public void render  ( Graphics2D g , double scale , Color color ) { final int pr = 4 ; AffineTransform ot = g . getTransform ( ) ; AffineTransform lt = new AffineTransform ( ) ; lt . translate ( this . transform . getTranslationX ( ) * scale , this . transform . getTranslationY ( ) * scale ) ; lt . rotate ( this . transform . getRotation ( ) ) ; g . transform ( lt ) ; for ( BodyFixture fixture : this . fixtures ) { this . renderFixture ( g , scale , fixture , color ) ; } Ellipse2D . Double ce = new Ellipse2D . Double ( this . getLocalCenter ( ) . x * scale - pr * 0.5 , this . getLocalCenter ( ) . y * scale - pr * 0.5 , pr , pr ) ; g . setColor ( Color . WHITE ) ; g . fill ( ce ) ; g . setColor ( Color . DARK_GRAY ) ; g . draw ( ce ) ; g . setTransform ( ot ) ; }

Dibuja el cuerpo.<p> solo codificado para polígonos y círculos.


public String toString  ( ) { return "Segmenter" ; }

Devuelve el simple nombre de esta clase.


public boolean contains  ( S2LatLng ll ) { return ( lat . contains ( ll . lat ( ) . radians ( ) ) && lng . contains ( ll . lng ( ) . radians ( ) ) ) ; }

La versión más eficiente de contiene () que acepta un S2LATLNG en lugar de un punto S2.


public int addItemToEnd  ( String productId , BigDecimal amount , BigDecimal quantity , BigDecimal unitPrice , Timestamp reservStart , BigDecimal reservLength , BigDecimal reservPersons , HashMap < String , GenericValue > features , HashMap < String , Object > attributes , String prodCatalogId , String itemType , LocalDispatcher dispatcher , Boolean triggerExternalOps , Boolean triggerPriceRules ) throws CartItemModifyException , ItemNotFoundException { return addItemToEnd ( ShoppingCartItem . makeItem ( null , productId , amount , quantity , unitPrice , reservStart , reservLength , reservPersons , null , null , features , attributes , prodCatalogId , null , itemType , null , dispatcher , this , triggerExternalOps , triggerPriceRules , null , Boolean . FALSE , Boolean . FALSE ) ) ; }

Agregue un artículo (alquiler) a la cesta de la compra.


private ULong ( long value ) { this . value = value ; }

Cree un unsigned long enmascarándolo con 0xFFFFFFFFFFFFFFFF, es decir, (long) -1 se convierte en (uint) 18446744073709551615


public VideoRemoveFromAlbumQuery albumIds  ( List < Integer > value ) { return unsafeParam ( "album_ids" , value ) ; }


public void addPoint  ( float x , float y ) { if ( npoints == xpoints . length ) { float [ ] tmp ; tmp = new float [ npoints * 2 ] ; System . arraycopy ( xpoints , 0 , tmp , 0 , npoints ) ; xpoints = tmp ; tmp = new float [ npoints * 2 ] ; System . arraycopy ( ypoints , 0 , tmp , 0 , npoints ) ; ypoints = tmp ; } xpoints [ npoints ] = x ; ypoints [ npoints ] = y ; npoints ++ ; updatePath ( x , y ) ; }

Anexa las coordenadas especificadas a este <código> Polyline2D </ código>.<p /> Si ya se ha realizado una operación que calcula la caja del límite de este <código> polyline2d </ code>, como <code> getBounds </ code> o <code> contiene </ code>, entonces este métodoActualiza el cuadro delimitador.


public FriendsAddQuery text  ( String value ) { return unsafeParam ( "text" , value ) ; }

Texto del mensaje (hasta 500 caracteres) para la solicitud de amistad, si corresponde.


public static String readAll  ( ) { if ( ! scanner . hasNextLine ( ) ) return "" ; String result = scanner . useDelimiter ( EVERYTHING_PATTERN ) . next ( ) ; scanner . useDelimiter ( WHITESPACE_PATTERN ) ; return result ; }

Lee y devuelve el resto de la entrada, como una cadena.


private static void addExtraSdkLibrariesAsDependencies  ( @ NotNull Module module , @ NotNull IdeModifiableModelsProvider modelsProvider , @ NotNull AndroidProject androidProject ) { ModifiableRootModel moduleModel = modelsProvider . getModifiableRootModel ( module ) ; Sdk sdk = moduleModel . getSdk ( ) ; assert sdk != null ; String suffix = null ; AndroidSdkData sdkData = AndroidSdkData . getSdkData ( sdk ) ; if ( sdkData != null ) { SdkAdditionalData data = sdk . getSdkAdditionalData ( ) ; if ( data instanceof AndroidSdkAdditionalData ) { AndroidSdkAdditionalData androidSdkData = ( AndroidSdkAdditionalData ) data ; suffix = androidSdkData . getBuildTargetHashString ( ) ; } } if ( suffix == null ) { suffix = androidProject . getCompileTarget ( ) ; } Set < String > currentIdeSdkFilePaths = Sets . newHashSetWithExpectedSize ( 5 ) ; for ( VirtualFile sdkFile : sdk . getRootProvider ( ) . getFiles ( CLASSES ) ) { File sdkFilePath = virtualToIoFile ( sdkFile ) ; currentIdeSdkFilePaths . add ( sdkFilePath . getPath ( ) ) ; } Collection < String > bootClasspath = androidProject . getBootClasspath ( ) ; for ( String library : bootClasspath ) { if ( isNotEmpty ( library ) && ! currentIdeSdkFilePaths . contains ( library ) ) { File binaryPath = new File ( library ) ; String name = binaryPath . isFile ( ) ? getNameWithoutExtension ( binaryPath ) : sanitizeFileName ( library ) ; name = name + "-" + suffix ; setUpLibraryDependency ( module , modelsProvider , name , DependencyScope . COMPILE , Collections . singletonList ( library ) ) ; } } }

Establece las bibliotecas 'uselibrary' o los complementos de SDK como dependencias de la biblioteca.<p> Estas bibliotecas se establecen a nivel de proyecto, lo que hace que sea imposible agregarlas a una definición IDE SDK porque el IDE SDK es global a todo el IDE.Para solucionar esta limitación, establecemos estas bibliotecas como dependencias del módulo en su lugar.</ p>


private static void paintCycle  ( GuidelineHandler myState , NlGraphics g , List < Constraint > cycle ) { assert cycle . size ( ) > 0 ; NlComponent from = cycle . get ( 0 ) . from . node ; assert from != null ; Rectangle fromBounds = new Rectangle ( from . x , from . y , from . w , from . h ) ; if ( myState . myDraggedNodes . contains ( from ) ) { fromBounds = myState . myBounds ; } Point fromCenter = center ( fromBounds ) ; List < Point > points = new ArrayList < Point > ( ) ; points . add ( fromCenter ) ; for ( Constraint constraint : cycle ) { assert constraint . from . node == from ; NlComponent to = constraint . to . node ; assert to != null ; Point toCenter = new Point ( to . x + to . w / 2 , to . y + to . h / 2 ) ; points . add ( toCenter ) ; boolean isDragged = myState . myDraggedNodes . contains ( to ) ; if ( isDragged ) { toCenter = center ( myState . myBounds ) ; points . add ( toCenter ) ; } from = to ; fromCenter = toCenter ; } points . add ( fromCenter ) ; points . add ( points . get ( 0 ) ) ; g . useStyle ( CYCLE ) ; for ( int i = 1 , n = points . size ( ) ; i < n ; i ++ ) { Point a = points . get ( i - 1 ) ; Point b = points . get ( i ) ; g . drawLine ( a . x , a . y , b . x , b . y ) ; } }


public boolean isCritical  ( ) { return false ; }

¿Es este un comando crítico que solo se puede ejecutar cuando no se está ejecutando otro comando?


public boolean isApplicable  ( ) { final Document doc = ( ( MainViewer ) getDir ( ) . getMainViewer ( ) ) . getDocument ( ) ; return doc . getNumberOfReads ( ) > 0 ; }

¿El comando es actualmente aplicable?Utilizado para establecer habilitar el estado de comando


protected MarketRemoveFromAlbumQuery albumIds  ( List < Integer > value ) { return unsafeParam ( "album_ids" , value ) ; }

ID de colecciones para eliminar el artículo de


private void fillBuf  ( ) throws IOException  { int result = in . read ( buf , 0 , buf . length ) ; if ( result == - 1 ) { throw new EOFException ( ) ; } pos = 0 ; end = result ; }

Lee nuevos datos de entrada en el búfer.Llame solo con POS == Fin o Fin == -1, dependiendo del resultado deseado si la función lanza.


public void testDoublesLargerThanLife  ( ) throws Exception  { int iters = atLeast ( 100000 ) ; for ( int i = 0 ; i < iters ; i ++ ) { BigInteger unscaled = TestUtil . nextBigInteger ( random ( ) , 42 ) ; int scale = TestUtil . nextInt ( random ( ) , - 100 , 100 ) ; int precision = TestUtil . nextInt ( random ( ) , 1 , 100 ) ; BigDecimal bigDecimal = new BigDecimal ( unscaled , scale , new MathContext ( precision , RoundingMode . HALF_EVEN ) ) ; String encoded = bigDecimal . toString ( ) ; double v = Double . parseDouble ( encoded ) ; checkDouble ( v , encoded , 1 ) ; } }

Hace algo así como una "base de datos" aleatoria, punto fijo, tostring, y verifica el análisis.Compruecamos hasta 100 dígitos por ahora.


@ Override public void cancel  ( ) { bobcatWait . withTimeout ( Timeouts . BIG ) . until ( WindowActions . clickButton ( cancelButton ) ) ; }


public void updateMatrixSearcher  ( ) { updateCurrent ( ) ; }


public static String encodeWebSafe  ( byte [ ] source , boolean doPadding ) { return encode ( source , 0 , source . length , WEBSAFE_ALPHABET , doPadding ) ; }

Codifica una matriz de bytes en la notación de Base64 Safe Web.


public int allowed_modifier_changes  ( ) { String s = soot . PhaseOptions . getString ( options , "allowed-modifier-changes" ) ; if ( s . equalsIgnoreCase ( "unsafe" ) ) return allowed_modifier_changes_unsafe ; if ( s . equalsIgnoreCase ( "safe" ) ) return allowed_modifier_changes_safe ; if ( s . equalsIgnoreCase ( "none" ) ) return allowed_modifier_changes_none ; throw new RuntimeException ( "Invalid value " + s + " of phase option allowed-modifier-changes" ) ; }

Cambios permitidos modificadores -.Especifique qué cambios en los modificadores de visibilidad están permitidos.


public boolean isApplicable  ( ) { return getViewer ( ) instanceof SamplesViewer ; }


public void addInsn  ( Insn insn ) { insns . addElement ( insn ) ; }

Anexa una nueva insn a este código.Los INSN están almacenados secuencialmente, en el orden en que se llama este método.No se pueden reordenar fragmentos de código después de haberlo agregado aquí.


TaskManager . Task [ ] createTasks  ( ) { TaskManager . Task [ ] tmp = new TaskManager . Task [ 1 ] ; tmp [ 0 ] = new ParticipantTask ( getPool ( ) , getMgr ( ) , this , handle ) ; return tmp ; }

Crea el <código> TaskManager.Task </ Code> S necesario para informar a los participantes que voten y Roll-Forward / Back.


public static GenericPK create  ( Delegator delegator , ModelEntity modelEntity , Object singlePkValue ) { GenericPK newPK = new GenericPK ( ) ; newPK . init ( delegator , modelEntity , singlePkValue ) ; return newPK ; }

Crea Nuevo GenericPK desde el mapa existente.


@ Override public boolean onUnbind  ( Intent intent ) { if ( mState == State . PAUSED || mState == State . STOPPED ) { processStopRequest ( false ) ; } return false ; }

Llamado cuando todos los clientes encuadernados estaban a los que se encuentran.El servicio se destruye si la reproducción se detuvo o se detuvo.


public static boolean charInString  ( char c , String s ) { return ( s . indexOf ( c ) != - 1 ) ; }

Devuelve VERDADERO si el único carácter C (en realidad, una cadena) está contenida dentro de la cadena s.


public void drawResultBitmap  ( Bitmap barcode ) { resultBitmap = barcode ; invalidate ( ) ; }

Dibuja un mapa de bits con los puntos de resultados resaltados en lugar de la pantalla de escaneo en vivo.


public static byte [ ] serializeLogSegmentSequenceNumber  ( long logSegmentSeqNo ) { return Long . toString ( logSegmentSeqNo ) . getBytes ( UTF_8 ) ; }

Número de secuencia de segmento de registro Serialize <código> LogsegmSEQNO </ CODE> en bytes.


public void check  ( List < CheckResultInterface > remarks , TransMeta transMeta , StepMeta stepMeta , RowMetaInterface prev , String [ ] input , String [ ] output , RowMetaInterface info ) { CarbonDataProcessorUtil . checkResult ( remarks , stepMeta , input ) ; }

Comprueba la configuración de este paso y pone los hallazgos en una lista de comentarios.


