public static < T , D  extends Number > D addAndGet  ( GigaSpace gigaSpace , IdQuery < T > idQuery , String path , D delta , ChangeModifiers modifiers , long timeout , TimeUnit timeUnit ) { if ( idQuery == null ) throw new IllegalArgumentException ( "query cannot be null" ) ; if ( ! StringUtils . hasLength ( path ) ) throw new IllegalArgumentException ( "path cannot be null or empty" ) ; ChangeResult < T > changeResult = gigaSpace . change ( idQuery , new ChangeSet ( ) . increment ( path , delta ) , modifiers . add ( ChangeModifiers . RETURN_DETAILED_RESULTS ) , timeUnit . toMillis ( timeout ) ) ; ChangedEntryDetails < T > changedEntryDetails = getSingleChangedEntryDetails ( changeResult ) ; if ( changedEntryDetails == null ) return null ; ChangeOperationResult changeOperationResult = changedEntryDetails . getChangeOperationsResults ( ) . get ( 0 ) ; return ( D ) IncrementOperation . getNewValue ( changeOperationResult ) ; }

Agrega atómicamente el valor dado al valor actual de la propiedad de una entrada.


protected void awaitCompletionComputeValuesAndShutdown  ( ) { { runExecutorAndAwaitCompletion ( ) ; } if ( logger . isDebugEnabled ( ) ) printStats ( ) ; executor . shutdown ( ) ; while ( ! executor . isTerminated ( ) ) { try { Thread . sleep ( 100 ) ; } catch ( InterruptedException e ) { e . printStackTrace ( ) ; } } }

Espera la finalización del súper gráfico explotado.Cuando se complete, calcula los valores de resultados, apaga el ejecutor y devuelve.


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

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


private boolean computeChange  ( IProgressMonitor monitor ) throws TeamException { boolean needToUpdateReferenceDocument = false ; if ( isReferenceInitialized ) { SyncInfo info = getSyncState ( getFileFromEditor ( ) ) ; if ( info == null && fLastSyncState != null ) { return true ; } else if ( info == null ) { return false ; } if ( fLastSyncState == null ) { needToUpdateReferenceDocument = true ; } else if ( ! fLastSyncState . equals ( info ) ) { needToUpdateReferenceDocument = true ; } if ( DEBUG ) debug ( fLastSyncState , info ) ; fLastSyncState = info ; } return needToUpdateReferenceDocument ; }

Determine si el archivo representado por este proveedor QuickDiff ha cambiado con respecto a su estado remoto.Devuelva VERDADERO si los contenidos remotos deben ser actualizados, y false si no.


public static void injectToData  ( Object target , Bundle data ) { if ( target == null || data == null ) return ; ParcelInjector injector ; try { injector = getInjectorByClass ( target . getClass ( ) ) ; injector . injectDataToBundle ( target , data ) ; } catch ( Exception e ) { throw new RuntimeException ( String . format ( "inject failed : %s" , e . getMessage ( ) ) , e ) ; } }

inyectar algunos datos del objetivo a los datos


public AppTest ( String testName ) { super ( testName ) ; }


public ConcurrentHashSet ( ) { map = new ConcurrentHashMap < E , Object > ( ) ; }

Construye un nuevo conjunto vacío;La instancia de respaldo <tt> hashmap </ tt> tiene una capacidad inicial predeterminada (16) y el factor de carga (0,75).


public boolean deleteChildren  ( @ NotNull NlComponent parent , @ NotNull List < NlComponent > deleted ) { return false ; }

Llamado cuando uno o más niños están a punto de ser eliminados por el usuario.


private int peekToken  ( ) throws XNIException  { if ( fCurrentTokenIndex == fTokenCount ) reportError ( "XPointerElementSchemeProcessingError" , null ) ; return fTokens [ fCurrentTokenIndex ] ; }

Obtiene el token en la posición actual, sin promover la posición actual.<p /> Si no hay tal token siguiente, este método lanza <tt> nueva xniexception ("InvalidxPointExpression"); </ tt>.


public final static byte [ ] decode  ( byte [ ] sArr ) { int sLen = sArr . length ; int sepCnt = 0 ; for ( int i = 0 ; i < sLen ; i ++ ) if ( IA [ sArr [ i ] & 0xff ] < 0 ) sepCnt ++ ; if ( ( sLen - sepCnt ) % 4 != 0 ) return null ; int pad = 0 ; for ( int i = sLen ; i > 1 && IA [ sArr [ -- i ] & 0xff ] <= 0 ; ) if ( sArr [ i ] == '=' ) pad ++ ; int len = ( ( sLen - sepCnt ) * 6 >> 3 ) - pad ; byte [ ] dArr = new byte [ len ] ; for ( int s = 0 , d = 0 ; d < len ; ) { int i = 0 ; for ( int j = 0 ; j < 4 ; j ++ ) { int c = IA [ sArr [ s ++ ] & 0xff ] ; if ( c >= 0 ) i |= c << ( 18 - j * 6 ) ; else j -- ; } dArr [ d ++ ] = ( byte ) ( i >> 16 ) ; if ( d < len ) { dArr [ d ++ ] = ( byte ) ( i >> 8 ) ; if ( d < len ) dArr [ d ++ ] = ( byte ) i ; } } return dArr ; }

Decodifica una matriz byte codificada base64.Todos los caracteres ilegales se ignorarán y pueden manejar ambas matrices con y sin separadores de línea.


public PhotosGetAllQueryWithExtended ( VkApiClient client , UserActor actor ) { super ( client , "photos.getAll" , GetAllExtendedResponse . class ) ; accessToken ( actor . getAccessToken ( ) ) ; extended ( true ) ; }

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


protected FloatControl ( Type type , float minimum , float maximum , float precision , int updatePeriod , float initialValue , String units , String minLabel , String midLabel , String maxLabel ) { super ( type ) ; if ( minimum > maximum ) { throw new IllegalArgumentException ( "Minimum value " + minimum + " exceeds maximum value " + maximum + "." ) ; } if ( initialValue < minimum ) { throw new IllegalArgumentException ( "Initial value " + initialValue + " smaller than allowable minimum value " + minimum + "." ) ; } if ( initialValue > maximum ) { throw new IllegalArgumentException ( "Initial value " + initialValue + " exceeds allowable maximum value " + maximum + "." ) ; } this . minimum = minimum ; this . maximum = maximum ; this . precision = precision ; this . updatePeriod = updatePeriod ; this . value = initialValue ; this . units = units ; this . minLabel = ( ( minLabel == null ) ? "" : minLabel ) ; this . midLabel = ( ( midLabel == null ) ? "" : midLabel ) ; this . maxLabel = ( ( maxLabel == null ) ? "" : maxLabel ) ; }

Construye un nuevo objeto de control de flotadores con los parámetros dados


public boolean contains  ( Vertex v ) { return UniqueVertices . containsKey ( v . getLabel ( ) ) ; }

Comprueba si existe un vértice dado en este gráfico.


public ReplicateLaterWindow fillDay  ( String date ) { dateField . sendKeys ( date ) ; return this ; }


private void appendObjectHeaders  ( StringBuilder builder , String prefix , Set < Entry < String , List < Object > > > entries ) { for ( Entry < String , List < Object > > e : entries ) { appendHeader ( builder , prefix , e . getKey ( ) , e . getValue ( ) ) ; } }

Agregue las entradas (asumidas para ser encabezadas) al StringBuilder dado, prefijando sus claves.


@ Override public void onClick  ( View v ) { switch ( v . getId ( ) ) { case R . id . dialog_path_copyBtn : ( ( ClipboardManager ) getActivity ( ) . getSystemService ( Context . CLIPBOARD_SERVICE ) ) . setPrimaryClip ( ClipData . newPlainText ( "storage/emulated/0/Pictures/Mysplash" , "storage/emulated/0/Pictures/Mysplash" ) ) ; break ; case R . id . dialog_path_enterBtn : dismiss ( ) ; break ; } }


@ Override public void apply  ( NexusStreamParser np ) throws Exception { np . matchIgnoreCase ( "copy what=clusterViewer;" ) ; ClusterViewer viewer = getViewer ( ) ; StringBuilder buf = new StringBuilder ( ) ; int i = viewer . getTabbedIndex ( ) ; if ( i == ClusterViewer . UPGMA_TAB_INDEX ) { Collection < String > labels = viewer . getUpgmaTab ( ) . getGraphView ( ) . getSelectedNodeLabels ( true ) ; for ( String label : labels ) { if ( buf . length ( ) > 0 ) buf . append ( "\t" ) ; buf . append ( label ) ; } } else if ( i == ClusterViewer . NNET_TAB_INDEX ) { Collection < String > labels = viewer . getNnetTab ( ) . getGraphView ( ) . getSelectedNodeLabels ( true ) ; for ( String label : labels ) { if ( buf . length ( ) > 0 ) buf . append ( "\t" ) ; buf . append ( label ) ; } } else if ( i == ClusterViewer . PCoA_TAB_INDEX ) { Collection < String > labels = viewer . getPcoaTab ( ) . getGraphView ( ) . getSelectedNodeLabels ( false ) ; for ( String label : labels ) { if ( buf . length ( ) > 0 ) buf . append ( "\t" ) ; buf . append ( label ) ; } } else if ( i == ClusterViewer . MATRIX_TAB_INDEX ) { JTable table = viewer . getMatrixTab ( ) . getTable ( ) ; for ( int row = 0 ; row < table . getRowCount ( ) ; row ++ ) { boolean first = true ; for ( int col = 0 ; col < table . getColumnCount ( ) ; col ++ ) { if ( ! table . getSelectionModel ( ) . isSelectionEmpty ( ) || table . isCellSelected ( row , col ) ) { if ( first ) first = false ; else buf . append ( "\t" ) ; buf . append ( table . getValueAt ( row , col ) ) ; } } buf . append ( "\n" ) ; } } if ( buf . length ( ) > 0 ) { StringSelection stringSelection = new StringSelection ( buf . toString ( ) ) ; Toolkit . getDefaultToolkit ( ) . getSystemClipboard ( ) . setContents ( stringSelection , stringSelection ) ; } }


private static S2Point [ ] createRegularPolygonVertices  ( final Vector3D center , final Vector3D meridian , final double outsideRadius , final int n ) { final S2Point [ ] array = new S2Point [ n ] ; final Rotation r0 = new Rotation ( Vector3D . crossProduct ( center , meridian ) , outsideRadius , RotationConvention . VECTOR_OPERATOR ) ; array [ 0 ] = new S2Point ( r0 . applyTo ( center ) ) ; final Rotation r = new Rotation ( center , MathUtils . TWO_PI / n , RotationConvention . VECTOR_OPERATOR ) ; for ( int i = 1 ; i < n ; ++ i ) { array [ i ] = new S2Point ( r . applyTo ( array [ i - 1 ] . getVector ( ) ) ) ; } return array ; }

Construye los vértices que representan un polígono regular.


public void testApp  ( ) { assertTrue ( true ) ; }


public synchronized VisualTable addTable  ( String group , Table table , Predicate filter , Schema schema ) { VisualTable vt = new VisualTable ( table , this , group , filter , schema ) ; addDataGroup ( group , vt , table ) ; return vt ; }

Agrega una tabla de datos a esta visualización, utilizando el nombre del grupo de datos dado.Se creará una abstracción visual de los datos y se registrará con la visualización.Se lanzará una excepción si el nombre del grupo ya está en uso.


Node ( Node < K , V > parent , K key , Node < K , V > next , Node < K , V > prev )  { this . parent = parent ; this . key = key ; this . height = 1 ; this . next = next ; this . prev = prev ; prev . next = this ; next . prev = this ; }


public static PlaceholderFragment newInstance  ( int sectionNumber ) { PlaceholderFragment fragment = new PlaceholderFragment ( ) ; Bundle args = new Bundle ( ) ; args . putInt ( ARG_SECTION_NUMBER , sectionNumber ) ; fragment . setArguments ( args ) ; return fragment ; }

Devuelve una nueva instancia de este fragmento para el número de sección dado.


public void close  ( ) { if ( null != announcer ) { try { announcer . unannounce ( ) ; } catch ( IOException e ) { logger . warn ( "Error on unannouncing service : " , e ) ; } announcer . close ( ) ; } closeServer ( Pair . of ( dlService , server ) , gracefulShutdownMs , TimeUnit . MILLISECONDS ) ; if ( null != statsProvider ) { statsProvider . stop ( ) ; } SchedulerUtils . shutdownScheduler ( configExecutorService , 60 , TimeUnit . SECONDS ) ; keepAliveLatch . countDown ( ) ; }


public boolean isDataApproval  ( ) { return dataApprovalLevels != null && ! dataApprovalLevels . isEmpty ( ) ; }

Indica si esta consulta especifica los niveles de aprobación de datos.


public int size  ( ) { return cartLines . size ( ) ; }

Devuelve el número de artículos en el objeto del carrito.


