public boolean contains  ( ) { int next = 0 ; final int size = fValues . size ( ) ; LOOP : for ( int i = 0 ; i < size ; i = next ) { next = i + fFieldCount ; for ( int j = 0 ; j < fFieldCount ; j ++ ) { Object value1 = fLocalValues [ j ] ; Object value2 = fValues . elementAt ( i ) ; short valueType1 = fLocalValueTypes [ j ] ; short valueType2 = getValueTypeAt ( i ) ; if ( value1 == null || value2 == null || valueType1 != valueType2 || ! ( value1 . equals ( value2 ) ) ) { continue LOOP ; } else if ( valueType1 == XSConstants . LIST_DT || valueType1 == XSConstants . LISTOFUNION_DT ) { ShortList list1 = fLocalItemValueTypes [ j ] ; ShortList list2 = getItemValueTypeAt ( i ) ; if ( list1 == null || list2 == null || ! list1 . equals ( list2 ) ) continue LOOP ; } i ++ ; } return true ; } return false ; }

Devuelve VERDADERO si este almacén de valores contiene las tiendas de valor alcanzadas localmente


private static void shareWithLastUsed  ( Activity activity , String title , String url , Bitmap screenshot ) { ComponentName component = getLastShareComponentName ( activity ) ; if ( component == null ) return ; makeIntentAndShare ( activity , title , url , screenshot , component ) ; }

Inicia una intención de compartir con la actividad que se utilizó más recientemente para compartir.Si no hay actividad más reciente utilizada, no hace nada.


public Node findRootNode  ( String path , long revision , WorkListener listener ) { long r = revision ; long pr = r ; RandomAccessFile logMessages = null ; try { logMessages = new RandomAccessFile ( logMessagesFile , "r" ) ; ISVNLogMessage [ ] buffer = new ISVNLogMessage [ MAX_LOG_MESSAGES ] ; do { r -= ( MAX_LOG_MESSAGES ) - 1 ; if ( r < 1 ) { r = 1 ; } logMessages . seek ( getSeek ( r ) ) ; int size = ( int ) ( pr - r + 1 ) ; if ( size == 0 ) break ; readNext ( logMessages , buffer , size ) ; for ( int k = 0 ; k < size ; k ++ ) { ISVNLogMessage lm = buffer [ k ] ; ISVNLogMessageChangePath [ ] changedPaths = lm . getChangedPaths ( ) ; for ( int n = 0 ; n < changedPaths . length ; n ++ ) { ISVNLogMessageChangePath cp = changedPaths [ n ] ; if ( lm . getRevision ( ) . getNumber ( ) <= revision && cp . getAction ( ) == 'A' ) { if ( cp . getCopySrcPath ( ) != null ) { if ( isEqualsOrParent ( cp . getPath ( ) , Util . unescape ( path ) ) ) { revision = lm . getRevision ( ) . getNumber ( ) ; path = cp . getCopySrcPath ( ) + Util . unescape ( path ) . substring ( cp . getPath ( ) . length ( ) ) ; } } else { if ( cp . getPath ( ) . equals ( Util . unescape ( path ) ) ) { revision = lm . getRevision ( ) . getNumber ( ) ; Node node = new Node ( ) ; node . setPath ( Util . unescape ( path ) ) ; node . setRevision ( revision ) ; return node ; } } } } if ( listener != null ) listener . worked ( ) ; } pr = r ; } while ( true ) ; } catch ( IOException e ) { throw new CacheException ( "Error while finding root node" , e ) ; } finally { closeFile ( logMessages ) ; } Node n = new Node ( ) ; n . setPath ( Util . unescape ( path ) ) ; n . setRevision ( revision ) ; return n ; }

Este método encuentra el número de revisión y la ruta donde se creó el archivo por primera vez.


public static SM_SYSTEM_MESSAGE STR_GATHER_FAIL_3_MINING  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1330023 , value0 ) ; }


public void initializeFromSettings  ( ) { setSvnClientConfigDir ( store . getString ( ISVNUIConstants . PREF_SVNCONFIGDIR ) ) ; setSvnClientInterface ( store . getString ( ISVNUIConstants . PREF_SVNINTERFACE ) ) ; setSvnChangePathOnDemand ( store . getBoolean ( ISVNUIConstants . PREF_FETCH_CHANGE_PATH_ON_DEMAND ) ) ; }

Inicializa varias opciones utilizando los valores de las preferencias.Para ser llamado durante la inicialización del plugin.


public Distribution addTo  ( Distribution dOther ) { double dSimilarity = 0.0 ; TreeMap < Object , Double > tOverAll = new TreeMap < Object , Double > ( ) ; Iterator iThisIter = hDistro . entrySet ( ) . iterator ( ) ; Iterator iOtherIter = dOther . asTreeMap ( ) . entrySet ( ) . iterator ( ) ; while ( iThisIter . hasNext ( ) ) { java . util . Map . Entry e = ( java . util . Map . Entry ) iThisIter . next ( ) ; tOverAll . put ( e . getKey ( ) , ( Double ) e . getValue ( ) ) ; } while ( iOtherIter . hasNext ( ) ) { java . util . Map . Entry e = ( java . util . Map . Entry ) iOtherIter . next ( ) ; double dVal ; if ( tOverAll . containsKey ( e . getKey ( ) ) ) { dVal = ( Double ) tOverAll . get ( e . getKey ( ) ) . doubleValue ( ) ; dVal += ( ( Double ) e . getValue ( ) ) . doubleValue ( ) ; } else { dVal = ( Double ) e . getValue ( ) ; } tOverAll . put ( e . getKey ( ) , dVal ) ; } return new Distribution ( tOverAll ) ; }

Crea una nueva distribución que contiene la suma de valores de la distribución dada y una segunda distribución.


public static void o  ( Z [ ] [ ] A , int w , int d ) { int nr = A . length ; int nc = A [ 0 ] . length ; String temp = Integer . toString ( nr - 1 ) ; int rfw = temp . length ( ) + 1 ; int ww = w + d + 10 ; int ncp = ( Parameters . PageWidth - rfw ) / ww ; int jl = 0 ; while ( jl < nc ) { int ju = Math . min ( nc , jl + ncp ) ; System . out . print ( "\n" ) ; String head = "" ; while ( head . length ( ) < rfw ) head = head + " " ; System . out . print ( head ) ; for ( int j = jl ; j < ju ; j ++ ) { head = Integer . toString ( j ) ; while ( head . length ( ) < ww ) head = " " + head ; System . out . print ( head ) ; } System . out . print ( "\n" ) ; for ( int i = 0 ; i < nr ; i ++ ) { String row = Integer . toString ( i ) ; while ( row . length ( ) < rfw ) row = " " + row ; System . out . print ( row ) ; for ( int j = jl ; j < ju ; j ++ ) { String snum = DoubletoEstring ( A [ i ] [ j ] . re , w , d ) ; if ( A [ i ] [ j ] . im < 0 ) snum = snum + " - " + DoubletoEstring ( - A [ i ] [ j ] . im , d + 6 , d ) + "i" ; else snum = snum + " + " + DoubletoEstring ( A [ i ] [ j ] . im , d + 6 , d ) + "i" ; System . out . print ( snum ) ; } System . out . print ( "\n" ) ; } jl = jl + ncp ; } }

Imprime una matriz de dos dimensiones de <tt> z </ tt> en formato W.D E.


public synchronized void zoomAbs  ( final Point2D p , double scale ) { ; double zx = p . getX ( ) , zy = p . getY ( ) ; damageReport ( ) ; m_transform . translate ( zx , zy ) ; m_transform . scale ( scale , scale ) ; m_transform . translate ( - zx , - zy ) ; try { m_itransform = m_transform . createInverse ( ) ; } catch ( Exception e ) { } }

Amplíe la vista proporcionada por esta pantalla por la escala dada, anclando el zoom en el punto especificado en coordenadas absolutas.


public boolean isSet  ( _Fields field ) { if ( field == null ) { throw new IllegalArgumentException ( ) ; } switch ( field ) { case APPKEY : return isSetAppkey ( ) ; case SEND_TIME : return isSetSendTime ( ) ; case LOAD_INFO : return isSetLoadInfo ( ) ; case STATUS : return isSetStatus ( ) ; } throw new IllegalStateException ( ) ; }

Devuelve VERDADERO si se establece el campo correspondiente a FieldID (se le ha asignado un valor) y False de lo contrario


public synchronized void stop  ( ) throws Exception  { stop ( interval ) ; }


public void clear  ( ) { args = null ; }

Borre el estado interno de PetectionPacket.


Las instancias no deben construirse en la programación estándar.


private void cancelAlarm  ( Context context ) { cancelAlarmOnSystem ( context , getPendingAlarmIntent ( context ) ) ; }

Cancele una alarma previamente establecida, si hay una.Este método puede ser anulado en las pruebas.


public void addDependency  ( Dependency dependency ) { this . arcs . add ( dependency ) ; }

Agrega una dependencia a esta configuración.


public BucketIntegrationTest ( ) { setResponseLogLengthLimit  ( 1000 ) ; experiment = ExperimentFactory . createExperiment ( ) ; experiment . startTime = "2013-08-01T00:00:00+0000" ; experiment . endTime = "2013-08-08T00:00:00+0000" ; experiment . samplingPercent = 0.5 ; experiment . label = "experiment" ; experiment . applicationName = "qbo" + UUID . randomUUID ( ) ; DefaultNameExclusionStrategy experimentComparisonStrategy = new DefaultNameExclusionStrategy ( "creationTime" , "modificationTime" , "ruleJson" ) ; experiment . setSerializationStrategy ( experimentComparisonStrategy ) ; }

Inicializa un experimento predeterminado.


public GroupsCreateQuery ( VkApiClient client , UserActor actor , String title ) { super ( client , "groups.create" , Group . class ) ; accessToken ( actor . getAccessToken ( ) ) ; title ( title ) ; }

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


private static String encodeToString  ( BufferedImage image , String type ) { String imageString = null ; ByteArrayOutputStream bos = new ByteArrayOutputStream ( ) ; try { ImageIO . write ( image , type , bos ) ; byte [ ] imageBytes = bos . toByteArray ( ) ; imageString = DatatypeConverter . printBase64Binary ( imageBytes ) ; bos . close ( ) ; } catch ( IOException e ) { e . printStackTrace ( ) ; } return imageString ; }


@ Override public Vector whatCanGoHere  ( int [ ] state ) { int curState = state [ 0 ] ; if ( curState < 0 ) curState = state [ 1 ] ; Occurence o = ( fCountingStates != null ) ? fCountingStates [ curState ] : null ; int count = state [ 2 ] ; Vector ret = new Vector ( ) ; for ( int elemIndex = 0 ; elemIndex < fElemMapSize ; elemIndex ++ ) { int nextState = fTransTable [ curState ] [ elemIndex ] ; if ( nextState != - 1 ) { if ( o != null ) { if ( curState == nextState ) { if ( count >= o . maxOccurs && o . maxOccurs != SchemaSymbols . OCCURRENCE_UNBOUNDED ) { continue ; } } else if ( count < o . minOccurs ) { continue ; } } ret . addElement ( fElemMap [ elemIndex ] ) ; } } return ret ; }

Compruebe qué elementos son válidos para aparecer en este punto.Este método también funciona si el estado está en error, en cuyo caso devuelve lo que debería haber sido visto.


public int decrement  ( int val ) { if ( val < 0 ) { return increment ( - val ) ; } lock . lock ( ) ; int newValue = ( value -= val ) ; lock . unlock ( ) ; return newValue ; }


public static ServiceType toServiceType  ( Class cls ) throws MarshalException  { if ( cls != null ) return toServiceTypeBase ( cls , false ) . type ; return null ; }

Devuelve un descriptor de MADRICETYPE para una clase.


@ Deprecated public static double [ ] combine  ( double [ ] x , double [ ] y ) { int len = 0 ; if ( x != null ) len += x . length ; if ( y != null ) len += y . length ; double [ ] z = null ; if ( len > 0 ) { z = new double [ len ] ; int currentPos = 0 ; if ( x != null ) { System . arraycopy ( x , 0 , z , currentPos , x . length ) ; currentPos = x . length ; } if ( y != null ) System . arraycopy ( y , 0 , z , currentPos , y . length ) ; } return z ; }


public JsonArray add  ( int value ) { values . add ( Json . value ( value ) ) ; return this ; }

Aneja la representación de JSON del valor <código> int </ código> especificado al final de esta matriz.


public CreatePageWindow waitToBeDisplayed  ( ) { bobcatWait . withTimeout ( Timeouts . BIG ) . until ( ExpectedConditions . visibilityOf ( currentWindow ) ) ; return this ; }


public void handleBtnLogin  ( ActionEvent event ) { try { Parent login = FXMLLoader . load ( getClass ( ) . getResource ( "login.fxml" ) ) ; StackPane root = ( StackPane ) btnLogin . getScene ( ) . getRoot ( ) ; root . getChildren ( ) . add ( login ) ; login . setTranslateX ( 350 ) ; Timeline timeline = new Timeline ( ) ; KeyValue keyValue = new KeyValue ( login . translateXProperty ( ) , 0 ) ; KeyFrame keyFrame = new KeyFrame ( Duration . millis ( 100 ) , keyValue ) ; timeline . getKeyFrames ( ) . add ( keyFrame ) ; timeline . play ( ) ; } catch ( Exception e ) { e . printStackTrace ( ) ; } }

Esta función cambia la primera escena del logotipo a la escena principal del servidor y esta función se usa en el oyente del botón


public GaussWindow ( int length , double prescalingFactor ) { this ( length , DEFAULT_SIGMA , prescalingFactor ) ; }

Cree una ventana de Gauss con la longitud dada y un Sigma predeterminado, y aplique un factor de escalamiento previo a cada muestra en la ventana.


public static SM_SYSTEM_MESSAGE STR_CHAT_ROOM_JOIN_FAIL_WRONG_PASSWORD  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1300854 , value0 ) ; }

Debe ingresar una contraseña para unirse al canal privado% 0.Ingrese con precisión, en el formato de '/ JoinChannel [ChannelName] [Contraseña]'.