Circle sharedCircleWith  ( final Vertex vertex ) { for ( final Circle circle1 : circles ) { for ( final Circle circle2 : vertex . circles ) { if ( circle1 == circle2 ) { return circle1 ; } } } return null ; }

Obtenga el círculo común atado con la instancia y otro vértice, si corresponde.<p> Cuando dos vértices están ligados al mismo círculo, esto significa que ya están manejados por nodo asociado con este círculo, por lo que no hay necesidad de crear un hiperplano de corte para ellos.</ p>


public void loadVersion1  ( File f ) throws ConfigPersisterException  { try { Props props = new Props ( f ) ; _config = new Config ( ) ; String header = props . getProperty ( Config . HEADER ) ; _config . setHeaderType ( header == null || header . toLowerCase ( ) . equals ( "guihead.bin" ) ? Config . GUI_HEADER : Config . CONSOLE_HEADER ) ; _config . setJar ( props . getFile ( Config . JAR ) ) ; _config . setOutfile ( props . getFile ( Config . OUTFILE ) ) ; _config . setJre ( new Jre ( ) ) ; _config . getJre ( ) . setPath ( props . getProperty ( Jre . PATH ) ) ; _config . getJre ( ) . setMinVersion ( props . getProperty ( Jre . MIN_VERSION ) ) ; _config . getJre ( ) . setMaxVersion ( props . getProperty ( Jre . MAX_VERSION ) ) ; String args = props . getProperty ( Jre . ARGS ) ; if ( args != null ) { List < String > jreOptions = new ArrayList < String > ( ) ; jreOptions . add ( args ) ; _config . getJre ( ) . setOptions ( jreOptions ) ; } _config . setCmdLine ( props . getProperty ( Config . JAR_ARGS ) ) ; _config . setChdir ( "true" . equals ( props . getProperty ( Config . CHDIR ) ) ? "." : null ) ; _config . setStayAlive ( "true" . equals ( props . getProperty ( Config . STAY_ALIVE ) ) ) ; _config . setErrTitle ( props . getProperty ( Config . ERR_TITLE ) ) ; _config . setIcon ( props . getFile ( Config . ICON ) ) ; File splashFile = props . getFile ( Splash . SPLASH_FILE ) ; if ( splashFile != null ) { _config . setSplash ( new Splash ( ) ) ; _config . getSplash ( ) . setFile ( splashFile ) ; String waitfor = props . getProperty ( "waitfor" ) ; _config . getSplash ( ) . setWaitForWindow ( waitfor != null && ! waitfor . equals ( "" ) ) ; String splashTimeout = props . getProperty ( Splash . TIMEOUT ) ; if ( splashTimeout != null ) { _config . getSplash ( ) . setTimeout ( Integer . parseInt ( splashTimeout ) ) ; } _config . getSplash ( ) . setTimeoutErr ( "true" . equals ( props . getProperty ( Splash . TIMEOUT_ERR ) ) ) ; } else { _config . setSplash ( null ) ; } setConfigPath ( f ) ; } catch ( IOException e ) { throw new ConfigPersisterException ( e ) ; } }


private void launchProc  ( String cmdLine , String task , String baseName ) { Process proc = null ; BufferedReader procStdout = null ; String line = null ; try { proc = Runtime . getRuntime ( ) . exec ( cmdLine ) ; procStdout = new BufferedReader ( new InputStreamReader ( proc . getInputStream ( ) ) ) ; while ( true ) { line = procStdout . readLine ( ) ; if ( line == null ) break ; System . out . println ( line ) ; } proc . waitFor ( ) ; if ( proc . exitValue ( ) != 0 ) { throw new RuntimeException ( task + " computation failed on file [" + baseName + "]!\n" + "Command line was: [" + cmdLine + "]." ) ; } } catch ( IOException e ) { throw new RuntimeException ( task + " computation provoked an IOException on file [" + baseName + "]." , e ) ; } catch ( InterruptedException e ) { throw new RuntimeException ( task + " computation interrupted on file [" + baseName + "]." , e ) ; } }

Un lanzador de procesos generales para las diversas tareas (copiadas desde estxaller.java)


public synchronized void close  ( ) throws IOException  { if ( journalWriter == null ) { return ; } for ( Entry entry : new ArrayList < Entry > ( lruEntries . values ( ) ) ) { if ( entry . currentEditor != null ) { entry . currentEditor . abort ( ) ; } } trimToSize ( ) ; journalWriter . close ( ) ; journalWriter = null ; }

Cierra este caché.Los valores almacenados permanecerán en el sistema de archivos.


public boolean forEach  ( TShortProcedure procedure ) { for ( int i = 0 ; i < _pos ; i ++ ) { if ( ! procedure . execute ( _data [ i ] ) ) { return false ; } } return true ; }

Aplica el procedimiento a cada valor en la lista en orden ascendente (delantero hacia atrás).


private void notJustAlphasToWords  ( String tokenVal ) { int index = 0 ; int tokenLength = tokenVal . length ( ) ; for ( ; index < tokenLength ; index ++ ) { if ( isTextSplitable ( tokenVal , index ) ) { break ; } } String aaa = tokenVal . substring ( 0 , index + 1 ) ; String bbb = tokenVal . substring ( index + 1 , tokenLength ) ; FeatureSet featureSet = tokenItem . getFeatures ( ) ; featureSet . setString ( "nsw" , "nide" ) ; tokenToWords ( aaa ) ; tokenToWords ( bbb ) ; }

Convierta la cadena dada (que no solo consiste en el alfabeto) en elementos (palabra) en la palabraRelación.


public FriendsEditQuery edit  ( UserActor actor , int userId ) { return new FriendsEditQuery ( getClient ( ) , actor , userId ) ; }

Edita las listas de amigos del usuario seleccionado.


public Builder stringToTimeTransform  ( String column , String format , DateTimeZone dateTimeZone ) { return transform ( new StringToTimeTransform ( column , format , dateTimeZone ) ) ; }

Convierta una columna de cadena (que contiene una cadena de fecha / hora) a una columna de tiempo (analizando la cadena de fecha / hora)


public static boolean isInRange  ( final String currentRelease , final ReleaseStatus release ) { if ( ( new DefaultArtifactVersion ( currentRelease ) . compareTo ( new DefaultArtifactVersion ( release . getFromVersion ( ) ) ) >= 0 ) && ( new DefaultArtifactVersion ( currentRelease ) . compareTo ( new DefaultArtifactVersion ( release . getToVersion ( ) ) ) <= 0 ) ) { return true ; } return false ; }

Comprueba si la versión actual está dentro del rango de la versión dada para verificar.


public int compareTo  ( cp_info cp ) { if ( tag != cp . tag ) return tag - cp . tag ; CONSTANT_Utf8_info cu = ( CONSTANT_Utf8_info ) cp ; G . v ( ) . coffi_CONSTANT_Utf8_info_e1 . reset ( bytes ) ; G . v ( ) . coffi_CONSTANT_Utf8_info_e2 . reset ( cu . bytes ) ; for ( ; G . v ( ) . coffi_CONSTANT_Utf8_info_e1 . hasMoreElements ( ) && G . v ( ) . coffi_CONSTANT_Utf8_info_e2 . hasMoreElements ( ) ; ) { G . v ( ) . coffi_CONSTANT_Utf8_info_e1 . nextElement ( ) ; G . v ( ) . coffi_CONSTANT_Utf8_info_e2 . nextElement ( ) ; if ( G . v ( ) . coffi_CONSTANT_Utf8_info_e1 . c < G . v ( ) . coffi_CONSTANT_Utf8_info_e2 . c ) return - 1 ; if ( G . v ( ) . coffi_CONSTANT_Utf8_info_e2 . c < G . v ( ) . coffi_CONSTANT_Utf8_info_e1 . c ) return 1 ; } if ( G . v ( ) . coffi_CONSTANT_Utf8_info_e1 . hasMoreElements ( ) ) return - 1 ; if ( G . v ( ) . coffi_CONSTANT_Utf8_info_e2 . hasMoreElements ( ) ) return 1 ; return 0 ; }

Compara esta entrada con otro objeto CP_INFO;Tenga en cuenta que para el objeto UTF8 realmente no importa si están en el mismo o en un grupo constante diferente, ya que realmente llevan todos sus datos.


static Object createObject  ( String factoryId , String propertiesFilename , String fallbackClassName ) throws ConfigurationError { if ( DEBUG ) debugPrintln ( "debug is on" ) ; ClassLoader cl = findClassLoader ( ) ; try { String systemProp = SecuritySupport . getSystemProperty ( factoryId ) ; if ( systemProp != null && systemProp . length ( ) > 0 ) { if ( DEBUG ) debugPrintln ( "found system property, value=" + systemProp ) ; return newInstance ( systemProp , cl , true ) ; } } catch ( SecurityException se ) { } String factoryClassName = null ; if ( propertiesFilename == null ) { File propertiesFile = null ; boolean propertiesFileExists = false ; try { String javah = SecuritySupport . getSystemProperty ( "java.home" ) ; propertiesFilename = javah + File . separator + "lib" + File . separator + DEFAULT_PROPERTIES_FILENAME ; propertiesFile = new File ( propertiesFilename ) ; propertiesFileExists = SecuritySupport . getFileExists ( propertiesFile ) ; } catch ( SecurityException e ) { fLastModified = - 1 ; fXercesProperties = null ; } synchronized ( ObjectFactory . class ) { boolean loadProperties = false ; FileInputStream fis = null ; try { if ( fLastModified >= 0 ) { if ( propertiesFileExists && ( fLastModified < ( fLastModified = SecuritySupport . getLastModified ( propertiesFile ) ) ) ) { loadProperties = true ; } else { if ( ! propertiesFileExists ) { fLastModified = - 1 ; fXercesProperties = null ; } } } else { if ( propertiesFileExists ) { loadProperties = true ; fLastModified = SecuritySupport . getLastModified ( propertiesFile ) ; } } if ( loadProperties ) { fXercesProperties = new Properties ( ) ; fis = SecuritySupport . getFileInputStream ( propertiesFile ) ; fXercesProperties . load ( fis ) ; } } catch ( Exception x ) { fXercesProperties = null ; fLastModified = - 1 ; } finally { if ( fis != null ) { try { fis . close ( ) ; } catch ( IOException exc ) { } } } } if ( fXercesProperties != null ) { factoryClassName = fXercesProperties . getProperty ( factoryId ) ; } } else { FileInputStream fis = null ; try { fis = SecuritySupport . getFileInputStream ( new File ( propertiesFilename ) ) ; Properties props = new Properties ( ) ; props . load ( fis ) ; factoryClassName = props . getProperty ( factoryId ) ; } catch ( Exception x ) { } finally { if ( fis != null ) { try { fis . close ( ) ; } catch ( IOException exc ) { } } } } if ( factoryClassName != null ) { if ( DEBUG ) debugPrintln ( "found in " + propertiesFilename + ", value=" + factoryClassName ) ; return newInstance ( factoryClassName , cl , true ) ; } Object provider = findJarServiceProvider ( factoryId ) ; if ( provider != null ) { return provider ; } if ( fallbackClassName == null ) { throw new ConfigurationError ( "Provider for " + factoryId + " cannot be found" , null ) ; } if ( DEBUG ) debugPrintln ( "using fallback, value=" + fallbackClassName ) ; return newInstance ( fallbackClassName , cl , true ) ; }

Encuentra el objeto de la clase de implementación en el orden especificado.El orden especificado es lo siguiente: <ol> <li> consulta la propiedad del sistema usando <code> system.getproperty </ code> <li> lee <code> $ java.home / lib / <i> propietiesfilename </ i></ Código> Archivo <LI> LEA <CÓDIGO> META-INF / SERVICIOS / <I> FISTORYID </ I> </ CODE> Archivo <li> Uso Fallback ClassName </ OL>


public static GenericPK create  ( GenericPK value ) { GenericPK newPK = new GenericPK ( ) ; newPK . init ( value ) ; return newPK ; }

Crea New GenericPK de GenericPK existente


public AddCellToColumnException ( Exception e , int columnIndex , long rowNumber , String [ ] columnNames , String [ ] line ) { super ( "Error while addding cell from row " + rowNumber + " and column " + columnNames [ columnIndex ] + "(position:" + columnIndex + "): " + e . getMessage ( ) , e ) ; this . columnIndex = columnIndex ; this . rowNumber = rowNumber ; this . columnNames = columnNames ; this . line = line ; }

Crea una nueva instancia de esta excepción.


public void sync  ( ) throws IOException  { if ( dataOutputStream instanceof FSDataOutputStream ) { ( ( FSDataOutputStream ) dataOutputStream ) . hsync ( ) ; } }


private CarbonDictionaryWriterImpl prepareWriter  ( ) throws IOException  { initDictionaryDirPaths ( ) ; return new CarbonDictionaryWriterImpl ( this . carbonStorePath , carbonTableIdentifier , columnIdentifier ) ; }

preparar el objeto de escritor diccionario


public boolean isEmpty  ( ) { return size ( ) == 0 ; }

Devuelve verdadero si la lista está vacía


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_Sleep_END_A  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1201133 , value0 ) ; }


public void toggleMaximize  ( @ NotNull Component comp ) { assert mComponentInfoMap . containsKey ( comp ) ; ComponentInfo info = mComponentInfoMap . get ( comp ) ; setStateInternal ( comp , info , info . state == AccordionState . MAXIMIZE ? AccordionState . PREFERRED : AccordionState . MAXIMIZE ) ; }

Alternar el estado maximizado del componente.Si el componente ya está maximizado, volverá al estado preferido.


private boolean isNeedToRemove  ( String columnName ) { return isRemovedFromClass ( columnName ) && ! isIdColumn ( columnName ) && ! isForeignKeyColumn ( mTableModel , columnName ) ; }

Dile a LitePal La columna es necesario eliminar o no.La columna se puede eliminar solo en la condición de que se pasen las siguientes tres reglas.Primero se elimina el campo correspondiente para esta columna en la clase.Segundo Esta columna no es una columna de identificación.Tercera Esta columna no es una columna de clave externa.


public void init$Children  ( ) { children = new ASTNode [ 2 ] ; setChild ( new List ( ) , 0 ) ; setChild ( new Opt ( ) , 1 ) ; }

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


public boolean hasObservers  ( ) { return observers . get ( ) . length != 0 ; }

Devuelve VERDADERO si este Maybesubject tiene observadores.