@ Deprecated public Builder cacheOnDisc  ( boolean cacheOnDisk ) { return cacheOnDisk ( cacheOnDisk ) ; }

Establece si la imagen cargada se almacenará en caché en el disco


public void computeId2Data  ( int numberOfDatasets , Map < Integer , Integer [ ] > id2counts , Map < Integer , NodeData > id2data ) { id2data . clear ( ) ; if ( id2counts != null ) { if ( ClassificationManager . isTaxonomy ( getName ( ) ) ) computeTaxonomyId2DataRec ( numberOfDatasets , getRoot ( ) , id2counts , id2data ) ; else computeId2DataRec ( numberOfDatasets , getRoot ( ) , id2counts , new HashMap < Integer , Set < Integer > > ( ) , id2data ) ; } }


@ VisibleForTesting void addPendingInvalidation  ( Context context , String account , PendingInvalidation invalidation ) { SharedPreferences prefs = PreferenceManager . getDefaultSharedPreferences ( context ) ; String oldAccount = prefs . getString ( DELAYED_ACCOUNT_NAME , null ) ; Set < String > invals = prefs . getStringSet ( DELAYED_INVALIDATIONS , new HashSet < String > ( 1 ) ) ; assert invals . isEmpty ( ) || oldAccount != null ; if ( oldAccount != null && ! oldAccount . equals ( account ) ) { invals . clear ( ) ; } SharedPreferences . Editor editor = prefs . edit ( ) ; editor . putString ( DELAYED_ACCOUNT_NAME , account ) ; if ( invalidation . mObjectSource == 0 || ( oldAccount != null && invals . isEmpty ( ) ) ) { editor . putStringSet ( DELAYED_INVALIDATIONS , null ) ; } else { invals . add ( invalidation . encodeToString ( ) ) ; editor . putStringSet ( DELAYED_INVALIDATIONS , invals ) ; } editor . apply ( ) ; }

Tiendas preferencias para indicar que ha llegado una invalidación, pero se cayó en el piso.


private synchronized void addTableLockObject  ( AbsoluteTableIdentifier absoluteTableIdentifier ) { if ( null == tableLockMap . get ( absoluteTableIdentifier ) ) { tableLockMap . put ( absoluteTableIdentifier , new Object ( ) ) ; } }

Método para agregar bloqueo de nivel de tabla si el bloqueo no está presente para la tabla


public AdsGetAdsLayoutQuery includeDeleted  ( Boolean value ) { return unsafeParam ( "include_deleted" , value ) ; }

Bandera que especifica si se deben mostrar anuncios archivados.'0' - Mostrar solo anuncios activos;'1' - Mostrar todos los anuncios.


public static TapTarget forBounds  ( Rect bounds , CharSequence title , @ Nullable CharSequence description ) { return new TapTarget ( bounds , title , description ) ; }

Devuelva un destino TAP para los límites especificados


public static boolean isNavBarOnBottom  ( @ NonNull Context context ) { final Resources res = context . getResources ( ) ; final Configuration cfg = context . getResources ( ) . getConfiguration ( ) ; final DisplayMetrics dm = res . getDisplayMetrics ( ) ; boolean canMove = ( dm . widthPixels != dm . heightPixels && cfg . smallestScreenWidthDp < 600 ) ; return ( ! canMove || dm . widthPixels < dm . heightPixels ) ; }

Determine si la barra de navegación estará en la parte inferior de la pantalla, según la lógica en ThonewindowManager.


public static void operate  ( ResourceResolverFactory factory , String userId , OperateCallback callback ) throws OperateException { ResourceResolver resolver = null ; try { resolver = getResourceResolverForUser ( factory , userId ) ; callback . operate ( resolver ) ; resolver . commit ( ) ; } catch ( Exception e ) { throw new OperateException ( OPERATE_ERROR_MESSAGE , e ) ; } finally { if ( resolver != null && resolver . isLive ( ) ) { resolver . close ( ) ; } } }

Haga algo de operación en el repositorio (eliminar o actualizar el recurso, etc.) con una sesión impersONada envuelta (se abrió y cerró automáticamente).


private static BSPTree < Euclidean3D > buildBoundary  ( final double xMin , final double xMax , final double yMin , final double yMax , final double zMin , final double zMax , final double tolerance ) { if ( ( xMin >= xMax - tolerance ) || ( yMin >= yMax - tolerance ) || ( zMin >= zMax - tolerance ) ) { return new BSPTree < Euclidean3D > ( Boolean . FALSE ) ; } final Plane pxMin = new Plane ( new Vector3D ( xMin , 0 , 0 ) , Vector3D . MINUS_I , tolerance ) ; final Plane pxMax = new Plane ( new Vector3D ( xMax , 0 , 0 ) , Vector3D . PLUS_I , tolerance ) ; final Plane pyMin = new Plane ( new Vector3D ( 0 , yMin , 0 ) , Vector3D . MINUS_J , tolerance ) ; final Plane pyMax = new Plane ( new Vector3D ( 0 , yMax , 0 ) , Vector3D . PLUS_J , tolerance ) ; final Plane pzMin = new Plane ( new Vector3D ( 0 , 0 , zMin ) , Vector3D . MINUS_K , tolerance ) ; final Plane pzMax = new Plane ( new Vector3D ( 0 , 0 , zMax ) , Vector3D . PLUS_K , tolerance ) ; final Region < Euclidean3D > boundary = new RegionFactory < Euclidean3D > ( ) . buildConvex ( pxMin , pxMax , pyMin , pyMax , pzMin , pzMax ) ; return boundary . getTree ( false ) ; }

Construye un límite de la caja de paralelaPipídicos.


< T > Property ( Function < Experiment , T > propertyExtractor , BiPredicate < T , String > filterPredicate )  { this . propertyExtractor = propertyExtractor ; this . filterPredicate = filterPredicate ; }


public LongFileGetterInMemory ( File file ) throws IOException { limit = file . length ( ) / 8 ; data = new long [ ( int ) ( ( limit >>> BITS ) ) + 1 ] [ ] ; final int length0 = ( 1 << BITS ) ; for ( int i = 0 ; i < data . length ; i ++ ) { int length = ( i < data . length - 1 ? length0 : ( int ) ( limit & BIT_MASK ) + 1 ) ; data [ i ] = new long [ length ] ; } try ( BufferedInputStream ins = new BufferedInputStream ( new FileInputStream ( file ) ) ; ProgressPercentage progress = new ProgressPercentage ( "Reading file: " + file , limit ) ) { int whichArray = 0 ; int indexInArray = 0 ; for ( long index = 0 ; index < limit ; index ++ ) { data [ whichArray ] [ indexInArray ] = ( ( ( long ) ins . read ( ) ) << 56 ) | ( ( ( long ) ins . read ( ) ) << 48 ) | ( ( ( long ) ins . read ( ) ) << 40 ) | ( ( ( long ) ins . read ( ) ) << 32 ) | ( ( ( long ) ins . read ( ) ) << 24 ) | ( ( ( long ) ins . read ( ) & 0xFF ) << 16 ) | ( ( ( long ) ins . read ( ) & 0xFF ) << 8 ) | ( ( ( long ) ins . read ( ) & 0xFF ) ) ; if ( ++ indexInArray == length0 ) { whichArray ++ ; indexInArray = 0 ; } progress . setProgress ( index ) ; } } }


public static CacheHeader readHeader  ( InputStream is ) throws IOException { CacheHeader entry = new CacheHeader ( ) ; int magic = readInt ( is ) ; if ( magic != CACHE_MAGIC ) { throw new IOException ( ) ; } entry . key = readString ( is ) ; entry . etag = readString ( is ) ; if ( entry . etag . equals ( "" ) ) { entry . etag = null ; } entry . serverDate = readLong ( is ) ; entry . lastModified = readLong ( is ) ; entry . ttl = readLong ( is ) ; entry . softTtl = readLong ( is ) ; entry . responseHeaders = readStringStringMap ( is ) ; return entry ; }

Lea el encabezado de un ingreso de entrada y devuelve un objeto CacheHeader.


void skipNextUpdateDelay  ( ) { mySkipWait = true ; }

Normalmente, el esquema se detiene para un cierto retraso después de un cambio de modelo antes de actualizarse para reflejar la nueva jerarquía.Este método se puede llamar para omitir (solo) el siguiente retraso de actualización.Esto se utiliza para realizar operaciones realizadas <B> en </ b> El esquema se siente más inmediato.


@ Override public void populateField  ( ReferencedEnvelope value ) { xMinTextField . setText ( Double . toString ( value . getMinX ( ) ) ) ; xMaxTextField . setText ( Double . toString ( value . getMaxX ( ) ) ) ; yMinTextField . setText ( Double . toString ( value . getMinY ( ) ) ) ; yMaxTextField . setText ( Double . toString ( value . getMaxY ( ) ) ) ; String key = CoordManager . getInstance ( ) . getCRSCode ( value . getCoordinateReferenceSystem ( ) ) ; crsComboBox . setSelectValueKey ( key ) ; UndoManager . getInstance ( ) . addUndoEvent ( new UndoEvent ( this , getFieldId ( ) , oldValueObj , value ) ) ; oldValueObj = value ; }


private static void appendAndStyleText  ( SpannableStringBuilder builder , SuggestionAnswer . TextField textField , int maxTextHeightSp , Paint . FontMetrics metrics , float density ) { String text = textField . getText ( ) ; int type = textField . getType ( ) ; text = Html . fromHtml ( text ) . toString ( ) ; int start = builder . length ( ) ; builder . append ( Html . fromHtml ( text ) ) ; int end = builder . length ( ) ; AbsoluteSizeSpan sizeSpan = new AbsoluteSizeSpan ( getAnswerTextSizeSp ( type ) , true ) ; builder . setSpan ( sizeSpan , start , end , Spannable . SPAN_EXCLUSIVE_EXCLUSIVE ) ; ForegroundColorSpan colorSpan = new ForegroundColorSpan ( getAnswerTextColor ( type ) ) ; builder . setSpan ( colorSpan , start , end , Spannable . SPAN_EXCLUSIVE_EXCLUSIVE ) ; if ( type == ANSWERS_TOP_ALIGNED_TEXT_TYPE ) { TopAlignedSpan topAlignedSpan = new TopAlignedSpan ( ANSWERS_TOP_ALIGNED_TEXT_SIZE_SP , maxTextHeightSp , metrics , density ) ; builder . setSpan ( topAlignedSpan , start , end , Spannable . SPAN_EXCLUSIVE_EXCLUSIVE ) ; } }

Agregue el texto de estilo en el campo de texto al constructor suministrado.


public static FloatBuffer createFloatBuffer  ( Vector3f ... data ) { if ( data == null ) { return null ; } FloatBuffer buff = createFloatBuffer ( 3 * data . length ) ; for ( int x = 0 ; x < data . length ; x ++ ) { if ( data [ x ] != null ) { buff . put ( data [ x ] . x ) . put ( data [ x ] . y ) . put ( data [ x ] . z ) ; } else { buff . put ( 0 ) . put ( 0 ) . put ( 0 ) ; } } buff . flip ( ) ; return buff ; }

Generar un nuevo floatbuffer utilizando la matriz dada de objetos vectoriales.El floatbuffer será de 3 * data. Longitud y contener los datos vectoriales como datos [0] .x, datos [0] .y, datos [0] .z, datos [1] .x ... etc.


public static SM_SYSTEM_MESSAGE STR_MSG_COUNT_REMAIN_PLAYTIME_WITH_RESERVATION  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1400052 , value0 ) ; }

El tiempo de juego expirará en% * 0.El crédito prepago se aplicará después de que caduque.


public static boolean isCyberware  ( ItemStack stack ) { return stack != null && ( stack . getItem ( ) instanceof ICyberware || getLinkedWare ( stack ) != null ) ; }

Determina si la pila de elementos en ingresado es ciberware.Esto significa que su artículo implementa ICIBERWARE o está vinculado a uno (en el caso de los artículos de vainilla)


public boolean has  ( String memberName ) { return members . containsKey ( memberName ) ; }

Método de conveniencia para verificar si un miembro con el nombre especificado está presente en este objeto.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_ProcATK_Instant_INTERVAL_TO_ME  ( int num0 , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1201202 , num0 , skillname ) ; }

Usted recibe% de daño NUM0 debido a [% de habilidad].


public void resetResendCount  ( ) { resendCount = 0 ; if ( nodeInitStageAdvancer . isInitializationComplete ( ) && isDead ( ) == false ) { nodeInitStageAdvancer . startInitialisation ( ZWaveNodeInitStage . DONE ) ; } }

Restablece el mostrador de reenvío y posiblemente reinicia la etapa de nodo para realizarse cuando se completó la inicialización previa.Tenga en cuenta que si el nodo está muerto, entonces el indicador se mantiene muerto


public String toString  ( ) { return " at " + this . index + " [character " + this . character + " line " + this . line + "]" ; }

Haz una cadena imprimible de este jsontokeer.


public void requestProjectSync  ( @ NotNull Project project , boolean generateSourcesOnSuccess , @ Nullable GradleSyncListener listener ) { requestProjectSync ( project , false , generateSourcesOnSuccess , false , listener ) ; }

Solicita una sincronización de un proyecto con Grados de grado.


public RequestHandle delete  ( Context context , String url , Header [ ] headers , RequestParams params , ResponseHandlerInterface responseHandler ) { HttpDelete httpDelete = new HttpDelete ( getUrlWithQueryString ( isUrlEncodingEnabled , url , params ) ) ; if ( headers != null ) httpDelete . setHeaders ( headers ) ; return sendRequest ( httpClient , httpContext , httpDelete , null , responseHandler , context ) ; }

Realice una solicitud de eliminación HTTP.


public boolean match  ( int bitWidth , long polynomial , long initial , long xorOut , boolean reflected ) { return bitWidth == this . bitWidth && polynomial == this . polynomial && initial == this . initial && xorOut == this . xorOut && reflected == this . reflected ; }

Devuelve si este objeto coincide con los parámetros de CRC dados.


public Single < Void > writeUserInDatabase  ( final String _userId , final String _name ) { User user = new User ( _name ) ; DatabaseReference targetChild = this . firebaseDatabase . getReference ( ) . child ( FIREBASE_CHILD_KEY_USERS ) . child ( _userId ) ; return observeSingleValue ( targetChild . setValue ( user ) ) ; }

Permite escribir un usuario en la base de datos.


public boolean isApplicable  ( ) { return true ; }

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


public void replacePeriodsWithStartEndDates  ( ) { List < Period > periods = asTypedList ( getDimensionOrFilterItems ( PERIOD_DIM_ID ) ) ; for ( Period period : periods ) { Date start = period . getStartDate ( ) ; Date end = period . getEndDate ( ) ; if ( startDate == null || ( start != null && start . before ( startDate ) ) ) { startDate = start ; } if ( endDate == null || ( end != null && end . after ( endDate ) ) ) { endDate = end ; } } removeDimensionOrFilter ( PERIOD_DIM_ID ) ; }

Reemplaza los períodos con fechas de inicio y finalización, utilizando la fecha de inicio más temprana de los períodos como fecha de inicio y la fecha de finalización más reciente de los períodos como fecha de finalización.Retire la dimensión del período o el filtro.


public int hashCode  ( ) { return lease . getReferentUuid ( ) . hashCode ( ) ; }

Devuelve el código hash de registro de UUID.


