public void loadAndRun  ( final String configurationFile ) throws SpyException { loader . loadConfiguration ( configurationFile ) ; loadAndRun ( loader . getConfiguration ( ) ) ; }

Este es un método interno, requiere "inicialización" para ser llamado primero.


public OpenMapRealVector ( int dimension , double epsilon ) { virtualSize = dimension ; entries = new OpenIntToDoubleHashMap ( 0.0 ) ; this . epsilon = epsilon ; }

Construya un vector de ceros, especificando tolerancia cero.


public CommandManagerFX ( IDirector dir , IDirectableViewer viewer , String commandsPath , boolean returnOnCommandNotFound ) { this ( dir , viewer , new String [ ] { commandsPath } , returnOnCommandNotFound ) ; }

construir un analizador y cargar todos los comandos encontrados para la ruta dada


public String nextTo  ( char d ) throws JSONException  { StringBuilder sb = new StringBuilder ( ) ; for ( ; ; ) { char c = next ( ) ; if ( c == d || c == 0 || c == '\n' || c == '\r' ) { if ( c != 0 ) { back ( ) ; } return sb . toString ( ) . trim ( ) ; } sb . append ( c ) ; } }

Obtenga el texto, pero sin incluir el carácter especificado o el final de la línea, lo que ocurra primero.


public RealMatrix jacobian  ( RealVector point ) { double [ ] pointArray = point . toArray ( ) ; double [ ] [ ] jacobian = new double [ distances . length ] [ pointArray . length ] ; for ( int i = 0 ; i < jacobian . length ; i ++ ) { for ( int j = 0 ; j < pointArray . length ; j ++ ) { jacobian [ i ] [ j ] = 2 * pointArray [ j ] - 2 * positions [ i ] [ j ] ; } } return new Array2DRowRealMatrix ( jacobian ) ; }

Calcular y devolver la función jacobiana En realidad, devuelva la función inicializada Matriz jacobiana, [I] [J] en J [I] [0] = Delta _ [(X0-XI) ^ 2 + (y0-yi) ^ 2 - ri ^ 2] /Delta_ [x0] en J [i] [1] = Delta _ [(X0-XI) ^ 2 + (Y0-YI) ^ 2 - RI ^ 2] / DELTA_ [Y0] Derivado parcial con respecto a los parámetros pasados a valor.() MÉTODO


public Object clone  ( ) { Object retval = super . clone ( ) ; return retval ; }

Haga una copia exacta de este paso, asegúrese de copiar explícitamente las colecciones, etc.


public static SM_SYSTEM_MESSAGE STR_FORCE_ENTER_WITH_HIS_PARTY  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1400012 , value0 ) ; }


public DataSourceDescriptor ( X dataSource ) { this ( dataSource , dataSource != null ? dataSource . toString ( ) : null , null , null , POSITION_AT_THE_END , EXPAND_ON_FIRST_CHILD ) ; }

Crea nueva instancia de DataSourceDescriptor.


public static String slurpFile  ( String filename , String encoding ) throws IOException { Reader r = new InputStreamReader ( new FileInputStream ( filename ) , encoding ) ; return slurpReader ( r ) ; }

Devuelve todo el texto en el archivo dado con la codificación dada.


public int double_set_old  ( ) { String s = soot . PhaseOptions . getString ( options , "double-set-old" ) ; if ( s . equalsIgnoreCase ( "hash" ) ) return double_set_old_hash ; if ( s . equalsIgnoreCase ( "bit" ) ) return double_set_old_bit ; if ( s . equalsIgnoreCase ( "hybrid" ) ) return double_set_old_hybrid ; if ( s . equalsIgnoreCase ( "array" ) ) return double_set_old_array ; if ( s . equalsIgnoreCase ( "heintze" ) ) return double_set_old_heintze ; throw new RuntimeException ( "Invalid value " + s + " of phase option double-set-old" ) ; }

Doble conjunto antiguo: seleccione Implementación de puntos: para establecer una parte antigua del doble conjunto.Seleccione una implementación para conjuntos de objetos antiguos en los puntos dobles, para configurar la implementación.Esta opción no tiene ningún efecto a menos que la implementación establezca se lleve a doble.


public static byte [ ] pairHashcodeToBytes  ( int pairHashcode ) { return new byte [ ] { ( byte ) ( pairHashcode >> 8 ) , ( byte ) pairHashcode } ; }


private void afterFailedBulkExecution  ( IReplicationInBatchContext context ) { if ( _operationStatisticsHandler != null ) { MirrorOperationsImpl sourceChannelStatistics = ( MirrorOperationsImpl ) _operationStatisticsHandler . getSourceChannelStatistics ( context . getSourceLookupName ( ) ) ; List < BulkItem > bulk = context . getPendingContext ( ) ; sourceChannelStatistics . addFailedOperationCount ( bulk ) ; } }

Invocado después de la ejecución a granel en EDS para actualizar estadísticas de espejo


private void propagateConstantsIntoCallee  ( SootMethod sm ) { Collection < Unit > callSites = icfg . getCallersOf ( sm ) ; if ( callSites . isEmpty ( ) ) return ; boolean [ ] isConstant = new boolean [ sm . getParameterCount ( ) ] ; Constant [ ] values = new Constant [ sm . getParameterCount ( ) ] ; for ( int i = 0 ; i < isConstant . length ; i ++ ) isConstant [ i ] = true ; boolean hasCallSites = false ; for ( Unit callSite : callSites ) { if ( excludedMethods != null && excludedMethods . contains ( icfg . getMethodOf ( callSite ) ) ) continue ; InvokeExpr iiExpr = ( ( Stmt ) callSite ) . getInvokeExpr ( ) ; hasCallSites = true ; for ( int i = 0 ; i < iiExpr . getArgCount ( ) ; i ++ ) { final Value argVal = iiExpr . getArg ( i ) ; if ( argVal instanceof Constant ) { if ( values [ i ] != null && ! values [ i ] . equals ( argVal ) ) isConstant [ i ] = false ; else values [ i ] = ( Constant ) argVal ; } else isConstant [ i ] = false ; } } if ( hasCallSites ) { List < Unit > inserted = null ; for ( int i = 0 ; i < isConstant . length ; i ++ ) { if ( isConstant [ i ] ) { Local paramLocal = sm . getActiveBody ( ) . getParameterLocal ( i ) ; Unit point = getFirstNonIdentityStmt ( sm ) ; Unit assignConst = Jimple . v ( ) . newAssignStmt ( paramLocal , values [ i ] ) ; sm . getActiveBody ( ) . getUnits ( ) . insertBefore ( assignConst , point ) ; if ( inserted == null ) inserted = new ArrayList < Unit > ( ) ; inserted . add ( assignConst ) ; } } if ( inserted != null ) { ConstantPropagatorAndFolder . v ( ) . transform ( sm . getActiveBody ( ) ) ; for ( Unit u : inserted ) sm . getActiveBody ( ) . getUnits ( ) . remove ( u ) ; } } }

Comprueba si todos los sitios de llamadas para un callee específico acuerdan el mismo valor constante para uno o más argumentos.Si es así, estos valores constantes se propagan en el callee.


public void clearMemoryCache  ( ) { checkConfiguration ( ) ; configuration . memoryCache . clear ( ) ; }


private void replaceUnit  ( Unit aToReplace1 , Unit aToReplace2 , Unit aReplacement ) { Block block = mUnitToBlockMap . get ( aToReplace1 ) ; if ( aToReplace2 != null ) { block . insertAfter ( aReplacement , aToReplace2 ) ; block . remove ( aToReplace2 ) ; } else { block . insertAfter ( aReplacement , aToReplace1 ) ; } block . remove ( aToReplace1 ) ; mUnitToBlockMap . put ( aReplacement , block ) ; }

Reemplace 1 o 2 unidades por una tercera unidad en un bloque.Ambas unidades para reemplazar deben estar en el mismo bloque.El mapa 'MunittoBlockMap' se actualiza.La unidad de reemplazo se inserta en la posición, del ATOREPLUSE2, si no, no es nulo, de lo contrario, en la ranura de ATOREPLUSE1.


public SubLine ( final Segment segment ) throws MathIllegalArgumentException { this ( segment . getLine ( ) , buildIntervalSet ( segment . getStart ( ) , segment . getEnd ( ) , segment . getLine ( ) . getTolerance ( ) ) ) ; }


public < T > T  load ( Class < T > service )  { synchronized ( providers ) { List < RegisteredServiceProvider < ? > > registered = providers . get ( service ) ; if ( registered == null ) { return null ; } return service . cast ( registered . get ( 0 ) . getProvider ( ) ) ; } }

Consultas para un proveedor.Esto puede devolver si no se ha registrado ningún proveedor para un servicio.Se devuelve el proveedor de prioridad más alto.


public static void overScrollBy  ( final PullToRefreshBase < ? > view , final int deltaX , final int scrollX , final int deltaY , final int scrollY , final int scrollRange , final boolean isTouchEvent ) { overScrollBy ( view , deltaX , scrollX , deltaY , scrollY , scrollRange , 0 , DEFAULT_OVERSCROLL_SCALE , isTouchEvent ) ; }

Método de ayudante para descifrar que encapsula toda la función necesaria.Esta versión de la llamada se usa para las vistas que necesitan especificar un rango de desplazamiento, pero vuelve a desplazarse a su borde correctamente.


protected List < Unit > collectDefinitionsWithAliases  ( Local l , LocalDefs localDefs , LocalUses localUses , Body body ) { Set < Local > seenLocals = new HashSet < Local > ( ) ; Stack < Local > newLocals = new Stack < Local > ( ) ; List < Unit > defs = new LinkedList < Unit > ( ) ; newLocals . push ( l ) ; while ( ! newLocals . empty ( ) ) { Local local = newLocals . pop ( ) ; Debug . printDbg ( "[null local] " , local ) ; if ( ! seenLocals . add ( local ) ) continue ; for ( Unit u : collectDefinitions ( local , localDefs , body ) ) { if ( u instanceof AssignStmt ) { Value r = ( ( AssignStmt ) u ) . getRightOp ( ) ; if ( r instanceof Local && ! seenLocals . contains ( ( Local ) r ) ) newLocals . push ( ( Local ) r ) ; } defs . add ( u ) ; List < UnitValueBoxPair > usesOf = ( List < UnitValueBoxPair > ) localUses . getUsesOf ( u ) ; for ( UnitValueBoxPair pair : usesOf ) { Unit unit = pair . getUnit ( ) ; if ( unit instanceof AssignStmt ) { Value right = ( ( AssignStmt ) unit ) . getRightOp ( ) ; Value left = ( ( AssignStmt ) unit ) . getLeftOp ( ) ; if ( right == local && left instanceof Local && ! seenLocals . contains ( ( Local ) left ) ) newLocals . push ( ( Local ) left ) ; } } } } return defs ; }

Recoger definiciones de L en el cuerpo, incluidas las definiciones de alias de l.En este contexto, un alias es un local que propaga su valor a l.


public boolean catchableAs  ( RefType catcher ) { if ( INSTRUMENTING ) { Manager . v ( ) . catchableAsQueries ++ ; } FastHierarchy h = Scene . v ( ) . getOrMakeFastHierarchy ( ) ; if ( exceptionsExcluded . size ( ) > 0 ) { if ( INSTRUMENTING ) { Manager . v ( ) . catchableAsFromSearch ++ ; } for ( AnySubType exclusion : exceptionsExcluded ) { if ( catcher . getSootClass ( ) . isPhantom ( ) ) { if ( exclusion . getBase ( ) . equals ( catcher ) ) return false ; } else if ( h . canStoreType ( catcher , exclusion . getBase ( ) ) ) { return false ; } } } if ( exceptionsIncluded . contains ( catcher ) ) { if ( INSTRUMENTING ) { if ( exceptionsExcluded . size ( ) == 0 ) { Manager . v ( ) . catchableAsFromMap ++ ; } else { Manager . v ( ) . catchableAsFromSearch ++ ; } } return true ; } else { if ( INSTRUMENTING ) { if ( exceptionsExcluded . size ( ) == 0 ) { Manager . v ( ) . catchableAsFromSearch ++ ; } } for ( RefLikeType thrownType : exceptionsIncluded ) { if ( thrownType instanceof RefType ) { if ( thrownType == catcher ) { throw new IllegalStateException ( "ThrowableSet.catchableAs(RefType): exceptions.contains() failed to match contained RefType " + catcher ) ; } else if ( ! catcher . getSootClass ( ) . isPhantom ( ) && h . canStoreType ( thrownType , catcher ) ) { return true ; } } else { RefType thrownBase = ( ( AnySubType ) thrownType ) . getBase ( ) ; if ( catcher . getSootClass ( ) . isPhantom ( ) ) { if ( thrownBase . equals ( catcher ) || thrownBase . getClassName ( ) . equals ( "java.lang.Throwable" ) ) return true ; } else if ( h . canStoreType ( thrownBase , catcher ) || h . canStoreType ( catcher , thrownBase ) ) { return true ; } } } return false ; } }

Indica si este holdaño incluye alguna excepción que podría ser capturada por un argumento de controlador del tipo <Code> Catcher </ Code>.


public Value simpleCaseExpression  ( Value caseOperand , Expression [ ] exp , Value val ) { throw new RuntimeException ( "Unsupported operation." ) ; }