private String convertToFileName  ( String string ) { return string . replace ( "/" , "_" ) . replace ( "\\" , "_" ) ; }

Convierte una cadena en un nombre de archivo válido.


public void appendPanel  ( BasePanel panel ) { if ( panel != null ) { padding . removePadding ( ) ; logger . debug ( String . format ( "%s : %s -> %s" , Localisation . getString ( StandardPanel . class , "StandardPanel.addingPanel" ) , panel . getClass ( ) . getName ( ) , this . getClass ( ) . getName ( ) ) ) ; for ( int index = 0 ; index < panel . box . getComponentCount ( ) ; index ++ ) { box . add ( panel . box . getComponent ( index ) ) ; } padding . addPadding ( ) ; } }


private void debugPrint  ( String msg ) { if ( debug ) { System . out . println ( toString ( ) + ": " + msg ) ; } }

Produce el MSG dado si la depuración está habilitada para este reproductor de audio.


public void onNotifyNpcSpawned  ( int questId , int npcId ) { QuestHandler handler = questHandlers . get ( questId ) ; if ( handler == null || ! ( handler instanceof ConstantSpawnHandler ) ) { return ; } ConstantSpawnHandler checker = ( ConstantSpawnHandler ) handler ; HashSet < Integer > allNpcs = checker . getNpcIds ( ) ; if ( allNpcs == null ) { return ; } allNpcs . remove ( npcId ) ; }

Llamado por el motor de spawn para comprobar los engendros que faltan


public static GeometryTypeEnum combineGeometryType  ( List < GeometryTypeEnum > geometryFeatures ) { if ( geometryFeatures != null ) { if ( geometryFeatures . size ( ) == 1 ) { return geometryFeatures . get ( 0 ) ; } else { return geometryFeatures . get ( 0 ) ; } } return GeometryTypeEnum . UNKNOWN ; }


@ Deprecated public static void disableLogging  ( ) { writeLogs ( false ) ; }

Desactiva el registrador, no se pasarán los registros a Logcat, todos los métodos de registro no harán nada


private boolean unseenNode  ( Node candidate ) { if ( candidate != null && ! alreadySeen . contains ( candidate ) ) { current = candidate ; alreadySeen . add ( current ) ; return true ; } return false ; }

Prueba si el nodo dado es invisible.Si es así, muévase la corriente, y recuerdelo como un nodo visto.


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

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


public void caseLocal  ( Local l ) { setResult ( fetchNode ( l ) ) ; }


TxnManagerTransaction ( TransactionManager mgr , LogManager logmgr , long id , TaskManager threadpool , WakeupManager wm , TxnSettler settler , Uuid uuid , long lease , boolean persistent , Object externalXid , ConcurrentMap < String , IDirectSpaceProxy > proxiesMap )  { if ( logmgr == null ) throw new IllegalArgumentException ( "TxnManagerTransaction: " + "log manager must be non-null" ) ; if ( mgr == null ) throw new IllegalArgumentException ( "TxnManagerTransaction: " + "transaction manager must be non-null" ) ; if ( threadpool == null ) throw new IllegalArgumentException ( "TxnManagerTransaction: " + "threadpool must be non-null" ) ; if ( wm == null ) throw new IllegalArgumentException ( "TxnManagerTransaction: " + "wakeup manager must be non-null" ) ; if ( settler == null ) throw new IllegalArgumentException ( "TxnManagerTransaction: " + "settler must be non-null" ) ; if ( uuid == null ) throw new IllegalArgumentException ( "TxnManagerTransaction: " + "uuid must be non-null" ) ; this . threadpool = threadpool ; this . wm = wm ; this . logmgr = logmgr ; if ( externalXid != null ) { _externalXid = externalXid ; str = new GSServerTransaction ( mgr , externalXid , lease ) ; str . id = id ; } else { _externalXid = null ; str = new ServerTransaction ( mgr , id , lease ) ; } this . settler = settler ; this . uuid = uuid ; _persistent = persistent ; _proxiesMap = proxiesMap ; finer_op_logger = operationsLogger . isLoggable ( Level . FINER ) ; finest_tr_logger = transactionsLogger . isLoggable ( Level . FINEST ) ; }

Construye un <código> txnmanagerTransaction </ Code>


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_Fall_A_TO_SELF  ( String skillcaster , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200820 , skillcaster , skillname ) ; }

[% Skillcaster] está en el estado forzado del accidente, ya que usó [% de habilidad].


public static void checkSubtractionCompatible  ( final AnyMatrix left , final AnyMatrix right ) throws MathIllegalArgumentException { if ( ( left . getRowDimension ( ) != right . getRowDimension ( ) ) || ( left . getColumnDimension ( ) != right . getColumnDimension ( ) ) ) { throw new MathIllegalArgumentException ( LocalizedCoreFormats . DIMENSIONS_MISMATCH_2x2 , left . getRowDimension ( ) , left . getColumnDimension ( ) , right . getRowDimension ( ) , right . getColumnDimension ( ) ) ; } }

Compruebe si las matrices son compatibles con la sustracción.


public static final void updateGroup  ( Player player , GroupEvent groupEvent ) { PlayerGroup group = player . getPlayerGroup2 ( ) ; if ( group != null ) { group . onEvent ( new PlayerGroupUpdateEvent ( group , player , groupEvent ) ) ; } }

Actualizar miembros del grupo a algún evento del jugador


public WallSearchQuery fields  ( List < EnumParam > value ) { return unsafeParam ( "fields" , value ) ; }


@ Override public void refreshIndex  ( String rowId , DimensionRow dimensionRow , DimensionRow dimensionRowOld ) { refreshIndex ( Collections . singletonMap ( rowId , new Pair < > ( dimensionRow , dimensionRowOld ) ) ) ; }

Actualizar el índice de Lucene Consulte los índices de Lucene en la columna de clave para ver si hay índices existentes.Si es así, entonces tenemos que actualizar los índices.La actualización se realiza para eliminar primero los documentos existentes y luego agregar nuevos.Si no, solo agregue los documentos a los índices.


public static SparseGradient createConstant  ( final double value ) { return new SparseGradient ( value , Collections . < Integer , Double > emptyMap ( ) ) ; }

Método de fábrica creando una constante.


public static Vector3f sphericalToCartesianZ  ( Vector3f sphereCoords , Vector3f store ) { store . z = sphereCoords . x * FastMath . sin ( sphereCoords . z ) ; float a = sphereCoords . x * FastMath . cos ( sphereCoords . z ) ; store . x = a * FastMath . cos ( sphereCoords . y ) ; store . y = a * FastMath . sin ( sphereCoords . y ) ; return store ; }

Convierte un punto de las coordenadas esféricas a cartesiana (usando Z positiva como UP) y almacena los resultados en el Var Store.


public static void recordExplicitUserNavigation  ( String destinationUrl , int rapporMetric ) { switch ( rapporMetric ) { case RAPPOR_ACTION_NAVIGATED_USING_OMNIBOX : RapporServiceBridge . sampleDomainAndRegistryFromURL ( "NTP.ExplicitUserAction.PageNavigation.OmniboxNonSearch" , destinationUrl ) ; return ; case RAPPOR_ACTION_VISITED_SUGGESTED_TILE : RapporServiceBridge . sampleDomainAndRegistryFromURL ( "NTP.ExplicitUserAction.PageNavigation.NTPTileClick" , destinationUrl ) ; return ; default : return ; } }

Registre el ETLD + 1 para un sitio web visitado explícitamente por el usuario, usando RAPOR.


public synchronized int size  ( ) { return count ; }

Devuelva el tamaño actual de la matriz de bytes.


public static float calculateLeft  ( float top , float right , float bottom , float targetAspectRatio ) { final float height = bottom - top ; return right - ( targetAspectRatio * height ) ; }

Calcula la coordenada X del borde izquierdo dado los otros lados del rectángulo y una relación de aspecto.


@ Override public LimitAngle copySelf  ( ) { return this ; }

Copia la instancia.<p> Dado que las instancias son inmutables, este método devuelve directamente la instancia. </ p>


public void addSaveLatch  ( String ticket , CountDownLatch latch ) { saveLatches . put ( ticket , latch ) ; }

Agrega un pestillo de cuenta regresiva para el seguimiento de ahorrar un boleto en particular.


private static HelpNode fromXml  ( InputSource source ) throws ParserConfigurationException , SAXException , IOException  { SAXParserFactory factory = SAXParserFactory . newInstance ( ) ; SAXParser parser = factory . newSAXParser ( ) ; HelpReader reader = new HelpReader ( ) ; parser . parse ( source , reader ) ; return reader . root ; }

Devuelve un nuevo objeto de simulación de la fuente de entrada dada.


private void inflateEmptyView  ( ) { emptyView . removeAllViewsInLayout ( ) ; LayoutInflater . from ( mContext ) . inflate ( mEmptyLayout , emptyView ) ; if ( mEmptyLayout == R . layout . layout_empty ) { textEmpty = ( TextView ) emptyView . findViewById ( R . id . text_empty ) ; inflateEmptyText ( ) ; inflateEmptyTextColor ( ) ; } }

Establezca una vista vacía personalizada, esto se puede hacer a través de XML o programáticamente usando SETEMPTYLAYOUT (INT Layoutid), si no se asigna la vista vacía personalizada, la vista predeterminada se inflará


@ Override public final void writeShort  ( int v ) throws IOException  { work [ 0 ] = ( byte ) v ; work [ 1 ] = ( byte ) ( v >> 8 ) ; dis . write ( work , 0 , 2 ) ; }

Escribe corto, 16 bits.Como DataOutputStream.WriteShort.También actúa como un WriteUnsignedShort


public static boolean supports  ( String db , int majorVersion , int minorVersion ) { return MYSQL_DB_NAME . equals ( db ) && majorVersion == 5 ; }

Devuelve verdadero solo si DB admite MySQL5


public void draw  ( float [ ] mvpMatrix , FloatBuffer vertexBuffer , int firstVertex , int vertexCount , int coordsPerVertex , int vertexStride , float [ ] texMatrix , FloatBuffer texBuffer , int textureId , int texStride ) { GlUtil . checkGlError ( "draw start" ) ; GLES20 . glUseProgram ( programHandle ) ; GlUtil . checkGlError ( "glUseProgram" ) ; GLES20 . glActiveTexture ( GLES20 . GL_TEXTURE0 ) ; GLES20 . glBindTexture ( textureTarget , textureId ) ; GLES20 . glUniformMatrix4fv ( mvpMatrixLoc , 1 , false , mvpMatrix , 0 ) ; GlUtil . checkGlError ( "glUniformMatrix4fv" ) ; GLES20 . glUniformMatrix4fv ( texMatrixLoc , 1 , false , texMatrix , 0 ) ; GlUtil . checkGlError ( "glUniformMatrix4fv" ) ; GLES20 . glEnableVertexAttribArray ( positionLoc ) ; GlUtil . checkGlError ( "glEnableVertexAttribArray" ) ; GLES20 . glVertexAttribPointer ( positionLoc , coordsPerVertex , GLES20 . GL_FLOAT , false , vertexStride , vertexBuffer ) ; GlUtil . checkGlError ( "glVertexAttribPointer" ) ; GLES20 . glEnableVertexAttribArray ( textureCoordLoc ) ; GlUtil . checkGlError ( "glEnableVertexAttribArray" ) ; GLES20 . glVertexAttribPointer ( textureCoordLoc , 2 , GLES20 . GL_FLOAT , false , texStride , texBuffer ) ; GlUtil . checkGlError ( "glVertexAttribPointer" ) ; if ( kernelLoc >= 0 ) { GLES20 . glUniform1fv ( kernelLoc , KERNEL_SIZE , kernel , 0 ) ; GLES20 . glUniform2fv ( texOffsetLoc , KERNEL_SIZE , texOffset , 0 ) ; GLES20 . glUniform1f ( colorAdjustLoc , colorAdjust ) ; } GLES20 . glDrawArrays ( GLES20 . GL_TRIANGLE_STRIP , firstVertex , vertexCount ) ; GlUtil . checkGlError ( "glDrawArrays" ) ; GLES20 . glDisableVertexAttribArray ( positionLoc ) ; GLES20 . glDisableVertexAttribArray ( textureCoordLoc ) ; GLES20 . glBindTexture ( textureTarget , 0 ) ; GLES20 . glUseProgram ( 0 ) ; }

Emite la llamada de dibujo.Hace la configuración completa en cada llamada.


static String generateErrorCorrection  ( CharSequence dataCodewords , int errorCorrectionLevel ) { int k = getErrorCorrectionCodewordCount ( errorCorrectionLevel ) ; char [ ] e = new char [ k ] ; int sld = dataCodewords . length ( ) ; for ( int i = 0 ; i < sld ; i ++ ) { int t1 = ( dataCodewords . charAt ( i ) + e [ e . length - 1 ] ) % 929 ; int t2 ; int t3 ; for ( int j = k - 1 ; j >= 1 ; j -- ) { t2 = ( t1 * EC_COEFFICIENTS [ errorCorrectionLevel ] [ j ] ) % 929 ; t3 = 929 - t2 ; e [ j ] = ( char ) ( ( e [ j - 1 ] + t3 ) % 929 ) ; } t2 = ( t1 * EC_COEFFICIENTS [ errorCorrectionLevel ] [ 0 ] ) % 929 ; t3 = 929 - t2 ; e [ 0 ] = ( char ) ( t3 % 929 ) ; } StringBuilder sb = new StringBuilder ( k ) ; for ( int j = k - 1 ; j >= 0 ; j -- ) { if ( e [ j ] != 0 ) { e [ j ] = ( char ) ( 929 - e [ j ] ) ; } sb . append ( e [ j ] ) ; } return sb . toString ( ) ; }

Genera las palabras de código de corrección de errores de acuerdo con 4.10 en ISO / IEC 15438: 2001 (e).


public PhotosReportQuery reason  ( ReportReason value ) { return unsafeParam ( "reason" , value ) ; }


public GeometricMean ( SumOfLogs sumOfLogs ) { this . sumOfLogs = sumOfLogs ; incSumOfLogs = false ; }

Cree una instancia geométrica con la instancia de Sumoflogs dada.


public AdsImportTargetContactsQuery ( VkApiClient client , UserActor actor , int accountId , int targetGroupId , String contacts ) { super ( client , "ads.importTargetContacts" , Integer . class ) ; accessToken ( actor . getAccessToken ( ) ) ; accountId ( accountId ) ; targetGroupId ( targetGroupId ) ; contacts ( contacts ) ; }

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


public static void init  ( Context context ) { if ( cameraManager == null ) { cameraManager = new CameraManager ( context ) ; } }

Inicializa este objeto estático con el contexto de la actividad de llamadas.


