private void initView  ( View v ) { this . handler = new SafeHandler < > ( this ) ; StatusBarView statusBar = ( StatusBarView ) v . findViewById ( R . id . fragment_multi_filter_statusBar ) ; if ( DisplayUtils . isNeedSetStatusBarMask ( ) ) { statusBar . setBackgroundResource ( R . color . colorPrimary_light ) ; statusBar . setMask ( true ) ; } this . container = ( CoordinatorLayout ) v . findViewById ( R . id . fragment_multi_filter_container ) ; this . appBar = ( AppBarLayout ) v . findViewById ( R . id . fragment_multi_filter_appBar ) ; Toolbar toolbar = ( Toolbar ) v . findViewById ( R . id . fragment_multi_filter_toolbar ) ; toolbar . setTitle ( getString ( R . string . action_multi_filter ) ) ; if ( Mysplash . getInstance ( ) . isLightTheme ( ) ) { toolbar . setNavigationIcon ( R . drawable . ic_toolbar_menu_light ) ; } else { toolbar . setNavigationIcon ( R . drawable . ic_toolbar_menu_dark ) ; } toolbar . setNavigationOnClickListener ( this ) ; toolbar . setOnClickListener ( this ) ; this . editTexts = new EditText [ ] { ( EditText ) v . findViewById ( R . id . fragment_multi_filter_photos_editText ) , ( EditText ) v . findViewById ( R . id . fragment_multi_filter_users_editText ) } ; editTexts [ 0 ] . setOnEditorActionListener ( this ) ; editTexts [ 1 ] . setOnEditorActionListener ( this ) ; DisplayUtils . setTypeface ( getActivity ( ) , editTexts [ 0 ] ) ; DisplayUtils . setTypeface ( getActivity ( ) , editTexts [ 1 ] ) ; editTexts [ 0 ] . setFocusable ( true ) ; editTexts [ 0 ] . requestFocus ( ) ; ImageButton searchBtn = ( ImageButton ) v . findViewById ( R . id . fragment_multi_filter_searchBtn ) ; searchBtn . setOnClickListener ( this ) ; if ( Mysplash . getInstance ( ) . isLightTheme ( ) ) { searchBtn . setImageResource ( R . drawable . ic_toolbar_search_light ) ; } else { searchBtn . setImageResource ( R . drawable . ic_toolbar_search_dark ) ; } v . findViewById ( R . id . fragment_multi_filter_categoryContainer ) . setOnClickListener ( this ) ; v . findViewById ( R . id . fragment_multi_filter_orientationContainer ) . setOnClickListener ( this ) ; v . findViewById ( R . id . fragment_multi_filter_featuredContainer ) . setOnClickListener ( this ) ; this . menuTexts = new TextView [ ] { ( TextView ) v . findViewById ( R . id . fragment_multi_filter_categoryTxt ) , ( TextView ) v . findViewById ( R . id . fragment_multi_filter_orientationTxt ) , ( TextView ) v . findViewById ( R . id . fragment_multi_filter_featuredTxt ) } ; for ( TextView t : menuTexts ) { t . setText ( R . string . all ) ; DisplayUtils . setTypeface ( getActivity ( ) , t ) ; } this . menuIcons = new ImageButton [ ] { ( ImageButton ) v . findViewById ( R . id . fragment_multi_filter_categoryBtn ) , ( ImageButton ) v . findViewById ( R . id . fragment_multi_filter_orientationBtn ) , ( ImageButton ) v . findViewById ( R . id . fragment_multi_filter_featuredBtn ) } ; for ( ImageButton b : menuIcons ) { if ( Mysplash . getInstance ( ) . isLightTheme ( ) ) { b . setImageResource ( R . drawable . ic_menu_down_light ) ; } else { b . setImageResource ( R . drawable . ic_menu_down_dark ) ; } b . setOnClickListener ( this ) ; } this . photosView = ( MultiFilterPhotosView ) v . findViewById ( R . id . fragment_multi_filter_photosView ) ; photosView . setActivity ( getActivity ( ) ) ; photosView . setOnMultiFilterDataInputInterface ( this ) ; photosView . setOnClickListener ( this ) ; }


@ Override public boolean equals  ( Object o ) { return o instanceof AirMapStatusAdvisoryRule && getId ( ) . equals ( ( ( AirMapStatusAdvisoryRule ) o ) . getId ( ) ) ; }


public List escapesThrough  ( Value sharedValue , SootMethod containingMethod ) { List ret = new ArrayList ( ) ; for ( AbstractRuntimeThread thread : mhp . getThreads ( ) ) { for ( Object meth : thread . getRunMethods ( ) ) { SootMethod runMethod = ( SootMethod ) meth ; if ( runMethod . getDeclaringClass ( ) . isApplicationClass ( ) && ! isObjectLocalToContext ( sharedValue , containingMethod , runMethod ) ) { ClassLocalObjectsAnalysis cloa = getClassLocalObjectsAnalysis ( containingMethod . getDeclaringClass ( ) ) ; CallLocalityContext clc = cloa . getMergedContext ( containingMethod ) ; SmartMethodInfoFlowAnalysis smifa = dfa . getMethodInfoFlowAnalysis ( containingMethod ) ; EquivalentValue sharedValueEqVal ; if ( sharedValue instanceof InstanceFieldRef ) sharedValueEqVal = InfoFlowAnalysis . getNodeForFieldRef ( containingMethod , ( ( FieldRef ) sharedValue ) . getField ( ) ) ; else sharedValueEqVal = new EquivalentValue ( sharedValue ) ; List < EquivalentValue > sources = smifa . sourcesOf ( sharedValueEqVal ) ; for ( EquivalentValue source : sources ) { if ( source . getValue ( ) instanceof Ref ) { if ( clc != null && ! clc . isFieldLocal ( source ) ) { ret . add ( source ) ; } } } } } } return ret ; }

Devuelve una lista de fuentes y hundimientos compartidos de hilo.Devuelve la lista vacía si no es realmente un valor compartido.


protected void rehash  ( int newCapacity ) { int oldCapacity = table . length ; int oldTable [ ] = table ; Object oldValues [ ] = values ; byte oldState [ ] = state ; int newTable [ ] = new int [ newCapacity ] ; Object newValues [ ] = new Object [ newCapacity ] ; byte newState [ ] = new byte [ newCapacity ] ; this . lowWaterMark = chooseLowWaterMark ( newCapacity , this . minLoadFactor ) ; this . highWaterMark = chooseHighWaterMark ( newCapacity , this . maxLoadFactor ) ; this . table = newTable ; this . values = newValues ; this . state = newState ; this . freeEntries = newCapacity - this . distinct ; for ( int i = oldCapacity ; i -- > 0 ; ) { if ( oldState [ i ] == FULL ) { int element = oldTable [ i ] ; int index = indexOfInsertion ( element ) ; newTable [ index ] = element ; newValues [ index ] = oldValues [ i ] ; newState [ index ] = FULL ; } } }

Rehashes los contenidos del receptor en una nueva tabla con una capacidad más pequeña o mayor.Este método se llama automáticamente cuando el número de claves en el receptor excede la marca de agua alta o cae por debajo de la marca de agua baja.


public static boolean isGoUpOrDown  ( KeyEvent event ) { return isGoDown ( event ) || isGoUp ( event ) ; }

Comprueba si el evento dado es cualquiera de DPAD DOWN, DPAD UP, NUMPAD DOWN o NUMPAD UP.


@ Override public boolean supportsInheritance  ( ) { return false ; }


public FilesExample ( ) { oredCriteria = new ArrayList < Criteria > ( ) ; }

Este método fue generado por MyBatis Generator.Este método corresponde a la tabla de la base de datos Public.Files


public Vector2DFormat ( final String prefix , final String suffix , final String separator , final NumberFormat format ) { super ( prefix , suffix , separator , format ) ; }

Cree una instancia con prefijo personalizado, sufijo, separador y formato para componentes.


private void updateDataTypeState  ( ) { boolean isSyncEnabled = mSyncSwitchPreference . isChecked ( ) ; boolean syncEverything = mSyncEverything . isChecked ( ) ; boolean passwordSyncConfigurable = mProfileSyncService . isBackendInitialized ( ) && mProfileSyncService . isCryptographerReady ( ) ; for ( CheckBoxPreference pref : mAllTypes ) { boolean canSyncType = pref != mSyncPasswords || passwordSyncConfigurable ; if ( ! isSyncEnabled ) { pref . setChecked ( true ) ; } else if ( syncEverything ) { pref . setChecked ( canSyncType ) ; } pref . setEnabled ( isSyncEnabled && ! syncEverything && canSyncType ) ; } if ( isSyncEnabled && ! syncEverything ) { Set < Integer > syncTypes = mProfileSyncService . getPreferredDataTypes ( ) ; mSyncAutofill . setChecked ( syncTypes . contains ( ModelType . AUTOFILL ) ) ; mSyncBookmarks . setChecked ( syncTypes . contains ( ModelType . BOOKMARKS ) ) ; mSyncOmnibox . setChecked ( syncTypes . contains ( ModelType . TYPED_URLS ) ) ; mSyncPasswords . setChecked ( passwordSyncConfigurable && syncTypes . contains ( ModelType . PASSWORDS ) ) ; mSyncRecentTabs . setChecked ( syncTypes . contains ( ModelType . PROXY_TABS ) ) ; mSyncSettings . setChecked ( syncTypes . contains ( ModelType . PRIORITY_PREFERENCES ) ) ; } }

Actualice el estado del interruptor de tipo de datos.Si la sincronización está activada, cargue los Prefs de Nativo.De lo contrario, todos los tipos de datos están deshabilitados y revisados.Tenga en cuenta que el tipo de datos de contraseña se mostrará como deshabilitado y sin marcar entre sincronización que se está activando y se completará la inicialización de backend.


public int addChild  ( int parent ) { throw new UnsupportedOperationException ( "Changes to tree structure not allowed for spanning trees." ) ; }

Operación no compatible.Los árboles que se extienden no deben ser editados.


private void configureEncoder  ( ) throws IOException { mEncoder = MediaCodec . createByCodecName ( mEncoderName ) ; MediaFormat mediaFormat = MediaFormat . createVideoFormat ( MIME_TYPE , mWidth , mHeight ) ; mediaFormat . setInteger ( MediaFormat . KEY_BIT_RATE , BITRATE ) ; mediaFormat . setInteger ( MediaFormat . KEY_FRAME_RATE , FRAMERATE ) ; mediaFormat . setInteger ( MediaFormat . KEY_COLOR_FORMAT , mEncoderColorFormat ) ; mediaFormat . setInteger ( MediaFormat . KEY_I_FRAME_INTERVAL , 1 ) ; mEncoder . configure ( mediaFormat , null , null , MediaCodec . CONFIGURE_FLAG_ENCODE ) ; mEncoder . start ( ) ; }


public PSVIElementNSImpl ( CoreDocumentImpl ownerDocument , String namespaceURI , String qualifiedName , String localName ) { super ( ownerDocument , namespaceURI , qualifiedName , localName ) ; }


protected void createMediaPlayerIfNeeded  ( ) { if ( mPlayer == null ) { mPlayer = new MediaPlayer ( ) ; mPlayer . setWakeMode ( getApplicationContext ( ) , PowerManager . PARTIAL_WAKE_LOCK ) ; mPlayer . setOnPreparedListener ( this ) ; mPlayer . setOnCompletionListener ( this ) ; mPlayer . setOnErrorListener ( this ) ; } else { mPlayer . reset ( ) ; } }

Se asegura de que el reproductor de medios exista y se haya restablecido.Esto creará el reproductor multimedia si es necesario.Restablece el reproductor de medios existente si ya uno existe.


protected AccountRegisterDeviceQuery token  ( String value ) { return unsafeParam ( "token" , value ) ; }

Token del dispositivo utilizado para enviar notificaciones.(Para MPNS, el token será URL para el envío de notificaciones)


private synchronized void notifyListeners  ( final Tag clone ) { for ( BaseListener updateListener : listeners ) { try { updateListener . onUpdate ( clone ) ; } catch ( Exception e ) { LOG . error ( "notifyListeners() : error notifying DataTagUpdateListeners" , e ) ; } } }

Método privado para notificar a todos los instancias registradas <código> DataTagupdatelistener </ Code>.Evite llamar a este método dentro de un bloque de WritElock, ya que podría ser un candidato potencial para arriesgarse a un bloqueo.


public boolean isEmpty  ( ) { return ( mLayout == R . layout . file_details_empty || getFile ( ) == null || mAccount == null ) ; }

Compruebe si se creó el fragmento con un diseño vacío.Un fragmento vacío no puede mostrar los detalles del archivo, debe ser reemplazado.


public static String fakeSignature  ( String qualifiedName ) { String cname = qualifiedName . substring ( 0 , qualifiedName . lastIndexOf ( '.' ) ) ; String mname = qualifiedName . substring ( qualifiedName . lastIndexOf ( '.' ) + 1 , qualifiedName . length ( ) ) ; return "<" + cname + ": " + mname + ">" ; }


public DOMParser ( SymbolTable symbolTable , XMLGrammarPool grammarPool ) { super ( ( XMLParserConfiguration ) ObjectFactory . createObject ( "mf.org.apache.xerces.xni.parser.XMLParserConfiguration" , "mf.org.apache.xerces.parsers.XIncludeAwareParserConfiguration" ) ) ; fConfiguration . addRecognizedProperties ( RECOGNIZED_PROPERTIES ) ; if ( symbolTable != null ) { fConfiguration . setProperty ( SYMBOL_TABLE , symbolTable ) ; } if ( grammarPool != null ) { fConfiguration . setProperty ( XMLGRAMMAR_POOL , grammarPool ) ; } }

Construye un analizador DOM utilizando la tabla de símbolos especificada y la piscina gramática.


public PhotosGetQueryWithExtended rev  ( Boolean value ) { return unsafeParam ( "rev" , value ) ; }

Devolver fotos en orden cronológico inverso


public static double sumSq  ( final double ... values ) throws MathIllegalArgumentException  { return SUM_OF_SQUARES . evaluate ( values ) ; }

Devuelve la suma de los cuadrados de las entradas en la matriz de entrada, o <código> Double.Nan </ Code> si la matriz está vacía.<p> lanza <código> ilegalargumentexception </ code> Si la matriz es nula.