@ Override public CloseFuture close  ( ) { return null ; }


@ TargetApi ( 23 ) private boolean cipherInit  ( ) { boolean isKeyGenerated = generateKey ( ) ; if ( ! isKeyGenerated ) { mCallback . onAuthFailed ( AuthErrorCodes . NON_RECOVERABLE_ERROR , ERROR_FAILED_TO_GENERATE_KEY ) ; return false ; } try { mCipher = Cipher . getInstance ( KeyProperties . KEY_ALGORITHM_AES + "/" + KeyProperties . BLOCK_MODE_CBC + "/" + KeyProperties . ENCRYPTION_PADDING_PKCS7 ) ; } catch ( NoSuchAlgorithmException | NoSuchPaddingException e ) { mCallback . onAuthFailed ( AuthErrorCodes . NON_RECOVERABLE_ERROR , ERROR_FAILED_TO_GENERATE_KEY ) ; return false ; } try { mKeyStore . load ( null ) ; SecretKey key = ( SecretKey ) mKeyStore . getKey ( KEY_NAME , null ) ; mCipher . init ( Cipher . ENCRYPT_MODE , key ) ; return true ; } catch ( KeyPermanentlyInvalidatedException e ) { mCallback . onAuthFailed ( AuthErrorCodes . NON_RECOVERABLE_ERROR , ERROR_FAILED_TO_INIT_CHIPPER ) ; return false ; } catch ( KeyStoreException | CertificateException | UnrecoverableKeyException | IOException | NoSuchAlgorithmException | InvalidKeyException e ) { mCallback . onAuthFailed ( AuthErrorCodes . NON_RECOVERABLE_ERROR , ERROR_FAILED_TO_INIT_CHIPPER ) ; return false ; } }


public TIntHashSet ( TIntHashingStrategy strategy ) { super ( strategy ) ; }

Crea una nueva instancia de <código> tinthash </ código> con la capacidad de carga predeterminada y el factor de carga.


private void notifyUIRefreshComplete  ( boolean ignoreHook ) { if ( mPtrIndicator . hasLeftStartPosition ( ) && ! ignoreHook && mRefreshCompleteHook != null ) { if ( DEBUG ) { PtrCLog . d ( LOG_TAG , "notifyUIRefreshComplete mRefreshCompleteHook run." ) ; } mRefreshCompleteHook . takeOver ( ) ; return ; } if ( mPtrUIHandlerHolder . hasHandler ( ) ) { if ( DEBUG ) { PtrCLog . i ( LOG_TAG , "PtrUIHandler: onUIRefreshComplete" ) ; } mPtrUIHandlerHolder . onUIRefreshComplete ( this ) ; } mPtrIndicator . onUIRefreshComplete ( ) ; tryScrollBackToTopAfterComplete ( ) ; tryToNotifyReset ( ) ; }

Hacer un trabajo de actualización real.Si hay un gancho, ejecute el gancho primero.


private String parseMetadata  ( DocumentMetadata metadata ) throws IOException { ResultItem item = result . next ( ) ; String uri = item . asString ( ) ; if ( uri == null ) { throw new IOException ( "Missing document URI for metadata." ) ; } item = result . next ( ) ; String nKind = item . asString ( ) ; metadata . setFormat ( nKind ) ; item = result . next ( ) ; while ( item != null && item . getItemType ( ) == ValueType . XS_STRING ) { if ( ! copyCollection ) { item = result . next ( ) ; continue ; } metadata . addCollection ( item . asString ( ) ) ; item = result . next ( ) ; } StringBuilder buf = new StringBuilder ( ) ; buf . append ( "<perms>" ) ; while ( item != null && ValueType . ELEMENT == item . getItemType ( ) ) { if ( ! copyPermission ) { item = result . next ( ) ; continue ; } try { readPermission ( ( XdmElement ) item . getItem ( ) , metadata , buf ) ; } catch ( Exception e ) { throw new IOException ( e ) ; } item = result . next ( ) ; } buf . append ( "</perms>" ) ; metadata . setPermString ( buf . toString ( ) ) ; metadata . setQuality ( ( XSInteger ) item . getItem ( ) ) ; item = result . next ( ) ; if ( copyMetadata ) { XdmItem metaItem = item . getItem ( ) ; if ( metaItem instanceof JsonItem ) { JsonNode node = ( ( JsonItem ) metaItem ) . asJsonNode ( ) ; metadata . meta = new HashMap < String , String > ( node . size ( ) ) ; for ( Iterator < String > names = node . fieldNames ( ) ; names . hasNext ( ) ; ) { String key = names . next ( ) ; JsonNode nodeVal = node . get ( key ) ; metadata . meta . put ( key , nodeVal . asText ( ) ) ; } item = result . next ( ) ; } } if ( copyProperties && ValueType . ELEMENT == item . getItemType ( ) ) { String pString = item . asString ( ) ; if ( pString != null ) { metadata . setProperties ( pString ) ; } item = result . next ( ) ; } if ( ValueType . XS_INTEGER != item . getItemType ( ) ) { throw new IOException ( uri + " unexpected " + item . getItemType ( ) + " " + item . asString ( ) + ", expected " + ValueType . XS_INTEGER + " 0" ) ; } return uri ; }

Parse los metadatos de la secuencia, guárdelo en el objeto DocumentMetAtata pasado en


public ShardParseException ( Throwable cause ) { super ( cause ) ; }

Construye una nueva excepción de tiempo de ejecución con la causa especificada.


public static String readString  ( InputStream is , String encoding ) { if ( is == null ) return null ; BufferedReader reader = null ; try { StringBuffer buffer = new StringBuffer ( ) ; char [ ] part = new char [ 2048 ] ; int read = 0 ; reader = new BufferedReader ( new InputStreamReader ( is , encoding ) ) ; while ( ( read = reader . read ( part ) ) != - 1 ) buffer . append ( part , 0 , read ) ; return buffer . toString ( ) ; } catch ( IOException ex ) { } finally { if ( reader != null ) { try { reader . close ( ) ; } catch ( IOException ex ) { } } } return null ; }

Respuestas <Código> VERDADERO </ CODE> Si la selección dada contiene recursos que no tienen rutas superpuestas y <código> falso </ código> de lo contrario.


public BlockBTreeLeafNode ( BTreeBuilderInfo builderInfos , int metadataIndex , long nodeNumber ) { DataFileFooter footer = builderInfos . getFooterList ( ) . get ( metadataIndex ) ; BlockletMinMaxIndex minMaxIndex = footer . getBlockletIndex ( ) . getMinMaxIndex ( ) ; maxKeyOfColumns = minMaxIndex . getMaxValues ( ) ; minKeyOfColumns = minMaxIndex . getMinValues ( ) ; numberOfKeys = 1 ; this . nodeNumber = nodeNumber ; this . blockInfo = footer . getBlockInfo ( ) ; }


public static Optional < File > find  ( File base , final String name ) { checkArgument ( base . isDirectory ( ) , "'base' must be a directory." ) ; return Files . fileTreeTraverser ( ) . preOrderTraversal ( base ) . filter ( Predicates . compose ( Predicates . equalTo ( name ) , GET_NAME ) ) . last ( ) ; }

Encuentre un archivo con el nombre especificado en un directorio determinado.


protected AbstractPolynomialSolver ( final double relativeAccuracy , final double absoluteAccuracy ) { super ( relativeAccuracy , absoluteAccuracy ) ; }

Construir un solucionador con las precisiones dadas.


@ Override public void close  ( ) { SimulationRunContext . getEventCalendar ( ) . clear ( ) ; SimulationRunContext . removeEventCalendar ( ) ; SimulationRunContext . removeProcessEngine ( ) ; }


@ Deprecated public void onFailure  ( int statusCode , Header [ ] headers , Throwable error , String content ) { onFailure ( statusCode , error , content ) ; }

Disparado cuando una solicitud no se completa, anula para manejar en su propio código


public void actionPerformed  ( ActionEvent ev ) { final ClusterViewer viewer = getViewer ( ) ; final String method = ( String ) JOptionPane . showInputDialog ( getViewer ( ) . getFrame ( ) , "Set Ecological Index" , "Set Ecological Index" , JOptionPane . QUESTION_MESSAGE , ProgramProperties . getProgramIcon ( ) , METHODS , viewer . getEcologicalIndex ( ) ) ; if ( method != null ) executeImmediately ( "set index=" + method + ";" ) ; }


public final boolean isEmpty  ( ) { return empty ; }

Devuelve VERDADERO si este conjunto no contiene objetos de tiempo de ejecución.


private File findSettingsFile  ( File settingsFile ) { Logger . log ( getClass ( ) , LogLevel . TRACE , "Searching Kde settings in {0}" , settingsFile ) ; if ( ! settingsFile . exists ( ) ) { Logger . log ( getClass ( ) , LogLevel . DEBUG , "Settings not found" ) ; return null ; } Logger . log ( getClass ( ) , LogLevel . TRACE , "Settings found" ) ; return settingsFile ; }

Método interno para probar si el archivo de configuración está en el lugar dado.


public static < T > SingleSubject < T > create  ( ) { return new SingleSubject < T > ( ) ; }


public static void debug  ( ) { DEBUG = true ; }


private void updateButtons  ( ) { myHostWizard . updateButtons ( myGuestWizard . onLastStep ( ) . get ( ) , myGuestWizard . canGoForward ( ) . get ( ) , ! myGuestWizard . canGoBack ( ) . get ( ) ) ; }

Actualice los botones en el asistente del host para reflejar el estado del asistente de invitados


public static RuleKey forDependency  ( RuleIdeInfo rule , Label dep ) { return new RuleKey ( dep ) ; }

Devuelve una tecla Identificación de DEP para una regla de dependencia -> DEP


public void keepOnly  ( Set < IVarAbstraction > usefulPointers ) { Set < IVarAbstraction > reps = new HashSet < IVarAbstraction > ( ) ; for ( IVarAbstraction pn : usefulPointers ) { reps . add ( pn . getRepresentative ( ) ) ; } usefulPointers . addAll ( reps ) ; reps = null ; for ( IVarAbstraction pn : pointers ) { if ( ! usefulPointers . contains ( pn ) ) pn . deleteAll ( ) ; } System . gc ( ) ; }

Mantenga solo los punteros en los que los usuarios están interesados. Simplemente utilizado para reducir la ocupación de la memoria.


private double valueRange  ( final ValuePenaltyPair [ ] vpPairs ) { double max = Double . NEGATIVE_INFINITY ; double min = Double . MAX_VALUE ; for ( ValuePenaltyPair vpPair : vpPairs ) { if ( vpPair . value > max ) { max = vpPair . value ; } if ( vpPair . value < min ) { min = vpPair . value ; } } return max - min ; }


public boolean gotoFirst  ( ) { current . set1 ( 0 ) ; current . set2 ( 0 ) ; return isCurrentSet ( ) ; }


public MediaPlayerWrapperImpl ( Context context ) { super ( new MediaPlayer ( ) , context ) ; }


protected AdsGetBudgetQuery accountId  ( int value ) { return unsafeParam ( "account_id" , value ) ; }


public ParseException generateParseException  ( ) { jj_expentries . clear ( ) ; boolean [ ] la1tokens = new boolean [ 127 ] ; if ( jj_kind >= 0 ) { la1tokens [ jj_kind ] = true ; jj_kind = - 1 ; } for ( int i = 0 ; i < 156 ; i ++ ) { if ( jj_la1 [ i ] == jj_gen ) { for ( int j = 0 ; j < 32 ; j ++ ) { if ( ( jj_la1_0 [ i ] & ( 1 << j ) ) != 0 ) { la1tokens [ j ] = true ; } if ( ( jj_la1_1 [ i ] & ( 1 << j ) ) != 0 ) { la1tokens [ 32 + j ] = true ; } if ( ( jj_la1_2 [ i ] & ( 1 << j ) ) != 0 ) { la1tokens [ 64 + j ] = true ; } if ( ( jj_la1_3 [ i ] & ( 1 << j ) ) != 0 ) { la1tokens [ 96 + j ] = true ; } } } } for ( int i = 0 ; i < 127 ; i ++ ) { if ( la1tokens [ i ] ) { jj_expentry = new int [ 1 ] ; jj_expentry [ 0 ] = i ; jj_expentries . add ( jj_expentry ) ; } } jj_endpos = 0 ; jj_rescan_token ( ) ; jj_add_error_token ( 0 , 0 ) ; int [ ] [ ] exptokseq = new int [ jj_expentries . size ( ) ] [ ] ; for ( int i = 0 ; i < jj_expentries . size ( ) ; i ++ ) { exptokseq [ i ] = jj_expentries . get ( i ) ; } return new ParseException ( token , exptokseq , tokenImage ) ; }


public TShortArrayList ( short [ ] values ) { this ( Math . max ( values . length , DEFAULT_CAPACITY ) ) ; add ( values ) ; }

Crea una nueva instancia de <código> tshortarraylist </ code> cuya capacidad es mayor de la longitud de los valores <tt> </ tt> y default_capacity y cuyos contenidos iniciales son los valores especificados.


public static int delete  ( String table , String where , Object [ ] whereArgs ) { StringBuilder sql = new StringBuilder ( ) ; sql . append ( "delete from " ) . append ( table ) ; if ( where != null ) { sql . append ( " where " ) . append ( where ) ; } Connection c = null ; PreparedStatement p = null ; try { c = getConnection ( ) ; if ( c == null ) return - 1 ; p = c . prepareStatement ( sql . toString ( ) ) ; if ( whereArgs != null ) { int order = 1 ; for ( int i = 0 ; i < whereArgs . length ; i ++ ) { Object o = whereArgs [ i ] ; setParameter ( p , order ++ , o ) ; } } return p . executeUpdate ( ) ; } catch ( Exception e ) { if ( log . isErrorEnabled ( ) ) log . error ( sql . toString ( ) + toString ( whereArgs ) , e ) ; } finally { close ( p , c ) ; } return 0 ; }


@ Override public XSModel load  ( LSInput is ) { try { fGrammarPool . clear ( ) ; return ( ( XSGrammar ) fSchemaLoader . loadGrammar ( fSchemaLoader . dom2xmlInputSource ( is ) ) ) . toXSModel ( ) ; } catch ( Exception e ) { fSchemaLoader . reportDOMFatalError ( e ) ; return null ; } }

Analice un documento de esquema XML de un recurso identificado por un <código> lsInput </ code>.


public CachingParserPool ( SymbolTable symbolTable , XMLGrammarPool grammarPool ) { fSynchronizedSymbolTable = new SynchronizedSymbolTable ( symbolTable ) ; fSynchronizedGrammarPool = new SynchronizedGrammarPool ( grammarPool ) ; }

Construye un grupo de parsera de caché con la tabla de símbolos especificados y la piscina gramática.


