public static void generateSampleXml  ( String path ) { String cplTrackId = "urn:uuid:38d52c00-68d3-4056-8858-28eeaf3238d3" ; EBUTrackType ebuTrack1 = new EBUTrackType ( ) ; ebuTrack1 . setNumber ( 1 ) ; ebuTrack1 . setCPLVirtualTrackId ( cplTrackId ) ; ebuTrack1 . setCPLVirtualTrackChannel ( 1 ) ; EBUTrackType ebuTrack2 = new EBUTrackType ( ) ; ebuTrack2 . setNumber ( 2 ) ; ebuTrack2 . setCPLVirtualTrackId ( cplTrackId ) ; ebuTrack2 . setCPLVirtualTrackChannel ( 2 ) ; EBUTrackType ebuTrack3 = new EBUTrackType ( ) ; ebuTrack3 . setNumber ( 3 ) ; ebuTrack3 . setCPLVirtualTrackId ( null ) ; ebuTrack3 . setCPLVirtualTrackChannel ( null ) ; EBUTrackType ebuTrack4 = new EBUTrackType ( ) ; ebuTrack4 . setNumber ( 4 ) ; ebuTrack4 . setCPLVirtualTrackId ( null ) ; ebuTrack4 . setCPLVirtualTrackChannel ( null ) ; AudioMapType audioMap = new AudioMapType ( ) ; audioMap . getEBUTrack ( ) . add ( ebuTrack1 ) ; audioMap . getEBUTrack ( ) . add ( ebuTrack2 ) ; audioMap . getEBUTrack ( ) . add ( ebuTrack3 ) ; audioMap . getEBUTrack ( ) . add ( ebuTrack4 ) ; AudioMapHelper . writeAudioMapToFile ( new File ( path ) , audioMap ) ; }

Genera un archivo Audiomap.xml de muestra.


public static double convertTempo  ( double tempo ) { if ( tempo <= 0 ) { tempo = 1 ; } return ( ( double ) 60000000l ) / tempo ; }

Convierte
 1 - MPQ-TEMPO a BPM TEMPO
 2 - BPM Tempo a MPQ Tempo


public boolean onUpOrCancel  ( ) { boolean state = isPressed ( ) ; setPressed ( false ) ; return state ; }

Estado establecido para un evento onuporcancel.


public WallGetRepostsQuery postId  ( Integer value ) { return unsafeParam ( "post_id" , value ) ; }


public final void empty  ( ) { synchronized ( buffer ) { buffer . clear ( ) ; bufferMap . clear ( ) ; } }

Empties el sincronizador de todo su contenido actual.


public void startProgress  ( ) { mBasoStatus = BasoStatus . PROGRESSING ; toggleLayout ( ) ; }

Mostrar barra de progreso y texto de progreso debajo de él (si corresponde)


public static boolean isDigit  ( char ch ) { return ( '0' <= ch && ch <= '9' ) ; }

Devuelve verdadero si el carácter dado es un dígito (solo 0-9).


public static void log  ( ) { RequestLog current = RLOG . get ( ) ; if ( current . info == null ) { LOG . warn ( "Attempted to log while request log object was uninitialized" ) ; return ; } LOG . info ( export ( ) ) ; current . clear ( ) ; }

Escriba el objeto de registro de solicitud del hilo actual como JSON.El registro de solicitud del hilo se borra después de una llamada a este método.


private void drawShadows  ( Canvas canvas ) { int height = ( int ) ( 3 * getItemHeight ( ) ) ; topShadow . setBounds ( 0 , 0 , getWidth ( ) , height ) ; topShadow . draw ( canvas ) ; bottomShadow . setBounds ( 0 , getHeight ( ) - height , getWidth ( ) , getHeight ( ) ) ; bottomShadow . draw ( canvas ) ; }

Dibuja sombras en la parte superior e inferior del control.


private byte [ ] entityToBytes  ( HttpEntity entity ) throws IOException , ServerError { PoolingByteArrayOutputStream bytes = new PoolingByteArrayOutputStream ( mPool , ( int ) entity . getContentLength ( ) ) ; byte [ ] buffer = null ; try { InputStream in = entity . getContent ( ) ; if ( in == null ) { throw new ServerError ( ) ; } buffer = mPool . getBuf ( 1024 ) ; int count ; while ( ( count = in . read ( buffer ) ) != - 1 ) { bytes . write ( buffer , 0 , count ) ; } return bytes . toByteArray ( ) ; } finally { try { entity . consumeContent ( ) ; } catch ( IOException e ) { VolleyLog . v ( "Error occured when calling consumingContent" ) ; } mPool . returnBuf ( buffer ) ; bytes . close ( ) ; } }

Lee los contenidos de la httpentidad en un byte [].


@ Override public void onUIRefreshBegin  ( PtrFrameLayout frame ) { mDrawable . setAlpha ( 255 ) ; mDrawable . start ( ) ; }


public void loadImages  ( Observable < RiffsyResponse > observable ) { disposable . add ( observable . subscribeOn ( provider . io ( ) ) . observeOn ( provider . ui ( ) ) . subscribe ( null , null , null ) ) ; }


public AxisLabelLayout ( String group , int axis , ValuedRangeModel values , Rectangle2D bounds ) { super ( group ) ; if ( bounds != null ) setLayoutBounds ( bounds ) ; m_model = values ; m_axis = axis ; m_spacing = 50 ; }

Crea un nuevo diseño de Axislabellayout.


public boolean showFullscreenSites  ( ) { return mContentSettingsType == ContentSettingsType . CONTENT_SETTINGS_TYPE_FULLSCREEN ; }

Devuelve si esta categoría es la categoría de pantalla completa.


public PlainAggregatedServiceDetails ( ) { }


public void clear  ( ) { oredCriteria . clear ( ) ; orderByClause = null ; distinct = false ; }

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


private boolean isLegalContainedNode  ( Node node ) { if ( node == null ) return false ; switch ( node . getNodeType ( ) ) { case Node . DOCUMENT_NODE : case Node . DOCUMENT_FRAGMENT_NODE : case Node . ATTRIBUTE_NODE : case Node . ENTITY_NODE : case Node . NOTATION_NODE : return false ; } return true ; }

Devuelve VERDADERO IFF El nodo dado puede ser contenido por un rango.


public static float smoothstep  ( float t ) { return t * t * ( 3.0f - 2.0f * t ) ; }


private synchronized void populateFontFamilyList  ( ) { if ( fontFamilyList == null ) { fontFamilyList = new ArrayList < ValueComboBoxData > ( ) ; String [ ] families = GraphicsEnvironment . getLocalGraphicsEnvironment ( ) . getAvailableFontFamilyNames ( ) ; for ( String fontFamily : families ) { fontFamilyList . add ( new ValueComboBoxData ( fontFamily , fontFamily , getPanelId ( ) ) ) ; } } }


public static Value selectBase  ( Value val , boolean keepArrayRef ) { if ( val instanceof ArrayRef && ! keepArrayRef ) { return selectBase ( ( ( ArrayRef ) val ) . getBase ( ) , keepArrayRef ) ; } if ( val instanceof CastExpr ) { return selectBase ( ( ( CastExpr ) val ) . getOp ( ) , keepArrayRef ) ; } if ( val instanceof UnopExpr ) return selectBase ( ( ( UnopExpr ) val ) . getOp ( ) , keepArrayRef ) ; return val ; }

Las operaciones que no sean relevantes para el análisis como "no" o moldes se eliminan: las refrainas de matriz solo se eliminan si se indica explícitamente


public static void updatePhoneNumber  ( String phoneNumber , @ Nullable AirMapCallback < Void > callback ) { PilotService . updatePhoneNumber ( phoneNumber , callback ) ; }

Actualizar el número de teléfono del piloto autenticado


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


private void prepareNextRun  ( ) { for ( IVarAbstraction pn : pointers ) { if ( pn . willUpdate == true ) { pn . reconstruct ( ) ; } } System . gc ( ) ; }


public boolean supportsHeapDump  ( Application application ) { if ( application . getState ( ) != Stateful . STATE_AVAILABLE ) return false ; return JvmFactory . getJVMFor ( application ) . isTakeHeapDumpSupported ( ) ; }

Devuelve VERDADERO si se admite la solicitud de volcado de montones para la aplicación, falso de lo contrario.


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

ID o nombre de pantalla de la comunidad.


private static ReadData createReadData  ( int id , IReadBlock readBlock ) throws IOException { ReadData readData = new ReadData ( id , readBlock . getReadName ( ) ) ; int best = - 1 ; float bestScore = 0 ; for ( int m = 0 ; m < readBlock . getNumberOfAvailableMatchBlocks ( ) ; m ++ ) { if ( readBlock . getMatchBlock ( m ) . getBitScore ( ) > bestScore ) { best = m ; bestScore = readBlock . getMatchBlock ( m ) . getBitScore ( ) ; } } if ( best >= 0 ) { int [ ] bestCoordinates = getQueryCoordinates ( readBlock . getMatchBlock ( best ) ) ; if ( bestCoordinates [ 0 ] < bestCoordinates [ 1 ] ) readData . setSegment ( readBlock . getReadSequence ( ) . substring ( bestCoordinates [ 0 ] - 1 , bestCoordinates [ 1 ] ) ) ; else readData . setSegment ( Basic . getReverseComplement ( readBlock . getReadSequence ( ) . substring ( bestCoordinates [ 1 ] - 1 , bestCoordinates [ 0 ] ) ) ) ; final List < MatchData > matches = new LinkedList < > ( ) ; for ( int m = 0 ; m < readBlock . getNumberOfAvailableMatchBlocks ( ) ; m ++ ) { if ( readBlock . getMatchBlock ( m ) . getBitScore ( ) == bestScore ) { final IMatchBlock matchBlock = readBlock . getMatchBlock ( m ) ; final int [ ] queryCoordinates = getQueryCoordinates ( matchBlock ) ; if ( queryCoordinates [ 0 ] == bestCoordinates [ 0 ] && queryCoordinates [ 1 ] == bestCoordinates [ 1 ] ) { int [ ] refCoordinates = getReferenceCoordinates ( matchBlock ) ; matches . add ( new MatchData ( readData , Basic . getFirstWord ( matchBlock . getText ( ) ) , refCoordinates [ 0 ] , refCoordinates [ 1 ] , matchBlock . getText ( ) , matchBlock . getBitScore ( ) ) ) ; } } } readData . setMatches ( matches . toArray ( new MatchData [ matches . size ( ) ] ) ) ; } return readData ; }

Crea el objeto de datos asociado con una lectura dada y sus coincidencias.


private void readFromVersion2Stream  ( StatusFromBytesStream dis ) throws IOException { String urlString = dis . readUTF ( ) ; if ( urlString . equals ( "" ) ) { url = null ; } else { url = urlString ; } lastChangedRevision = dis . readLong ( ) ; lastChangedDate = dis . readLong ( ) ; String lastCommitAuthorString = dis . readUTF ( ) ; if ( ( url == null ) || ( lastCommitAuthorString . equals ( "" ) ) ) { lastCommitAuthor = null ; } else { lastCommitAuthor = lastCommitAuthorString ; } textStatus = dis . readInt ( ) ; propStatus = dis . readInt ( ) ; setRevisionNumber ( dis . readLong ( ) ) ; nodeKind = dis . readInt ( ) ; }

Solo para compatibilidad con versiones anteriores con espacios de trabajo almacenados con versión anterior.


XMLInputSource dom2xmlInputSource  ( LSInput is ) { XMLInputSource xis = null ; if ( is . getCharacterStream ( ) != null ) { xis = new XMLInputSource ( is . getPublicId ( ) , is . getSystemId ( ) , is . getBaseURI ( ) , is . getCharacterStream ( ) , "UTF-16" ) ; } else if ( is . getByteStream ( ) != null ) { xis = new XMLInputSource ( is . getPublicId ( ) , is . getSystemId ( ) , is . getBaseURI ( ) , is . getByteStream ( ) , is . getEncoding ( ) ) ; } else if ( is . getStringData ( ) != null && is . getStringData ( ) . length ( ) > 0 ) { xis = new XMLInputSource ( is . getPublicId ( ) , is . getSystemId ( ) , is . getBaseURI ( ) , new StringReader ( is . getStringData ( ) ) , "UTF-16" ) ; } else if ( ( is . getSystemId ( ) != null && is . getSystemId ( ) . length ( ) > 0 ) || ( is . getPublicId ( ) != null && is . getPublicId ( ) . length ( ) > 0 ) ) { xis = new XMLInputSource ( is . getPublicId ( ) , is . getSystemId ( ) , is . getBaseURI ( ) ) ; } else { if ( fErrorHandler != null ) { DOMErrorImpl error = new DOMErrorImpl ( ) ; error . fType = "no-input-specified" ; error . fMessage = "no-input-specified" ; error . fSeverity = DOMError . SEVERITY_FATAL_ERROR ; fErrorHandler . getErrorHandler ( ) . handleError ( error ) ; } throw new LSException ( LSException . PARSE_ERR , "no-input-specified" ) ; } return xis ; }

No dom: convertir lsinput a xniinputsource


public static Double parseDouble  ( String value ) { if ( value == null || value . trim ( ) . isEmpty ( ) ) { return null ; } try { return Double . parseDouble ( value ) ; } catch ( NumberFormatException ex ) { return null ; } }

Analiza la cadena dada y devuelve un valor doble.Devuelve NULL si la cadena dada es nula o no se puede analizar como un doble.


private static float patternMatchVariance  ( int [ ] counters , int [ ] pattern , float maxIndividualVariance ) { int numCounters = counters . length ; int total = 0 ; int patternLength = 0 ; for ( int i = 0 ; i < numCounters ; i ++ ) { total += counters [ i ] ; patternLength += pattern [ i ] ; } if ( total < patternLength ) { return Float . POSITIVE_INFINITY ; } float unitBarWidth = ( float ) total / patternLength ; maxIndividualVariance *= unitBarWidth ; float totalVariance = 0.0f ; for ( int x = 0 ; x < numCounters ; x ++ ) { int counter = counters [ x ] ; float scaledPattern = pattern [ x ] * unitBarWidth ; float variance = counter > scaledPattern ? counter - scaledPattern : scaledPattern - counter ; if ( variance > maxIndividualVariance ) { return Float . POSITIVE_INFINITY ; } totalVariance += variance ; } return totalVariance / total ; }

Determina cuán cerca de un conjunto de los recuentos observados de las ejecuciones de los valores negros / blancos coinciden con un patrón de destino dado.Esto se informa como la relación de la varianza total de las proporciones de patrones esperadas en todos los elementos de patrón, a la longitud del patrón.


public void leftClick  ( int x , int y ) throws InterruptedException  { click ( InputEvent . BUTTON1_MASK , x , y ) ; }

Haz clic izquierdo del mouse en un punto


public void addElement  ( final double value ) { if ( internalArray . length <= startIndex + numElements ) { expand ( ) ; } internalArray [ startIndex + numElements ++ ] = value ; }

Agrega un elemento al final de esta matriz expandible.