public boolean showCameraSites  ( ) { return mContentSettingsType == ContentSettingsType . CONTENT_SETTINGS_TYPE_MEDIASTREAM_CAMERA ; }

Devuelve si esta categoría es la categoría de la cámara.


public static String toString  ( URI uri ) throws IOException  { return toString ( uri , Charset . defaultCharset ( ) ) ; }


private Set < Integer > computeTaxonomyId2DataRec  ( int numberOfDataSets , Node v , Map < Integer , Integer [ ] > id2counts , Map < Integer , NodeData > id2data ) { int taxonomyId = ( Integer ) v . getInfo ( ) ; for ( Edge e = v . getFirstOutEdge ( ) ; e != null ; e = v . getNextOutEdge ( e ) ) { Node w = e . getTarget ( ) ; computeTaxonomyId2DataRec ( numberOfDataSets , w , id2counts , id2data ) ; } int [ ] assigned = new int [ numberOfDataSets ] ; int [ ] summarized = new int [ numberOfDataSets ] ; long total = 0 ; Integer [ ] counts = id2counts . get ( taxonomyId ) ; if ( counts != null ) { int top = Math . min ( assigned . length , counts . length ) ; for ( int i = 0 ; i < top ; i ++ ) { if ( counts [ i ] != null ) { assigned [ i ] = counts [ i ] ; summarized [ i ] = counts [ i ] ; total += counts [ i ] ; } } } for ( Edge e = v . getFirstOutEdge ( ) ; e != null ; e = v . getNextOutEdge ( e ) ) { Node w = e . getTarget ( ) ; int wId = ( Integer ) w . getInfo ( ) ; NodeData dataW = id2data . get ( wId ) ; if ( dataW != null ) { int [ ] below = dataW . getSummarized ( ) ; int top = Math . min ( summarized . length , below . length ) ; for ( int i = 0 ; i < top ; i ++ ) { summarized [ i ] += below [ i ] ; total += below [ i ] ; } } } if ( total > 0 ) id2data . put ( taxonomyId , new NodeData ( assigned , summarized ) ) ; return null ; }

Recursivamente calcula los mapas resumidos de TAXON-ID 2 asignados y TAXON-ID 2 2


public static SM_SYSTEM_MESSAGE STR_SKILL_CONFLICT_A_TO_B  ( String skillcaster , String skillname , String skilltarget ) { return new SM_SYSTEM_MESSAGE ( 1201095 , skillcaster , skillname , skilltarget ) ; }

[% Skillcaster] 's [% Nombre de habilidad] En conflicto con la habilidad existente [% SkillTarget].


@ Override public void leave  ( DelegateExecution execution ) { if ( log . isDebugEnabled ( ) ) { log . debug ( "Leaving exclusive gateway '{}'" , execution . getCurrentActivityId ( ) ) ; } ExclusiveGateway exclusiveGateway = ( ExclusiveGateway ) execution . getCurrentFlowElement ( ) ; if ( Context . getProcessEngineConfiguration ( ) != null && Context . getProcessEngineConfiguration ( ) . getEventDispatcher ( ) . isEnabled ( ) ) { Context . getProcessEngineConfiguration ( ) . getEventDispatcher ( ) . dispatchEvent ( ActivitiEventBuilder . createActivityEvent ( ActivitiEventType . ACTIVITY_COMPLETED , exclusiveGateway . getId ( ) , exclusiveGateway . getName ( ) , execution . getId ( ) , execution . getProcessInstanceId ( ) , execution . getProcessDefinitionId ( ) , exclusiveGateway ) ) ; } SequenceFlow outgoingSequenceFlow = null ; SequenceFlow defaultSequenceFlow = null ; String defaultSequenceFlowId = exclusiveGateway . getDefaultFlow ( ) ; Iterator < SequenceFlow > sequenceFlowIterator = exclusiveGateway . getOutgoingFlows ( ) . iterator ( ) ; while ( outgoingSequenceFlow == null && sequenceFlowIterator . hasNext ( ) ) { SequenceFlow sequenceFlow = sequenceFlowIterator . next ( ) ; String skipExpressionString = sequenceFlow . getSkipExpression ( ) ; if ( ! SkipExpressionUtil . isSkipExpressionEnabled ( execution , skipExpressionString ) ) { boolean conditionEvaluatesToTrue = ConditionUtil . hasTrueCondition ( sequenceFlow , execution ) ; if ( conditionEvaluatesToTrue && ( defaultSequenceFlowId == null || ! defaultSequenceFlowId . equals ( sequenceFlow . getId ( ) ) ) ) { if ( log . isDebugEnabled ( ) ) { log . debug ( "Sequence flow '{}'selected as outgoing sequence flow." , sequenceFlow . getId ( ) ) ; } outgoingSequenceFlow = sequenceFlow ; } } else if ( SkipExpressionUtil . shouldSkipFlowElement ( Context . getCommandContext ( ) , execution , skipExpressionString ) ) { outgoingSequenceFlow = sequenceFlow ; } if ( defaultSequenceFlowId != null && defaultSequenceFlowId . equals ( sequenceFlow . getId ( ) ) ) { defaultSequenceFlow = sequenceFlow ; } } Context . getCommandContext ( ) . getHistoryManager ( ) . recordActivityEnd ( ( ExecutionEntity ) execution , null ) ; if ( outgoingSequenceFlow != null ) { execution . setCurrentFlowElement ( outgoingSequenceFlow ) ; } else { if ( defaultSequenceFlow != null ) { execution . setCurrentFlowElement ( defaultSequenceFlow ) ; } else { throw new ActivitiException ( "No outgoing sequence flow of the exclusive gateway '" + exclusiveGateway . getId ( ) + "' could be selected for continuing the process" ) ; } } super . leave ( execution ) ; }

El comportamiento predeterminado de BPMN, tomando todos los flujos de secuencia saliente (donde la condición se evalúa a VERDADERO), no es válida para una puerta de enlace exclusiva.Por lo tanto, este comportamiento se anula y se reemplaza por el comportamiento correcto: seleccionando el primer flujo de secuencia que la condición se evalúa en verdadero (o que no tiene una condición) y dejando la actividad a través de ese flujo de secuencia.Si no se selecciona ningún flujo de secuencia (es decir, todas las condiciones se evalúan a FALSO), se toma el flujo de secuencia predeterminado (si está definido).


public static Classification load  ( String name , String treeFile , String mapFile , ProgressListener progress ) { synchronized ( name2classification ) { Classification classification = name2classification . get ( name ) ; if ( classification == null ) { classification = new Classification ( name ) ; name2classification . put ( name , classification ) ; } classification . load ( treeFile , mapFile , progress ) ; return classification ; } }

carga los archivos con nombre y configuran la clasificación dada (si aún no está presente)


private static NotificationCompat . Builder makeCommonBuilder  ( Context context , long currentTime , long dismissedTaskId ) { Intent primaryAction = new Intent ( context , MainActivity . class ) ; PendingIntent primaryActionPI = PendingIntent . getActivity ( context , 0 , primaryAction , PendingIntent . FLAG_UPDATE_CURRENT ) ; Intent dismissAction = new Intent ( context , NagboxService . class ) ; dismissAction . setAction ( NagboxService . ACTION_ON_NOTIFICATION_DISMISSED ) ; dismissAction . putExtra ( NagboxService . EXTRA_TASK_ID , dismissedTaskId ) ; PendingIntent dismissActionPI = PendingIntent . getService ( context , ( int ) dismissedTaskId , dismissAction , PendingIntent . FLAG_UPDATE_CURRENT ) ; return new NotificationCompat . Builder ( context ) . setSmallIcon ( R . drawable . ic_nag ) . setColor ( ContextCompat . getColor ( context , R . color . primaryDark ) ) . setCategory ( NotificationCompat . CATEGORY_REMINDER ) . setPriority ( NotificationCompat . PRIORITY_HIGH ) . setContentIntent ( primaryActionPI ) . setDeleteIntent ( dismissActionPI ) . setAutoCancel ( true ) . setWhen ( currentTime ) . setShowWhen ( true ) . setDefaults ( NotificationCompat . DEFAULT_ALL ) ; }

Haga un nuevo generador de notificaciones con atributos comunes ya establecidos.


public WallCreateCommentQuery ( VkApiClient client , UserActor actor , int postId ) { super ( client , "wall.createComment" , CreateCommentResponse . class ) ; accessToken ( actor . getAccessToken ( ) ) ; postId ( postId ) ; }

Crea una instancia abstractQueryBuilder que se puede usar para construir una solicitud API con varios parámetros


public void clear  ( ) { log . d ( LOG_TAG , "Clear Belvedere cache" ) ; belvedereStorage . clearStorage ( context ) ; }


public boolean isExclusiveReadLockOperation  ( ) { return ( ( _templateOperation == SpaceOperations . READ || _templateOperation == SpaceOperations . READ_IE ) && ReadModifiers . isExclusiveReadLock ( _operationModifiers ) && getXidOriginatedTransaction ( ) != null ) ; }

Indicación de devolución Si la plantilla es la operación exclusiva de bloqueo de lectura


public void addActionListener  ( ActionListener actionListener ) { this . listenerList . add ( ActionListener . class , actionListener ) ; }

Agrega un oyente de acción para escuchar los eventos del botón.


public static String normalize  ( String publicId ) { String normal = publicId . replace ( '\t' , ' ' ) ; normal = normal . replace ( '\r' , ' ' ) ; normal = normal . replace ( '\n' , ' ' ) ; normal = normal . trim ( ) ; int pos ; while ( ( pos = normal . indexOf ( "  " ) ) >= 0 ) { normal = normal . substring ( 0 , pos ) + normal . substring ( pos + 1 ) ; } return normal ; }

Normalizar un identificador público.<p /> <p> Los identificadores públicos deben normalizarse de acuerdo con las siguientes reglas antes de que se puedan realizar las comparaciones entre ellos: </ p> <p /> <ul> <li> Los caracteres de espacio en blanco se normalizan a espacios (por ejemplo, alimentos de línea, pestañas, etc. Conviértase en espacios). </ li> <li> se elimina el espacio en blanco líder y final. </ li> <li> Múltiples espacios en blanco internos se normalizan a un solo espacio. </ li> </ ul> <p/> <P> Este método se declara estática para que otras clases puedan usarla directamente. </ p>


public String toString  ( String enc ) throws UnsupportedEncodingException  { return new String ( toByteArray ( ) , enc ) ; }

Obtiene los contenidos curantes de este flujo de bytes como una cadena usando la codificación especificada.


@ Override public void undoAction  ( UndoInterface undoRedoObject ) { if ( ( slider != null ) && ( undoRedoObject != null ) ) { if ( undoRedoObject . getOldValue ( ) instanceof Integer ) { Integer oldValue = ( Integer ) undoRedoObject . getOldValue ( ) ; slider . setValue ( oldValue . intValue ( ) ) ; } } }


public void putSettingsValue  ( String key , Object value ) { try { JSONObject settingsObject = readSettings ( ) ; if ( value instanceof Integer ) { settingsObject . put ( key , ( int ) value ) ; } else if ( value instanceof Boolean ) { settingsObject . put ( key , ( boolean ) value ) ; } else if ( value instanceof String ) { settingsObject . put ( key , value ) ; } else if ( value instanceof Pair ) { String pairKey = ( String ) ( ( Pair ) value ) . first ; String pairValue = ( String ) ( ( Pair ) value ) . second ; JSONObject streamForItem = new JSONObject ( ) ; JSONArray streamsArray = settingsObject . has ( key ) ? settingsObject . getJSONArray ( key ) : new JSONArray ( ) ; JSONArray newStreamsArray = new JSONArray ( ) ; streamForItem . put ( pairKey , pairValue ) ; for ( int i = 0 ; i < streamsArray . length ( ) ; i ++ ) { if ( ! streamsArray . getJSONObject ( i ) . has ( pairKey ) ) { newStreamsArray . put ( streamsArray . getJSONObject ( i ) ) ; } } newStreamsArray . put ( streamForItem ) ; settingsObject . put ( key , newStreamsArray ) ; } saveSettings ( settingsObject ) ; } catch ( JSONException e ) { Logger . printInfo ( TAG , "Can't put value for key: " + key + " to json settings" ) ; e . printStackTrace ( ) ; } }


@ Override public void loadSettings  ( final Player player ) { final int playerId = player . getObjectId ( ) ; final PlayerSettings playerSettings = new PlayerSettings ( ) ; Connection con = null ; try { con = DatabaseFactory . getConnection ( ) ; PreparedStatement statement = con . prepareStatement ( "SELECT * FROM player_settings WHERE player_id = ?" ) ; statement . setInt ( 1 , playerId ) ; ResultSet resultSet = statement . executeQuery ( ) ; while ( resultSet . next ( ) ) { int type = resultSet . getInt ( "settings_type" ) ; switch ( type ) { case 0 : playerSettings . setUiSettings ( resultSet . getBytes ( "settings" ) ) ; break ; case 1 : playerSettings . setShortcuts ( resultSet . getBytes ( "settings" ) ) ; break ; case 2 : playerSettings . setHouseBuddies ( resultSet . getBytes ( "settings" ) ) ; break ; case - 1 : playerSettings . setDisplay ( resultSet . getInt ( "settings" ) ) ; break ; case - 2 : playerSettings . setDeny ( resultSet . getInt ( "settings" ) ) ; break ; } } resultSet . close ( ) ; statement . close ( ) ; } catch ( Exception e ) { log . error ( "Could not restore PlayerSettings data for player " + playerId + " from DB: " + e . getMessage ( ) , e ) ; } finally { DatabaseFactory . close ( con ) ; } playerSettings . setPersistentState ( PersistentState . UPDATED ) ; player . setPlayerSettings ( playerSettings ) ; }

TODO 1) Analizar la posibilidad de aparecer configuración 2) Insertar / Actualizar en lugar de reemplazar 0 - Uisettings 1 - Atajos 2 - Pantalla 3 - Denegar


private void initMetrics  ( ServletContext servletContext , EnumSet < DispatcherType > disps ) { log . debug ( "Initializing Metrics registries" ) ; servletContext . setAttribute ( InstrumentedFilter . REGISTRY_ATTRIBUTE , metricRegistry ) ; servletContext . setAttribute ( MetricsServlet . METRICS_REGISTRY , metricRegistry ) ; log . debug ( "Registering Metrics Filter" ) ; FilterRegistration . Dynamic metricsFilter = servletContext . addFilter ( "webappMetricsFilter" , new InstrumentedFilter ( ) ) ; metricsFilter . addMappingForUrlPatterns ( disps , true , "/*" ) ; metricsFilter . setAsyncSupported ( true ) ; log . debug ( "Registering Metrics Servlet" ) ; ServletRegistration . Dynamic metricsAdminServlet = servletContext . addServlet ( "metricsServlet" , new MetricsServlet ( ) ) ; metricsAdminServlet . addMapping ( "/management/jhipster/metrics/*" ) ; metricsAdminServlet . setAsyncSupported ( true ) ; metricsAdminServlet . setLoadOnStartup ( 2 ) ; }


public Iterator visibleItems  ( String group ) { return items ( group , VisiblePredicate . TRUE ) ; }

Obtenga un iterador sobre todos los elementos visibles en el grupo especificado.