@ Override public void write  ( List < byte [ ] > valueList ) throws IOException { if ( isFirstTime ) { init ( ) ; isFirstTime = false ; } for ( byte [ ] value : valueList ) { oneDictionaryChunkList . add ( ByteBuffer . wrap ( value ) ) ; totalRecordCount ++ ; } }

Este método escribirá los datos en formato de segunda mano al disco.Este método no se guiará por el parámetro Dictionary_one_chunk_size y los datos completos se escribirán como un trozo


public static void serializeReport  ( IDexUnit unit , StructureInfo struInfo ) { Mapping mapping = new Mapping ( ) ; Map < String , String > classMap = mapping . getClassMap ( ) ; Map < String , Map < String , String > > methodMap = mapping . getMethodMap ( ) ; Map < Integer , String > matchedClasses = struInfo . getMatchedClasses ( ) ; Map < Integer , String > matchedMethods = struInfo . getMatchedMethods ( ) ; List < ? extends IDexClass > classes = unit . getClasses ( ) ; if ( classes == null || classes . size ( ) == 0 ) { return ; } for ( IDexClass eClass : classes ) { List < ? extends IDexMethod > methods = eClass . getMethods ( ) ; if ( methods == null || methods . size ( ) == 0 ) continue ; String classPath = matchedClasses . get ( eClass . getIndex ( ) ) ; if ( classPath == null ) { classMap . put ( eClass . getSignature ( false ) , "null" ) ; } else { classMap . put ( eClass . getSignature ( false ) , classPath ) ; } Map < String , String > mMap = new HashMap < > ( ) ; for ( IDexMethod m : methods ) { if ( ! m . isInternal ( ) ) { continue ; } String methodPath = matchedMethods . get ( m . getIndex ( ) ) ; if ( methodPath == null ) { mMap . put ( m . getSignature ( false ) , "null" ) ; } else { mMap . put ( m . getSignature ( false ) , m . getSignature ( true ) ) ; } } methodMap . put ( eClass . getSignature ( false ) , mMap ) ; } try ( ObjectOutputStream out = new ObjectOutputStream ( new FileOutputStream ( System . getProperty ( "user.home" ) + "/Desktop/newMapping.obj" ) ) ) { out . writeObject ( mapping ) ; out . close ( ) ; } catch ( FileNotFoundException e1 ) { e1 . printStackTrace ( ) ; } catch ( IOException e1 ) { e1 . printStackTrace ( ) ; } }


@ Override public void removeLifecycleListener  ( LifecycleListener listener ) { lifecycle . removeLifecycleListener ( listener ) ; }

Elimine un oyente de evento de ciclo de vida de este componente.


public void resetAxisMaxValue  ( ) { mCustomAxisMax = false ; }

Al llamar a este método, se restablece cualquier valor máximo personalizado que se haya establecido previamente, y el cálculo se realiza automáticamente.


public void finish  ( ) { m_bias = 0 ; m_out . flush ( ) ; }


public static long retryInfinitelyInt  ( final Callable < Integer > callable ) { return intResponseRetryer . retryInfinitely ( callable ) ; }


protected void run  ( ) throws Exception  { bindToProcessRegistry ( ) ; callMain ( ) ; }

1. Se une el proceso al registro <P> 2. Llame al método principal del proceso <P> <P> Nota: debe suceder en este orden para que el proceso pueda ser buscado, mientras que su principal está ejecutando (por ejemplo,por el perro guardián).


protected void initializeDefaultPageImageDescriptor  ( ) { String iconPath ; iconPath = "icons/full/" ; try { URL installURL = SVNUIPlugin . getPlugin ( ) . getBundle ( ) . getEntry ( "/" ) ; URL url = new URL ( installURL , iconPath + "wizards/newconnect_wiz.gif" ) ; ImageDescriptor desc = ImageDescriptor . createFromURL ( url ) ; setDefaultPageImageDescriptor ( desc ) ; } catch ( MalformedURLException e ) { } }

Declara el descriptor de imagen del banner de asistente.


private IntDoublePair [ ] removeNaNs  ( IntDoublePair [ ] ranks ) { if ( ! containsNaNs ( ranks ) ) { return ranks ; } IntDoublePair [ ] outRanks = new IntDoublePair [ ranks . length ] ; int j = 0 ; for ( int i = 0 ; i < ranks . length ; i ++ ) { if ( Double . isNaN ( ranks [ i ] . getValue ( ) ) ) { for ( int k = i + 1 ; k < ranks . length ; k ++ ) { ranks [ k ] = new IntDoublePair ( ranks [ k ] . getValue ( ) , ranks [ k ] . getPosition ( ) - 1 ) ; } } else { outRanks [ j ] = new IntDoublePair ( ranks [ i ] . getValue ( ) , ranks [ i ] . getPosition ( ) ) ; j ++ ; } } IntDoublePair [ ] returnRanks = new IntDoublePair [ j ] ; System . arraycopy ( outRanks , 0 , returnRanks , 0 , j ) ; return returnRanks ; }

Devuelve una matriz que es una copia de la matriz de entrada con un doble espacio que tiene los valores de NAN eliminados.


public static void expandFieldArray  ( Object instance , String fieldName , Object [ ] extraElements ) throws NoSuchFieldException , IllegalArgumentException , IllegalAccessException { Field jlrField = findField ( instance , fieldName ) ; Object [ ] original = ( Object [ ] ) jlrField . get ( instance ) ; Object [ ] combined = ( Object [ ] ) Array . newInstance ( original . getClass ( ) . getComponentType ( ) , original . length + extraElements . length ) ; System . arraycopy ( extraElements , 0 , combined , 0 , extraElements . length ) ; System . arraycopy ( original , 0 , combined , extraElements . length , original . length ) ; jlrField . set ( instance , combined ) ; }

Reemplace el valor de un campo que contiene una matriz no nula, por una nueva matriz que contiene los elementos de la matriz original más los elementos de los extractos.


public boolean isFlaming  ( ) { return isFlaming ; }


public SimpleMetricGroup ( GroupName name , Enumeration < ? extends Metric > m ) { this ( name ) ; while ( m . hasMoreElements ( ) ) add ( m . nextElement ( ) ) ; }

Crea un grupo métrico con las métricas dadas.


private static String doGetPath  ( String filename , int separatorAdd ) { if ( filename == null ) { return null ; } int prefix = getPrefixLength ( filename ) ; if ( prefix < 0 ) { return null ; } int index = indexOfLastSeparator ( filename ) ; int endIndex = index + separatorAdd ; if ( prefix >= filename . length ( ) || index < 0 || prefix >= endIndex ) { return "" ; } return filename . substring ( prefix , endIndex ) ; }


Item newFieldItem  ( final String owner , final String name , final String desc ) { key3 . set ( FIELD , owner , name , desc ) ; Item result = get ( key3 ) ; if ( result == null ) { put122 ( FIELD , newClass ( owner ) , newNameType ( name , desc ) ) ; result = new Item ( index ++ , key3 ) ; put ( result ) ; } return result ; }

Agrega una referencia de campo al grupo constante de la estructura de la clase.No hace nada si el grupo constante ya contiene un artículo similar.


public static int copy  ( InputStream input , OutputStream output ) throws IOException { long count = copyLarge ( input , output ) ; if ( count > Integer . MAX_VALUE ) { return - 1 ; } return ( int ) count ; }

Copiar bytes de un <código> inputstream </ code> a un <código> SURODSTREAM </ CODE>.<p> Este método almacena la entrada internamente, por lo que no es necesario usar un <código> tamponputStream </ Code>.<P> Las transmisiones grandes (más de 2GB) devolverán un valor copiado de bytes de <code> -1 </ code> después de que la copia se haya completado ya que el número correcto de bytes no se puede devolver como un INT.Para secuencias grandes, use el método <COEGE> COPYLARGE (OUTSTREAM, OUTPUTSTREAM) </ CODE>.


public DoubleColumn ( int nrows ) { this ( nrows , nrows , 0 ) ; }


public List < String > words  ( LinkedList < Integer > path ) { int m = path . size ( ) ; if ( m <= 1 ) return null ; Integer [ ] a = path . toArray ( new Integer [ m ] ) ; StringBuilder [ ] tok = new StringBuilder [ m - 1 ] ; int i ; for ( int j = 0 ; j < m - 1 ; j ++ ) { tok [ j ] = new StringBuilder ( ) ; i = a [ j ] ; tok [ j ] . append ( syllables [ i ] ) ; for ( int k = a [ j ] + 1 ; k < a [ j + 1 ] ; k ++ ) { tok [ j ] . append ( ' ' ) ; tok [ j ] . append ( syllables [ k ] ) ; } } List < String > result = new LinkedList < String > ( ) ; for ( StringBuilder sb : tok ) { result . add ( sb . toString ( ) ) ; } return result ; }

Obtiene una lista de palabras especificadas por un camino dado.


public IteratorBuilder addTemplate  ( ISpaceQuery query ) { templates . add ( query ) ; return this ; }

Agrega una plantilla que se utilizará para controlar las entradas correspondientes, el iterador se incluirá.


public String runEvent  ( HttpServletRequest request , HttpServletResponse response , ConfigXMLReader . Event event , ConfigXMLReader . RequestMap requestMap , String trigger ) throws EventHandlerException { EventHandler eventHandler = eventFactory . getEventHandler ( event . type ) ; String eventReturn = eventHandler . invoke ( event , requestMap , request , response ) ; if ( Debug . verboseOn ( ) || ( Debug . infoOn ( ) && "request" . equals ( trigger ) ) ) Debug . logInfo ( "Ran Event [" + event . type + ":" + event . path + "#" + event . invoke + "] from [" + trigger + "], result is [" + eventReturn + "]" , module ) ; return eventReturn ; }

Encuentra el manejador de eventos e invoca un evento.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_SummonTrap_A_TO_SELF  ( String skillcaster , String value0 , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200886 , skillcaster , value0 , skillname ) ; }

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


public void resetShipBeforeDateIfAfter  ( Timestamp newShipBeforeDate ) { if ( newShipBeforeDate != null ) { if ( ( this . shipBeforeDate == null ) || ( ! this . shipBeforeDate . before ( newShipBeforeDate ) ) ) { this . shipBeforeDate = newShipBeforeDate ; } } }

Restablecer el Forledeate del grupo de barcos si es después del parámetro


private static int maxBucketsPerElement  ( long numElements ) { numElements = Math . max ( 1 , numElements ) ; double v = ( Integer . MAX_VALUE - EXCESS ) / ( double ) numElements ; if ( v < 1.0 ) { throw new UnsupportedOperationException ( "Cannot compute probabilities for " + numElements + " elements." ) ; } return Math . min ( BloomCalculations . probs . length - 1 , ( int ) v ) ; }

Calcula el número máximo de cubos por elemento que esta implementación puede soportar.Crucialmente, reducirá el conteo de cubo si es necesario para satisfacer las restricciones de tamaño de Bitset.


static public String streamToString  ( InputStream in ) throws IOException { StringBuffer out = new StringBuffer ( ) ; byte [ ] b = new byte [ 4096 ] ; for ( int n ; ( n = in . read ( b ) ) != - 1 ; ) { out . append ( new String ( b , 0 , n ) ) ; } return out . toString ( ) ; }


public boolean isSame  ( ModelSubMenu subMenu ) { return ( this == subMenu ) ; }

Scipio: Nota: Solo válido si los submenús formaban parte de la misma instancia de ModelMenu.


public static long export  ( String classification , Collection < Integer > classIds , BlastMode blastMode , IConnector connector , String fileName , ProgressListener progressListener ) throws IOException { long countMatches = 0 ; try { progressListener . setTasks ( "Export" , "Writing selected matches" ) ; try ( BufferedWriter w = new BufferedWriter ( new FileWriter ( fileName ) ) ) { w . write ( blastMode . toString ( ) . toUpperCase ( ) + " file generated by MEGAN6\n\n" ) ; int maxProgress = 100000 * classIds . size ( ) ; int currentProgress = 0 ; progressListener . setMaximum ( maxProgress ) ; progressListener . setProgress ( currentProgress ) ; int count = 0 ; for ( Integer classId : classIds ) { count ++ ; currentProgress = 100000 * count ; IReadBlockIterator it = connector . getReadsIterator ( classification , classId , 0 , 10000 , true , true ) ; long progressIncrement = 100000 / ( it . getMaximumProgress ( ) + 1 ) ; while ( it . hasNext ( ) ) { countMatches += writeMatches ( it . next ( ) , w ) ; progressListener . setProgress ( currentProgress ) ; currentProgress += progressIncrement ; } } } } catch ( CanceledException ex ) { System . err . println ( "USER CANCELED" ) ; } return countMatches ; }

Exportar todos los partidos para un conjunto dado de Classids en la clasificación dada


public ArrayRealVector ( RealVector v ) throws NullArgumentException { if ( v == null ) { throw new NullArgumentException ( ) ; } data = new double [ v . getDimension ( ) ] ; for ( int i = 0 ; i < data . length ; ++ i ) { data [ i ] = v . getEntry ( i ) ; } }

Construye un vector de otro vector, usando una copia profunda.


public static void toHtmlInlineCss  ( Grid grid , Writer writer ) { render ( grid , null , writer , HTML_INLINE_CSS_TEMPLATE ) ; }

Escribe una representación HTML de la cuadrícula dada al escritor dado.


public boolean hasEventStatus  ( ) { return eventStatus != null ; }

Indica si estos params especifican un estado de evento.


public NewArrayExpr newNewArrayExpr  ( Type type , Value size ) { return new GNewArrayExpr ( type , size ) ; }

Construye un trozo de gramática de NewArrayExpr (tipo, expr).


public boolean needsOffset  ( ) { if ( isEnabled ( ) && isDrawLabelsEnabled ( ) && getLabelPosition ( ) == YAxisLabelPosition . OUTSIDE_CHART ) return true ; else return false ; }

Devuelve VERDADERO si este eje necesita desplazamiento horizontal, falso si no se necesita offset.


private void sendCommfaultTag  ( final long tagID , final String equipmentName , final boolean value , final String description ) { this . processMessageSender . sendCommfaultTag ( tagID , equipmentName + ":COMM_FAULT" , value , description ) ; }


public Vector1DFormat ( final String prefix , final String suffix ) { super ( prefix , suffix , DEFAULT_SEPARATOR , CompositeFormat . getDefaultNumberFormat ( ) ) ; }

Cree una instancia con prefijo personalizado, sufijo y separador.


private static String stringRepeat  ( String str , int times ) { StringBuilder builder = new StringBuilder ( ) ; for ( int i = 0 ; i < times ; ++ i ) { builder . append ( str ) ; } return builder . toString ( ) ; }


public static String generateResetKey  ( ) { return RandomStringUtils . randomNumeric ( DEF_COUNT ) ; }


public static String mapFullWidthNumberToHalfWidth  ( String text ) { }

Convertir números de ancho completo en fuentes chinas a números de ancho medio normal en ANSI Charts.


