( ( short ) len ) ; break ; case 4 : putInt ( len ) ; break ; default : throw new IllegalArgumentException ( "Illegal argument, field size should be 1,2 or 4 and fieldSize is: " + fieldSize ) ; } _buf . put ( strBuf ) ; return this ; } | Puts a string into the buffer at the specified index using the character set to encode the string as bytes . |
15,469 | public WrappedByteBuffer putBytesAt ( int index , byte [ ] b ) { _checkForWriteAt ( index , b . length ) ; int pos = _buf . position ( ) ; _buf . position ( index ) ; _buf . put ( b , 0 , b . length ) ; _buf . position ( pos ) ; return this ; } | Puts a single - byte array into the buffer at the specified index . |
15,470 | public WrappedByteBuffer putBuffer ( WrappedByteBuffer v ) { _autoExpand ( v . remaining ( ) ) ; _buf . put ( v . _buf ) ; return this ; } | Puts a buffer into the buffer at the current position . |
15,471 | public WrappedByteBuffer putBufferAt ( int index , WrappedByteBuffer v ) { int pos = _buf . position ( ) ; _buf . position ( index ) ; _buf . put ( v . _buf ) ; _buf . position ( pos ) ; return this ; } | Puts a buffer into the buffer at the specified index . |
15,472 | public byte [ ] getBytes ( int size ) { _checkForRead ( size ) ; byte [ ] dst = new byte [ size ] ; _buf . get ( dst , 0 , size ) ; return dst ; } | Returns a byte array of length size from the buffer from current position |
15,473 | public byte [ ] getBytesAt ( int index , int size ) { _checkForReadAt ( index , size ) ; byte [ ] dst = new byte [ size ] ; int i = 0 ; int j = index ; while ( i < size ) { dst [ i ++ ] = _buf . get ( j ++ ) ; } return dst ; } | Returns a byte array of length size from the buffer starting from the specified position . |
15,474 | public int getUnsignedMediumInt ( ) { int b1 = getUnsigned ( ) ; int b2 = getUnsigned ( ) ; int b3 = getUnsigned ( ) ; if ( _isBigEndian ) { return ( b1 << 16 ) | ( b2 << 8 ) | b3 ; } else { return ( b3 << 16 ) | ( b2 << 8 ) | b1 ; } } | Returns an unsigned three - byte medium int from the buffer at the current position |
15,475 | public long getUnsignedIntAt ( int index ) { _checkForReadAt ( index , 4 ) ; long val = ( long ) ( _buf . getInt ( index ) & 0xffffffffL ) ; return val ; } | Returns an unsigned four - byte int from the buffer at the specified index |
15,476 | public String getPrefixedString ( int fieldSize , Charset cs ) { int len = 0 ; switch ( fieldSize ) { case 1 : len = _buf . get ( ) ; break ; case 2 : len = _buf . getShort ( ) ; break ; case 4 : len = _buf . getInt ( ) ; break ; default : throw new IllegalArgumentException ( "Illegal argument, field size should be 1,2 or 4 and fieldSize is: " + fieldSize ) ; } if ( len == 0 ) { return "" ; } int oldLimit = _buf . limit ( ) ; try { _buf . limit ( _buf . position ( ) + len ) ; byte [ ] bytes = new byte [ len ] ; _buf . get ( bytes , 0 , len ) ; String retVal = cs . decode ( java . nio . ByteBuffer . wrap ( bytes ) ) . toString ( ) ; return retVal ; } finally { _buf . limit ( oldLimit ) ; } } | Returns a length - prefixed string from the buffer at the current position . |
15,477 | public String getString ( Charset cs ) { int nullAt = indexOf ( ( byte ) 0 ) ; boolean utf16 = cs . name ( ) . startsWith ( "UTF-16" ) ; if ( utf16 ) { int oldPos = _buf . position ( ) ; boolean nullFound = false ; while ( ! nullFound && ( nullAt != - 1 ) ) { if ( _buf . get ( nullAt + 1 ) == 0 ) { nullFound = true ; break ; } _buf . position ( nullAt + 1 ) ; nullAt = indexOf ( ( byte ) 0 ) ; } if ( ! nullFound ) { throw new IllegalStateException ( "The string being read is not UTF-16" ) ; } _buf . position ( oldPos ) ; } int newLimit ; if ( nullAt != - 1 ) { newLimit = nullAt ; } else { newLimit = _buf . limit ( ) ; } int numBytes = newLimit - _buf . position ( ) ; int oldLimit = _buf . limit ( ) ; try { _buf . limit ( newLimit ) ; byte [ ] bytes = new byte [ numBytes ] ; _buf . get ( bytes , 0 , numBytes ) ; String retVal = cs . decode ( java . nio . ByteBuffer . wrap ( bytes ) ) . toString ( ) ; return retVal ; } finally { _buf . limit ( oldLimit ) ; if ( nullAt != - 1 ) { _buf . get ( ) ; if ( utf16 ) { _buf . get ( ) ; } } } } | Returns a null - terminated string from the buffer at the current position . If the end of buffer if reached before discovering a null terminator byte then the decoded string includes all bytes up to the end of the buffer . |