@ Utility public boolean isSimilar  ( ItemStack stack ) { if ( stack == null ) { return false ; } if ( stack == this ) { return true ; } return getTypeId ( ) == stack . getTypeId ( ) && getDurability ( ) == stack . getDurability ( ) && hasItemMeta ( ) == stack . hasItemMeta ( ) && ( hasItemMeta ( ) ? Bukkit . getItemFactory ( ) . equals ( getItemMeta ( ) , stack . getItemMeta ( ) ) : true ) ; }

Este método es lo mismo que igual, pero no considera el tamaño de la pila (cantidad).


@ Override public Writer append  ( char value ) { builder . append ( value ) ; return this ; }

Anexar un solo carácter a este escritor.


@ Override public boolean dispatch  ( boolean complete ) throws IOException , XNIException { try { boolean again ; do { again = false ; switch ( fScannerState ) { case SCANNER_STATE_PROLOG : { fEntityScanner . skipSpaces ( ) ; if ( fEntityScanner . skipChar ( '<' ) ) { setScannerState ( SCANNER_STATE_START_OF_MARKUP ) ; again = true ; } else if ( fEntityScanner . skipChar ( '&' ) ) { setScannerState ( SCANNER_STATE_REFERENCE ) ; again = true ; } else { setScannerState ( SCANNER_STATE_CONTENT ) ; again = true ; } break ; } case SCANNER_STATE_START_OF_MARKUP : { fMarkupDepth ++ ; if ( fEntityScanner . skipChar ( '!' ) ) { if ( fEntityScanner . skipChar ( '-' ) ) { if ( ! fEntityScanner . skipChar ( '-' ) ) { reportFatalError ( "InvalidCommentStart" , null ) ; } setScannerState ( SCANNER_STATE_COMMENT ) ; again = true ; } else if ( fEntityScanner . skipString ( "DOCTYPE" ) ) { setScannerState ( SCANNER_STATE_DOCTYPE ) ; again = true ; } else { reportFatalError ( "MarkupNotRecognizedInProlog" , null ) ; } } else if ( isValidNameStartChar ( fEntityScanner . peekChar ( ) ) ) { setScannerState ( SCANNER_STATE_ROOT_ELEMENT ) ; setDispatcher ( fContentDispatcher ) ; return true ; } else if ( fEntityScanner . skipChar ( '?' ) ) { setScannerState ( SCANNER_STATE_PI ) ; again = true ; } else if ( isValidNameStartHighSurrogate ( fEntityScanner . peekChar ( ) ) ) { setScannerState ( SCANNER_STATE_ROOT_ELEMENT ) ; setDispatcher ( fContentDispatcher ) ; return true ; } else { reportFatalError ( "MarkupNotRecognizedInProlog" , null ) ; } break ; } case SCANNER_STATE_COMMENT : { scanComment ( ) ; setScannerState ( SCANNER_STATE_PROLOG ) ; break ; } case SCANNER_STATE_PI : { scanPI ( ) ; setScannerState ( SCANNER_STATE_PROLOG ) ; break ; } case SCANNER_STATE_DOCTYPE : { if ( fDisallowDoctype ) { reportFatalError ( "DoctypeNotAllowed" , null ) ; } if ( fSeenDoctypeDecl ) { reportFatalError ( "AlreadySeenDoctype" , null ) ; } fSeenDoctypeDecl = true ; if ( scanDoctypeDecl ( ) ) { setScannerState ( SCANNER_STATE_DTD_INTERNAL_DECLS ) ; setDispatcher ( fDTDDispatcher ) ; return true ; } if ( fDoctypeSystemId != null ) { fIsEntityDeclaredVC = ! fStandalone ; if ( ( ( fValidation || fLoadExternalDTD ) && ( fValidationManager == null || ! fValidationManager . isCachedDTD ( ) ) ) ) { setScannerState ( SCANNER_STATE_DTD_EXTERNAL ) ; setDispatcher ( fDTDDispatcher ) ; return true ; } } else if ( fExternalSubsetSource != null ) { fIsEntityDeclaredVC = ! fStandalone ; if ( ( ( fValidation || fLoadExternalDTD ) && ( fValidationManager == null || ! fValidationManager . isCachedDTD ( ) ) ) ) { fDTDScanner . setInputSource ( fExternalSubsetSource ) ; fExternalSubsetSource = null ; setScannerState ( SCANNER_STATE_DTD_EXTERNAL_DECLS ) ; setDispatcher ( fDTDDispatcher ) ; return true ; } } fDTDScanner . setInputSource ( null ) ; setScannerState ( SCANNER_STATE_PROLOG ) ; break ; } case SCANNER_STATE_CONTENT : { reportFatalError ( "ContentIllegalInProlog" , null ) ; fEntityScanner . scanChar ( ) ; } case SCANNER_STATE_REFERENCE : { reportFatalError ( "ReferenceIllegalInProlog" , null ) ; } } } while ( complete || again ) ; if ( complete ) { if ( fEntityScanner . scanChar ( ) != '<' ) { reportFatalError ( "RootElementRequired" , null ) ; } setScannerState ( SCANNER_STATE_ROOT_ELEMENT ) ; setDispatcher ( fContentDispatcher ) ; } } catch ( MalformedByteSequenceException e ) { fErrorReporter . reportError ( e . getDomain ( ) , e . getKey ( ) , e . getArguments ( ) , XMLErrorReporter . SEVERITY_FATAL_ERROR , e ) ; return false ; } catch ( CharConversionException e ) { fErrorReporter . reportError ( XMLMessageFormatter . XML_DOMAIN , "CharConversionFailure" , null , XMLErrorReporter . SEVERITY_FATAL_ERROR , e ) ; return false ; } catch ( EOFException e ) { reportFatalError ( "PrematureEOF" , null ) ; return false ; } return true ; }


public void actionPerformed  ( ActionEvent ev ) { Color color = ChooseColorDialog . showChooseColorDialog ( getViewer ( ) . getFrame ( ) , "Choose label color" , null ) ; if ( color != null ) execute ( "set labelColor=" + color . getRed ( ) + " " + color . getGreen ( ) + " " + color . getBlue ( ) + ";" ) ; }


public String sprintf  ( Object x ) throws IllegalArgumentException  { Enumeration e = vFmt . elements ( ) ; ConversionSpecification cs = null ; char c = 0 ; StringBuilder sb = new StringBuilder ( ) ; while ( e . hasMoreElements ( ) ) { cs = ( ConversionSpecification ) e . nextElement ( ) ; c = cs . getConversionCharacter ( ) ; if ( c == '\0' ) sb . append ( cs . getLiteral ( ) ) ; else if ( c == '%' ) sb . append ( "%" ) ; else { if ( x instanceof Byte ) sb . append ( cs . internalsprintf ( ( ( Byte ) x ) . byteValue ( ) ) ) ; else if ( x instanceof Short ) sb . append ( cs . internalsprintf ( ( ( Short ) x ) . shortValue ( ) ) ) ; else if ( x instanceof Integer ) sb . append ( cs . internalsprintf ( ( ( Integer ) x ) . intValue ( ) ) ) ; else if ( x instanceof Long ) sb . append ( cs . internalsprintf ( ( ( Long ) x ) . longValue ( ) ) ) ; else if ( x instanceof Float ) sb . append ( cs . internalsprintf ( ( ( Float ) x ) . floatValue ( ) ) ) ; else if ( x instanceof Double ) sb . append ( cs . internalsprintf ( ( ( Double ) x ) . doubleValue ( ) ) ) ; else if ( x instanceof Character ) sb . append ( cs . internalsprintf ( ( ( Character ) x ) . charValue ( ) ) ) ; else if ( x instanceof String ) sb . append ( cs . internalsprintf ( ( String ) x ) ) ; else sb . append ( cs . internalsprintf ( x ) ) ; } } return sb . toString ( ) ; }

Formato de un objeto.Convierta los tipos de envoltura a sus equivalentes primitivos y llame al método de formato interno apropiado.Convertir cadenas utilizando un método de formato interno para cadenas.De lo contrario, use el formateador predeterminado (use TOSTRING).


void bindWith  ( final Circle circle ) { circles . add ( circle ) ; }

Enlazar un círculo considerado para contener este vértice.


@ Override protected void scanStartElementName  ( ) throws IOException , XNIException  { fEntityScanner . scanQName ( fElementQName ) ; fSawSpace = fEntityScanner . skipSpaces ( ) ; }

Escanea el nombre de un elemento en una etiqueta de inicio o vacía.


public static void fill  ( Matrix a , double value ) { for ( int i = 0 ; i < a . rows ; i ++ ) { for ( int j = 0 ; j < a . cols ; j ++ ) { a . set ( i , j , value ) ; } } }


private static void drawRootGuideline  ( ViewTransform transform , Graphics2D g , ConstraintWidgetContainer root , Guideline guideline , boolean isSelected ) { Graphics2D g2 = ( Graphics2D ) g . create ( ) ; g2 . setStroke ( SnapDraw . sThinDashedStroke ) ; int l = transform . getSwingX ( root . getDrawX ( ) ) ; int t = transform . getSwingY ( root . getDrawY ( ) ) ; int r = transform . getSwingX ( root . getDrawX ( ) + root . getWidth ( ) ) ; int b = transform . getSwingY ( root . getDrawY ( ) + root . getHeight ( ) ) ; g . setFont ( sFont ) ; if ( guideline . getOrientation ( ) == Guideline . VERTICAL ) { int x = transform . getSwingX ( guideline . getDrawX ( ) ) ; g2 . drawLine ( x , t , x , b ) ; int offset = 2 ; int circleSize = GUIDDELINE_ICON_SIZE / 2 + 1 ; Shape circle = new Ellipse2D . Float ( x - circleSize , t - 2 * circleSize - offset , 2 * circleSize , 2 * circleSize ) ; g . fill ( circle ) ; int relative = guideline . getRelativeBehaviour ( ) ; if ( relative == Guideline . RELATIVE_PERCENT ) { int iconWidth = sGuidelinePercent . getWidth ( null ) ; int iconHeight = sGuidelinePercent . getHeight ( null ) ; g . drawImage ( sGuidelinePercent , x - GUIDDELINE_ICON_SIZE / 2 , t - GUIDDELINE_ICON_SIZE - 3 , x + GUIDDELINE_ICON_SIZE / 2 , t - 3 , 0 , 0 , iconWidth , iconHeight , null ) ; if ( isSelected ) { int percent = ( guideline . getX ( ) * 100 ) / root . getWidth ( ) ; ConnectionDraw . drawCircledText ( g , sFont , String . valueOf ( percent ) , x , t + 20 ) ; } } else if ( relative == Guideline . RELATIVE_BEGIN ) { int iconWidth = sGuidelineArrowLeft . getWidth ( null ) ; int iconHeight = sGuidelineArrowLeft . getHeight ( null ) ; int ty = t - ConnectionDraw . ARROW_SIDE - offset / 2 ; g . drawImage ( sGuidelineArrowLeft , x - GUIDDELINE_ICON_SIZE / 2 , t - GUIDDELINE_ICON_SIZE - 3 , x + GUIDDELINE_ICON_SIZE / 2 , t - 3 , 0 , 0 , iconWidth , iconHeight , null ) ; if ( isSelected ) { ConnectionDraw . drawHorizontalMarginIndicator ( g , String . valueOf ( guideline . getX ( ) ) , l , x , ty + 20 ) ; } } else if ( relative == Guideline . RELATIVE_END ) { int iconWidth = sGuidelineArrowRight . getWidth ( null ) ; int iconHeight = sGuidelineArrowRight . getHeight ( null ) ; int ty = t - ConnectionDraw . ARROW_SIDE - offset / 2 ; g . drawImage ( sGuidelineArrowRight , x - GUIDDELINE_ICON_SIZE / 2 + 1 , t - GUIDDELINE_ICON_SIZE - 3 , x + GUIDDELINE_ICON_SIZE / 2 , t - 3 , 0 , 0 , iconWidth , iconHeight , null ) ; if ( isSelected ) { ConnectionDraw . drawHorizontalMarginIndicator ( g , String . valueOf ( root . getWidth ( ) - guideline . getX ( ) ) , x , r , ty + 20 ) ; } } } else { int y = transform . getSwingY ( guideline . getDrawY ( ) ) ; g2 . drawLine ( l , y , r , y ) ; int offset = 2 ; int circleSize = GUIDDELINE_ICON_SIZE / 2 + 1 ; Shape circle = new Ellipse2D . Float ( l - 2 * circleSize - offset , y - circleSize , 2 * circleSize , 2 * circleSize ) ; g . fill ( circle ) ; int relative = guideline . getRelativeBehaviour ( ) ; if ( relative == Guideline . RELATIVE_PERCENT ) { int iconWidth = sGuidelinePercent . getWidth ( null ) ; int iconHeight = sGuidelinePercent . getHeight ( null ) ; g . drawImage ( sGuidelinePercent , l - GUIDDELINE_ICON_SIZE - 3 , y - GUIDDELINE_ICON_SIZE / 2 , l - 3 , y + GUIDDELINE_ICON_SIZE / 2 , 0 , 0 , iconWidth , iconHeight , null ) ; if ( isSelected ) { int percent = ( guideline . getY ( ) * 100 ) / root . getHeight ( ) ; ConnectionDraw . drawCircledText ( g , sFont , String . valueOf ( percent ) , l + 20 , y ) ; } } else if ( relative == Guideline . RELATIVE_BEGIN ) { int iconWidth = sGuidelineArrowUp . getWidth ( null ) ; int iconHeight = sGuidelineArrowUp . getHeight ( null ) ; g . drawImage ( sGuidelineArrowUp , l - GUIDDELINE_ICON_SIZE - 3 , y - GUIDDELINE_ICON_SIZE / 2 , l - 3 , y + GUIDDELINE_ICON_SIZE / 2 , 0 , 0 , iconWidth , iconHeight , null ) ; if ( isSelected ) { ConnectionDraw . drawVerticalMarginIndicator ( g , String . valueOf ( guideline . getY ( ) ) , l + 20 , t , y ) ; } } else if ( relative == Guideline . RELATIVE_END ) { int iconWidth = sGuidelineArrowDown . getWidth ( null ) ; int iconHeight = sGuidelineArrowDown . getHeight ( null ) ; Polygon arrow = ConnectionDraw . getBottomArrow ( ) ; g . drawImage ( sGuidelineArrowDown , l - GUIDDELINE_ICON_SIZE - 3 , y - GUIDDELINE_ICON_SIZE / 2 + 1 , l - 3 , y + GUIDDELINE_ICON_SIZE / 2 , 0 , 0 , iconWidth , iconHeight , null ) ; if ( isSelected ) { ConnectionDraw . drawVerticalMarginIndicator ( g , String . valueOf ( root . getHeight ( ) - guideline . getY ( ) ) , l + 20 , y , b ) ; } } } g2 . dispose ( ) ; }