@ Override public int hashCode  ( ) { return proxyObject . hashCode ( ) ; }

Los proxies para servidores con el mismo uuid tienen el mismo código hash.


private static int matchlen  ( byte [ ] oldBuf , int oldSize , int oldOffset , byte [ ] newBuf , int newSize , int newOffset ) { int end = Math . min ( oldSize - oldOffset , newSize - newOffset ) ; for ( int i = 0 ; i < end ; i ++ ) { if ( oldBuf [ oldOffset + i ] != newBuf [ newOffset + i ] ) { return i ; } } return end ; }

Cuente el número de bytes que coinciden en Oldbuf [Oldoffset ... OldSize] y Newbuf [NewOffset ... Newsize]


public void error  ( String message , Object ... args ) { currentTest . get ( ) . error ( String . format ( message , args ) ) ; }

Almacena la entrada de errores en la prueba actual.


public void requestAutoFocus  ( Handler handler , int message ) { if ( camera != null && previewing ) { autoFocusCallback . setHandler ( handler , message ) ; try { camera . autoFocus ( autoFocusCallback ) ; } catch ( Exception e ) { } } }

Pide al hardware de la cámara que realice un enfoque automático.


public Object clone  ( ) { Object newObject = null ; try { newObject = super . clone ( ) ; } catch ( CloneNotSupportedException e ) { e . printStackTrace ( ) ; } return newObject ; }


private String eFormatString  ( double x , char eChar ) { boolean noDigits = false ; char [ ] ca4 , ca5 ; if ( Double . isInfinite ( x ) ) { if ( x == Double . POSITIVE_INFINITY ) { if ( leadingSign ) ca4 = "+Inf" . toCharArray ( ) ; else if ( leadingSpace ) ca4 = " Inf" . toCharArray ( ) ; else ca4 = "Inf" . toCharArray ( ) ; } else ca4 = "-Inf" . toCharArray ( ) ; noDigits = true ; } else if ( Double . isNaN ( x ) ) { if ( leadingSign ) ca4 = "+NaN" . toCharArray ( ) ; else if ( leadingSpace ) ca4 = " NaN" . toCharArray ( ) ; else ca4 = "NaN" . toCharArray ( ) ; noDigits = true ; } else ca4 = eFormatDigits ( x , eChar ) ; ca5 = applyFloatPadding ( ca4 , false ) ; return new String ( ca5 ) ; }

Una rutina intermedia en la forma de crear una cadena de formato E.El método decide si el valor doble de entrada es un infinito, no-a-número, o un doble finito y formatea cada tipo de entrada adecuadamente.


public Matrix solve  ( Matrix B ) { if ( B . getRowDimension ( ) != n ) { throw new IllegalArgumentException ( "Matrix row dimensions must agree." ) ; } if ( ! isspd ) { throw new RuntimeException ( "Matrix is not symmetric positive definite." ) ; } double [ ] [ ] X = B . getArrayCopy ( ) ; int nx = B . getColumnDimension ( ) ; for ( int k = 0 ; k < n ; k ++ ) { for ( int j = 0 ; j < nx ; j ++ ) { for ( int i = 0 ; i < k ; i ++ ) { X [ k ] [ j ] -= X [ i ] [ j ] * L [ k ] [ i ] ; } X [ k ] [ j ] /= L [ k ] [ k ] ; } } for ( int k = n - 1 ; k >= 0 ; k -- ) { for ( int j = 0 ; j < nx ; j ++ ) { for ( int i = k + 1 ; i < n ; i ++ ) { X [ k ] [ j ] -= X [ i ] [ j ] * L [ i ] [ k ] ; } X [ k ] [ j ] /= L [ k ] [ k ] ; } } return new Matrix ( X , n , nx ) ; }


public boolean hasCategoryOptions  ( ) { return categoryOptions != null && ! categoryOptions . isEmpty ( ) ; }

Indica si esta unidad de organización tiene al menos una opción de categoría asociada.


public void onProcessConnection  ( ) { LOGGER . info ( "onProcessConnection - Connection" ) ; LOGGER . info ( "{}" , this . processConnectionRequest ) ; String xmlprocessConnectionResponse = this . supervisionManager . onProcessConnection ( this . processConnectionRequest ) ; assertNotNull ( xmlprocessConnectionResponse ) ; LOGGER . info ( xmlprocessConnectionResponse ) ; try { this . processConnectionResponse = ( ProcessConnectionResponse ) this . xmlConverter . fromXml ( xmlprocessConnectionResponse ) ; } catch ( Exception e ) { LOGGER . error ( e . toString ( ) ) ; } assertNotNull ( this . processConnectionResponse ) ; LOGGER . info ( this . processConnectionResponse . toString ( ) ) ; }


public boolean isCritical  ( ) { return true ; }

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


private int calculateLayoutWidth  ( int widthSize , int mode ) { initResourcesIfNecessary ( ) ; itemsLayout . setLayoutParams ( new LayoutParams ( LayoutParams . WRAP_CONTENT , LayoutParams . WRAP_CONTENT ) ) ; itemsLayout . measure ( MeasureSpec . makeMeasureSpec ( widthSize , MeasureSpec . UNSPECIFIED ) , MeasureSpec . makeMeasureSpec ( 0 , MeasureSpec . UNSPECIFIED ) ) ; int width = itemsLayout . getMeasuredWidth ( ) ; if ( mode == MeasureSpec . EXACTLY ) { width = widthSize ; } else { width += 2 * PADDING ; width = Math . max ( width , getSuggestedMinimumWidth ( ) ) ; if ( mode == MeasureSpec . AT_MOST && widthSize < width ) { width = widthSize ; } } itemsLayout . measure ( MeasureSpec . makeMeasureSpec ( width - 2 * PADDING , MeasureSpec . EXACTLY ) , MeasureSpec . makeMeasureSpec ( 0 , MeasureSpec . UNSPECIFIED ) ) ; return width ; }

Calcula el ancho de control y crea diseños de texto.


@ Override public void fatalError  ( String domain , String key , XMLParseException ex ) throws XNIException { printError ( "Fatal Error" , ex ) ; throw ex ; }


public static Version version  ( ) { final IntByReference major = new IntByReference ( ) ; final IntByReference minor = new IntByReference ( ) ; final IntByReference patch = new IntByReference ( ) ; LIB . mdb_version ( major , minor , patch ) ; return new Version ( major . intValue ( ) , minor . intValue ( ) , patch . intValue ( ) ) ; }

Obtiene la información de la versión de la biblioteca de LMDB C.


public boolean isLedgerHandleClosed  ( LedgerDescriptor ledgerDesc ) throws BKException { RefCountedLedgerHandle refhandle = getLedgerHandle ( ledgerDesc ) ; if ( null == refhandle ) { LOG . error ( "Accessing ledger {} without opening." , ledgerDesc ) ; throw BKException . create ( BKException . Code . UnexpectedConditionException ) ; } return refhandle . handle . isClosed ( ) ; }


public TranslatedMessage ( @ Nonnull String name , @ Nonnull String ... replacements ) { this . name = Preconditions . checkNotNull ( name , "name" ) ; this . replacements = ImmutableList . copyOf ( replacements ) ; }


protected String names  ( Token [ ] tokens ) { StringBuilder buf = new StringBuilder ( ) ; for ( Token token : tokens ) { if ( isIgnored ( token . kind ) ) { continue ; } if ( buf . length ( ) > 0 ) { buf . append ( ' ' ) ; } buf . append ( token . kind . name ( ) ) ; } return buf . toString ( ) ; }

Devuelve una cadena que contiene solo los nombres de los tokens.


private String [ ] extractDispositionInfo  ( String line ) throws IOException { String [ ] retval = new String [ 4 ] ; String origline = line ; line = origline . toLowerCase ( ) ; int start = line . indexOf ( "content-disposition: " ) ; int end = line . indexOf ( ";" ) ; if ( start == - 1 || end == - 1 ) { throw new IOException ( "Content disposition corrupt: " + origline ) ; } String disposition = line . substring ( start + 21 , end ) ; if ( ! disposition . equals ( "form-data" ) ) { throw new IOException ( "Invalid content disposition: " + disposition ) ; } start = line . indexOf ( "name=\"" , end ) ; end = line . indexOf ( "\"" , start + 7 ) ; int startOffset = 6 ; if ( start == - 1 || end == - 1 ) { start = line . indexOf ( "name=" , end ) ; end = line . indexOf ( ";" , start + 6 ) ; if ( start == - 1 ) { throw new IOException ( "Content disposition corrupt: " + origline ) ; } else if ( end == - 1 ) { end = line . length ( ) ; } startOffset = 5 ; } String name = origline . substring ( start + startOffset , end ) ; String filename = null ; String origname = null ; start = line . indexOf ( "filename=\"" , end + 2 ) ; end = line . indexOf ( "\"" , start + 10 ) ; if ( start != - 1 && end != - 1 ) { filename = origline . substring ( start + 10 , end ) ; origname = filename ; int slash = Math . max ( filename . lastIndexOf ( '/' ) , filename . lastIndexOf ( '\\' ) ) ; if ( slash > - 1 ) { filename = filename . substring ( slash + 1 ) ; } } retval [ 0 ] = disposition ; retval [ 1 ] = name ; retval [ 2 ] = filename ; retval [ 3 ] = origname ; return retval ; }

Extrae y devuelve información de disposición de una línea, como una matriz <código> <código> con elementos: Disposición, nombre, nombre de archivo.


protected PhotosRestoreCommentQuery commentId  ( int value ) { return unsafeParam ( "comment_id" , value ) ; }


public static < T > Iterable < T > Iterable  ( ) { return null ; }


public void dismiss  ( boolean tappedTarget ) { pulseAnimation . cancel ( ) ; expandAnimation . cancel ( ) ; if ( tappedTarget ) { dismissConfirmAnimation . start ( ) ; } else { dismissAnimation . start ( ) ; } }


public static ValueGetterSpacePredicate < ServerEntry > pathAll  ( String path , ISpacePredicate ... predicates ) { return path ( path , all ( predicates ) ) ; }

Atajo para la ruta (camino, todos (predicados)).


private boolean containsKey  ( final int key , final int index ) { return ( key != 0 || states [ index ] == FULL ) && keys [ index ] == key ; }

Compruebe si las tablas contienen un elemento asociado con la clave específica en el índice específico.


public DocsSaveQuery ( VkApiClient client , Actor actor , String file ) { super ( client , "docs.save" , Doc . class ) ; accessToken ( actor . getAccessToken ( ) ) ; file ( file ) ; }

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


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

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


public boolean isOptional  ( ) { return optional ; }


public static double trigamma  ( double x ) { if ( Double . isNaN ( x ) || Double . isInfinite ( x ) ) { return x ; } if ( x > 0 && x <= S_LIMIT ) { return 1 / ( x * x ) ; } if ( x >= C_LIMIT ) { double inv = 1 / ( x * x ) ; return 1 / x + inv / 2 + inv / x * ( 1.0 / 6 - inv * ( 1.0 / 30 + inv / 42 ) ) ; } return trigamma ( x + 1 ) + 1 / ( x * x ) ; }

Calcula la función de trigamma de x.Esta función se deriva al tomar el derivado de la implementación de Digamma.


public void putAll  ( Table < R , C , V > table ) { for ( R rowKey : table . rowKeySet ( ) ) { Map < C , V > row = table . row ( rowKey ) ; for ( C columnKey : row . keySet ( ) ) { put ( rowKey , columnKey , row . get ( columnKey ) ) ; } } }


public boolean isSwipeEnable  ( ) { return swipeEnable ; }

Abra la función de deslizamiento del artículo?


public static void main  ( String [ ] args ) { byte [ ] json = "{\"name\":\"Elvis\"}" . getBytes ( StandardCharsets . UTF_8 ) ; JsonParser parser = new JsonParser ( ) ; PrettyPrinter prettyPrinter = new PrettyPrinter ( ) ; int i = 0 ; int event ; do { while ( ( event = parser . nextEvent ( ) ) == JsonEvent . NEED_MORE_INPUT ) { i += parser . getFeeder ( ) . feed ( json , i , json . length - i ) ; if ( i == json . length ) { parser . getFeeder ( ) . done ( ) ; } } prettyPrinter . onEvent ( event , parser ) ; } while ( event != JsonEvent . EOF ) ; System . out . println ( prettyPrinter . getResult ( ) ) ; }

Método principal que demuestra cómo usar la bonita impresora.


public void testReadXmlLangOldStyle  ( ) throws Exception  { Properties result = xmlToProperties ( "_" ) ; assertNotNull ( result ) ; assertTrue ( ! result . isEmpty ( ) ) ; assertEquals ( 1 , result . size ( ) ) ; assertEquals ( "Key Value" , result . getProperty ( "PropertyKey" ) ) ; }

Viejo estilo XML: El valor de atributo Lang fue de Formulario EN_AU.PRUEBA Este formato todavía funciona.


protected void updateSelectedPathsFromSelectedRows  ( ) { if ( ! updatingListSelectionModel ) { updatingListSelectionModel = true ; try { int min = listSelectionModel . getMinSelectionIndex ( ) ; int max = listSelectionModel . getMaxSelectionIndex ( ) ; clearSelection ( ) ; if ( min != - 1 && max != - 1 ) { for ( int counter = min ; counter <= max ; counter ++ ) { if ( listSelectionModel . isSelectedIndex ( counter ) ) { TreePath selPath = tree . getPathForRow ( counter ) ; if ( selPath != null ) { addSelectionPath ( selPath ) ; } } } } } finally { updatingListSelectionModel = false ; } } }