15,478 | public WrappedByteBuffer skip ( int size ) { _autoExpand ( size ) ; _buf . position ( _buf . position ( ) + size ) ; return this ; } | Skips the specified number of bytes from the current position . |
15,479 | public String getHexDump ( ) { if ( _buf . position ( ) == _buf . limit ( ) ) { return "empty" ; } StringBuilder hexDump = new StringBuilder ( ) ; for ( int i = _buf . position ( ) ; i < _buf . limit ( ) ; i ++ ) { hexDump . append ( Integer . toHexString ( _buf . get ( i ) & 0xFF ) ) . append ( ' ' ) ; } return hexDump . toString ( ) ; } | Returns a hex dump of this buffer . |
15,480 | WrappedByteBuffer expandAt ( int i , int expectedRemaining ) { if ( ( i + expectedRemaining ) <= _buf . limit ( ) ) { return this ; } else { if ( ( i + expectedRemaining ) <= _buf . capacity ( ) ) { _buf . limit ( i + expectedRemaining ) ; } else { int newCapacity = _buf . capacity ( ) + ( ( expectedRemaining > INITIAL_CAPACITY ) ? expectedRemaining : INITIAL_CAPACITY ) ; java . nio . ByteBuffer newBuffer = java . nio . ByteBuffer . allocate ( newCapacity ) ; _buf . flip ( ) ; newBuffer . put ( _buf ) ; _buf = newBuffer ; } } return this ; } | Expands the buffer to support the expected number of remaining bytes at the specified index . |
15,481 | static void setArrayIndex ( Map < String , String > meta , int level , int index ) { meta . put ( level + ARRAY_IDX_SUFFIX , Integer . toString ( index ) ) ; } | Sets an array index on a map of metadata for a specific level of a nested json tree . Since the json requires that arrays have preserved order it s imported that it is constrained from the flattened to the re - expanded representation . |
15,482 | static Integer getArrayIndex ( Map < String , String > meta , int level ) { return Integer . parseInt ( meta . get ( level + ARRAY_IDX_SUFFIX ) ) ; } | Returns an array index for a specific level from the metadata from a flattened json tree . |
15,483 | static boolean hasArrayIndex ( Map < String , String > meta , int level ) { return meta . containsKey ( level + ARRAY_IDX_SUFFIX ) ; } | Determines whether or not a map of metadata contains array index information at the given level in a flattened json tree . |
15,484 | static Map < Integer , Integer > levelsToIndices ( Map < String , String > meta ) { Set < Map . Entry < String , String > > entries = meta . entrySet ( ) ; Map < Integer , Integer > levelToIdx = new HashMap < > ( ) ; for ( Map . Entry < String , String > entry : entries ) if ( entry . getKey ( ) . endsWith ( ARRAY_IDX_SUFFIX ) ) levelToIdx . put ( parseInt ( entry . getKey ( ) . substring ( 0 , entry . getKey ( ) . indexOf ( '.' ) ) ) , parseInt ( entry . getValue ( ) ) ) ; return levelToIdx ; } | Converts all array index information in a given map of metadata to a map that is keyed only by the level and each value is the index in the array for that level . This is used to optimize lookup since a string is used for the key in the metadata that should not conflict with keys that other applications may want to set . |
15,485 | public void stream ( final String bundle , final String path , final boolean loop , final ResultListener < Stream > listener ) throws IOException { if ( ! path . endsWith ( ".ogg" ) ) { log . warning ( "Unknown file type for streaming" , "bundle" , bundle , "path" , path ) ; return ; } InputStream rsrc = _loader . getSound ( bundle , path ) ; final StreamDecoder dec = new OggStreamDecoder ( ) ; dec . init ( rsrc ) ; getSoundQueue ( ) . postRunnable ( new Runnable ( ) { public void run ( ) { Stream s = new Stream ( _alSoundManager ) { protected void update ( float time ) { super . update ( time ) ; if ( _state != AL10 . AL_PLAYING ) { return ; } super . setGain ( _clipVol * _streamGain ) ; } public void setGain ( float gain ) { _streamGain = gain ; super . setGain ( _clipVol * _streamGain ) ; } protected int getFormat ( ) { return dec . getFormat ( ) ; } protected int getFrequency ( ) { return dec . getFrequency ( ) ; } protected int populateBuffer ( ByteBuffer buf ) throws IOException { int read = dec . read ( buf ) ; if ( buf . hasRemaining ( ) && loop ) { dec . init ( _loader . getSound ( bundle , path ) ) ; read = Math . max ( 0 , read ) ; read += dec . read ( buf ) ; } return read ; } protected float _streamGain = 1F ; } ; s . setGain ( _clipVol ) ; listener . requestCompleted ( s ) ; } } ) ; } | Streams ogg files from the given bundle and path . |