@ Deprecated public static byte matchColor  ( int r , int g , int b ) { return matchColor ( new Color ( r , g , b ) ) ; }

Obtenga el índice del color correspondiente más cercano en la paleta con el color dado.


@ Override public String writeToString  ( Node wnode ) throws DOMException , LSException { XMLSerializer ser = null ; String ver = _getXmlVersion ( wnode ) ; if ( ver != null && ver . equals ( "1.1" ) ) { if ( xml11Serializer == null ) { xml11Serializer = new XML11Serializer ( ) ; initSerializer ( xml11Serializer ) ; } copySettings ( serializer , xml11Serializer ) ; ser = xml11Serializer ; } else { ser = serializer ; } StringWriter destination = new StringWriter ( ) ; try { prepareForSerialization ( ser , wnode ) ; ser . _format . setEncoding ( "UTF-16" ) ; ser . setOutputCharStream ( destination ) ; if ( wnode . getNodeType ( ) == Node . DOCUMENT_NODE ) { ser . serialize ( ( Document ) wnode ) ; } else if ( wnode . getNodeType ( ) == Node . DOCUMENT_FRAGMENT_NODE ) { ser . serialize ( ( DocumentFragment ) wnode ) ; } else if ( wnode . getNodeType ( ) == Node . ELEMENT_NODE ) { ser . serialize ( ( Element ) wnode ) ; } else { String msg = DOMMessageFormatter . formatMessage ( DOMMessageFormatter . SERIALIZER_DOMAIN , "unable-to-serialize-node" , null ) ; if ( ser . fDOMErrorHandler != null ) { DOMErrorImpl error = new DOMErrorImpl ( ) ; error . fType = "unable-to-serialize-node" ; error . fMessage = msg ; error . fSeverity = DOMError . SEVERITY_FATAL_ERROR ; ser . fDOMErrorHandler . handleError ( error ) ; } throw new LSException ( LSException . SERIALIZE_ERR , msg ) ; } } catch ( LSException lse ) { throw lse ; } catch ( RuntimeException e ) { if ( e == DOMNormalizer . abort ) { return null ; } throw ( LSException ) DOMUtil . createLSException ( LSException . SERIALIZE_ERR , e ) . fillInStackTrace ( ) ; } catch ( IOException ioe ) { String msg = DOMMessageFormatter . formatMessage ( DOMMessageFormatter . DOM_DOMAIN , "STRING_TOO_LONG" , new Object [ ] { ioe . getMessage ( ) } ) ; throw new DOMException ( DOMException . DOMSTRING_SIZE_ERR , msg ) ; } finally { ser . clearDocumentState ( ) ; } return destination . toString ( ) ; }

DOM L3 Experimental: Serializa el nodo especificado como se describe anteriormente en la descripción de <Code> LSSSerializer </ Code>.El resultado de la serialización del nodo se devuelve como una cadena.Escribir un documento o un nodo de entidad produce un formulario serializado que está bien formado XML.Escribir otros tipos de nodos produce un fragmento de texto en un formulario que no está totalmente definido por este documento, pero que debe ser útil para un humano para fines de depuración o diagnóstico.


public void resetCircleColors  ( ) { mCircleColors = new ArrayList < Integer > ( ) ; }

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


public ForceDirectedLayout ( String group , boolean enforceBounds , boolean runonce ) { super ( group ) ; m_nodeGroup = PrefuseLib . getGroupName ( group , Graph . NODES ) ; m_edgeGroup = PrefuseLib . getGroupName ( group , Graph . EDGES ) ; m_enforceBounds = enforceBounds ; m_runonce = runonce ; m_fsim = new ForceSimulator ( ) ; m_fsim . addForce ( new NBodyForce ( ) ) ; m_fsim . addForce ( new SpringForce ( ) ) ; m_fsim . addForce ( new DragForce ( ) ) ; }


public RequestHandle post  ( Context context , String url , RequestParams params , ResponseHandlerInterface responseHandler ) { return post ( context , url , paramsToEntity ( params , responseHandler ) , null , responseHandler ) ; }

Realice una solicitud de publicación HTTP y rastree el contexto Android que inició la solicitud.


private void DrawPrimitive  ( DrawLine l , World w ) throws Exception { XMLBlockState blockType = new XMLBlockState ( l . getType ( ) , l . getColour ( ) , l . getFace ( ) , l . getVariant ( ) ) ; if ( ! blockType . isValid ( ) ) throw new Exception ( "Unrecognised block type: " + l . getType ( ) . value ( ) ) ; XMLBlockState stepType = blockType ; if ( l . getSteptype ( ) != null ) { stepType = new XMLBlockState ( l . getSteptype ( ) , l . getColour ( ) , l . getFace ( ) , l . getVariant ( ) ) ; if ( ! stepType . isValid ( ) ) throw new Exception ( "Unrecognised block type: " + l . getSteptype ( ) . value ( ) ) ; } float dx = ( l . getX2 ( ) - l . getX1 ( ) ) ; float dy = ( l . getY2 ( ) - l . getY1 ( ) ) ; float dz = ( l . getZ2 ( ) - l . getZ1 ( ) ) ; float steps = ( int ) Math . max ( Math . max ( Math . abs ( dx ) , Math . abs ( dy ) ) , Math . abs ( dz ) ) ; if ( steps < 1 ) steps = 1 ; dx /= steps ; dy /= steps ; dz /= steps ; int prevY = l . getY1 ( ) ; int prevZ = l . getZ1 ( ) ; int prevX = l . getX1 ( ) ; for ( int i = 0 ; i <= steps ; i ++ ) { int x = Math . round ( l . getX1 ( ) + ( float ) i * dx ) ; int y = Math . round ( l . getY1 ( ) + ( float ) i * dy ) ; int z = Math . round ( l . getZ1 ( ) + ( float ) i * dz ) ; BlockPos pos = new BlockPos ( x , y , z ) ; clearEntities ( w , x - 0.5 , y - 0.5 , z - 0.5 , x + 0.5 , y + 0.5 , z + 0.5 ) ; setBlockState ( w , pos , y == prevY ? blockType : stepType ) ; if ( x != prevX && z != prevZ ) { pos = new BlockPos ( x , y , prevZ ) ; clearEntities ( w , x - 0.5 , y - 0.5 , prevZ - 0.5 , x + 0.5 , y + 0.5 , prevZ + 0.5 ) ; setBlockState ( w , pos , y == prevY ? blockType : stepType ) ; } prevY = y ; prevX = x ; prevZ = z ; } }

Código tonto para dibujar una línea sólida formada por bloques de Minecraft. <br> (no hace ninguna cosa de Bresenham Fancy Bresenham porque el costo de la informática en la línea presumiblemente pila en la insignificancia en comparación con el costo de cambiar cada punto en una MINECRAFTcuadra.)


private boolean sameQuery  ( byte [ ] a , byte [ ] b ) { int top = Math . min ( a . length , b . length ) ; for ( int i = 0 ; i < top ; i ++ ) { if ( a [ i ] != b [ i ] ) return false ; if ( a [ i ] == '\t' ) return true ; } return a . length == b . length ; }

son las dos cadenas idénticas hasta la primera pestaña


@ deprecated protected int writeValueAndFinal  ( int i , boolean isFinal ) { if ( ( 0 <= i ) && ( i <= 64 ) ) { return write ( 16 + i << 1 | ( isFinal ? 1 : 0 ) ) ; } int length = 1 ; if ( ( i < 0 ) || ( i > 16777215 ) ) { this . intBytes [ 0 ] = Byte . MAX_VALUE ; this . intBytes [ 1 ] = ( ( byte ) ( i >> 24 ) ) ; this . intBytes [ 2 ] = ( ( byte ) ( i >> 16 ) ) ; this . intBytes [ 3 ] = ( ( byte ) ( i >> 8 ) ) ; this . intBytes [ 4 ] = ( ( byte ) i ) ; length = 5 ; } else { if ( i <= 6911 ) { this . intBytes [ 0 ] = ( ( byte ) ( 81 + ( i >> 8 ) ) ) ; } else { if ( i <= 1179647 ) { this . intBytes [ 0 ] = ( ( byte ) ( 108 + ( i >> 16 ) ) ) ; } else { this . intBytes [ 0 ] = 126 ; this . intBytes [ 1 ] = ( ( byte ) ( i >> 16 ) ) ; length = 2 ; } this . intBytes [ ( length ++ ) ] = ( ( byte ) ( i >> 8 ) ) ; } this . intBytes [ ( length ++ ) ] = ( ( byte ) i ) ; } this . intBytes [ 0 ] = ( ( byte ) ( this . intBytes [ 0 ] << 1 | ( isFinal ? 1 : 0 ) ) ) ; return write ( this . intBytes , length ) ; }


private void writeInt  ( String key , int value ) { SharedPreferences . Editor ed = mSharedPreferences . edit ( ) ; ed . putInt ( key , value ) ; ed . apply ( ) ; }

Escribe el valor INT dado a la preferencia compartida llamada.


public PowellOptimizer ( double rel , double abs ) { this ( rel , abs , null ) ; }

Los parámetros controlan el procedimiento de verificación de convergencia predeterminado.<br/> Las tolerancias de búsqueda de línea interna se establecen en la raíz cuadrada de su valor correspondiente en el optimizador multivariado.


public static void changeViceCaptain  ( Player player , AssignType assignType ) { PlayerAlliance alliance = player . getPlayerAlliance2 ( ) ; if ( alliance != null ) { alliance . onEvent ( new AssignViceCaptainEvent ( alliance , player , assignType ) ) ; } }

CAMBIO VICE CAPÍTULO Posición del jugador (Promover, Demote)


public ElementType ( String name , int model , int memberOf , int flags , Schema schema ) { theName = name ; theModel = model ; theMemberOf = memberOf ; theFlags = flags ; theAtts = new AttributesImpl ( ) ; theSchema = schema ; theNamespace = namespace ( name , false ) ; theLocalName = localName ( name ) ; }

Construya un elemento: pero es mejor usar Schema.Element () en su lugar.El modelo de contenido, los vectores de los miembros de y las banderas se especifican como INTS.


XSParticleDecl traverseSequence  ( Element seqDecl , XSDocumentInfo schemaDoc , SchemaGrammar grammar , int allContextFlags , XSObject parent ) { return traverseSeqChoice ( seqDecl , schemaDoc , grammar , allContextFlags , false , parent ) ; }

Traverse la Declaración de Secuencia <P /> <Secuencia ID = ID MAXOCCUS = MINOCCUS DE CADENA = NONAGATIVO INTERSIÓN> Contenido: (Anotación?, (Elemento | Grupo | Elección | Secuencia | Cualquiera) *) </ secuencia>


public static String encodeFromFile  ( String filename ) throws java . io . IOException { String encodedData = null ; InputStream bis = null ; try { java . io . File file = new java . io . File ( filename ) ; byte [ ] buffer = new byte [ Math . max ( ( int ) ( file . length ( ) * 1.4 + 1 ) , 40 ) ] ; int length = 0 ; int numBytes = 0 ; bis = new InputStream ( new java . io . BufferedInputStream ( new java . io . FileInputStream ( file ) ) , Base64 . ENCODE ) ; while ( ( numBytes = bis . read ( buffer , length , 4096 ) ) >= 0 ) { length += numBytes ; } encodedData = new String ( buffer , 0 , length , Base64 . PREFERRED_ENCODING ) ; } catch ( java . io . IOException e ) { throw e ; } finally { try { bis . close ( ) ; } catch ( Exception e ) { } } return encodedData ; }

Método de conveniencia para leer un archivo binario y BASE64: codificarlo.<p> ASO de V 2.3, si hay un error, el método lanzará una java.io.ioException.<b> ¡Esto es nuevo en V2.3! </ b> En versiones anteriores, simplemente regresó FALSO, pero en retrospectiva es una forma bastante pobre de manejarlo. </ p>


public BetaDistribution ( double alpha , double beta , double inverseCumAccuracy ) { super ( inverseCumAccuracy ) ; this . alpha = alpha ; this . beta = beta ; this . z = Gamma . logGamma ( alpha ) + Gamma . logGamma ( beta ) - Gamma . logGamma ( alpha + beta ) ; }


Cree un nuevo objeto que pueda usarse para crear nuevas instancias de las clases derivadas de esquema para el paquete: com.aionemu.packetsamurai.utils.collector.data.npcdata


public boolean accept  ( File file ) { return false ; }


public void reset  ( byte [ ] buf , int offset , int length ) { this . buf = buf ; this . offset = offset ; this . length = length ; }


@ Override public void resolve  ( AbsoluteTableIdentifier absoluteTableIdentifier ) { }

El resolución de filtro lógico devolverá el nodo de expresión de filtro izquierdo y derecho para la evaluación del filtro, por lo que en este caso no se requiere implementación.


private static List < Path > file_listing_  ( Path dir ) throws IOException  { try ( Stream < Path > files = Files . list ( dir ) ) { return files . collect ( Collectors . toList ( ) ) ; } }

Escanee un directorio para archivos.Este método lee todo el flujo y lo cierra inmediatamente.


public static SM_SYSTEM_MESSAGE STR_CHANGE_REMAIN_PLAYTIME  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1300720 , value0 ) ; }

Se está aplicando crédito prepago.El tiempo de juego restante es% * 0.


private static RotateBitmapResult rotateBitmapByExif  ( Bitmap bitmap , ExifInterface exif ) { int degrees ; int orientation = exif . getAttributeInt ( ExifInterface . TAG_ORIENTATION , ExifInterface . ORIENTATION_NORMAL ) ; switch ( orientation ) { case ExifInterface . ORIENTATION_ROTATE_90 : degrees = 90 ; break ; case ExifInterface . ORIENTATION_ROTATE_180 : degrees = 180 ; break ; case ExifInterface . ORIENTATION_ROTATE_270 : degrees = 270 ; break ; default : degrees = 0 ; break ; } return new RotateBitmapResult ( bitmap , degrees ) ; }

Gire la imagen dada por valor exif dado. Si no se requiere rotación, la imagen no se girará. Se crea un nuevo mapa de bits y el viejo está reciclado.


public double distance  ( final Line line ) { final Vector3D normal = Vector3D . crossProduct ( direction , line . direction ) ; final double n = normal . getNorm ( ) ; if ( n < Precision . SAFE_MIN ) { return distance ( line . zero ) ; } final double offset = line . zero . subtract ( zero ) . dotProduct ( normal ) / n ; return FastMath . abs ( offset ) ; }

Calcular la distancia más corta entre la instancia y otra línea.


public Polyline2D ( ) { xpoints = new float [ 4 ] ; ypoints = new float [ 4 ] ; }


@ Override public int hashCode  ( ) { IJSpace thisProxy = getProxy ( ) ; if ( thisProxy == null ) return - 1 ; return thisProxy . hashCode ( ) ; }


public double totalCount  ( ) { if ( ! dirty ) { return cacheTotal ; } double total = 0.0 ; for ( Entry < E , Double > entry : entries . entrySet ( ) ) { total += entry . getValue ( ) ; } cacheTotal = total ; dirty = false ; return total ; }

Encuentra el total de todos los conteos en el mostrador.Esta implementación itera a través de todo el mostrador cada vez que se llama este método.