Dibuja la guía de una restricción de raíz


public WallDeleteCommentQuery ownerId  ( Integer value ) { return unsafeParam ( "owner_id" , value ) ; }

ID de usuario o ID de la comunidad.Use un valor negativo para designar un ID de comunidad.


public static boolean isMap  ( NewBindingKey key ) { TypeName typeName = key . getTypeName ( ) ; if ( ! ( typeName instanceof ParameterizedTypeName ) ) { return false ; } ParameterizedTypeName parameterizedTypeName = ( ParameterizedTypeName ) typeName ; return parameterizedTypeName . rawType . equals ( ClassName . get ( Map . class ) ) ; }

Devuelve si la clave es un mapa con variables de tipo.


@ Override public final long available  ( ) { try { return is . available ( ) ; } catch ( IOException e ) { System . err . println ( "ERROR" + e ) ; return 0 ; } }

Devuelve el número de bytes que quedan en el arroyo.


public FirebaseJobDispatcher ( Driver driver ) { mDriver = driver ; mValidator = new ValidationEnforcer ( mDriver . getValidator ( ) ) ; mRetryStrategyBuilder = new RetryStrategy . Builder ( mValidator ) ; }

Instantánea un nuevo FireBaseJobDispatcher utilizando el conductor proporcionado.


public FileAlterationObserver ( File directory , FileFilter fileFilter ) { this ( directory , fileFilter , ( IOCase ) null ) ; }

Construya un observador para el directorio y filtro de archivos especificado.


public static Response makeJobMetadataResponse  ( String jobMetadata ) { return Response . status ( Response . Status . ACCEPTED ) . entity ( jobMetadata ) . header ( HttpHeaders . CONTENT_TYPE , MediaType . APPLICATION_JSON + "; charset=utf-8" ) . build ( ) ; }

Dada una cadena que contiene los metadatos de un trabajo asíncrono, devuelve una respuesta con ese metadatos como carga útil.


protected void initializeWorld  ( ) { SimulationBody floor = new SimulationBody ( ) ; floor . addFixture ( Geometry . createRectangle ( 20 , 1 ) ) ; floor . setMass ( MassType . INFINITE ) ; this . world . addBody ( floor ) ; SimulationBody triangle = new SimulationBody ( ) ; triangle . addFixture ( Geometry . createTriangle ( new Vector2 ( 0.0 , 0.5 ) , new Vector2 ( - 0.5 , - 0.5 ) , new Vector2 ( 0.5 , - 0.5 ) ) ) ; triangle . translate ( new Vector2 ( - 1.0 , 2.0 ) ) ; triangle . setLinearVelocity ( new Vector2 ( 5.0 , 0.0 ) ) ; triangle . setMass ( MassType . NORMAL ) ; world . addBody ( triangle ) ; SimulationBody circle = new SimulationBody ( ) ; circle . addFixture ( Geometry . createCircle ( 0.5 ) ) ; circle . translate ( new Vector2 ( 2.0 , 2.0 ) ) ; circle . applyForce ( new Vector2 ( - 100.0 , 0.0 ) ) ; circle . setLinearDamping ( 0.05 ) ; circle . setMass ( MassType . NORMAL ) ; world . addBody ( circle ) ; SimulationBody segment = new SimulationBody ( ) ; segment . addFixture ( Geometry . createSegment ( new Vector2 ( 0.5 , 0.5 ) , new Vector2 ( - 0.5 , - 0.5 ) ) ) ; segment . translate ( new Vector2 ( 1.0 , 6.0 ) ) ; segment . setMass ( MassType . NORMAL ) ; world . addBody ( segment ) ; SimulationBody square = new SimulationBody ( ) ; square . addFixture ( Geometry . createSquare ( 1.0 ) ) ; square . translate ( new Vector2 ( 0.0 , 2.0 ) ) ; square . setLinearVelocity ( new Vector2 ( - 5.0 , 0.0 ) ) ; square . setMass ( MassType . NORMAL ) ; world . addBody ( square ) ; SimulationBody decagon = new SimulationBody ( ) ; decagon . addFixture ( Geometry . createUnitCirclePolygon ( 10 , 0.5 ) ) ; decagon . translate ( new Vector2 ( - 2.5 , 2.0 ) ) ; decagon . setAngularVelocity ( Math . toRadians ( - 20.0 ) ) ; decagon . setMass ( MassType . NORMAL ) ; world . addBody ( decagon ) ; SimulationBody capsule = new SimulationBody ( ) ; capsule . addFixture ( Geometry . createCapsule ( 2 , 1 ) ) ; capsule . translate ( new Vector2 ( 0.0 , 4.0 ) ) ; capsule . setMass ( MassType . NORMAL ) ; world . addBody ( capsule ) ; SimulationBody isosceles = new SimulationBody ( ) ; isosceles . addFixture ( Geometry . createIsoscelesTriangle ( 0.5 , 0.5 ) ) ; isosceles . translate ( new Vector2 ( 2 , 3.5 ) ) ; isosceles . setMass ( MassType . NORMAL ) ; world . addBody ( isosceles ) ; SimulationBody equilateral = new SimulationBody ( ) ; equilateral . addFixture ( Geometry . createEquilateralTriangle ( 1 ) ) ; equilateral . translate ( new Vector2 ( 3.5 , 4.5 ) ) ; equilateral . setMass ( MassType . NORMAL ) ; world . addBody ( equilateral ) ; SimulationBody right = new SimulationBody ( ) ; right . addFixture ( Geometry . createRightTriangle ( 1 , 0.5 ) ) ; right . translate ( new Vector2 ( 4.0 , 3.0 ) ) ; right . setMass ( MassType . NORMAL ) ; world . addBody ( right ) ; }

Crea objetos de juego y los agrega al mundo.


public boolean compareAndSet  ( final long expectedValue , final long newValue ) { return UNSAFE . compareAndSwapLong ( this , VALUE_OFFSET , expectedValue , newValue ) ; }

Realice una operación de comparación y ajuste en la secuencia.


private void calculateColor  ( int coord ) { coord = coord - mBarPointerHaloRadius ; if ( coord < 0 ) { coord = 0 ; } else if ( coord > mBarLength ) { coord = mBarLength ; } if ( coord > ( mBarPointerHaloRadius + ( mBarLength / 2 ) ) && coord < ( mBarPointerHaloRadius + mBarLength ) ) { mColor = Color . HSVToColor ( new float [ ] { mHSVColor [ 0 ] , 1f , ( float ) ( 1 - ( mPosToSVFactor * ( coord - ( mBarPointerHaloRadius + ( mBarLength / 2 ) ) ) ) ) } ) ; } else if ( coord > mBarPointerHaloRadius && coord < ( mBarPointerHaloRadius + mBarLength ) ) { mColor = Color . HSVToColor ( new float [ ] { mHSVColor [ 0 ] , ( float ) ( ( mPosToSVFactor * ( coord - mBarPointerHaloRadius ) ) ) , 1f } ) ; } else if ( coord == mBarPointerHaloRadius ) { mColor = Color . WHITE ; } else if ( coord == mBarPointerHaloRadius + mBarLength ) { mColor = Color . BLACK ; } }

Calcule el color seleccionado por el puntero en la barra.


@ Override public void onPaint  ( ViewTransform transform , Graphics2D g ) { for ( Animation animation : mAnimations ) { animation . setProgress ( getProgress ( ) ) ; animation . onPaint ( transform , g ) ; } }


public static void writeStringToFile  ( File file , String data , String encoding ) throws IOException { writeStringToFile ( file , data , encoding , false ) ; }

Escribe una cadena a un archivo que crea el archivo si no existe.<P /> Nota: A partir de V1.3, los directorios de los padres del archivo se crearán si no existen.


public void addNewEntry  ( ) { ColourMapData data = new ColourMapData ( ) ; Expression quantity = ff . literal ( 0 ) ; if ( ! colourMapList . isEmpty ( ) ) { ColourMapData lastEntry = colourMapList . get ( colourMapList . size ( ) - 1 ) ; if ( lastEntry != null ) { quantity = lastEntry . getNextQuantity ( ) ; } } data . setColour ( ff . literal ( ColourUtils . createRandomColour ( ) ) ) ; data . setOpacity ( ff . literal ( DefaultSymbols . defaultColourOpacity ( ) ) ) ; data . setQuantity ( quantity ) ; colourMapList . add ( data ) ; this . fireTableDataChanged ( ) ; if ( parentObj != null ) { parentObj . colourMapUpdated ( ) ; } }

Agrega una nueva entrada de mapa de color.


@ SuppressWarnings ( "unchecked" ) public CacheRequestHandler ( DataRequestHandler next , @ NotNull DataCache < ? > dataCache , ObjectMapper mapper ) { super ( mapper ) ; this . next = next ; this . dataCache = ( DataCache < String > ) dataCache ; }

Construir un controlador de solicitud de caché.


public OpenIntToFieldHashMap ( final Field < T > field , final int expectedSize , final T missingEntries ) { this . field = field ; final int capacity = computeCapacity ( expectedSize ) ; keys = new int [ capacity ] ; values = buildArray ( capacity ) ; states = new byte [ capacity ] ; this . missingEntries = missingEntries ; mask = capacity - 1 ; }

Construye un mapa vacío con el tamaño especificado.


public static String readAsciiLine  ( InputStream in ) throws IOException { StringBuilder result = new StringBuilder ( 80 ) ; while ( true ) { int c = in . read ( ) ; if ( c == - 1 ) { throw new EOFException ( ) ; } else if ( c == '\n' ) { break ; } result . append ( ( char ) c ) ; } int length = result . length ( ) ; if ( length > 0 && result . charAt ( length - 1 ) == '\r' ) { result . setLength ( length - 1 ) ; } return result . toString ( ) ; }

Devuelve los caracteres ASCII hasta que no incluyen la siguiente "\ r \ n", o "\ n".


public static Builder builder  ( String featureName ) { return new Builder ( featureName ) ; }

Crea un nuevo constructor con el nombre de la característica dado.


public boolean isFullyZoomedOutY  ( ) { return ! ( mScaleY > mMinScaleY || mMinScaleY > 1f ) ; }

Devuelve VERDADERO si el gráfico está completamente alejado en su eje Y (vertical).


private static int dayToUtilDay  ( int day ) { switch ( day ) { case EventRecurrence . SU : return Calendar . SUNDAY ; case EventRecurrence . MO : return Calendar . MONDAY ; case EventRecurrence . TU : return Calendar . TUESDAY ; case EventRecurrence . WE : return Calendar . WEDNESDAY ; case EventRecurrence . TH : return Calendar . THURSDAY ; case EventRecurrence . FR : return Calendar . FRIDAY ; case EventRecurrence . SA : return Calendar . SATURDAY ; default : throw new IllegalArgumentException ( "bad day argument: " + day ) ; } }

Convierte el día de la semana de EventRecurrence al día de la semana de Dichutil.


public FaveGetPhotosQuery ( VkApiClient client , UserActor actor ) { super ( client , "fave.getPhotos" , GetPhotosResponse . class ) ; accessToken ( actor . getAccessToken ( ) ) ; }

Crea una instancia abstractQueryBuilder que se puede usar para construir una solicitud API con varios parámetros


public static final void emoteStartDancing4  ( Npc owner ) { owner . unsetState ( CreatureState . NPC_IDLE ) ; owner . setState ( CreatureState . ACTIVE ) ; PacketSendUtility . broadcastPacket ( owner , new SM_EMOTION ( owner , EmotionType . EMOTE , 19 , 0 ) ) ; }


public static int weekNumber  ( Timestamp input ) { return weekNumber ( input , TimeZone . getDefault ( ) , Locale . getDefault ( ) ) ; }

Devuelve un número de semana en un año para una entrada de marca de tiempo


@ Override public boolean isEmpty  ( ) { return false ; }


@ Override public void write  ( PacketBuffer buf , Packet packet ) { buf . writeInt ( getID ( packet . spec ) ) ; }


public static boolean isFileExtensionSupported  ( File file , List < String > fileExtensionList ) { if ( file == null ) { return false ; } String fileExtension = ExternalFilenames . getFileExtension ( file . getAbsolutePath ( ) ) ; for ( String allowedFileExtension : fileExtensionList ) { if ( fileExtension . compareToIgnoreCase ( allowedFileExtension ) == 0 ) { return true ; } } return false ; }

Cheques Si se admite la extensión de archivo.


public void init$Children  ( ) { children = new ASTNode [ 3 ] ; setChild ( new Opt ( ) , 2 ) ; }

Inicializa la matriz de niños al tamaño correcto.Inicializa la lista y opta a los niños NTA.


