public DefaultGigaSpace ( IJSpace space , TransactionProvider txProvider , ExceptionTranslator exTranslator , int defaultIsolationLevel ) { this . space = ( ISpaceProxy ) space ; this . txProvider = txProvider ; this . exTranslator = exTranslator ; this . typeManager = new DefaultGigaSpaceTypeManager ( this . space , this . exTranslator ) ; this . springIsolationLevel = defaultIsolationLevel ; this . defaultIsolationLevel = IsolationLevelHelpers . convertSpringToSpaceIsolationLevel ( defaultIsolationLevel , space . getReadModifiers ( ) ) ; this . defaultCountModifiers = IsolationLevelHelpers . toCountModifiers ( this . defaultIsolationLevel ) ; this . defaultReadModifiers = IsolationLevelHelpers . toReadModifiers ( this . defaultIsolationLevel ) ; }

Construye una nueva implementación de defaultgaspace.


public boolean remove  ( Action a ) { return m_actions . remove ( a ) ; }


public ChangeReport onEquipmentUnitRemove  ( final EquipmentUnitRemove equipmentUnitRemove ) { log . debug ( "onEquipmentUnitRemove - entering onEquipmentUnitRemove().." ) ; ChangeReport changeReport = new ChangeReport ( equipmentUnitRemove ) ; changeReport . setState ( CHANGE_STATE . SUCCESS ) ; ProcessConfiguration processConfiguration = configurationController . getProcessConfiguration ( ) ; if ( processConfiguration . getEquipmentConfiguration ( equipmentUnitRemove . getEquipmentId ( ) ) == null ) { changeReport . appendError ( "Equipment unit id: " + equipmentUnitRemove . getEquipmentId ( ) + " is unknown" ) ; changeReport . setState ( CHANGE_STATE . FAIL ) ; return changeReport ; } if ( ! unregisterEquipmentUnit ( equipmentUnitRemove . getEquipmentId ( ) ) ) { changeReport . setState ( CHANGE_STATE . REBOOT ) ; changeReport . appendWarn ( "problem detected while unregistering equipment id: " + equipmentUnitRemove . getEquipmentId ( ) + ". You need to restart the DAQ" ) ; } return changeReport ; }

Actualiza el DAQ eliminando un equipo completo.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_DeboostHealAmount_A_TO_B  ( String skillcaster , String skilltarget , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200959 , skillcaster , skilltarget , skillname ) ; }

[% Skillcaster] Cambió la cantidad de recuperación [% SkillTarget] mediante el uso de [% Nombre de habilidad].


public AudioInputStream synthesize  ( List < Element > tokensAndBoundaries , String outputParams ) throws SynthesisException { return synthesizer . synthesize ( tokensAndBoundaries , this , outputParams ) ; }

Sintetice una lista de tokens y límites con el sintetizador de forma de onda que proporciona esta voz.


public static void copyAssets  ( Context context , String assetsFilename , File file , String mode ) throws IOException , InterruptedException { String abi = Build . CPU_ABI ; String libraryName ; if ( abi . equalsIgnoreCase ( "armeabi" ) ) { libraryName = "armeabi" ; } else if ( abi . equalsIgnoreCase ( "x86" ) ) { libraryName = "x86" ; } else if ( abi . contains ( "armeabi-v7" ) ) { libraryName = "armeabi-v7a" ; } else { return ; } AssetManager manager = context . getAssets ( ) ; final InputStream is = manager . open ( libraryName + "/" + assetsFilename ) ; copyFile ( file , is , mode ) ; }