@ Override protected void doPost  ( HttpServletRequest request , HttpServletResponse response ) throws ServletException , IOException { processRequest ( request , response ) ; }

Maneja el método HTTP <Código> POST </ CODE>.


private static Rectangle [ ] buildRectList  ( BitSet subset , Rectangle [ ] rectList ) { Rectangle [ ] inside = new Rectangle [ subset . cardinality ( ) ] ; int count = 0 ; for ( int i = subset . nextSetBit ( 0 ) ; i >= 0 ; i = subset . nextSetBit ( i + 1 ) ) { inside [ count ++ ] = new Rectangle ( rectList [ i ] ) ; } return inside ; }

Dado que un subconjunto construye una lista de rectángulos del subconjunto de la lista de rectángulos original


public ArrayList < DataHolder > readGallery  ( final GalleryActivity activity ) { ArrayList < DataHolder > listOfAllImages = new ArrayList < > ( ) ; prepareDataForReading ( ) ; if ( activity . getType ( ) == Const . GalleryType . IMAGE || activity . getType ( ) == Const . GalleryType . IMAGE_VIDEO ) { listOfAllImages . addAll ( getImages ( ) ) ; } if ( activity . getType ( ) == Const . GalleryType . VIDEO || activity . getType ( ) == Const . GalleryType . IMAGE_VIDEO ) { listOfAllImages . addAll ( getVideos ( ) ) ; } Collections . sort ( listOfAllImages , new DataHolderComparator ( ) ) ; return listOfAllImages ; }


public FieldVector3D < T > subtract  ( final T factor , final FieldVector3D < T > v ) { return new FieldVector3D < T > ( x . getField ( ) . getOne ( ) , this , factor . negate ( ) , v ) ; }

Restar un vector escalado de la instancia.


public void action  ( ) { synchronized ( myAgent ) { NGramDocumentComparatorAgent a = ( NGramDocumentComparatorAgent ) myAgent ; ACLMessage msg = new ACLMessage ( ACLMessage . AGREE ) ; msg . setSender ( a . getAID ( ) ) ; msg . addReceiver ( a . ResultConsumer ) ; try { msg . setContentObject ( a . getName ( ) ) ; } catch ( IOException ex ) { System . err . println ( "Cannot send move completion message. Sending empty message." ) ; ex . printStackTrace ( System . err ) ; } a . send ( msg ) ; if ( ! a . Silent ) { synchronized ( System . err ) { System . err . println ( "Sending move completion message" ) ; } } a . addBehaviour ( new ReceiveTextsBehaviour ( a , 100 ) ) ; } }


public Matrix arrayTimesEquals  ( Matrix B ) { checkMatrixDimensions ( B ) ; for ( int i = 0 ; i < m ; i ++ ) { for ( int j = 0 ; j < n ; j ++ ) { A [ i ] [ j ] = A [ i ] [ j ] * B . A [ i ] [ j ] ; } } return this ; }

Multiplicación de elementos por elemento en su lugar, A = A. * B


public SuperMapDemoAnnotation ( LatLng latLng ) { this . latLng = latLng ; }

Dale el latlng que has recibido o quieres usar.


public static void write  ( String fileName , Column column ) throws IOException { try ( CSVWriter writer = new CSVWriter ( new FileWriter ( fileName ) ) ) { String [ ] header = { column . name ( ) } ; writer . writeNext ( header ) ; for ( int r = 0 ; r < column . size ( ) ; r ++ ) { String [ ] entries = { column . getString ( r ) } ; writer . writeNext ( entries ) ; } } }

Escribe la columna dada a un archivo con el nombre de archivo dado como un archivo CSV de una sola columna


public AvgTask ( Class < R > reduceType , Task < T > task , AsyncResultFilter < T > filter ) throws IllegalArgumentException { super ( task , filter ) ; this . reducer = new AvgReducer < T , R > ( reduceType ) ; }

Construye una nueva suma de tarea distribuida que delege la ejecución real a la tarea proporcionada.


protected void notifyChangingListeners  ( int oldValue , int newValue ) { for ( OnWheelChangedListener listener : changingListeners ) { listener . onChanged ( this , oldValue , newValue ) ; } }


private void sendOnTextChanged  ( CharSequence s , int start , int before , int count ) { if ( mListeners != null ) { for ( int i = 0 ; i < mListeners . size ( ) ; i ++ ) { mListeners . get ( i ) . onTextChanged ( s , start , before , count ) ; } } }

Enviar un evento de cambio de texto a los oyentes infantiles


private int measureLong  ( int measureSpec ) { int result ; int specMode = MeasureSpec . getMode ( measureSpec ) ; int specSize = MeasureSpec . getSize ( measureSpec ) ; if ( ( specMode == MeasureSpec . EXACTLY ) || ( mViewPager == null ) ) { result = specSize ; } else { final int count = getItemCount ( ) ; result = ( int ) ( getPaddingLeft ( ) + getPaddingRight ( ) + ( count * 2 * mRadius ) + ( count - 1 ) * mRadius + 1 ) ; if ( specMode == MeasureSpec . AT_MOST ) { result = Math . min ( result , specSize ) ; } } return result ; }


private static long countBytes  ( String s , boolean shortLength ) throws UTFDataFormatException { long result = 0 ; final int length = s . length ( ) ; for ( int i = 0 ; i < length ; ++ i ) { char ch = s . charAt ( i ) ; if ( ch != 0 && ch <= 127 ) { ++ result ; } else if ( ch <= 2047 ) { result += 2 ; } else { result += 3 ; } if ( shortLength && result > 65535 ) { throw new UTFDataFormatException ( "String more than 65535 UTF bytes long" ) ; } } return result ; }

Devuelve el número de bytes, la representación modificada de la UTF8 de 'S' tomaría.


public static String toBase58  ( byte [ ] b ) { if ( b . length == 0 ) { return "" ; } int lz = 0 ; while ( lz < b . length && b [ lz ] == 0 ) { ++ lz ; } StringBuilder s = new StringBuilder ( ) ; BigInteger n = new BigInteger ( 1 , b ) ; while ( n . compareTo ( BigInteger . ZERO ) > 0 ) { BigInteger [ ] r = n . divideAndRemainder ( BigInteger . valueOf ( 58 ) ) ; n = r [ 0 ] ; char digit = b58 [ r [ 1 ] . intValue ( ) ] ; s . append ( digit ) ; } while ( lz > 0 ) { -- lz ; s . append ( "1" ) ; } return s . reverse ( ) . toString ( ) ; }

Convierta una matriz de bytes a una cadena de Base58 legible humana.BASE58 es una codificación específica de bitcoin similar a la base 64 ampliamente utilizada, pero evita el uso de caracteres de forma similar, como 1 y L o O an 0


protected String encodeCookie  ( SerializableOkHttpCookies cookie ) { if ( cookie == null ) return null ; ByteArrayOutputStream os = new ByteArrayOutputStream ( ) ; try { ObjectOutputStream outputStream = new ObjectOutputStream ( os ) ; outputStream . writeObject ( cookie ) ; } catch ( IOException e ) { Log . d ( LOG_TAG , "IOException in encodeCookie" , e ) ; return null ; } return byteArrayToHexString ( os . toByteArray ( ) ) ; }


public static DecodeBitmapResult decodeSampledBitmap  ( Context context , Uri uri , int reqWidth , int reqHeight ) { try { ContentResolver resolver = context . getContentResolver ( ) ; BitmapFactory . Options options = decodeImageForOption ( resolver , uri ) ; options . inSampleSize = Math . max ( calculateInSampleSizeByReqestedSize ( options . outWidth , options . outHeight , reqWidth , reqHeight ) , calculateInSampleSizeByMaxTextureSize ( options . outWidth , options . outHeight ) ) ; Bitmap bitmap = decodeImage ( resolver , uri , options ) ; return new DecodeBitmapResult ( bitmap , options . inSampleSize ) ; } catch ( Exception e ) { throw new RuntimeException ( "Failed to load sampled bitmap: " + uri + "\r\n" + e . getMessage ( ) , e ) ; } }

Decodifique el mapa de bits de la corriente usando el muestreo para obtener mapa de bits con el límite solicitado.


private static boolean findActivity  ( List < ResolveInfo > apps , ComponentName component ) { final String className = component . getClassName ( ) ; for ( ResolveInfo info : apps ) { final ActivityInfo activityInfo = info . activityInfo ; if ( activityInfo . name . equals ( className ) ) { return true ; } } return false ; }

Devuelve si las aplicaciones <EM> </ EM> contienen <EM> Component </ em>.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_Shield_PROTECT_SKILL_A_to_ME  ( String skillname , String skillcaster ) { return new SM_SYSTEM_MESSAGE ( 1201171 , skillname , skillcaster ) ; }

Usted bloqueó el [% de nombre de habilidad] utilizado por [% Skillcaster] con el efecto protector de protección.


protected boolean hasColumn  ( String name ) { return getColumnNumber ( name ) != - 1 ; }

Método interno que indica si el campo de datos dado se incluye como una columna de datos.


public void animateY  ( int durationMillis ) { if ( android . os . Build . VERSION . SDK_INT < 11 ) return ; ObjectAnimator animatorY = ObjectAnimator . ofFloat ( this , "phaseY" , 0f , 1f ) ; animatorY . setDuration ( durationMillis ) ; animatorY . addUpdateListener ( mListener ) ; animatorY . start ( ) ; }

Anima la representación de la tabla en el eje Y con el tiempo de animación especificado.Si se llama Animate (...), no es necesario realizar más llamamientos de invalidar () para actualizar la tabla.


private static int calculateBestInSampleSize  ( int actualWidth , int actualHeight , int desiredWidth , int desiredHeight ) { double wr = ( double ) actualWidth / desiredWidth ; double hr = ( double ) actualHeight / desiredHeight ; double ratio = Math . min ( wr , hr ) ; float inSampleSize = 1.0f ; while ( ( inSampleSize * 2 ) <= ratio ) { inSampleSize *= 2 ; } return ( int ) inSampleSize ; }

Devuelve el mayor divisor de potencia de dos para su uso en la escalada de un mapa de bits que no resultará en la escala de las dimensiones deseadas.


public static byte [ ] toByteArray  ( Reader input , String encoding ) throws IOException { return toByteArray ( input , Charsets . toCharset ( encoding ) ) ; }

Obtenga los contenidos de un lector </ código> como un byte </ código> </ código> usando la codificación de caracteres especificada.<p /> Los nombres de codificación de caracteres se pueden encontrar en <a href="http://www.iana.org/assignments/Character-sets"> IANA </A>.<P /> Este método almacena la entrada internamente, por lo que no es necesario usar un lector de búquera </ código>.