public Decision suggest  ( Map CategoryValues ) { String sSuggestion = "" ; double dMaxSimil = - 1.0 ; if ( sSuggestion . equals ( "" ) ) { Iterator iIter = CategoryValues . keySet ( ) . iterator ( ) ; while ( iIter . hasNext ( ) ) { String sCurCategory = ( String ) iIter . next ( ) ; double dCurSimilarity = ( ( Double ) CategoryValues . get ( sCurCategory ) ) . doubleValue ( ) ; if ( dCurSimilarity > dMaxSimil ) { sSuggestion = sCurCategory ; dMaxSimil = dCurSimilarity ; } } } double dUncertainty = UncertaintyCalculator . computeUncertainty ( CategoryValues , dMaxSimil , sSuggestion ) ; if ( dUncertainty > LookupThreshold ) { System . out . println ( "High uncertainty. Looking up for similar decision." ) ; double dMinDistance = Double . MAX_VALUE ; Iterator iIter = vPreviousDecisions . iterator ( ) ; DecisionSupport dpSecondarySuggestion = null ; while ( iIter . hasNext ( ) ) { DecisionSupport dp = ( DecisionSupport ) iIter . next ( ) ; double dCurDist = dp . distanceFrom ( CategoryValues , sSuggestion ) ; if ( ( dMinDistance > dCurDist ) && ( dCurDist < Double . MAX_VALUE ) ) { dpSecondarySuggestion = dp ; dMinDistance = dCurDist ; } } double dFoundUncertainty = 0 ; if ( dpSecondarySuggestion != null ) { dFoundUncertainty = EntropyUncertaintyCalculator . computeUncertainty ( dpSecondarySuggestion . CategoryEstimations , ( ( Double ) dpSecondarySuggestion . CategoryEstimations . get ( dpSecondarySuggestion . SuggestedCategory ) ) . doubleValue ( ) , dpSecondarySuggestion . SuggestedCategory ) ; if ( dFoundUncertainty <= dUncertainty ) { sSuggestion = dpSecondarySuggestion . CorrectCategory ; dUncertainty = dUncertainty / dFoundUncertainty ; System . out . println ( "Found decision " + dpSecondarySuggestion . CorrectCategory + " for " + CategoryValues . toString ( ) ) ; } } } return new Decision ( null , sSuggestion , 1 - dUncertainty , CategoryValues ) ; }

Decida una instancia, dada la estimación de una decisión de la similitud de este caso con un conjunto de categorías.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_Fear_A_TO_SELF  ( String skillcaster , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200739 , skillcaster , skillname ) ; }

[% Skillcaster] se puso en el estado del miedo porque usó [% de habilidad].


public XMLInputSource ( XMLResourceIdentifier resourceIdentifier ) { fPublicId = resourceIdentifier . getPublicId ( ) ; fSystemId = resourceIdentifier . getLiteralSystemId ( ) ; fBaseSystemId = resourceIdentifier . getBaseSystemId ( ) ; }

Construye una fuente de entrada de un objeto XMLReSourEntifier, dejando la resolución de la entidad y la apertura de la corriente de entrada hasta la persona que llama.


private HashMap < String , List < String > > buildElectionGroups  ( FailOverPolicyDescription polDesc ) { if ( polDesc == null || polDesc . m_BackupOnly == null || polDesc . m_BackupOnly . isEmpty ( ) || polDesc . m_BackupMemberNames == null ) return null ; HashMap < String , List < String > > electionGroups = new HashMap < String , List < String > > ( ) ; for ( Iterator < Map . Entry < String , List < String > > > iter = polDesc . m_BackupMemberNames . entrySet ( ) . iterator ( ) ; iter . hasNext ( ) ; ) { Map . Entry < String , List < String > > entry = iter . next ( ) ; List < String > backupOnly = new LinkedList < String > ( ) ; String primary = entry . getKey ( ) ; for ( Iterator < String > iterator = entry . getValue ( ) . iterator ( ) ; iterator . hasNext ( ) ; ) { String backup = iterator . next ( ) ; if ( polDesc . m_BackupOnly . contains ( backup ) ) { backupOnly . add ( backup ) ; } } if ( backupOnly . size ( ) > 0 ) { backupOnly . add ( primary ) ; electionGroups . put ( primary , backupOnly ) ; } } return electionGroups ; }

Construye todos los grupos electorales en grupo fallido.El Grupo Electoral es un grupo de espacios que contiene el espacio primario y todos sus miembros de la copia de seguridad.


private void updateSyncState  ( ) { boolean isSyncEnabled = AndroidSyncSettings . isSyncEnabled ( getActivity ( ) ) ; mSyncSwitchPreference . setChecked ( isSyncEnabled ) ; mSyncSwitchPreference . setEnabled ( canDisableSync ( ) ) ; updateSyncStateFromSwitch ( ) ; }

Actualice el estado de todas las configuraciones de SYNC.Esto establece el estado del interruptor SYNC desde el estado de sincronización externa y luego llama a UpdateSyncStatefromSswitch, que utiliza que como su fuente de verdad.


public RabbitMqCommand logWith  ( Logger logger ) { this . processOutputLogger = logger ; return this ; }

Define qué registrador SLF4J usará el registro de la salida del proceso, ya que habría sido objeto de vertido a STdout y STDERR.


public Builder addConverterFactory  ( Converter . Factory factory ) { converterFactories . add ( checkNotNull ( factory , "factory == null" ) ) ; return this ; }

Agregue la fábrica del convertidor para la serialización y la deserialización de los objetos.


public static INDArray toArray  ( Collection < Writable > record ) { return toArray ( record , record . size ( ) ) ; }


public SilenceAudioInputStream ( double duration , AudioFormat format ) { super ( new ByteArrayInputStream ( new byte [ ( int ) ( format . getFrameSize ( ) * format . getFrameRate ( ) * duration ) ] ) , format , ( long ) ( format . getFrameRate ( ) * duration ) ) ; }

Construya un flujo de entrada de audio desde el cual se puede leer la duración </ código> segundos de silencio.


public void filterRows  ( ) { if ( m_parent == null ) return ; CascadedRowManager rowman = ( CascadedRowManager ) m_rows ; IntIterator crows = m_rows . rows ( ) ; while ( crows . hasNext ( ) ) { int crow = crows . nextInt ( ) ; if ( ! m_rowFilter . getBoolean ( m_parent . getTuple ( rowman . getParentRow ( crow ) ) ) ) { removeCascadedRow ( crow ) ; } } Iterator ptuples = m_parent . tuples ( m_rowFilter ) ; while ( ptuples . hasNext ( ) ) { Tuple pt = ( Tuple ) ptuples . next ( ) ; int prow = pt . getRow ( ) ; if ( rowman . getChildRow ( prow ) == - 1 ) addCascadedRow ( prow ) ; } }

Desencadenar manualmente un re-filtrado de las filas de esta tabla.Si el predicado de filtrado se refiere únicamente a los elementos dentro de esta tabla, llamar a este método debe ser innecesario.Es solo cuando el predicado de filtrado hace referencia a los datos fuera de esta tabla que puede ser necesaria una solicitud de re-filtración manual.Por ejemplo, filtrar los bordes válidos de un gráfico de un grupo de bordes candidatos dependerá de los nodos disponibles.


private MemoryShortageException shortageCheck  ( double rate , boolean writeOperation ) { if ( shouldBlock ( rate , writeOperation ) ) { if ( _gcBeforeShortage ) rate = getMemoryUsageRate ( true , false ) ; if ( shouldBlock ( rate , writeOperation ) ) { if ( _logger . isLoggable ( Level . FINE ) ) { _logger . fine ( "Memory shortage in cache: " + _spaceName ) ; } long usage = ( long ) ( ( rate * _processMemoryManager . getMaximumMemory ( ) ) / 100.0 ) ; return new MemoryShortageException ( _spaceName , _containerName , SystemInfo . singleton ( ) . network ( ) . getHostId ( ) , usage , _processMemoryManager . getMaximumMemory ( ) ) ; } } return null ; }

Comprueba el uso de la memoria y crea una excepción si encuentra una escasez.


public static String determineOriginalFile  ( Context context , Uri uri ) { String originalFile = null ; if ( uri != null ) { if ( uri . getScheme ( ) . startsWith ( "content" ) ) { originalFile = getPathFromUri ( context , uri ) ; } if ( uri . toString ( ) . matches ( "https?://\\w+\\.googleusercontent\\.com/.+" ) ) { originalFile = uri . toString ( ) ; } if ( uri . getScheme ( ) . startsWith ( "file" ) ) { originalFile = uri . toString ( ) . substring ( 7 ) ; } if ( isNullOrEmpty ( originalFile ) ) { throw new IllegalArgumentException ( "File path was null" ) ; } } else { throw new IllegalArgumentException ( "Image Uri was null!" ) ; } return originalFile ; }

Recuperar la ruta de archivo local para un URI arbitrario


public int numConnections  ( ) { int num = 0 ; if ( this . results != null ) for ( Entry < ResultSinkInfo , Set < ResultSourceInfo > > entry : this . results . entrySet ( ) ) num += entry . getValue ( ) . size ( ) ; return num ; }

Obtiene el número total de conexiones de fuente a fregadero.Si hay dos conexiones a lo largo de diferentes rutas entre la misma fuente y el fregadero, el tamaño () devolverá 1, pero los numconnections () devolverán 2.


public RegexValidator ( String [ ] regexs , boolean caseSensitive ) { if ( regexs == null || regexs . length == 0 ) { throw new IllegalArgumentException ( "Regular expressions are missing" ) ; } patterns = new Pattern [ regexs . length ] ; int flags = ( caseSensitive ? 0 : Pattern . CASE_INSENSITIVE ) ; for ( int i = 0 ; i < regexs . length ; i ++ ) { if ( regexs [ i ] == null || regexs [ i ] . length ( ) == 0 ) { throw new IllegalArgumentException ( "Regular expression[" + i + "] is missing" ) ; } patterns [ i ] = Pattern . compile ( regexs [ i ] , flags ) ; } }

Construya un validador que coincida con cualquiera de los grupos de expresiones regulares con la sensibilidad de caso especificada.


private void checkIndices  ( final int start , final int end ) throws MathIllegalArgumentException { final int dim = getDimension ( ) ; if ( ( start < 0 ) || ( start >= dim ) ) { throw new MathIllegalArgumentException ( LocalizedCoreFormats . INDEX , start , 0 , dim - 1 ) ; } if ( ( end < 0 ) || ( end >= dim ) ) { throw new MathIllegalArgumentException ( LocalizedCoreFormats . INDEX , end , 0 , dim - 1 ) ; } if ( end < start ) { throw new MathIllegalArgumentException ( LocalizedCoreFormats . INITIAL_ROW_AFTER_FINAL_ROW , end , start , false ) ; } }

Comprueba que los índices de un subvector son válidos.


public static void handleInternetConnection  ( Activity context ) { ConnectivityManager cm = ( ConnectivityManager ) context . getSystemService ( Context . CONNECTIVITY_SERVICE ) ; NetworkInfo activeNetwork = cm . getActiveNetworkInfo ( ) ; if ( activeNetwork != null ) { if ( activeNetwork . getType ( ) == ConnectivityManager . TYPE_WIFI ) { loadContent ( context ) ; } else if ( activeNetwork . getType ( ) == ConnectivityManager . TYPE_MOBILE ) { Dialogs . showMobileData ( context ) ; } } else Dialogs . showNoInternet ( context ) ; }

Maneja a los diferentes estados de conexión a Internet y actúa respectivamente con la carga del contenido o muestran un mensaje.


public void resetCircleColors  ( ) { if ( mCircleColors == null ) { mCircleColors = new ArrayList < > ( ) ; } mCircleColors . clear ( ) ; }

Restablece la matriz de círculo-colores y crea uno nuevo.


public static boolean booleanValueVersatile  ( Object value , boolean defaultValue ) { Boolean res = booleanValueVersatile ( value ) ; return res != null ? res : defaultValue ; }

Scipio: devuelve VERDADERO si el valor es Boolean.True, "verdadero" o "y", o falso si el valor es Boolean.False, "Falso" o "N", o vale la cantidad de cualquier otra cosa.<p> Nota: distingue entre mayúsculas y minúsculas.


@ deprecated public final void reset  ( int start , int count ) throws IllegalArgumentException  { int len = 0 ; if ( this . text != null ) { len = this . text . length ; } if ( ( start < 0 ) || ( count < 0 ) || ( start > len - count ) ) { throw new IllegalArgumentException ( ) ; } this . textStart = start ; this . textLimit = ( start + count ) ; reset ( ) ; }


public DivExpr newDivExpr  ( Value op1 , Value op2 ) { return new GDivExpr ( op1 , op2 ) ; }

Construye un trozo de gramática DIVEXPR (EXPR, EXPR).


public static SM_SYSTEM_MESSAGE STR_MSG_PERSONAL_SHOP_SELL_ITEM  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1400134 , value0 ) ; }


public String guards  ( ) { return soot . PhaseOptions . getString ( options , "guards" ) ; }

Estrategia de protección: describe cómo proteger el programa a partir de supuestos erróneos. El uso de un registro de reflexión es solo un sonido para las ejecuciones de métodos que se registraron.Ejecutar el programa de manera diferente puede ser erróneo.El hollín puede insertar guardias en los puntos de programa para los cuales el registro de reflexiones no contiene información.Cuando se alcanzan estos puntos (porque el programa se ejecuta de manera diferente), entonces sucederá la aparición, dependiendo del valor de esta bandera.Ignorar: no se inserta ningún guardia, el programa se ejecuta normalmente, pero bajo supuestos erróneos.Imprimir: el programa imprime un rastreo de pila al llegar a una ubicación de porgrama que no se rastreó, sino que continúa ejecutándose.Tirar (predeterminado): el programa lanza un error en su lugar.


public static double min  ( final double ... values ) throws MathIllegalArgumentException  { return MIN . evaluate ( values ) ; }

Devuelve el mínimo de las entradas en la matriz de entrada, o <Code> Double.Nan </ Code> si la matriz está vacía.<p> lanza <código> MathillionGalArgumentException </ Code> Si la matriz es nula.<p> <ul> <li> El resultado es <code> nan </ code> IFF Todos los valores son <Code> NAN </ CODE> (es decir, <CÓDIGO> NAN </ CODE> Los valores no tienen impacto en el valor dela estadística). </ li> <li> Si alguno de los valores es igual a <code> double.negative_infinity </ code>, el resultado es <code> double.negative_infinity. </ código> </ li> </ ul>


public static List < Writable > sampleInvalidFromColumn  ( int numToSample , String columnName , Schema schema , JavaRDD < List < Writable > > data ) { return sampleInvalidFromColumn ( numToSample , columnName , schema , data , false ) ; }