Si <CÓDIGO> ActualizaciónSelectionModel </ Code> es falso, esto restablecerá las rutas seleccionadas de las filas seleccionadas en el modelo de selección de la lista.


public DexPatchGenerator ( File oldDexFile , InputStream newDexStream ) throws IOException { this ( new Dex ( oldDexFile ) , new Dex ( newDexStream ) ) ; }

AVISO: Debe cerrar el ingreso manualmente.


protected Set < LogicalTable > generateTables  ( String tableName , LogicalTableDictionary tableDictionary ) throws BadApiRequestException { Set < LogicalTable > generated = tableDictionary . values ( ) . stream ( ) . filter ( null ) . collect ( Collectors . toCollection ( null ) ) ; if ( generated . isEmpty ( ) ) { String msg ; if ( tableDictionary . isEmpty ( ) ) { msg = EMPTY_DICTIONARY . logFormat ( "Logical Table" ) ; } else { msg = TABLE_UNDEFINED . logFormat ( tableName ) ; } LOG . error ( msg ) ; throw new BadApiRequestException ( msg ) ; } LOG . trace ( "Generated set of logical tables: {}" , generated ) ; return generated ; }

Extrae la lista de nombres de tablas lógicas desde el segmento de la ruta de la tabla de la URL y genera un conjunto de objetos de tabla lógica basados en él.


private void updateSymbol  ( FieldIdEnum changedField ) { if ( ! Controller . getInstance ( ) . isPopulating ( ) ) { UserLayer userLayer = getStyleFactory ( ) . createUserLayer ( ) ; String name = fieldConfigVisitor . getText ( FieldIdEnum . NAME ) ; userLayer . setName ( name ) ; List < FeatureTypeConstraint > ftcList = fieldConfigVisitor . getFeatureTypeConstraint ( FieldIdEnum . LAYER_FEATURE_CONSTRAINTS ) ; if ( ( ftcList != null ) && ! ftcList . isEmpty ( ) ) { FeatureTypeConstraint [ ] ftcArray = new FeatureTypeConstraint [ ftcList . size ( ) ] ; userLayer . setLayerFeatureConstraints ( ftcList . toArray ( ftcArray ) ) ; } GroupConfigInterface group = getGroup ( GroupIdEnum . USER_LAYER_SOURCE ) ; if ( group != null ) { MultiOptionGroup userLayerSourceGroup = ( MultiOptionGroup ) group ; OptionGroup selectedOption = userLayerSourceGroup . getSelectedOptionGroup ( ) ; switch ( selectedOption . getId ( ) ) { case REMOTE_OWS : { RemoteOWS remoteOWS = new RemoteOWSImpl ( ) ; String service = fieldConfigVisitor . getText ( FieldIdEnum . REMOTE_OWS_SERVICE ) ; remoteOWS . setService ( service ) ; String onlineResource = fieldConfigVisitor . getText ( FieldIdEnum . REMOTE_OWS_ONLINERESOURCE ) ; remoteOWS . setOnlineResource ( onlineResource ) ; userLayer . setRemoteOWS ( remoteOWS ) ; } break ; case INLINE_FEATURE : { String inlineFeatures = fieldConfigVisitor . getText ( FieldIdEnum . INLINE_FEATURE ) ; if ( ( inlineFeatures != null ) && ( ! inlineFeatures . isEmpty ( ) ) ) { InlineFeatureUtils . setInlineFeatures ( userLayer , inlineFeatures ) ; } } break ; default : break ; } } StyledLayer existingStyledLayer = SelectedSymbol . getInstance ( ) . getStyledLayer ( ) ; if ( existingStyledLayer instanceof UserLayerImpl ) { UserLayerImpl existingUserLayer = ( UserLayerImpl ) existingStyledLayer ; for ( Style style : existingUserLayer . userStyles ( ) ) { userLayer . addUserStyle ( style ) ; } } SelectedSymbol . getInstance ( ) . replaceStyledLayer ( userLayer ) ; if ( changedField != null ) { if ( changedField == FieldIdEnum . INLINE_FEATURE ) { DataSourceInterface dataSource = DataSourceFactory . getDataSource ( ) ; if ( dataSource != null ) { dataSource . updateUserLayers ( ) ; } } } this . fireUpdateSymbol ( ) ; } }


void initFromCameraParameters  ( OpenCamera camera ) { Camera . Parameters parameters = camera . getCamera ( ) . getParameters ( ) ; WindowManager manager = ( WindowManager ) context . getSystemService ( Context . WINDOW_SERVICE ) ; Display display = manager . getDefaultDisplay ( ) ; int displayRotation = display . getRotation ( ) ; int cwRotationFromNaturalToDisplay ; switch ( displayRotation ) { case Surface . ROTATION_0 : cwRotationFromNaturalToDisplay = 0 ; break ; case Surface . ROTATION_90 : cwRotationFromNaturalToDisplay = 90 ; break ; case Surface . ROTATION_180 : cwRotationFromNaturalToDisplay = 180 ; break ; case Surface . ROTATION_270 : cwRotationFromNaturalToDisplay = 270 ; break ; default : if ( displayRotation % 90 == 0 ) { cwRotationFromNaturalToDisplay = ( 360 + displayRotation ) % 360 ; } else { throw new IllegalArgumentException ( "Bad rotation: " + displayRotation ) ; } } Log . i ( TAG , "Display at: " + cwRotationFromNaturalToDisplay ) ; int cwRotationFromNaturalToCamera = camera . getOrientation ( ) ; Log . i ( TAG , "Camera at: " + cwRotationFromNaturalToCamera ) ; if ( camera . getFacing ( ) == CameraFacing . FRONT ) { cwRotationFromNaturalToCamera = ( 360 - cwRotationFromNaturalToCamera ) % 360 ; Log . i ( TAG , "Front camera overriden to: " + cwRotationFromNaturalToCamera ) ; } cwRotationFromDisplayToCamera = ( 360 + cwRotationFromNaturalToCamera - cwRotationFromNaturalToDisplay ) % 360 ; Log . i ( TAG , "Final display orientation: " + cwRotationFromDisplayToCamera ) ; if ( camera . getFacing ( ) == CameraFacing . FRONT ) { Log . i ( TAG , "Compensating rotation for front camera" ) ; cwNeededRotation = ( 360 - cwRotationFromDisplayToCamera ) % 360 ; } else { cwNeededRotation = cwRotationFromDisplayToCamera ; } Log . i ( TAG , "Clockwise rotation from display to camera: " + cwNeededRotation ) ; Point theScreenResolution = new Point ( ) ; display . getSize ( theScreenResolution ) ; screenResolution = theScreenResolution ; Log . i ( TAG , "Screen resolution in current orientation: " + screenResolution ) ; cameraResolution = CameraConfigurationUtils . findBestPreviewSizeValue ( parameters , screenResolution ) ; Log . i ( TAG , "Camera resolution: " + cameraResolution ) ; bestPreviewSize = CameraConfigurationUtils . findBestPreviewSizeValue ( parameters , screenResolution ) ; Log . i ( TAG , "Best available preview size: " + bestPreviewSize ) ; boolean isScreenPortrait = screenResolution . x < screenResolution . y ; boolean isPreviewSizePortrait = bestPreviewSize . x < bestPreviewSize . y ; if ( isScreenPortrait == isPreviewSizePortrait ) { previewSizeOnScreen = bestPreviewSize ; } else { previewSizeOnScreen = new Point ( bestPreviewSize . y , bestPreviewSize . x ) ; } Log . i ( TAG , "Preview size on screen: " + previewSizeOnScreen ) ; }

Lee, una vez, valores de la cámara que necesitan la aplicación.


public int addChild  ( int parent ) { int child = super . addNodeRow ( ) ; addChildEdge ( parent , child ) ; return child ; }

Agregue un nodo secundario al nodo padre dado.También se creará un borde entre los dos.


@ Override public Object illegal  ( Metadata < DTO > metadata ) { return null ; }

Proporcionar una referencia nula como el valor ilegal.


@ Override protected void initToolbar  ( Bundle savedInstanceState ) { }

Inicializar la barra de herramientas en el diseño.


@ Override public IAssignmentAlgorithm createAssignmentAlgorithm  ( ) { return new AssignmentUsingLCA ( cName ) ; }


public void remove  ( ) { throw new UnsupportedOperationException ( ) ; }

Siempre lanza sin apoyoPortadosOfereException.


public boolean isProjective  ( ) { return true ; }

Comprueba la proyección de este gráfico.


protected boolean isXml  ( HttpServletRequest request ) { String type = request . getContentType ( ) ; type = ! StringUtils . isEmpty ( type ) ? type : MediaType . APPLICATION_JSON_VALUE ; if ( request . getPathInfo ( ) . endsWith ( ".xml" ) ) { type = MediaType . APPLICATION_XML_VALUE ; } return isCompatibleWith ( type , MediaType . APPLICATION_XML ) ; }


private static void check  ( Matrix X , Matrix Y ) { double eps = Math . pow ( 2.0 , - 52.0 ) ; if ( X . norm1 ( ) == 0. & Y . norm1 ( ) < 10 * eps ) return ; if ( Y . norm1 ( ) == 0. & X . norm1 ( ) < 10 * eps ) return ; if ( X . minus ( Y ) . norm1 ( ) > 1000 * eps * Math . max ( X . norm1 ( ) , Y . norm1 ( ) ) ) { throw new RuntimeException ( "The norm of (X-Y) is too large: " + Double . toString ( X . minus ( Y ) . norm1 ( ) ) ) ; } }

Compruebe la norma de la diferencia de las matrices.


void discardFromIdle  ( ResourceKey < K > resourceKey , R resource ) { resourceKey . removeFromTransferStack ( ) ; if ( timeToIdlePolicy . isPresent ( ) ) { timeToIdlePolicy . get ( ) . invalidate ( resourceKey ) ; } lifecycle . onRemoval ( resourceKey . getKey ( ) , resource ) ; }

Descarta el recurso después de que se muera del estado inactivo.


private static void paintVerticalCenterConstraint  ( NlGraphics graphics , Rectangle sourceBounds , Rectangle targetBounds ) { graphics . useStyle ( GUIDELINE_DASHED ) ; graphics . drawLine ( targetBounds . x , centerY ( targetBounds ) , x2 ( targetBounds ) , centerY ( targetBounds ) ) ; graphics . useStyle ( GUIDELINE ) ; graphics . drawLine ( sourceBounds . x , centerY ( sourceBounds ) , x2 ( sourceBounds ) , centerY ( sourceBounds ) ) ; }

Pinta una restricción de centro vertical.La restricción se muestra como una línea discontinua a través de la vista vertical, y una línea sólida sobre los límites del nodo.


public static Color createColorFromString  ( String string ) { if ( string == null || string . trim ( ) . isEmpty ( ) ) { return null ; } string = string . startsWith ( COLOR_PREFIX ) ? string . substring ( 1 ) : string ; return new Color ( Integer . parseInt ( string , COLOR_RADIX ) ) ; }

Crea un java.awt.color de una cadena de color de estilo DHIS, por ejemplo.'# FF3200' es un color naranja.


private boolean canLeave  ( Player activePlayer ) { if ( isBrigadeGeneral ( activePlayer ) ) { PacketSendUtility . sendPacket ( activePlayer , SM_SYSTEM_MESSAGE . STR_GUILD_LEAVE_MASTER_CANT_LEAVE_BEFORE_CHANGE_MASTER ) ; return false ; } return true ; }

Este método verifica todas las restricciones para salir.


public Call post  ( String url , Map < String , String > params , Callback callback ) { Request request = new Builder ( ) . url ( url ) . post ( bodyFromMap ( params ) ) . tag ( url ) . build ( ) ; Call call = client . newCall ( request ) ; call . enqueue ( callback ) ; return call ; }

Hacer una llamada posterior con los parámetros


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_SummonBindingGroupGate_A_TO_SELF  ( String skillcaster , String value0 , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200881 , skillcaster , value0 , skillname ) ; }

[% Skillcaster] convocada% 0 usando [% SkillName].


private HttpEntity paramsToEntity  ( RequestParams params , ResponseHandlerInterface responseHandler ) { HttpEntity entity = null ; try { if ( params != null ) { entity = params . getEntity ( responseHandler ) ; } } catch ( Throwable t ) { if ( responseHandler != null ) responseHandler . sendFailureMessage ( 0 , null , null , t ) ; else t . printStackTrace ( ) ; } return entity ; }

Devuelve HTPENTITY que contiene datos de SolicitudParams incluidos con la Declaración de Solicitud.Permite que también pase el progreso de la carga a través de la Responsabilidad proporcionada


public static double hz2bark  ( double freqInHz ) { double f = freqInHz / 600 ; return 6 * Math . log ( f + Math . sqrt ( ( f * f ) + 1 ) ) ; }

Dado que no hay AsiNH en matemáticas, aquí se usa su definición: Asinh (X) = LN (X + SQRT (x ^ 2 + 1)) Esta función se usa en FFT2BARKMX ()


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

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


public WallGetByIdQueryWithExtended ( VkApiClient client , List < String > posts ) { super ( client , "wall.getById" , GetByIdExtendedResponse . class ) ; posts ( posts ) ; extended ( true ) ; }

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


public void actionPerformed  ( ActionEvent ev ) { executeImmediately ( "set showGroups=" + ( ! isSelected ( ) ) + " style=convexHulls;" ) ; }


public Builder crs  ( ICRS crs ) { this . crs = crs ; return this ; }

Coordinar el sistema de referencia para usar para las solicitudes de WMS, los valores predeterminados para asignar CRS.No cambies esto si no estás seguro de lo que significa.</BR>


public void clearExpressions  ( ) { this . leftSide = null ; this . rightSide = null ; }

Borra las expresiones del lado izquierdo y del lado derecho.Esto puede ser útil, por ejemplo, antes de cambiar el tipo de período de regla de validación, ya que los elementos de datos permitidos en las expresiones dependen del tipo de período.