@ RequestMapping ( value = "/race-data" , method = RequestMethod . POST , produces = MediaType . APPLICATION_JSON_VALUE ) @ Timed public ResponseEntity < RaceData > createRaceData  ( @ RequestBody RaceData raceData ) throws URISyntaxException { log . debug ( "REST request to save RaceData : {}" , raceData ) ; if ( raceData . getRaceDataId ( ) != null ) { return ResponseEntity . badRequest ( ) . headers ( HeaderUtil . createFailureAlert ( "raceData" , "idexists" , "A new raceData cannot already have an ID" ) ) . body ( null ) ; } RaceData result = raceDataRepository . save ( raceData ) ; return ResponseEntity . created ( new URI ( "/api/race-data/" + result . getRaceDataId ( ) ) ) . headers ( HeaderUtil . createEntityCreationAlert ( "raceData" , result . getRaceDataId ( ) . toString ( ) ) ) . body ( result ) ; }

Publicación / datos de carreras: crea un nuevo racedata.


public AccountChangePasswordQuery ( VkApiClient client , UserActor actor , String newPassword ) { super ( client , "account.changePassword" , ChangePasswordResponse . class ) ; accessToken ( actor . getAccessToken ( ) ) ; newPassword ( newPassword ) ; }

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


public WriteEntryResult write  ( IEntryPacket entryPacket , Transaction txn , long lease , int modifiers , boolean fromReplication , boolean origin , SpaceContext sc ) throws TransactionException , UnusableEntryException , UnknownTypeException , RemoteException { monitorMemoryUsage ( true ) ; monitorReplicationStateForModifyingOperation ( txn ) ; Context context = ( fromReplication && getReplicationNode ( ) . getBlobStoreReplicaConsumeHelper ( ) != null ) ? getReplicationNode ( ) . getBlobStoreReplicaConsumeHelper ( ) . getContext ( ) : null ; if ( context == null ) { context = ( fromReplication && getReplicationNode ( ) . getBlobStoreReplicationBulkConsumeHelper ( ) != null ) ? getReplicationNode ( ) . getBlobStoreReplicationBulkConsumeHelper ( ) . getContext ( ) : null ; } boolean supplied_context = ( context != null ) ; try { if ( ! supplied_context ) context = _cacheManager . getCacheContext ( ) ; return write ( context , entryPacket , txn , lease , modifiers , fromReplication , origin , sc , false , false ) ; } finally { if ( ! supplied_context ) { _cacheManager . freeCacheContext ( context ) ; } } }

Crea un objeto IEntryholder desde el paquete de entrada especificado y lo inserta en todas las tablas de motor relevantes.Si entryPacket.NowRitelease = True El valor de retorno será la entrada UID (cadena) de entrada, de lo contrario, el objeto de arrendamiento.


protected boolean isEnabledForMultipleResources  ( ) { return true ; }


public void lerp  ( Transform end , double alpha , Transform result ) { double a1 = 1.0 - alpha ; double x = a1 * this . x + alpha * end . x ; double y = a1 * this . y + alpha * end . y ; double rs = this . getRotation ( ) ; double re = end . getRotation ( ) ; double diff = re - rs ; if ( diff < - Math . PI ) diff += Geometry . TWO_PI ; if ( diff > Math . PI ) diff -= Geometry . TWO_PI ; double a = diff * alpha + rs ; result . identity ( ) ; result . rotate ( a ) ; result . translate ( x , y ) ; }

Interpole linealmente por alfa hacia la transformación final dada que coloca el resultado en la transformación dada.<P /> Interpolación de un ángulo a otro puede tener dos resultados dependiendo de la dirección de la rotación.Si una rotación fue de 30 a 200, la rotación podría ser 170 o -190.Este método de interpolación siempre elegirá la rotación más pequeña (independientemente del signo) como la dirección de rotación.


public AemParsys removeFirstComponentOfType  ( Class < ? > componentClass ) { return removeNthComponentOfType ( componentClass , 0 ) ; }

Retire la primera aparición de componentes.


public int next  ( ) { if ( ! hasNextLine ( ) ) return - 1 ; matchesTextLength = 0 ; String line = nextLine ( ) ; while ( hasNextLine ( ) && ! line . startsWith ( ">" ) ) { line = nextLine ( ) ; } if ( line == null || ! line . startsWith ( ">" ) ) return - 1 ; final String queryName = Basic . getReadName ( line ) ; if ( ! hasNextLine ( ) ) return - 1 ; line = nextLine ( ) ; final String [ ] tokens = Basic . split ( line , ';' ) ; int matchId = 0 ; matches . clear ( ) ; int whichToken = 0 ; StringBuilder path = new StringBuilder ( ) ; try { while ( whichToken < tokens . length ) { if ( whichToken < tokens . length ) { String name = tokens [ whichToken ++ ] ; if ( name . equals ( "Root" ) ) name = "root" ; path . append ( name ) . append ( ";" ) ; String scoreString = tokens [ whichToken ++ ] ; float bitScore = 100 * Basic . parseFloat ( scoreString ) ; if ( matches . size ( ) < getMaxNumberOfMatchesPerRead ( ) || bitScore > matches . last ( ) . bitScore ) { Match match = new Match ( ) ; match . bitScore = bitScore ; match . id = matchId ++ ; String ref = Basic . toString ( tokens , 0 , whichToken , ";" ) + ";" ; match . samLine = makeSAM ( queryName , path . toString ( ) , bitScore , ref ) ; matches . add ( match ) ; if ( matches . size ( ) > getMaxNumberOfMatchesPerRead ( ) ) matches . remove ( matches . last ( ) ) ; } } } } catch ( Exception ex ) { System . err . println ( "Error parsing file near line: " + getLineNumber ( ) ) ; if ( incrementNumberOfErrors ( ) >= getMaxNumberOfErrors ( ) ) throw new RuntimeException ( "Too many errors" ) ; } if ( matches . size ( ) == 0 ) { if ( queryName . length ( ) > matchesText . length ) { matchesText = new byte [ 2 * queryName . length ( ) ] ; } for ( int i = 0 ; i < queryName . length ( ) ; i ++ ) matchesText [ matchesTextLength ++ ] = ( byte ) queryName . charAt ( i ) ; matchesText [ matchesTextLength ++ ] = '\n' ; return 0 ; } else { for ( Match match : matches ) { byte [ ] bytes = match . samLine . getBytes ( ) ; if ( matchesTextLength + bytes . length + 1 >= matchesText . length ) { byte [ ] tmp = new byte [ 2 * ( matchesTextLength + bytes . length + 1 ) ] ; System . arraycopy ( matchesText , 0 , tmp , 0 , matchesTextLength ) ; matchesText = tmp ; } System . arraycopy ( bytes , 0 , matchesText , matchesTextLength , bytes . length ) ; matchesTextLength += bytes . length ; matchesText [ matchesTextLength ++ ] = '\n' ; } return matches . size ( ) ; } }


public void unregisterToolbar  ( RTToolbar toolbar ) { mToolbars . remove ( toolbar . getId ( ) ) ; toolbar . removeToolbarListener ( ) ; updateToolbarVisibility ( ) ; }

No registrarse una barra de herramientas.<p> Este método puede llamarse antes de que se destruya el componente para detener cualquier interacción con la barra de herramientas.No hacerlo puede resultar en llamadas (asíncronas) que se realizan cuando la actividad / fragmento ya está deteniendo su funcionamiento.<p> debe ser llamado desde el hilo de la interfaz de usuario.<P> IMPORTANTE: Llamar a este método es obsoleto una vez que se llama el OnDestroy (Boolean)


public void onBorrow  ( K key , R resource ) { }

Notifica que un recurso fue prestado.Esto se llama por el hilo solicitando el recurso, antes de recibir la instancia.


public DefaultChunkScrollableDataIterator ( String hQuery , SessionFactory sessionFactory , int fetchSize , int chunkSize ) { super ( hQuery , sessionFactory , fetchSize , chunkSize ) ; }

Construye un iterador desplazable sobre la cadena de consulta de hibernación dada.


public static < T > HashSet < T > hashSet  ( int initialCapacity ) { return new HashSet < T > ( initialCapacity ) ; }


public static boolean isFloat  ( String s , boolean allowNegative , boolean allowPositive , int minDecimal , int maxDecimal ) { if ( isEmpty ( s ) ) return defaultEmptyOK ; try { float temp = Float . parseFloat ( s ) ; if ( ! allowNegative && temp < 0 ) return false ; if ( ! allowPositive && temp > 0 ) return false ; int decimalPoint = s . indexOf ( "." ) ; if ( decimalPoint == - 1 ) { if ( minDecimal > 0 ) return false ; return true ; } int numDecimals = s . length ( ) - decimalPoint - 1 ; if ( minDecimal >= 0 && numDecimals < minDecimal ) return false ; if ( maxDecimal >= 0 && numDecimals > maxDecimal ) return false ; return true ; } catch ( Exception e ) { return false ; } }

Rutina general para probar si una cadena es un flotador.


private boolean isPlayServicesAvailable  ( ) { GoogleApiAvailability apiAvailability = GoogleApiAvailability . getInstance ( ) ; int resultCode = apiAvailability . isGooglePlayServicesAvailable ( this ) ; if ( resultCode != ConnectionResult . SUCCESS ) { if ( apiAvailability . isUserResolvableError ( resultCode ) ) { apiAvailability . getErrorDialog ( this , resultCode , PLAY_SERVICES_RESOLUTION_REQUEST ) . show ( ) ; } else { Toaster . showShort ( this , R . string . device_is_not_supported ) ; } return false ; } return true ; }

Verifique el dispositivo para asegurarse de que tiene el APK de Google Play Services.Si no lo hace, muestre un cuadro de diálogo que permita a los usuarios descargar la APK desde la tienda de Google Play o habilitarla en la configuración del sistema del dispositivo.


private boolean isTypedTimeFullyLegal  ( ) { if ( mIs24HourMode ) { int [ ] values = getEnteredTime ( null ) ; return ( values [ 0 ] >= 0 && values [ 1 ] >= 0 && values [ 1 ] < 60 ) ; } else { return ( mTypedTimes . contains ( getAmOrPmKeyCode ( AM ) ) || mTypedTimes . contains ( getAmOrPmKeyCode ( PM ) ) ) ; } }

Compruebe si el tiempo que se ha escrito hasta ahora es completamente legal, como lo es.


public static int px2sp  ( Context context , float pxValue ) { return ( int ) ( pxValue / getFontDensity ( context ) + 0.5 ) ; }

Convertir el PX a SP dependa de la ampliación del dispositivo.


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

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


protected boolean baseMatchesStrict  ( final Value baseValue , Abstraction source ) { if ( ! baseMatches ( baseValue , source ) ) return false ; if ( baseValue instanceof Local ) return source . getAccessPath ( ) . isLocal ( ) ; else if ( baseValue instanceof InstanceFieldRef || baseValue instanceof StaticFieldRef ) return source . getAccessPath ( ) . getFieldCount ( ) == 1 ; throw new RuntimeException ( "Unexpected left side" ) ; }

Comprueba si el valor base dado coincide con la base de la abstracción de la mancha dada y termina allí.Así que a coincidirá con un, pero no a.x.No es que esta función todavía coincida con A a a. *.


protected DateTimeData parse  ( String str ) throws SchemaDateTimeException  { DateTimeData date = new DateTimeData ( str , this ) ; int len = str . length ( ) ; date . year = YEAR ; date . month = MONTH ; date . day = 15 ; getTime ( str , 0 , len , date ) ; validateDateTime ( date ) ; saveUnnormalized ( date ) ; if ( date . utc != 0 && date . utc != 'Z' ) { normalize ( date ) ; date . day = 15 ; } date . position = 2 ; return date ; }

Parsa, valida y calcula la versión normalizada del objeto Time


public int createDeferredDocumentType  ( String rootElementName , String publicId , String systemId ) { int nodeIndex = createNode ( Node . DOCUMENT_TYPE_NODE ) ; int chunk = nodeIndex >> CHUNK_SHIFT ; int index = nodeIndex & CHUNK_MASK ; setChunkValue ( fNodeName , rootElementName , chunk , index ) ; setChunkValue ( fNodeValue , publicId , chunk , index ) ; setChunkValue ( fNodeURI , systemId , chunk , index ) ; return nodeIndex ; }


@ Override public void startConditional  ( short type , Augmentations augmentations ) throws XNIException { }