@ Override public void actionPerformed  ( ActionEvent ev ) { execute ( "show what=selected;" ) ; }


public double t  ( final double mu , final StatisticalSummary sampleStats ) throws MathIllegalArgumentException , NullArgumentException { checkSampleData ( sampleStats ) ; return t ( sampleStats . getMean ( ) , mu , sampleStats . getVariance ( ) , sampleStats . getN ( ) ) ; }

Calcula una  t estadística  para usar en comparación de la media del conjunto de datos descritopor <código> Samplestats  a  MU .
 Esta estadística se puede usar para realizar una prueba T de una muestra para la media.

  condiciones previas :

  observado.getn () & ge;2 </ código>.


@ Override public void close  ( ) throws IOException  { try { in . close ( ) ; } catch ( IOException e ) { handleIOException ( e ) ; } }

Invoca el método <código> cierre () </ código> del delegado.


public void nextGroup  ( ) throws SAException  { releaseScan ( ) ; return ; }


@ Override public void onUIRefreshPrepare  ( PtrFrameLayout frame ) { }


public static String mrpa2sampa  ( String voicePhoneme ) { if ( mrpa2sampa . containsKey ( voicePhoneme ) ) return mrpa2sampa . get ( voicePhoneme ) ; else return voicePhoneme ; }

Convierte un solo símbolo fonético en la representación de la representación de MRPA en su equivalente en la representación de Mary Sampa.


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

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


void cancelDisplayTaskFor  ( ImageAware imageAware ) { cacheKeysForImageAwares . remove ( imageAware . getId ( ) ) ; }

Cancela la tarea de cargar y mostrar imagen para entrante <b> ImageAware </ B>.


public void testQueryByAssigneeExcludeSubtasksOrdered  ( ) throws Exception  { SimpleDateFormat sdf = new SimpleDateFormat ( "dd/MM/yyyy hh:mm:ss.SSS" ) ; TaskQuery query = taskService . createTaskQuery ( ) . taskAssignee ( "gonzo" ) . orderByTaskCreateTime ( ) . desc ( ) ; assertEquals ( 7 , query . count ( ) ) ; assertEquals ( 7 , query . list ( ) . size ( ) ) ; assertEquals ( sdf . parse ( "02/01/2009 01:01:01.000" ) , query . list ( ) . get ( 0 ) . getCreateTime ( ) ) ; query = taskService . createTaskQuery ( ) . taskAssignee ( "gonzo" ) . excludeSubtasks ( ) . orderByTaskCreateTime ( ) . asc ( ) ; assertEquals ( 2 , query . count ( ) ) ; assertEquals ( 2 , query . list ( ) . size ( ) ) ; assertEquals ( sdf . parse ( "01/02/2008 02:02:02.000" ) , query . list ( ) . get ( 0 ) . getCreateTime ( ) ) ; assertEquals ( sdf . parse ( "05/02/2008 02:02:02.000" ) , query . list ( ) . get ( 1 ) . getCreateTime ( ) ) ; query = taskService . createTaskQuery ( ) . taskAssignee ( "kermit" ) . orderByTaskCreateTime ( ) . asc ( ) ; assertEquals ( 0 , query . count ( ) ) ; assertEquals ( 0 , query . list ( ) . size ( ) ) ; assertNull ( query . singleResult ( ) ) ; query = taskService . createTaskQuery ( ) . taskAssignee ( "kermit" ) . excludeSubtasks ( ) . orderByTaskCreateTime ( ) . desc ( ) ; assertEquals ( 0 , query . count ( ) ) ; assertEquals ( 0 , query . list ( ) . size ( ) ) ; assertNull ( query . singleResult ( ) ) ; }

Prueba para la inclusión de tareas / exclusión cuando se especifica un filtro adicional (como el cesionario), ordenado.


public static long toLong  ( Object obj ) { Long result = toLongObject ( obj ) ; return result == null ? 0 : result . longValue ( ) ; }

Convierte un objeto <código> </ código> a un <código> largo </ code>.Devuelve cero si la conversión no es posible.


protected BoardCloseTopicQuery topicId  ( int value ) { return unsafeParam ( "topic_id" , value ) ; }


public boolean execute  ( String action , String rawArgs , CallbackContext callbackContext ) throws JSONException { JSONArray args = new JSONArray ( rawArgs ) ; return execute ( action , args , callbackContext ) ; }

Ejecuta la solicitud.Este método se llama desde el hilo de WebView.Para hacer una cantidad de trabajo no trivial, use: cordova.getthreadpool (). Ejecutar (Runnable);Para ejecutar en el hilo de la interfaz de usuario, use: cordova.getactivity (). RunonuithRead (Runnable);


public static String error  ( final int err ) { return LIB . mdb_strerror ( err ) ; }

Obtenga la descripción del código de error LMDB.<p> Los usuarios finales no deben necesitar este método, ya que LMDBJAVA convierte todas las excepciones de LMDB en una excepción de Java escribió que incorpora el código de error.Sin embargo, se proporciona aquí para verificar y solucionar problemas (por ejemplo, si el usuario desea ver la descripción original de LMDB del código de error, o hay una versión de la biblioteca más nueva, etc.).


public void overrideConfigurationScreenSize  ( @ AndroidCoordinate int xDimension , @ AndroidCoordinate int yDimension ) { Device original = myConfiguration . getDevice ( ) ; Device . Builder deviceBuilder = new Device . Builder ( original ) ; if ( original != null ) { deviceBuilder . setTagId ( original . getTagId ( ) ) ; } deviceBuilder . setName ( "Custom" ) ; deviceBuilder . setId ( Configuration . CUSTOM_DEVICE_ID ) ; Device device = deviceBuilder . build ( ) ; for ( State state : device . getAllStates ( ) ) { Screen screen = state . getHardware ( ) . getScreen ( ) ; screen . setXDimension ( xDimension ) ; screen . setYDimension ( yDimension ) ; double dpi = screen . getPixelDensity ( ) . getDpiValue ( ) ; double width = xDimension / dpi ; double height = yDimension / dpi ; double diagonalLength = Math . sqrt ( width * width + height * height ) ; screen . setDiagonalLength ( diagonalLength ) ; screen . setSize ( AvdScreenData . getScreenSize ( diagonalLength ) ) ; screen . setRatio ( AvdScreenData . getScreenRatio ( xDimension , yDimension ) ) ; screen . setScreenRound ( device . getDefaultHardware ( ) . getScreen ( ) . getScreenRound ( ) ) ; screen . setChin ( device . getDefaultHardware ( ) . getScreen ( ) . getChin ( ) ) ; } List < Device > devices = myConfiguration . getConfigurationManager ( ) . getDevices ( ) ; boolean customDeviceReplaced = false ; for ( int i = 0 ; i < devices . size ( ) ; i ++ ) { if ( "Custom" . equals ( devices . get ( i ) . getId ( ) ) ) { devices . set ( i , device ) ; customDeviceReplaced = true ; break ; } } if ( ! customDeviceReplaced ) { devices . add ( device ) ; } VirtualFile better ; State newState ; if ( xDimension > yDimension ) { better = ConfigurationMatcher . getBetterMatch ( myConfiguration , device , "Landscape" , null , null ) ; newState = device . getState ( "Landscape" ) ; } else { better = ConfigurationMatcher . getBetterMatch ( myConfiguration , device , "Portrait" , null , null ) ; newState = device . getState ( "Portrait" ) ; } if ( better != null ) { VirtualFile old = myConfiguration . getFile ( ) ; assert old != null ; Project project = mySurface . getProject ( ) ; OpenFileDescriptor descriptor = new OpenFileDescriptor ( project , better , - 1 ) ; FileEditorManager manager = FileEditorManager . getInstance ( project ) ; FileEditor selectedEditor = manager . getSelectedEditor ( old ) ; manager . openEditor ( descriptor , true ) ; if ( selectedEditor instanceof NlEditor ) { manager . setSelectedEditor ( better , NlEditorProvider . DESIGNER_ID ) ; } else if ( selectedEditor != null ) { manager . setSelectedEditor ( better , TextEditorProvider . getInstance ( ) . getEditorTypeId ( ) ) ; } AndroidFacet facet = AndroidFacet . getInstance ( myConfiguration . getModule ( ) ) ; assert facet != null ; Configuration configuration = facet . getConfigurationManager ( ) . getConfiguration ( better ) ; configuration . setEffectiveDevice ( device , newState ) ; } else { myConfiguration . setEffectiveDevice ( device , newState ) ; } }

Cambia la configuración para usar un dispositivo personalizado con el tamaño de la pantalla definido por xDimension y ydimension.


public BlockList ( ) { this  ( new ConcurrentHashMap < Integer , BlockedPlayer > ( ) ) ; }

Construye una nueva lista bloqueada (vacía)


private static String convertToQuotedString  ( String s ) { if ( s == null || s . isEmpty ( ) ) { return null ; } if ( s . charAt ( 0 ) == '"' && s . charAt ( s . length ( ) - 1 ) == '"' ) { return s ; } return '\"' + s + '\"' ; }

Encierra la cadena entrante dentro de las comillas dobles, si aún no está citada.


private static int estimateUnitsBetween  ( long t0 , long t1 , int field ) { long d = t1 - t0 ; switch ( field ) { case Calendar . MILLISECOND : return ( int ) d ; case Calendar . SECOND : return ( int ) ( d / SECOND_MILLIS + .5 ) ; case Calendar . MINUTE : return ( int ) ( d / MINUTE_MILLIS + .5 ) ; case Calendar . HOUR_OF_DAY : case Calendar . HOUR : return ( int ) ( d / HOUR_MILLIS + .5 ) ; case Calendar . DAY_OF_WEEK_IN_MONTH : case Calendar . DAY_OF_MONTH : return ( int ) ( d / DAY_MILLIS + .5 ) ; case Calendar . WEEK_OF_YEAR : return ( int ) ( d / WEEK_MILLIS + .5 ) ; case Calendar . MONTH : return ( int ) ( d / MONTH_MILLIS + .5 ) ; case Calendar . YEAR : return ( int ) ( d / YEAR_MILLIS + .5 ) ; case DECADE : return ( int ) ( d / DECADE_MILLIS + .5 ) ; case CENTURY : return ( int ) ( d / CENTURY_MILLIS + .5 ) ; case MILLENIUM : return ( int ) ( d / MILLENIUM_MILLIS + .5 ) ; default : return 0 ; } }

Basado en el código publicado en http://forum.java.sun.com/thread.jspa?threadid=488676&messageid=2292012


public void addWords  ( List < String > words ) { addWords ( words . toArray ( new String [ words . size ( ) ] ) ) ; }


public static void moveDirectoryToDirectory  ( File src , File destDir , boolean createDestDir ) throws IOException { if ( src == null ) { throw new NullPointerException ( "Source must not be null" ) ; } if ( destDir == null ) { throw new NullPointerException ( "Destination directory must not be null" ) ; } if ( ! destDir . exists ( ) && createDestDir ) { destDir . mkdirs ( ) ; } if ( ! destDir . exists ( ) ) { throw new FileNotFoundException ( "Destination directory '" + destDir + "' does not exist [createDestDir=" + createDestDir + "]" ) ; } if ( ! destDir . isDirectory ( ) ) { throw new IOException ( "Destination '" + destDir + "' is not a directory" ) ; } moveDirectory ( src , new File ( destDir , src . getName ( ) ) ) ; }


private static boolean isFastMobileNetwork  ( Context context ) { TelephonyManager telephonyManager = ( TelephonyManager ) context . getSystemService ( Context . TELEPHONY_SERVICE ) ; if ( telephonyManager == null ) { return false ; } switch ( telephonyManager . getNetworkType ( ) ) { case TelephonyManager . NETWORK_TYPE_1xRTT : return false ; case TelephonyManager . NETWORK_TYPE_CDMA : return false ; case TelephonyManager . NETWORK_TYPE_EDGE : return false ; case TelephonyManager . NETWORK_TYPE_EVDO_0 : return true ; case TelephonyManager . NETWORK_TYPE_EVDO_A : return true ; case TelephonyManager . NETWORK_TYPE_GPRS : return false ; case TelephonyManager . NETWORK_TYPE_HSDPA : return true ; case TelephonyManager . NETWORK_TYPE_HSPA : return true ; case TelephonyManager . NETWORK_TYPE_HSUPA : return true ; case TelephonyManager . NETWORK_TYPE_UMTS : return true ; case TelephonyManager . NETWORK_TYPE_EHRPD : return true ; case TelephonyManager . NETWORK_TYPE_EVDO_B : return true ; case TelephonyManager . NETWORK_TYPE_HSPAP : return true ; case TelephonyManager . NETWORK_TYPE_IDEN : return false ; case TelephonyManager . NETWORK_TYPE_LTE : return true ; case TelephonyManager . NETWORK_TYPE_UNKNOWN : return false ; default : return false ; } }


protected void dispose  ( Object obj ) { if ( obj instanceof PoolableThread ) { PoolableThread thread = ( PoolableThread ) obj ; thread . cleanStop ( ) ; } }


@ SuppressWarnings ( { "unchecked" , "cast" } ) public ParClassInstanceExpr fullCopy  ( ) { ParClassInstanceExpr tree = ( ParClassInstanceExpr ) 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.


protected final void writeDF  ( ChannelBuffer buf , double value ) { buf . writeDouble ( value ) ; }


public synchronized void waitForNonActiveStatus  ( ) { try { if ( _status == INITIAL_SCAN_NOTACTIVE ) return ; _needNotifyTermination = true ; this . wait ( 5000 ) ; } catch ( InterruptedException e ) { Thread . currentThread ( ) . interrupt ( ) ; } }

Espere a que el estado se convierta en no activo, es decir, no acumulando eventos FIFO para la plantilla


public void updateView  ( String what ) { this . uptodate = false ; if ( this . doClear ) { this . doClear = false ; } commandManager . updateEnableState ( ) ; this . setTitle ( ) ; this . uptodate = true ; }

Pregunte la vista que se rescanza.Este es el método envuelto en un objeto corredor y se coloca en la cola de eventos de swing para evitar modificaciones concurrentes.


private String splitAsGzipFile  ( String split ) { return split + ".gz" ; }

Al no usar EmoinputFormat, el comportamiento predeterminado para TextInputFormat es intentar dividir un archivo a menos que esté comprimido con un códec insinuable.Dado que los datos transmitidos por EMODB no están respaldados por un archivo real, las operaciones de archivo normales no se pueden aplicar, como la división y la búsqueda.Para engañar a Hadoop en no dividir el archivo hace que cada división parezca gzipe.