15,486 | private Map < Any2 < Integer , String > , String > resolve_template_args_ ( Matcher matcher ) { return template_ . getArguments ( ) . stream ( ) . collect ( Collectors . toMap ( arg -> arg , arg -> arg . mapCombine ( matcher :: group , matcher :: group ) ) ) ; } | Convert a regexp match to a map of matcher arguments . |
15,487 | private Optional < MetricValue > rewrite_ ( MetricValue v ) { return v . asString ( ) . map ( pattern_ :: matcher ) . filter ( matcher -> matcher . find ( ) ) . map ( this :: resolve_template_args_ ) . map ( template_ :: apply ) . map ( MetricValue :: fromStrValue ) ; } | Rewrite a string metric according to matcher and template . Strings that don t match the regexp are omitted . |
15,488 | public Serializable parseConfig ( File source ) throws IOException , SAXException { Digester digester = new Digester ( ) ; Serializable config = createConfigObject ( ) ; addRules ( digester ) ; digester . push ( config ) ; digester . parse ( new FileInputStream ( source ) ) ; return config ; } | Parses the supplied configuration file into a serializable configuration object . |
15,489 | public Tags filter ( Set < String > tag_names ) { return Tags . valueOf ( tags_ . entrySet ( ) . stream ( ) . filter ( entry -> tag_names . contains ( entry . getKey ( ) ) ) ) ; } | Reduce the list of tags to only those specified in the argument set . |
15,490 | protected void trackPathable ( ) { if ( _fpath == null ) { return ; } int width = getWidth ( ) , height = getHeight ( ) ; int nx = _vbounds . x , ny = _vbounds . y ; switch ( _fmode ) { case TRACK_PATHABLE : nx = _fpath . getX ( ) ; ny = _fpath . getY ( ) ; break ; case CENTER_ON_PATHABLE : nx = _fpath . getX ( ) - width / 2 ; ny = _fpath . getY ( ) - height / 2 ; break ; case ENCLOSE_PATHABLE : Rectangle bounds = _fpath . getBounds ( ) ; if ( nx > bounds . x ) { nx = bounds . x ; } else if ( nx + width < bounds . x + bounds . width ) { nx = bounds . x + bounds . width - width ; } if ( ny > bounds . y ) { ny = bounds . y ; } else if ( ny + height < bounds . y + bounds . height ) { ny = bounds . y + bounds . height - height ; } break ; default : log . warning ( "Eh? Set to invalid pathable mode" , "mode" , _fmode ) ; break ; } setViewLocation ( nx , ny ) ; } | Implements the standard pathable tracking support . Derived classes may wish to override this if they desire custom tracking functionality . |
15,491 | public void updateBounds ( ) { Dimension size = _label . getSize ( ) ; _bounds . width = size . width ; _bounds . height = size . height ; } | Updates the bounds of the sprite after a change to the label . |
15,492 | protected void layoutLabel ( ) { Graphics2D gfx = _mgr . createGraphics ( ) ; if ( gfx == null ) { return ; } try { gfx . setRenderingHint ( RenderingHints . KEY_ANTIALIASING , ( _antiAliased ) ? RenderingHints . VALUE_ANTIALIAS_ON : RenderingHints . VALUE_ANTIALIAS_OFF ) ; _label . layout ( gfx ) ; } finally { gfx . dispose ( ) ; } } | Lays out our underlying label which must be done if the text is changed . |