private float computeCorrelationCoefficent  ( String classNameX , String attributeNameY ) { ArrayList < Double > xValues = new ArrayList < > ( getChartData ( ) . getSeriesNames ( ) . size ( ) ) ; ArrayList < Double > yValues = new ArrayList < > ( getChartData ( ) . getSeriesNames ( ) . size ( ) ) ; for ( String sample : getChartData ( ) . getSeriesNames ( ) ) { final double x = getChartData ( ) . getValueAsDouble ( sample , classNameX ) ; final double y ; Object obj = viewer . getDir ( ) . getDocument ( ) . getSampleAttributeTable ( ) . get ( sample , attributeNameY ) ; if ( obj instanceof Number ) y = ( ( Number ) obj ) . doubleValue ( ) ; else throw new IllegalArgumentException ( "Attribute '" + attributeNameY + "': has non-numerical value: " + obj ) ; xValues . add ( x ) ; yValues . add ( y ) ; } return ( float ) Correlation . computePersonsCorrelationCoefficent ( xValues . size ( ) , xValues , yValues ) ; }

devolver el coeficiente de correlación de Pearson


protected DocsAddQuery docId  ( int value ) { return unsafeParam ( "doc_id" , value ) ; }


public void load  ( Reader r0 ) throws IOException { BufferedReader r = new BufferedReader ( r0 ) ; char [ ] mapPos2Char = null ; String aLine ; int cols = 0 ; while ( ( aLine = r . readLine ( ) ) != null ) { aLine = aLine . trim ( ) ; if ( aLine . length ( ) == 0 || aLine . startsWith ( "#" ) ) continue ; if ( mapPos2Char == null ) { String [ ] tokens = aLine . split ( " " ) ; cols = tokens . length ; if ( tokens . length < 20 ) throw new IOException ( "Expected >=20 tokens, got: " + tokens . length + " in line: " + aLine ) ; List < String > list = new LinkedList < > ( ) ; list . addAll ( Arrays . asList ( tokens ) ) ; int count = 0 ; mapPos2Char = new char [ list . size ( ) ] ; for ( String label : list ) { char c = Character . toUpperCase ( label . charAt ( 0 ) ) ; mapPos2Char [ count ++ ] = c ; } } else { String [ ] tokens = aLine . split ( " " ) ; if ( tokens . length != cols + 1 ) throw new IOException ( "Expected " + ( cols + 1 ) + " tokens, got: " + tokens . length + " in line: " + aLine ) ; char c = Character . toUpperCase ( tokens [ 0 ] . charAt ( 0 ) ) ; for ( int i = 1 ; i < tokens . length ; i ++ ) { int value = Integer . parseInt ( tokens [ i ] ) ; char d = mapPos2Char [ i - 1 ] ; matrix [ c ] [ d ] = value ; } } } }


public VideoGetQuery ( VkApiClient client , UserActor actor ) { super ( client , "video.get" , GetResponse . class ) ; accessToken ( actor . getAccessToken ( ) ) ; }

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


private void writeDictionaryFile  ( CarbonDictionaryWriterImpl writer , List < String > list ) throws IOException { try { for ( String value : list ) { writer . write ( value ) ; } } finally { writer . close ( ) ; writer . commit ( ) ; } }

Este método escribirá los datos en un archivo.


public static void writeString  ( PacketBuffer buf , String value ) { buf . writeInt ( value . length ( ) ) ; buf . writeString ( value ) ; }


public MarketEditAlbumQuery photoId  ( Integer value ) { return unsafeParam ( "photo_id" , value ) ; }


public double deriv  ( ) { return deriv ; }

El valor "deriv" de una métrica es un derivado, y debe multiplicarse por una longitud o área en (s, t) -pace para obtener un valor útil.


private static List < DependencyGraph > readCoNLLU  ( String fileName ) { List < DependencyGraph > graphs = new ArrayList < DependencyGraph > ( ) ; BufferedReader br = null ; try { br = new BufferedReader ( new InputStreamReader ( new FileInputStream ( fileName ) , "UTF-8" ) ) ; String line = null ; List < String > tokens = new LinkedList < String > ( ) ; tokens . add ( "ROOT" ) ; List < String > lemmas = new LinkedList < String > ( ) ; lemmas . add ( "ROOT" ) ; List < String > tags = new LinkedList < String > ( ) ; tags . add ( "ROOT" ) ; List < Integer > heads = new LinkedList < Integer > ( ) ; heads . add ( - 1 ) ; List < String > labels = new LinkedList < String > ( ) ; labels . add ( "NULL" ) ; while ( ( line = br . readLine ( ) ) != null ) { if ( line . trim ( ) . length ( ) == 0 ) { int n = tokens . size ( ) ; Sentence sentence = new Sentence ( tokens . toArray ( new String [ n ] ) , lemmas . toArray ( new String [ n ] ) , tags . toArray ( new String [ n ] ) ) ; DependencyGraph graph = new DependencyGraph ( sentence , heads . toArray ( new Integer [ n ] ) , labels . toArray ( new String [ n ] ) ) ; graphs . add ( graph ) ; tokens = new LinkedList < String > ( ) ; tokens . add ( "ROOT" ) ; lemmas = new LinkedList < String > ( ) ; lemmas . add ( "ROOT" ) ; tags = new LinkedList < String > ( ) ; tags . add ( "ROOT" ) ; heads = new LinkedList < Integer > ( ) ; heads . add ( - 1 ) ; labels = new LinkedList < String > ( ) ; labels . add ( "NULL" ) ; } else { String [ ] parts = line . split ( "\\s+" ) ; if ( parts . length != 10 ) { throw new IllegalArgumentException ( "Bad file format! " + line ) ; } tokens . add ( parts [ 1 ] ) ; lemmas . add ( parts [ 2 ] ) ; tags . add ( parts [ 3 ] ) ; heads . add ( new Integer ( parts [ 6 ] ) ) ; labels . add ( parts [ 7 ] ) ; } } br . close ( ) ; } catch ( IOException e ) { e . printStackTrace ( ) ; } finally { try { br . close ( ) ; } catch ( IOException e ) { e . printStackTrace ( ) ; } } return graphs ; }

Lee una lista de gráficos de dependencia de un archivo de texto.


private BitmapUtils ( ) { throw new Error ( "Do not need instantiate!" ) ; }


private void calculateJavaSourceDirectories  ( BlazeContext context , WorkspaceRoot workspaceRoot , ArtifactLocationDecoder artifactLocationDecoder , WorkspacePath directoryRoot , SourceTestConfig sourceTestConfig , Collection < SourceArtifact > javaArtifacts , Collection < JavaPackageReader > javaPackageReaders , Collection < BlazeSourceDirectory > result ) { List < SourceRoot > sourceRootsPerFile = Lists . newArrayList ( ) ; List < ListenableFuture < SourceRoot > > sourceRootFutures = Lists . newArrayList ( ) ; for ( final SourceArtifact sourceArtifact : javaArtifacts ) { ListenableFuture < SourceRoot > future = executorService . submit ( null ) ; sourceRootFutures . add ( future ) ; } try { for ( SourceRoot sourceRoot : Futures . allAsList ( sourceRootFutures ) . get ( ) ) { if ( sourceRoot != null ) { sourceRootsPerFile . add ( sourceRoot ) ; } } } catch ( ExecutionException | InterruptedException e ) { LOG . error ( e ) ; throw new IllegalStateException ( "Could not read sources" ) ; } Multimap < WorkspacePath , SourceRoot > sourceDirectoryToSourceRoots = HashMultimap . create ( ) ; for ( SourceRoot sourceRoot : sourceRootsPerFile ) { sourceDirectoryToSourceRoots . put ( sourceRoot . workspacePath , sourceRoot ) ; } Map < WorkspacePath , SourceRoot > workspacePathToSourceRoot = Maps . newHashMap ( ) ; for ( WorkspacePath workspacePath : sourceDirectoryToSourceRoots . keySet ( ) ) { Collection < SourceRoot > sources = sourceDirectoryToSourceRoots . get ( workspacePath ) ; Multiset < String > packages = HashMultiset . create ( ) ; for ( SourceRoot source : sources ) { packages . add ( source . packagePrefix ) ; } final String directoryPackagePrefix ; if ( packages . elementSet ( ) . size ( ) == 1 ) { directoryPackagePrefix = packages . elementSet ( ) . iterator ( ) . next ( ) ; } else { String preferredPackagePrefix = PackagePrefixCalculator . packagePrefixOf ( workspacePath ) ; directoryPackagePrefix = pickMostFrequentlyOccurring ( packages , preferredPackagePrefix ) ; } SourceRoot candidateRoot = new SourceRoot ( workspacePath , directoryPackagePrefix ) ; workspacePathToSourceRoot . put ( workspacePath , candidateRoot ) ; } if ( ! workspacePathToSourceRoot . containsKey ( directoryRoot ) ) { SourceRoot candidateRoot = new SourceRoot ( directoryRoot , PackagePrefixCalculator . packagePrefixOf ( directoryRoot ) ) ; workspacePathToSourceRoot . put ( directoryRoot , candidateRoot ) ; } Map < WorkspacePath , SourceRootDirectoryNode > sourceRootDirectoryNodeMap = Maps . newHashMap ( ) ; SourceRootDirectoryNode rootNode = new SourceRootDirectoryNode ( directoryRoot , null ) ; sourceRootDirectoryNodeMap . put ( directoryRoot , rootNode ) ; for ( SourceRoot sourceRoot : workspacePathToSourceRoot . values ( ) ) { final String sourcePathRelativeToDirectoryRoot = sourcePathRelativeToDirectoryRoot ( directoryRoot , sourceRoot . workspacePath ) ; List < String > pathComponents = ! Strings . isNullOrEmpty ( sourcePathRelativeToDirectoryRoot ) ? PATH_SPLITTER . splitToList ( sourcePathRelativeToDirectoryRoot ) : ImmutableList . of ( ) ; SourceRootDirectoryNode previousNode = rootNode ; for ( int i = 0 ; i < pathComponents . size ( ) ; ++ i ) { final WorkspacePath workspacePath = getWorkspacePathFromPathComponents ( directoryRoot , pathComponents , i + 1 ) ; SourceRootDirectoryNode node = sourceRootDirectoryNodeMap . get ( workspacePath ) ; if ( node == null ) { node = new SourceRootDirectoryNode ( workspacePath , pathComponents . get ( i ) ) ; sourceRootDirectoryNodeMap . put ( workspacePath , node ) ; previousNode . children . add ( node ) ; } previousNode = node ; } } for ( SourceRoot sourceRoot : workspacePathToSourceRoot . values ( ) ) { final String sourcePathRelativeToDirectoryRoot = sourcePathRelativeToDirectoryRoot ( directoryRoot , sourceRoot . workspacePath ) ; List < String > packageComponents = PACKAGE_SPLITTER . splitToList ( sourceRoot . packagePrefix ) ; List < String > pathComponents = ! Strings . isNullOrEmpty ( sourcePathRelativeToDirectoryRoot ) ? PATH_SPLITTER . splitToList ( sourcePathRelativeToDirectoryRoot ) : ImmutableList . of ( ) ; int packageIndex = packageComponents . size ( ) ; int pathIndex = pathComponents . size ( ) ; while ( pathIndex >= 0 && packageIndex >= 0 ) { final WorkspacePath workspacePath = getWorkspacePathFromPathComponents ( directoryRoot , pathComponents , pathIndex ) ; SourceRootDirectoryNode node = sourceRootDirectoryNodeMap . get ( workspacePath ) ; String packagePrefix = PACKAGE_JOINER . join ( packageComponents . subList ( 0 , packageIndex ) ) ; if ( sourceRoot . workspacePath . equals ( workspacePath ) ) { node . forcedPackagePrefix = packagePrefix ; } else { node . packagePrefixVotes . add ( packagePrefix ) ; } String pathComponent = pathIndex > 0 ? pathComponents . get ( pathIndex - 1 ) : "" ; String packageComponent = packageIndex > 0 ? packageComponents . get ( packageIndex - 1 ) : "" ; if ( ! pathComponent . equals ( packageComponent ) ) { break ; } -- packageIndex ; -- pathIndex ; } } Map < WorkspacePath , SourceRoot > sourceRoots = Maps . newHashMap ( ) ; SourceRootDirectoryNode root = sourceRootDirectoryNodeMap . get ( directoryRoot ) ; visitDirectoryNode ( sourceRoots , root , null ) ; for ( SourceRoot sourceRoot : sourceRoots . values ( ) ) { result . add ( BlazeSourceDirectory . builder ( workspaceRoot . fileForPath ( sourceRoot . workspacePath ) ) . setPackagePrefix ( sourceRoot . packagePrefix ) . setTest ( sourceTestConfig . isTestSource ( sourceRoot . workspacePath . relativePath ( ) ) ) . setGenerated ( false ) . build ( ) ) ; } }

Agrega los directorios de origen de Java.


public void abortCurrentDataTransfer  ( boolean sendAborCommand ) throws IOException , FTPIllegalReplyException { synchronized ( abortLock ) { if ( ongoingDataTransfer && ! aborted ) { if ( sendAborCommand ) { communication . sendFTPCommand ( "ABOR" ) ; touchAutoNoopTimer ( ) ; consumeAborCommandReply = true ; } if ( dataTransferInputStream != null ) { try { dataTransferInputStream . close ( ) ; } catch ( Throwable t ) { ; } } if ( dataTransferOutputStream != null ) { try { dataTransferOutputStream . close ( ) ; } catch ( Throwable t ) { ; } } aborted = true ; } } }

Si hay alguna operación en curso de transferencia de datos, este método lo cancela.


private static void prepareRmiGC  ( ) { try { if ( System . getProperty ( "sun.rmi.dgc.client.gcInterval" ) == null ) System . setProperty ( "sun.rmi.dgc.client.gcInterval" , "36000000" ) ; if ( System . getProperty ( "sun.rmi.dgc.server.gcInterval" ) == null ) System . setProperty ( "sun.rmi.dgc.server.gcInterval" , "36000000" ) ; } catch ( Exception secExc ) { if ( logger . isLoggable ( Level . WARNING ) ) { logger . log ( Level . WARNING , "Failed to set sun.rmi.dgc.xxx system properties. \n" , secExc ) ; } } }

Compruebe si se establecen las propiedades del sistema RMI GC, si no lo configuramos en los valores recomendados.


protected void load  ( String fileName ) throws IOException , BufferUnderflowException , MaryConfigurationException , NullPointerException  { load ( fileName , true ) ; }

Cargue una línea de tiempo desde un archivo.