Muestra al azar un conjunto de valores no válidos de una columna especificada.Los valores se consideran inválidos de acuerdo con el esquema / columnMetadAdata


Crea un nuevo control de arrastre de subtretes que emite solicitudes de repintado a medida que se arrastra un artículo.


public static GeneralPath cardinalSpline  ( float pts [ ] , float slack , boolean closed ) { GeneralPath path = new GeneralPath ( ) ; path . moveTo ( pts [ 0 ] , pts [ 1 ] ) ; return cardinalSpline ( path , pts , slack , closed , 0f , 0f ) ; }

Calcule un spline cardinal, una serie de bezier cúbicos se divide suavemente que conecta un conjunto de puntos.Splines cardinales Mantenga la continuidad C (1), asegurando que los segmentos de spline conectados formen una curva diferenciable, lo que garantiza al menos un nivel mínimo de suavidad.


private ScanPlan createPlan  ( String scanId , ScanOptions options ) { ScanPlan plan = new ScanPlan ( scanId , options ) ; for ( String placement : options . getPlacements ( ) ) { String cluster = _dataTools . getPlacementCluster ( placement ) ; ScanRangeSplits scanRangeSplits = _dataTools . getScanRangeSplits ( placement , options . getRangeScanSplitSize ( ) , Optional . < ScanRange > absent ( ) ) ; if ( ! options . isScanByAZ ( ) ) { scanRangeSplits = scanRangeSplits . combineGroups ( ) ; } for ( ScanRangeSplits . SplitGroup splitGroup : scanRangeSplits . getSplitGroups ( ) ) { plan . startNewBatchForCluster ( cluster ) ; for ( ScanRangeSplits . TokenRange tokenRange : splitGroup . getTokenRanges ( ) ) { plan . addTokenRangeToCurrentBatchForCluster ( cluster , placement , tokenRange . getScanRanges ( ) ) ; } } } return plan ; }

Devuelve un ScanPlan basado en los anillos de Cassandra y los rangos de token.


public static final void toString  ( StringBuffer output , byte [ ] tab ) { if ( tab == null ) { output . append ( "null" ) ; return ; } output . append ( "(" ) ; int size = tab . length ; output . append ( size ) ; if ( listMax == - 1 || size <= listMax ) { for ( int i = 0 ; i < size ; i ++ ) { output . append ( "," ) ; output . append ( tab [ i ] ) ; } } else { int border = size / 2 ; if ( listBorder < border ) border = listBorder ; for ( int i = 0 ; i < border ; i ++ ) { output . append ( "," ) ; output . append ( tab [ i ] ) ; } output . append ( ",..." ) ; for ( int i = border ; i > 0 ; i -- ) { output . append ( "," ) ; output . append ( tab [ size - i ] ) ; } } output . append ( ")" ) ; }

Proporciona una representación de cadena de una matriz de bytes.Utiliza el <código> listmax </ code> y <code> listborder </ code> variables.


public void addException  ( Access node ) { List < Access > list = ( parent == null || state == null ) ? getExceptionListNoTransform ( ) : getExceptionList ( ) ; list . addChild ( node ) ; }

Anexar un elemento a la lista de excepciones.


public SizeFileComparator ( ) { this . sumDirectoryContents = false ; }

Construya una instancia de comparador de tamaño de archivo (directorios tratados como tamaño cero).


public boolean isPrintable  ( char ch ) { if ( ch <= this . lastPrintable ) { return true ; } return isPrintable0 ( ch ) ; }

Comprueba si el carácter especificado está imprimible o no en esta codificación.


public static List < Window > windows  ( String words , int windowSize ) { StringTokenizer tokenizer = new StringTokenizer ( words ) ; List < String > list = new ArrayList < String > ( ) ; while ( tokenizer . hasMoreTokens ( ) ) list . add ( tokenizer . nextToken ( ) ) ; return windows ( list , windowSize ) ; }

Construye una lista de ventana de Tamaño con el sistema.Tenga en cuenta que también se crea el relleno para cada ventana.


@ Override public void onCreate  ( Bundle savedInstanceState ) { super . onCreate ( savedInstanceState ) ; TraceEvent . begin ( "ChromeLauncherActivity" ) ; IntentHandler . addTimestampToIntent ( getIntent ( ) ) ; CommandLineInitUtil . initCommandLine ( this , ChromeApplication . COMMAND_LINE_FILE ) ; PartnerBrowserCustomizations . initializeAsync ( getApplicationContext ( ) , PARTNER_BROWSER_CUSTOMIZATIONS_TIMEOUT_MS ) ; mIsInMultiInstanceMode = MultiWindowUtils . getInstance ( ) . shouldRunInMultiInstanceMode ( this ) ; mIntentHandler = new IntentHandler ( this , getPackageName ( ) ) ; maybePerformMigrationTasks ( ) ; mIsCustomTabIntent = isCustomTabIntent ( ) ; int tabId = IntentUtils . safeGetIntExtra ( getIntent ( ) , TabOpenType . BRING_TAB_TO_FRONT . name ( ) , Tab . INVALID_TAB_ID ) ; if ( WebappLauncherActivity . bringWebappToFront ( tabId ) ) { ApiCompatibilityUtils . finishAndRemoveTask ( this ) ; return ; } if ( getIntent ( ) . hasCategory ( Notification . INTENT_CATEGORY_NOTIFICATION_PREFERENCES ) ) { NotificationUIManager . launchNotificationPreferences ( this , getIntent ( ) ) ; finish ( ) ; return ; } if ( ! mIsCustomTabIntent && ! FeatureUtilities . isDocumentMode ( this ) ) { launchTabbedMode ( ) ; finish ( ) ; return ; } if ( TextUtils . equals ( getIntent ( ) . getAction ( ) , ACTION_CLOSE_ALL_INCOGNITO ) ) { ChromeApplication . getDocumentTabModelSelector ( ) . getModel ( true ) . closeAllTabs ( ) ; ApiCompatibilityUtils . finishAndRemoveTask ( this ) ; return ; } if ( launchFirstRunExperience ( ) ) return ; if ( mIsCustomTabIntent ) { launchCustomTabActivity ( ) ; finish ( ) ; return ; } handleDocumentActivityIntent ( ) ; if ( ! mIsFinishDelayed ) ApiCompatibilityUtils . finishAndRemoveTask ( this ) ; }

Averigua cómo enrutar la intención.Debido a que esto está en el camino crítico para el inicio, evite que la ruta sea más complicada de lo que ya es.Asegúrese de que cualquier cosa que agregue _Apsolutely tiene_ para estar aquí.


public void createAndBindDestination  ( boolean isQueue , String destinationName ) throws NamingException , JMSException { Object dest ; try { dest = jndiLookup ( destinationName ) ; } catch ( NamingException ne ) { if ( isQueue ) { dest = getQueue ( destinationName ) ; } else { dest = getTopic ( destinationName ) ; } getInitialContext ( ) . rebind ( destinationName , dest ) ; } }

Crea un destino (gstopicimpl o gsqueuevmente) y luego se la une al registro JNDI.


private void deactivateToggleSkill  ( ) { PacketSendUtility . sendPacket ( ( Player ) effector , new SM_SKILL_ACTIVATION ( getSkillId ( ) , false ) ) ; }

Desactivará la habilidad de alternar y dejará de verificar la tarea


public synchronized void onlyReplicateDeletesUponCompaction  ( ) { _onlyReplicateDeletesUponCompaction = true ; }

SOLO REPLICAR BARRÁTICOS DEBIDO A COMPACIONES.Las compactas de replicación se colocarán para más tarde.


@ DmnDeploymentAnnotation ( resources = { "org/activiti/rest/dmn/service/api/repository/simple.dmn" } ) public void testGetDeployment  ( ) throws Exception  { DmnDeployment existingDeployment = dmnRepositoryService . createDeploymentQuery ( ) . singleResult ( ) ; HttpGet httpGet = new HttpGet ( SERVER_URL_PREFIX + DmnRestUrls . createRelativeResourceUrl ( DmnRestUrls . URL_DEPLOYMENT , existingDeployment . getId ( ) ) ) ; CloseableHttpResponse response = executeRequest ( httpGet , HttpStatus . SC_OK ) ; closeResponse ( response ) ; JsonNode responseNode = objectMapper . readTree ( response . getEntity ( ) . getContent ( ) ) ; String deploymentId = responseNode . get ( "id" ) . textValue ( ) ; String name = responseNode . get ( "name" ) . textValue ( ) ; String category = responseNode . get ( "category" ) . textValue ( ) ; String deployTime = responseNode . get ( "deploymentTime" ) . textValue ( ) ; String url = responseNode . get ( "url" ) . textValue ( ) ; String tenantId = responseNode . get ( "tenantId" ) . textValue ( ) ; assertEquals ( "" , tenantId ) ; assertNotNull ( deploymentId ) ; assertEquals ( existingDeployment . getId ( ) , deploymentId ) ; assertNotNull ( name ) ; assertEquals ( existingDeployment . getName ( ) , name ) ; assertEquals ( existingDeployment . getCategory ( ) , category ) ; assertNotNull ( deployTime ) ; assertNotNull ( url ) ; assertTrue ( url . endsWith ( DmnRestUrls . createRelativeResourceUrl ( DmnRestUrls . URL_DEPLOYMENT , deploymentId ) ) ) ; }

Prueba obtener una sola despliegue.Obtenga DMN-Repositorio / Implementaciones / {DeploymentID}


Construye un nuevo color con todos los componentes establecidos en 0.


@ Override public String toString  ( ) { return left . toString ( ) + ":" + right . toString ( ) ; }


public GSTopicConnectionFactoryImpl ( ) throws JMSException  { this ( null , null ) ; }

Construye un <código> gstopicConnectionFactoryImpl </ código>.


public void put  ( String key , InputStream stream , String name ) { put ( key , stream , name , null ) ; }

Agrega un flujo de entrada a la solicitud.


public InputStream newInputStream  ( int index ) throws IOException { synchronized ( DiskLruCache . this ) { if ( entry . currentEditor != this ) { throw new IllegalStateException ( ) ; } if ( ! entry . readable ) { return null ; } return new FileInputStream ( entry . getCleanFile ( index ) ) ; } }

Devuelve un flujo de entrada sin fundamento para leer el último valor comprometido, o nulo si no se ha cometido ningún valor.


public String optString  ( int index ) { LazyNode token = getOptionalValueToken ( index ) ; if ( token == null ) return null ; if ( token . type == LazyNode . VALUE_NULL ) return null ; return token . getStringValue ( cbuf ) ; }

Devuelve el valor de la cadena almacenado en el índice dado o nulo si no hubo tal valor.


public byte [ ] generateKek  ( PrivateKey privateKey ) throws NoSuchAlgorithmException , InvalidKeySpecException , InvalidKeyException  { PublicKey vlPublic = this . getValueLinkPublicKey ( ) ; KeyAgreement ka = KeyAgreement . getInstance ( "DH" ) ; ka . init ( privateKey ) ; ka . doPhase ( vlPublic , true ) ; byte [ ] secretKey = ka . generateSecret ( ) ; if ( debug ) { Debug . logInfo ( "Secret Key : " + StringUtil . toHexString ( secretKey ) + " / " + secretKey . length , module ) ; } MessageDigest md = MessageDigest . getInstance ( "SHA1" ) ; byte [ ] digest = md . digest ( secretKey ) ; byte [ ] des2 = getByteRange ( digest , 0 , 16 ) ; byte [ ] first8 = getByteRange ( des2 , 0 , 8 ) ; byte [ ] kek = copyBytes ( des2 , first8 , 0 ) ; if ( debug ) { Debug . logInfo ( "Generated KEK : " + StringUtil . toHexString ( kek ) + " / " + kek . length , module ) ; } return kek ; }

Generar una clave de intercambio clave para usar en cifrado el MWK


@ Override public Scan open  ( ) { Scan src = p . open ( ) ; List < TempTable > runs = splitIntoRuns ( src ) ; if ( runs . size ( ) == 0 ) return src ; src . close ( ) ; while ( runs . size ( ) > 2 ) runs = doAMergeIteration ( runs ) ; return new SortScan ( runs , comp ) ; }

Este método es donde está la mayor parte de la acción.Se crean hasta 2 tablas temporales ordenadas, y se pasan a SortScan para fusionar final.


private void requestUserPhotos  ( Context c , int page , boolean refresh , String order ) { page = refresh ? 1 : page + 1 ; listener = new OnRequestPhotosListener ( c , page , refresh ) ; model . getService ( ) . requestUserPhotos ( AuthManager . getInstance ( ) . getMe ( ) , page , Mysplash . DEFAULT_PER_PAGE , order , listener ) ; }


public DiscoveryProtocolException ( String message ) { super ( message ) ; }

Construye un nuevo <código> discoveryprotocolexception </ code> con el mensaje de detalle especificado.


public static boolean isFileNewer  ( File file , File reference ) { if ( reference == null ) { throw new IllegalArgumentException ( "No specified reference file" ) ; } if ( ! reference . exists ( ) ) { throw new IllegalArgumentException ( "The reference file '" + reference + "' doesn't exist" ) ; } return isFileNewer ( file , reference . lastModified ( ) ) ; }

Pruebas Si el archivo <código> especificado </ el código> es más nuevo que el archivo <código> de referencia </ código>.


public String title  ( ) { return mTitle ; }

Devuelve el título para mostrar para la aplicación en el banner.


public boolean isStatusBarTintEnabled  ( ) { return mStatusBarTintEnabled ; }

¿Está habilitado el teñido para la barra de estado del sistema?


public static void verifyPhoneToken  ( String token , @ Nullable AirMapCallback < Void > callback ) { PilotService . verifyToken ( token , callback ) ; }