@ Override public void innerDelete  ( ) { scopes ( ) . forEach ( null ) ; Set < CastingImpl > castings = getMappingCasting ( ) ; for ( CastingImpl casting : castings ) { InstanceImpl < ? , ? > instance = casting . getRolePlayer ( ) ; if ( instance != null ) { for ( EdgeImpl edge : instance . getEdgesOfType ( Direction . BOTH , Schema . EdgeLabel . SHORTCUT ) ) { if ( edge . getProperty ( Schema . EdgeProperty . RELATION_ID ) . equals ( getId ( ) ) ) { edge . delete ( ) ; } } } } super . innerDelete ( ) ; }


public static void removeAllMEGANData  ( String fileName ) throws IOException { final DAAHeader header = new DAAHeader ( fileName ) ; header . load ( ) ; long newFileSize = - 1l ; for ( int i = 0 ; i < header . getBlockTypeRankArrayLength ( ) ; i ++ ) { BlockType type = header . getBlockType ( i ) ; if ( type != BlockType . empty ) { if ( type . toString ( ) . startsWith ( "megan" ) ) { if ( newFileSize == - 1l ) newFileSize = header . getLocationOfBlockInFile ( i ) ; header . setBlockTypeRank ( i , BlockType . rank ( BlockType . empty ) ) ; header . setBlockSize ( i , 0l ) ; } } if ( newFileSize != - 1 ) { try ( RandomAccessFile raf = new RandomAccessFile ( fileName , "rw" ) ) { raf . setLength ( newFileSize ) ; } } if ( newFileSize != - 1 || header . getReserved3 ( ) > 0 ) { header . setReserved3 ( 0 ) ; header . save ( ) ; } } }

Eliminar todos los datos agregados por Megan


public boolean standard_local_names  ( ) { return soot . PhaseOptions . getBoolean ( options , "standard-local-names" ) ; }

Nombre local Estandarización: utiliza el esquema de nombres del Nombre Local Standardizer. Si está habilitado, se aplica el Nombre Local Standardizer cuando Shimple crea nuevos lugareños.Normalmente, Shimple retendrá los nombres locales originales en la medida de lo posible y usará una notación de subrayado para denotar a los subyubres SSA.Esta transformación no afecta de otra manera el comportamiento brillante.


private TypeSpec . Builder addMethodImpl  ( TypeSpec . Builder newTypeBuilder , FieldSpec mConnection , ExecutableElement executableElement ) { final TypeName RESULT_SET_TYPE_NAME = TypeName . get ( ResultSet . class ) ; FieldSpec fieldSpec = FieldSpec . builder ( PreparedStatement . class , executableElement . getSimpleName ( ) . toString ( ) + PREPARED_STATEMENT_SUFFIX ) . addModifiers ( Modifier . PRIVATE ) . initializer ( "null" ) . build ( ) ; List < ? extends TypeMirror > thrownTypes = executableElement . getThrownTypes ( ) ; boolean catchExceptions ; if ( thrownTypes . isEmpty ( ) ) { catchExceptions = true ; } else if ( thrownTypes . size ( ) == 1 && TypeName . get ( thrownTypes . get ( 0 ) ) . equals ( TypeName . get ( SQLException . class ) ) ) { catchExceptions = false ; } else { throw new RuntimeException ( "method should throws SQLException or don't throw at all" ) ; } TypeName returnTypeName = TypeName . get ( executableElement . getReturnType ( ) ) ; if ( returnTypeName != TypeName . VOID && ! returnTypeName . equals ( RESULT_SET_TYPE_NAME ) ) { throw new RuntimeException ( "method should return ResultSet or void" ) ; } List < ? extends VariableElement > parameters = executableElement . getParameters ( ) ; String query = executableElement . getAnnotation ( DBQuery . class ) . value ( ) ; MethodSpec . Builder methodBuilder = MethodSpec . methodBuilder ( executableElement . getSimpleName ( ) . toString ( ) ) . addAnnotation ( Override . class ) . addModifiers ( Modifier . PUBLIC ) . returns ( returnTypeName ) ; if ( catchExceptions ) { methodBuilder = methodBuilder . beginControlFlow ( "try" ) ; } else { methodBuilder = methodBuilder . addException ( SQLException . class ) ; } methodBuilder = methodBuilder . addStatement ( "initIfNotYet()" ) . beginControlFlow ( "if ($N == $L)" , fieldSpec , null ) . addStatement ( "$N = $N.prepareStatement($S)" , fieldSpec , mConnection , query ) . endControlFlow ( ) ; for ( int i = 0 ; i < parameters . size ( ) ; i ++ ) { VariableElement parameter = parameters . get ( i ) ; TypeName paramTypeName = TypeName . get ( parameter . asType ( ) ) ; methodBuilder = methodBuilder . addParameter ( paramTypeName , parameter . getSimpleName ( ) . toString ( ) ) ; String statementFormat = null ; if ( paramTypeName . equals ( TypeName . INT ) ) { statementFormat = "$N.setInt($L, $N)" ; } else if ( paramTypeName . equals ( TypeName . DOUBLE ) ) { statementFormat = "$N.setDouble($L, $N)" ; } else if ( paramTypeName . equals ( TypeName . BOOLEAN ) ) { statementFormat = "$N.setBoolean($L, $N)" ; } else if ( paramTypeName . equals ( TypeName . LONG ) ) { statementFormat = "$N.setLong($L, $N)" ; } else if ( paramTypeName . equals ( TypeName . FLOAT ) ) { statementFormat = "$N.setFloat($L, $N)" ; } else if ( paramTypeName . equals ( TypeName . BYTE ) ) { statementFormat = "$N.setByte($L, $N)" ; } else if ( paramTypeName . equals ( TypeName . get ( String . class ) ) ) { statementFormat = "$N.setString($L, $N)" ; } else if ( paramTypeName . equals ( TypeName . get ( BigDecimal . class ) ) ) { statementFormat = "$N.setBigDecimal($L, $N)" ; } else if ( paramTypeName . equals ( TypeName . get ( java . sql . Date . class ) ) ) { statementFormat = "$N.setDate($L, $N)" ; } else if ( paramTypeName . equals ( TypeName . get ( java . sql . Time . class ) ) ) { statementFormat = "$N.setTime($L, $N)" ; } else if ( paramTypeName . equals ( TypeName . get ( java . sql . Timestamp . class ) ) ) { statementFormat = "$N.setTimestamp($L, $N)" ; } else if ( paramTypeName . equals ( TypeName . get ( java . sql . Array . class ) ) ) { statementFormat = "$N.setArray($L, $N)" ; } else if ( paramTypeName . equals ( TypeName . get ( java . sql . Clob . class ) ) ) { statementFormat = "$N.setClob($L, $N)" ; } else if ( paramTypeName . equals ( TypeName . get ( java . sql . Blob . class ) ) ) { statementFormat = "$N.setBlob($L, $N)" ; } else if ( paramTypeName . equals ( TypeName . get ( java . sql . NClob . class ) ) ) { statementFormat = "$N.setNClob($L, $N)" ; } else if ( paramTypeName . equals ( TypeName . get ( Object . class ) ) ) { statementFormat = "$N.setObject($L, $N)" ; } if ( statementFormat != null ) { methodBuilder = methodBuilder . addStatement ( statementFormat , fieldSpec , i + 1 , parameter . getSimpleName ( ) ) ; } } if ( returnTypeName == TypeName . VOID ) { methodBuilder = methodBuilder . addStatement ( "$N.execute()" , fieldSpec ) ; } else if ( returnTypeName . equals ( RESULT_SET_TYPE_NAME ) ) { methodBuilder = methodBuilder . addStatement ( "return $N.executeQuery()" , fieldSpec ) ; } if ( catchExceptions ) { methodBuilder = methodBuilder . endControlFlow ( ) . beginControlFlow ( "catch ($T e)" , SQLException . class ) . addStatement ( "e.printStackTrace()" ) ; if ( returnTypeName . equals ( RESULT_SET_TYPE_NAME ) ) { methodBuilder = methodBuilder . addStatement ( "return null" ) ; } methodBuilder = methodBuilder . endControlFlow ( ) ; } return newTypeBuilder . addField ( fieldSpec ) . addMethod ( methodBuilder . build ( ) ) ; }

Agregue la realización para el método "EjecutableElement" de la interfaz.


public Element next  ( ) { return theNext ; }

Devuelva el siguiente elemento en una pila de elementos o cola.


public static PostFragment newInstance  ( ) { PostFragment fragment = new PostFragment ( ) ; Bundle args = new Bundle ( ) ; fragment . setArguments ( args ) ; return fragment ; }

Use este método de fábrica para crear una nueva instancia de este fragmento utilizando los parámetros proporcionados.


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


public static void showManagedByAdministratorToast  ( Context context ) { Toast . makeText ( context , context . getString ( R . string . managed_by_your_administrator ) , Toast . LENGTH_LONG ) . show ( ) ; }

Muestra un brindis que indica que la acción anterior es administrada por el administrador del sistema.Esto generalmente se usa para explicar al usuario por qué se desactiva un control dado en la configuración.


public PhotosGetQueryWithExtended albumId  ( String value ) { return unsafeParam ( "album_id" , value ) ; }

ID del álbum de fotos.Para devolver información sobre las fotos de los álbumes de servicio, use los siguientes valores de cadena: "Perfil, Muro, Guardado".


public static Zdiagmat o  ( Zdiagmat D ) { Zdiagmat B = new Zdiagmat ( D ) ; for ( int i = 0 ; i < B . order ; i ++ ) { B . re [ i ] = - B . re [ i ] ; B . im [ i ] = - B . im [ i ] ; } return B ; }


@ NotNull private Device buildDevice  ( ) { String deviceName = myDeviceData . name ( ) . get ( ) ; myBuilder . setName ( deviceName ) ; myBuilder . setId ( deviceName ) ; myBuilder . addSoftware ( myDeviceData . software ( ) . getValue ( ) ) ; myBuilder . setManufacturer ( myDeviceData . manufacturer ( ) . get ( ) ) ; IdDisplay tag = myDeviceData . deviceType ( ) . getValueOrNull ( ) ; myBuilder . setTagId ( ( SystemImage . DEFAULT_TAG . equals ( tag ) || tag == null ) ? null : tag . getId ( ) ) ; List < State > states = generateStates ( new AvdHardwareData ( myDeviceData ) . buildHardware ( ) ) ; myBuilder . addAllState ( states ) ; return myBuilder . build ( ) ; }

Una vez que terminemos de editar el dispositivo, lo ponemos en su configuración final.


public boolean hasCurrentUser  ( ) { return currentUser != null ; }

Indica si esta consulta tiene un usuario actual especificado.


public static Map < String , Object > entitySortTest  ( DispatchContext dctx , Map < String , ? > context ) { Delegator delegator = dctx . getDelegator ( ) ; Set < ModelEntity > set = new TreeSet < ModelEntity > ( ) ; set . add ( delegator . getModelEntity ( "Person" ) ) ; set . add ( delegator . getModelEntity ( "PartyRole" ) ) ; set . add ( delegator . getModelEntity ( "Party" ) ) ; set . add ( delegator . getModelEntity ( "ContactMech" ) ) ; set . add ( delegator . getModelEntity ( "PartyContactMech" ) ) ; set . add ( delegator . getModelEntity ( "OrderHeader" ) ) ; set . add ( delegator . getModelEntity ( "OrderItem" ) ) ; set . add ( delegator . getModelEntity ( "OrderContactMech" ) ) ; set . add ( delegator . getModelEntity ( "OrderRole" ) ) ; set . add ( delegator . getModelEntity ( "Product" ) ) ; set . add ( delegator . getModelEntity ( "RoleType" ) ) ; for ( ModelEntity modelEntity : set ) { Debug . logInfo ( modelEntity . getEntityName ( ) , module ) ; } return ServiceUtil . returnSuccess ( ) ; }


int readCorner4  ( int numRows , int numColumns ) { int currentByte = 0 ; if ( readModule ( numRows - 3 , 0 , numRows , numColumns ) ) { currentByte |= 1 ; } currentByte <<= 1 ; if ( readModule ( numRows - 2 , 0 , numRows , numColumns ) ) { currentByte |= 1 ; } currentByte <<= 1 ; if ( readModule ( numRows - 1 , 0 , numRows , numColumns ) ) { currentByte |= 1 ; } currentByte <<= 1 ; if ( readModule ( 0 , numColumns - 2 , numRows , numColumns ) ) { currentByte |= 1 ; } currentByte <<= 1 ; if ( readModule ( 0 , numColumns - 1 , numRows , numColumns ) ) { currentByte |= 1 ; } currentByte <<= 1 ; if ( readModule ( 1 , numColumns - 1 , numRows , numColumns ) ) { currentByte |= 1 ; } currentByte <<= 1 ; if ( readModule ( 2 , numColumns - 1 , numRows , numColumns ) ) { currentByte |= 1 ; } currentByte <<= 1 ; if ( readModule ( 3 , numColumns - 1 , numRows , numColumns ) ) { currentByte |= 1 ; } return currentByte ; }

 lee los 8 bits de la condición de esquina especial 4.

 Ver ISO 16022: 2006, Figura F.6


public ViewsAnimator animateWith  ( final AnimationProvider animationProvider ) { FunctionUtils . checkParameterIsNotNull ( "animationProvider" , animationProvider ) ; return new ViewsAnimator ( this , animationProvider ) ; }


public void addToIncluded  ( Document document ) { document . addInclude ( this ) ; }

Agregue el recurso como se incluye el recurso y adjunte el documento a este recurso


@ Override public void appendData  ( String arg ) throws DOMException { throw new DOMException ( DOMException . NOT_SUPPORTED_ERR , "Method not supported" ) ; }

Agregue la cadena hasta el final de los datos de caracteres del nodo.Tras el éxito, <CÓDIGO> DATOS </ CODE> proporciona acceso a la concatenación de <código> datos </ code> y el <código> domstring </ code> especificado.