@ Override public void apply  ( NexusStreamParser np ) throws Exception { np . matchIgnoreCase ( getSyntax ( ) ) ; AlignmentViewer viewer = ( AlignmentViewer ) getViewer ( ) ; String fastA = viewer . getAlignmentViewerPanel ( ) . getSelectedAlignment ( ) ; if ( fastA != null ) { StringWriter w = new StringWriter ( ) ; BufferedReader r = new BufferedReader ( new StringReader ( fastA ) ) ; String aLine ; while ( ( aLine = r . readLine ( ) ) != null ) { aLine = aLine . trim ( ) ; if ( aLine . startsWith ( ">" ) ) w . write ( aLine + "\n" ) ; else { for ( int i = 0 ; i < aLine . length ( ) - 2 ; i += 3 ) { w . write ( SequenceUtils . getAminoAcid ( aLine . charAt ( i ) , aLine . charAt ( i + 1 ) , aLine . charAt ( i + 2 ) ) ) ; } w . write ( "\n" ) ; } } System . out . println ( w . toString ( ) ) ; NotificationsInSwing . showInformation ( viewer . getFrame ( ) , w . toString ( ) ) ; } }


private boolean isPrimitiveBooleanType  ( Field field ) { Class < ? > fieldType = field . getType ( ) ; if ( "boolean" . equals ( fieldType . getName ( ) ) ) { return true ; } return false ; }

El juez un campo es un tipo booleano primitivo o no.Porque es un poco especial cuando se usa IDE para generar método de Getter y Setter.El tipo booleano primitivo no será como <b> getxxx </ b>, es algo así como <b> isxxx </ b>.


public GroupsEditQuery marketCity  ( Integer ... value ) { return unsafeParam ( "market_city" , value ) ; }

Ciudades de entrega de mercado (si solo se especifica un país)


private void unlinkReverse  ( ) { if ( reverse != null ) { reverse . reverse = null ; } reverse = null ; }

Descansar el vínculo entre una instancia y su marcha atrás.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_HealCastorOnAttacked_INTERVAL_A_TO_B  ( String skilltarget , int num0 , String skillcaster , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200984 , skilltarget , num0 , skillcaster , skillname ) ; }

[% SkillTarget] recuperado% num0 HP porque [% Skillcaster] usó [% de habilidad].


public void addTypeParameter  ( TypeVariable node ) { List < TypeVariable > list = ( parent == null || state == null ) ? getTypeParameterListNoTransform ( ) : getTypeParameterList ( ) ; list . addChild ( node ) ; }

Anexar un elemento a la lista Typepepameter.


public static float adjustDamages  ( Creature attacker , Creature target , float damages , int pvpDamage , boolean useMovement ) { if ( attacker instanceof Npc ) { if ( ( ( Npc ) attacker ) . getAi2 ( ) != null ) { if ( ( ( Npc ) attacker ) . getAi2 ( ) . getName ( ) . equalsIgnoreCase ( "artifact" ) ) { return damages ; } } } if ( attacker . isPvpTarget ( target ) ) { if ( pvpDamage > 0 ) { damages *= pvpDamage * 0.01 ; } damages = Math . round ( damages * 0.50f ) ; float pvpAttackBonus = attacker . getGameStats ( ) . getStat ( StatEnum . PVP_ATTACK_RATIO , 0 ) . getCurrent ( ) ; float pvpDefenceBonus = target . getGameStats ( ) . getStat ( StatEnum . PVP_DEFEND_RATIO , 0 ) . getCurrent ( ) ; switch ( elements ) { case NONE : pvpAttackBonus += attacker . getGameStats ( ) . getStat ( StatEnum . PVP_PHYSICAL_ATTACK , 0 ) . getCurrent ( ) ; pvpDefenceBonus += target . getGameStats ( ) . getStat ( StatEnum . PVP_PHYSICAL_DEFEND , 0 ) . getCurrent ( ) ; break ; case FIRE : case WATER : case WIND : case EARTH : case LIGHT : case DARK : pvpAttackBonus += attacker . getGameStats ( ) . getStat ( StatEnum . PVP_MAGICAL_ATTACK , 0 ) . getCurrent ( ) ; pvpDefenceBonus += target . getGameStats ( ) . getStat ( StatEnum . PVP_MAGICAL_DEFEND , 0 ) . getCurrent ( ) ; break ; default : break ; } pvpAttackBonus = pvpAttackBonus * 0.001f ; pvpDefenceBonus = pvpDefenceBonus * 0.001f ; damages = Math . round ( damages + ( damages * pvpAttackBonus ) - ( damages * pvpDefenceBonus ) ) ; if ( attacker . getRace ( ) != target . getRace ( ) && ! attacker . isInInstance ( ) ) { damages *= Influence . getInstance ( ) . getPvpRaceBonus ( attacker . getRace ( ) ) ; } } else if ( target instanceof Npc ) { int levelDiff = target . getLevel ( ) - attacker . getLevel ( ) ; damages *= ( 1f - getNpcLevelDiffMod ( levelDiff , 0 ) ) ; } if ( useMovement ) { damages = movementDamageBonus ( attacker , damages ) ; } return damages ; }

Ajuste los basados según su nivel ||es pvp?


public static SM_SYSTEM_MESSAGE STR_PARTY_ALLIANCE_HE_BECOME_OFFLINE  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1300222 , value0 ) ; }


public void processAttributesDom  ( ) { processNode ( getDomDoc ( ) ) ; }


public static boolean isFifoGroupingPoll  ( int mod ) { return Modifiers . contains ( mod , FIFO_GROUPING_POLL ) ; }

Comprueba si el bit FIFO_GROUPING_POLL se estableció para este modificador.


public DataOutputBuffer reset  ( ) { this . written = 0 ; buffer . reset ( ) ; return this ; }


public LoadObject ( int state ) { this . state = state ; }


@ Override protected String doInBackground  ( Void ... params ) { try { String res = launchPing ( urlToPing ) ; mTraceRouteResult . append ( res ) ; publishProgress ( res ) ; TraceRouteContainer trace ; if ( res . contains ( UNREACHABLE_PING ) && ! res . contains ( EXCEED_PING ) ) { trace = new TraceRouteContainer ( "" , parseIpFromPing ( res ) , elapsedTime , false ) ; } else { trace = new TraceRouteContainer ( "" , parseIpFromPing ( res ) , ttl == maxTtl ? Float . parseFloat ( parseTimeFromPing ( res ) ) : elapsedTime , true ) ; InetAddress inetAddr = InetAddress . getByName ( trace . getIp ( ) ) ; Log . e ( "TAG" , "getIP is " + trace . getIp ( ) ) ; String hostname = inetAddr . getHostName ( ) ; String canonicalHostname = inetAddr . getCanonicalHostName ( ) ; trace . setHostname ( hostname ) ; traces . add ( trace ) ; } return res ; } catch ( final Exception e ) { e . printStackTrace ( ) ; } return "" ; }

Lanza el ping, lanza inetaddress para recuperar la URL si hay una, la traza de la tienda


public void error  ( String message ) { sendPluginResult ( new PluginResult ( PluginResult . Status . ERROR , message ) ) ; }

Ayudante para devoluciones de llamada de error que solo devuelve el estado .Error de forma predeterminada


public boolean isLong  ( String key ) { Object val = get ( key ) ; return val instanceof Long ; }

Compruebe el tipo de elemento de la sección definido por la tecla.Devolver VERDADERO Este elemento es largo


public static Zmat [ ] [ ] o  ( Zmat A , int ii [ ] , int jj [ ] ) throws JampackException { int i , j ; A . getProperties ( ) ; int m = ii . length ; int n = jj . length ; if ( ii [ 0 ] < A . bx || ii [ m - 1 ] > A . rx + 1 ) { throw new JampackException ( "Illegal row array." ) ; } for ( i = 1 ; i < m ; i ++ ) { if ( ii [ i - 1 ] >= ii [ i ] ) { throw new JampackException ( "Illegal row array." ) ; } } if ( jj [ 0 ] < A . bx || jj [ n - 1 ] > A . cx + 1 ) { throw new JampackException ( "Illegal column array." ) ; } for ( j = 1 ; j < n ; j ++ ) { if ( jj [ j - 1 ] >= jj [ j ] ) { throw new JampackException ( "Illegal column array." ) ; } } Zmat B [ ] [ ] = new Zmat [ m - 1 ] [ n - 1 ] ; for ( i = 0 ; i < m - 1 ; i ++ ) { for ( j = 0 ; j < n - 1 ; j ++ ) { B [ i ] [ j ] = A . get ( ii [ i ] , ii [ i + 1 ] - 1 , jj [ j ] , jj [ j + 1 ] - 1 ) ; } } return B ; }

Este método toma un ZMAT A y dos matrices II y JJ de longitud M y N y produce una matriz de bloque ZMAT [M-1) X (N-1) [N-1) [N-1], cuyo (i, j) -Ellement es a.get (II [I], II [I + 1] -1, JJ [J], JJ [J + 1] -1).Arroja una jampackexcepción si


public static WKTGeometry parseWKTString  ( String wktString ) { if ( wktParser == null ) { initialise ( ) ; } if ( wktString == null ) { return null ; } WKTGeometry wktGeometry = new WKTGeometry ( ) ; if ( wktString . startsWith ( WKT_PREFIX ) ) { wktString = wktString . substring ( WKT_PREFIX . length ( ) ) ; } try { org . opengis . geometry . Geometry geometry = wktParser . parse ( wktString ) ; if ( geometry instanceof MultiPrimitiveImpl ) { int index = 0 ; MultiPrimitiveImpl multiLine = ( MultiPrimitiveImpl ) geometry ; for ( Primitive primitive : multiLine . getElements ( ) ) { if ( primitive instanceof CurveImpl ) { WKTSegmentList ptList = new WKTSegmentList ( ) ; wktGeometry . setGeometryType ( getWKTType ( WKT_MULTILINESTRING ) ) ; CurveImpl curve = ( CurveImpl ) primitive ; extractLineSegments ( curve , ptList ) ; wktGeometry . addSegmentList ( index , ptList ) ; } else if ( primitive instanceof PointImpl ) { WKTSegmentList ptList = new WKTSegmentList ( ) ; wktGeometry . setGeometryType ( getWKTType ( WKT_MULTIPOINT ) ) ; PointImpl point = ( PointImpl ) primitive ; WKTPoint wktPoint = new WKTPoint ( point . getDirectPosition ( ) ) ; ptList . addPoint ( wktPoint ) ; wktGeometry . addSegmentList ( index , ptList ) ; } else if ( primitive instanceof SurfaceImpl ) { wktGeometry . setGeometryType ( getWKTType ( WKT_MULTIPOLYGON ) ) ; SurfaceImpl surfaceImpl = ( SurfaceImpl ) primitive ; for ( Ring ring : surfaceImpl . getBoundaryRings ( ) ) { WKTSegmentList ptList = new WKTSegmentList ( ) ; for ( Primitive ringPrimitive : ring . getElements ( ) ) { if ( ringPrimitive instanceof CurveImpl ) { CurveImpl curve = ( CurveImpl ) ringPrimitive ; extractLineSegments ( curve , ptList ) ; } } wktGeometry . addSegmentList ( index , ptList ) ; } } index ++ ; } } else if ( geometry instanceof PointImpl ) { wktGeometry . setGeometryType ( getWKTType ( WKT_POINT ) ) ; PointImpl pointImpl = ( PointImpl ) geometry ; WKTSegmentList ptList = new WKTSegmentList ( ) ; wktGeometry . addSegmentList ( 0 , ptList ) ; WKTPoint point = new WKTPoint ( pointImpl . getDirectPosition ( ) ) ; ptList . addPoint ( point ) ; } else if ( geometry instanceof CurveImpl ) { wktGeometry . setGeometryType ( getWKTType ( WKT_LINESTRING ) ) ; CurveImpl curveImpl = ( CurveImpl ) geometry ; WKTSegmentList ptList = new WKTSegmentList ( ) ; wktGeometry . addSegmentList ( 0 , ptList ) ; extractLineSegments ( curveImpl , ptList ) ; } else if ( geometry instanceof SurfaceImpl ) { wktGeometry . setGeometryType ( getWKTType ( WKT_POLYGON ) ) ; SurfaceImpl surfaceImpl = ( SurfaceImpl ) geometry ; for ( Ring ring : surfaceImpl . getBoundaryRings ( ) ) { WKTSegmentList ptList = new WKTSegmentList ( ) ; wktGeometry . addSegmentList ( 0 , ptList ) ; for ( Primitive primitive : ring . getElements ( ) ) { if ( primitive instanceof CurveImpl ) { CurveImpl curve = ( CurveImpl ) primitive ; extractLineSegments ( curve , ptList ) ; } } } } } catch ( ParseException e ) { wktGeometry . setValid ( false ) ; for ( WKTType wktType : wktTypeList ) { if ( wktString . startsWith ( wktType . getName ( ) ) ) { wktGeometry . setGeometryType ( wktType ) ; } } } return wktGeometry ; }


public boolean initialiseNativeWithOptions  ( String resourcesDirectoryPath , int pattSize , int pattCountMax ) { if ( ! loadedNative ) return false ; if ( ! NativeInterface . arwInitialiseARWithOptions ( pattSize , pattCountMax ) ) { Log . e ( TAG , "Error initialising native library!" ) ; return false ; } Log . i ( TAG , "ARToolKit version: " + NativeInterface . arwGetARToolKitVersion ( ) ) ; if ( ! NativeInterface . arwChangeToResourcesDir ( resourcesDirectoryPath ) ) { Log . i ( TAG , "Error while attempting to change working directory to resources directory." ) ; } initedNative = true ; return true ; }

Inicializa la biblioteca de código nativa si está disponible.


public int dpToPx  ( @ AndroidDpCoordinate int dp ) { return ( int ) ( 0.5f + dp * myDpiFactor ) ; }

Transformar Android DP en píxeles de Android


public static boolean isFileNewer  ( File file , long timeMillis ) { if ( file == null ) { throw new IllegalArgumentException ( "No specified file" ) ; } if ( ! file . exists ( ) ) { return false ; } return file . lastModified ( ) > timeMillis ; }

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


@ Override public boolean hasChildNodes  ( ) { if ( needsSyncChildren ( ) ) { synchronizeChildren ( ) ; } return value != null ; }

Pruebe si este nodo tiene hijos.Conveniencia Shorthhand para (node.getfirstchild ()! = Nulo)


@ Override public float toFloat  ( ) { return 0 ; }

Convertir grabable para flotar.Si esto se apoya depende de la escritura específica.


public RunnableDistributedTaskAdapter ( ) { }


public ThresholdValues ( double [ ] range ) { if ( range . length != 2 ) throw new IllegalArgumentException ( "range must be 2 elements" ) ; if ( range [ 0 ] >= range [ 1 ] ) throw new IllegalArgumentException ( "range is not valid" ) ; this . lowThreshold = range [ 0 ] ; this . currentLowThreshold = lowThreshold ; this . highThreshold = range [ 1 ] ; this . currentHighThreshold = highThreshold ; }


public void animateXY  ( int durationMillisX , int durationMillisY , Easing . EasingOption easingX , Easing . EasingOption easingY ) { if ( android . os . Build . VERSION . SDK_INT < 11 ) return ; ObjectAnimator animatorY = ObjectAnimator . ofFloat ( this , "phaseY" , 0f , 1f ) ; animatorY . setInterpolator ( Easing . getEasingFunctionFromOption ( easingY ) ) ; animatorY . setDuration ( durationMillisY ) ; ObjectAnimator animatorX = ObjectAnimator . ofFloat ( this , "phaseX" , 0f , 1f ) ; animatorX . setInterpolator ( Easing . getEasingFunctionFromOption ( easingX ) ) ; animatorX . setDuration ( durationMillisX ) ; if ( durationMillisX > durationMillisY ) { animatorX . addUpdateListener ( mListener ) ; } else { animatorY . addUpdateListener ( mListener ) ; } animatorX . start ( ) ; animatorY . start ( ) ; }