Verifique que el mensaje de texto que recibió el piloto fue el correcto


public static void finalizeFirstRunFlowState  ( Context context , Bundle data ) { FirstRunStatus . setFirstRunFlowComplete ( context , true ) ; setFirstRunFlowSignInAccountName ( context , data . getString ( FirstRunActivity . RESULT_SIGNIN_ACCOUNT_NAME ) ) ; setFirstRunFlowSignInSetupSync ( context , data . getBoolean ( FirstRunActivity . RESULT_SHOW_SYNC_SETTINGS ) ) ; }

Finalice el estado del flujo de Fre (Marcos es como "completo" y finalice los parámetros).


public void createInFile  ( String filePath ) throws IOException { this . inFile = new ExifInterface ( filePath ) ; }

El archivo antes de que esté comprimido.


public boolean precise_newinstance  ( ) { return soot . PhaseOptions . getBoolean ( options , "precise-newinstance" ) ; }

Precise NewInstance: haga que NewInstance solo asignan objetos de clases dinámicas.Normalmente, las llamadas de NewInstance () se tratan como si pudieran devolver un objeto de cualquier tipo.El ajuste de esta opción para verdaderos hace que sean tratados como si vuelvan solo objetos del tipo de clase dinámica.


public static SM_SYSTEM_MESSAGE STR_MSG_COMBINE_ITEM_MULTI  ( String value1 , String value0s ) { return new SM_SYSTEM_MESSAGE ( 1300789 , value1 , value0s ) ; }


public void init$Children  ( ) { children = new ASTNode [ 3 ] ; setChild ( new Opt ( ) , 2 ) ; }

Inicializa la matriz de niños al tamaño correcto.Inicializa la lista y opta a los niños NTA.


public void copyDeploymentValuesToProcessDefinitions  ( DeploymentEntity deployment , List < ProcessDefinitionEntity > processDefinitions ) { String engineVersion = deployment . getEngineVersion ( ) ; String tenantId = deployment . getTenantId ( ) ; String deploymentId = deployment . getId ( ) ; for ( ProcessDefinitionEntity processDefinition : processDefinitions ) { if ( engineVersion != null ) { processDefinition . setEngineVersion ( engineVersion ) ; } if ( tenantId != null ) { processDefinition . setTenantId ( tenantId ) ; } processDefinition . setDeploymentId ( deploymentId ) ; } }

Actualiza todas las entidades de definición de proceso para que coincidan con los valores de la implementación para el inquilino, la versión del motor y la identificación de implementación.


@ Override public void actionPerformed  ( ActionEvent ev ) { execute ( "set colorMismatchesVsReference=" + ( ! isSelected ( ) ) + ";" ) ; }


private void validatePerPage  ( int perPage ) { if ( perPage > maxResults ) { String msg = String . format ( "Number of rows requested exceeds request limit of %d" , maxResults ) ; throw new RowLimitReachedException ( msg ) ; } }

Compruebe si PERPAGE excede el límite de número máximo de filas a devolver.


public PanOptions build  ( ) { PanOptions options = new PanOptions ( ) ; options . animate = this . animate ; options . duration = this . duration ; options . easeLinearity = this . easeLinearity ; options . noMoveStart = this . noMoveStart ; return options ; }

Construye la nueva instancia de las panopciones.


public MePhotosView ( Activity a , int type ) { super ( a ) ; this . initialize ( a , type ) ; }


public int CalcBonusAbyssReward  ( boolean isWin , boolean isBossKilled ) { int BossKilled = 1993 ; int Win = 3163 ; int Loss = 1031 ; if ( isBossKilled ) { return isWin ? ( Win + BossKilled ) : ( Loss + BossKilled ) ; } else { return isWin ? Win : Loss ; } }

Calcula la recompensa de bonificación de Abyss por el ganador y el equipo más suelto individualmente.5156 (Win + Bosskilled): 3163 (Win) 3024 (Pérdida + Bosskilled): 1031 (Pérdida)


public static double tanh  ( double x ) { boolean negate = false ; if ( Double . isNaN ( x ) ) { return x ; } if ( x > 20.0 ) { return 1.0 ; } if ( x < - 20 ) { return - 1.0 ; } if ( x == 0 ) { return x ; } if ( x < 0.0 ) { x = - x ; negate = true ; } double result ; if ( x >= 0.5 ) { double hiPrec [ ] = new double [ 2 ] ; exp ( x * 2.0 , 0.0 , hiPrec ) ; double ya = hiPrec [ 0 ] + hiPrec [ 1 ] ; double yb = - ( ya - hiPrec [ 0 ] - hiPrec [ 1 ] ) ; double na = - 1.0 + ya ; double nb = - ( na + 1.0 - ya ) ; double temp = na + yb ; nb += - ( temp - na - yb ) ; na = temp ; double da = 1.0 + ya ; double db = - ( da - 1.0 - ya ) ; temp = da + yb ; db += - ( temp - da - yb ) ; da = temp ; temp = da * HEX_40000000 ; double daa = da + temp - temp ; double dab = da - daa ; double ratio = na / da ; temp = ratio * HEX_40000000 ; double ratioa = ratio + temp - temp ; double ratiob = ratio - ratioa ; ratiob += ( na - daa * ratioa - daa * ratiob - dab * ratioa - dab * ratiob ) / da ; ratiob += nb / da ; ratiob += - db * na / da / da ; result = ratioa + ratiob ; } else { double hiPrec [ ] = new double [ 2 ] ; expm1 ( x * 2.0 , hiPrec ) ; double ya = hiPrec [ 0 ] + hiPrec [ 1 ] ; double yb = - ( ya - hiPrec [ 0 ] - hiPrec [ 1 ] ) ; double na = ya ; double nb = yb ; double da = 2.0 + ya ; double db = - ( da - 2.0 - ya ) ; double temp = da + yb ; db += - ( temp - da - yb ) ; da = temp ; temp = da * HEX_40000000 ; double daa = da + temp - temp ; double dab = da - daa ; double ratio = na / da ; temp = ratio * HEX_40000000 ; double ratioa = ratio + temp - temp ; double ratiob = ratio - ratioa ; ratiob += ( na - daa * ratioa - daa * ratiob - dab * ratioa - dab * ratiob ) / da ; ratiob += nb / da ; ratiob += - db * na / da / da ; result = ratioa + ratiob ; } if ( negate ) { result = - result ; } return result ; }

Calcular la tangente hiperbólica de un número.


public static < S , T > Aggregate < S , Map < String , T >> select  ( ImmutableSet < NamedAggregate < ? super S , ? extends T > > aggregates ) { return new SelectAggregate < > ( aggregates ) ; }

Un agregado que combina varios agregados juntos en un mapa (donde las llaves son los nombres de los agregados)


protected void drawGridLine  ( Canvas c , float x , float y , Path gridLinePath ) { gridLinePath . moveTo ( x , mViewPortHandler . contentBottom ( ) ) ; gridLinePath . lineTo ( x , mViewPortHandler . contentTop ( ) ) ; c . drawPath ( gridLinePath , mGridPaint ) ; gridLinePath . reset ( ) ; }

Dibuja la línea de la cuadrícula en la posición especificada utilizando la ruta proporcionada.


@ Override public void onCreate  ( Bundle savedInstanceState ) { super . onCreate ( savedInstanceState ) ; setContentView ( R . layout . main ) ; App . handleTextView ( this ) ; LibWrapper . handleTextView ( this ) ; }

Se llama cuando se crea por primera vez la actividad.


public void download  ( String remoteFileName , File localFile , long restartAt ) throws IllegalStateException , FileNotFoundException , IOException , FTPIllegalReplyException , FTPException , FTPDataTransferException , FTPAbortedException { download ( remoteFileName , localFile , restartAt , null ) ; }

Este método reanuda una operación de descarga desde el servidor remoto a un archivo local.Llamar a este método bloquea el hilo actual hasta que se complete la operación.La operación podría ser interrumpida por otra llamada de hilo abortcurrentdatatransfer ().El método se romperá con una ftpabortedException.


private int measureHeightSize  ( int measureSpec ) { int defSize = dp2px ( DEFAULT_HEIGHT ) ; int specSize = MeasureSpec . getSize ( measureSpec ) ; int specMode = MeasureSpec . getMode ( measureSpec ) ; int result = 0 ; switch ( specMode ) { case MeasureSpec . UNSPECIFIED : case MeasureSpec . AT_MOST : result = Math . min ( defSize , specSize ) ; break ; case MeasureSpec . EXACTLY : result = specSize ; break ; } return result ; }


public static IOCase forName  ( String name ) { if ( IOCase . SENSITIVE . name . equals ( name ) ) { return IOCase . SENSITIVE ; } if ( IOCase . INSENSITIVE . name . equals ( name ) ) { return IOCase . INSENSITIVE ; } if ( IOCase . SYSTEM . name . equals ( name ) ) { return IOCase . SYSTEM ; } throw new IllegalArgumentException ( "Invalid IOCase name: " + name ) ; }

Método de fábrica para crear una IOCIase de un nombre.


private void convertToNV21  ( int k ) { byte [ ] buffer = new byte [ 3 * mSize / 2 ] ; int stride = mWidth , sliceHeight = mHeight ; int colorFormat = mDecoderColorFormat ; boolean planar = false ; if ( mDecOutputFormat != null ) { MediaFormat format = mDecOutputFormat ; if ( format != null ) { if ( format . containsKey ( "slice-height" ) ) { sliceHeight = format . getInteger ( "slice-height" ) ; if ( sliceHeight < mHeight ) sliceHeight = mHeight ; } if ( format . containsKey ( "stride" ) ) { stride = format . getInteger ( "stride" ) ; if ( stride < mWidth ) stride = mWidth ; } if ( format . containsKey ( MediaFormat . KEY_COLOR_FORMAT ) ) { if ( format . getInteger ( MediaFormat . KEY_COLOR_FORMAT ) > 0 ) { colorFormat = format . getInteger ( MediaFormat . KEY_COLOR_FORMAT ) ; } } } } switch ( colorFormat ) { case MediaCodecInfo . CodecCapabilities . COLOR_FormatYUV420SemiPlanar : case MediaCodecInfo . CodecCapabilities . COLOR_FormatYUV420PackedSemiPlanar : case MediaCodecInfo . CodecCapabilities . COLOR_TI_FormatYUV420PackedSemiPlanar : planar = false ; break ; case MediaCodecInfo . CodecCapabilities . COLOR_FormatYUV420Planar : case MediaCodecInfo . CodecCapabilities . COLOR_FormatYUV420PackedPlanar : planar = true ; break ; } for ( int i = 0 ; i < mSize ; i ++ ) { if ( i % mWidth == 0 ) i += stride - mWidth ; buffer [ i ] = mDecodedVideo [ k ] [ i ] ; } if ( ! planar ) { for ( int i = 0 , j = 0 ; j < mSize / 4 ; i += 1 , j += 1 ) { if ( i % mWidth / 2 == 0 ) i += ( stride - mWidth ) / 2 ; buffer [ mSize + 2 * j + 1 ] = mDecodedVideo [ k ] [ stride * sliceHeight + 2 * i ] ; buffer [ mSize + 2 * j ] = mDecodedVideo [ k ] [ stride * sliceHeight + 2 * i + 1 ] ; } } else { for ( int i = 0 , j = 0 ; j < mSize / 4 ; i += 1 , j += 1 ) { if ( i % mWidth / 2 == 0 ) i += ( stride - mWidth ) / 2 ; buffer [ mSize + 2 * j + 1 ] = mDecodedVideo [ k ] [ stride * sliceHeight + i ] ; buffer [ mSize + 2 * j ] = mDecodedVideo [ k ] [ stride * sliceHeight * 5 / 4 + i ] ; } } mDecodedVideo [ k ] = buffer ; }

Convierte la imagen obtenida del decodificador a NV21.


public static byte [ ] int2buff  ( int n ) { byte [ ] bs ; bs = new byte [ 4 ] ; bs [ 0 ] = ( byte ) ( ( n >> 24 ) & 0xFF ) ; bs [ 1 ] = ( byte ) ( ( n >> 16 ) & 0xFF ) ; bs [ 2 ] = ( byte ) ( ( n >> 8 ) & 0xFF ) ; bs [ 3 ] = ( byte ) ( n & 0xFF ) ; return bs ; }


@ SuppressWarnings ( { "unchecked" , "cast" } ) public TypeAccess fullCopy  ( ) { TypeAccess tree = ( TypeAccess ) copy ( ) ; if ( children != null ) { for ( int i = 0 ; i < children . length ; ++ i ) { ASTNode child = ( ASTNode ) children [ i ] ; if ( child != null ) { child = child . fullCopy ( ) ; tree . setChild ( child , i ) ; } } } return tree ; }

Cree una copia profunda del subárbol AST en este nodo.La copia está colgando, es decir, no tiene padre.


public static int sign  ( final int x ) { return ( x == 0 ) ? 0 : ( x > 0 ) ? 1 : - 1 ; }

Devuelve el <a href="http://mathworld.wolfram.com/sign.html"> Signo </a> para el valor int <code> x </ code>.<p> Para un valor INT X, este método devuelve +1 si x> 0, 0 si x = 0, y -1 si X <0. </ P>