String toString  ( int indentFactor , int indent ) throws JSONException { int j ; int n = length ( ) ; if ( n == 0 ) { return "{}" ; } Iterator keys = sortedKeys ( ) ; StringBuilder sb = new StringBuilder ( "{" ) ; int newindent = indent + indentFactor ; Object o ; if ( n == 1 ) { o = keys . next ( ) ; sb . append ( quote ( o . toString ( ) ) ) ; sb . append ( ": " ) ; sb . append ( valueToString ( this . map . get ( o ) , indentFactor , indent ) ) ; } else { while ( keys . hasNext ( ) ) { o = keys . next ( ) ; if ( sb . length ( ) > 1 ) { sb . append ( ",\n" ) ; } else { sb . append ( '\n' ) ; } for ( j = 0 ; j < newindent ; j += 1 ) { sb . append ( ' ' ) ; } sb . append ( quote ( o . toString ( ) ) ) ; sb . append ( ": " ) ; sb . append ( valueToString ( this . map . get ( o ) , indentFactor , newindent ) ) ; } if ( sb . length ( ) > 1 ) { sb . append ( '\n' ) ; for ( j = 0 ; j < indent ; j += 1 ) { sb . append ( ' ' ) ; } } } sb . append ( '}' ) ; return sb . toString ( ) ; }

Haz un texto de JSON prolongado de este JsonObject.<P> ADVERTENCIA: Este método asume que la estructura de SignalData es acicagal.


public NewsfeedGetQuery fields  ( EnumParam ... value ) { return unsafeParam ( "fields" , value ) ; }


@ SuppressWarnings ( { "unchecked" , "cast" } ) public SubExpr fullCopy  ( ) { SubExpr tree = ( SubExpr ) 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 BarEntry copy  ( ) { BarEntry copied = new BarEntry ( getX ( ) , getY ( ) , getData ( ) ) ; copied . setVals ( mYValues ) ; return copied ; }

Devuelve una copia exacta de la barentía.


protected void increment  ( LocusInfo locusInfo , byte refBase ) { refBase = ( byte ) Character . toUpperCase ( refBase ) ; cntGenomicLoci ++ ; depth += locusInfo . getRecordAndPositions ( ) . size ( ) ; if ( refBase == '\0' || ( refBase != 'C' && refBase != 'G' ) ) { return ; } for ( RecordAndOffset recOff : locusInfo . getRecordAndPositions ( ) ) { boolean readIsTopStrand = ! ( new ReadFromTopStrandFilter ( true ) ) . filterOut ( recOff . getRecord ( ) ) ; char readBase = Character . toUpperCase ( ( char ) recOff . getReadBase ( ) ) ; if ( refBase == 'C' ) { if ( readIsTopStrand ) { if ( readBase == 'C' ) { cntM ++ ; } else if ( readBase == 'T' ) { cntU ++ ; } } } else if ( refBase == 'G' ) { if ( ! readIsTopStrand ) { if ( readBase == 'G' ) { cntM ++ ; } else if ( readBase == 'A' ) { cntU ++ ; } } } else { System . err . println ( "Unexpected strand or base!" ) ; throw new RuntimeException ( ) ; } } }

Incrementar los atributos utilizando locusinfo y refseq.Refseq puede ser nulo, lo que significa que algunos atributos no se actualizan


public static String makeString  ( Object obj1 ) { if ( obj1 != null ) return obj1 . toString ( ) ; else return "" ; }

Los cheques para ver si el objeto pasado es nulo, si se devuelve una cadena vacía pero no nula, de lo contrario llama a Tostring () en el objeto


public void apply  ( ) { ClassificationManager . get ( Classification . Taxonomy , true ) . getIdMapper ( ) . setUseTextParsing ( isParseTaxonNames ( ) ) ; final String daaFileNames = getBlastFileName ( ) ; if ( daaFileNames . length ( ) > 0 ) { ProgramProperties . put ( MeganProperties . BLASTFILE , new File ( Basic . getLinesFromString ( daaFileNames ) . get ( 0 ) ) ) ; final StringBuilder buf = new StringBuilder ( ) ; buf . append ( "meganize daaFile=" ) ; java . util . List < String > fileNames = Basic . getLinesFromString ( daaFileNames ) ; boolean first = true ; for ( String name : fileNames ) { File file = new File ( name ) ; if ( ! ( file . exists ( ) && file . canRead ( ) ) ) { NotificationsInSwing . showError ( this , "Failed to open BLAST file for reading: " + name ) ; return ; } if ( first ) first = false ; else buf . append ( ", " ) ; buf . append ( "'" ) . append ( name ) . append ( "'" ) ; } buf . append ( " minScore=" ) . append ( getMinScore ( ) ) ; buf . append ( " maxExpected=" ) . append ( getMaxExpected ( ) ) ; buf . append ( " minPercentIdentity=" ) . append ( getMinPercentIdentity ( ) ) ; buf . append ( " topPercent=" ) . append ( getTopPercent ( ) ) ; if ( getMinSupportPercent ( ) > 0 ) buf . append ( " minSupportPercent=" ) . append ( getMinSupportPercent ( ) ) ; buf . append ( " minSupport=" ) . append ( getMinSupport ( ) ) ; buf . append ( " weightedLCA=" ) . append ( isWeightedLCA ( ) ) ; if ( isWeightedLCA ( ) ) buf . append ( " weightedLCAPercent=" ) . append ( getWeightedLCAPercent ( ) ) ; buf . append ( " minComplexity=" ) . append ( getMinComplexity ( ) ) ; buf . append ( " useIdentityFilter=" ) . append ( isUsePercentIdentityFilter ( ) ) ; buf . append ( " fNames=" ) . append ( Basic . toString ( getSelectedFNames ( ) , " " ) ) ; buf . append ( " paired=" ) . append ( isUsePairedReads ( ) ) ; if ( isUsePairedReads ( ) ) { String pattern1 = getPairedReadSuffix1 ( ) ; buf . append ( " pairSuffixLength=" ) . append ( pattern1 . length ( ) ) ; } if ( isUseReadMagnitudes ( ) ) { buf . append ( " hasMagnitudes=" ) . append ( isUseReadMagnitudes ( ) ) ; } if ( getShortDescription ( ) . length ( ) > 0 ) buf . append ( " description='" ) . append ( getShortDescription ( ) ) . append ( "'" ) ; buf . append ( ";" ) ; setResult ( buf . toString ( ) ) ; try { destroyView ( ) ; } catch ( CanceledException e ) { Basic . caught ( e ) ; } } }


public static SM_SYSTEM_MESSAGE STR_VENDOR_SOLD_OUT  ( int nameId ) { return new SM_SYSTEM_MESSAGE ( 1300647 , new DescriptionId ( nameId ) ) ; }


public void stop  ( ) { synchronized ( contents ) { contents . clear ( ) ; kickerThread = null ; head = null ; dead = true ; contents . notifyAll ( ) ; } }


@ Override public void undoAction  ( UndoInterface undoRedoObject ) { if ( undoRedoObject != null ) { if ( textField != null ) { if ( undoRedoObject . getOldValue ( ) instanceof String ) { String oldValue = ( String ) undoRedoObject . getOldValue ( ) ; textField . setText ( oldValue ) ; } } } }


public static ConstraintWidget [ ] inferTableList  ( WidgetsScene list ) { for ( ConstraintWidget widget : list . getWidgets ( ) ) { widget . resetAnchors ( ) ; } return inferTableList ( list . getRoot ( ) ) ; }

Dada una colección de widgets evalúa la probabilidad de una conexión y hace conexiones.


public void registerInterface  ( Class < ? extends PluginLoader > loader ) throws IllegalArgumentException { PluginLoader instance ; if ( PluginLoader . class . isAssignableFrom ( loader ) ) { Constructor < ? extends PluginLoader > constructor ; try { constructor = loader . getConstructor ( Server . class ) ; instance = constructor . newInstance ( server ) ; } catch ( NoSuchMethodException ex ) { String className = loader . getName ( ) ; throw new IllegalArgumentException ( String . format ( "Class %s does not have a public %s(Server) constructor" , className , className ) , ex ) ; } catch ( Exception ex ) { throw new IllegalArgumentException ( String . format ( "Unexpected exception %s while attempting to construct a new instance of %s" , ex . getClass ( ) . getName ( ) , loader . getName ( ) ) , ex ) ; } } else { throw new IllegalArgumentException ( String . format ( "Class %s does not implement interface PluginLoader" , loader . getName ( ) ) ) ; } Pattern [ ] patterns = instance . getPluginFileFilters ( ) ; synchronized ( this ) { for ( Pattern pattern : patterns ) { fileAssociations . put ( pattern , instance ) ; } } }

Registra el cargador de plugin especificado


public SubscriptionController createSubscriptionTab  ( final boolean allTab , final ManagedMessageStoreWithFiltering < FormattedMqttMessage > observableMessageStore , final MqttSubscription subscription , final MqttAsyncConnection connection , final MqttConnectionController connectionController ) { final FXMLLoader loader = FxmlUtils . createFxmlLoaderForProjectFile ( "SubscriptionMessageListPane.fxml" ) ; final AnchorPane subscriptionPane = FxmlUtils . loadAnchorPane ( loader ) ; final SubscriptionController subscriptionController = ( ( SubscriptionController ) loader . getController ( ) ) ; final Tab tab = new Tab ( ) ; if ( subscription != null ) { eventBus . subscribeWithFilterOnly ( subscriptionController , null , SubscriptionStatusChangeEvent . class , subscription ) ; } subscriptionController . setStore ( observableMessageStore ) ; subscriptionController . setEventBus ( eventBus ) ; subscriptionController . setConfingurationManager ( configurationManager ) ; if ( connection != null ) { subscriptionController . setFormattingManager ( connection . getStore ( ) . getFormattingManager ( ) ) ; subscriptionController . setConnectionProperties ( connection . getProperties ( ) ) ; } else { subscriptionController . setFormattingManager ( new FormattingManager ( new MqttScriptManager ( null , null , null ) ) ) ; } subscriptionController . setTab ( tab ) ; subscriptionController . toggleMessagePayloadSize ( connectionController . getResizeMessageContentMenu ( ) . isSelected ( ) ) ; tab . setClosable ( false ) ; tab . setContent ( subscriptionPane ) ; if ( subscription != null ) { tab . setStyle ( StylingUtils . createBaseRGBString ( subscription . getColor ( ) ) ) ; } if ( allTab ) { subscriptionControllers . put ( ALL_SUBSCRIPTIONS_TAB_TITLE , subscriptionController ) ; tab . setGraphic ( new Label ( ALL_SUBSCRIPTIONS_TAB_TITLE ) ) ; tab . getGraphic ( ) . getStyleClass ( ) . add ( "subscribed" ) ; } else { logger . debug ( "Mapping subscription topic {} to controller" , subscription . getTopic ( ) ) ; subscriptionControllers . put ( subscription . getTopic ( ) , subscriptionController ) ; tab . setGraphic ( new Label ( subscription . getTopic ( ) ) ) ; tab . getGraphic ( ) . getStyleClass ( ) . add ( "unsubscribed" ) ; tab . setTooltip ( new Tooltip ( "Status: " + "unsubscribed" ) ) ; } return subscriptionController ; }

Crea una pestaña de suscripción y un controlador con los parámetros dados.


public void enableDragItem  ( @ NonNull ItemTouchHelper itemTouchHelper , int toggleViewId , boolean dragOnLongPress ) { itemDragEnabled = true ; mItemTouchHelper = itemTouchHelper ; setToggleViewId ( toggleViewId ) ; setToggleDragOnLongPress ( dragOnLongPress ) ; }

Habilitar elementos de arrastre.Utilice la vista especificada como palanca.


private void performDrag  ( MotionEvent event ) { mLastGesture = ChartGesture . DRAG ; mMatrix . set ( mSavedMatrix ) ; OnChartGestureListener l = mChart . getOnChartGestureListener ( ) ; float dX , dY ; if ( mChart . isAnyAxisInverted ( ) && mClosestDataSetToTouch != null && mChart . getAxis ( mClosestDataSetToTouch . getAxisDependency ( ) ) . isInverted ( ) ) { if ( mChart instanceof HorizontalBarChart ) { dX = - ( event . getX ( ) - mTouchStartPoint . x ) ; dY = event . getY ( ) - mTouchStartPoint . y ; } else { dX = event . getX ( ) - mTouchStartPoint . x ; dY = - ( event . getY ( ) - mTouchStartPoint . y ) ; } } else { dX = event . getX ( ) - mTouchStartPoint . x ; dY = event . getY ( ) - mTouchStartPoint . y ; } mMatrix . postTranslate ( dX , dY ) ; if ( l != null ) l . onChartTranslate ( event , dX , dY ) ; }

Realiza todas las operaciones necesarias necesarias para arrastrarlas.


public static String makeLogTag  ( Class cls ) { return makeLogTag ( cls . getSimpleName ( ) ) ; }

¡No uses esto cuando los nombres de clase ofuscantes!


public static Map < Writable , Long > sampleMostFrequentFromColumn  ( int nMostFrequent , String columnName , Schema schema , JavaRDD < List < Writable > > data ) { int columnIdx = schema . getIndexOfColumn ( columnName ) ; JavaPairRDD < Writable , Long > keyedByWritable = data . mapToPair ( new ColumnToKeyPairTransform ( columnIdx ) ) ; JavaPairRDD < Writable , Long > reducedByWritable = keyedByWritable . reduceByKey ( new SumLongsFunction2 ( ) ) ; List < Tuple2 < Writable , Long > > list = reducedByWritable . takeOrdered ( nMostFrequent , new Tuple2Comparator < Writable > ( false ) ) ; List < Tuple2 < Writable , Long > > sorted = new ArrayList < > ( list ) ; Collections . sort ( sorted , new Tuple2Comparator < Writable > ( false ) ) ; Map < Writable , Long > map = new LinkedHashMap < > ( ) ; for ( Tuple2 < Writable , Long > t2 : sorted ) { map . put ( t2 . _1 ( ) , t2 . _2 ( ) ) ; } return map ; }