@ Override public void attributeDecl  ( String elementName , String attributeName , String type , String [ ] enumeration , String defaultType , XMLString defaultValue , XMLString nonNormalizedDefaultValue , Augmentations augs ) throws XNIException { if ( type != XMLSymbols . fCDATASymbol && defaultValue != null ) { normalizeDefaultAttrValue ( defaultValue ) ; } if ( fValidation ) { boolean duplicateAttributeDef = false ; DTDGrammar grammar = ( fDTDGrammar != null ? fDTDGrammar : fGrammarBucket . getActiveGrammar ( ) ) ; int elementIndex = grammar . getElementDeclIndex ( elementName ) ; if ( grammar . getAttributeDeclIndex ( elementIndex , attributeName ) != - 1 ) { duplicateAttributeDef = true ; if ( fWarnDuplicateAttdef ) { fErrorReporter . reportError ( XMLMessageFormatter . XML_DOMAIN , "MSG_DUPLICATE_ATTRIBUTE_DEFINITION" , new Object [ ] { elementName , attributeName } , XMLErrorReporter . SEVERITY_WARNING ) ; } } if ( type == XMLSymbols . fIDSymbol ) { if ( defaultValue != null && defaultValue . length != 0 ) { if ( defaultType == null || ! ( defaultType == XMLSymbols . fIMPLIEDSymbol || defaultType == XMLSymbols . fREQUIREDSymbol ) ) { fErrorReporter . reportError ( XMLMessageFormatter . XML_DOMAIN , "IDDefaultTypeInvalid" , new Object [ ] { attributeName } , XMLErrorReporter . SEVERITY_ERROR ) ; } } if ( ! fTableOfIDAttributeNames . containsKey ( elementName ) ) { fTableOfIDAttributeNames . put ( elementName , attributeName ) ; } else { if ( ! duplicateAttributeDef ) { String previousIDAttributeName = ( String ) fTableOfIDAttributeNames . get ( elementName ) ; fErrorReporter . reportError ( XMLMessageFormatter . XML_DOMAIN , "MSG_MORE_THAN_ONE_ID_ATTRIBUTE" , new Object [ ] { elementName , previousIDAttributeName , attributeName } , XMLErrorReporter . SEVERITY_ERROR ) ; } } } if ( type == XMLSymbols . fNOTATIONSymbol ) { for ( int i = 0 ; i < enumeration . length ; i ++ ) { fNotationEnumVals . put ( enumeration [ i ] , attributeName ) ; } if ( fTableOfNOTATIONAttributeNames . containsKey ( elementName ) == false ) { fTableOfNOTATIONAttributeNames . put ( elementName , attributeName ) ; } else { if ( ! duplicateAttributeDef ) { String previousNOTATIONAttributeName = ( String ) fTableOfNOTATIONAttributeNames . get ( elementName ) ; fErrorReporter . reportError ( XMLMessageFormatter . XML_DOMAIN , "MSG_MORE_THAN_ONE_NOTATION_ATTRIBUTE" , new Object [ ] { elementName , previousNOTATIONAttributeName , attributeName } , XMLErrorReporter . SEVERITY_ERROR ) ; } } } if ( type == XMLSymbols . fENUMERATIONSymbol || type == XMLSymbols . fNOTATIONSymbol ) { outer : for ( int i = 0 ; i < enumeration . length ; ++ i ) { for ( int j = i + 1 ; j < enumeration . length ; ++ j ) { if ( enumeration [ i ] . equals ( enumeration [ j ] ) ) { fErrorReporter . reportError ( XMLMessageFormatter . XML_DOMAIN , type == XMLSymbols . fENUMERATIONSymbol ? "MSG_DISTINCT_TOKENS_IN_ENUMERATION" : "MSG_DISTINCT_NOTATION_IN_ENUMERATION" , new Object [ ] { elementName , enumeration [ i ] , attributeName } , XMLErrorReporter . SEVERITY_ERROR ) ; break outer ; } } } } boolean ok = true ; if ( defaultValue != null && ( defaultType == null || ( defaultType != null && defaultType == XMLSymbols . fFIXEDSymbol ) ) ) { String value = defaultValue . toString ( ) ; if ( type == XMLSymbols . fNMTOKENSSymbol || type == XMLSymbols . fENTITIESSymbol || type == XMLSymbols . fIDREFSSymbol ) { StringTokenizer tokenizer = new StringTokenizer ( value , " " ) ; if ( tokenizer . hasMoreTokens ( ) ) { while ( true ) { String nmtoken = tokenizer . nextToken ( ) ; if ( type == XMLSymbols . fNMTOKENSSymbol ) { if ( ! isValidNmtoken ( nmtoken ) ) { ok = false ; break ; } } else if ( type == XMLSymbols . fENTITIESSymbol || type == XMLSymbols . fIDREFSSymbol ) { if ( ! isValidName ( nmtoken ) ) { ok = false ; break ; } } if ( ! tokenizer . hasMoreTokens ( ) ) { break ; } } } } else { if ( type == XMLSymbols . fENTITYSymbol || type == XMLSymbols . fIDSymbol || type == XMLSymbols . fIDREFSymbol || type == XMLSymbols . fNOTATIONSymbol ) { if ( ! isValidName ( value ) ) { ok = false ; } } else if ( type == XMLSymbols . fNMTOKENSymbol || type == XMLSymbols . fENUMERATIONSymbol ) { if ( ! isValidNmtoken ( value ) ) { ok = false ; } } if ( type == XMLSymbols . fNOTATIONSymbol || type == XMLSymbols . fENUMERATIONSymbol ) { ok = false ; for ( int i = 0 ; i < enumeration . length ; i ++ ) { if ( defaultValue . equals ( enumeration [ i ] ) ) { ok = true ; } } } } if ( ! ok ) { fErrorReporter . reportError ( XMLMessageFormatter . XML_DOMAIN , "MSG_ATT_DEFAULT_INVALID" , new Object [ ] { attributeName , value } , XMLErrorReporter . SEVERITY_ERROR ) ; } } } if ( fDTDGrammar != null ) fDTDGrammar . attributeDecl ( elementName , attributeName , type , enumeration , defaultType , defaultValue , nonNormalizedDefaultValue , augs ) ; if ( fDTDHandler != null ) { fDTDHandler . attributeDecl ( elementName , attributeName , type , enumeration , defaultType , defaultValue , nonNormalizedDefaultValue , augs ) ; } }


public void revertToDefault  ( int row ) { }

No tiene efecto, ya que todos los valores en esta columna se derivan.


private String generateFittingText  ( MethodUsage method , Rectangle2D rect , FontMetrics fontMetrics ) { if ( rect . getWidth ( ) < fontMetrics . stringWidth ( "..." ) ) { return "" ; } String fullyQualified = method . getNameSpace ( ) + "." + method . getName ( ) ; if ( fontMetrics . stringWidth ( fullyQualified ) < rect . getWidth ( ) ) { return fullyQualified ; } String abbrevPackage = getShortPackageName ( method . getNameSpace ( ) ) + "." + method . getName ( ) ; if ( fontMetrics . stringWidth ( abbrevPackage ) < rect . getWidth ( ) ) { return abbrevPackage ; } if ( fontMetrics . stringWidth ( method . getName ( ) ) < rect . getWidth ( ) ) { return method . getName ( ) ; } return "" ; }

Encuentra el mejor texto para las restricciones de rectángulo dado.


@ RequestMapping ( value = { "/" , "/index.html" } , method = RequestMethod . GET ) public String returnHomeView  ( ) { return "newHomePage" ; }

Si una solicitud llega a como "http: // nombre del servidor / nombre de la aplicación /" o "http: // nombre del servidor / nombre de la aplicación / index.html", esta función mantendrá el resto.


public void clear  ( ) { currentAverage = - 1 ; usedFields = 0 ; }


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_Petrification_END_A_TO_B  ( String skilltarget ) { return new SM_SYSTEM_MESSAGE ( 1200933 , skilltarget ) ; }


public Tuple [ ] clearInternal  ( ) { Tuple [ ] t = new Tuple [ getTupleCount ( ) ] ; Iterator iter = tuples ( ) ; for ( int i = 0 ; iter . hasNext ( ) ; ++ i ) { t [ i ] = ( Tuple ) iter . next ( ) ; } m_tuples . clear ( ) ; return t ; }

Borre el estado interno sin disparar una notificación.


public boolean produceAtlas  ( ) { try { if ( atlas != null ) { atlas . dispose ( ) ; atlas = null ; } if ( ! AtlasData . getInstance ( ) . atlasCurrent ) { AtlasData . getInstance ( ) . writeAtlas ( ) ; AtlasData . getInstance ( ) . atlasCurrent = true ; } atlas = AtlasData . getInstance ( ) . getAtlas ( ) ; for ( DrawableData data : AtlasData . getInstance ( ) . getDrawables ( ) ) { String name = data . file . name ( ) ; name = DrawableData . proper ( name ) ; Drawable drawable ; if ( data . file . name ( ) . matches ( ".*\\.9\\.[a-zA-Z0-9]*$" ) ) { drawable = new NinePatchDrawable ( atlas . createPatch ( name ) ) ; if ( data . tint != null ) { drawable = ( ( NinePatchDrawable ) drawable ) . tint ( data . tint ) ; } else if ( data . tintName != null ) { drawable = ( ( NinePatchDrawable ) drawable ) . tint ( JsonData . getInstance ( ) . getColorByName ( data . tintName ) . color ) ; } } else { drawable = new SpriteDrawable ( atlas . createSprite ( name ) ) ; if ( data . tint != null ) { drawable = ( ( SpriteDrawable ) drawable ) . tint ( data . tint ) ; } else if ( data . tintName != null ) { drawable = ( ( SpriteDrawable ) drawable ) . tint ( JsonData . getInstance ( ) . getColorByName ( data . tintName ) . color ) ; } } drawablePairs . put ( data . name , drawable ) ; } return true ; } catch ( Exception e ) { Gdx . app . error ( getClass ( ) . getName ( ) , "Error while attempting to generate drawables." , e ) ; DialogError . showError ( "Atlas Error..." , "Error while attempting to generate drawables.\n\nOpen log?" ) ; return false ; } }

Escribe un textureatlas basado en la lista de sorteos.Crea sorteos que se mostrarán en la pantalla


public void replaceRule  ( Rule newRule ) { List < Rule > ruleList = ( List < Rule > ) this . symbolData . getFeatureTypeStyle ( ) . rules ( ) ; int indexFound = - 1 ; int index = 0 ; for ( Rule rule : ruleList ) { if ( rule == this . symbolData . getRule ( ) ) { indexFound = index ; break ; } else { index ++ ; } } if ( indexFound > - 1 ) { ruleList . remove ( indexFound ) ; ruleList . add ( indexFound , newRule ) ; setRule ( newRule ) ; } }


@ Override public boolean isEnemyFrom  ( Player enemy ) { if ( this . getObjectId ( ) == enemy . getObjectId ( ) ) { return false ; } else if ( ( this . getAdminEnmity ( ) > 1 || enemy . getAdminEnmity ( ) > 1 ) ) { return false ; } else if ( canPvP ( enemy ) || this . getController ( ) . isDueling ( enemy ) ) { return true ; } else { return false ; } }

Jugador de enemigos:

 en la zona de PVP - en la zona de FFA


public int memberOf  ( ) { return theType . memberOf ( ) ; }

Devuelva al miembro del vector del tipo del elemento.Método de conveniencia.


public static boolean isArrowKey  ( KeyEvent e ) { int code = e . getKeyCode ( ) ; return code >= KeyEvent . VK_LEFT && code <= KeyEvent . VK_DOWN ; }

Devuelve VERDADERO si el evento de la tecla especificada se asigna a una de las 4 flechas de teclado (teclado no numérico)


public static void writeLines  ( File file , String encoding , Collection < ? > lines , boolean append ) throws IOException { writeLines ( file , encoding , lines , null , append ) ; }

Escribe el valor <código> TOSTRING () </ CODE> de cada elemento en una colección en el archivo <codigo> especificado </ código> línea por línea, opcionalmente anexar.Se utilizará la codificación de carácter especificada y la finalización de línea predeterminada.


public static int toInt  ( Object v , int defaultValue ) { if ( v != null ) { if ( v instanceof Integer ) { return ( Integer ) v ; } if ( v instanceof Float ) { return ( int ) ( ( Float ) v ) . floatValue ( ) ; } if ( v instanceof Double ) { return ( int ) ( ( Double ) v ) . doubleValue ( ) ; } String s = v . toString ( ) ; StringBuilder sb = new StringBuilder ( ) ; for ( int i = 0 ; i < s . length ( ) ; i ++ ) { char c = X . getNumber ( s . charAt ( i ) ) ; if ( c >= '0' && c <= '9' ) { sb . append ( c ) ; } else if ( c == '-' && sb . length ( ) == 0 ) { sb . append ( c ) ; } else if ( sb . length ( ) > 0 ) { break ; } } s = sb . toString ( ) ; if ( s . length ( ) > 0 ) { try { return Integer . parseInt ( s ) ; } catch ( Exception e ) { log . error ( e ) ; } } } return defaultValue ; }


public static SM_SYSTEM_MESSAGE STR_PARTY_HE_IS_ALREADY_MEMBER_OF_OUR_PARTY  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1300170 , value0 ) ; }


public synchronized void cancelConflictingJobs  ( CopyJob newJob ) throws IOException { for ( CopyJob job : queue ) { if ( job . conflicts ( newJob ) ) { node . message ( "top: now cancel existing conflicting job=" + job + " due to newJob=" + newJob ) ; job . cancel ( "conflicts with new job" , null ) ; } } }

Cancela cualquier trabajo existente que esté copiando los mismos nombres de archivos que este


private String [ ] addToHistory  ( String [ ] history , String newEntry ) { ArrayList l = new ArrayList ( Arrays . asList ( history ) ) ; l . remove ( newEntry ) ; l . add ( 0 , newEntry ) ; if ( l . size ( ) > COMBO_HISTORY_LENGTH ) l . remove ( COMBO_HISTORY_LENGTH ) ; String [ ] r = new String [ l . size ( ) ] ; l . toArray ( r ) ; return r ; }

Agrega una entrada a un historial, mientras se ocupa de los elementos de historia duplicados y las historias excesivamente largas.La suposición se hace que todas las historias deben ser de longitud <código> configurationwizardmainpage.combo_history_length </ code>.