@ Override public void startExternalSubset  ( XMLResourceIdentifier identifier , Augmentations augs ) throws XNIException { if ( fDTDGrammar != null ) fDTDGrammar . startExternalSubset ( identifier , augs ) ; if ( fDTDHandler != null ) { fDTDHandler . startExternalSubset ( identifier , augs ) ; } }


public < T > T  recall ( String path , Class < T > type )  throws IOException  { return recall ( new File ( path ) , type ) ; }

Devuelve el objeto almacenado en el sistema de archivos local en la ruta dada.


protected BoardRestoreCommentQuery groupId  ( int value ) { return unsafeParam ( "group_id" , value ) ; }

ID de la comunidad que posee la Junta de Discusión.


public void exp  ( final double [ ] operand , final int operandOffset , final double [ ] result , final int resultOffset ) { double [ ] function = new double [ 1 + order ] ; Arrays . fill ( function , FastMath . exp ( operand [ operandOffset ] ) ) ; compose ( operand , operandOffset , function , result , resultOffset ) ; }

Calcular exponencial de una estructura derivada.


public void assertContains  ( TrafficLogPredicate query ) { assertThat ( trafficLogProvider . get ( ) , new TrafficLogContains ( query . getPredicates ( ) ) ) ; }

Verifica que el registro de tráfico contenga al menos una entrada que coincida con el proceso de tráfico


@ Override protected RangeToken parseCharacterClass  ( boolean useNrange ) throws ParseException { this . setContext ( S_INBRACKETS ) ; this . next ( ) ; boolean nrange = false ; boolean wasDecoded = false ; RangeToken base = null ; RangeToken tok ; if ( this . read ( ) == T_CHAR && this . chardata == '^' ) { nrange = true ; this . next ( ) ; base = Token . createRange ( ) ; base . addRange ( 0 , Token . UTF16_MAX ) ; tok = Token . createRange ( ) ; } else { tok = Token . createRange ( ) ; } int type ; boolean firstloop = true ; while ( ( type = this . read ( ) ) != T_EOF ) { wasDecoded = false ; if ( type == T_CHAR && this . chardata == ']' && ! firstloop ) { if ( nrange ) { base . subtractRanges ( tok ) ; tok = base ; } break ; } int c = this . chardata ; boolean end = false ; if ( type == T_BACKSOLIDUS ) { switch ( c ) { case 'd' : case 'D' : case 'w' : case 'W' : case 's' : case 'S' : tok . mergeRanges ( this . getTokenForShorthand ( c ) ) ; end = true ; break ; case 'i' : case 'I' : case 'c' : case 'C' : c = this . processCIinCharacterClass ( tok , c ) ; if ( c < 0 ) end = true ; break ; case 'p' : case 'P' : int pstart = this . offset ; RangeToken tok2 = this . processBacksolidus_pP ( c ) ; if ( tok2 == null ) throw this . ex ( "parser.atom.5" , pstart ) ; tok . mergeRanges ( tok2 ) ; end = true ; break ; case '-' : c = this . decodeEscaped ( ) ; wasDecoded = true ; break ; default : c = this . decodeEscaped ( ) ; } } else if ( type == T_XMLSCHEMA_CC_SUBTRACTION && ! firstloop ) { if ( nrange ) { base . subtractRanges ( tok ) ; tok = base ; } RangeToken range2 = this . parseCharacterClass ( false ) ; tok . subtractRanges ( range2 ) ; if ( this . read ( ) != T_CHAR || this . chardata != ']' ) throw this . ex ( "parser.cc.5" , this . offset ) ; break ; } this . next ( ) ; if ( ! end ) { if ( type == T_CHAR ) { if ( c == '[' ) throw this . ex ( "parser.cc.6" , this . offset - 2 ) ; if ( c == ']' ) throw this . ex ( "parser.cc.7" , this . offset - 2 ) ; if ( c == '-' && this . chardata != ']' && ! firstloop ) throw this . ex ( "parser.cc.8" , this . offset - 2 ) ; } if ( this . read ( ) != T_CHAR || this . chardata != '-' || c == '-' && firstloop ) { if ( ! this . isSet ( RegularExpression . IGNORE_CASE ) || c > 0xffff ) { tok . addRange ( c , c ) ; } else { addCaseInsensitiveChar ( tok , c ) ; } } else { this . next ( ) ; if ( ( type = this . read ( ) ) == T_EOF ) throw this . ex ( "parser.cc.2" , this . offset ) ; if ( type == T_CHAR && this . chardata == ']' ) { if ( ! this . isSet ( RegularExpression . IGNORE_CASE ) || c > 0xffff ) { tok . addRange ( c , c ) ; } else { addCaseInsensitiveChar ( tok , c ) ; } tok . addRange ( '-' , '-' ) ; } else if ( type == T_XMLSCHEMA_CC_SUBTRACTION ) { throw this . ex ( "parser.cc.8" , this . offset - 1 ) ; } else { int rangeend = this . chardata ; if ( type == T_CHAR ) { if ( rangeend == '[' ) throw this . ex ( "parser.cc.6" , this . offset - 1 ) ; if ( rangeend == ']' ) throw this . ex ( "parser.cc.7" , this . offset - 1 ) ; if ( rangeend == '-' ) throw this . ex ( "parser.cc.8" , this . offset - 2 ) ; } else if ( type == T_BACKSOLIDUS ) rangeend = this . decodeEscaped ( ) ; this . next ( ) ; if ( c > rangeend ) throw this . ex ( "parser.ope.3" , this . offset - 1 ) ; if ( ! this . isSet ( RegularExpression . IGNORE_CASE ) || ( c > 0xffff && rangeend > 0xffff ) ) { tok . addRange ( c , rangeend ) ; } else { addCaseInsensitiveCharRange ( tok , c , rangeend ) ; } } } } firstloop = false ; } if ( this . read ( ) == T_EOF ) throw this . ex ( "parser.cc.2" , this . offset ) ; tok . sortRanges ( ) ; tok . compactRanges ( ) ; this . setContext ( S_NORMAL ) ; this . next ( ) ; return tok ; }

Analiza una expresión de clase de personajes, no una escape de clase.<P /> C-C-Expression :: = '[' C-Group ']' C-Group :: = Positive-C-Group |Grupo Negativo-C |CC-Subtraction Positive-C-Group :: = (C-Range | CC-Escape) + Negative-C-Group :: = '^' Positive-C-Group CC-SubTraction :: = (Positive-C-Group |Subtraction Subtraction Subtraction :: '-' CC-Expression Cc-Range :: = rango de un solo rango |desde el rango a rango de rango :: = Multi-C-escape |Categoría-C-Escape |bloque-c-escape |& lt; cualquier XML Char & GT;cc-normal-c :: = & lt; cualquier personaje excepto [,], \ & gt;desde-rango :: = CC-Normal-C '-' CC-Normal-C


public void addModule  ( @ NotNull String modulePath , @ NotNull File location ) { checkInitialized ( ) ; commitDocumentChanges ( ) ; for ( GrMethodCall includeStatement : getMethodCalls ( myGroovyFile , INCLUDE_METHOD ) ) { for ( GrLiteral lit : getLiteralArguments ( includeStatement ) ) { if ( modulePath . equals ( lit . getValue ( ) ) ) { return ; } } } GrMethodCall includeStatement = getMethodCall ( myGroovyFile , INCLUDE_METHOD ) ; if ( includeStatement != null ) { GrArgumentList argList = includeStatement . getArgumentList ( ) ; GrLiteral literal = GroovyPsiElementFactory . getInstance ( myProject ) . createLiteralFromValue ( modulePath ) ; argList . addAfter ( literal , argList . getLastChild ( ) ) ; } else { GrStatement statement = GroovyPsiElementFactory . getInstance ( myProject ) . createStatementFromText ( INCLUDE_METHOD + " '" + modulePath + "'" ) ; myGroovyFile . add ( statement ) ; } VirtualFile parent = getFile ( ) . getParent ( ) ; File defaultLocation = GradleUtil . getModuleDefaultPath ( parent , modulePath ) ; if ( ! FileUtil . filesEqual ( defaultLocation , location ) ) { final String path ; File parentFile = VfsUtilCore . virtualToIoFile ( parent ) ; if ( FileUtil . isAncestor ( parentFile , location , true ) ) { path = PathUtil . toSystemIndependentName ( FileUtil . getRelativePath ( parentFile , location ) ) ; } else { path = PathUtil . toSystemIndependentName ( location . getAbsolutePath ( ) ) ; } String locationAssignment = String . format ( CUSTOM_LOCATION_FORMAT , modulePath , path ) ; GrStatement locationStatement = GroovyPsiElementFactory . getInstance ( myProject ) . createStatementFromText ( locationAssignment ) ; myGroovyFile . add ( locationStatement ) ; } }

Agrega una referencia al módulo al archivo de configuración, si aún no hay uno.La ruta del módulo debe estar separada con colon, con un colon líder, por ejemplo.": Proyecto: Subproyecto".Debe ser ejecutado dentro de una acción de escritura.Si el archivo no coincide con la ubicación predeterminada del módulo, este método anulará la ubicación.


public void resetLowThreshold  ( ) { this . currentLowThreshold = lowThreshold ; }

Restablecer el umbral CurrentLow al valor de umbral bajo original


public void addRequestLocation  ( String name ) { if ( name != null ) { this . requestLocationSet . add ( name ) ; } }

Agrega una ubicación de solicitud a este contexto.


public void addImplements  ( Access node ) { List < Access > list = ( parent == null || state == null ) ? getImplementsListNoTransform ( ) : getImplementsList ( ) ; list . addChild ( node ) ; }

Anexar un elemento a la lista de implementos.


public static byte [ ] objectToBytes  ( Object obj ) throws java . io . IOException { ByteArrayOutputStream bos = new ByteArrayOutputStream ( ) ; ObjectOutputStream oos = new ObjectOutputStream ( bos ) ; oos . writeObject ( obj ) ; oos . flush ( ) ; oos . close ( ) ; bos . close ( ) ; byte [ ] data = bos . toByteArray ( ) ; return data ; }

Convierte un objeto en la matriz de bytes.


public boolean contains  ( Node n ) { return false ; }

Devuelve VERDADERO IFF El conjunto contiene n.


public OrdersGetByIdQuery orderId  ( Integer value ) { return unsafeParam ( "order_id" , value ) ; }


@ Nullable public VirtualFile extractAndGetContentRoot  ( VirtualFile file ) { File tempFile ; try { tempFile = FileUtil . createTempFile ( file . getName ( ) , APKZIP_SUFFIX , true ) ; } catch ( IOException e ) { Logger . getInstance ( ApkFileSystem . class ) . warn ( "IOException while extracting zip file from APK" , e ) ; return null ; } try ( InputStream is = new ByteArrayInputStream ( file . contentsToByteArray ( ) ) ) { Files . copy ( is , tempFile . toPath ( ) , StandardCopyOption . REPLACE_EXISTING ) ; } catch ( IOException e ) { Logger . getInstance ( ApkFileSystem . class ) . warn ( "IOException while copying contents of zip file to temp file" , e ) ; return null ; } VirtualFile vfile = VfsUtil . findFileByIoFile ( tempFile , true ) ; if ( vfile == null ) { return null ; } vfile . putUserData ( APKZIP_KEY , Boolean . TRUE ) ; return getInstance ( ) . getRootByLocal ( vfile ) ; }

Extrae un archivo ZIP dentro de un archivo APK y devuelve el archivo virtual que apunta al contenido de ese archivo ZIP.


public void disconnect  ( String reason ) { if ( ! connecting ) { proxy . getNetwork ( ) . closeSession ( raknetID , reason ) ; } }


public static SM_SYSTEM_MESSAGE STR_MSG_DELETE_CASH_SOCIALACTION_BY_TIMEOUT  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1390245 , value0 ) ; }

El tiempo de uso para el% 0 emote ha caducado.


public GrantPermission ( String name ) { super ( name ) ; initFromName ( name ) ; }

Crea una contrisión de becas </ código> para los permisos especificados en la cadena NOMBRE.


public static Date max  ( Collection < Date > dates ) { Date latest = null ; for ( Date d : dates ) { latest = max ( d , latest ) ; } return latest ; }


public static InputStream toInputStream  ( String input ) { return toInputStream ( input , Charset . defaultCharset ( ) ) ; }

Convierta la cadena especificada a un flujo de entrada, codificado como bytes usando la codificación de caracteres predeterminada de la plataforma.


public SlickForm ( Context context , AttributeSet attrs ) { super ( context , attrs ) ; initAttrs ( context , attrs ) ; }

Instancha un nuevo campo de código de pareja.


public LocatorProxy ( XMLLocator locator ) { fLocator = locator ; }


public static int intPow  ( int b , int e ) { if ( e == 0 ) { return 1 ; } int result = 1 ; int currPow = b ; do { if ( ( e & 1 ) == 1 ) result *= currPow ; currPow = currPow * currPow ; e >>= 1 ; } while ( e > 0 ) ; return result ; }

Exponentiatia como aprendimos en la escuela de calificaciones: Multiplique B por sí mismo E veces.Usa el poder de dos trucos.e debe ser no negativo !!!Sin cheques !!!


public Webster ( String roots ) throws BindException { this . port = Integer . getInteger ( WEBSTER_PORT , 0 ) ; initialize ( roots ) ; }


private void fillBuffer  ( ) throws IOException  { if ( ! endOfInput && ( lastCoderResult == null || lastCoderResult . isUnderflow ( ) ) ) { encoderIn . compact ( ) ; int position = encoderIn . position ( ) ; int c = reader . read ( encoderIn . array ( ) , position , encoderIn . remaining ( ) ) ; if ( c == - 1 ) { endOfInput = true ; } else { encoderIn . position ( position + c ) ; } encoderIn . flip ( ) ; } encoderOut . compact ( ) ; lastCoderResult = encoder . encode ( encoderIn , encoderOut , endOfInput ) ; encoderOut . flip ( ) ; }

Llena el búfer de caracteres internos del lector.


public void verifyTestItem  ( TestItem testItem , String id ) throws BusinessRuleViolationException  { expect ( testItem , notNull ( ) , Suppliers . formattedSupplier ( "Cannot update issue type for test item '{}', cause it is not found." , id ) ) . verify ( ) ; Status actualStatus = testItem . getStatus ( ) ; expect ( actualStatus , not ( equalTo ( PASSED ) ) , Suppliers . formattedSupplier ( "Issue status update cannot be applied on {} test items, cause it is not allowed." , PASSED . name ( ) ) ) . verify ( ) ; boolean hasDescendants = testItemRepository . hasDescendants ( testItem . getId ( ) ) ; expect ( hasDescendants , not ( equalTo ( TRUE ) ) , Suppliers . formattedSupplier ( "It is not allowed to udpate issue type for items with descendants. Test item '{}' has descendants." , id ) ) . verify ( ) ; TestItemIssue actualItemIssue = testItem . getIssue ( ) ; expect ( actualItemIssue , notNull ( ) , Suppliers . formattedSupplier ( "Cannot update issue type for test item '{}', cause there is no info about actual issue type value." , id ) ) . verify ( ) ; String actualIssueType = actualItemIssue . getIssueType ( ) ; expect ( actualIssueType , notNull ( ) , Suppliers . formattedSupplier ( "Cannot update issue type for test item {}, cause it's actual issue type value is not provided." , id ) ) . verify ( ) ; }