Copiar archivo en activos en el archivo de destino


protected int insertionIndex  ( T obj ) { final TObjectHashingStrategy < T > hashing_strategy = _hashingStrategy ; final Object [ ] set = _set ; final int length = set . length ; final int hash = hashing_strategy . computeHashCode ( obj ) & 0x7fffffff ; int index = hash % length ; Object cur = set [ index ] ; if ( cur == FREE ) { return index ; } else if ( cur != REMOVED && hashing_strategy . equals ( ( T ) cur , obj ) ) { return - index - 1 ; } else { final int probe = 1 + ( hash % ( length - 2 ) ) ; if ( cur != REMOVED ) { do { index -= probe ; if ( index < 0 ) { index += length ; } cur = set [ index ] ; } while ( cur != FREE && cur != REMOVED && ! hashing_strategy . equals ( ( T ) cur , obj ) ) ; } if ( cur == REMOVED ) { int firstRemoved = index ; while ( cur != FREE && ( cur == REMOVED || ! hashing_strategy . equals ( ( T ) cur , obj ) ) ) { index -= probe ; if ( index < 0 ) { index += length ; } cur = set [ index ] ; } return ( cur != FREE ) ? - index - 1 : firstRemoved ; } return ( cur != FREE ) ? - index - 1 : index ; } }

Ubica el índice a la que se puede insertar <tt> obj </ tt>.Si ya hay un valor igual () ing <tt> obj </ tt> en el conjunto, devuelve el índice de ese valor como <tt> -index - 1 </ tt>.


private int deleteAssociatedJoinTableRows  ( DataSupport baseObj ) { int rowsAffected = 0 ; Set < String > associatedTableNames = baseObj . getAssociatedModelsMapForJoinTable ( ) . keySet ( ) ; for ( String associatedTableName : associatedTableNames ) { String joinTableName = DBUtility . getIntermediateTableName ( baseObj . getTableName ( ) , associatedTableName ) ; String fkName = getForeignKeyColumnName ( baseObj . getTableName ( ) ) ; rowsAffected += mDatabase . delete ( joinTableName , fkName + " = " + baseObj . getBaseObjId ( ) , null ) ; } return rowsAffected ; }

Elimine las filas referenciadas de BEBEBJ en las tablas de unión intermedia (MUCHAS2 MANA CONDICIONES).


public void saveAndExit  ( View v ) { finish ( ) ; }


void deleteData  ( CharacterData node , int offset , int count ) { fDeleteNode = node ; node . deleteData ( offset , count ) ; fDeleteNode = null ; }

Esta función inserta el texto en un nodo e invoca un método para arreglar todos los demás rangos.


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

Obtenga los contenidos de un byte <code> byte [] </ código> como una cadena usando la codificación de caracteres especificada.<p /> Los nombres de codificación de caracteres se pueden encontrar en <a href="http://www.iana.org/assignments/Character-sets"> IANA </A>.


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

Compruebe si la instancia es menor o igual a 0.


public String fieldName  ( ) { return fldName ; }


public String toString  ( ) { return Graph . toString ( ) ; }

Devuelve una representación de cadena del gráfico de documentos.


private AnovaStats anovaStats  ( final Collection < double [ ] > categoryData ) throws MathIllegalArgumentException , NullArgumentException { MathUtils . checkNotNull ( categoryData ) ; final Collection < StreamingStatistics > categoryDataSummaryStatistics = new ArrayList < StreamingStatistics > ( categoryData . size ( ) ) ; for ( final double [ ] data : categoryData ) { final StreamingStatistics dataSummaryStatistics = new StreamingStatistics ( ) ; categoryDataSummaryStatistics . add ( dataSummaryStatistics ) ; for ( final double val : data ) { dataSummaryStatistics . addValue ( val ) ; } } return anovaStats ( categoryDataSummaryStatistics , false ) ; }

Este método llama al método que realmente realiza los cálculos (excepto el valor P).


public boolean process  ( SootMethod method , ReferenceVariable thisVar , ReferenceVariable returnVar , ReferenceVariable params [ ] ) { String cname = method . getDeclaringClass ( ) . getName ( ) ; NativeMethodClass clsSim = cnameToSim . get ( cname ) ; if ( clsSim == null ) { return true ; } else { try { clsSim . simulateMethod ( method , thisVar , returnVar , params ) ; } catch ( NativeMethodNotSupportedException e ) { if ( DEBUG ) { G . v ( ) . out . println ( "WARNING: it is unsafe to simulate the method " ) ; G . v ( ) . out . println ( "         " + method . toString ( ) ) ; } } return true ; } }