Muestra los valores más frecuentes de los n en la columna especificada


public void abort  ( ) throws IOException  { completeEdit ( this , false ) ; }

Aborta esta edición.Esto libera el bloqueo de edición para que se pueda iniciar otra edición en la misma tecla.


public void terminateTimer  ( ) { timer . cancel ( ) ; running = false ; }

Este método se utiliza para la terminación del temporizador.


protected String domain  ( ) { if ( uri . getPath ( ) . startsWith ( "queues/" ) ) { return "queue" ; } else if ( uri . getPath ( ) . startsWith ( "topics/" ) ) { return "topic" ; } else if ( uri . getPath ( ) . startsWith ( "persistent/" ) ) { return "persistent" ; } else { throw new RestException ( Status . INTERNAL_SERVER_ERROR , "domain() invoked from wrong resource" ) ; } }

Obtenga el dominio del destino (ya sea que sea cola o tema)


public static void createTable  ( SQLiteDatabase db , boolean ifNotExists ) { String constraint = ifNotExists ? "IF NOT EXISTS " : "" ; db . execSQL ( "CREATE TABLE " + constraint + "\"AQI\" (" + "\"AREAID\" TEXT," + "\"AQI\" INTEGER," + "\"QUALITY\" TEXT," + "\"PM2_5\" INTEGER," + "\"PM10\" INTEGER," + "\"SO2\" INTEGER," + "\"NO2\" INTEGER);" ) ; }

Crea la tabla de base de datos subyacente.


public URI ( String p_scheme , String p_userinfo , String p_host , int p_port , String p_path , String p_queryString , String p_fragment ) throws MalformedURIException { if ( p_scheme == null || p_scheme . trim ( ) . length ( ) == 0 ) { throw new MalformedURIException ( "Scheme is required!" ) ; } if ( p_host == null ) { if ( p_userinfo != null ) { throw new MalformedURIException ( "Userinfo may not be specified if host is not specified!" ) ; } if ( p_port != - 1 ) { throw new MalformedURIException ( "Port may not be specified if host is not specified!" ) ; } } if ( p_path != null ) { if ( p_path . indexOf ( '?' ) != - 1 && p_queryString != null ) { throw new MalformedURIException ( "Query string cannot be specified in path and query string!" ) ; } if ( p_path . indexOf ( '#' ) != - 1 && p_fragment != null ) { throw new MalformedURIException ( "Fragment cannot be specified in both the path and fragment!" ) ; } } setScheme ( p_scheme ) ; setHost ( p_host ) ; setPort ( p_port ) ; setUserinfo ( p_userinfo ) ; setPath ( p_path ) ; setQueryString ( p_queryString ) ; setFragment ( p_fragment ) ; }

Construya un nuevo URI que sigue a la sintaxis de URI genérica de sus componentes.Cada componente se valida para la sintaxis y también se realizan algunos controles semánticos básicos.Consulte los métodos de ajuste individual para específicos.


public < R > Plan < R > then  ( Function < ? super T1 , ? extends R > selector ) { if ( selector == null ) { throw new NullPointerException ( ) ; } return new Plan1 < T1 , R > ( this , selector ) ; }

Partidos Cuando todas las secuencias observables tienen un elemento disponible y proyecta los elementos invocando la función del selector.


public static void logSelectionIsValid  ( boolean isSelectionValid ) { RecordHistogram . recordEnumeratedHistogram ( "Search.ContextualSearchSelectionValid" , isSelectionValid ? SELECTION_VALID : SELECTION_INVALID , SELECTION_BOUNDARY ) ; }


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

Enviar un evento de cambio de texto antes del texto a los oyentes infantiles


public String toString  ( int indentFactor ) throws JSONException { return toString ( indentFactor , 0 ) ; }

Haz un texto de JSON prolongado de este Jsonarray.ADVERTENCIA: Este método asume que la estructura de SignalData es acicaGrática.


public static byte [ ] compressForZlib  ( byte [ ] bytesToCompress ) { Deflater deflater = new Deflater ( ) ; deflater . setInput ( bytesToCompress ) ; deflater . finish ( ) ; byte [ ] bytesCompressed = new byte [ Short . MAX_VALUE ] ; int numberOfBytesAfterCompression = deflater . deflate ( bytesCompressed ) ; byte [ ] returnValues = new byte [ numberOfBytesAfterCompression ] ; System . arraycopy ( bytesCompressed , 0 , returnValues , 0 , numberOfBytesAfterCompression ) ; return returnValues ; }


public void shutdown  ( ) throws RemoteException  { m_container . shutdown ( ) ; }

Apaga este contenedor.Esto también implica no registrar todos los espacios de los servicios de búsqueda y las conexiones de cierre a los adaptadores de almacenamiento.


public boolean canConsume  ( DestinationName destination , String role ) { return checkAuthorization ( destination , role , AuthAction . consume ) ; }

Compruebe si la función especificada tiene permiso para recibir mensajes del nombre de destino completamente calificado especificado.


@ Override public boolean isSilence  ( ) { throw new IllegalStateException ( "This method should not be called for DiphoneTargets." ) ; }

Determinar si este objetivo es un objetivo de silencio.


@ Override public void run  ( ) { Account account = AccountUtils . getAccount ( ) ; boolean syncActive = ContentResolver . isSyncActive ( account , FeedContract . CONTENT_AUTHORITY ) ; boolean syncPending = ContentResolver . isSyncPending ( account , FeedContract . CONTENT_AUTHORITY ) ; setRefreshActionButtonState ( syncActive || syncPending ) ; }

El sincronizador se ejecuta en un hilo de fondo.Para actualizar la UI, OnStatusChanged () se ejecuta en el hilo de UI.


@ Deprecated public Builder cacheInMemory  ( ) { cacheInMemory = true ; return this ; }

La imagen cargada se almacenará en caché en la memoria.


public void add  ( char [ ] w , int wLen ) { if ( i + wLen >= b . length ) { char [ ] new_b = new char [ i + wLen + INC ] ; for ( int c = 0 ; c < i ; c ++ ) new_b [ c ] = b [ c ] ; b = new_b ; } for ( int c = 0 ; c < wLen ; c ++ ) b [ i ++ ] = w [ c ] ; }

Agrega los caracteres de la WLEN a la palabra que se está viendo contenida en una parte de una matriz de caracteres [].Esto es como llamadas repetidas de agregar (char ch), pero más rápido.


public PhysicalTableDefinition ( TableName name , ZonedTimeGrain grain , Set < ? extends DimensionConfig > dimensions ) { this . name = name ; this . grain = grain ; this . dimensions = Collections . unmodifiableSet ( dimensions ) ; this . logicalToPhysicalNames = Collections . unmodifiableMap ( dimensions . stream ( ) . collect ( Collectors . toMap ( null , null ) ) ) ; }

Definir una mesa física usando un grano de tiempo zonificado.


public boolean isCritical  ( ) { return true ; }

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


public Matrix pow  ( double exp ) { Matrix X = new Matrix ( m , n ) ; double [ ] [ ] C = X . getArray ( ) ; for ( int i = 0 ; i < m ; i ++ ) for ( int j = 0 ; j < n ; j ++ ) C [ i ] [ j ] = Math . pow ( A [ i ] [ j ] , exp ) ; return X ; }

X.Powlals () calcula la potencia de cada elemento de la matriz.


public Despawn ( EntityLiving living ) { super ( living ) ; }


public static void writeMiniLangDocument  ( URL xmlURL , Document document ) { URL styleSheetURL = null ; InputStream styleSheetInStream = null ; Transformer transformer = null ; try { styleSheetURL = FlexibleLocation . resolveLocation ( "component://minilang/config/MiniLang.xslt" ) ; styleSheetInStream = styleSheetURL . openStream ( ) ; TransformerFactory transformerFactory = TransformerFactory . newInstance ( ) ; transformer = transformerFactory . newTransformer ( new StreamSource ( styleSheetInStream ) ) ; } catch ( Exception e ) { Debug . logWarning ( e , "Error reading minilang/config/MiniLang.xslt: " , module ) ; return ; } finally { if ( styleSheetInStream != null ) { try { styleSheetInStream . close ( ) ; } catch ( IOException e ) { Debug . logWarning ( e , "Error closing minilang/config/MiniLang.xslt: " , module ) ; } } } FileOutputStream fos = null ; try { fos = new FileOutputStream ( xmlURL . getFile ( ) ) ; UtilXml . transformDomDocument ( transformer , document , fos ) ; Debug . logInfo ( "Saved Mini-language file " + xmlURL , module ) ; } catch ( Exception e ) { Debug . logWarning ( e , "Error writing mini-language file " + xmlURL + ": " , module ) ; } finally { if ( fos != null ) { try { fos . close ( ) ; } catch ( IOException e ) { Debug . logWarning ( e , "Error closing " + xmlURL + ": " , module ) ; } } } }

Escribe un mini-idioma <código> documento </ código> al disco.El archivo XML está diseñado por la hoja de estilo config / minilang.xslt.


public static Intent createShortcutIntent  ( String url ) { Intent shortcutIntent = new Intent ( Intent . ACTION_VIEW , Uri . parse ( url ) ) ; shortcutIntent . putExtra ( REUSE_URL_MATCHING_TAB_ELSE_NEW_TAB , true ) ; return shortcutIntent ; }

Intento de acceso directo para el icono en la pantalla de inicio.


@ VisibleForTesting public BKDLConfig ( String zkServers , String ledgersPath ) { this ( zkServers , zkServers , zkServers , zkServers , ledgersPath ) ; }

La persona que llama debe asegurarse de que tanto DL como BK usen el mismo servidor ZOOKEEPER.


public WallRepostQuery markAsAds  ( Boolean value ) { return unsafeParam ( "mark_as_ads" , value ) ; }


public void clearBody  ( ) throws JMSException  { super . clearBody ( ) ; this . dataOut = null ; this . dataIn = null ; this . bytesOut = null ; }

Anule el método de la Super Clase para restablecer los flujos y coloque el cuerpo del mensaje en modo de escritura solo.<p> Si <code> Clearbody </ code> se llama en un mensaje en modo de solo lectura, el cuerpo del mensaje se borra y el mensaje está en modo de solo escritura.Bytes hasta el principio.<p> Si <code> Clearbody </ code> se llama en un mensaje en modo de solo escritura, la especificación no define el resultado, así que no hace nada.Luego, el cliente debe llamar <CODE> RESET </ CODE>, seguido de <código> Clearbody </ Code> para restablecer el flujo al principio para una nueva escritura.


public DiskBasedCache ( File rootDirectory , int maxCacheSizeInBytes ) { mRootDirectory = rootDirectory ; mMaxCacheSizeInBytes = maxCacheSizeInBytes ; }

Construye una instancia del DiskBasedCache en el directorio especificado.


private void loadBinaryIndex  ( URL url ) { diphoneIndex = new HashMap ( ) ; try { InputStream is = Utilities . getInputStream ( url ) ; DataInputStream dis = new DataInputStream ( is ) ; if ( dis . readInt ( ) != INDEX_MAGIC ) { throw new Error ( "Bad index file format" ) ; } int size = dis . readInt ( ) ; for ( int i = 0 ; i < size ; i ++ ) { String diphoneName = dis . readUTF ( ) ; int pos = dis . readInt ( ) ; diphoneIndex . put ( diphoneName , new Integer ( pos ) ) ; } dis . close ( ) ; } catch ( FileNotFoundException fe ) { throw new Error ( "Can't load binary index " + fe . getMessage ( ) ) ; } catch ( IOException ioe ) { throw new Error ( "Can't read binary index " + ioe . getMessage ( ) ) ; } }


private void checkDimension  ( final int expected , final Object array ) throws MathIllegalArgumentException { int arrayDimension = ( array == null ) ? 0 : Array . getLength ( array ) ; if ( arrayDimension != expected ) { throw new MathIllegalArgumentException ( LocalizedCoreFormats . DIMENSIONS_MISMATCH , arrayDimension , expected ) ; } }


@ Nullable public Interaction createInteraction  ( @ NotNull ScreenView screenView , @ NotNull NlComponent layout ) { return null ; }

Crea una nueva interacción completa para esta vista.


public void pow  ( final double [ ] operand , final int operandOffset , final int n , final double [ ] result , final int resultOffset ) { if ( n == 0 ) { result [ resultOffset ] = 1.0 ; Arrays . fill ( result , resultOffset + 1 , resultOffset + getSize ( ) , 0 ) ; return ; } double [ ] function = new double [ 1 + order ] ; if ( n > 0 ) { final int maxOrder = FastMath . min ( order , n ) ; double xk = FastMath . pow ( operand [ operandOffset ] , n - maxOrder ) ; for ( int i = maxOrder ; i > 0 ; -- i ) { function [ i ] = xk ; xk *= operand [ operandOffset ] ; } function [ 0 ] = xk ; } else { final double inv = 1.0 / operand [ operandOffset ] ; double xk = FastMath . pow ( inv , - n ) ; for ( int i = 0 ; i <= order ; ++ i ) { function [ i ] = xk ; xk *= inv ; } } double coefficient = n ; for ( int i = 1 ; i <= order ; ++ i ) { function [ i ] *= coefficient ; coefficient *= n - i ; } compose ( operand , operandOffset , function , result , resultOffset ) ; }

Calcular el poder entero de una estructura derivada.


private HttpEntityEnclosingRequestBase addEntityToRequestBase  ( HttpEntityEnclosingRequestBase requestBase , HttpEntity entity ) { if ( entity != null ) { requestBase . setEntity ( entity ) ; } return requestBase ; }

Aplicable solo a los métodos HTTPRequest que se extienden a HttpentityEnclingRequestBase, que, por ejemplo, no eliminan


public static String readFileToString  ( File file , String encoding ) throws IOException { return readFileToString ( file , Charsets . toCharset ( encoding ) ) ; }

Lee los contenidos de un archivo en una cadena.El archivo siempre está cerrado.


private boolean isStartingNewContextualSearch  ( PanelState toState , StateChangeReason reason ) { return toState == PanelState . PEEKED && ( reason == StateChangeReason . TEXT_SELECT_TAP || reason == StateChangeReason . TEXT_SELECT_LONG_PRESS ) ; }

Determine si se inicia una nueva búsqueda contextual.


public XMLInputSource ( String publicId , String systemId , String baseSystemId , Reader charStream , String encoding ) { fPublicId = publicId ; fSystemId = systemId ; fBaseSystemId = baseSystemId ; fCharStream = charStream ; fEncoding = encoding ; }

Construye una fuente de entrada de un flujo de caracteres.