Complejo de verificación de dominio para el artículo de prueba.Verifica que el objeto de dominio del elemento de prueba podría ser procesado correctamente.


public static Object stringToValue  ( String string ) { Double d ; if ( string . equals ( "" ) ) { return string ; } if ( string . equalsIgnoreCase ( "true" ) ) { return Boolean . TRUE ; } if ( string . equalsIgnoreCase ( "false" ) ) { return Boolean . FALSE ; } if ( string . equalsIgnoreCase ( "null" ) ) { return JSONObject . NULL ; } char b = string . charAt ( 0 ) ; if ( ( b >= '0' && b <= '9' ) || b == '-' ) { try { if ( string . indexOf ( '.' ) > - 1 || string . indexOf ( 'e' ) > - 1 || string . indexOf ( 'E' ) > - 1 ) { d = Double . valueOf ( string ) ; if ( ! d . isInfinite ( ) && ! d . isNaN ( ) ) { return d ; } } else { Long myLong = new Long ( string ) ; if ( string . equals ( myLong . toString ( ) ) ) { if ( myLong == myLong . intValue ( ) ) { return myLong . intValue ( ) ; } else { return myLong ; } } } } catch ( Exception ignore ) { } } return string ; }

Trate de convertir una cadena en un número, booleano o nulo.Si la cadena no se puede convertir, devuelva la cadena.


public static boolean storeNewPlayer  ( Player player , String accountName , int accountId ) { return DAOManager . getDAO ( PlayerDAO . class ) . saveNewPlayer ( player . getCommonData ( ) , accountId , accountName ) && DAOManager . getDAO ( PlayerAppearanceDAO . class ) . store ( player ) && DAOManager . getDAO ( PlayerSkillListDAO . class ) . storeSkills ( player ) && DAOManager . getDAO ( InventoryDAO . class ) . store ( player ) ; }

Público estático Boolean IsValidName (nombre de cadena) {return nameconfig.char_name_pattern.matcher (nombre) .matches ();} Almacena jugador recién creado


protected void addOnPropertyChangedCallback  ( Observable . OnPropertyChangedCallback callback ) { onPropertyChangedCallbacks . add ( callback ) ; getViewModel ( ) . addOnPropertyChangedCallback ( callback ) ; }

Agregue un observable.onPropertyChangedCallback a ViewModel que se eliminará en la vista Destruir <P> Utilizar este método para agregar observable.onPropertyChangedCallback a ViewModel.Todas las devoluciones de llamada serán eliminadas en la visión destruir.Ayuda a evitar fugas de memoria a través de devoluciones de llamada.


public static ControlTagCacheObject createTestEquipmentAlive  ( ) { ControlTagCacheObject cacheObject = new ControlTagCacheObject ( new Long ( 5000200 ) , "Test equipment alive tag" , "Long" , DataTagConstants . MODE_TEST ) ; cacheObject . setDescription ( "test alive description" ) ; cacheObject . setLogged ( false ) ; cacheObject . setUnit ( "seconds since 1970" ) ; cacheObject . setDipAddress ( "testDIPaddress" ) ; cacheObject . setJapcAddress ( "testJAPCaddress" ) ; cacheObject . setValue ( new Long ( System . currentTimeMillis ( ) ) ) ; cacheObject . setValueDescription ( "test value description" ) ; cacheObject . setSimulated ( false ) ; cacheObject . setMinValue ( Long . MIN_VALUE ) ; cacheObject . setMaxValue ( Long . MAX_VALUE ) ; cacheObject . setValueDictionary ( new DataTagValueDictionary ( ) ) ; cacheObject . setAddress ( new DataTagAddress ( ) ) ; cacheObject . setDataTagQuality ( createValidQuality ( ) ) ; cacheObject . setCacheTimestamp ( new Timestamp ( System . currentTimeMillis ( ) ) ) ; cacheObject . setDaqTimestamp ( new Timestamp ( System . currentTimeMillis ( ) ) ) ; cacheObject . setSourceTimestamp ( new Timestamp ( System . currentTimeMillis ( ) ) ) ; return cacheObject ; }


public static SM_SYSTEM_MESSAGE STR_GIVE_ITEM_PROC_ENCHANTED_TARGET_ITEM  ( DescriptionId descriptionId ) { return new SM_SYSTEM_MESSAGE ( 1300508 , descriptionId ) ; }

Ha agregado con éxito la capacidad de% 0.


public static Object objectFromByteBuffer  ( byte [ ] buffer ) throws IOException , ClassNotFoundException  { if ( buffer == null ) return null ; OptimizedByteArrayInputStream inStream = new OptimizedByteArrayInputStream ( buffer ) ; ObjectInputStream in = new ObjectInputStream ( inStream ) ; Object retval = in . readObject ( ) ; in . close ( ) ; return retval ; }


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_Reflector_PROTECT_A_to_B  ( String skilltarget , int num0 , String skillcaster ) { return new SM_SYSTEM_MESSAGE ( 1201169 , skilltarget , num0 , skillcaster ) ; }

[% SkillTarget] infligido% de daño NUM0 en [% Skillcaster] reflejando el ataque.


public static long parseDateAsEpoch  ( String dateStr ) { try { return DateUtils . parseDate ( dateStr ) . getTime ( ) ; } catch ( DateParseException e ) { return 0 ; } }

Fecha de análisis en formato RFC1123, y devolver su valor como época


void copy  ( WebappInfo newInfo ) { mIsInitialized = newInfo . mIsInitialized ; mEncodedIcon = newInfo . mEncodedIcon ; mDecodedIcon = newInfo . mDecodedIcon ; mId = newInfo . mId ; mUri = newInfo . mUri ; mName = newInfo . mName ; mShortName = newInfo . mShortName ; mOrientation = newInfo . mOrientation ; mSource = newInfo . mSource ; mThemeColor = newInfo . mThemeColor ; mBackgroundColor = newInfo . mBackgroundColor ; mIsIconGenerated = newInfo . mIsIconGenerated ; }

Copia todos los campos del webappinfo dado a esta instancia.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_Recall_Instant_ME_TO_B  ( String skilltarget , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1201242 , skilltarget , skillname ) ; }

Usted solicitó [% SkillTarget] para ser convocado usando [% SkillName].


@ Override public void onConnected  ( Session session ) { startPublishing ( ) ; }


public ViewsFinder not  ( ) { this . complementNextWithFilter = true ; return this ; }

Complementa el siguiente filtro "con".Solo funciona con método "con *".


public ResultPoint [ ] detect  ( ) throws NotFoundException  { int left = leftInit ; int right = rightInit ; int up = upInit ; int down = downInit ; boolean sizeExceeded = false ; boolean aBlackPointFoundOnBorder = true ; boolean atLeastOneBlackPointFoundOnBorder = false ; boolean atLeastOneBlackPointFoundOnRight = false ; boolean atLeastOneBlackPointFoundOnBottom = false ; boolean atLeastOneBlackPointFoundOnLeft = false ; boolean atLeastOneBlackPointFoundOnTop = false ; while ( aBlackPointFoundOnBorder ) { aBlackPointFoundOnBorder = false ; boolean rightBorderNotWhite = true ; while ( ( rightBorderNotWhite || ! atLeastOneBlackPointFoundOnRight ) && right < width ) { rightBorderNotWhite = containsBlackPoint ( up , down , right , false ) ; if ( rightBorderNotWhite ) { right ++ ; aBlackPointFoundOnBorder = true ; atLeastOneBlackPointFoundOnRight = true ; } else if ( ! atLeastOneBlackPointFoundOnRight ) { right ++ ; } } if ( right >= width ) { sizeExceeded = true ; break ; } boolean bottomBorderNotWhite = true ; while ( ( bottomBorderNotWhite || ! atLeastOneBlackPointFoundOnBottom ) && down < height ) { bottomBorderNotWhite = containsBlackPoint ( left , right , down , true ) ; if ( bottomBorderNotWhite ) { down ++ ; aBlackPointFoundOnBorder = true ; atLeastOneBlackPointFoundOnBottom = true ; } else if ( ! atLeastOneBlackPointFoundOnBottom ) { down ++ ; } } if ( down >= height ) { sizeExceeded = true ; break ; } boolean leftBorderNotWhite = true ; while ( ( leftBorderNotWhite || ! atLeastOneBlackPointFoundOnLeft ) && left >= 0 ) { leftBorderNotWhite = containsBlackPoint ( up , down , left , false ) ; if ( leftBorderNotWhite ) { left -- ; aBlackPointFoundOnBorder = true ; atLeastOneBlackPointFoundOnLeft = true ; } else if ( ! atLeastOneBlackPointFoundOnLeft ) { left -- ; } } if ( left < 0 ) { sizeExceeded = true ; break ; } boolean topBorderNotWhite = true ; while ( ( topBorderNotWhite || ! atLeastOneBlackPointFoundOnTop ) && up >= 0 ) { topBorderNotWhite = containsBlackPoint ( left , right , up , true ) ; if ( topBorderNotWhite ) { up -- ; aBlackPointFoundOnBorder = true ; atLeastOneBlackPointFoundOnTop = true ; } else if ( ! atLeastOneBlackPointFoundOnTop ) { up -- ; } } if ( up < 0 ) { sizeExceeded = true ; break ; } if ( aBlackPointFoundOnBorder ) { atLeastOneBlackPointFoundOnBorder = true ; } } if ( ! sizeExceeded && atLeastOneBlackPointFoundOnBorder ) { int maxSize = right - left ; ResultPoint z = null ; for ( int i = 1 ; i < maxSize ; i ++ ) { z = getBlackPointOnSegment ( left , down - i , left + i , down ) ; if ( z != null ) { break ; } } if ( z == null ) { throw NotFoundException . getNotFoundInstance ( ) ; } ResultPoint t = null ; for ( int i = 1 ; i < maxSize ; i ++ ) { t = getBlackPointOnSegment ( left , up + i , left + i , up ) ; if ( t != null ) { break ; } } if ( t == null ) { throw NotFoundException . getNotFoundInstance ( ) ; } ResultPoint x = null ; for ( int i = 1 ; i < maxSize ; i ++ ) { x = getBlackPointOnSegment ( right , up + i , right - i , up ) ; if ( x != null ) { break ; } } if ( x == null ) { throw NotFoundException . getNotFoundInstance ( ) ; } ResultPoint y = null ; for ( int i = 1 ; i < maxSize ; i ++ ) { y = getBlackPointOnSegment ( right , down - i , right - i , down ) ; if ( y != null ) { break ; } } if ( y == null ) { throw NotFoundException . getNotFoundInstance ( ) ; } return centerEdges ( y , z , x , t ) ; } else { throw NotFoundException . getNotFoundInstance ( ) ; } }

Detecta una región rectangular de código de barras candidata en una imagen.Comienza alrededor del centro de la imagen, aumenta el tamaño de la región candidata hasta que encuentra una región rectangular blanca.


public void loadAttributeData  ( String fileName ) throws IOException { InputStream ins = ResourceManager . getFileAsStream ( fileName ) ; loadAttributeData ( ins ) ; ins . close ( ) ; }


public String inflateByteArray2String  ( int numberOfBytes , byte [ ] bytes ) throws DataFormatException { if ( numberOfBytes == 0 ) return "" ; if ( numberOfBytes < 0 ) { try { return new String ( bytes , 0 , - numberOfBytes , "UTF-8" ) ; } catch ( UnsupportedEncodingException e ) { StringBuilder buf = new StringBuilder ( ) ; for ( int i = 0 ; i < - numberOfBytes ; i ++ ) buf . append ( ( char ) bytes [ i ] ) ; return buf . toString ( ) ; } } inflater . setInput ( bytes , 0 , numberOfBytes ) ; if ( buffer . length < 10 * bytes . length ) buffer = new byte [ 10 * bytes . length ] ; int resultLength = inflater . inflate ( buffer ) ; String outputString ; try { outputString = new String ( buffer , 0 , resultLength , "UTF-8" ) ; } catch ( UnsupportedEncodingException e ) { StringBuilder buf = new StringBuilder ( ) ; for ( int i = 0 ; i < resultLength ; i ++ ) buf . append ( ( char ) buffer [ i ] ) ; outputString = buf . toString ( ) ; } inflater . reset ( ) ; return outputString ; }

descomprime una matriz de bytes a una cadena


public boolean isDir  ( ) { return isDir ; }


public void clear  ( ) { this . keys . clear ( ) ; }

Borra todas las asignaciones de entrada.


public MaxReducer ignoreExceptions  ( ) { this . ignoreExceptions = true ; return this ; }

Causa que el reductor ignore las excepciones y simplemente suma los resultados que tuvieron éxito.


public void storeOriginals  ( ) { mStartingStartTrim = mStartTrim ; mStartingEndTrim = mEndTrim ; mStartingRotation = mRotation ; }

Si el ajuste de inicio / extremo se desplaza para comenzar, guárdelos para que la animación comience desde ese desplazamiento.


public MessagesAddChatUserQuery ( VkApiClient client , UserActor actor , int chatId , int userId ) { super ( client , "messages.addChatUser" , OkResponse . class ) ; accessToken ( actor . getAccessToken ( ) ) ; chatId ( chatId ) ; userId ( userId ) ; }