Anima el dibujo / representación de la tabla en el eje X y Y con el tiempo de animación especificado.Si se llama Animate (...), no es necesario realizar más llamamientos de invalidar () para actualizar la tabla.


public boolean isReifiable  ( ) { ASTNode$State state = state ( ) ; try { if ( isRawType ( ) ) return true ; for ( int i = 0 ; i < getNumArgument ( ) ; ++ i ) { if ( ! getArgument ( i ) . type ( ) . isWildcard ( ) ) return false ; } return true ; } finally { } }

Un tipo es reifiable si se refiere a un tipo no parametrizado, es un tipo raído, es un tipo parametrizado con solo parámetros de comodín sin unir o es un tipo de matriz con un parámetro de tipo reifiable.


public static boolean isNetWorkConnected  ( Context context ) { if ( context != null ) { ConnectivityManager mConnectivityManager = ( ConnectivityManager ) context . getSystemService ( Context . CONNECTIVITY_SERVICE ) ; NetworkInfo mNetworkInfo = mConnectivityManager . getActiveNetworkInfo ( ) ; if ( mNetworkInfo != null ) { return mNetworkInfo . isAvailable ( ) && mNetworkInfo . isConnected ( ) ; } } return false ; }


public HumanTime s  ( int n ) { delta += SECOND * Math . abs ( n ) ; return this ; }


@ Override public void submit  ( StreamOp op ) { writeSinceLastAcquire = true ; try { limiter . apply ( op ) ; } catch ( OverCapacityException ex ) { op . fail ( ex ) ; return ; } if ( serviceTimeoutMs > 0 ) { scheduleTimeout ( op ) ; } boolean notifyAcquireThread = false ; boolean completeOpNow = false ; boolean success = true ; if ( StreamStatus . isUnavailable ( status ) ) { op . fail ( new StreamUnavailableException ( "Stream " + name + " is closed." ) ) ; return ; } if ( StreamStatus . INITIALIZED == status && writer != null ) { completeOpNow = true ; success = true ; } else { synchronized ( this ) { if ( StreamStatus . isUnavailable ( status ) ) { completeOpNow = true ; success = true ; } if ( StreamStatus . INITIALIZED == status ) { completeOpNow = true ; success = true ; } else if ( StreamStatus . BACKOFF == status && lastAcquireFailureWatch . elapsed ( TimeUnit . MILLISECONDS ) < nextAcquireWaitTimeMs ) { completeOpNow = true ; success = false ; } else if ( failFastOnStreamNotReady ) { notifyAcquireThread = true ; completeOpNow = false ; success = false ; op . fail ( new StreamNotReadyException ( "Stream " + name + " is not ready; status = " + status ) ) ; } else { notifyAcquireThread = true ; pendingOps . add ( op ) ; pendingOpsCounter . inc ( ) ; if ( 1 == pendingOps . size ( ) ) { if ( op instanceof HeartbeatOp ) { ( ( HeartbeatOp ) op ) . setWriteControlRecord ( true ) ; } } } } } if ( notifyAcquireThread && ! suspended ) { scheduleTryAcquireOnce ( 0L ) ; } if ( completeOpNow ) { executeOp ( op , success ) ; } }

Ejecutar el Streamop.Si se necesita reacecir, esto puede iniciar Reacquire y cola la OP para la ejecución una vez completada.


@ deprecated public final TimeZone parse  ( String text ) throws ParseException  { ParsePosition pos = new ParsePosition ( 0 ) ; TimeZone tz = parse ( text , pos ) ; if ( pos . getErrorIndex ( ) >= 0 ) { throw new ParseException ( "Unparseable time zone: \"" + text + "\"" , 0 ) ; } assert ( tz != null ) ; return tz ; }


private void addContribution  ( final SubCircle sub , final boolean reversed , final BSPTree < Sphere2D > node ) { final Circle circle = ( Circle ) sub . getHyperplane ( ) ; final List < Arc > arcs = ( ( ArcsSet ) sub . getRemainingRegion ( ) ) . asList ( ) ; for ( final Arc a : arcs ) { final Vertex start = new Vertex ( ( S2Point ) circle . toSpace ( new S1Point ( a . getInf ( ) ) ) ) ; final Vertex end = new Vertex ( ( S2Point ) circle . toSpace ( new S1Point ( a . getSup ( ) ) ) ) ; start . bindWith ( circle ) ; end . bindWith ( circle ) ; final Edge edge ; if ( reversed ) { edge = new Edge ( end , start , a . getSize ( ) , circle . getReverse ( ) ) ; } else { edge = new Edge ( start , end , a . getSize ( ) , circle ) ; } edgeToNode . put ( edge , node ) ; nodeToEdgesList . get ( node ) . add ( edge ) ; } }

Añadir la contribución de un borde de límite.


@ Override public boolean hasPassword  ( ) { return propertyMap . containsKey ( PASSWORD_KEY ) ; }


public static boolean isMemoryOnlySearch  ( int mod ) { return Modifiers . contains ( mod , UpdateModifiers . MEMORY_ONLY_SEARCH ) ; }

Devuelve <TT> True </ TT> Si el argumento entero incluye el modificador <tt> memory_only_search </ tt>, <tt> falso </ tt> de lo contrario.


public AndroidAuthenticator ( Context context , Account account , String authTokenType , boolean notifyAuthFailure ) { this ( AccountManager . get ( context ) , account , authTokenType , notifyAuthFailure ) ; }


@ Override public int countMissing  ( ) { int count = 0 ; for ( int i = 0 ; i < size ( ) ; i ++ ) { if ( MISSING_VALUE . equals ( get ( i ) ) ) { count ++ ; } } return count ; }

Devuelve el recuento de valores faltantes en esta columna.


public WallForce ( float gravConst , float x1 , float y1 , float x2 , float y2 ) { params = new float [ ] { gravConst } ; minValues = new float [ ] { DEFAULT_MIN_GRAV_CONSTANT } ; maxValues = new float [ ] { DEFAULT_MAX_GRAV_CONSTANT } ; this . x1 = x1 ; this . y1 = y1 ; this . x2 = x2 ; this . y2 = y2 ; dx = x2 - x1 ; dy = y2 - y1 ; float r = ( float ) Math . sqrt ( dx * dx + dy * dy ) ; if ( dx != 0.0 ) dx /= r ; if ( dy != 0.0 ) dy /= r ; }


public static void dropAllTables  ( SQLiteDatabase db , boolean ifExists ) { FileModelDao . dropTable ( db , ifExists ) ; }

Gotas de la tabla de base de datos subyacente utilizando DAOS.


public HumanTime d  ( ) { return d ( 1 ) ; }


private File acquireUniqueFile  ( final String originalFilename ) throws IOException { String filename = originalFilename ; int unique = 0 ; for ( ; ; ) { File f = new File ( filename ) ; createParentDirectories ( f ) ; boolean created = f . createNewFile ( ) ; if ( created ) { return f ; } else if ( append && ! sizeRollingPolicy . hasReachedLimit ( f ) ) { return f ; } else { ++ unique ; if ( originalFilename . endsWith ( ".log" ) ) { filename = originalFilename . replace ( ".log" , "__" + unique + ".log" ) ; } else { filename = originalFilename + "__" + unique ; } } } }

Adquirir un nombre de archivo único: use el nombre del archivo original si es posible, pero si el archivo ya existe, intente y asigne un índice de incremento único.Si la propiedad 'Anexo' está habilitada, entonces se utilizará el archivo existente.


public boolean dump_intra  ( ) { return soot . PhaseOptions . getBoolean ( options , "dump-intra" ) ; }

Volcar uno .dot para cada análisis del método intra-procesal (largo).


public Plan makeProductPlan  ( Plan trunk ) { Plan p = makeSelectPlan ( ) ; return new MultiBufferProductPlan ( trunk , p , tx ) ; }

Construye un plan de producto del troncal especificado y esta tabla.<P> El predicado de selección aplicable a esta tabla se presiona debajo del producto.</ p>


private void drawLineProgress  ( Canvas canvas ) { float unitDegrees = ( float ) ( 2.0f * Math . PI / mLineCount ) ; float outerCircleRadius = mRadius ; float interCircleRadius = mRadius - mLineWidth ; int progressLineCount = ( int ) ( ( float ) getProgress ( ) / ( float ) getMax ( ) * mLineCount ) ; for ( int i = 0 ; i < mLineCount ; i ++ ) { float rotateDegrees = i * unitDegrees ; float startX = mCenterX + ( float ) Math . sin ( rotateDegrees ) * interCircleRadius ; float startY = mCenterX - ( float ) Math . cos ( rotateDegrees ) * interCircleRadius ; float stopX = mCenterX + ( float ) Math . sin ( rotateDegrees ) * outerCircleRadius ; float stopY = mCenterX - ( float ) Math . cos ( rotateDegrees ) * outerCircleRadius ; if ( i < progressLineCount ) { canvas . drawLine ( startX , startY , stopX , stopY , mProgressPaint ) ; } else { canvas . drawLine ( startX , startY , stopX , stopY , mProgressBackgroundPaint ) ; } } }

En el centro del área de dibujo como punto de referencia, gira el lienzo.


void initialize  ( ) { LOGGER . info ( "Initializing cache status properties." ) ; cacheStatusLock . writeLock ( ) . lock ( ) ; try { dataTagCacheLoaded = Boolean . FALSE ; controlTagCacheLoaded = Boolean . FALSE ; setRuleTagCacheLoaded ( Boolean . FALSE ) ; aliveTimerCacheLoaded = Boolean . FALSE ; commFaultTagCacheLoaded = Boolean . FALSE ; alarmCacheLoaded = Boolean . FALSE ; processCacheLoaded = Boolean . FALSE ; equipmentCacheLoaded = Boolean . FALSE ; subEquipmentCacheLoaded = Boolean . FALSE ; commandTagCacheLoaded = Boolean . FALSE ; alarmCacheLoaded = Boolean . FALSE ; ruleCachePostProcessed = Boolean . FALSE ; } finally { cacheStatusLock . writeLock ( ) . unlock ( ) ; } }

Método Ejecutar solo cuando se inician los servidores de Terracotta por primera vez y no se ha iniciado ningún servidor TIM.Indica que los cachés necesitarán la carga desde el DB.


protected OrdersChangeStateQuery action  ( OrdersChangeStateAction value ) { return unsafeParam ( "action" , value ) ; }


public void train  ( Map CategoryValues , String sSuggestedCategory , String sFinalCategory ) { if ( CategoryValues == null ) CategoryValues = new HashMap ( ) ; if ( CategoryValues . size ( ) > 0 ) vPreviousDecisions . add ( new DecisionSupport ( CategoryValues , sSuggestedCategory , sFinalCategory ) ) ; }

Entrene a los suggestes con una nueva instancia, dados los valores de estimación para cada categoría, la categoría original decidió y la categoría real.


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

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


public void initHMMDataForHMMModel  ( String voiceName ) throws IOException , MaryConfigurationException  { PropertiesAccessor p = MaryConfig . getVoiceConfig ( voiceName ) . getPropertiesAccessor ( true ) ; String prefix = "voice." + voiceName ; treeDurStream = p . getStream ( prefix + ".Ftd" ) ; pdfDurStream = p . getStream ( prefix + ".Fmd" ) ; treeLf0Stream = p . getStream ( prefix + ".Ftf" ) ; pdfLf0Stream = p . getStream ( prefix + ".Fmf" ) ; useGV = p . getBoolean ( prefix + ".useGV" ) ; if ( useGV ) { useContextDependentGV = p . getBoolean ( prefix + ".useContextDependentGV" , useContextDependentGV ) ; if ( p . getProperty ( prefix + ".gvMethod" ) != null ) { String sval = p . getProperty ( prefix + ".gvMethod" ) ; setGvMethod ( sval ) ; } maxLf0GvIter = p . getInteger ( prefix + ".maxLf0GvIter" , maxLf0GvIter ) ; gvWeightLf0 = p . getDouble ( prefix + ".gvWeightLf0" , gvWeightLf0 ) ; pdfLf0GVStream = p . getStream ( prefix + ".Fgvf" ) ; maxLf0GvIter = p . getInteger ( prefix + ".maxLf0GvIter" , maxLf0GvIter ) ; } InputStream feaStream = p . getStream ( prefix + ".FeaFile" ) ; feaDef = FeatureUtils . readFeatureDefinition ( feaStream ) ; InputStream trickyPhonesStream = p . getStream ( prefix + ".trickyPhonesFile" ) ; trickyPhones = new PhoneTranslator ( trickyPhonesStream ) ; Log . i ( Mary . LOG , "Loading Tree Set in CARTs:" ) ; cart . loadTreeSet ( this , feaDef , trickyPhones ) ; Log . i ( Mary . LOG , "Loading GV Model Set:" ) ; gv . loadGVModelSet ( this , feaDef ) ; }

Lee desde el árbol de archivos de configuración y los datos PDF para duración y F0 Este método es utilizado por hmmmodel


public static SM_SYSTEM_MESSAGE STR_GUILD_CHANGE_MEMBER_RANK_DONE_2_GUILD_OFFICER  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1300267 , value0 ) ; }

% 0 se ha convertido en un centurión legion.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_DispelBuffCounterATK_ME_TO_SELF  ( int num0 , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200355 , num0 , skillname ) ; }

Usted sufrió un daño NUM0 y disipó algunos de los aficionados mágicos mediante el uso de [% de habilidad].


private boolean isValidItemIndex  ( int index ) { return viewAdapter != null && viewAdapter . getItemsCount ( ) > 0 && ( isCyclic || index >= 0 && index < viewAdapter . getItemsCount ( ) ) ; }


public boolean positiveOrNull  ( ) { if ( isNaN ( ) ) { field . setIEEEFlagsBits ( DfpField . FLAG_INVALID ) ; dotrap ( DfpField . FLAG_INVALID , LESS_THAN_TRAP , this , newInstance ( getZero ( ) ) ) ; return false ; } return ( sign > 0 ) || ( ( mant [ mant . length - 1 ] == 0 ) && ! isInfinite ( ) ) ; }