@ DELETE @ Path ( "_facade/{table}/{key}" ) @ RequiresPermissions ( "facade|update|{table}" ) @ Timed ( name = "bv.emodb.sor.DataStoreResource1.deleteFacadeContent" , absolute = true ) @ ApiOperation ( value = "Deletes a piece of content from a facade in the data store." , notes = "Deletes a piece of content from a facade in the data store." , response = SuccessResponse . class ) public SuccessResponse deleteFacadeContent  ( @ PathParam ( "table" ) String table , @ PathParam ( "key" ) String key , @ QueryParam ( "changeId" ) TimeUUIDParam changeIdParam , @ QueryParam ( "audit" ) AuditParam auditParam , @ QueryParam ( "consistency" ) @ DefaultValue ( "STRONG" ) WriteConsistencyParam consistency , @ QueryParam ( "tag" ) List < String > tags , @ QueryParam ( "debug" ) BooleanParam debug , @ Authenticated Subject subject ) { Set < String > tagsSet = ( tags == null ) ? ImmutableSet . < String > of ( ) : Sets . newHashSet ( tags ) ; return doUpdate ( table , key , changeIdParam , Deltas . delete ( ) , auditParam , consistency , debug , true , subject , tagsSet ) ; }

Elimina un trozo de contenido de una fachada en el almacén de datos.


private void ensureCapacity  ( int size ) { if ( fData == null ) { fData = new int [ 32 ] ; } else if ( fData . length <= size ) { int [ ] newdata = new int [ fData . length * 2 ] ; System . arraycopy ( fData , 0 , newdata , 0 , fData . length ) ; fData = newdata ; } }


public static List < File > find  ( File base , final Pattern pattern ) { checkArgument ( base . isDirectory ( ) , "'base' must be a directory." ) ; return Files . fileTreeTraverser ( ) . preOrderTraversal ( base ) . filter ( Predicates . compose ( Predicates . contains ( pattern ) , GET_PATH ) ) . toList ( ) ; }

Encuentre una lista de archivos en un directorio, utilizando un patrón de ruta especificado.


protected void beforeMove  ( ) { synchronized ( System . err ) { System . err . println ( getLocalName ( ) + " is now migrating." ) ; } }

Este método se ejecuta justo antes de mover el agente a otra ubicación.Es automáticamente llamado por el marco de jade.Dispone de la GUI e imprime un mensaje de BYE en la salida estándar.


public DOTInteroperator ( ) throws IOException  { Process p = Runtime . getRuntime ( ) . exec ( "dot -V" ) ; try { p . waitFor ( ) ; } catch ( InterruptedException iee ) { return ; } }

Crea una nueva instancia de DotInteroperator.


@ Nullable private String convertRGBToHex  ( String svgValue ) { String result = null ; String functionValue = svgValue . trim ( ) ; functionValue = svgValue . substring ( 1 , functionValue . length ( ) - 1 ) ; String [ ] numbers = functionValue . split ( "," ) ; if ( numbers . length != 3 ) { return null ; } int [ ] color = new int [ 3 ] ; for ( int i = 0 ; i < 3 ; i ++ ) { String number = numbers [ i ] ; number = number . trim ( ) ; if ( number . endsWith ( "%" ) ) { float value = Float . parseFloat ( number . substring ( 0 , number . length ( ) - 1 ) ) ; color [ i ] = clamp ( ( int ) ( value * 255.0f / 100.0f ) , 0 , 255 ) ; } else { int value = Integer . parseInt ( number ) ; color [ i ] = clamp ( value , 0 , 255 ) ; } } StringBuilder builder = new StringBuilder ( ) ; builder . append ( "#" ) ; for ( int i = 0 ; i < 3 ; i ++ ) { builder . append ( String . format ( "%02X" , color [ i ] ) ) ; } result = builder . toString ( ) ; assert result . length ( ) == 7 ; return result ; }

SVG permite usar RGB (int, int, int) o rgb (% flotante,% flotante,% flotante) para representar un color, pero Android no.Por lo tanto, tenemos que convertirlos en formato #RRGGBB.


static public double [ ] runProportionTest  ( double x1 , double n1 , double x2 , double n2 ) { SignificanceTestForTwoDatasets test = new SignificanceTestForTwoDatasets ( x1 , n1 , x2 , n2 ) ; double [ ] res = new double [ 2 ] ; res [ 0 ] = test . getChi_SquareValueWithContinuityCorrectionTwoTailed ( ) ; res [ 1 ] = test . getPValueForProportionTest ( ) ; return res ; }

Calcule el valor de Chi-Square y P para dos proporciones.


public boolean isRefreshing  ( ) { return STATUS . isRefreshing ( mStatus ) ; }

es el estado actual actualmente actualizado


public static Iterable < Table > listTables  ( DataStore dataStore ) { return listTables ( dataStore , null , Long . MAX_VALUE ) ; }

Recupera metadatos sobre todas las tablas de DataStore.


@ Override protected void onPostExecute  ( Result result ) { if ( result != null ) { boolean completeCalled = false ; if ( ! isCancelled ( ) ) { CropImageView cropImageView = mCropImageViewReference . get ( ) ; if ( cropImageView != null ) { completeCalled = true ; cropImageView . onImageCroppingAsyncComplete ( result ) ; } } if ( ! completeCalled && result . bitmap != null ) { result . bitmap . recycle ( ) ; } } }

Una vez completado, vea si ImageView todavía está alrededor y configura el mapa de bits.


public static Object invokeMethod  ( Class < ? > clazz , Object obj , String name ) throws NoSuchMethodException , InvocationTargetException , IllegalAccessException { return invokeMethod ( clazz , obj , name , null , null ) ; }


public void deriveValues  ( @ NotNull ScopedStateStore stateStore , @ NotNull Set < Key > modified ) { if ( modified . contains ( myTargetComboBoxKey ) || modified . contains ( myInclusionKey ) ) { if ( ! myInstallRequests . isEmpty ( ) ) { for ( String request : myInstallRequests ) { stateStore . listRemove ( INSTALL_REQUESTS_KEY , request ) ; } myInstallRequests . clear ( ) ; } AndroidTargetComboBoxItem targetItem = stateStore . get ( myTargetComboBoxKey ) ; if ( targetItem == null || ! stateStore . getNotNull ( myInclusionKey , false ) ) { return ; } stateStore . put ( FormFactorUtils . getMinApiKey ( myFormFactor ) , targetItem . getData ( ) ) ; stateStore . put ( FormFactorUtils . getMinApiLevelKey ( myFormFactor ) , targetItem . myApiLevel ) ; IAndroidTarget target = targetItem . target ; if ( target != null && ( target . getVersion ( ) . isPreview ( ) || ! target . isPlatform ( ) ) ) { populateApiLevels ( targetItem . myApiLevel , target , stateStore ) ; } else { int targetApiLevel ; if ( ourHighestInstalledApiTarget != null ) { targetApiLevel = ourHighestInstalledApiTarget . getVersion ( ) . getFeatureLevel ( ) ; } else { targetApiLevel = 0 ; } populateApiLevels ( targetApiLevel , ourHighestInstalledApiTarget , stateStore ) ; } AndroidVersion androidVersion = targetItem . myAndroidVersion ; String platformPath = DetailsTypes . getPlatformPath ( androidVersion ) ; BuildToolInfo buildTool = null ; if ( target != null ) { buildTool = target . getBuildToolInfo ( ) ; } if ( buildTool == null ) { final AndroidSdkHandler sdkHandler = AndroidSdkUtils . tryToChooseSdkHandler ( ) ; buildTool = sdkHandler . getLatestBuildTool ( new StudioLoggerProgressIndicator ( ConfigureAndroidProjectPath . class ) , false ) ; } if ( buildTool != null ) { stateStore . put ( WizardConstants . BUILD_TOOLS_VERSION_KEY , buildTool . getRevision ( ) . toString ( ) ) ; } if ( targetItem . myAddon != null ) { RepoPackage p = targetItem . myAddon ; stateStore . listPush ( INSTALL_REQUESTS_KEY , p . getPath ( ) ) ; myInstallRequests . add ( p . getPath ( ) ) ; AndroidTargetManager targetManager = AndroidSdkUtils . tryToChooseSdkHandler ( ) . getAndroidTargetManager ( REPO_LOG ) ; if ( targetManager . getTargetFromHashString ( AndroidTargetHash . getPlatformHashString ( androidVersion ) , REPO_LOG ) == null ) { stateStore . listPush ( INSTALL_REQUESTS_KEY , platformPath ) ; myInstallRequests . add ( platformPath ) ; } populateApiLevels ( targetItem . myApiLevel , null , stateStore ) ; } else if ( target == null ) { if ( ourHighestInstalledApiTarget == null || ( androidVersion . getApiLevel ( ) > ourHighestInstalledApiTarget . getVersion ( ) . getApiLevel ( ) && ! ourInstalledVersions . contains ( androidVersion ) ) ) { platformPath = DetailsTypes . getPlatformPath ( new AndroidVersion ( SdkVersionInfo . HIGHEST_KNOWN_STABLE_API , null ) ) ; stateStore . listPush ( INSTALL_REQUESTS_KEY , platformPath ) ; myInstallRequests . add ( platformPath ) ; populateApiLevels ( SdkVersionInfo . HIGHEST_KNOWN_STABLE_API , null , stateStore ) ; } } PropertiesComponent . getInstance ( ) . setValue ( FormFactorUtils . getPropertiesComponentMinSdkKey ( myFormFactor ) , targetItem . getData ( ) ) ; String javaVersion = null ; if ( ourHighestInstalledApiTarget != null && ourHighestInstalledApiTarget . getVersion ( ) . getFeatureLevel ( ) >= 21 ) { AndroidSdkData sdkData = AndroidSdkUtils . tryToChooseAndroidSdk ( ) ; if ( sdkData != null ) { JavaSdk jdk = JavaSdk . getInstance ( ) ; Sdk sdk = ProjectJdkTable . getInstance ( ) . findMostRecentSdkOfType ( jdk ) ; if ( sdk != null ) { JavaSdkVersion version = jdk . getVersion ( sdk ) ; if ( version != null && version . isAtLeast ( JavaSdkVersion . JDK_1_7 ) ) { javaVersion = JavaSdkVersion . JDK_1_7 . getDescription ( ) ; } } } } stateStore . put ( FormFactorUtils . getLanguageLevelKey ( myFormFactor ) , javaVersion ) ; } }

Rellene los valores que se pueden derivar del nivel SDK mínimo seleccionado: MINAPILEVEL se establecerá en el nivel de API (cadena o número) seleccionado, se establecerá MINAPI en el BuildAPI equivalente numérico en la plataforma instalada más alta, o alPlataforma de vista previa Si se selecciona una vista previa, se establecerá BuilopApistring en la cadena correspondiente, TargetAPI se establecerá en la plataforma instalada más alta o en la plataforma de vista previa si se selecciona una vista previa, se seleccionará destinatario en la cadena correspondiente


public Bubble ( int width , int height , int topMargin , int bubbleColour ) { popped = false ; paint = new Paint ( ) ; paint . setColor ( bubbleColour ) ; paint . setStyle ( Paint . Style . FILL ) ; paint . setAntiAlias ( true ) ; recycle ( true , width , height , topMargin ) ; }

Crea una burbuja, pasando a ancho y altura de la vista.


public WallDeleteCommentQuery ( VkApiClient client , UserActor actor , int commentId ) { super ( client , "wall.deleteComment" , OkResponse . class ) ; accessToken ( actor . getAccessToken ( ) ) ; commentId ( commentId ) ; }

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


static int applyMaskPenaltyRule3  ( ByteMatrix matrix ) { int numPenalties = 0 ; byte [ ] [ ] array = matrix . getArray ( ) ; int width = matrix . getWidth ( ) ; int height = matrix . getHeight ( ) ; for ( int y = 0 ; y < height ; y ++ ) { for ( int x = 0 ; x < width ; x ++ ) { byte [ ] arrayY = array [ y ] ; if ( x + 6 < width && arrayY [ x ] == 1 && arrayY [ x + 1 ] == 0 && arrayY [ x + 2 ] == 1 && arrayY [ x + 3 ] == 1 && arrayY [ x + 4 ] == 1 && arrayY [ x + 5 ] == 0 && arrayY [ x + 6 ] == 1 && ( isWhiteHorizontal ( arrayY , x - 4 , x ) || isWhiteHorizontal ( arrayY , x + 7 , x + 11 ) ) ) { numPenalties ++ ; } if ( y + 6 < height && array [ y ] [ x ] == 1 && array [ y + 1 ] [ x ] == 0 && array [ y + 2 ] [ x ] == 1 && array [ y + 3 ] [ x ] == 1 && array [ y + 4 ] [ x ] == 1 && array [ y + 5 ] [ x ] == 0 && array [ y + 6 ] [ x ] == 1 && ( isWhiteVertical ( array , x , y - 4 , y ) || isWhiteVertical ( array , x , y + 7 , y + 11 ) ) ) { numPenalties ++ ; } } } return numPenalties * N3 ; }

Aplique la regla de penalización de la máscara 3 y devuelva la penalización.Encuentre carreras consecutivas de 1: 1: 3: 1: 1: 4 Comenzando con Negro, o 4: 1: 1: 3: 1: 1 Comenzando con blanco y dale penalización a ellos.Si encontramos patrones como 000010111010000, damos penalización una vez.