15,493 | public void addRuleInstances ( Digester digester ) { digester . addObjectCreate ( _prefix + ACTION_PATH , ActionSequence . class . getName ( ) ) ; digester . addRule ( _prefix + ACTION_PATH , new SetPropertyFieldsRule ( ) ) ; digester . addRule ( _prefix + ACTION_PATH + "/framesPerSecond" , new SetFieldRule ( "framesPerSecond" ) ) ; CallMethodSpecialRule origin = new CallMethodSpecialRule ( ) { public void parseAndSet ( String bodyText , Object target ) throws Exception { int [ ] coords = StringUtil . parseIntArray ( bodyText ) ; if ( coords . length != 2 ) { String errmsg = "Invalid <origin> specification '" + bodyText + "'." ; throw new Exception ( errmsg ) ; } ( ( ActionSequence ) target ) . origin . setLocation ( coords [ 0 ] , coords [ 1 ] ) ; } } ; digester . addRule ( _prefix + ACTION_PATH + "/origin" , origin ) ; CallMethodSpecialRule orient = new CallMethodSpecialRule ( ) { public void parseAndSet ( String bodyText , Object target ) throws Exception { ActionSequence seq = ( ( ActionSequence ) target ) ; String [ ] ostrs = StringUtil . parseStringArray ( bodyText ) ; seq . orients = new int [ ostrs . length ] ; for ( int ii = 0 ; ii < ostrs . length ; ii ++ ) { int orient = DirectionUtil . fromShortString ( ostrs [ ii ] ) ; if ( orient != DirectionCodes . NONE ) { seq . orients [ ii ] = orient ; } else { String errmsg = "Invalid orientation specification " + "[index=" + ii + ", orient=" + ostrs [ ii ] + "]." ; throw new Exception ( errmsg ) ; } } } } ; digester . addRule ( _prefix + ACTION_PATH + "/orients" , orient ) ; } | Adds the necessary rules to the digester to parse our actions . |
15,494 | public static String validate ( ActionSequence seq ) { if ( StringUtil . isBlank ( seq . name ) ) { return "Missing 'name' definition." ; } if ( seq . framesPerSecond == 0 ) { return "Missing 'framesPerSecond' definition." ; } if ( seq . orients == null ) { return "Missing 'orients' definition." ; } return null ; } | Validates that all necessary fields have been parsed and set in this action sequence object and are valid . |
15,495 | private boolean getNextEviction ( ) { long nowTime = System . currentTimeMillis ( ) ; final long sleepEndTime = nowTime + evictionInverval ; while ( nowTime < sleepEndTime ) { final long toSleep = Math . max ( 100 , sleepEndTime - nowTime ) ; synchronized ( this ) { if ( terminate ) return false ; try { wait ( toSleep ) ; } catch ( InterruptedException e ) { } } nowTime = System . currentTimeMillis ( ) ; } return true ; } | Waits for a next eviction . |
15,496 | public static List < Point > getPath ( TraversalPred tpred , Object trav , int longest , int ax , int ay , int bx , int by , boolean partial ) { return getPath ( tpred , new Stepper ( ) , trav , longest , ax , ay , bx , by , partial ) ; } | Gets a path with the default stepper which assumes the piece can move one in any of the eight cardinal directions . |
15,497 | protected void computeTransformedBounds ( ) { int w = _base . getWidth ( ) ; int h = _base . getHeight ( ) ; Point [ ] points = new Point [ ] { new Point ( 0 , 0 ) , new Point ( w , 0 ) , new Point ( 0 , h ) , new Point ( w , h ) } ; _transform . transform ( points , 0 , points , 0 , 4 ) ; int minX , minY , maxX , maxY ; minX = minY = Integer . MAX_VALUE ; maxX = maxY = Integer . MIN_VALUE ; for ( int ii = 0 ; ii < 4 ; ii ++ ) { minX = Math . min ( minX , points [ ii ] . x ) ; maxX = Math . max ( maxX , points [ ii ] . x ) ; minY = Math . min ( minY , points [ ii ] . y ) ; maxY = Math . max ( maxY , points [ ii ] . y ) ; } _bounds = new Rectangle ( minX , minY , maxX - minX , maxY - minY ) ; } | Compute the bounds of the base Mirage after it has been transformed . |
15,498 | public BufferedImage createImage ( int width , int height , int trans ) { trans = Transparency . TRANSLUCENT ; if ( _gc != null ) { return _gc . createCompatibleImage ( width , height , trans ) ; } else { return new BufferedImage ( width , height , BufferedImage . TYPE_INT_ARGB ) ; } } | documentation inherited from interface BaseImageManager . OptimalImageCreator |
15,499 | static ConverterFactory getConverterFactory ( Configuration conf ) { Class < ? extends ConverterFactory > converterFactoryClass = conf . getClass ( CONVERTER_FACTORY , null , ConverterFactory . class ) ; if ( converterFactoryClass == null ) { throw new RuntimeException ( "ConverterFactory class was not set on the configuration" ) ; } LOG . debug ( "Got input ConverterFactory class from conf: {}" , converterFactoryClass ) ; return ReflectionUtils . newInstance ( converterFactoryClass , conf ) ; } | Gets the ConverterFactory from the configuration |
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