@ NotNull public static List < Color > suggestAccentColors  ( @ NotNull Color primaryColor ) { ImmutableList . Builder < Color > builder = ImmutableList . builder ( ) ; if ( AccentSuggestionsUtils . isMaterialPrimary ( primaryColor ) ) { builder . addAll ( AccentSuggestionsUtils . getMonochromaticAccents ( primaryColor ) ) ; builder . addAll ( AccentSuggestionsUtils . getAssociatedAccents ( primaryColor ) ) ; builder . addAll ( AccentSuggestionsUtils . getComplementaryAccents ( primaryColor ) ) ; builder . addAll ( AccentSuggestionsUtils . getTriadAccents ( primaryColor ) ) ; } else { float [ ] hsv = Color . RGBtoHSB ( primaryColor . getRed ( ) , primaryColor . getGreen ( ) , primaryColor . getBlue ( ) , null ) ; hsv [ 2 ] = Math . max ( 0.6f , hsv [ 2 ] ) ; builder . add ( Color . getHSBColor ( hsv [ 0 ] , 0.75f , 1 ) ) ; builder . add ( Color . getHSBColor ( hsv [ 0 ] , 1 , hsv [ 2 ] ) ) ; float associatedHue1 = ( hsv [ 0 ] + 0.125f ) % 1 ; builder . add ( Color . getHSBColor ( associatedHue1 , 0.75f , 1 ) ) ; builder . add ( Color . getHSBColor ( associatedHue1 , 1 , hsv [ 2 ] ) ) ; float associatedHue2 = ( hsv [ 0 ] + 0.875f ) % 1 ; builder . add ( Color . getHSBColor ( associatedHue2 , 0.75f , 1 ) ) ; builder . add ( Color . getHSBColor ( associatedHue2 , 1 , hsv [ 2 ] ) ) ; float complementaryHue = ( hsv [ 0 ] + 0.5f ) % 1 ; builder . add ( Color . getHSBColor ( complementaryHue , 0.75f , 1 ) ) ; builder . add ( Color . getHSBColor ( complementaryHue , 1 , hsv [ 2 ] ) ) ; float triadHue1 = ( hsv [ 0 ] + 0.625f ) % 1 ; builder . add ( Color . getHSBColor ( triadHue1 , 0.75f , 1 ) ) ; builder . add ( Color . getHSBColor ( triadHue1 , 1 , hsv [ 2 ] ) ) ; float triadHue2 = ( hsv [ 0 ] + 0.375f ) % 1 ; builder . add ( Color . getHSBColor ( triadHue2 , 0.75f , 1 ) ) ; builder . add ( Color . getHSBColor ( triadHue2 , 1 , hsv [ 2 ] ) ) ; } return builder . build ( ) ; }

Método que sugiere colores de acento para un color primario dado basado en las directrices de material y la teoría del color clásico  complementario, Combinaciones análogas y tríadas   colores monocromáticos  para cada tono (complementario, análogo, tríado o monocromático), dos coloresse sugieren como acentos:

 saturación 75% y 100% de brillo

 Saturación 100% y brillo original del color


public void write  ( int [ ] data ) { for ( int i : data ) { writeInt ( i ) ; } }

Escribe los contenidos de la matriz dada.


@ Override public String addSymbol  ( String symbol ) { if ( fSymbolTable . containsSymbol ( symbol ) ) { return fSymbolTable . addSymbol ( symbol ) ; } return super . addSymbol ( symbol ) ; }

Agrega el símbolo especificado a la tabla de símbolos y devuelve una referencia al símbolo único.Si el símbolo ya existe, la referencia del símbolo anterior se devuelve en su lugar, en orden de garantía de que las referencias de símbolos siguen siendo únicas.


protected void deleteExceptionByteArrayRef  ( JobEntity jobEntity ) { ByteArrayRef exceptionByteArrayRef = jobEntity . getExceptionByteArrayRef ( ) ; if ( exceptionByteArrayRef != null ) { exceptionByteArrayRef . delete ( ) ; } }

Elimina una matriz de bytes utilizada para almacenar la información de excepción.Las subclases pueden anular para proporcionar implementaciones personalizadas.


public SQLQuery ( String typeName , String sqlExpression , QueryResultType queryResultType , Object ... parameters ) { this ( sqlExpression , typeName , null , queryResultType , parameters ) ; }

Crea un SQLQUERY utilizando el tipo, la expresión, el tipo de resultado y los parámetros especificados.


public static UUID uuidForTimestamp  ( Date timestamp ) { return uuidForTimeMillis ( timestamp . getTime ( ) , 0 ) ; }

Fabrica un valor uuid no único para la marca de tiempo especificada.No utilice esto como un identificador único.Solo es útil para realizar comparaciones de rango utilizando un comparador TimeUUUD-Aware.


public void showMenu  ( ) { mSlidingMenu . showMenu ( ) ; }

Abra el SlidingMenu y muestre la vista del menú.


public int length  ( ) { return Histogram . length ( ) + Graph . length ( ) ; }

Devuelve el tamaño del objeto de documento completo, sumando los tamaños de gráfico e histograma del documento.


public void java_lang_Throwable_fillInStackTrace  ( SootMethod method , ReferenceVariable thisVar , ReferenceVariable returnVar , ReferenceVariable params [ ] ) { helper . assign ( returnVar , thisVar ) ; }

Nota: Este método solo llena el estado de la pila en este contenido de objeto lanzable.java nativa pública.lang.Tradstacktrace ();


public static < T extends Serializable , R > DistributedTask < T , R > task  ( Runnable runnable , T result , AsyncResultsReducer < T , R > reducer , AsyncResultFilter < T > filter ) { return new RunnableDistributedTaskAdapter < T , R > ( runnable , result , reducer , filter ) ; }

Construye un nuevo adaptador de tareas distribuidas de ejecución con un reductor y filtro separados.


public static SM_SYSTEM_MESSAGE STR_QUEST_ACQUIRE_ERROR_MAX_LEVEL  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1300572 , value0 ) ; }

Solo puede recibir esta búsqueda cuando su nivel sea% 0 o inferior.


public double cond  ( ) { return s [ 0 ] / s [ Math . min ( m , n ) - 1 ] ; }


public Predicate ( Term t ) { terms . add ( t ) ; }

Crea un predicado que contiene un solo término.


public static int gaps  ( int [ ] start , int [ ] end ) { Arrays . sort ( start ) ; Arrays . sort ( end ) ; int overlap = 0 ; int gaps = 0 ; for ( int i = 0 , j = 0 ; j < end . length ; ) { if ( i < start . length && start [ i ] < end [ j ] ) { overlap ++ ; i ++ ; } else { j ++ ; overlap -- ; } if ( overlap == 0 ) { gaps ++ ; } } return gaps ; }

Calcule el número de huecos + 1 dado un rango de inicio y finalización


Use estos métodos solo en el RTTYPEFACEET.


public Point2D . Double [ ] generate  ( int n ) { final Point2D . Double [ ] cloud = new Point2D . Double [ n ] ; for ( int i = 0 ; i < n ; i ++ ) { cloud [ i ] = create ( ) ; } return cloud ; }


private Elem parseLetBindingsThenBody  ( int indent , boolean firstContent , TokenStream tokens , Layout layout ) { String var = tokens . expect ( IDENTIFIER ) ; tokens . expect ( "=" ) ; Elem value = parseExpr ( tokens ) ; List < Elem > bodyElems ; if ( tokens . has ( "," ) ) { tokens . next ( ) ; Elem let = parseLetBindingsThenBody ( indent , firstContent , tokens , layout ) ; bodyElems = let != null ? ImmutableList . of ( let ) : ImmutableList . < Elem > of ( ) ; } else { tokens . checkAtEnd ( ) ; bodyElems = parseUntil ( indent , layout , END_COMMAND ) ; } if ( var != null && value != null && bodyElems != null ) { return Elem . Let . create ( input . location ( ) , var , value , bodyElems ) ; } return null ; }

Presuestra recursivamente los enlaces y deja que el cuerpo.El formulario se deja x = e, y = d ... final se reduce para que x = e deje que y = D ... fin de extremo.


protected AdsUpdateClientsQuery data  ( String value ) { return unsafeParam ( "data" , value ) ; }

Garantía JSON serializada de objetos que describen los cambios en los clientes.Descripción de los objetos "Client_mod" ve a continuación.


private void fill  ( double [ ] data , List < Integer > tiesTrace , double value ) { Iterator < Integer > iterator = tiesTrace . iterator ( ) ; while ( iterator . hasNext ( ) ) { data [ iterator . next ( ) ] = value ; } }

Establece los datos <código> [I] = Valor </ Code> para cada i en <Code> TiestRace. </ Code>


public boolean isForceLabelsEnabled  ( ) { return mForceLabels ; }

Devuelve VERDADERO si está enfocando el conteo de etiquetas Y está habilitado.Predeterminado: Falso


public boolean enabled  ( ) { return soot . PhaseOptions . getBoolean ( options , "enabled" ) ; }


public static void infoNotification  ( final String message ) { showNotification ( message , NotificationType . INFORMATION ) ; }


<Strong> Atención: </ strong> Esta clase es un singleton sin estado y no está destinado a crear más de un objeto de él.


@ Override public synchronized void write  ( byte [ ] b ) throws IOException  { super . write ( b ) ; this . branch . write ( b ) ; }


public static void disable  ( ) { if ( lock . compareAndSet ( false , true ) ) { RxJavaPlugins . setOnCompletableAssembly ( null ) ; RxJavaPlugins . setOnSingleAssembly ( null ) ; RxJavaPlugins . setOnMaybeAssembly ( null ) ; RxJavaPlugins . setOnObservableAssembly ( null ) ; RxJavaPlugins . setOnFlowableAssembly ( null ) ; RxJavaPlugins . setOnConnectableObservableAssembly ( null ) ; RxJavaPlugins . setOnConnectableFlowableAssembly ( null ) ; lock . set ( false ) ; } }

Desactivar el seguimiento de la asamblea.


public String resolveEntity  ( String entityName , String publicId , String systemId ) throws IOException { String resolved = null ; catalogManager . debug . message ( 3 , "resolveEntity(" + entityName + "," + publicId + "," + systemId + ")" ) ; systemId = normalizeURI ( systemId ) ; if ( publicId != null && publicId . startsWith ( "urn:publicid:" ) ) { publicId = PublicId . decodeURN ( publicId ) ; } if ( systemId != null && systemId . startsWith ( "urn:publicid:" ) ) { systemId = PublicId . decodeURN ( systemId ) ; if ( publicId != null && ! publicId . equals ( systemId ) ) { catalogManager . debug . message ( 1 , "urn:publicid: system identifier differs from public identifier; using public identifier" ) ; systemId = null ; } else { publicId = systemId ; systemId = null ; } } if ( systemId != null ) { resolved = resolveLocalSystem ( systemId ) ; if ( resolved != null ) { return resolved ; } } if ( publicId != null ) { resolved = resolveLocalPublic ( ENTITY , entityName , publicId , systemId ) ; if ( resolved != null ) { return resolved ; } } boolean over = default_override ; Enumeration en = catalogEntries . elements ( ) ; while ( en . hasMoreElements ( ) ) { CatalogEntry e = ( CatalogEntry ) en . nextElement ( ) ; if ( e . getEntryType ( ) == OVERRIDE ) { over = e . getEntryArg ( 0 ) . equalsIgnoreCase ( "YES" ) ; continue ; } if ( e . getEntryType ( ) == ENTITY && e . getEntryArg ( 0 ) . equals ( entityName ) ) { if ( over || systemId == null ) { return e . getEntryArg ( 1 ) ; } } } return resolveSubordinateCatalogs ( ENTITY , entityName , publicId , systemId ) ; }

Devuelva el identificador de sistema de entidad aplicable.


public SpaceConnectionEvent ( Object id ) { _id = id ; }

Crea un evento con la identificación dada


public static List < String > quoteStrList  ( List < String > list ) { List < String > tmpList = list ; list = new LinkedList < String > ( ) ; for ( String str : tmpList ) { str = "'" + str + "'" ; list . add ( str ) ; } return list ; }

Encierra cada una de una lista de cadenas en comillas.