Compruebe si la instancia es mayor o igual a 0.


public void addData  ( final double [ ] [ ] data ) throws MathIllegalArgumentException  { for ( int i = 0 ; i < data . length ; i ++ ) { if ( data [ i ] . length < 2 ) { throw new MathIllegalArgumentException ( LocalizedCoreFormats . INVALID_REGRESSION_OBSERVATION , data [ i ] . length , 2 ) ; } addData ( data [ i ] [ 0 ] , data [ i ] [ 1 ] ) ; } }

Agrega las observaciones representadas por los elementos en <código> datos </ code>.<P> <CÓDIGO> (DATOS [0] [0], DATOS [0] [1]) </ CODE> será la primera observación, luego <código> (DATOS [1] [0], DATOS [1][1]) </ código>, etc. </ p> <p> Este método no reemplaza los datos que ya se han agregado.Las observaciones representadas por los datos <código> </ código> se agregan al conjunto de datos existente. </ P> <p> Para reemplazar todos los datos, use <código> claro () </ cáje> antes de agregar los nuevos datos. </p>


private Object [ ] process  ( Object [ ] row ) throws KettleException  { Object [ ] outputRow = null ; if ( meta . getNoDictionaryCount ( ) > 0 || meta . getComplexDimsCount ( ) > 0 ) { outputRow = new Object [ measureCount + 1 + 1 ] ; } else { outputRow = new Object [ measureCount + 1 ] ; } int l = 0 ; int index = 0 ; for ( int i = 0 ; i < measureCount ; i ++ ) { if ( aggType [ i ] == CarbonCommonConstants . BIG_DECIMAL_MEASURE ) { outputRow [ l ++ ] = RemoveDictionaryUtil . getMeasure ( index ++ , row ) ; } else if ( aggType [ i ] == CarbonCommonConstants . BIG_INT_MEASURE ) { outputRow [ l ++ ] = ( Long ) RemoveDictionaryUtil . getMeasure ( index ++ , row ) ; } else { outputRow [ l ++ ] = ( Double ) RemoveDictionaryUtil . getMeasure ( index ++ , row ) ; } } outputRow [ l ] = RemoveDictionaryUtil . getByteArrayForNoDictionaryCols ( row ) ; int [ ] highCardExcludedRows = new int [ segmentProperties . getDimColumnsCardinality ( ) . length ] ; for ( int i = 0 ; i < highCardExcludedRows . length ; i ++ ) { Object key = RemoveDictionaryUtil . getDimension ( i , row ) ; highCardExcludedRows [ i ] = ( Integer ) key ; } try { outputRow [ outputRow . length - 1 ] = data . generator . generateKey ( highCardExcludedRows ) ; } catch ( KeyGenException e ) { throw new KettleException ( "unable to generate the mdkey" , e ) ; } return outputRow ; }

Este método se utilizará para obtener la fila de un paso anterior y luego generará el MdKey y luego enviará el MDKEY al siguiente paso


public SoP ( FeatureDefinition featDef ) { this . featureDefinition = featDef ; }

Construye un nuevo SOP vacío con la definición de característica dada.


private void mergeLocalVariables  ( ) { IVarAbstraction my_lhs , my_rhs ; Node lhs , rhs ; int [ ] count = new int [ pointers . size ( ) ] ; for ( PlainConstraint cons : constraints ) { my_lhs = cons . getLHS ( ) ; my_rhs = cons . getRHS ( ) ; switch ( cons . type ) { case Constants . NEW_CONS : case Constants . ASSIGN_CONS : count [ my_rhs . id ] ++ ; break ; case Constants . LOAD_CONS : lhs = my_lhs . getWrappedNode ( ) ; count [ my_rhs . id ] += lhs . getP2Set ( ) . size ( ) ; break ; } } for ( Iterator < PlainConstraint > cons_it = constraints . iterator ( ) ; cons_it . hasNext ( ) ; ) { PlainConstraint cons = cons_it . next ( ) ; if ( cons . type == Constants . ASSIGN_CONS ) { my_lhs = cons . getLHS ( ) ; my_rhs = cons . getRHS ( ) ; lhs = my_lhs . getWrappedNode ( ) ; rhs = my_rhs . getWrappedNode ( ) ; if ( ( lhs instanceof LocalVarNode ) && ( rhs instanceof LocalVarNode ) ) { SootMethod sm1 = ( ( LocalVarNode ) lhs ) . getMethod ( ) ; SootMethod sm2 = ( ( LocalVarNode ) rhs ) . getMethod ( ) ; if ( sm1 == sm2 && count [ my_rhs . id ] == 1 && lhs . getType ( ) == rhs . getType ( ) ) { my_rhs . merge ( my_lhs ) ; cons_it . remove ( ) ; } } } } for ( PlainConstraint cons : constraints ) { my_lhs = cons . getLHS ( ) ; my_rhs = cons . getRHS ( ) ; switch ( cons . type ) { case Constants . NEW_CONS : cons . setRHS ( my_rhs . getRepresentative ( ) ) ; break ; case Constants . ASSIGN_CONS : case Constants . LOAD_CONS : case Constants . STORE_CONS : cons . setLHS ( my_lhs . getRepresentative ( ) ) ; cons . setRHS ( my_rhs . getRepresentative ( ) ) ; break ; } } }

Según lo señaló la contracción del gráfico de entrada única, las variables temporales incurren en alta redundancia en los puntos a las relaciones.Encuentre y elimine las redundancias lo antes posible.Metodología: Si Q tiene un borde entrante único P -> Q, P y Q son tanto locales en la misma función, y tienen el mismo tipo, los fusionamos.


public static boolean isNCName  ( int c ) { return c < 0x10000 && ( CHARS [ c ] & MASK_NCNAME ) != 0 ; }

Devuelve VERDADERO si el carácter especificado es un carácter NCName válido, tal como se define por la producción [5] en los espacios de nombres en la Recomendación XML.


public boolean intersectsBoundingBox  ( BoundingBox bb ) { assert Vector3f . isValidVector ( center ) && Vector3f . isValidVector ( bb . center ) ; if ( center . x + xExtent < bb . center . x - bb . xExtent || center . x - xExtent > bb . center . x + bb . xExtent ) { return false ; } else if ( center . y + yExtent < bb . center . y - bb . yExtent || center . y - yExtent > bb . center . y + bb . yExtent ) { return false ; } else if ( center . z + zExtent < bb . center . z - bb . zExtent || center . z - zExtent > bb . center . z + bb . zExtent ) { return false ; } else { return true ; } }

Determina si este cuadro delimitador se cruza un cuadro de límite dado.Si las dos cajas se intersecan de alguna manera, se devuelve VERDADERO.De lo contrario, se devuelve Falso.


public final boolean lessEquals  ( SaveProtocolVersion version ) { return isComparable ( version ) && ( compareToVersion ( version ) <= 0 ) ; }

Pruebas Si esta versión de protocolo es menor o igual al dicho dado.


public String userdictLookup  ( String text , String pos ) { if ( userdict == null || text == null || text . length ( ) == 0 ) return null ; List < String > entries = userdict . get ( text ) ; if ( entries == null ) { text = text . toLowerCase ( getLocale ( ) ) ; entries = userdict . get ( text ) ; } if ( entries == null ) { text = text . substring ( 0 , 1 ) . toUpperCase ( getLocale ( ) ) + text . substring ( 1 ) ; entries = userdict . get ( text ) ; } if ( entries == null ) return null ; String transcr = null ; for ( String entry : entries ) { String [ ] parts = entry . split ( "\\|" ) ; transcr = parts [ 0 ] ; if ( parts . length > 1 && pos != null ) { StringTokenizer tokenizer = new StringTokenizer ( entry ) ; while ( tokenizer . hasMoreTokens ( ) ) { String onePos = tokenizer . nextToken ( ) ; if ( pos . equals ( onePos ) ) return transcr ; } } } return transcr ; }

Mira un texto dado en el UserDict.La parte de habla se utiliza en caso de ambigüedad.


public static Builder newBuilder  ( DataQueryParams params ) { return new DataQueryParams . Builder ( params ) ; }

Crea un nuevo constructor para DataQueryParams basado en la consulta dada.El estado del constructor será igual al estado de la consulta dada.


public Schema ( String [ ] names , Class [ ] types , Object [ ] defaults ) { this ( names . length ) ; if ( names . length != types . length || types . length != defaults . length ) { throw new IllegalArgumentException ( "Input arrays should be the same length" ) ; } for ( int i = 0 ; i < names . length ; ++ i ) { addColumn ( names [ i ] , types [ i ] , defaults [ i ] ) ; } }

Cree un nuevo esquema que consiste en los nombres de columna, tipos y valores de columna predeterminados.


public static final SM_SYSTEM_MESSAGE STR_MSG_HOUSING_PRICE_CHANGE  ( long kinah ) { return new SM_SYSTEM_MESSAGE ( 1401324 , kinah ) ; }

La casa que ha realizado una oferta para tiene una nueva oferta alta de% Num0 Kinah.


public boolean isRestartOnCrash  ( ) { return restartOnCrash ; }

Reinicie la solicitud después de un bloqueo (es decir, el código de salida que no sea 0)


public static Value [ ] selectBaseList  ( Value val , boolean keepArrayRef ) { if ( val instanceof BinopExpr ) { Value [ ] set = new Value [ 2 ] ; BinopExpr expr = ( BinopExpr ) val ; set [ 0 ] = expr . getOp1 ( ) ; set [ 1 ] = expr . getOp2 ( ) ; return set ; } else if ( val instanceof InstanceOfExpr ) { Value [ ] set = new Value [ ] { ( ( InstanceOfExpr ) val ) . getOp ( ) } ; return set ; } else return new Value [ ] { selectBase ( val , keepArrayRef ) } ; }

Las operaciones que no son relevantes para el análisis como "no" o moldes se eliminan: las refrainas de matriz solo se eliminan si se establecen explícitamente Binopexpr se dividen en dos valores


public static void hideSoftKeyboard  ( Context context , View view ) { view . clearFocus ( ) ; InputMethodManager inputmanger = ( InputMethodManager ) context . getSystemService ( Context . INPUT_METHOD_SERVICE ) ; inputmanger . hideSoftInputFromWindow ( view . getWindowToken ( ) , 0 ) ; }


public void forDailyReminder  ( ContactEvents events ) { Bitmap largeIcon = null ; Date date = events . getDate ( ) ; int contactCount = events . size ( ) ; if ( shouldDisplayContactImage ( contactCount ) ) { int size = resources . getDimensionPixelSize ( android . R . dimen . notification_large_icon_width ) ; Contact displayingContact = events . getContacts ( ) . iterator ( ) . next ( ) ; largeIcon = loadImageAsync ( displayingContact , size , size ) ; if ( Utils . hasLollipop ( ) && largeIcon != null ) { largeIcon = getCircleBitmap ( largeIcon ) ; } } Intent startIntent = DateDetailsActivity . getStartIntentFromExternal ( context , date . getDayOfMonth ( ) , date . getMonth ( ) , date . getYear ( ) ) ; PendingIntent intent = PendingIntent . getActivity ( context , NOTIFICATION_ID_DAILY_REMINDER_CONTACTS , startIntent , PendingIntent . FLAG_UPDATE_CURRENT ) ; String title = NaturalLanguageUtils . joinContacts ( context , events . getContacts ( ) , 3 ) ; NotificationCompat . Builder builder = new NotificationCompat . Builder ( context ) . setSmallIcon ( R . drawable . ic_stat_contact_event ) . setContentTitle ( title ) . setLargeIcon ( largeIcon ) . setVisibility ( NotificationCompat . VISIBILITY_PRIVATE ) . setAutoCancel ( true ) . setContentIntent ( intent ) . setNumber ( events . size ( ) ) . setColor ( context . getResources ( ) . getColor ( R . color . main_red ) ) ; if ( events . size ( ) == 1 ) { ContactEvent event = events . getEvent ( 0 ) ; String msg = event . getLabel ( resources ) ; NotificationCompat . BigTextStyle bigTextStyle = new NotificationCompat . BigTextStyle ( ) . bigText ( msg ) ; bigTextStyle . setBigContentTitle ( title ) ; builder . setContentText ( msg ) ; builder . setStyle ( bigTextStyle ) ; } else if ( events . getContacts ( ) . size ( ) > 1 ) { NotificationCompat . InboxStyle inboxStyle = new NotificationCompat . InboxStyle ( ) ; inboxStyle . setBigContentTitle ( title ) ; for ( int i = 0 ; i < events . size ( ) ; ++ i ) { ContactEvent event = events . getEvent ( i ) ; Contact contact = event . getContact ( ) ; String name = contact . getDisplayName ( ) . toString ( ) ; String lineFormatted = name + "\t\t" + event . getLabel ( resources ) ; Spannable sb = new SpannableString ( lineFormatted ) ; sb . setSpan ( new StyleSpan ( Typeface . BOLD ) , 0 , name . length ( ) , Spannable . SPAN_EXCLUSIVE_EXCLUSIVE ) ; inboxStyle . addLine ( sb ) ; } builder . setStyle ( inboxStyle ) ; builder . setContentText ( TextUtils . join ( ", " , events . getContacts ( ) ) ) ; } if ( supportsPublicNotifications ( ) ) { String publicTitle = context . getString ( R . string . contact_celebration_count , contactCount ) ; NotificationCompat . Builder publicNotification = new NotificationCompat . Builder ( context ) . setSmallIcon ( R . drawable . ic_stat_contact_event ) . setAutoCancel ( true ) . setContentIntent ( intent ) . setContentTitle ( publicTitle ) . setColor ( resources . getColor ( R . color . main_red ) ) ; builder . setPublicVersion ( publicNotification . build ( ) ) ; } for ( Contact contact : events . getContacts ( ) ) { Uri uri = contact . getLookupUri ( ) ; if ( uri != null ) { builder . addPerson ( uri . toString ( ) ) ; } } String uri = MainPreferenceActivity . getDailyReminderRingtone ( context ) ; builder . setSound ( Uri . parse ( uri ) ) ; if ( MainPreferenceActivity . getDailyReminderVibrationSet ( context ) ) { builder . setDefaults ( Notification . DEFAULT_VIBRATE ) ; } Notification notification = builder . build ( ) ; NotificationManager mngr = ( NotificationManager ) context . getSystemService ( Context . NOTIFICATION_SERVICE ) ; mngr . notify ( NOTIFICATION_ID_DAILY_REMINDER_CONTACTS , notification ) ; }