@ Override public long limit  ( ) { return fileLength >>> 2 ; }

Longitud de la matriz (longitud del archivo / 4)


private void addReportingRates  ( DataQueryParams dataSourceParams , Grid grid , ReportingRateMetric metric , boolean includeNumDen ) { if ( ! dataSourceParams . getReportingRates ( ) . isEmpty ( ) && ! dataSourceParams . isSkipData ( ) ) { if ( ! COMPLETENESS_DIMENSION_TYPES . containsAll ( dataSourceParams . getDimensionTypes ( ) ) ) { return ; } Map < String , Double > aggregatedDataMap = getAggregatedCompletenessValueMap ( dataSourceParams ) ; List < Integer > completenessDimIndexes = dataSourceParams . getCompletenessDimensionIndexes ( ) ; List < Integer > completenessFilterIndexes = dataSourceParams . getCompletenessFilterIndexes ( ) ; DataQueryParams targetParams = DataQueryParams . newBuilder ( dataSourceParams ) . retainDimensions ( completenessDimIndexes ) . retainFilters ( completenessFilterIndexes ) . withSkipPartitioning ( true ) . withTimely ( false ) . withRestrictByOrgUnitOpeningClosedDate ( true ) . withRestrictByCategoryOptionStartEndDate ( true ) . withAggregationType ( AggregationType . SUM ) . build ( ) ; Map < String , Double > targetMap = getAggregatedCompletenessTargetMap ( targetParams ) ; Integer periodIndex = dataSourceParams . getPeriodDimensionIndex ( ) ; Integer dataSetIndex = DataQueryParams . DX_INDEX ; Map < String , PeriodType > dsPtMap = dataSourceParams . getDataSetPeriodTypeMap ( ) ; PeriodType filterPeriodType = dataSourceParams . getFilterPeriodType ( ) ; for ( Map . Entry < String , Double > entry : aggregatedDataMap . entrySet ( ) ) { List < String > dataRow = Lists . newArrayList ( entry . getKey ( ) . split ( DIMENSION_SEP ) ) ; List < String > targetRow = ListUtils . getAtIndexes ( dataRow , completenessDimIndexes ) ; String targetKey = StringUtils . join ( targetRow , DIMENSION_SEP ) ; Double target = targetMap . get ( targetKey ) ; Double actual = entry . getValue ( ) ; if ( target != null && actual != null ) { PeriodType queryPt = filterPeriodType != null ? filterPeriodType : getPeriodTypeFromIsoString ( dataRow . get ( periodIndex ) ) ; PeriodType dataSetPt = dsPtMap . get ( dataRow . get ( dataSetIndex ) ) ; target = target * queryPt . getPeriodSpan ( dataSetPt ) ; Double value = 0d ; if ( ACTUAL_REPORTS == metric || ACTUAL_REPORTS_ON_TIME == metric ) { value = actual ; } else if ( EXPECTED_REPORTS == metric ) { value = target ; } else if ( ! MathUtils . isEqual ( target , MathUtils . ZERO ) ) { value = ( actual * PERCENT ) / target ; } String reportingRate = DimensionalObjectUtils . getDimensionItem ( dataRow . get ( DX_INDEX ) , metric ) ; dataRow . set ( DX_INDEX , reportingRate ) ; grid . addRow ( ) ; grid . addValues ( dataRow . toArray ( ) ) ; grid . addValue ( dataSourceParams . isSkipRounding ( ) ? value : MathUtils . getRounded ( value ) ) ; if ( includeNumDen ) { grid . addValue ( actual ) ; grid . addValue ( target ) ; grid . addValue ( PERCENT ) ; } } } } }

Agrega las tarifas de reporte a la cuadrícula dada en función de los parámetros de consulta de datos dados y la tasa de informes métrica.


private void checkForMissedScans  ( ) { DateTime now = now ( ) ; for ( ScheduledDailyScanUpload scheduledScan : _scheduledScans ) { DateTime startCheckInterval = now . minusMinutes ( 10 ) ; Interval missedInterval = new Interval ( startCheckInterval , now ) ; DateTime scheduledTime = scheduledScan . getNextExecutionTimeAfter ( startCheckInterval ) ; if ( missedInterval . contains ( scheduledTime ) ) { _log . info ( "Attempting to start potentially missed scan for time {}" , scheduledTime ) ; try { startScheduledScan ( scheduledScan , scheduledTime ) ; } catch ( RepeatScanException e ) { _log . info ( "Scan was not missed for time {}, no action taken" , scheduledTime ) ; } catch ( ScanExecutionTimeException e ) { _log . info ( "Too much time has elapsed since {}, no action taken" , scheduledTime ) ; } } } }

Comprueba todos los escaneos programados e intenta iniciar cualquiera que hubiera mirado fijamente en los últimos 10 minutos.Esto garantiza que el ZOOKEEPER y / o las interrupciones de liderazgo de menos de 10 minutos no hagan que una exploración programada se haya perdido completamente, posiblemente se retrasó.


public RecordID addRecord  ( List < DataType > values ) throws DatabaseException { return null ; }

Añadir un nuevo registro a esta tabla.El registro debe agregarse a la primera ranura gratuita de la primera página gratuita si existe, de lo contrario se debe asignar una nueva página y el registro debe colocarse en la primera ranura de esa página.Recuerde que una ranura gratuita en el mapa de bits de tragamonedas significa que el bit está configurado en 0. Asegúrese de actualizar esto.stats, este.Partages, y esto.numrecords según sea necesario.


public String expandString  ( String original ) { return FlexibleStringExpander . expandString ( original , getBindings ( ) ) ; }

Expande variables de entorno delimitado con $ {}


public BoundingBox clone  ( BoundingVolume store ) { if ( store != null && store . getType ( ) == Type . AABB ) { BoundingBox rVal = ( BoundingBox ) store ; rVal . center . set ( center ) ; rVal . xExtent = xExtent ; rVal . yExtent = yExtent ; rVal . zExtent = zExtent ; rVal . checkPlane = checkPlane ; return rVal ; } BoundingBox rVal = new BoundingBox ( center . clone ( ) , xExtent , yExtent , zExtent ) ; return rVal ; }

<CÓDIGO> CLONE </ CODE> Crea un nuevo objeto de boiminkbox que contiene los mismos datos que este.


@ Override public void apply  ( NexusStreamParser np ) throws Exception { np . matchIgnoreCase ( "set dir=" ) ; String result = np . getAbsoluteFileName ( ) ; np . matchIgnoreCase ( ";" ) ; if ( ! ( new File ( result ) ) . isDirectory ( ) ) { System . err . println ( "No such directory: " + result ) ; } else { System . setProperty ( "user.dir" , result ) ; System . err . println ( "user.dir set to: " + result ) ; } }


private String makeSAM  ( String queryName , String queryDirection , String refName , int referenceLength , String refDirection , float bitScore , float expect , int rawScore , float percentIdentity , int queryStart , int queryEnd , int referenceStart , int referenceEnd , String alignedQuery , String alignedReference ) throws IOException { final boolean reverseComplemented ; if ( queryDirection . equals ( "Plus" ) ) { if ( refDirection . equals ( "Minus" ) ) { alignedQuery = Basic . getReverseComplement ( alignedQuery ) ; alignedReference = Basic . getReverseComplement ( alignedReference ) ; reverseComplemented = true ; } else reverseComplemented = false ; } else { if ( refDirection . equals ( "Minus" ) ) throw new IOException ( "Can't parse match with Strand = Minus / Minus" ) ; else { int tmp = queryStart ; queryStart = queryEnd ; queryEnd = tmp ; tmp = referenceStart ; referenceStart = referenceEnd ; referenceEnd = tmp ; reverseComplemented = true ; } } final StringBuilder buffer = new StringBuilder ( ) ; buffer . append ( queryName ) . append ( "\t" ) ; if ( reverseComplemented ) buffer . append ( 0x10 ) ; else buffer . append ( 0 ) ; buffer . append ( "\t" ) ; buffer . append ( refName ) . append ( "\t" ) ; if ( reverseComplemented ) buffer . append ( referenceEnd ) . append ( "\t" ) ; else buffer . append ( referenceStart ) . append ( "\t" ) ; buffer . append ( "255\t" ) ; Utilities . appendCigar ( alignedQuery , alignedReference , buffer ) ; buffer . append ( "\t" ) ; buffer . append ( "*\t" ) ; buffer . append ( "0\t" ) ; buffer . append ( "0\t" ) ; buffer . append ( alignedQuery . replaceAll ( "-" , "" ) ) . append ( "\t" ) ; buffer . append ( "*\t" ) ; buffer . append ( String . format ( "AS:i:%d\t" , ( int ) Math . round ( bitScore ) ) ) ; buffer . append ( String . format ( "NM:i:%d\t" , Utilities . computeEditDistance ( alignedQuery , alignedReference ) ) ) ; buffer . append ( String . format ( "ZL:i:%d\t" , referenceLength ) ) ; buffer . append ( String . format ( "ZR:i:%d\t" , rawScore ) ) ; buffer . append ( String . format ( "ZE:f:%g\t" , expect ) ) ; buffer . append ( String . format ( "ZI:i:%d\t" , ( int ) Math . round ( percentIdentity ) ) ) ; buffer . append ( String . format ( "ZS:i:%s\t" , queryStart ) ) ; Utilities . appendMDString ( alignedQuery , alignedReference , buffer ) ; return buffer . toString ( ) ; }


public ChangeModifiers add  ( ChangeModifiers modifiers ) { return createIfNeeded ( super . add ( modifiers ) ) ; }

Crea una nueva instancia de modificadores que es una unión de los modificadores especificados y esta instancia.


private void createUI  ( ) { readConfigFile ( null , this , "Point.xml" ) ; }


private void tryLoadData  ( ) { if ( fullBookModel != null ) { onLoadDataSuccess ( fullBookModel ) ; } else if ( isSubscriptionInactive ( loadFullBookSubscription ) ) { getView ( ) . showLoading ( ) ; loadData ( ) ; } else { getView ( ) . showLoading ( ) ; } }

Ejemplo de solicitud, que carga los datos principales para la pantalla


@ Override public Future < Void > asyncClose  ( ) { Promise < Void > closeFuture ; synchronized ( this ) { if ( null != closePromise ) { return closePromise ; } closeFuture = closePromise = new Promise < Void > ( ) ; } try { if ( ownWriterZKC ) { writerZKC . close ( ) ; } if ( ownReaderZKC ) { readerZKC . close ( ) ; } } catch ( Exception e ) { LOG . warn ( "Exception while closing distributed log manager" , e ) ; } FutureUtils . setValue ( closeFuture , null ) ; return closeFuture ; }

Cierre el accesario de metadatos, liberando los recursos que pueda mantener.


@ SuppressWarnings ( "unchecked" ) public final E next  ( ) { if ( q [ index ] == null ) throw new NoSuchElementException ( ) ; if ( index == q . length - 1 ) { q = ( E [ ] ) q [ index ] ; index = 0 ; if ( q [ index ] == null ) throw new NoSuchElementException ( ) ; } E ret = q [ index ] ; if ( ret == ChunkedQueue . NULL_CONST ) ret = null ; index ++ ; return ret ; }

Devuelve (y elimina) el siguiente objeto en la cola, o nulo si no hay ninguno.


@ Override public synchronized void stop  ( ) { LOGGER . info ( "Shutting down cache persistence manager (" + cache . getClass ( ) . getSimpleName ( ) + ")" ) ; started = false ; persistenceExecutor . shutdown ( ) ; while ( ! toBePersisted . isEmpty ( ) ) { LOGGER . debug ( "Detected cache objects that need persisting... trying to persist them." ) ; toBePersistedLock . writeLock ( ) . lock ( ) ; try { cachePersistenceDAO . persistBatch ( new ArrayList < Long > ( toBePersisted ) ) ; toBePersisted . clear ( ) ; } catch ( PersistenceException e ) { LOGGER . error ( "Exception caught while persisting final batch of cache objects - will try again in 1s" , e ) ; try { Thread . sleep ( 1000 ) ; } catch ( InterruptedException e1 ) { LOGGER . error ( "Interrupted during sleep" , e1 ) ; } } finally { toBePersistedLock . writeLock ( ) . unlock ( ) ; } } }

No se apagará correctamente hasta que todos los elementos puedan ser persistidos.


private String timestamp  ( ) { return DateHelper . currentTime ( ) ; }

Método de ayudante para devolver la cadena de la marca de tiempo.


public OptionalValueEditor ( FunctionTableModel tableModel ) { this . tableModel = tableModel ; checkBox . setHorizontalAlignment ( JLabel . CENTER ) ; }


public GroupsEditQuery topics  ( GroupsEditTopics value ) { return unsafeParam ( "topics" , value ) ; }


public boolean isDate  ( ) { return isDate ; }


public AppsGetCatalogQuery filter  ( AppsGetCatalogFilter value ) { return unsafeParam ( "filter" , value ) ; }


@ RequestMapping ( method = RequestMethod . POST , value = "{clientVersion}/orgUnits/{id}/dataSets" ) @ ResponseBody public String saveDataSetValues  ( @ PathVariable int id , @ RequestBody DataSetValue dataSetValue ) throws NotAllowedException { facilityReportingService . saveDataSetValues ( getUnit ( id ) , dataSetValue ) ; return DATASET_REPORT_UPLOADED ; }

Guardar un informe de instalación para la unidad


@ CalledByNative static void sendEmail  ( Context context , String email , String subject , String body , String chooserTitle , String fileToAttach ) { if ( TextUtils . isEmpty ( email ) ) { Account [ ] accounts = AccountManagerHelper . get ( context ) . getGoogleAccounts ( ) ; if ( accounts != null && accounts . length == 1 && Patterns . EMAIL_ADDRESS . matcher ( accounts [ 0 ] . name ) . matches ( ) ) { email = accounts [ 0 ] . name ; } } Intent send = new Intent ( Intent . ACTION_SEND ) ; send . setType ( "message/rfc822" ) ; if ( ! TextUtils . isEmpty ( email ) ) send . putExtra ( Intent . EXTRA_EMAIL , new String [ ] { email } ) ; send . putExtra ( Intent . EXTRA_SUBJECT , subject ) ; send . putExtra ( Intent . EXTRA_TEXT , Html . fromHtml ( body ) ) ; if ( ! TextUtils . isEmpty ( fileToAttach ) ) { File fileIn = new File ( fileToAttach ) ; Uri fileUri ; try { fileUri = ContentUriUtils . getContentUriFromFile ( context , fileIn ) ; } catch ( IllegalArgumentException ex ) { fileUri = Uri . fromFile ( fileIn ) ; } send . putExtra ( Intent . EXTRA_STREAM , fileUri ) ; } try { Intent chooser = Intent . createChooser ( send , chooserTitle ) ; chooser . addFlags ( Intent . FLAG_ACTIVITY_NEW_TASK ) ; context . startActivity ( chooser ) ; } catch ( android . content . ActivityNotFoundException ex ) { } }

Activa una intención de envíe un correo electrónico.Si ninguna solicitud se ha registrado para recibir estos intentos, esto fallará en silencio.Si no se especifica un correo electrónico y el dispositivo tiene exactamente una cuenta y el nombre de la cuenta coincide con el formato de correo electrónico, el correo electrónico se establece en el nombre de la cuenta.


public PaddingDecimalFormat ( String pattern , int minLength ) { super ( pattern ) ; minimumLength = minLength ; }

Crea un paddingDecimalFormat usando el patrón dado y el mínimo mínimo de longitud y los símbolos para la configuración regional predeterminada.