El punto de entrada de la simulación del método nativo.


public static int [ ] convertToIntArray  ( long [ ] longArray ) { int [ ] intArray = new int [ longArray . length ] ; for ( int i = 0 ; i < longArray . length ; i ++ ) { intArray [ i ] = ( int ) longArray [ i ] ; } return intArray ; }


private void push  ( JSONObject jo ) throws JSONException { if ( this . top >= maxdepth ) { throw new JSONException ( "Nesting too deep." ) ; } this . stack [ this . top ] = jo ; this . mode = jo == null ? 'a' : 'k' ; this . top += 1 ; }

Empuje una matriz o un alcance de objetos.


static void verify  ( Class [ ] classes ) throws InvalidObjectException  { if ( classes == null || classes . length == 0 ) { throw new InvalidObjectException ( "cannot create constraint with no elements" ) ; } for ( int i = classes . length ; -- i >= 0 ; ) { Class ci = classes [ i ] ; if ( ci == null ) { throw new InvalidObjectException ( "elements cannot be null" ) ; } if ( ci . isArray ( ) || ci . isPrimitive ( ) || ( Modifier . isFinal ( ci . getModifiers ( ) ) && ! Principal . class . isAssignableFrom ( ci ) ) ) { throw new InvalidObjectException ( "invalid class" ) ; } for ( int j = i ; -- j >= 0 ; ) { Class cj = classes [ j ] ; if ( ci . isAssignableFrom ( cj ) || cj . isAssignableFrom ( ci ) ) { throw new InvalidObjectException ( "cannot create constraint with redundant elements" ) ; } } } }

Verifica que hay al menos un elemento, que todas son clases válidas, y que ninguna clase está asignable a ninguna otra clase.


public void initialiseSingle  ( List < ValueComboBoxData > valueList ) { PrefManager . getInstance ( ) . addVendorOptionListener ( this ) ; if ( valueList != null ) { valueMap . clear ( ) ; this . valueList . clear ( ) ; for ( ValueComboBoxData data : valueList ) { valueMap . put ( data . getKey ( ) , data ) ; this . valueList . add ( data ) ; } update ( ) ; } }


public < T > void putEnv  ( String key , T value ) { String ekey = FlexibleStringExpander . expandString ( key , this . env ) ; FlexibleMapAccessor < T > fma = FlexibleMapAccessor . getInstance ( ekey ) ; this . putEnv ( fma , value ) ; }

Pone el valor nombrado en el medio ambiente.Apoya el "".(DOT) Sintaxis para acceder a los miembros del mapa y la sintaxis "[]" (Bracket) para acceder a las entradas de la lista.Si los corchetes para una lista están vacíos, se agregará el valor al final de la lista, de lo contrario, el valor se establecerá en la posición del número en los soportes.Si se incluye un "+" (más signo) dentro de los corchetes antes de que el número de índice se insertará el valor en ese índice en lugar de establecer en ese índice.Este valor se expande, apoyando la inserción de otros valores de entorno utilizando la notación "$ {}".