@ Override public Iterator < ShoppingCartItem > iterator  ( ) { return cartLines . iterator ( ) ; }

Devuelve un iterador de artículos de carrito.


public void readDataFile  ( URL fileUrl ) throws DataFileException  { if ( fileUrl == null ) { throw new IllegalStateException ( "File URL is null, cannot load file" ) ; } RecordIterator recordIterator = this . makeRecordIterator ( fileUrl ) ; while ( recordIterator . hasNext ( ) ) { this . records . add ( recordIterator . next ( ) ) ; } }

Carga (o recarga) el archivo de datos en la ubicación preestablecida.


public static int rgba  ( int r , int g , int b , int a ) { return ( ( a & 0xFF ) << 24 ) | ( ( r & 0xFF ) << 16 ) | ( ( g & 0xFF ) << 8 ) | ( ( b & 0xFF ) << 0 ) ; }

Obtenga el código de color para los valores rojos, verdes, azules y alfa dados.


public T walkInOptimizedOrder  ( final FieldVectorPreservingVisitor < T > visitor , final int start , final int end ) throws MathIllegalArgumentException { return walkInDefaultOrder ( visitor , start , end ) ; }

Visitas (pero no altera) algunas entradas de este vector en orden optimizado.El orden en que se visitan las entradas se seleccionan para llevar a la implementación más eficiente;Podría depender de la implementación concreta de esta clase abstracta.


public Builder cloneFrom  ( DisplayImageOptions options ) { imageResOnLoading = options . imageResOnLoading ; imageResForEmptyUri = options . imageResForEmptyUri ; imageResOnFail = options . imageResOnFail ; imageOnLoading = options . imageOnLoading ; imageForEmptyUri = options . imageForEmptyUri ; imageOnFail = options . imageOnFail ; resetViewBeforeLoading = options . resetViewBeforeLoading ; cacheInMemory = options . cacheInMemory ; cacheOnDisk = options . cacheOnDisk ; imageScaleType = options . imageScaleType ; decodingOptions = options . decodingOptions ; delayBeforeLoading = options . delayBeforeLoading ; considerExifParams = options . considerExifParams ; extraForDownloader = options . extraForDownloader ; preProcessor = options . preProcessor ; postProcessor = options . postProcessor ; displayer = options . displayer ; handler = options . handler ; isSyncLoading = options . isSyncLoading ; return this ; }

Establece todas las opciones igual a las opciones entrantes.


public static String toStackTraceString  ( Throwable throwable ) { StringWriter sw = new StringWriter ( ) ; PrintWriter pw = new PrintWriter ( sw ) ; throwable . printStackTrace ( pw ) ; String stackTraceString = sw . toString ( ) ; if ( stackTraceString . length ( ) > MAX_STACK_TRACE_SIZE ) { String disclaimer = " [stack trace too large]" ; stackTraceString = stackTraceString . substring ( 0 , MAX_STACK_TRACE_SIZE - disclaimer . length ( ) ) + disclaimer ; } return stackTraceString ; }


public static Predicate < EmailData > fromAddress  ( final String address ) { return null ; }

Un predicado que coincide con un mensaje de correo electrónico con la dirección del remitente dado.


public static SM_SYSTEM_MESSAGE STR_MSG_ITEM_CHARGE_LEVEL_DOWN  ( String value0 , String value1 ) { return new SM_SYSTEM_MESSAGE ( 1400893 , value0 , value1 ) ; }

% 0 se ha condicionado a nivel% 1, y las estadísticas del artículo han cambiado.


public static String s2  ( int v ) { char [ ] result = new char [ 5 ] ; if ( v < 0 ) { result [ 0 ] = '-' ; v = - v ; } else { result [ 0 ] = '+' ; } for ( int i = 0 ; i < 4 ; i ++ ) { result [ 4 - i ] = Character . forDigit ( v & 0x0f , 16 ) ; v >>= 4 ; } return new String ( result ) ; }

Formatos un <código> int </ code> como un valor hexagonal firmado de 2 bytes.


private static Dfp computePi  ( final Dfp one , final Dfp two , final Dfp three ) { Dfp sqrt2 = two . sqrt ( ) ; Dfp yk = sqrt2 . subtract ( one ) ; Dfp four = two . add ( two ) ; Dfp two2kp3 = two ; Dfp ak = two . multiply ( three . subtract ( two . multiply ( sqrt2 ) ) ) ; for ( int i = 1 ; i < 20 ; i ++ ) { final Dfp ykM1 = yk ; final Dfp y2 = yk . multiply ( yk ) ; final Dfp oneMinusY4 = one . subtract ( y2 . multiply ( y2 ) ) ; final Dfp s = oneMinusY4 . sqrt ( ) . sqrt ( ) ; yk = one . subtract ( s ) . divide ( one . add ( s ) ) ; two2kp3 = two2kp3 . multiply ( four ) ; final Dfp p = one . add ( yk ) ; final Dfp p2 = p . multiply ( p ) ; ak = ak . multiply ( p2 . multiply ( p2 ) ) . subtract ( two2kp3 . multiply ( yk ) . multiply ( one . add ( yk ) . add ( yk . multiply ( yk ) ) ) ) ; if ( yk . equals ( ykM1 ) ) { break ; } } return one . divide ( ak ) ; }

Cómputo & pi;Usando la fórmula de Jonathan y Peter Borwein Cuartic.


private void buildSpectrogram  ( ) { short [ ] amplitudes = wave . getSampleAmplitudes ( ) ; int numSamples = amplitudes . length ; int pointer ; if ( overlapFactor > 1 ) { int numOverlappedSamples = numSamples * overlapFactor ; int backSamples = fftSampleSize * ( overlapFactor - 1 ) / overlapFactor ; int fftSampleSize_1 = fftSampleSize - 1 ; short [ ] overlapAmp = new short [ numOverlappedSamples ] ; pointer = 0 ; for ( int i = 0 ; i < amplitudes . length ; i ++ ) { overlapAmp [ pointer ++ ] = amplitudes [ i ] ; if ( pointer % fftSampleSize == fftSampleSize_1 ) { i -= backSamples ; } } numSamples = numOverlappedSamples ; amplitudes = overlapAmp ; } numFrames = numSamples / fftSampleSize ; framesPerSecond = ( int ) ( numFrames / wave . length ( ) ) ; WindowFunction window = new WindowFunction ( ) ; window . setWindowType ( "Hamming" ) ; double [ ] win = window . generate ( fftSampleSize ) ; double [ ] [ ] signals = new double [ numFrames ] [ ] ; for ( int f = 0 ; f < numFrames ; f ++ ) { signals [ f ] = new double [ fftSampleSize ] ; int startSample = f * fftSampleSize ; for ( int n = 0 ; n < fftSampleSize ; n ++ ) { signals [ f ] [ n ] = amplitudes [ startSample + n ] * win [ n ] ; } } absoluteSpectrogram = new double [ numFrames ] [ ] ; FastFourierTransform fft = new FastFourierTransform ( ) ; for ( int i = 0 ; i < numFrames ; i ++ ) { absoluteSpectrogram [ i ] = fft . getMagnitudes ( signals [ i ] ) ; } if ( absoluteSpectrogram . length > 0 ) { numFrequencyUnit = absoluteSpectrogram [ 0 ] . length ; unitFrequency = ( double ) wave . getWaveHeader ( ) . getSampleRate ( ) / 2 / numFrequencyUnit ; spectrogram = new double [ numFrames ] [ numFrequencyUnit ] ; double maxAmp = Double . MIN_VALUE ; double minAmp = Double . MAX_VALUE ; for ( int i = 0 ; i < numFrames ; i ++ ) { for ( int j = 0 ; j < numFrequencyUnit ; j ++ ) { if ( absoluteSpectrogram [ i ] [ j ] > maxAmp ) { maxAmp = absoluteSpectrogram [ i ] [ j ] ; } else if ( absoluteSpectrogram [ i ] [ j ] < minAmp ) { minAmp = absoluteSpectrogram [ i ] [ j ] ; } } } double minValidAmp = 0.00000000001F ; if ( minAmp == 0 ) { minAmp = minValidAmp ; } double diff = Math . log10 ( maxAmp / minAmp ) ; for ( int i = 0 ; i < numFrames ; i ++ ) { for ( int j = 0 ; j < numFrequencyUnit ; j ++ ) { if ( absoluteSpectrogram [ i ] [ j ] < minValidAmp ) { spectrogram [ i ] [ j ] = 0 ; } else { spectrogram [ i ] [ j ] = ( Math . log10 ( absoluteSpectrogram [ i ] [ j ] / minAmp ) ) / diff ; } } } } }


public boolean isRestoredFromConfigfile  ( ) { return restoredFromConfigfile ; }

Devuelve si el nodo se restauró de un archivo de configuración.


public CircularWallForce ( float gravConst , float x , float y , float r ) { params = new float [ ] { gravConst } ; minValues = new float [ ] { DEFAULT_MIN_GRAV_CONSTANT } ; maxValues = new float [ ] { DEFAULT_MAX_GRAV_CONSTANT } ; this . x = x ; this . y = y ; this . r = r ; }


@ NotNull private List < GradleEditorEntityGroup > parse  ( @ NotNull String relativeGradleConfigPath ) { VirtualFile baseDir = myFixture . getProject ( ) . getBaseDir ( ) ; String filePath = baseDir . getPath ( ) + '/' + relativeGradleConfigPath ; VirtualFile vFile = LocalFileSystem . getInstance ( ) . refreshAndFindFileByPath ( filePath ) ; assertNotNull ( filePath , vFile ) ; return new GradleEditorModelParserFacade ( ) . parse ( vFile , myFixture . getProject ( ) ) ; }

Construye el modelo de editor de grados de grabación para el archivo de configuración de Gradéce de destino.


public UnivariatePeriodicInterpolator ( UnivariateInterpolator interpolator , double period , int extend ) { this . interpolator = interpolator ; this . period = period ; this . extend = extend ; }


Crea una nueva instancia de Averagelinkclusterer.


public static final void toString  ( StringBuffer output , Object obj , Class type ) { if ( obj == null ) { output . append ( "null" ) ; return ; } if ( type . isPrimitive ( ) ) { if ( type == Boolean . TYPE ) toString ( output , ( boolean [ ] ) obj ) ; else if ( type == Character . TYPE ) toString ( output , ( char [ ] ) obj ) ; else if ( type == Byte . TYPE ) toString ( output , ( byte [ ] ) obj ) ; else if ( type == Short . TYPE ) toString ( output , ( short [ ] ) obj ) ; else if ( type == Integer . TYPE ) toString ( output , ( int [ ] ) obj ) ; else if ( type == Long . TYPE ) toString ( output , ( long [ ] ) obj ) ; else if ( type == Float . TYPE ) toString ( output , ( float [ ] ) obj ) ; else if ( type == Double . TYPE ) toString ( output , ( double [ ] ) obj ) ; return ; } Object [ ] tab = ( Object [ ] ) obj ; output . append ( "(" ) ; int size = tab . length ; output . append ( size ) ; if ( listMax == - 1 || size <= listMax ) { for ( int i = 0 ; i < size ; i ++ ) { output . append ( "," ) ; toString ( output , tab [ i ] ) ; } } else { int border = size / 2 ; if ( listBorder < border ) border = listBorder ; for ( int i = 0 ; i < border ; i ++ ) { output . append ( "," ) ; toString ( output , tab [ i ] ) ; } output . append ( ",..." ) ; for ( int i = border ; i > 0 ; i -- ) { output . append ( "," ) ; toString ( output , tab [ size - i ] ) ; } } output . append ( ")" ) ; }

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


@ TargetApi ( 11 ) public void zoomAndCenterAnimated  ( float scaleX , float scaleY , float xValue , float yValue , AxisDependency axis , long duration ) { if ( android . os . Build . VERSION . SDK_INT >= 11 ) { MPPointD origin = getValuesByTouchPoint ( mViewPortHandler . contentLeft ( ) , mViewPortHandler . contentTop ( ) , axis ) ; Runnable job = AnimatedZoomJob . getInstance ( mViewPortHandler , this , getTransformer ( axis ) , getAxis ( axis ) , mXAxis . mAxisRange , scaleX , scaleY , mViewPortHandler . getScaleX ( ) , mViewPortHandler . getScaleY ( ) , xValue , yValue , ( float ) origin . x , ( float ) origin . y , duration ) ; addViewportJob ( job ) ; MPPointD . recycleInstance ( origin ) ; } else { Log . e ( LOG_TAG , "Unable to execute zoomAndCenterAnimated(...) on API level < 11" ) ; } }

Zooms por el factor de escala especificado a los valores especificados en el eje especificado.


public PlacesCheckinQuery ( VkApiClient client , UserActor actor ) { super ( client , "places.checkin" , CheckinResponse . class ) ; accessToken ( actor . getAccessToken ( ) ) ; }

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


private static List < String [ ] > checkAndSplitPatterns  ( Collection < String > patterns ) { List < String [ ] > list = Lists . newArrayListWithCapacity ( patterns . size ( ) ) ; for ( String pattern : patterns ) { String error = GlobPatternValidator . validate ( pattern ) ; if ( error != null ) { throw new IllegalArgumentException ( error ) ; } Iterable < String > segments = Splitter . on ( '/' ) . split ( pattern ) ; list . add ( Iterables . toArray ( segments , String . class ) ) ; } return list ; }

Comprueba que cada patrón es válido, la divide en segmentos y verifica que cada segmento solo contenga comodines válidos.


public boolean hasValidBackgroundColor  ( ) { return mBackgroundColor != ShortcutHelper . MANIFEST_COLOR_INVALID_OR_MISSING ; }

Devuelve si el color de fondo especificado en la intención es válido.Un color de fondo no es válido si su valor es shortcuthelper.manifest_color_invalid_or_missing.


protected void internalTransform  ( Body b , String phaseName , Map options ) { SmartLocalDefs sld = SmartLocalDefsPool . v ( ) . getSmartLocalDefsFor ( b ) ; UnitGraph g = sld . getGraph ( ) ; NaiveSideEffectTester nset = new NaiveSideEffectTester ( ) ; LoopFinder lf = new LoopFinder ( ) ; lf . internalTransform ( b , phaseName , options ) ; Collection < Loop > loops = lf . loops ( ) ; constants = new ArrayList ( ) ; if ( loops . isEmpty ( ) ) return ; Iterator < Loop > lIt = loops . iterator ( ) ; while ( lIt . hasNext ( ) ) { Loop loop = lIt . next ( ) ; Stmt header = loop . getHead ( ) ; Collection < Stmt > loopStmts = loop . getLoopStatements ( ) ; Iterator < Stmt > bIt = loopStmts . iterator ( ) ; while ( bIt . hasNext ( ) ) { Stmt tStmt = bIt . next ( ) ; handleLoopBodyStmt ( tStmt , nset , loopStmts ) ; } } }