Notifica al usuario sobre las fechas especiales contenidas en el DayCard dado


@ Override public void undoAction  ( UndoInterface undoRedoObject ) { }


public static Element firstChildElement  ( Element element , String childElementName , String attrName , String attrValue ) { if ( element == null ) return null ; Node node = element . getFirstChild ( ) ; if ( node != null ) { do { if ( node . getNodeType ( ) == Node . ELEMENT_NODE && ( childElementName == null || childElementName . equals ( node . getLocalName ( ) != null ? node . getLocalName ( ) : node . getNodeName ( ) ) ) ) { Element childElement = ( Element ) node ; String value = childElement . getAttribute ( attrName ) ; if ( value != null && value . equals ( attrValue ) ) { return childElement ; } } } while ( ( node = node . getNextSibling ( ) ) != null ) ; } return null ; }

Devuelva el primer elemento secundario con el nombre dado;Si el nombre es Null, devuelve el primer elemento.


public AssignStmt newAssignStmt  ( Value variable , Value rvalue ) { return new JAssignStmt ( variable , rvalue ) ; }

Construye un trozo de gramática de asignación de asignación (variable, rvalue).


public InsufficientDataException ( ) { this  ( LocalizedFormats . INSUFFICIENT_DATA ) ; }


private static void writeMD  ( DAAMatchRecord match , ByteOutputBuffer buffer , byte [ ] queryAlphabet ) { { int matches = 0 , del = 0 ; for ( CombinedOperation cop : match . getTranscript ( ) . gather ( ) ) { switch ( cop . getEditOperation ( ) ) { case op_match : del = 0 ; matches += cop . getCount ( ) ; break ; case op_insertion : break ; case op_substitution : if ( matches > 0 ) { buffer . writeString ( String . format ( "%d" , matches ) ) ; matches = 0 ; } else if ( del > 0 ) { buffer . write ( ( byte ) '0' ) ; del = 0 ; } buffer . write ( queryAlphabet [ cop . getLetter ( ) ] ) ; break ; case op_deletion : if ( matches > 0 ) { buffer . writeString ( String . format ( "%d" , matches ) ) ; matches = 0 ; } if ( del == 0 ) buffer . write ( ( byte ) '^' ) ; buffer . write ( queryAlphabet [ cop . getLetter ( ) ] ) ; ++ del ; } } if ( matches > 0 ) buffer . writeString ( String . format ( "%d" , matches ) ) ; } }


NewProjectDescriptor withBriefNames  ( ) { withActivity ( "A" ) . withCompanyDomain ( "C" ) . withName ( "P" ) . withPackageName ( "a.b" ) ; return this ; }

Seleccione Nombres breves para que la prueba se ejecute más rápido (escritura menos lenta en los campos de texto de nombre)


public String toString  ( ) { return name ; }

Devuelve el nombre de tipo como la representación de la cadena.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_AlwaysBlock_ME_TO_SELF  ( String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200325 , skillname ) ; }

Impulsó su bloque usando [% de habilidad].


public Clock startClock  ( ) { this . start ( ) ; return this ; }


@ Override public void normalizeDocument  ( ) { if ( isNormalized ( ) && ! isNormalizeDocRequired ( ) ) { return ; } if ( needsSyncChildren ( ) ) { synchronizeChildren ( ) ; } if ( domNormalizer == null ) { domNormalizer = new DOMNormalizer ( ) ; } if ( fConfiguration == null ) { fConfiguration = new DOMConfigurationImpl ( ) ; } else { fConfiguration . reset ( ) ; } domNormalizer . normalizeDocument ( this , fConfiguration ) ; isNormalized ( true ) ; xmlVersionChanged = false ; }

DOM Nivel 3 WD - Documento de normalización experimental.


public LogBlock ( String uuid ) { this . uuid = uuid ; this . body = new LinkedHashMap < > ( ) ; }

Dado un identificador universalmente único como cadena construye un contexto de registro.


public SQLDataMigrator configure  ( Connection connection ) { this . connection = connection ; this . metadata = new SQLModel ( connection ) ; return this ; }

Configure el migrador de datos con una conexión JDBC


public Builder keepLineNumber  ( boolean val ) { keepLineNumber = val ; return this ; }

Si esto se establece en VERDADERO, la información del número de línea se imprimirá en el mensaje de registro.


private static double toDoublePow10  ( long m , int n ) { assert m >= 0 ; if ( m == 0 ) return 0.0 ; if ( n >= 0 ) { if ( n > 308 ) return Double . POSITIVE_INFINITY ; long x0 = 0 ; long x1 = 0 ; long x2 = m & MASK_32 ; long x3 = m >>> 32 ; int pow2 = 0 ; while ( n != 0 ) { int i = ( n >= POW5_INT . length ) ? POW5_INT . length - 1 : n ; int coef = POW5_INT [ i ] ; if ( ( ( int ) x0 ) != 0 ) x0 *= coef ; if ( ( ( int ) x1 ) != 0 ) x1 *= coef ; x2 *= coef ; x3 *= coef ; x1 += x0 >>> 32 ; x0 &= MASK_32 ; x2 += x1 >>> 32 ; x1 &= MASK_32 ; x3 += x2 >>> 32 ; x2 &= MASK_32 ; pow2 += i ; n -= i ; long carry = x3 >>> 32 ; if ( carry != 0 ) { x0 = x1 ; x1 = x2 ; x2 = x3 & MASK_32 ; x3 = carry ; pow2 += 32 ; } } assert x3 >= 0 ; int shift = 31 - ( Long . SIZE - Long . numberOfLeadingZeros ( x3 ) ) ; pow2 -= shift ; long mantissa = ( shift < 0 ) ? ( x3 << 31 ) | ( x2 >>> 1 ) : ( ( ( x3 << 32 ) | x2 ) << shift ) | ( x1 >>> ( 32 - shift ) ) ; return toDoublePow2 ( mantissa , pow2 ) ; } else { if ( n < - 324 - 20 ) return 0.0 ; long x1 = m ; long x0 = 0 ; int pow2 = 0 ; while ( true ) { int shift = 63 - ( Long . SIZE - Long . numberOfLeadingZeros ( x1 ) ) ; x1 <<= shift ; x1 |= x0 >>> ( 63 - shift ) ; x0 = ( x0 << shift ) & MASK_63 ; pow2 -= shift ; if ( n == 0 ) break ; int i = ( - n >= POW5_INT . length ) ? POW5_INT . length - 1 : - n ; int divisor = POW5_INT [ i ] ; long wh = ( x1 >>> 32 ) ; long qh = wh / divisor ; long r = wh - qh * divisor ; long wl = ( r << 32 ) | ( x1 & MASK_32 ) ; long ql = wl / divisor ; r = wl - ql * divisor ; x1 = ( qh << 32 ) | ql ; wh = ( r << 31 ) | ( x0 >>> 32 ) ; qh = wh / divisor ; r = wh - qh * divisor ; wl = ( r << 32 ) | ( x0 & MASK_32 ) ; ql = wl / divisor ; x0 = ( qh << 32 ) | ql ; n += i ; pow2 -= i ; } return toDoublePow2 ( x1 , pow2 ) ; } }

Devuelve la representación más cercana <código> Doble </ Code> del número <código> largo </ código> multiplicado por una potencia de diez.


public static void useDarkTheme  ( boolean flag ) { isDarkThemeEnable = flag ; }


public static String toString  ( Object [ ] objects , String tag ) { StringBuilder sb = new StringBuilder ( ) ; for ( Object object : objects ) { sb . append ( object ) ; sb . append ( tag ) ; } return sb . toString ( ) ; }


private int locatePoint  ( final double time , final ODEStateInterpolator interval ) { if ( forward ) { if ( time < interval . getPreviousState ( ) . getTime ( ) ) { return - 1 ; } else if ( time > interval . getCurrentState ( ) . getTime ( ) ) { return + 1 ; } else { return 0 ; } } if ( time > interval . getPreviousState ( ) . getTime ( ) ) { return - 1 ; } else if ( time < interval . getCurrentState ( ) . getTime ( ) ) { return + 1 ; } else { return 0 ; } }

Compara un intervalo de paso y un doble.


public static SM_SYSTEM_MESSAGE STR_MSG_PLAYING_TIME  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1390213 , value0 ) ; }


private SegmentedListIterator < T > establishPos  ( SegmentedListIterator < T > res , boolean randomScan ) { int startSegment = drawSegmentNumber ( false ) ; res . setStartSegment ( ( short ) startSegment ) ; res . _scanLimit = size ( ) * 5 ; res . _randomScan = ( randomScan && getNumSegments ( ) == 1 ) ; for ( int seg = startSegment , i = 0 ; i < getNumSegments ( ) ; i ++ , seg ++ ) { if ( seg == getNumSegments ( ) ) seg = 0 ; res . setCurrentSegment ( ( short ) seg ) ; StoredListChainSegment < T > segment = _segments [ seg ] ; if ( segment . establishIterScanPos ( res ) ) return res ; } return null ; }

establecer una posición de escaneo, seleccione un segmento


@ Override public void close  ( ) throws SAException  { if ( _templates != null ) _templates . freeSLHolder ( _pos ) ; super . close ( ) ; }


@ ObjectiveCName ( "addEntry:" ) public List addEntry  ( String entry ) { java . util . List < String > entries = this . getEntries ( ) ; entries . add ( entry ) ; this . updateList ( entries ) ; return this ; }


public byte [ ] serializeBytes  ( byte version ) { Preconditions . checkArgument ( version <= CUR_VERSION && version >= VERSION0 ) ; byte [ ] data = new byte [ CUR_VERSION == version ? VERSION1_LEN : VERSION0_LEN ] ; ByteBuffer bb = ByteBuffer . wrap ( data ) ; bb . put ( version ) ; bb . putLong ( logSegmentSequenceNo ) ; bb . putLong ( entryId ) ; bb . putLong ( slotId ) ; return data ; }

Serializa el DLSN en bytes con la versión <código> dada </ el código>.


public static Object normalizeIntAndLongValues  ( String data , DataType actualDataType ) { if ( null == data ) { return null ; } try { Object parsedValue = null ; switch ( actualDataType ) { case INT : parsedValue = Integer . parseInt ( data ) ; break ; case LONG : parsedValue = Long . parseLong ( data ) ; break ; default : return data ; } if ( null != parsedValue ) { return data ; } return null ; } catch ( NumberFormatException ex ) { return null ; } }

Por debajo del método se utilizará básicamente para saber si los datos no probables están presentes o no.Si está presente, devuelva NULL para que el sistema pueda procesar para el valor de miembro nulo predeterminado.


public MultivariateNormalDistribution ( RandomGenerator rng , final double [ ] means , final double [ ] [ ] covariances ) throws MathIllegalArgumentException { super ( rng , means . length ) ; final int dim = means . length ; if ( covariances . length != dim ) { throw new MathIllegalArgumentException ( LocalizedCoreFormats . DIMENSIONS_MISMATCH , covariances . length , dim ) ; } for ( int i = 0 ; i < dim ; i ++ ) { if ( dim != covariances [ i ] . length ) { throw new MathIllegalArgumentException ( LocalizedCoreFormats . DIMENSIONS_MISMATCH , covariances [ i ] . length , dim ) ; } } this . means = means . clone ( ) ; covarianceMatrix = new Array2DRowRealMatrix ( covariances ) ; final EigenDecomposition covMatDec = new EigenDecomposition ( covarianceMatrix ) ; covarianceMatrixInverse = covMatDec . getSolver ( ) . getInverse ( ) ; covarianceMatrixDeterminant = covMatDec . getDeterminant ( ) ; final double [ ] covMatEigenvalues = covMatDec . getRealEigenvalues ( ) ; for ( int i = 0 ; i < covMatEigenvalues . length ; i ++ ) { if ( covMatEigenvalues [ i ] < 0 ) { throw new MathIllegalArgumentException ( LocalizedCoreFormats . NOT_POSITIVE_DEFINITE_MATRIX ) ; } } final Array2DRowRealMatrix covMatEigenvectors = new Array2DRowRealMatrix ( dim , dim ) ; for ( int v = 0 ; v < dim ; v ++ ) { final double [ ] evec = covMatDec . getEigenvector ( v ) . toArray ( ) ; covMatEigenvectors . setColumn ( v , evec ) ; } final RealMatrix tmpMatrix = covMatEigenvectors . transpose ( ) ; for ( int row = 0 ; row < dim ; row ++ ) { final double factor = FastMath . sqrt ( covMatEigenvalues [ row ] ) ; for ( int col = 0 ; col < dim ; col ++ ) { tmpMatrix . multiplyEntry ( row , col , factor ) ; } } samplingMatrix = covMatEigenvectors . multiply ( tmpMatrix ) ; }

Crea una distribución normal multivariable con el vector medio dado y la matriz de covarianza.<br/> El número de dimensiones es igual a la longitud del vector medio y al número de filas y columnas de la matriz de covarianza.Se escribe frecuentemente como "P" en fórmulas.


public int compare  ( File file1 , File file2 ) { return caseSensitivity . checkCompareTo ( file1 . getPath ( ) , file2 . getPath ( ) ) ; }

Compare las rutas de dos archivos la sensibilidad de caso especificada.


public ColumnQuery addSort  ( Sort sort ) throws NullPointerException  { this . sorts . add ( Objects . requireNonNull ( sort , "Sort is required" ) ) ; return this ; }

Añadir el orden cómo se devolverá el resultado.