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

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


public boolean addSiblingBefore  ( AXmlNode sibling ) { if ( this . parent != null ) { this . parent . addChild ( sibling , this . parent . getChildren ( ) . indexOf ( this ) ) ; return true ; } else { return false ; } }

Agrega el nodo dado como hermano <b> antes de </ b> este nodo y devuelve True. <br /> Si este nodo no tiene padres, no se puede agregar el hermano y se devolverá FALSO.


public PutOption build  ( ) { return new PutOption ( this . leaseId , this . prevKV ) ; }


public List < String > fields  ( ) { return fields ; }

Devuelve una lista de campos para los cuales se especificarán los valores en el nuevo registro.


private void runPCoA  ( final PCoA pcoa ) throws CanceledException { ProgressListener progressListener = clusterViewer . getDir ( ) . getDocument ( ) . getProgressListener ( ) ; if ( progressListener == null ) progressListener = new ProgressSilent ( ) ; pcoa . calculateClassicMDS ( progressListener ) ; }


public void addService  ( AXmlNode node ) { if ( services . isEmpty ( ) ) services = new ArrayList < AXmlNode > ( ) ; services . add ( node ) ; }


protected void drawYAxisSqrt  ( Graphics2D gc , Dimension size ) { gc . setFont ( getFont ( ChartViewer . FontKeys . YAxisFont . toString ( ) ) ) ; int x0 = leftMargin ; int x1 = getWidth ( ) - rightMargin ; int y0 = getHeight ( ) - bottomMargin ; int y1 = topMargin ; boolean doDraw = ( size == null ) ; Rectangle bbox = null ; double maxValue = getMaxValue ( ) ; double yFactor = ( y0 - y1 ) / Math . sqrt ( maxValue ) ; double value = 0 ; double previousY = - 100000 ; int mantisse = 0 ; int exponent = 0 ; while ( value <= maxValue ) { if ( maxDisplayedYValue != null && value > maxDisplayedYValue ) break ; double yPos = y0 - ( value > 0 ? Math . sqrt ( value ) : 0 ) * yFactor ; if ( ( mantisse <= 1 || mantisse == 5 ) && Math . abs ( yPos - previousY ) >= 20 ) { String label = String . format ( "%,d" , ( long ) value ) ; Dimension labelSize = Basic . getStringSize ( gc , label , gc . getFont ( ) ) . getSize ( ) ; previousY = yPos ; int x = leftMargin - ( int ) ( labelSize . getWidth ( ) + 3 ) ; int y = ( int ) ( yPos + labelSize . getHeight ( ) / 2.0 ) ; if ( doDraw ) { gc . setColor ( getFontColor ( ChartViewer . FontKeys . YAxisFont . toString ( ) , Color . BLACK ) ) ; gc . drawString ( label , x , y ) ; if ( showVerticalGridLines ) { gc . setColor ( Color . LIGHT_GRAY ) ; gc . drawLine ( x0 , ( int ) Math . round ( yPos ) , x1 , ( int ) Math . round ( yPos ) ) ; } } else { Rectangle rect = new Rectangle ( x , y , labelSize . width , labelSize . height ) ; if ( bbox == null ) bbox = rect ; else bbox . add ( rect ) ; } } if ( mantisse < 9 ) mantisse ++ ; else { mantisse = 1 ; exponent ++ ; } value = mantisse * Math . pow ( 10 , exponent ) ; } String axisLabel = getChartData ( ) . getCountsLabel ( ) ; Dimension labelSize = Basic . getStringSize ( gc , axisLabel , gc . getFont ( ) ) . getSize ( ) ; int x = 10 ; int y = ( y0 + y1 ) / 2 - labelSize . width ; if ( doDraw ) { gc . setColor ( getFontColor ( ChartViewer . FontKeys . YAxisFont . toString ( ) , Color . BLACK ) ) ; drawString ( gc , axisLabel , x , y , Math . PI / 2 ) ; } else { Rectangle rect = new Rectangle ( x , y , labelSize . height , labelSize . width ) ; if ( bbox == null ) bbox = rect ; else bbox . add ( rect ) ; } if ( doDraw ) { gc . setColor ( Color . BLACK ) ; gc . drawLine ( x0 , y0 , x0 , y1 ) ; drawArrowHead ( gc , new Point ( x0 , y0 ) , new Point ( x0 , y1 ) ) ; } if ( size != null ) size . setSize ( bbox . width + 5 , bbox . height ) ; }


public static int nullSafeHashCode  ( int [ ] array ) { if ( array == null ) { return 0 ; } int hash = INITIAL_HASH ; int arraySize = array . length ; for ( int i = 0 ; i < arraySize ; i ++ ) { hash = MULTIPLIER * hash + array [ i ] ; } return hash ; }

Devuelva un código hash basado en el contenido de la matriz especificada.Si <code> Array </ code> es <code> null </ code>, este método devuelve 0.


@ Override public int hashCode  ( ) { if ( isNaN ( ) ) { return 409 ; } return 311 * ( 107 * x . hashCode ( ) + 83 * y . hashCode ( ) + z . hashCode ( ) ) ; }

Obtener un hashcode para el vector 3D.<p> Todos los valores de NAN tienen el mismo código hash. </ p>


@ NotNull public static String age  ( @ NotNull Face face ) { return String . format ( "Age: %.1f" , face . faceAttributesResp . age ) ; }


@ deprecated public static boolean isCanonical  ( String id ) { return canonicalize ( id ) . equals ( id ) ; }


public void print  ( StringBuffer sb ) { if ( root != null ) { root . print ( sb , getRootQuantity ( ) , 0 ) ; } }

Visita el árbol en memoria que representa una factura de materiales y recopila información de sus nodos en el StringBuffer.Método utilizado para propósitos de depuración.


public static long binomialCoefficient  ( final int n , final int k ) { checkBinomial ( n , k ) ; if ( ( n == k ) || ( k == 0 ) ) { return 1 ; } if ( ( k == 1 ) || ( k == n - 1 ) ) { return n ; } if ( k > n / 2 ) return binomialCoefficient ( n , n - k ) ; long result = 1 ; if ( n <= 61 ) { int i = n - k + 1 ; for ( int j = 1 ; j <= k ; j ++ ) { result = result * i / j ; i ++ ; } } else if ( n <= 66 ) { int i = n - k + 1 ; for ( int j = 1 ; j <= k ; j ++ ) { final long d = gcd ( i , j ) ; result = ( result / ( j / d ) ) * ( i / d ) ; i ++ ; } } else { int i = n - k + 1 ; for ( int j = 1 ; j <= k ; j ++ ) { final long d = gcd ( i , j ) ; result = mulAndCheck ( result / ( j / d ) , i / d ) ; i ++ ; } } return result ; }

Devuelve una representación exacta de la  coeficiente binomial , " n Elija k ", el número de <CÓDIGO> K  ASINGO DE INSTALACIÓN QUE SE PUEDEN SER SELECCIONAN DE UN CONJUNTO DE INFORMACIÓN <CÓDIGO> N .
  condiciones :

  0 <= k <= n </ codigo> (de lo contrario <código> ilegalargumentexception  es lanzado)

 El resultado es lo suficientemente pequeño como para caber en un <código> largo .El mayor valor de  n  para los cuales todos los coeficientes son <coeficients <long.max_value  es 66. Si el valor calculado excede <código> long.max_value  un ArithmeticException  es lanzado.


public static boolean isDate  ( String year , String month , String day ) { if ( ! ( isYear ( year ) && isMonth ( month ) && isDay ( day ) ) ) return false ; int intYear = Integer . parseInt ( year ) ; int intMonth = Integer . parseInt ( month ) ; int intDay = Integer . parseInt ( day ) ; if ( intDay > daysInMonth [ intMonth - 1 ] ) return false ; if ( ( intMonth == 2 ) && ( intDay > daysInFebruary ( intYear ) ) ) return false ; return true ; }

Isdate devuelve verdadero si los argumentos de cadena año, mes y día forman una fecha válida.


static boolean isSystemWindows  ( ) { return SYSTEM_SEPARATOR == WINDOWS_SEPARATOR ; }

Determina si el sistema de archivos de Windows está en uso.


public void cleanupTabs  ( ) { mStackTabs = null ; resetInputActionIndices ( ) ; }

Llamado para liberar todo.Llamado bien después de la vista ha sido realmente oculto.


private void recycleView  ( View view , int index ) { int count = wheel . getViewAdapter ( ) . getItemsCount ( ) ; if ( ( index < 0 || index >= count ) && ! wheel . isCyclic ( ) ) { emptyItems = addView ( view , emptyItems ) ; } else { while ( index < 0 ) { index = count + index ; } index %= count ; items = addView ( view , items ) ; } }

Agrega vista al caché.Determina el tipo de vista (vista del elemento o vacío) por índice.


@ Override public boolean equals  ( Object that ) { if ( this == that ) { return true ; } if ( that == null ) { return false ; } if ( getClass ( ) != that . getClass ( ) ) { return false ; } TaskFireLog other = ( TaskFireLog ) that ; return ( this . getId ( ) == null ? other . getId ( ) == null : this . getId ( ) . equals ( other . getId ( ) ) ) && ( this . getGroupName ( ) == null ? other . getGroupName ( ) == null : this . getGroupName ( ) . equals ( other . getGroupName ( ) ) ) && ( this . getTaskName ( ) == null ? other . getTaskName ( ) == null : this . getTaskName ( ) . equals ( other . getTaskName ( ) ) ) && ( this . getStartTime ( ) == null ? other . getStartTime ( ) == null : this . getStartTime ( ) . equals ( other . getStartTime ( ) ) ) && ( this . getEndTime ( ) == null ? other . getEndTime ( ) == null : this . getEndTime ( ) . equals ( other . getEndTime ( ) ) ) && ( this . getStatus ( ) == null ? other . getStatus ( ) == null : this . getStatus ( ) . equals ( other . getStatus ( ) ) ) && ( this . getServerHost ( ) == null ? other . getServerHost ( ) == null : this . getServerHost ( ) . equals ( other . getServerHost ( ) ) ) && ( this . getServerDuid ( ) == null ? other . getServerDuid ( ) == null : this . getServerDuid ( ) . equals ( other . getServerDuid ( ) ) ) && ( this . getFireInfo ( ) == null ? other . getFireInfo ( ) == null : this . getFireInfo ( ) . equals ( other . getFireInfo ( ) ) ) ; }

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


@ Override public boolean needFood  ( ) { return this . getFoodLevel ( ) < 60.0F ; }

Obtener si el jugador debe comer comida.


public static FilteringEventBus buildFilteringEventBusOnMainLoop  ( EventDispatcher eventDispatcher ) { FilteringEventBus b = new FilteringEventBus ( new DelegatingEventDispatcher ( eventDispatcher , mainLoopDispatcher ) ) ; b . start ( ) ; return b ; }

Construye un bus de evento con el despachador dado que funcionará en el bucle principal


public void addAssociation  ( int node , int endpoint ) { if ( isAssociated ( node , endpoint ) ) { return ; } ZWaveAssociation newAssociation = new ZWaveAssociation ( node , endpoint ) ; associations . add ( newAssociation ) ; }

Agrega un nodo de asociación y punto final


public boolean selectedFragmentPicture  ( ) { Intent intent = new Intent ( Intent . ACTION_PICK , android . provider . MediaStore . Images . Media . EXTERNAL_CONTENT_URI ) ; intent . setType ( "image/*" ) ; if ( intent . resolveActivity ( this . activity . getPackageManager ( ) ) != null ) { this . intentFragment = intent ; return true ; } else { return false ; } }

Esto llame a la intención de seleccionar la imagen.


public static String joinObjects  ( CharSequence separator , Iterable < ? > objects ) { StringBuilder sb = new StringBuilder ( ) ; boolean first = true ; for ( Object o : objects ) { if ( first ) { first = false ; } else { sb . append ( separator ) ; } sb . append ( String . valueOf ( o ) ) ; } return sb . toString ( ) ; }

Concatena objetos ritificados, utilizando un separador.


public static double [ ] checkAndNormalize  ( double [ ] weights ) { final int len = weights . length ; double sumWt = 0 ; boolean posWt = false ; for ( int i = 0 ; i < len ; i ++ ) { if ( weights [ i ] < 0 ) { throw new MathIllegalArgumentException ( LocalizedCoreFormats . NUMBER_TOO_SMALL , weights [ i ] , 0 ) ; } if ( weights [ i ] > 0 ) { posWt = true ; } if ( Double . isNaN ( weights [ i ] ) ) { throw new MathIllegalArgumentException ( LocalizedCoreFormats . NAN_ELEMENT_AT_INDEX , i ) ; } if ( Double . isInfinite ( weights [ i ] ) ) { throw new MathIllegalArgumentException ( LocalizedCoreFormats . INFINITE_ARRAY_ELEMENT , weights [ i ] , i ) ; } sumWt += weights [ i ] ; } if ( ! posWt ) { throw new MathIllegalArgumentException ( LocalizedCoreFormats . WEIGHT_AT_LEAST_ONE_NON_ZERO ) ; } double [ ] normWt = null ; if ( Precision . equals ( sumWt , 1d , 10 ) ) { normWt = weights ; } else { normWt = new double [ len ] ; for ( int i = 0 ; i < len ; i ++ ) { normWt [ i ] = weights [ i ] / sumWt ; } } return normWt ; }

Los controles para asegurarse de que los pesos contengan solo valores no negativos, finitos, no nAn y, si es necesario, lo normalice para sumar a 1.


public void addVariableDecl  ( VariableDecl node ) { List < VariableDecl > list = ( parent == null || state == null ) ? getVariableDeclListNoTransform ( ) : getVariableDeclList ( ) ; list . addChild ( node ) ; }

Anexar un elemento a la lista VariodleCl.