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


public static LinkedHashSet < PhysicalTableDefinition > buildShapeTableDefinitions  ( TestDimensions testDimensions ) { return Utils . asLinkedHashSet ( new PhysicalTableDefinition ( ALL_SHAPES , DAY . buildZonedTimeGrain ( DateTimeZone . UTC ) , testDimensions . getDimensionConfigurationsByApiName ( COLOR , SIZE , SHAPE , OTHER , MODEL ) ) , new PhysicalTableDefinition ( COLOR_SHAPES_HOURLY , HOUR . buildZonedTimeGrain ( DateTimeZone . UTC ) , testDimensions . getDimensionConfigurationsByApiName ( COLOR ) ) , new PhysicalTableDefinition ( COLOR_SHAPES , DAY . buildZonedTimeGrain ( DateTimeZone . UTC ) , testDimensions . getDimensionConfigurationsByApiName ( COLOR ) ) , new PhysicalTableDefinition ( COLOR_SHAPES_MONTHLY , MONTH . buildZonedTimeGrain ( DateTimeZone . UTC ) , testDimensions . getDimensionConfigurationsByApiName ( COLOR ) ) , new PhysicalTableDefinition ( COLOR_SIZE_SHAPES , DAY . buildZonedTimeGrain ( DateTimeZone . UTC ) , testDimensions . getDimensionConfigurationsByApiName ( COLOR , SIZE ) ) , new PhysicalTableDefinition ( COLOR_SIZE_SHAPE_SHAPES , DAY . buildZonedTimeGrain ( DateTimeZone . UTC ) , testDimensions . getDimensionConfigurationsByApiName ( COLOR , SIZE , SHAPE ) ) ) ; }

Construye las definiciones de la tabla de forma.


public PathSubject containsFile  ( String filename , String fileContents ) throws IOException { Path filePath = checkFile ( filename ) ; String realContents = new String ( Files . readAllBytes ( filePath ) , StandardCharsets . UTF_8 ) ; if ( ! realContents . equals ( fileContents ) ) { failWithCustomSubject ( filename + " file content equals" , fileContents , realContents ) ; } return this ; }

Comprueba que existe un nombre de archivo en relación con el camino, y que el contenido coincide.


public VideoSaveQuery noComments  ( Boolean value ) { return unsafeParam ( "no_comments" , value ) ; }


public boolean isComponentPresent  ( String componentName , String groupName ) { if ( isComponentGroupPresent ( groupName ) ) { if ( ! SidekickActions . isSectionExpanded ( getSectionByName ( groupName ) ) ) { clickComponentGroupToggle ( groupName ) ; } return getComponentNames ( groupName ) . contains ( componentName ) ; } throw new IllegalArgumentException ( "Group name " + groupName + " does not exist" ) ; }

Este método verifica si el componente especificado está presente el grupo seleccionado en Sidekick


protected AdsCreateTargetGroupQuery name  ( String value ) { return unsafeParam ( "name" , value ) ; }

Nombre del grupo objetivo: una cadena de hasta 64 caracteres.


private Collection < Var > migrateAsResource  ( String ownerType , ResourceType . DataType columnType , String columnName ) { String resourceName = namer . resourceName ( ownerType , columnName ) ; Var resourceType = var ( ) . id ( resourceName ) . datatype ( columnType ) . isa ( "resource-type" ) ; Var hasResource = var ( ) . id ( ownerType ) . hasResource ( resourceName ) ; return Lists . newArrayList ( resourceType , hasResource ) ; }

Migrar una columna como un tipo de recurso


public ImageIcon loadImage  ( String imageName ) { try { ClassLoader classloader = getClass ( ) . getClassLoader ( ) ; java . net . URL url = classloader . getResource ( imageName ) ; if ( url != null ) { ImageIcon icon = new ImageIcon ( url ) ; return icon ; } } catch ( Exception e ) { e . printStackTrace ( ) ; } throw new IllegalArgumentException ( "Unable to load image: " + imageName ) ; }

Método de ayuda para cargar un archivo de imagen de la carrera


private void onSaveState  ( Bundle outState ) { outState . putSerializable ( KEY_UUID , mUUID ) ; }

Llamado cuando el anfitrión se está guardando para la serialización.Toma el estado del anfitrión y pone lo que necesitamos para almacenar.


public List < Entry > parse  ( InputStream in ) throws XmlPullParserException , IOException , ParseException  { try { XmlPullParser parser = Xml . newPullParser ( ) ; parser . setFeature ( XmlPullParser . FEATURE_PROCESS_NAMESPACES , false ) ; parser . setInput ( in , null ) ; parser . nextTag ( ) ; return readFeed ( parser ) ; } finally { in . close ( ) ; } }

Analice una alimentación del átomo, devolviendo una colección de objetos de entrada.


public String diff_toDelta  ( List < Diff > diffs ) { StringBuilder text = new StringBuilder ( ) ; for ( Diff aDiff : diffs ) { switch ( aDiff . operation ) { case INSERT : try { text . append ( "+" ) . append ( URLEncoder . encode ( aDiff . text , "UTF-8" ) . replace ( '+' , ' ' ) ) . append ( "\t" ) ; } catch ( UnsupportedEncodingException e ) { throw new Error ( "This system does not support UTF-8." , e ) ; } break ; case DELETE : text . append ( "-" ) . append ( aDiff . text . length ( ) ) . append ( "\t" ) ; break ; case EQUAL : text . append ( "=" ) . append ( aDiff . text . length ( ) ) . append ( "\t" ) ; break ; } } String delta = text . toString ( ) ; if ( delta . length ( ) != 0 ) { delta = delta . substring ( 0 , delta . length ( ) - 1 ) ; delta = unescapeForEncodeUriCompatability ( delta ) ; } return delta ; }

Aplastar la diferencia en una cadena codificada que describe las operaciones necesarias para transformar el texto1 en texto2.P.ej.= 3 \ T-2 \ T + ING -> Mantenga 3 caracteres, elimine 2 caracteres, inserte 'ing'.Las operaciones están separadas por tabulación.El texto insertado se escape utilizando la notación% XX.


public static Map < String , Object > createUserPrefMap  ( List < GenericValue > recList ) throws GeneralException { Map < String , Object > userPrefMap = new LinkedHashMap < String , Object > ( ) ; if ( recList != null ) { for ( GenericValue value : recList ) { addPrefToMap ( value , userPrefMap ) ; } } return userPrefMap ; }

Convierta una lista de generosValuces generales de liberferencia a un ERUCIERPREFMAP.


public Vector3f interpolate  ( Vector3f beginVec , Vector3f finalVec , float changeAmnt ) { this . x = ( 1 - changeAmnt ) * beginVec . x + changeAmnt * finalVec . x ; this . y = ( 1 - changeAmnt ) * beginVec . y + changeAmnt * finalVec . y ; this . z = ( 1 - changeAmnt ) * beginVec . z + changeAmnt * finalVec . z ; return this ; }

Establece este vector a la interpolación por ChangeMNT desde BeginVec a FinalVEC este = (1-ChoChEamnt) * PrincipiVec + Changeamnt * FinalVEC


public static final boolean isValidQueryValue  ( String value ) { return value != null && value . matches ( QUERY_VALUE_REGEX ) ; }

Indica si el valor de consulta dado es válido.


public double optDouble  ( String key , double defaultValue ) { LazyNode token = getOptionalFieldToken ( key ) ; if ( token == null ) return defaultValue ; if ( token . type == LazyNode . VALUE_NULL ) return defaultValue ; return token . getDoubleValue ( cbuf ) ; }

Devuelve el valor doble almacenado en este objeto para la clave dada.Devuelve el valor predeterminado si no hay tal clave.


public boolean isEmpty  ( ) { return this == NONE || ( left == 0 && top == 0 && right == 0 && bottom == 0 ) ; }

Devuelve verdadero si este margen está vacío


public static boolean checkIfExpressionContainsColumn  ( Expression expression ) { if ( expression instanceof ColumnExpression ) { return true ; } for ( Expression child : expression . getChildren ( ) ) { if ( checkIfExpressionContainsColumn ( child ) ) { return true ; } } return false ; }

Este método verificará si una expresión dada contiene una expresión de columna recursivamente.


public List < Double > train  ( DataSource < Document > docs , int numIterations , int numBurnIn ) { LOG . info ( "Training start, num_iter:" + numIterations + " num_burn_in:" + numBurnIn ) ; List < Double > loglikelihoods = new ArrayList < Double > ( ) ; setLocked ( false ) ; long numTagTokens = 0 ; int totalNumDocs = 0 ; for ( Document d : docs ) { initializeDocument ( d ) ; numTagTokens += d . tags . length ; totalNumDocs ++ ; } docs . rewind ( ) ; LOG . info ( "Number of tag tokens: " + numTagTokens + " N/R: " + pcm ( ) ) ; SparseCounter < String > meanNtw = new SparseCounter < String > ( ) ; Counter < String > meanNw = new Counter < String > ( ) ; for ( int i = 0 ; i < numIterations ; i ++ ) { double l = 0 ; Map < String , AnyDoublePair < Integer > > perTagLikelihood = new Hashtable < String , AnyDoublePair < Integer > > ( ) ; long numDocs = 0 ; for ( Document d : docs ) { l += inference ( d , perTagLikelihood ) ; numDocs ++ ; if ( numDocs % 1000 == 0 ) { System . err . print ( "Sampling " + ( numDocs * 100 / totalNumDocs ) + "%  \r" ) ; System . err . flush ( ) ; } } docs . rewind ( ) ; l /= numTagTokens ; double pertagl = 0 ; for ( Entry < String , AnyDoublePair < Integer > > e : perTagLikelihood . entrySet ( ) ) { pertagl += e . getValue ( ) . second / ( double ) e . getValue ( ) . first ; } pertagl /= perTagLikelihood . size ( ) ; LOG . info ( " No: " + i + " LL: " + String . format ( "%.4f" , l ) + " PL: " + String . format ( "%.4f" , pertagl ) + " NR: " + String . format ( "%.4f" , pcm ( ) ) + " SP: " + String . format ( "%.4f" , ntw . sparsity ( ) ) + " NZ: " + ntw . numNonZeroElements ( ) ) ; if ( i > numBurnIn ) { meanNtw . inc ( ntw ) ; meanNw . inc ( nw ) ; } loglikelihoods . add ( l ) ; } ntw = null ; ntw = meanNtw ; nw = null ; nw = meanNw ; numCombinedIterations = numIterations - numBurnIn ; setLocked ( true ) ; return loglikelihoods ; }

Entrena el modelo con un conjunto dado de documentos.


public void updateSchema  ( TableId table , String topic , Set < Schema > schemas ) { Schema kafkaConnectSchema = schemaRetriever . retrieveSchema ( table , topic , schemas ) ; bigQuery . update ( constructTableInfo ( table , kafkaConnectSchema ) ) ; }

Actualizar una tabla existente en BigQuery.


private boolean isBrigadeGeneral  ( Player player ) { return player . getLegionMember ( ) . isBrigadeGeneral ( ) ; }

Comprueba si el reproductor es de Brigada General y devuelve el mensaje si no


public static SM_SYSTEM_MESSAGE STR_MSG_PET_CONDITION_CARE_01  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1400865 , value0 ) ; }


private static void shieldExample  ( RxJava1Hub rxJava1Hub ) { Shield shield = new Shield ( rxJava1Hub ) ; Observable srcLong = Observable . from ( new Long [ ] { 1l , 3l , 5l , 7l , 11l , 13l , 101l , 201l , 301l , 401l , 501l } ) ; Observable srcString = Observable . from ( new String [ ] { "a" , "b" , "c" , "d" , "f" } ) ; shield . getNames ( ) . subscribe ( null ) ; shield . getBigOnes ( ) . subscribe ( null ) ; rxJava1Hub . addUpstream ( "topic1" , srcLong ) ; rxJava1Hub . addUpstream ( "topic1" , srcString ) ; new Thread ( null ) . start ( ) ; }

Este ejemplo demuestra el Concept OS a "Shieldobs".Los escodos se pueden ver y una capa de abstracción o un contrato para los consumidores.Su propósito es filtrar, asegurar y / o adaptar los datos provenientes de RXJAVA1HUB y para aliviar al consumidor de estas tareas.<p> Puede compararse con un escudo arduino :)


protected final Interval doSolveInterval  ( ) throws MathIllegalStateException  { double x0 = getMin ( ) ; double x1 = getMax ( ) ; double f0 = computeObjectiveValue ( x0 ) ; double f1 = computeObjectiveValue ( x1 ) ; if ( f0 == 0.0 ) { return new Interval ( x0 , f0 , x0 , f0 ) ; } if ( f1 == 0.0 ) { return new Interval ( x1 , f1 , x1 , f1 ) ; } verifyBracketing ( x0 , x1 ) ; final double ftol = getFunctionValueAccuracy ( ) ; final double atol = getAbsoluteAccuracy ( ) ; final double rtol = getRelativeAccuracy ( ) ; boolean inverted = false ; while ( true ) { final double x = x1 - ( ( f1 * ( x1 - x0 ) ) / ( f1 - f0 ) ) ; final double fx = computeObjectiveValue ( x ) ; if ( fx == 0.0 ) { return new Interval ( x , fx , x , fx ) ; } if ( f1 * fx < 0 ) { x0 = x1 ; f0 = f1 ; inverted = ! inverted ; } else { switch ( method ) { case ILLINOIS : f0 *= 0.5 ; break ; case PEGASUS : f0 *= f1 / ( f1 + fx ) ; break ; case REGULA_FALSI : if ( x == x1 ) { throw new MathIllegalStateException ( LocalizedCoreFormats . CONVERGENCE_FAILED ) ; } break ; default : throw MathRuntimeException . createInternalError ( ) ; } } x1 = x ; f1 = fx ; if ( FastMath . abs ( x1 - x0 ) < FastMath . max ( rtol * FastMath . abs ( x1 ) , atol ) || ( FastMath . abs ( f1 ) < ftol && ( allowed == AllowedSolution . ANY_SIDE || ( inverted && allowed == AllowedSolution . LEFT_SIDE ) || ( ! inverted && allowed == AllowedSolution . RIGHT_SIDE ) || ( f1 <= 0.0 && allowed == AllowedSolution . BELOW_SIDE ) || ( f1 >= 0.0 && allowed == AllowedSolution . ABOVE_SIDE ) ) ) ) { if ( inverted ) { return new Interval ( x1 , f1 , x0 , f0 ) ; } else { return new Interval ( x0 , f0 , x1 , f1 ) ; } } } }

Encuentra una raíz y devuelve el intervalo que contiene.