Este usa el probador de efectos secundarios.


public CandidateEstimator ( DoubleDataSource signal , Window window , int frameShift , int samplingRate , int minF0 , int maxF0 ) { this ( signal , window , frameShift , samplingRate ) ; this . minF0 = minF0 ; this . maxF0 = maxF0 ; }

Pista el contorno F0, utilizando el método de autocorrelación.


public List < SerialMessage > executeRefresh  ( ZWaveThingChannel channel , ZWaveNode node ) { return new ArrayList < SerialMessage > ( ) ; }

Ejecutar método de actualización.Este método se llama cada vez que se actualiza un elemento de unión y el nodo correspondiente debe enviarse un mensaje.


public ResultPoint [ ] detect  ( ) throws NotFoundException  { int height = image . getHeight ( ) ; int width = image . getWidth ( ) ; int halfHeight = height / 2 ; int halfWidth = width / 2 ; int deltaY = Math . max ( 1 , height / ( MAX_MODULES * 8 ) ) ; int deltaX = Math . max ( 1 , width / ( MAX_MODULES * 8 ) ) ; int top = 0 ; int bottom = height ; int left = 0 ; int right = width ; ResultPoint pointA = findCornerFromCenter ( halfWidth , 0 , left , right , halfHeight , - deltaY , top , bottom , halfWidth / 2 ) ; top = ( int ) pointA . getY ( ) - 1 ; ResultPoint pointB = findCornerFromCenter ( halfWidth , - deltaX , left , right , halfHeight , 0 , top , bottom , halfHeight / 2 ) ; left = ( int ) pointB . getX ( ) - 1 ; ResultPoint pointC = findCornerFromCenter ( halfWidth , deltaX , left , right , halfHeight , 0 , top , bottom , halfHeight / 2 ) ; right = ( int ) pointC . getX ( ) + 1 ; ResultPoint pointD = findCornerFromCenter ( halfWidth , 0 , left , right , halfHeight , deltaY , top , bottom , halfWidth / 2 ) ; bottom = ( int ) pointD . getY ( ) + 1 ; pointA = findCornerFromCenter ( halfWidth , 0 , left , right , halfHeight , - deltaY , top , bottom , halfWidth / 4 ) ; return new ResultPoint [ ] { pointA , pointB , pointC , pointD } ; }

Detecta una región rectangular de blanco y negro, en su mayoría negro, con una región de la mayoría de los blancos, en una imagen.


public static SM_SYSTEM_MESSAGE STR_FACTION_POINTDOWN  ( String value0 , String value1 ) { return new SM_SYSTEM_MESSAGE ( 1300518 , value0 , value1 ) ; }

La reputación de% 0 ha caído por% 1 punto (s).


private static AuthCredential authCredentialsFromUrl  ( String url ) { if ( isValidLoginSchema ( url ) ) { url = url . replace ( Utils . getCallbackUrl ( ) + "#" , Utils . getCallbackUrl ( ) + "?" ) ; HttpUrl parsed = HttpUrl . parse ( url ) ; try { String idToken = parsed . queryParameter ( "id_token" ) ; AuthCredential authCredentials = new AuthCredential ( ) ; authCredentials . setAccessToken ( idToken ) ; authCredentials . setTokenType ( parsed . queryParameter ( "token_type" ) ) ; authCredentials . setRefreshToken ( parsed . queryParameter ( "refresh_token" ) ) ; JwtConsumer consumer = new JwtConsumerBuilder ( ) . setSkipAllValidators ( ) . setDisableRequireSignature ( ) . setSkipSignatureVerification ( ) . build ( ) ; JwtClaims claims = consumer . processToClaims ( idToken ) ; authCredentials . setUserId ( claims . getSubject ( ) ) ; authCredentials . setExpiresAt ( new Date ( claims . getExpirationTime ( ) . getValueInMillis ( ) ) ) ; return authCredentials ; } catch ( InvalidJwtException | MalformedClaimException e ) { e . printStackTrace ( ) ; } } return null ; }

Genera un objeto AuthCredentials de una URL


@ Override public void fatalError  ( String domain , String key , XMLParseException exception ) throws XNIException { fDOMError . fSeverity = DOMError . SEVERITY_FATAL_ERROR ; fDOMError . fException = exception ; fErrorCode . setValues ( domain , key ) ; String domErrorType = DOMErrorTypeMap . getDOMErrorType ( fErrorCode ) ; fDOMError . fType = ( domErrorType != null ) ? domErrorType : key ; fDOMError . fRelatedData = fDOMError . fMessage = exception . getMessage ( ) ; DOMLocatorImpl locator = fDOMError . fLocator ; if ( locator != null ) { locator . fColumnNumber = exception . getColumnNumber ( ) ; locator . fLineNumber = exception . getLineNumber ( ) ; locator . fUtf16Offset = exception . getCharacterOffset ( ) ; locator . fUri = exception . getExpandedSystemId ( ) ; locator . fRelatedNode = fCurrentNode ; } if ( fDomErrorHandler != null ) { fDomErrorHandler . handleError ( fDOMError ) ; } }

Reportar un error fatal.Los errores fatales generalmente ocurren cuando el documento no está bien formado y significa que el analizador no puede continuar con el funcionamiento normal.<P /> <strong> Nota: </ strong> El controlador de errores debe <em> siempre </ em> lanzar un <código> xniexception </ code> de este método.Esta excepción puede ser la misma excepción que se pasa como un parámetro al método o un nuevo objeto de excepción XNI.Si el controlador de errores registrado no logra lanzar una excepción, la operación continua del analizador está indeterminada.


public static boolean isComparable  ( ValidatedInfo info1 , ValidatedInfo info2 ) { final short primitiveType1 = convertToPrimitiveKind ( info1 . actualValueType ) ; final short primitiveType2 = convertToPrimitiveKind ( info2 . actualValueType ) ; if ( primitiveType1 != primitiveType2 ) { return ( primitiveType1 == XSConstants . ANYSIMPLETYPE_DT && primitiveType2 == XSConstants . STRING_DT || primitiveType1 == XSConstants . STRING_DT && primitiveType2 == XSConstants . ANYSIMPLETYPE_DT ) ; } else if ( primitiveType1 == XSConstants . LIST_DT || primitiveType1 == XSConstants . LISTOFUNION_DT ) { final ShortList typeList1 = info1 . itemValueTypes ; final ShortList typeList2 = info2 . itemValueTypes ; final int typeList1Length = typeList1 != null ? typeList1 . getLength ( ) : 0 ; final int typeList2Length = typeList2 != null ? typeList2 . getLength ( ) : 0 ; if ( typeList1Length != typeList2Length ) { return false ; } for ( int i = 0 ; i < typeList1Length ; ++ i ) { final short primitiveItem1 = convertToPrimitiveKind ( typeList1 . item ( i ) ) ; final short primitiveItem2 = convertToPrimitiveKind ( typeList2 . item ( i ) ) ; if ( primitiveItem1 != primitiveItem2 ) { if ( primitiveItem1 == XSConstants . ANYSIMPLETYPE_DT && primitiveItem2 == XSConstants . STRING_DT || primitiveItem1 == XSConstants . STRING_DT && primitiveItem2 == XSConstants . ANYSIMPLETYPE_DT ) { continue ; } return false ; } } } return true ; }

Devuelve VERDADERO si los dos objetos validados se pueden comparar en el mismo espacio de valor.


private void populatePrevScanNarrowing  ( ) { if ( ScanContainer . scanContainer . isScanRefinable ( ) ) { refine_by_last_scan . setVisibility ( View . VISIBLE ) ; exResPrevScan . setText ( String . format ( getString ( R . string . last_scan ) , ScanContainer . scanContainer . getPrevScanName ( ) ) ) ; } else { refine_by_last_scan . setVisibility ( View . GONE ) ; } }

Muestra la parte "Refine al subir de nivel" si el Pokemon anterior podría ser una versión mejorada.


public static Executor createTaskDistributor  ( ) { return Executors . newCachedThreadPool ( createThreadFactory ( Thread . NORM_PRIORITY , "uil-pool-d-" ) ) ; }

Crea la implementación predeterminada del distribuidor de tareas.


public boolean hasNext  ( ) { return ! isClosed && nextLine != null ; }


public void reAddAllItems  ( @ NonNull Collection < ? extends MODEL > collection ) { if ( collection . size ( ) == 0 ) { return ; } mInserts . addAll ( createEmptyInsertsList ( collection . size ( ) ) ) ; getItems ( ) . addAll ( collection ) ; }

Agregar todos los artículos sin contadores de actualización


public static void log  ( final String _msg ) { FirebaseCrash . log ( _msg ) ; }


@ Override public Filter createLogicFilter  ( List < Filter > filterList ) { return null ; }


public Criteria createCriteria  ( ) { Criteria criteria = createCriteriaInternal ( ) ; if ( oredCriteria . size ( ) == 0 ) { oredCriteria . add ( criteria ) ; } return criteria ; }

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


public void apply  ( NexusStreamParser np ) throws Exception { }


public void parseFile  ( String fileName ) { System . out . println ( "Parsing file " + fileName + "..." ) ; File fTmp = new File ( fileName ) ; if ( fTmp . isFile ( ) ) baseDir = fTmp . getParent ( ) ; String currentLine ; try { BufferedReader in = new BufferedReader ( new FileReader ( fileName ) ) ; while ( ( currentLine = in . readLine ( ) ) != null ) { this . numberOfClusters ++ ; String [ ] splitted = currentLine . split ( "\\s" ) ; String key = splitted [ splitted . length - 2 ] + " " + splitted [ splitted . length - 1 ] ; TreeSet docSet = new TreeSet ( ) ; for ( int i = 0 ; i < splitted . length - 3 ; i ++ ) docSet . add ( splitted [ i ] ) ; if ( this . clusters . containsKey ( key ) ) { LinkedList currentList = ( LinkedList ) this . clusters . get ( key ) ; currentList . add ( docSet ) ; this . clusters . put ( key , currentList ) ; } else { LinkedList list = new LinkedList ( ) ; list . add ( docSet ) ; this . clusters . put ( key , list ) ; } } in . close ( ) ; System . out . println ( "Parsing of file completed." ) ; } catch ( FileNotFoundException ex ) { ex . printStackTrace ( ) ; } catch ( IOException e ) { e . printStackTrace ( ) ; } }

Analice el archivo especificado por la cadena FileFormat y almacene la información necesaria a las estructuras de datos de esta clase.


public boolean needsRewrite  ( ) { ASTNode$State state = state ( ) ; try { return false ; } finally { } }

Atributo de utilidad para reescritura literal.Cualquiera de las subclases numericliterales ya se ha reescrito y / o analizado, y no debe volver a escribir nuevamente.


public RoleAuthority ( String role ) { this . role = role ; }

Una autoridad de papel con un nombre de rol específico.


public SketchRoundUpMapper ( String columnName ) { this . columnName = columnName ; }


public void printResults  ( ) { for ( ResultSinkInfo sink : this . results . keySet ( ) ) { logger . info ( "Found a flow to sink {}, from the following sources:" , sink ) ; for ( ResultSourceInfo source : this . results . get ( sink ) ) { logger . info ( "\t- {}" , source . getSource ( ) ) ; if ( source . getPath ( ) != null && ! source . getPath ( ) . isEmpty ( ) ) logger . info ( "\t\ton Path {}" , source . getPath ( ) ) ; } } }

Imprime todos los resultados almacenados en este objeto a la salida estándar.


protected Map < LogicalMetric , Set < ApiHaving > > generateHavings  ( String havingQuery , Set < LogicalMetric > logicalMetrics , MetricDictionary metricDictionary ) throws BadApiRequestException { LOG . trace ( "Metric Dictionary: {}" , metricDictionary ) ; if ( havingQuery == null || "" . equals ( havingQuery ) ) { return Collections . emptyMap ( ) ; } List < String > unmatchedMetrics = new ArrayList < > ( ) ; List < String > apiHavings = Arrays . asList ( havingQuery . split ( COMMA_AFTER_BRACKET_PATTERN ) ) ; Map < LogicalMetric , Set < ApiHaving > > generated = new LinkedHashMap < > ( ) ; for ( String apiHaving : apiHavings ) { try { ApiHaving newHaving = new ApiHaving ( apiHaving , metricDictionary ) ; LogicalMetric metric = newHaving . getMetric ( ) ; if ( ! logicalMetrics . contains ( metric ) ) { unmatchedMetrics . add ( metric . getName ( ) ) ; } else { generated . putIfAbsent ( metric , new LinkedHashSet < > ( ) ) ; generated . get ( metric ) . add ( newHaving ) ; } } catch ( BadHavingException havingException ) { throw new BadApiRequestException ( havingException . getMessage ( ) , havingException ) ; } } if ( ! unmatchedMetrics . isEmpty ( ) ) { LOG . debug ( HAVING_METRICS_NOT_IN_QUERY_FORMAT . logFormat ( unmatchedMetrics . toString ( ) ) ) ; throw new BadApiRequestException ( HAVING_METRICS_NOT_IN_QUERY_FORMAT . format ( unmatchedMetrics . toString ( ) ) ) ; } LOG . trace ( "Generated map of havings: {}" , generated ) ; return generated ; }

Genera tener objetos basados en la consulta que tiene una consulta en la solicitud API.


public void reverse  ( ) { reverse ( 0 , _pos ) ; }

Invierta el orden de los elementos en la lista.


protected BoardCreateCommentQuery topicId  ( int value ) { return unsafeParam ( "topic_id" , value ) ; }


public RequestHandle head  ( Context context , String url , ResponseHandlerInterface responseHandler ) { return head ( context , url , null , responseHandler ) ; }