@ deprecated protected void initializeData  ( ULocale desiredLocale , CalendarData calData ) { this . eras = calData . getEras ( "abbreviated" ) ; this . eraNames = calData . getEras ( "wide" ) ; this . narrowEras = calData . getEras ( "narrow" ) ; this . months = calData . getStringArray ( "monthNames" , "wide" ) ; this . shortMonths = calData . getStringArray ( "monthNames" , "abbreviated" ) ; this . narrowMonths = calData . getStringArray ( "monthNames" , "narrow" ) ; this . standaloneMonths = calData . getStringArray ( "monthNames" , "stand-alone" , "wide" ) ; this . standaloneShortMonths = calData . getStringArray ( "monthNames" , "stand-alone" , "abbreviated" ) ; this . standaloneNarrowMonths = calData . getStringArray ( "monthNames" , "stand-alone" , "narrow" ) ; String [ ] lWeekdays = calData . getStringArray ( "dayNames" , "wide" ) ; this . weekdays = new String [ 8 ] ; this . weekdays [ 0 ] = "" ; System . arraycopy ( lWeekdays , 0 , this . weekdays , 1 , lWeekdays . length ) ; String [ ] sWeekdays = calData . getStringArray ( "dayNames" , "abbreviated" ) ; this . shortWeekdays = new String [ 8 ] ; this . shortWeekdays [ 0 ] = "" ; System . arraycopy ( sWeekdays , 0 , this . shortWeekdays , 1 , sWeekdays . length ) ; String [ ] nWeekdays = null ; try { nWeekdays = calData . getStringArray ( "dayNames" , "narrow" ) ; } catch ( MissingResourceException e ) { try { nWeekdays = calData . getStringArray ( "dayNames" , "stand-alone" , "narrow" ) ; } catch ( MissingResourceException e1 ) { nWeekdays = calData . getStringArray ( "dayNames" , "abbreviated" ) ; } } this . narrowWeekdays = new String [ 8 ] ; this . narrowWeekdays [ 0 ] = "" ; System . arraycopy ( nWeekdays , 0 , this . narrowWeekdays , 1 , nWeekdays . length ) ; String [ ] saWeekdays = null ; saWeekdays = calData . getStringArray ( "dayNames" , "stand-alone" , "wide" ) ; this . standaloneWeekdays = new String [ 8 ] ; this . standaloneWeekdays [ 0 ] = "" ; System . arraycopy ( saWeekdays , 0 , this . standaloneWeekdays , 1 , saWeekdays . length ) ; String [ ] ssWeekdays = null ; ssWeekdays = calData . getStringArray ( "dayNames" , "stand-alone" , "abbreviated" ) ; this . standaloneShortWeekdays = new String [ 8 ] ; this . standaloneShortWeekdays [ 0 ] = "" ; System . arraycopy ( ssWeekdays , 0 , this . standaloneShortWeekdays , 1 , ssWeekdays . length ) ; String [ ] snWeekdays = null ; snWeekdays = calData . getStringArray ( "dayNames" , "stand-alone" , "narrow" ) ; this . standaloneNarrowWeekdays = new String [ 8 ] ; this . standaloneNarrowWeekdays [ 0 ] = "" ; System . arraycopy ( snWeekdays , 0 , this . standaloneNarrowWeekdays , 1 , snWeekdays . length ) ; this . ampms = calData . getStringArray ( "AmPmMarkers" ) ; this . quarters = calData . getStringArray ( "quarters" , "wide" ) ; this . shortQuarters = calData . getStringArray ( "quarters" , "abbreviated" ) ; this . standaloneQuarters = calData . getStringArray ( "quarters" , "stand-alone" , "wide" ) ; this . standaloneShortQuarters = calData . getStringArray ( "quarters" , "stand-alone" , "abbreviated" ) ; this . requestedLocale = desiredLocale ; ICUResourceBundle rb = ( ICUResourceBundle ) UResourceBundle . getBundleInstance ( "com/ibm/icu/impl/data/icudt48b" , desiredLocale ) ; this . localPatternChars = "GyMdkHmsSEDFwWahKzYeugAZvcLQqV" ; ULocale uloc = rb . getULocale ( ) ; setLocale ( uloc , uloc ) ; }


public < T5 > Pattern5 < T1 , T2 , T3 , T4 , T5 > and  ( Observable < T5 > other ) { if ( other == null ) { throw new NullPointerException ( ) ; } return new Pattern5 < T1 , T2 , T3 , T4 , T5 > ( o1 , o2 , o3 , o4 , other ) ; }

Crea un patrón que coincide con cuando las cuatro secuencias observables tienen un elemento disponible.


protected LuaObject ( LuaState L , String globalName ) { synchronized ( L ) { this . L = L ; L . getGlobal ( globalName ) ; registerValue ( - 1 ) ; L . pop ( 1 ) ; } }

Crea una referencia a un objeto en la variable globalname


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

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


@ Override public Track apply  ( String name ) { return new Track ( name ) ; }


@ NotNull public ImageOverlayBuilder titleImage  ( PointLocations location , Font font , @ NotNull CognitiveJColourPalette color , @ NotNull String text ) { ApplyCaptionOutsideImageFilter applyCaptionOutsideImageFilter = new ApplyCaptionOutsideImageFilter ( location , font , color , text ) ; bufferedImage = applyCaptionOutsideImageFilter . applyFilter ( bufferedImage ) ; return this ; }


@ RequiresPermission ( Manifest . permission . WRITE_EXTERNAL_STORAGE ) public static boolean rename  ( File src , File tar ) { try { LogUtils . debug ( String . format ( "rename %s to %s" , src . getAbsolutePath ( ) , tar . getAbsolutePath ( ) ) ) ; return src . renameTo ( tar ) ; } catch ( Exception e ) { LogUtils . warn ( e ) ; return false ; } }


private static int calculateTotalBytes  ( ByteBuffer [ ] byteBufferArr ) { int total = 0 ; for ( int index = 0 ; index < byteBufferArr . length ; index ++ ) { total += byteBufferArr [ index ] . capacity ( ) ; } return total ; }

Para calcular los bytes totales en tampón de bytes [].


public static boolean isBookmarked  ( String id ) { return Inquiry . get ( ) . selectFrom ( Constants . DATABASE_NAME , BookmarksDB . class ) . where ( "_id = ?" , id ) . one ( ) != null ; }

Devuelve VERDADERO si el artículo es actualmente favorecido.


public RecordId ( BlockId blk , int id ) { this . blk = blk ; this . id = id ; }

Crea un ID de registro para el registro que tiene la ID especificada en el bloque especificado.


@ Override public void vendorOptionsUpdated  ( List < VersionData > vendorOptionVersionsList ) { this . vendorOptionOptionsList = vendorOptionVersionsList ; updateVendorOptionPanels ( ) ; }


private boolean isAlreadySetup  ( RetrieveAndRank service ) { SolrClusters clusters = service . getSolrClusters ( ) . execute ( ) ; return clusters . getSolrClusters ( ) . size ( ) > 0 ? true : false ; }

Hace una llamada para obtener el número de grupos, si es> 0, entonces asumimos que la configuración ya se ha realizado y lo salimos


public int importMEGAN3SummaryFile  ( String fileName , BufferedReader r , boolean headerOnly ) throws IOException { int lineNumber = 0 ; try { String aLine ; sampleNames . clear ( ) ; sampleNames . add ( Basic . getFileBaseName ( fileName ) ) ; blastModes . clear ( ) ; while ( ( aLine = r . readLine ( ) ) != null ) { lineNumber ++ ; aLine = aLine . trim ( ) ; if ( aLine . length ( ) == 0 || aLine . startsWith ( "#" ) ) continue ; if ( lineNumber == 1 && aLine . equals ( "!MEGAN" ) ) continue ; if ( aLine . startsWith ( "@" ) ) { int separatorPos = aLine . indexOf ( "=" ) ; if ( separatorPos == - 1 ) throw new IOException ( "Line " + lineNumber + ": Can't parse: " + aLine ) ; String first = aLine . substring ( 0 , separatorPos ) ; String second = aLine . substring ( separatorPos + 1 ) ; switch ( first ) { case CONTENT_TYPE : if ( ! second . equals ( MEGAN3SummaryFormat ) ) throw new IOException ( "Wrong format: " + second ) ; setContentType ( MEGAN4SummaryFormat + "\t(imported from MEGAN3 " + second + " format)" ) ; break ; case CREATOR : setCreator ( second ) ; break ; case CREATION_DATE : setCreationDate ( second ) ; break ; case PARAMETERS : setParameters ( second ) ; break ; case ALGORITHM : setAlgorithm ( ClassificationType . Taxonomy . toString ( ) , second ) ; break ; case COLLAPSE : if ( second . length ( ) > 0 ) { String [ ] tokens = second . split ( ";" ) ; Set < Integer > collapse = new HashSet < > ( ) ; for ( String token : tokens ) { collapse . add ( Integer . parseInt ( token ) ) ; } setCollapsed ( ClassificationType . Taxonomy . toString ( ) , collapse ) ; } break ; case NODE_FORMATS : setNodeFormats ( ClassificationType . Taxonomy . toString ( ) , second ) ; break ; case EDGE_FORMATS : setEdgeFormats ( ClassificationType . Taxonomy . toString ( ) , second ) ; break ; case "@Format" : break ; case TOTAL_READS : totalReads = Integer . parseInt ( second ) ; break ; } } else if ( ! headerOnly ) { String [ ] tokens = aLine . split ( " " ) ; if ( tokens . length == 3 ) { int classId = Integer . parseInt ( tokens [ 0 ] ) ; int value = Integer . parseInt ( tokens [ 2 ] ) ; setClassification2Class2Count ( ClassificationType . Taxonomy . toString ( ) , classId , 0 , value ) ; } } } if ( ! headerOnly ) determineSizesFromTaxonomyClassification ( ) ; } finally { r . close ( ) ; } return lineNumber ; }


public static SM_SYSTEM_MESSAGE STR_TOOLTIP_NEED_MASTERY_SKILL  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1300910 , value0 ) ; }


public void subTask  ( String name ) { if ( name != null && ! name . equals ( "" ) ) { super . subTask ( name ) ; } }

No permita la limpieza de la subtarea.Esto detendrá el parpadeo de la subtarea en los cuadros de diálogos de progreso.


public static XdmValue newValue  ( ValueType valueType , Object value ) { if ( value instanceof Text ) { return ValueFactory . newValue ( valueType , ( ( Text ) value ) . toString ( ) ) ; } else if ( value instanceof BytesWritable ) { return ValueFactory . newValue ( valueType , ( ( BytesWritable ) value ) . getBytes ( ) ) ; } else if ( value instanceof IntWritable ) { return ValueFactory . newValue ( valueType , ( ( IntWritable ) value ) . get ( ) ) ; } else if ( value instanceof LongWritable ) { return ValueFactory . newValue ( valueType , ( ( LongWritable ) value ) . get ( ) ) ; } else if ( value instanceof VIntWritable ) { return ValueFactory . newValue ( valueType , ( ( VIntWritable ) value ) . get ( ) ) ; } else if ( value instanceof VLongWritable ) { return ValueFactory . newValue ( valueType , ( ( VLongWritable ) value ) . get ( ) ) ; } else if ( value instanceof BooleanWritable ) { return ValueFactory . newValue ( valueType , ( ( BooleanWritable ) value ) . get ( ) ) ; } else if ( value instanceof FloatWritable ) { return ValueFactory . newValue ( valueType , ( ( FloatWritable ) value ) . get ( ) ) ; } else if ( value instanceof DoubleWritable ) { return ValueFactory . newValue ( valueType , ( ( DoubleWritable ) value ) . get ( ) ) ; } else if ( value instanceof MarkLogicNode ) { return ValueFactory . newValue ( valueType , ( ( MarkLogicNode ) value ) . get ( ) ) ; } else { throw new UnsupportedOperationException ( "Value " + value . getClass ( ) . getName ( ) + " is unsupported." ) ; } }

Cree nuevo XDMvalue del tipo de valor y los escritos.


protected void processExit  ( PathEdge < N , D > edge ) { final N n = edge . getTarget ( ) ; M methodThatNeedsSummary = icfg . getMethodOf ( n ) ; final D d1 = edge . factAtSource ( ) ; final D d2 = edge . factAtTarget ( ) ; if ( ! addEndSummary ( methodThatNeedsSummary , d1 , n , d2 ) ) return ; Map < N , Map < D , D > > inc = incoming ( d1 , methodThatNeedsSummary ) ; if ( inc != null ) for ( Entry < N , Map < D , D > > entry : inc . entrySet ( ) ) { N c = entry . getKey ( ) ; Set < D > callerSideDs = entry . getValue ( ) . keySet ( ) ; for ( N retSiteC : icfg . getReturnSitesOfCallAt ( c ) ) { FlowFunction < D > retFunction = flowFunctions . getReturnFlowFunction ( c , methodThatNeedsSummary , n , retSiteC ) ; Set < D > targets = computeReturnFlowFunction ( retFunction , d1 , d2 , c , callerSideDs ) ; for ( Entry < D , D > d1d2entry : entry . getValue ( ) . entrySet ( ) ) { final D d4 = d1d2entry . getKey ( ) ; final D predVal = d1d2entry . getValue ( ) ; for ( D d5 : targets ) { compactAbstractionChain ( d5 , d2 ) ; D d5p = d5 ; if ( d5 . equals ( predVal ) ) d5p = predVal ; else if ( setJumpPredecessors ) d5p . setPredecessor ( d1 ) ; propagate ( d4 , retSiteC , d5p , c , false ) ; } } } } if ( followReturnsPastSeeds && d1 == zeroValue && ( inc == null || inc . isEmpty ( ) ) ) { Collection < N > callers = icfg . getCallersOf ( methodThatNeedsSummary ) ; for ( N c : callers ) { for ( N retSiteC : icfg . getReturnSitesOfCallAt ( c ) ) { FlowFunction < D > retFunction = flowFunctions . getReturnFlowFunction ( c , methodThatNeedsSummary , n , retSiteC ) ; Set < D > targets = computeReturnFlowFunction ( retFunction , d1 , d2 , c , Collections . singleton ( zeroValue ) ) ; for ( D d5 : targets ) { compactAbstractionChain ( d5 , d2 ) ; propagate ( zeroValue , retSiteC , d5 , c , true ) ; } } } if ( callers . isEmpty ( ) ) { FlowFunction < D > retFunction = flowFunctions . getReturnFlowFunction ( null , methodThatNeedsSummary , n , null ) ; retFunction . computeTargets ( d2 ) ; } } }