private static TxnManager constrainServer  ( TxnManager server , MethodConstraints constraints ) { RemoteMethodControl constrainedServer = ( ( RemoteMethodControl ) server ) . setConstraints ( constraints ) ; return ( ( TxnManager ) constrainedServer ) ; }

Devuelve una copia del proxy del servidor dado que tiene las restricciones del método del cliente que resultan después de que se aplique la asignación de métodos especificados a las restricciones de métodos de cliente dados.


public long pos  ( ) { return ( id & ( - 1L >>> FACE_BITS ) ) ; }

La posición del centro celular a lo largo de la curva de Hilbert sobre esta cara, en el rango 0 .. (2 ** KPOSBITS-1).


public void show  ( boolean animate ) { show ( animate , fadeIn ) ; }

Haz la insignia visible en la interfaz de usuario.


public void flush  ( ) { if ( this . durable ) { PageAllocator . incrementCacheMisses ( ) ; this . pageData . force ( ) ; } }


private static double computeJSD  ( double [ ] px , double [ ] py ) { double [ ] m = computeMean ( px , py ) ; return 0.5 * ( computeKLD ( px , m ) + computeKLD ( py , m ) ) ; }

calcular la divergencia de Jensen-Shannon


private void parseCatalogs  ( ) throws IOException  { if ( fCatalogsList != null ) { fCatalog = new Catalog ( fResolverCatalogManager ) ; attachReaderToCatalog ( fCatalog ) ; for ( int i = 0 ; i < fCatalogsList . length ; ++ i ) { String catalog = fCatalogsList [ i ] ; if ( catalog != null && catalog . length ( ) > 0 ) { fCatalog . parseCatalog ( catalog ) ; } } } else { fCatalog = null ; } }

Indique el catálogo <código> </ código> para analizar cada uno de los catálogos en la lista.Solo el primer catálogo realmente se analizará de inmediato.Los otros serán colonados y leer si son necesarios más tarde.


public int read  ( ByteBuffer dst ) throws IOException { if ( ! dst . hasRemaining ( ) ) return 0 ; if ( ! isHandShakeComplete ( ) ) { if ( isBlocking ( ) ) { while ( ! isHandShakeComplete ( ) ) { processHandshake ( ) ; } } else { processHandshake ( ) ; if ( ! isHandShakeComplete ( ) ) { return 0 ; } } } int purged = readRemaining ( dst ) ; if ( purged != 0 ) return purged ; assert ( inData . position ( ) == 0 ) ; inData . clear ( ) ; if ( ! inCrypt . hasRemaining ( ) ) inCrypt . clear ( ) ; else inCrypt . compact ( ) ; if ( isBlocking ( ) || readEngineResult . getStatus ( ) == Status . BUFFER_UNDERFLOW ) if ( socketChannel . read ( inCrypt ) == - 1 ) { return - 1 ; } inCrypt . flip ( ) ; unwrap ( ) ; int transfered = transfereTo ( inData , dst ) ; if ( transfered == 0 && isBlocking ( ) ) { return read ( dst ) ; } return transfered ; }

Bloques cuando está en modo de bloqueo hasta que al menos un byte se haya decodificado. <br> Cuando no esté en el modo de bloqueo 0 puede devolverse.


@ Override public boolean accept  ( File directory , String fileName ) { if ( ! super . accept ( directory , fileName ) ) return false ; final String firstLine = Basic . getFirstLineFromFile ( new File ( fileName ) ) ; return firstLine != null && ( firstLine . contains ( " vs " ) || firstLine . contains ( "NO HIT" ) ) ; }


public static SM_SYSTEM_MESSAGE STR_MSG_COMBINE_BROADCAST_COMBINE_SUCCESS  ( String value0 , String value1 ) { return new SM_SYSTEM_MESSAGE ( 1400974 , value0 , value1 ) ; }


public static SM_SYSTEM_MESSAGE STR_ITEM_COLOR_REMOVE_SUCCEED  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1300510 , value0 ) ; }


public void drawChartTransposed  ( Graphics2D gc ) { final SelectionGraphics < String [ ] > sgc = ( gc instanceof SelectionGraphics ? ( SelectionGraphics < String [ ] > ) gc : null ) ; gc . setFont ( getFont ( ChartViewer . FontKeys . XAxisFont . toString ( ) ) ) ; gc . setRenderingHint ( RenderingHints . KEY_ANTIALIASING , RenderingHints . VALUE_ANTIALIAS_ON ) ; int y0 = getHeight ( ) - bottomMargin ; int y1 = topMargin ; int x0 = leftMargin ; int scaleWidth = 30 ; int x1 = getWidth ( ) - rightMargin - scaleWidth ; if ( x0 >= x1 ) return ; if ( inUpdateCoordinates ) { gc . setFont ( getFont ( "Default" ) ) ; gc . setColor ( Color . LIGHT_GRAY ) ; gc . drawString ( "Computing correlation plot..." , x0 , y1 + 20 ) ; viewer . getScrollPane ( ) . setCursor ( Cursor . getPredefinedCursor ( Cursor . WAIT_CURSOR ) ) ; return ; } else viewer . getScrollPane ( ) . setCursor ( Cursor . getDefaultCursor ( ) ) ; if ( sgc != null ) { drawYAxis ( gc , null ) ; } if ( ! getChartTitle ( ) . startsWith ( "Correlation plot: " ) ) setChartTitle ( "Correlation plot: " + getChartTitle ( ) ) ; final int numberOfClasses = ( classNames != null ? classNames . length : 0 ) ; final int numberOfAttributes = ( attributeNames != null ? attributeNames . length : 0 ) ; if ( viewer . getAttributesList ( ) . isDoClustering ( ) ) y1 += topTreeSpace ; if ( sgc == null ) { drawScaleBar ( gc , x1 , scaleWidth , y1 , y0 - y1 ) ; } if ( viewer . getClassesList ( ) . isDoClustering ( ) ) { x1 -= rightTreeSpace ; int height = ( int ) Math . round ( ( y0 - y1 ) / ( numberOfClasses + 1.0 ) * numberOfClasses ) ; int yStart = y0 + ( ( y1 - y0 ) - height ) / 2 ; final Rectangle rect = new Rectangle ( x1 , yStart , rightTreeSpace , height ) ; classesClusteringTree . paint ( gc , rect ) ; } if ( viewer . getAttributesList ( ) . isDoClustering ( ) ) { int width = ( int ) ( ( x1 - x0 ) / ( numberOfAttributes + 1.0 ) * numberOfAttributes ) ; int xStart = x0 + ( ( x1 - x0 ) - width ) / 2 ; final Rectangle rect = new Rectangle ( xStart , y1 - topTreeSpace , width , topTreeSpace ) ; attributesClusteringTree . paint ( gc , rect ) ; } double xStep = ( x1 - x0 ) / ( double ) numberOfAttributes ; double yStep = ( y0 - y1 ) / ( double ) numberOfClasses ; if ( numberOfClasses > 0 && numberOfAttributes > 0 ) { int d = 0 ; for ( String attributeNameX : attributeNames ) { final double xLabel = x0 + ( d + 0.5 ) * xStep ; Point2D apt = new Point2D . Double ( xLabel , getHeight ( ) - bottomMargin + 10 ) ; final Dimension labelSize = Basic . getStringSize ( gc , attributeNameX , gc . getFont ( ) ) . getSize ( ) ; if ( classLabelAngle == 0 ) { apt . setLocation ( apt . getX ( ) - labelSize . getWidth ( ) / 2 , apt . getY ( ) ) ; } else if ( classLabelAngle > Math . PI / 2 ) { apt = Geometry . translateByAngle ( apt , classLabelAngle , - labelSize . width ) ; } if ( getChartData ( ) . getChartSelection ( ) . isSelectedAttribute ( attributeNameX ) ) { fillAndDrawRect ( gc , apt . getX ( ) , apt . getY ( ) , labelSize . width , labelSize . height , classLabelAngle , ProgramProperties . SELECTION_COLOR , ProgramProperties . SELECTION_COLOR_DARKER ) ; } gc . setColor ( getFontColor ( ChartViewer . FontKeys . XAxisFont . toString ( ) , Color . DARK_GRAY ) ) ; drawString ( gc , attributeNameX , apt . getX ( ) , apt . getY ( ) , classLabelAngle ) ; if ( sgc != null ) { sgc . setCurrentItem ( new String [ ] { null , attributeNameX } ) ; drawRect ( gc , apt . getX ( ) , apt . getY ( ) , labelSize . width , labelSize . height , classLabelAngle ) ; sgc . clearCurrentItem ( ) ; } int c = numberOfClasses - 1 ; for ( String classNameY : classNames ) { final Float correlationCoefficient = dataMatrix . get ( classNameY , attributeNameX ) ; if ( correlationCoefficient != null ) { final double [ ] boundingBox = new double [ ] { x0 + d * xStep , y0 - ( c + 1 ) * yStep , xStep , yStep } ; drawCell ( gc , boundingBox , correlationCoefficient ) ; if ( sgc != null && ! sgc . isShiftDown ( ) ) { sgc . setCurrentItem ( new String [ ] { null , classNameY , attributeNameX } ) ; gc . fillRect ( ( int ) Math . round ( boundingBox [ 0 ] ) , ( int ) Math . round ( boundingBox [ 1 ] ) , ( int ) Math . round ( boundingBox [ 2 ] ) , ( int ) Math . round ( boundingBox [ 3 ] ) ) ; sgc . clearCurrentItem ( ) ; sgc . setCurrentItem ( new String [ ] { null , classNameY , attributeNameX } ) ; gc . fillRect ( ( int ) Math . round ( boundingBox [ 0 ] ) , ( int ) Math . round ( boundingBox [ 1 ] ) , ( int ) Math . round ( boundingBox [ 2 ] ) , ( int ) Math . round ( boundingBox [ 3 ] ) ) ; sgc . clearCurrentItem ( ) ; } boolean isSelected = false ; if ( getChartData ( ) . getChartSelection ( ) . isSelectedClass ( classNameY ) ) { if ( getChartData ( ) . getChartSelection ( ) . isSelectedAttribute ( attributeNameX ) || getChartData ( ) . getChartSelection ( ) . getSelectedAttributes ( ) . size ( ) == 0 ) isSelected = true ; } else if ( getChartData ( ) . getChartSelection ( ) . getSelectedClasses ( ) . size ( ) == 0 && getChartData ( ) . getChartSelection ( ) . isSelectedAttribute ( attributeNameX ) ) isSelected = true ; if ( isSelected ) { gc . setStroke ( HEAVY_STROKE ) ; gc . setColor ( ProgramProperties . SELECTION_COLOR ) ; gc . drawRect ( ( int ) Math . round ( boundingBox [ 0 ] ) , ( int ) Math . round ( boundingBox [ 1 ] ) , ( int ) Math . round ( boundingBox [ 2 ] ) , ( int ) Math . round ( boundingBox [ 3 ] ) ) ; gc . setStroke ( NORMAL_STROKE ) ; } if ( showValues || isSelected ) { String aLabel = String . format ( "%.3f" , correlationCoefficient ) ; valuesList . add ( new DrawableValue ( aLabel , ( int ) Math . round ( boundingBox [ 0 ] + boundingBox [ 2 ] / 2 ) , ( int ) Math . round ( boundingBox [ 1 ] + boundingBox [ 3 ] / 2 ) - gc . getFont ( ) . getSize ( ) / 2 , isSelected ) ) ; } } c -- ; } d ++ ; } } if ( valuesList . size ( ) > 0 ) { gc . setFont ( getFont ( ChartViewer . FontKeys . ValuesFont . toString ( ) ) ) ; DrawableValue . drawValues ( gc , valuesList , true , true ) ; valuesList . clear ( ) ; } }

dibujar cuadro de trazado de correlación


public static SM_SYSTEM_MESSAGE STR_MSG_INSTANCE_GET_COIN_IDARENA  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1400934 , value0 ) ; }


void adjustSelection  ( int selectionStartAdjust , int selectionEndAdjust ) { if ( selectionStartAdjust == 0 && selectionEndAdjust == 0 ) return ; ContentViewCore basePageContentView = getBaseContentView ( ) ; if ( basePageContentView != null && basePageContentView . getWebContents ( ) != null ) { mDidExpandSelection = true ; basePageContentView . getWebContents ( ) . adjustSelectionByCharacterOffset ( selectionStartAdjust , selectionEndAdjust ) ; } }

Expande la selección actual por las cantidades especificadas.


public static float calculateBottom  ( float left , float top , float right , float targetAspectRatio ) { final float width = right - left ; return ( width / targetAspectRatio ) + top ; }

Calcula la coordenada Y del borde inferior dadas los otros lados del rectángulo y una relación de aspecto.


public AppAboutObject ( int id , int iconId , String text ) { this . id = id ; this . iconId = iconId ; this . text = text ; }


public void selectAll  ( boolean select ) { classificationViewer . selectAllNodes ( select ) ; classificationViewer . repaint ( ) ; }

Establecer selecto estado de todos los objetos


@ Override public long addUser  ( User user ) { return sessionTemplate . insert ( NAMESPACE + ".addUser" , user ) ; }


public AccountUnbanUserQuery ( VkApiClient client , UserActor actor , int userId ) { super ( client , "account.unbanUser" , OkResponse . class ) ; accessToken ( actor . getAccessToken ( ) ) ; userId ( userId ) ; }

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


public static List < Locale > availableLocales  ( ) { return LocaleHolder . availableLocaleList ; }

Devuelve una lista de los locales disponibles ordenados por el nombre de la pantalla


public LocalFileSystemStore ( ) { super ( ) ; }

Crea un nuevo servicio de almacenamiento en el sistema de archivos local utilizando la serialización JSON predeterminada.