Realice una solicitud de cabeza HTTP sin ningún parámetro y rastree el contexto de Android que inició la solicitud.


public CylinderArea ( ZoneName zoneName , int worldId , Point2D center , float radius , float minZ , float maxZ ) { this ( zoneName , worldId , center . getX ( ) , center . getY ( ) , radius , minZ , maxZ ) ; }


public ValueComboBoxData ( String key , String text , VendorOptionVersion vendorOptionVersion , Class < ? > panelId ) { super ( ) ; this . key = key ; this . text = text ; this . panelId = panelId ; this . vendorOptionVersion = vendorOptionVersion ; }

Instantánea un nuevo valor de la caja de combo de valor.


public Object loadFromInputStream  ( final InputStream inputStream ) throws XMLException { Object readObject = null ; try { readObject = unmarshaller . unmarshal ( inputStream ) ; if ( readObject instanceof JAXBElement ) { readObject = ( ( JAXBElement ) readObject ) . getValue ( ) ; } } catch ( JAXBException e ) { try { throw new XMLException ( "Cannot unmarshal the XML: " + IOUtils . toString ( inputStream ) , e ) ; } catch ( IOException e1 ) { throw new XMLException ( "Cannot unmarshal the XML" , e1 ) ; } } catch ( IllegalArgumentException e ) { try { throw new XMLException ( "Cannot unmarshal the XML: " + IOUtils . toString ( inputStream ) , e ) ; } catch ( IOException e1 ) { throw new XMLException ( "Cannot unmarshal the XML" , e1 ) ; } } return readObject ; }

Carga un documento XML desde un flujo y la libra.


public static SM_SYSTEM_MESSAGE STR_DEATH_REGISTER_RESURRECT_POINT  ( String subzone ) { return new SM_SYSTEM_MESSAGE ( 1300670 , subzone ) ; }


protected void initializeWorld  ( ) { this . world . setNarrowphaseDetector ( new Sat ( ) ) ; List < Link > links = Geometry . createLinks ( new Vector2 [ ] { new Vector2 ( - 6.0 , 0.5 ) , new Vector2 ( 0.0 , 0.0 ) , new Vector2 ( 2.0 , 0.0 ) , new Vector2 ( 4.0 , 0.2 ) , new Vector2 ( 4.5 , 0.3 ) , new Vector2 ( 6.0 , - 0.5 ) } , false ) ; SimulationBody floor = new SimulationBody ( ) ; for ( Link link : links ) { floor . addFixture ( link ) ; } floor . setMass ( MassType . INFINITE ) ; this . world . addBody ( floor ) ; SimulationBody slider = new SimulationBody ( ) ; slider . addFixture ( Geometry . createSquare ( 0.25 ) ) ; slider . setMass ( MassType . NORMAL ) ; slider . setLinearVelocity ( 6.2 , 0 ) ; slider . translate ( - 5.5 , 1.0 ) ; this . world . addBody ( slider ) ; }

Crea objetos de juego y los agrega al mundo.


public void loadGrammar  ( XMLInputSource source [ ] ) throws IOException , XNIException { int numSource = source . length ; for ( int i = 0 ; i < numSource ; ++ i ) { loadGrammar ( source [ i ] ) ; } }

Devuelve un objeto de gramática al analizar los contenidos de las entidades apuntadas por fuentes.


public RectangleArea ( ZoneName zoneName , int worldId , float minX , float minY , float maxX , float maxY , float minZ , float maxZ ) { super ( zoneName , worldId , minZ , maxZ ) ; this . minX = minX ; this . maxX = maxX ; this . minY = minY ; this . maxY = maxY ; }


public static JSONArray toJSONArray  ( JSONArray names , String string ) throws JSONException { return toJSONArray ( names , new JSONTokener ( string ) ) ; }

Produce un JSONARRAY de JSONOBJECTOS de una cadena de texto delimitada por comas utilizando un JSONARRAY suministrado como la fuente de los nombres de elementos.


private < T , S  extends ParseTree > T parseQueryFragment  ( Function < GraqlParser , S > parseRule , BiFunction < QueryVisitor , S , T > visit , GraqlErrorListener errorListener , TokenStream tokens ) { GraqlParser parser = new GraqlParser ( tokens ) ; parser . removeErrorListeners ( ) ; parser . addErrorListener ( errorListener ) ; S tree = parseRule . apply ( parser ) ; if ( errorListener . hasErrors ( ) ) { throw new IllegalArgumentException ( errorListener . toString ( ) ) ; } return visit . apply ( getQueryVisitor ( ) , tree ) ; }

Analizar cualquier parte de una consulta de Graql


@ SuppressWarnings ( { "unchecked" , "rawtypes" } ) public void storeObject  ( VisibleObject object ) { if ( object . getPosition ( ) == null ) { log . warn ( "Not putting object with null position!!! " + object . getObjectTemplate ( ) . getTemplateId ( ) ) ; return ; } if ( allObjects . put ( object . getObjectId ( ) , object ) != null ) { throw new DuplicateAionObjectException ( ) ; } if ( object instanceof Player ) { allPlayers . add ( ( Player ) object ) ; } if ( object instanceof SiegeNpc ) { SiegeNpc siegeNpc = ( SiegeNpc ) object ; Collection < SiegeNpc > npcs = localSiegeNpcs . get ( siegeNpc . getSiegeId ( ) ) ; if ( npcs == null ) { synchronized ( localSiegeNpcs ) { if ( localSiegeNpcs . containsKey ( siegeNpc . getSiegeId ( ) ) ) { npcs = localSiegeNpcs . get ( siegeNpc . getSiegeId ( ) ) ; } else { npcs = new FastList < SiegeNpc > ( ) . shared ( ) ; localSiegeNpcs . put ( siegeNpc . getSiegeId ( ) , npcs ) ; } } } npcs . add ( siegeNpc ) ; } if ( object . getSpawn ( ) instanceof BaseSpawnTemplate ) { BaseSpawnTemplate bst = ( BaseSpawnTemplate ) object . getSpawn ( ) ; int baseId = bst . getId ( ) ; if ( ! baseNpc . containsKey ( baseId ) ) { baseNpc . put ( baseId , new FastList ( ) ) ; } baseNpc . get ( baseId ) . add ( ( Npc ) object ) ; } if ( object instanceof Npc ) { allNpcs . put ( object . getObjectId ( ) , ( Npc ) object ) ; } }


@ Override protected final void startNamespaceScope  ( QName element , XMLAttributes attributes , Augmentations augs ) throws XNIException { fNamespaceContext . pushContext ( ) ; if ( element . prefix == XMLSymbols . PREFIX_XMLNS ) { fErrorReporter . reportError ( XMLMessageFormatter . XMLNS_DOMAIN , "ElementXMLNSPrefix" , new Object [ ] { element . rawname } , XMLErrorReporter . SEVERITY_FATAL_ERROR ) ; } int length = attributes . getLength ( ) ; for ( int i = 0 ; i < length ; i ++ ) { String localpart = attributes . getLocalName ( i ) ; String prefix = attributes . getPrefix ( i ) ; if ( prefix == XMLSymbols . PREFIX_XMLNS || prefix == XMLSymbols . EMPTY_STRING && localpart == XMLSymbols . PREFIX_XMLNS ) { String uri = fSymbolTable . addSymbol ( attributes . getValue ( i ) ) ; if ( prefix == XMLSymbols . PREFIX_XMLNS && localpart == XMLSymbols . PREFIX_XMLNS ) { fErrorReporter . reportError ( XMLMessageFormatter . XMLNS_DOMAIN , "CantBindXMLNS" , new Object [ ] { attributes . getQName ( i ) } , XMLErrorReporter . SEVERITY_FATAL_ERROR ) ; } if ( uri == NamespaceContext . XMLNS_URI ) { fErrorReporter . reportError ( XMLMessageFormatter . XMLNS_DOMAIN , "CantBindXMLNS" , new Object [ ] { attributes . getQName ( i ) } , XMLErrorReporter . SEVERITY_FATAL_ERROR ) ; } if ( localpart == XMLSymbols . PREFIX_XML ) { if ( uri != NamespaceContext . XML_URI ) { fErrorReporter . reportError ( XMLMessageFormatter . XMLNS_DOMAIN , "CantBindXML" , new Object [ ] { attributes . getQName ( i ) } , XMLErrorReporter . SEVERITY_FATAL_ERROR ) ; } } else { if ( uri == NamespaceContext . XML_URI ) { fErrorReporter . reportError ( XMLMessageFormatter . XMLNS_DOMAIN , "CantBindXML" , new Object [ ] { attributes . getQName ( i ) } , XMLErrorReporter . SEVERITY_FATAL_ERROR ) ; } } prefix = localpart != XMLSymbols . PREFIX_XMLNS ? localpart : XMLSymbols . EMPTY_STRING ; fNamespaceContext . declarePrefix ( prefix , uri . length ( ) != 0 ? uri : null ) ; } } String prefix = element . prefix != null ? element . prefix : XMLSymbols . EMPTY_STRING ; element . uri = fNamespaceContext . getURI ( prefix ) ; if ( element . prefix == null && element . uri != null ) { element . prefix = XMLSymbols . EMPTY_STRING ; } if ( element . prefix != null && element . uri == null ) { fErrorReporter . reportError ( XMLMessageFormatter . XMLNS_DOMAIN , "ElementPrefixUnbound" , new Object [ ] { element . prefix , element . rawname } , XMLErrorReporter . SEVERITY_FATAL_ERROR ) ; } for ( int i = 0 ; i < length ; i ++ ) { attributes . getName ( i , fAttributeQName ) ; String aprefix = fAttributeQName . prefix != null ? fAttributeQName . prefix : XMLSymbols . EMPTY_STRING ; String arawname = fAttributeQName . rawname ; if ( arawname == XMLSymbols . PREFIX_XMLNS ) { fAttributeQName . uri = fNamespaceContext . getURI ( XMLSymbols . PREFIX_XMLNS ) ; attributes . setName ( i , fAttributeQName ) ; } else if ( aprefix != XMLSymbols . EMPTY_STRING ) { fAttributeQName . uri = fNamespaceContext . getURI ( aprefix ) ; if ( fAttributeQName . uri == null ) { fErrorReporter . reportError ( XMLMessageFormatter . XMLNS_DOMAIN , "AttributePrefixUnbound" , new Object [ ] { element . rawname , arawname , aprefix } , XMLErrorReporter . SEVERITY_FATAL_ERROR ) ; } attributes . setName ( i , fAttributeQName ) ; } } int attrCount = attributes . getLength ( ) ; for ( int i = 0 ; i < attrCount - 1 ; i ++ ) { String auri = attributes . getURI ( i ) ; if ( auri == null || auri == NamespaceContext . XMLNS_URI ) { continue ; } String alocalpart = attributes . getLocalName ( i ) ; for ( int j = i + 1 ; j < attrCount ; j ++ ) { String blocalpart = attributes . getLocalName ( j ) ; String buri = attributes . getURI ( j ) ; if ( alocalpart == blocalpart && auri == buri ) { fErrorReporter . reportError ( XMLMessageFormatter . XMLNS_DOMAIN , "AttributeNSNotUnique" , new Object [ ] { element . rawname , alocalpart , auri } , XMLErrorReporter . SEVERITY_FATAL_ERROR ) ; } } } }


public static long calculateDifference  ( long startTimeMillis , long endTimeMillis , DifferenceMode mode ) { return calculateDifference ( new Date ( startTimeMillis ) , new Date ( endTimeMillis ) , mode ) ; }


private JSONObject createJSONObject  ( MotionEvent motionEvent , int pos , int pointerIndex ) { PointF screenXY , pageXY ; if ( pos == CUR_EVENT ) { pageXY = getEventLocInPageCoordinate ( motionEvent , pointerIndex ) ; screenXY = getEventLocInScreenCoordinate ( motionEvent , pointerIndex ) ; } else { pageXY = getEventLocInPageCoordinate ( motionEvent , pointerIndex , pos ) ; screenXY = getEventLocInScreenCoordinate ( motionEvent , pointerIndex , pos ) ; } return createJSONObject ( screenXY , pageXY , ( float ) motionEvent . getPointerId ( pointerIndex ) ) ; }

Cree un touchObjecto para un puntero en un momento determinado.


public static java . sql . Date toSqlDate  ( int month , int day , int year ) { java . util . Date newDate = toDate ( month , day , year , 0 , 0 , 0 ) ; if ( newDate != null ) { return new java . sql . Date ( newDate . getTime ( ) ) ; } else { return null ; } }

Hace un java.sql.date de un INTS separado para el mes, día, año


public void put  ( String key , InputStream stream , String name , String contentType ) { if ( key != null && stream != null ) { streamParams . put ( key , new StreamWrapper ( stream , name , contentType ) ) ; } }

Agrega un flujo de entrada a la solicitud.


public OLSMultipleLinearRegression ( final double threshold ) { this . threshold = threshold ; }

Cree una instancia de OlsmultiplLelIrregresión vacía, utilizando el umbral de singularidad dado para la descomposición QR.


protected boolean isValidFragment  ( String fragmentName ) { return PreferenceFragment . class . getName ( ) . equals ( fragmentName ) || GeneralPreferenceFragment . class . getName ( ) . equals ( fragmentName ) ; }

Este método deja de inyección de fragmentos en aplicaciones maliciosas.Asegúrese de negar cualquier fragmento desconocido aquí.


public static float [ ] unQuantize  ( short [ ] s , float fMin , float fRange ) { int len = s . length ; float [ ] ret = new float [ len ] ; for ( int i = 0 ; i < len ; i ++ ) ret [ i ] = unQuantize ( s [ i ] , fMin , fRange ) ; return ( ret ) ; }

Una matriz no cuantificada de 16 bits firmó pantalones cortos sobre un rango de flotador


public void populateAll  ( ) throws GeneralException  { this . populateUsedEntities ( ) ; this . populateCalledServices ( ) ; this . populateTriggeredServiceEcas ( ) ; }

Esto debe llamarse después de la creación del artefactinfofactorio después de que esta clase haya sido puesta en el mapa global para evitar la inicialización recursiva


public void addDeviceCommand  ( DeviceCommand deviceCommand ) { this . deviceCommands . add ( deviceCommand ) ; }

Agregar un comando de dispositivo al objeto de transferencia.


boolean insert  ( BinarySearchTreeNode < E > item ) { if ( this . root == null ) { this . root = item ; this . size ++ ; return true ; } else { return this . insert ( item , this . root ) ; } }


public static ViewTapTarget forView  ( View view , CharSequence title ) { return forView ( view , title , null ) ; }

Devuelva un destino TAP para la vista especificada


public AudioDeleteQuery ( VkApiClient client , UserActor actor , int audioId , int ownerId ) { super ( client , "audio.delete" , OkResponse . class ) ; accessToken ( actor . getAccessToken ( ) ) ; audioId ( audioId ) ; ownerId ( ownerId ) ; }

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


private void fixPhoneme_AH  ( Utterance utterance ) { for ( Item item = utterance . getRelation ( Relation . SEGMENT ) . getHead ( ) ; item != null ; item = item . getNext ( ) ) { if ( item . getFeatures ( ) . getString ( "name" ) . equals ( "ah" ) ) { item . getFeatures ( ) . setString ( "name" , "aa" ) ; } } }

Convierte a todos los fonemas de AH en AA Phonemes.Esto realmente debería hacerse en el índice en sí.