Líneas 21-32 del algoritmo.Almacena los resúmenes del lado de Callee.Además, al lado de la persona que llama, propaga los flujos intra-procesales para devolver los sitios utilizando los resúmenes recién computados.


private void fillDeclaredPrefixes  ( Iterator namespaces ) { fDeclaredPrefixes . clear ( ) ; while ( namespaces . hasNext ( ) ) { Namespace ns = ( Namespace ) namespaces . next ( ) ; String prefix = ns . getPrefix ( ) ; fDeclaredPrefixes . add ( prefix != null ? prefix : "" ) ; } }

Completa la lista de prefijos declarados.


public LocusInfo next  ( ) { while ( complete . isEmpty ( ) && samHasMore ( ) ) { final SAMRecord rec = samIterator . peek ( ) ; if ( rec . getReferenceIndex ( ) == - 1 ) { this . finishedAlignedReads = true ; continue ; } if ( rec . getReadUnmappedFlag ( ) || rec . getMappingQuality ( ) < this . mappingQualityScoreCutoff || ( ! this . includeNonPfReads && rec . getReadFailsVendorQualityCheckFlag ( ) ) ) { samIterator . next ( ) ; continue ; } final Locus alignmentStart = new LocusImpl ( rec . getReferenceIndex ( ) , rec . getAlignmentStart ( ) ) ; while ( ! accumulator . isEmpty ( ) && locusComparator . compare ( accumulator . get ( 0 ) , alignmentStart ) < 0 ) { final LocusInfo first = accumulator . get ( 0 ) ; populateCompleteQueue ( alignmentStart ) ; if ( ! complete . isEmpty ( ) ) { return complete . remove ( 0 ) ; } if ( ! accumulator . isEmpty ( ) && first == accumulator . get ( 0 ) ) { throw new SAMException ( "Stuck in infinite loop" ) ; } } if ( ! accumulator . isEmpty ( ) ) { if ( accumulator . get ( 0 ) . getSequenceIndex ( ) != rec . getReferenceIndex ( ) || accumulator . get ( 0 ) . position != rec . getAlignmentStart ( ) ) { throw new IllegalStateException ( "accumulator should be empty or aligned with current SAMRecord" ) ; } } accumulateSamRecord ( rec ) ; samIterator . next ( ) ; } final Locus endLocus = new LocusImpl ( Integer . MAX_VALUE , Integer . MAX_VALUE ) ; if ( complete . isEmpty ( ) && ! samHasMore ( ) ) { while ( ! accumulator . isEmpty ( ) ) { populateCompleteQueue ( endLocus ) ; if ( ! complete . isEmpty ( ) ) { return complete . remove ( 0 ) ; } } } if ( ! complete . isEmpty ( ) ) { return complete . remove ( 0 ) ; } else if ( emitUncoveredLoci ) { final Locus afterLastMaskPositionLocus = new LocusImpl ( referenceSequenceMask . getMaxSequenceIndex ( ) , referenceSequenceMask . getMaxPosition ( ) + 1 ) ; return createNextUncoveredLocusInfo ( afterLastMaskPositionLocus ) ; } else { return null ; } }

Hasuald () se ha solucionado para que si regresa verdadero, ahora se le garantiza que no regrese NULL.


private void storeCaughtPokemon  ( Cursor cursor ) { ArrayList < Integer > listOfCaughtPokemon = PokeCursorManager . getPokemonInDb ( cursor , PokeDBContract . CaughtPokemonEntry . TABLE_NAME , PokeDBContract . CaughtPokemonEntry . COLUMN_NUMBER ) ; int countOfCaughtPokemon = listOfCaughtPokemon . size ( ) ; if ( ! listOfCaughtPokemon . contains ( mCaughtPokemon ) ) { PokeCursorManager . insertPokemonInDb ( this , mCaughtPokemon , PokeDBContract . CaughtPokemonEntry . TABLE_NAME , PokeDBContract . CaughtPokemonEntry . COLUMN_NUMBER ) ; countOfCaughtPokemon ++ ; Log . d ( TAG , "Pokemon has been caught." ) ; } getSharedPreferences ( PokeSharedPreferences . COUNT_CAUGHT_POKEMON_FILENAME , MODE_PRIVATE ) . edit ( ) . putInt ( PokeSharedPreferences . COUNT_CAUGHT_POKEMON_KEY , countOfCaughtPokemon ) . apply ( ) ; }

Almacena los Pokémon atrapados en la base de datos.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_FPATK_ME_TO_SELF  ( String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200362 , skillname ) ; }

Usted disminuyó su propio tiempo de vuelo utilizando [% SkillName].


public AbstractColumn ( ) { this  ( Object . class , null ) ; }


public ContinousQuery ( Class < T > type , String sqlExpression ) { super ( type , sqlExpression ) ; }

Crea una continuidad utilizando el tipo y la expresión especificados.


public ThisRef newThisRef  ( RefType t ) { return new ThisRef ( t ) ; }

Construye un trozo de gramática de estofref (reformo).


public static List < LoadMetadataDetails > updateLoadMetadataFromOldToNew  ( LoadMetadataDetails [ ] oldList , LoadMetadataDetails [ ] newList ) { List < LoadMetadataDetails > newListMetadata = new ArrayList < LoadMetadataDetails > ( Arrays . asList ( newList ) ) ; for ( LoadMetadataDetails oldSegment : oldList ) { if ( "false" . equalsIgnoreCase ( oldSegment . getVisibility ( ) ) ) { newListMetadata . get ( newListMetadata . indexOf ( oldSegment ) ) . setVisibility ( "false" ) ; } } return newListMetadata ; }

Esto actualizará los detalles del estado de la tabla anterior antes de limpiar los archivos al estado de la tabla más reciente.


private static SearcherAndTaxonomy openSnapshotReader  ( ShardState state , IndexState . Gens snapshot , JSONObject diagnostics ) throws IOException { SearcherAndTaxonomy s = state . acquire ( ) ; try { long t0 = System . nanoTime ( ) ; IndexReader r = DirectoryReader . openIfChanged ( ( DirectoryReader ) s . searcher . getIndexReader ( ) , state . snapshots . getIndexCommit ( snapshot . indexGen ) ) ; s . taxonomyReader . incRef ( ) ; SearcherAndTaxonomy result = new SearcherAndTaxonomy ( new MyIndexSearcher ( r ) , s . taxonomyReader ) ; state . slm . record ( result . searcher ) ; long t1 = System . nanoTime ( ) ; if ( diagnostics != null ) { diagnostics . put ( "newSnapshotSearcherOpenMS" , ( ( t1 - t0 ) / 1000000.0 ) ) ; } return result ; } finally { state . release ( s ) ; } }


public long ticks  ( ) { long ret = 0 ; synchronized ( eventsList ) { if ( eventsList . size ( ) > 0 ) { ret = ( ( MidiEvent ) eventsList . get ( eventsList . size ( ) - 1 ) ) . getTick ( ) ; } } return ret ; }

Obtiene la longitud de la pista, expresada en midi garrapatas.(La duración de una marca en segundos está determinada por la resolución de distribución de la secuencia <código> </ el código> que contiene esta pista, y también por el tempo de la música según lo establecido por el secuenciador).


@ Override protected void onPause  ( ) { super . onPause ( ) ; Log . i ( TAG , "onPause" ) ; if ( mCamera != null ) { mCamera . stopPreview ( ) ; } }


public boolean contains  ( int index ) { return index >= getFirst ( ) && index <= getLast ( ) ; }

Prueba si el artículo está contenido por rango


public static String toString  ( URL url , Charset encoding ) throws IOException { InputStream inputStream = url . openStream ( ) ; try { return toString ( inputStream , encoding ) ; } finally { inputStream . close ( ) ; } }


private static boolean inRange  ( int value , int min , int max ) { return ( min <= value ) && ( value <= max ) ; }

Devuelva <Código> Verdadero </ código> Si el número dado cae dentro del rango dado, incluido.


private void populate  ( LegendOptionData optionData ) { widthSpinner . setValue ( Integer . valueOf ( optionData . getImageWidth ( ) ) ) ; heightSpinner . setValue ( Integer . valueOf ( optionData . getImageHeight ( ) ) ) ; dpiSpinner . setValue ( Integer . valueOf ( optionData . getDpi ( ) ) ) ; imageSizeSpinner . setValue ( Integer . valueOf ( optionData . getImageSize ( ) ) ) ; chckboxMaintainAspect . setSelected ( optionData . isMaintainAspectRatio ( ) ) ; chckboxAntiAlias . setSelected ( optionData . isFontAntiAliasing ( ) ) ; chckboxShowLabels . setSelected ( optionData . isShowLabels ( ) ) ; chckboxShowTitles . setSelected ( optionData . isShowTitle ( ) ) ; chckboxSeparateImages . setSelected ( optionData . splitSymbolizers ( ) ) ; chckboxShowBorder . setSelected ( optionData . isBorder ( ) ) ; chckboxBandInformation . setSelected ( optionData . isBandInformation ( ) ) ; chckboxTransparent . setSelected ( optionData . isTransparent ( ) ) ; backgroundColourButton . populate ( optionData . getBackgroundColour ( ) ) ; labelFontColourButton . populate ( optionData . getLabelFontColour ( ) ) ; borderColourButton . populate ( optionData . getBorderColour ( ) ) ; updateFieldStates ( ) ; populateLabelFontDetails ( optionData . getLabelFont ( ) ) ; }


public boolean hasSuperClassAccess  ( ) { return getSuperClassAccessOpt ( ) . getNumChild ( ) != 0 ; }

Compruebe si existe el hijo Opcional SuperClassAccess.


private void writeObject  ( java . io . ObjectOutputStream s ) throws java . io . IOException { s . defaultWriteObject ( ) ; Object [ ] elements = getArray ( ) ; int len = elements . length ; s . writeInt ( len ) ; for ( int i = 0 ; i < len ; i ++ ) s . writeObject ( elements [ i ] ) ; }

Guarde el estado de la lista a un flujo (es decir, serialize).


@ Override public boolean hasNext  ( ) throws IOException  { return positionInList < list . size ( ) ; }


@ Override protected void checkFeature  ( String featureId ) throws XMLConfigurationException  { if ( featureId . startsWith ( Constants . XERCES_FEATURE_PREFIX ) ) { final int suffixLength = featureId . length ( ) - Constants . XERCES_FEATURE_PREFIX . length ( ) ; if ( suffixLength == Constants . DYNAMIC_VALIDATION_FEATURE . length ( ) && featureId . endsWith ( Constants . DYNAMIC_VALIDATION_FEATURE ) ) { return ; } if ( suffixLength == Constants . DEFAULT_ATTRIBUTE_VALUES_FEATURE . length ( ) && featureId . endsWith ( Constants . DEFAULT_ATTRIBUTE_VALUES_FEATURE ) ) { short type = XMLConfigurationException . NOT_SUPPORTED ; throw new XMLConfigurationException ( type , featureId ) ; } if ( suffixLength == Constants . VALIDATE_CONTENT_MODELS_FEATURE . length ( ) && featureId . endsWith ( Constants . VALIDATE_CONTENT_MODELS_FEATURE ) ) { short type = XMLConfigurationException . NOT_SUPPORTED ; throw new XMLConfigurationException ( type , featureId ) ; } if ( suffixLength == Constants . LOAD_DTD_GRAMMAR_FEATURE . length ( ) && featureId . endsWith ( Constants . LOAD_DTD_GRAMMAR_FEATURE ) ) { return ; } if ( suffixLength == Constants . LOAD_EXTERNAL_DTD_FEATURE . length ( ) && featureId . endsWith ( Constants . LOAD_EXTERNAL_DTD_FEATURE ) ) { return ; } if ( suffixLength == Constants . VALIDATE_DATATYPES_FEATURE . length ( ) && featureId . endsWith ( Constants . VALIDATE_DATATYPES_FEATURE ) ) { short type = XMLConfigurationException . NOT_SUPPORTED ; throw new XMLConfigurationException ( type , featureId ) ; } if ( suffixLength == Constants . PARSER_SETTINGS . length ( ) && featureId . endsWith ( Constants . PARSER_SETTINGS ) ) { short type = XMLConfigurationException . NOT_SUPPORTED ; throw new XMLConfigurationException ( type , featureId ) ; } } super . checkFeature ( featureId ) ; }

Compruebe una característica.Si la característica es conocida y compatible, este método simplemente regresa.De lo contrario, la excepción apropiada es lanzada.


public void followRedirects  ( boolean followRedirects ) { this . followRedirects = followRedirects ; }

Permite esta solicitud para seguir los códigos Redirect 3XX (Predeterminado VERDADERO)


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 ; } }


public void updateLocations  ( Iterator iIter ) { if ( ContainerList != null ) ContainerList . clear ( ) ; ContainerList = new ArrayList ( ) ; while ( iIter . hasNext ( ) ) ContainerList . add ( ( Location ) iIter . next ( ) ) ; addBehaviour ( new MigrateBehaviour ( ) ) ; }

Actualiza la lista de ubicaciones y las migraciones de horarios.