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

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


public FileHeaderPage ( String fileName , Transaction tx ) { this . fileName = fileName ; this . tx = tx ; blk = new BlockId ( fileName , 0 ) ; currentBuff = tx . bufferMgr ( ) . pin ( blk ) ; }

Crea el gerente de encabezado para un archivo específico.


public NotificationsGetQuery filters  ( NotificationsGetFilter ... value ) { return unsafeParam ( "filters" , value ) ; }


public SM_QUEST_ACTION ( int questId , QuestStatus status , int step ) { this . action = 2 ; this . questId = questId ; this . status = status . value ( ) ; this . step = step ; }


public int executeUpdate  ( ) throws GenericDataSourceException  { try { return _ps . executeUpdate ( ) ; } catch ( SQLException sqle ) { this . checkLockWaitInfo ( sqle ) ; throw new GenericDataSourceException ( "SQL Exception while executing the following:" + _sql , sqle ) ; } }


private void printError  ( String type , XMLParseException ex ) { fOut . print ( "[" ) ; fOut . print ( type ) ; fOut . print ( "] " ) ; String systemId = ex . getExpandedSystemId ( ) ; if ( systemId != null ) { int index = systemId . lastIndexOf ( '/' ) ; if ( index != - 1 ) systemId = systemId . substring ( index + 1 ) ; fOut . print ( systemId ) ; } fOut . print ( ':' ) ; fOut . print ( ex . getLineNumber ( ) ) ; fOut . print ( ':' ) ; fOut . print ( ex . getColumnNumber ( ) ) ; fOut . print ( ": " ) ; fOut . print ( ex . getMessage ( ) ) ; fOut . println ( ) ; fOut . flush ( ) ; }


public static SM_SYSTEM_MESSAGE STR_GUILD_CHANGE_MEMBER_RANK_DONE_1_GUILD_MASTER  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1300266 , value0 ) ; }

% 0 se ha convertido en la Brigada General de la Legión.


@ Override public void mouseDragged  ( MouseEvent e ) { synchronized ( mouseLock ) { mouseX = StdDraw . userX ( e . getX ( ) ) ; mouseY = StdDraw . userY ( e . getY ( ) ) ; } }

Este método no se puede llamar directamente.


public static SM_SYSTEM_MESSAGE STR_GIVE_ITEM_PROC_NOT_PROC_GIVE_ITEM  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1300506 , value0 ) ; }

% 0 no es un elemento que pueda agregar la capacidad.


@ Override public List < Object [ ] > collectData  ( AbstractScannedResult scannedResult , int batchSize ) { List < Object [ ] > listBasedResult = new ArrayList < > ( batchSize ) ; QueryMeasure [ ] queryMeasures = tableBlockExecutionInfos . getQueryMeasures ( ) ; ByteArrayWrapper wrapper = null ; int rowCounter = 0 ; while ( scannedResult . hasNext ( ) && rowCounter < batchSize ) { Object [ ] row = new Object [ 1 + queryMeasures . length ] ; wrapper = new ByteArrayWrapper ( ) ; wrapper . setDictionaryKey ( scannedResult . getDictionaryKeyArray ( ) ) ; wrapper . setNoDictionaryKeys ( scannedResult . getNoDictionaryKeyArray ( ) ) ; wrapper . setComplexTypesKeys ( scannedResult . getComplexTypeKeyArray ( ) ) ; row [ 0 ] = wrapper ; fillMeasureData ( row , 1 , scannedResult ) ; listBasedResult . add ( row ) ; rowCounter ++ ; } updateData ( listBasedResult ) ; return listBasedResult ; }

Este método agregará un registro tanto de clave como valor al objeto de lista, realizará un seguimiento de cuántos registros se procesan, para manejar el escenario de límite


public static byte [ ] decodeWebSafe  ( byte [ ] source , int off , int len ) throws Base64DecoderException { return decode ( source , off , len , WEBSAFE_DECODABET ) ; }

Decodishes Web Safe Base64 contenido en formato de matriz de bytes y devuelve la matriz de bytes decodificados.Los usos de codificación de la caja web web '-' en lugar de '+', '_' en lugar de '/'


public Chunk ( ChunkManager chunkManager , int startX , int startY , boolean topChunk ) { this . startX = startX ; this . startY = startY ; this . chunkManager = chunkManager ; this . topChunk = topChunk ; }


public KMeansPlusPlusClusterer ( final int k , final int maxIterations , final DistanceMeasure measure , final RandomGenerator random , final EmptyClusterStrategy emptyStrategy ) { super ( measure ) ; this . k = k ; this . maxIterations = maxIterations ; this . random = random ; this . emptyStrategy = emptyStrategy ; }