@ SkylarkCallable ( name = "first_line_message" , doc = "The message of the change" , structField = true ) public String firstLineMessage  ( ) { int idx = message . indexOf ( '\n' ) ; return idx == - 1 ? message : message . substring ( 0 , idx ) ; }

Devuelve la primera línea del cambio.Por lo general, un resumen.


public XMLStreamException ( String msg , Location location ) { super ( "ParseError at [row,col]:[" + location . getLineNumber ( ) + "," + location . getColumnNumber ( ) + "]\n" + "Message: " + msg ) ; this . location = location ; }

Construya una excepción con el mensaje asociado, la excepción y la ubicación.


public DatabaseGetCountriesQuery count  ( Integer value ) { return unsafeParam ( "count" , value ) ; }


private static ByteBuf encode  ( MessageType messageType , Consumer < ByteBuf > messageEncoder , ByteBuf buffer ) throws UaException { buffer . writeMedium ( MessageType . toMediumInt ( messageType ) ) ; buffer . writeByte ( 'F' ) ; int lengthIndex = buffer . writerIndex ( ) ; buffer . writeInt ( 0 ) ; int indexBefore = buffer . writerIndex ( ) ; messageEncoder . accept ( buffer ) ; int indexAfter = buffer . writerIndex ( ) ; int bytesWritten = indexAfter - indexBefore ; buffer . writerIndex ( lengthIndex ) ; buffer . writeInt ( 8 + bytesWritten ) ; buffer . writerIndex ( indexAfter ) ; return buffer ; }


public MarketGetAlbumsQuery count  ( Integer value ) { return unsafeParam ( "count" , value ) ; }


public SimpleLocalUses ( Body body , LocalDefs localDefs ) { this . body = body ; if ( Options . v ( ) . time ( ) ) Timers . v ( ) . usesTimer . start ( ) ; if ( Options . v ( ) . time ( ) ) Timers . v ( ) . usePhase1Timer . start ( ) ; if ( Options . v ( ) . verbose ( ) ) G . v ( ) . out . println ( "[" + body . getMethod ( ) . getName ( ) + "]     Constructing SimpleLocalUses..." ) ; unitToUses = new HashMap < Unit , List < UnitValueBoxPair > > ( body . getUnits ( ) . size ( ) * 2 + 1 , 0.7f ) ; if ( Options . v ( ) . time ( ) ) Timers . v ( ) . usePhase1Timer . end ( ) ; if ( Options . v ( ) . time ( ) ) Timers . v ( ) . usePhase2Timer . start ( ) ; for ( Unit unit : body . getUnits ( ) ) { for ( ValueBox useBox : unit . getUseBoxes ( ) ) { Value v = useBox . getValue ( ) ; if ( v instanceof Local ) { Local l = ( Local ) v ; UnitValueBoxPair newPair = new UnitValueBoxPair ( unit , useBox ) ; List < Unit > defs = localDefs . getDefsOfAt ( l , unit ) ; if ( defs != null ) for ( Unit def : defs ) { List < UnitValueBoxPair > lst = unitToUses . get ( def ) ; if ( lst == null ) { unitToUses . put ( def , lst = new ArrayList < UnitValueBoxPair > ( ) ) ; } lst . add ( newPair ) ; } } } } if ( Options . v ( ) . time ( ) ) Timers . v ( ) . usePhase2Timer . end ( ) ; if ( Options . v ( ) . time ( ) ) Timers . v ( ) . usesTimer . end ( ) ; if ( Options . v ( ) . verbose ( ) ) G . v ( ) . out . println ( "[" + body . getMethod ( ) . getName ( ) + "]     finished SimpleLocalUses..." ) ; }

Construya el análisis de un organismo de método y una interfaz de FS LOCALDEFS.Esto supone que debe haber sido calculado un análisis localDEFS antes.


public Town ( int id , int level , int points , Race race , Timestamp levelUpDate ) { this . id = id ; this . level = level ; this . points = points ; this . levelUpDate = levelUpDate ; this . race = race ; this . persistentState = PersistentState . UPDATED ; this . spawnedNpcs = new ArrayList < Npc > ( ) ; spawnNewObjects ( ) ; }


public boolean hasPeriods  ( ) { List < DimensionalItemObject > dimOpts = getDimensionOptions ( PERIOD_DIM_ID ) ; List < DimensionalItemObject > filterOpts = getFilterOptions ( PERIOD_DIM_ID ) ; return ! dimOpts . isEmpty ( ) || ! filterOpts . isEmpty ( ) ; }

Indica si los períodos están presentes como una dimensión o como filtro.Si no, este objeto está en un estado ilegal.


private void onDayTimeChange  ( ) { WeatherService . getInstance ( ) . checkWeathersTime ( ) ; }


@ Override public void populateField  ( TimePeriod value ) { if ( value != null ) { populateDuration ( start , value . getStart ( ) ) ; populateDuration ( end , value . getEnd ( ) ) ; UndoManager . getInstance ( ) . addUndoEvent ( new UndoEvent ( this , getFieldId ( ) , oldValueObj , value ) ) ; oldValueObj = value ; valueUpdated ( ) ; } }


SingletonIterator ( final int [ ] singleton )  { this . singleton = singleton ; }

Cree un iterador de Singleton que proporcione la matriz dada.


@ SuppressLint ( "NewApi" ) public static void tryAccessibilityAnnounce  ( View view , CharSequence text ) { if ( isJellybeanOrLater ( ) && view != null && text != null ) { view . announceForAccessibility ( text ) ; } }

Trate de hablar el texto especificado, para la accesibilidad.Solo disponible en JB o más tarde.


@ Override public void properties  ( Properties properties ) { throw new UnsupportedOperationException ( ) ; }

No soportado, porque HTMLReporter no participa en la implementación del visitante.Debes llamar "GenerateReport".


public final void testOpenInputStream  ( ) { FallbackFileController fFileController = new FallbackFileController ( PATH ) ; try { fFileController . openFallbackInputStream ( ) ; } catch ( DataFallbackException e ) { fail ( "The InputStream could not be opened" ) ; } assertNotNull ( fFileController . getInput ( ) ) ; }

Prueba el método OpenInputStream, la prueba tiene éxito cuando la secuencia se abre correctamente


private int findAndUncollapseNext  ( String regularExpression , boolean reverse , boolean all ) { System . err . println ( "Find and uncollapse" ) ; final Pattern pattern = Pattern . compile ( regularExpression ) ; ProjectManager . getPreviouslySelectedNodeLabels ( ) . clear ( ) ; if ( classificationViewer == null ) classificationViewer = ( ClassificationViewer ) dir . getViewerByClass ( ClassificationViewer . class ) ; if ( classificationViewer == null ) return 0 ; final PhyloTree tree = classificationViewer . getTree ( ) ; final Set < Node > matches = new HashSet < > ( ) ; for ( Integer fId : classificationViewer . getClassification ( ) . getName2IdMap ( ) . getIds ( ) ) { String name = classificationViewer . getClassification ( ) . getName2IdMap ( ) . get ( fId ) ; boolean ok = false ; if ( name != null ) { Matcher matcher = pattern . matcher ( name ) ; if ( matcher . find ( ) ) ok = true ; else { matcher = pattern . matcher ( fId . toString ( ) ) ; if ( matcher . find ( ) ) ok = true ; } if ( ok ) { ProjectManager . getPreviouslySelectedNodeLabels ( ) . add ( name ) ; matches . addAll ( classificationViewer . getClassification ( ) . getFullTree ( ) . getNodes ( fId ) ) ; } } } Set < Integer > toSelect = new HashSet < > ( ) ; int count_uncollapsed = 0 ; int count_collapsed = 0 ; final NodeSet ancestors = new NodeSet ( tree ) ; for ( Node v = ( reverse ? tree . getLastNode ( ) : tree . getFirstNode ( ) ) ; v != null ; v = ( reverse ? v . getPrev ( ) : v . getNext ( ) ) ) { if ( matches . contains ( v ) ) { boolean found = false ; Node firstCollapsedAncestor = getFirstCollapsedAncestor ( v ) ; Node w = v ; while ( w != null ) { ancestors . add ( w ) ; Integer wFId = ( Integer ) w . getInfo ( ) ; if ( firstCollapsedAncestor != null ) { classificationViewer . getCollapsedIds ( ) . remove ( wFId ) ; count_uncollapsed ++ ; found = true ; for ( Iterator it = w . getOutEdges ( ) ; it . hasNext ( ) ; ) { Node u = ( ( Edge ) it . next ( ) ) . getOpposite ( w ) ; if ( ! ancestors . contains ( u ) ) { Integer uFId = ( Integer ) u . getInfo ( ) ; if ( uFId != null && ! classificationViewer . getCollapsedIds ( ) . contains ( uFId ) ) { classificationViewer . getCollapsedIds ( ) . add ( uFId ) ; count_collapsed ++ ; } } } if ( w == firstCollapsedAncestor ) firstCollapsedAncestor = null ; } if ( w . getInDegree ( ) != 0 ) { w = w . getInEdges ( ) . next ( ) . getOpposite ( w ) ; } else w = null ; } toSelect . add ( ( Integer ) v . getInfo ( ) ) ; if ( ! all && found ) break ; } } if ( count_uncollapsed > 0 || count_collapsed > 0 ) { boolean alreadyLocked = classificationViewer . isLocked ( ) ; if ( ! alreadyLocked ) classificationViewer . setLocked ( true ) ; classificationViewer . updateTree ( ) ; classificationViewer . setSelectedIds ( toSelect , true ) ; if ( ! alreadyLocked ) classificationViewer . setLocked ( false ) ; } return matches . size ( ) ; }

Encuentra y abre el siguiente nodo que coincide con la regularExpression


@ SuppressWarnings ( "unchecked" ) public JSONArray ( JSONTokener x ) throws JSONException { this ( ) ; char c = x . nextClean ( ) ; char q ; if ( c == '[' ) { q = ']' ; } else if ( c == '(' ) { q = ')' ; } else { throw x . syntaxError ( "A JSONArray text must start with '['" ) ; } if ( x . nextClean ( ) == ']' ) { return ; } x . back ( ) ; for ( ; ; ) { if ( x . nextClean ( ) == ',' ) { x . back ( ) ; this . myArrayList . add ( null ) ; } else { x . back ( ) ; this . myArrayList . add ( x . nextValue ( ) ) ; } c = x . nextClean ( ) ; switch ( c ) { case ';' : case ',' : if ( x . nextClean ( ) == ']' ) { return ; } x . back ( ) ; break ; case ']' : case ')' : if ( q != c ) { throw x . syntaxError ( "Expected a '" + new Character ( q ) + "'" ) ; } return ; default : throw x . syntaxError ( "Expected a ',' or ']'" ) ; } } }

Construir un jsonarray de un jsontokeer.


public static IntellijLintClient forBatch  ( @ NotNull Project project , @ NotNull Map < Issue , Map < File , List < ProblemData > > > problemMap , @ NotNull AnalysisScope scope , @ NotNull List < Issue > issues ) { return new BatchLintClient ( project , problemMap , scope , issues ) ; }

Crea un cliente de pelusa para inspecciones por lotes


public static void initOrBuild  ( Project project ) { if ( hadInitFreeline ( project ) ) { build ( project ) ; } else { initFree ( project ) ; } }

Seleccione Auto Seleccione Iniciar o ejecutar Freeline Project


public boolean isCurrentSet  ( ) { return current . get1 ( ) >= 0 && current . get1 ( ) < table . getGrid ( ) . getRowCount ( ) && current . get2 ( ) >= 0 && current . get2 ( ) < table . getGrid ( ) . getColumnCount ( ) ; }


public synchronized void addUniqueURL  ( URL url ) { if ( ! classPath . contains ( url ) ) { super . addURL ( url ) ; classPath . add ( url ) ; } }

Agregue una URL a una ruta de clase solo si aún no se ha agregado.


public boolean hasOption  ( String option ) { return commandLine . hasOption ( option ) ; }

Determinar si el usuario proporcionó una opción a través de la CLI


public UsersReportQuery ( VkApiClient client , UserActor actor , int userId , UsersReportType type ) { super ( client , "users.report" , OkResponse . class ) ; accessToken ( actor . getAccessToken ( ) ) ; userId ( userId ) ; type ( type ) ; }


public EntityQuery where  ( Map < String , Object > fieldMap ) { this . whereEntityCondition = EntityCondition . makeCondition ( fieldMap ) ; return this ; }