public static List < Target > createTargetsWithPauses  ( List < Element > segmentsAndBoundaries , String silenceSymbol ) { List < Target > targets = new ArrayList < Target > ( ) ; if ( segmentsAndBoundaries . size ( ) == 0 ) return targets ; Element last = segmentsAndBoundaries . get ( segmentsAndBoundaries . size ( ) - 1 ) ; if ( ! last . getTagName ( ) . equals ( MaryXML . BOUNDARY ) ) { Element finalPause = MaryXML . createElement ( last . getOwnerDocument ( ) , MaryXML . BOUNDARY ) ; Element token = ( Element ) DomUtils . getAncestor ( last , MaryXML . TOKEN ) ; Element parent = ( Element ) token . getParentNode ( ) ; parent . appendChild ( finalPause ) ; segmentsAndBoundaries . add ( finalPause ) ; } for ( Element sOrB : segmentsAndBoundaries ) { String phone = UnitSelector . getPhoneSymbol ( sOrB ) ; targets . add ( new HalfPhoneTarget ( phone + "_L" , sOrB , true ) ) ; targets . add ( new HalfPhoneTarget ( phone + "_R" , sOrB , false ) ) ; } return targets ; }

Cree la lista de objetivos de los segmentos a sintetizar prepéngase y agregar pausas si es necesario


private static byte [ ] hexStringToByteArray  ( String hexString ) { int len = hexString . length ( ) ; byte [ ] data = new byte [ len / 2 ] ; for ( int i = 0 ; i < len ; i += 2 ) { data [ i / 2 ] = ( byte ) ( ( Character . digit ( hexString . charAt ( i ) , 16 ) << 4 ) + Character . digit ( hexString . charAt ( i + 1 ) , 16 ) ) ; } return data ; }

Convierte los valores hexagonales de las cuerdas a la matriz de bytes


public static Dfp tan  ( final Dfp a ) { return sin ( a ) . divide ( cos ( a ) ) ; }


public static String fromColour  ( Color colour ) { if ( colour == null ) { return null ; } String colourString = toHex ( colour . getRed ( ) , colour . getGreen ( ) , colour . getBlue ( ) ) ; return colourString ; }

Crea una cadena #RRGGBB del color.<P> Devuelve NULL si el color es nulo.


private void addColumns  ( List < ColumnModel > columnModelList ) { LogUtil . d ( TAG , "do addColumn" ) ; execute ( getAddColumnSQLs ( columnModelList ) , mDb ) ; for ( ColumnModel columnModel : columnModelList ) { mTableModelDB . addColumnModel ( columnModel ) ; } }

Cuando se agregan algunos campos a la clase después de la última actualización, la tabla debe sincronizar los cambios agregando las columnas correspondientes.


public void shuffleTestSet  ( ) { utils . shuffleList ( TestFiles ) ; }

Shuffles (aleatoriza el orden de) los archivos que aparecen en el conjunto de pruebas.


public InsertComponentWindow openInsertDialog  ( ) { tryToSelect ( ) ; tryToOpenInsertWindow ( ) ; return insertComponentWindow ; }

Si es posible, abra la ventana del componente de inserción y devuelva su instancia.


public Builder noWrap  ( Boolean noWrap ) { this . noWrap = noWrap ; return this ; }

Si se establece en verdadero, los azulejos simplemente no se cargarán fuera del ancho del mundo (-180 a 180 longitud) en lugar de repetir.Predeterminado FALSO


public static boolean openIntent  ( Context context , Intent intent , boolean allowSelfOpen ) { boolean activityResolved = ExternalNavigationDelegateImpl . resolveIntent ( context , intent , allowSelfOpen ) ; if ( activityResolved ) { try { context . startActivity ( intent ) ; return true ; } catch ( ActivityNotFoundException ex ) { Log . d ( TAG , "activity not found for " + intent . getType ( ) + " over " + intent . getData ( ) . getScheme ( ) , ex ) ; } } return false ; }

Lanza la mejor actividad para la intención dada.Si se proporciona una actividad predeterminada, elija el predeterminado.De lo contrario, devuelva el selector de intenciones si hay más de una actividad capaz.Si la intención es del tipo PDF, devuelva el Visor de PDF de la plataforma si está disponible, por lo que el usuario no necesita elegirlo del selector de intenciones.


@ Override public void clear  ( ) { if ( mSize != 0 ) { freeArrays ( mHashes , mArray , mSize ) ; mHashes = ContainerHelpers . EMPTY_INTS ; mArray = ContainerHelpers . EMPTY_OBJECTS ; mSize = 0 ; } }

Haz que el mapa de la matriz vacía.Todo el almacenamiento se libera.


public DocumentNGramGaussNormSymWinGraph ( int iMinSize , int iMaxSize , int iCorrelationWindow ) { MinSize = iMinSize ; MaxSize = iMaxSize ; CorrelationWindow = iCorrelationWindow ; InitGraphs ( ) ; }

Crea una nueva instancia de insectdocummaph.


public SLDEditor ( String filename , List < String > extensionArgList ) { UndoManager . getInstance ( ) . setPopulationCheck ( Controller . getInstance ( ) ) ; PropertyManagerInterface propertyManager = PropertyManagerFactory . getInstance ( ) ; propertyManager . readConfig ( ) ; PrefManager . initialise ( propertyManager ) ; extensionList = ExtensionFactory . getAvailableExtensions ( ) ; String uiLayout = PrefManager . getInstance ( ) . getPrefData ( ) . getUiLayoutClass ( ) ; UILayoutInterface ui = UILayoutFactory . getUILayout ( uiLayout ) ; ui . createUI ( this , uiMgr , extensionList ) ; SLDEditorMenus . createMenus ( this , extensionList ) ; frame . setBounds ( 0 , 0 , APPLICATION_FRAME_WIDTH , APPLICATION_FRAME_HEIGHT ) ; setApplicationIcon ( ) ; UILayoutFactory . readLayout ( null ) ; PrefManager . finish ( ) ; uiMgr . populateUI ( 0 ) ; for ( ExtensionInterface extension : extensionList ) { List < String > extensionSpecificArgumentList = ExtensionFactory . getArguments ( extension , extensionArgList ) ; extension . setArguments ( extensionSpecificArgumentList ) ; } if ( filename != null ) { File file = new File ( filename ) ; URL url ; try { url = file . toURI ( ) . toURL ( ) ; List < SLDDataInterface > sldDataList = null ; for ( ExtensionInterface extension : extensionList ) { if ( sldDataList == null ) { sldDataList = extension . open ( url ) ; } } } catch ( MalformedURLException e ) { ConsoleManager . getInstance ( ) . exception ( this , e ) ; } } }


public ToolButton ( String text , String resourceString ) { super ( "" ) ; setToolTipText ( text ) ; ImageIcon imageIcon = getResourceIcon ( resourceString ) ; this . setIcon ( imageIcon ) ; if ( imageIcon != null ) { this . setSize ( imageIcon . getIconWidth ( ) , imageIcon . getIconHeight ( ) ) ; } }

Instantánea un nuevo botón de herramienta.


public boolean shouldAllowRequest  ( String url ) { for ( PluginEntry entry : this . entryMap . values ( ) ) { CordovaPlugin plugin = pluginMap . get ( entry . service ) ; if ( plugin != null ) { Boolean result = plugin . shouldAllowRequest ( url ) ; if ( result != null ) { return result ; } } } if ( url . startsWith ( "blob:" ) || url . startsWith ( "data:" ) || url . startsWith ( "about:blank" ) ) { return true ; } if ( url . startsWith ( "https://ssl.gstatic.com/accessibility/javascript/android/" ) ) { return true ; } if ( url . startsWith ( "file://" ) ) { return ! url . contains ( "/app_webview/" ) ; } return false ; }

Llamado cuando el webview va a solicitar un recurso externo.Esto se delega a los complementos instalados, y devuelve verdadero / falso para el primer complemento para proporcionar un resultado no nulo.Si no responde ningún complemento, entonces se aplica la política predeterminada.


@ SuppressWarnings ( "unused" ) public int resumptionPoint  ( ) { return resumptionPoint ; }

Devuelve el punto de reanudación almacenado en este estado guardado.


public boolean isEmpty  ( ) { return map . isEmpty ( ) ; }

Devuelve <TT> True </ TT> Si este conjunto no contiene elementos.


public char next  ( ) throws JSONException  { int c ; if ( this . usePrevious ) { this . usePrevious = false ; c = this . previous ; } else { try { c = this . reader . read ( ) ; } catch ( IOException exception ) { throw new JSONException ( exception ) ; } if ( c <= 0 ) { this . eof = true ; c = 0 ; } } this . index += 1 ; if ( this . previous == '\r' ) { this . line += 1 ; this . character = c == '\n' ? 0 : 1 ; } else if ( c == '\n' ) { this . line += 1 ; this . character = 0 ; } else { this . character += 1 ; } this . previous = ( char ) c ; return this . previous ; }

Obtenga el siguiente personaje en la cadena de origen.


@ Override public int hashCode  ( ) { return _hashCode ; }


static Set < String > parsePathParameters  ( String path ) { Matcher m = PARAM_URL_REGEX . matcher ( path ) ; Set < String > patterns = new LinkedHashSet < > ( ) ; while ( m . find ( ) ) { patterns . add ( m . group ( 1 ) ) ; } return patterns ; }

Obtiene el conjunto de parámetros de ruta únicos utilizados en el URI dado.Si se usa un parámetro dos veces en la URI, solo se mostrará una vez en el conjunto.


private synchronized void trim  ( ) { while ( mCurrentSize > mSizeLimit ) { byte [ ] buf = mBuffersByLastUse . remove ( 0 ) ; mBuffersBySize . remove ( buf ) ; mCurrentSize -= buf . length ; } }

Elimina los tampones de la piscina hasta que esté bajo su límite de tamaño.


public FieldConfigCommonData ( FieldConfigCommonData commonData ) { if ( commonData != null ) { this . panelId = commonData . panelId ; this . id = commonData . id ; this . label = commonData . label ; this . valueOnly = commonData . valueOnly ; this . rasterSymbol = commonData . rasterSymbol ; } }

Instantánea un nuevo conjunto de datos comunes de configuración de campo.


protected WallSearchQueryWithExtended extended  ( Boolean value ) { return unsafeParam ( "extended" , value ) ; }

Mostrar información de publicación extendida.


public static String convertToJavaClassName  ( String name ) { int dotIndex = name . indexOf ( '.' ) ; if ( dotIndex >= 0 ) { name = name . substring ( 0 , dotIndex ) ; } String [ ] split = name . split ( "[_-]" ) ; StringBuilder out = new StringBuilder ( ) ; for ( String section : split ) { out . append ( StringUtil . capitalize ( section ) ) ; } return out . toString ( ) ; }

Método de utilidad que implementa la lógica de enlace de datos para convertir un nombre de archivo a un nombre de clase Java


private void analyzeClassFields  ( String className , int action ) { try { Class < ? > dynamicClass = Class . forName ( className ) ; Field [ ] fields = dynamicClass . getDeclaredFields ( ) ; for ( Field field : fields ) { if ( isPrivateAndNonPrimitive ( field ) ) { oneToAnyConditions ( className , field , action ) ; manyToAnyConditions ( className , field , action ) ; } } } catch ( ClassNotFoundException ex ) { ex . printStackTrace ( ) ; throw new DatabaseGenerateException ( DatabaseGenerateException . CLASS_NOT_FOUND + className ) ; } }

Introspección de los pasados en clase.Analice los campos de la clase actual y descubra las asociaciones de ella.


public boolean isSeparateGroup  ( ) { return isSeparateGroup ; }


@ Deprecated public static String toString  ( byte [ ] input ) throws IOException { return new String ( input ) ; }

Obtenga los contenidos de un byte <código> byte [] </ code> como una cadena usando la codificación de caracteres predeterminada de la plataforma.


private void displayCaughtMsg  ( PokeModel pokeModel , boolean hasPokemonBeenCaught ) { if ( hasPokemonBeenCaught ) { SoundUtils . playPokemonCaughtSound ( mContext ) ; TypefaceUtils . displayToast ( mContext , pokeModel . getName ( ) . toUpperCase ( ) + " was caught!" , TypefaceUtils . TOAST_SHORT_DURATION ) ; } }

Si el Pokemon ha sido "atrapado", juega un sonido y muestra un mensaje para que el usuario sepa.


public IdsQuery ( Class < T > type , Object [ ] ids , Object [ ] routings , QueryResultType queryResultType ) { this ( type . getName ( ) , ids , null , routings , queryResultType ) ; }

Crea una IDSQUERY utilizando el tipo, IDS, enrutamiento por ID y TIPO DE RESULTADO DE CONSEJO.


public GroupsGetQuery fields  ( GroupField ... value ) { return unsafeParam ( "fields" , value ) ; }


protected View onCreateDialogView  ( ) { if ( mDialogLayoutResId == 0 ) { return null ; } LayoutInflater inflater = LayoutInflater . from ( mBuilder . getContext ( ) ) ; return inflater . inflate ( mDialogLayoutResId , null ) ; }

Crea la vista de contenido para el cuadro de diálogo (si se requiere una vista de contenido personalizada).De forma predeterminada, infla el recurso de diseño de diálogo si está configurado.


protected GroupsInviteQuery userId  ( int value ) { return unsafeParam ( "user_id" , value ) ; }


public static Map < String , Object > testXmlRpcAdd  ( DispatchContext dctx , Map < String , ? > context ) { Locale locale = ( Locale ) context . get ( "locale" ) ; Map < String , Object > response = ServiceUtil . returnSuccess ( ) ; Integer num1 = ( Integer ) context . get ( "num1" ) ; Integer num2 = ( Integer ) context . get ( "num2" ) ; if ( UtilValidate . isEmpty ( num1 ) || UtilValidate . isEmpty ( num2 ) ) { return ServiceUtil . returnError ( UtilProperties . getMessage ( resource , "ServiceTestXmlRpcMissingParameters" , locale ) ) ; } Integer res = num1 + num2 ; response . put ( "resulting" , res ) ; return response ; }

Servicio para recibir información de la llamada XML-RPC


public static Call checkCoordinate  ( Coordinate coordinate , @ Nullable Double buffer , @ Nullable List < MappingService . AirMapAirspaceType > types , @ Nullable List < MappingService . AirMapAirspaceType > ignoredTypes , boolean showWeather , @ Nullable Date date , @ Nullable AirMapCallback < AirMapStatus > callback ) { return StatusService . checkCoordinate ( coordinate , buffer , types , ignoredTypes , showWeather , date , callback ) ; }

Obtenga un estado de vuelo basado en un vuelo basado en un punto y radio