Establezca un mapa del nombre de campo / valores para ser anotados juntos como la cláusula WHERE para la consulta Nota: Cada llamada sucesiva a cualquiera de los métodos donde (...) reemplazará la condición establecida actualmente para la consulta.


private static boolean checkParameters  ( Method method , Class [ ] types ) { boolean result = true ; Class [ ] parameters = method . getParameterTypes ( ) ; if ( parameters . length != types . length ) { result = false ; } else { for ( int i = 0 ; i < parameters . length ; ++ i ) { Class parameter = parameters [ i ] ; if ( types [ i ] == null ) { if ( parameter . isPrimitive ( ) ) { result = false ; break ; } } else if ( ! parameter . isAssignableFrom ( types [ i ] ) && ! parameter . isAssignableFrom ( getPrimitiveType ( types [ i ] ) ) ) { result = false ; break ; } } } return result ; }

Ayudante para determinar si una lista de tipos de argumentos coincide con la de un método


private Encoding fromExternalToWrapperEncoding  ( org . apache . carbondata . format . Encoding encoder ) { if ( null == encoder ) { return null ; } switch ( encoder ) { case DICTIONARY : return Encoding . DICTIONARY ; case DELTA : return Encoding . DELTA ; case RLE : return Encoding . RLE ; case INVERTED_INDEX : return Encoding . INVERTED_INDEX ; case BIT_PACKED : return Encoding . BIT_PACKED ; case DIRECT_DICTIONARY : return Encoding . DIRECT_DICTIONARY ; default : return Encoding . DICTIONARY ; } }

convertir de la codificación externa a envoltura


public void rebuild  ( ) { rebuild ( true ) ; }

Recompuga la forma SSA.<p> NOTA: asume la presencia de los nodos PHI en el cuerpo que requieren eliminación.Si * conoce * No hay nodos PHI Presentes, es posible que prefiera usar la reconstrucción (Falso) para saltar algunas transformaciones durante el proceso de eliminación de PHI.


public static String mapChineseMarksToAnsi  ( String text ) { }

Convierta los signos de puntuación de ancho de ancho chino a las marcas ANSI correspondientes.


public < E extends  Element > void registerLintRule ( LintRule < E > rule )  { lintRules . put ( rule . getElementClass ( ) , rule ) ; registerLintRuleName ( rule . getName ( ) ) ; }

Registra una regla de inflexión con este aspecto.El tipo de regla puede ser un elemento proto o, para problemas al alcance de nivel superior, el modelo en sí.Todas las reglas registradas se ejecutan automáticamente por esta clase.


public void showOnAnchor  ( @ NonNull View anchor , @ VerticalPosition int vertPos , @ HorizontalPosition int horizPos ) { showOnAnchor ( anchor , vertPos , horizPos , 0 , 0 ) ; }

Mostrar en posición relativa a la vista de ancla.


public static < T > boolean contains  ( Iterator < T > iterator , T element ) { if ( iterator != null ) { while ( iterator . hasNext ( ) ) { T candidate = iterator . next ( ) ; if ( ObjectUtils . nullSafeEquals ( candidate , element ) ) return true ; } } return false ; }

Compruebe si el iterador dado contiene el elemento dado.


public GatewayResponse sendRequest  ( GatewayRequest request ) throws Exception { String serverurl = request . getUrl ( ) ; GatewayResponse response = null ; InputStream in = null ; HttpURLConnection connection = null ; try { URL u = new URL ( serverurl ) ; connection = ( HttpURLConnection ) ( u . openConnection ( ) ) ; connection . setDoOutput ( true ) ; connection . setDoInput ( true ) ; connection . setRequestMethod ( "POST" ) ; connection . setConnectTimeout ( timeout * 1000 ) ; OutputStream out = connection . getOutputStream ( ) ; Writer wout = new OutputStreamWriter ( out ) ; wout . write ( request . toXml ( ) ) ; wout . flush ( ) ; wout . close ( ) ; in = connection . getInputStream ( ) ; response = new GatewayResponse ( in , request ) ; return response ; } catch ( Exception e ) { Debug . logError ( e , e . getMessage ( ) , module ) ; throw e ; } finally { if ( in != null ) in . close ( ) ; if ( connection != null ) connection . disconnect ( ) ; } }

Envíe una solicitud a la pasarela de pago y obtenga la respuesta.Este es un método de bloqueo: cuando devuelve el objeto de respuesta se llena con los parámetros de la puerta de enlace.


public void addForce  ( Force f ) { if ( f . isItemForce ( ) ) { if ( iforces . length == iflen ) { Force [ ] newf = new Force [ iflen + 10 ] ; System . arraycopy ( iforces , 0 , newf , 0 , iforces . length ) ; iforces = newf ; } iforces [ iflen ++ ] = f ; } if ( f . isSpringForce ( ) ) { if ( sforces . length == sflen ) { Force [ ] newf = new Force [ sflen + 10 ] ; System . arraycopy ( sforces , 0 , newf , 0 , sforces . length ) ; sforces = newf ; } sforces [ sflen ++ ] = f ; } }

Agregue una nueva función de fuerza al simulador.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_Slow_ME_TO_SELF  ( String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200314 , skillname ) ; }

Su velocidad de ataque ha disminuido después de que usó [% de habilidad].


public void drawScreen  ( int mouseX , int mouseY , float partialTicks ) { super . drawScreen ( mouseX , mouseY , partialTicks ) ; this . oldMouseX = ( float ) mouseX ; this . oldMouseY = ( float ) mouseY ; }

Dibuja la pantalla y todos los componentes en él.


public static Link valueOf  ( String val ) { Matcher matcher = parse . matcher ( val ) ; if ( ! matcher . matches ( ) ) throw new RuntimeException ( "Failed to parse link: " + val ) ; Link link = new Link ( ) ; link . href = matcher . group ( 1 ) ; String [ ] props = matcher . group ( 2 ) . split ( ";" ) ; HashMap < String , String > map = new HashMap ( ) ; for ( String prop : props ) { String [ ] split = prop . split ( "=" ) ; map . put ( split [ 0 ] . trim ( ) , split [ 1 ] . trim ( ) ) ; } if ( map . containsKey ( "rel" ) ) { link . relationship = map . get ( "rel" ) ; } if ( map . containsKey ( "type" ) ) { link . type = map . get ( "type" ) ; } return link ; }

Para los encabezados de Link de Unmarshalling.No es un algoritmo eficiente o perfecto y hace algunas suposiciones.


public static List < String > readLines  ( InputStream input , Charset encoding ) throws IOException { InputStreamReader reader = new InputStreamReader ( input , Charsets . toCharset ( encoding ) ) ; return readLines ( reader ) ; }

Obtenga los contenidos de un <código> inputstream </ code> como una lista de cadenas, una entrada por línea, utilizando la codificación de caracteres especificada.<p> Este método almacena la entrada internamente, por lo que no es necesario usar un <código> tamponputStream </ Code>.


public static SM_SYSTEM_MESSAGE STR_MSG_LIMIT_SALE_EPIC_SHOP_MATERIAL_DESC01  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1400441 , value0 ) ; }

% 0 está vendiendo materiales especiales para la creación maestra.


public PipelineModel load  ( String pipelineModelFileName ) { model = PipelineModel . load ( pipelineModelFileName ) ; return model ; }

Carga un modelo de tubería desde un archivo externo.


public final Abstraction deriveNewAbstractionOnThrow  ( Stmt throwStmt ) { assert ! this . exceptionThrown ; Abstraction abs = clone ( ) ; abs . currentStmt = throwStmt ; abs . sourceContext = null ; abs . exceptionThrown = true ; return abs ; }

Deriva una nueva abstracción que modela el Local actual que se tira como una excepción.


public static boolean hasPermission  ( CordovaPlugin plugin , String permission ) { try { Method hasPermission = CordovaInterface . class . getDeclaredMethod ( "hasPermission" , String . class ) ; return ( Boolean ) hasPermission . invoke ( plugin . cordova , permission ) ; } catch ( NoSuchMethodException noSuchMethodException ) { LOG . d ( LOG_TAG , "No need to check for permission " + permission ) ; return true ; } catch ( IllegalAccessException illegalAccessException ) { LOG . e ( LOG_TAG , "IllegalAccessException when checking permission " + permission , illegalAccessException ) ; } catch ( InvocationTargetException invocationTargetException ) { LOG . e ( LOG_TAG , "invocationTargetException when checking permission " + permission , invocationTargetException ) ; } return false ; }

Cheques en tiempo de ejecución para ver si la solicitud se le ha otorgado un permiso.Este es un método de ayuda alternativo a cordovainterface.haspermission () que no requiere que el proyecto se construya con Córdova-Android 5.0.0+


public FeatureVector createEdgeFeatureVector  ( int unitIndex , boolean start ) { int edgeFeature = getFeatureIndex ( EDGEFEATURE ) ; assert edgeFeature < numByteFeatures ; byte edge ; if ( start ) edge = getFeatureValueAsByte ( edgeFeature , EDGEFEATURE_START ) ; else edge = getFeatureValueAsByte ( edgeFeature , EDGEFEATURE_END ) ; byte [ ] bytes = new byte [ numByteFeatures ] ; short [ ] shorts = new short [ numShortFeatures ] ; float [ ] floats = new float [ numContinuousFeatures ] ; for ( int i = 0 ; i < numByteFeatures ; i ++ ) { bytes [ i ] = getFeatureValueAsByte ( i , NULLVALUE ) ; } for ( int i = 0 ; i < numShortFeatures ; i ++ ) { shorts [ i ] = getFeatureValueAsShort ( numByteFeatures + i , NULLVALUE ) ; } for ( int i = 0 ; i < numContinuousFeatures ; i ++ ) { floats [ i ] = 0 ; } bytes [ edgeFeature ] = edge ; return new FeatureVector ( bytes , shorts , floats , unitIndex ) ; }

Cree un vector de característica que marca un inicio o final de una unidad.Todos los valores de características están configurados en el valor neutro "0", excepto para el EDGEFEATURE, que se configura para comenzar si START == True, para terminar de lo contrario.


public void addBodyDecl  ( BodyDecl node ) { List < BodyDecl > list = ( parent == null || state == null ) ? getBodyDeclListNoTransform ( ) : getBodyDeclList ( ) ; list . addChild ( node ) ; }


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_Stagger_ME_TO_SELF  ( String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200286 , skillname ) ; }

Fuiste devuelto de un shock después de usar [% de habilidad].


public void mouseReleased  ( int par1 , int par2 ) { if ( this . enabled ) { this . lastMouseX = - 1 ; float range = this . maxValue - this . minValue ; this . sliderValue = ( this . lastValue - this . minValue ) / range ; this . dragging = false ; } if ( this . mouseDownStartValue != - 1f && this . mouseDownStartValue != this . sliderValue ) { this . mouseDownStartValue = - 1f ; Minecraft . getMinecraft ( ) . vrSettings . setOptionFloatValue ( this . idFloat , this . lastValue ) ; if ( _eventHandler != null ) { _eventHandler . event ( GuiEventEx . ID_VALUE_CHANGED , this . idFloat ) ; } } }

Disparado cuando se libera el botón del ratón.Equivalente a Mouselistener.Mousereled (MouseEvent E).


public static double absMax  ( double [ ] data ) { return absMax ( data , 0 , data . length ) ; }

Encuentre el máximo de los valores absolutos de todos los elementos en la matriz, ignorando los elementos que son NAN.


public JSONArray ( String source ) throws JSONException { this ( new JSONTokener ( source ) ) ; }

Construya un JSONARRAY de un texto JSON de origen.


private String createNode  ( String nodeName , String nodeValue ) { return "<" + nodeName + ">" + nodeValue + "</" + nodeName + ">" ; }

Método de ayuda para construir un nodo XML.


public double optDouble  ( String key ) { return optDouble ( key , Double . NaN ) ; }

Obtenga una doble doble asociada con una tecla, o NAN si no hay tal clave o si su valor no es un número.Si el valor es una cadena, se hará un intento para evaluarlo como un número.


private void processJournal  ( ) throws IOException  { deleteIfExists ( journalFileTmp ) ; for ( Iterator < Entry > i = lruEntries . values ( ) . iterator ( ) ; i . hasNext ( ) ; ) { Entry entry = i . next ( ) ; if ( entry . currentEditor == null ) { for ( int t = 0 ; t < valueCount ; t ++ ) { size += entry . lengths [ t ] ; fileCount ++ ; } } else { entry . currentEditor = null ; for ( int t = 0 ; t < valueCount ; t ++ ) { deleteIfExists ( entry . getCleanFile ( t ) ) ; deleteIfExists ( entry . getDirtyFile ( t ) ) ; } i . remove ( ) ; } } }

Calcula el tamaño inicial y recolecta basura como parte de abrir el caché.Se supone que las entradas sucias son inconsistentes y se eliminarán.


public void addEntityClass  ( Class < ? > entityClass ) { checkNotInitialized ( ) ; entityClasses . add ( entityClass ) ; }

Agrega la clase de entidad dada para exponer la entidad como repositorio.


protected void decompose  ( double [ ] [ ] matrix ) { for ( int minor = 0 ; minor < FastMath . min ( matrix . length , matrix [ 0 ] . length ) ; minor ++ ) { performHouseholderReflection ( minor , matrix ) ; } }


@ Override public void syncStateChanged  ( ) { boolean wasSyncInitialized = mIsBackendInitialized ; boolean wasPassphraseRequired = mIsPassphraseRequired ; mIsBackendInitialized = mProfileSyncService . isBackendInitialized ( ) ; mIsPassphraseRequired = mIsBackendInitialized && mProfileSyncService . isPassphraseRequiredForDecryption ( ) ; if ( mIsBackendInitialized != wasSyncInitialized || mIsPassphraseRequired != wasPassphraseRequired ) { updateSyncStateFromSwitch ( ) ; } }

Escuchar los cambios del estado de sincronización.Si el usuario acaba de activar la sincronización, este oyente es necesario para habilitar la configuración de cifrado una vez que se haya inicializado el backend.


public StrokeAction ( String group ) { super ( group ) ; }

Cree un nuevo estreno que procese el grupo especificado.