@ Override public KeyStore loadKeyStore  ( File file , String keyStoreType , String password ) { KeyStore keyStore ; try { keyStore = KeyStore . getInstance ( keyStoreType ) ; } catch ( KeyStoreException e ) { throw new KeyStoreAccessException ( "Unable to get KeyStore instance of type: " + keyStoreType , e ) ; } try { InputStream keystoreAsStream = new FileInputStream ( file ) ; keyStore . load ( keystoreAsStream , password . toCharArray ( ) ) ; } catch ( IOException e ) { throw new ImportException ( "Unable to read KeyStore from file: " + file . getName ( ) , e ) ; } catch ( CertificateException | NoSuchAlgorithmException e ) { throw new ImportException ( "Error while reading KeyStore" , e ) ; } return keyStore ; }

Carga el almacén de claves de la entrada de entrada especificada.El ingreso no está cerrado después de que se le haya leído el almacén de claves.


public CFGOptionMatcher ( CFGOption [ ] options ) { this . options = options ; }


private boolean isNotUnresponsive  ( Proxy proxy ) { Long lastFailTime = this . failedDelayCache . get ( proxy . address ( ) ) ; return retryDelayHasPassedBy ( lastFailTime ) ; }

Pruebas de que un proxy dado no es "no responde".


public void encoding  ( ) { if ( stripe_unit_size % block_nbr != 0 ) { throw new RuntimeException ( " Cannot  striping. wrong DATA_LENGTH!" ) ; } STAR_encoding_row ( ) ; STAR_encoding_diag1 ( ) ; STAR_encoding_diag2 ( ) ; }


public static IOFileFilter or  ( IOFileFilter ... filters ) { return new OrFileFilter ( toList ( filters ) ) ; }

Devuelve un filtro que os los filtros especificados.


private static boolean containsOnlyTransientAndStaticFields  ( List < Field > fields ) { boolean containsNormalField = false ; for ( Field field : fields ) { if ( ! Modifier . isTransient ( field . getModifiers ( ) ) && ! Modifier . isStatic ( field . getModifiers ( ) ) ) { containsNormalField = true ; } } return ! containsNormalField ; }

Solo contiene campos transitorios o estáticos, que es el caso de un modelo que está vacío, pero dice que "implementa parcelable"


public void write  ( OutputStream outp ) throws IOException , jasError { class_env . setSource ( source_name ) ; class_env . write ( new DataOutputStream ( outp ) ) ; }

Escribe los datos binarios para la clase representada por este objeto ClassFile en el flujo de salida especificado, utilizando el formato de archivo de clase Java.Arroja una IOException o un Jaserror si algo sale mal.


public boolean needsDefaultFormatter  ( ) { if ( mYAxisValueFormatter == null ) return true ; if ( mYAxisValueFormatter instanceof DefaultValueFormatter ) return true ; return false ; }

Si este componente no tiene yaxisvalueFormatter o solo está equipado con el predeterminado (sin conjunto personalizado), devuelva VERDADERO.


protected PlacesGetByIdQuery places  ( List < Integer > value ) { return unsafeParam ( "places" , value ) ; }


protected Criteria createCriteriaInternal  ( ) { Criteria criteria = new Criteria ( ) ; return criteria ; }

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


private static void writeSpaces  ( Writer out , int amt ) throws IOException { while ( amt > 0 ) { out . write ( ' ' ) ; amt -- ; } }

Escribe el número dado de espacios al escritor dado.


private void initPattern  ( ) { StringBuffer patternTemplateRegex = new StringBuffer ( ) ; logger . debug ( "Get placeholder matcher" ) ; Matcher placeholderMatcher = getPlaceholderMatcher ( ) ; logger . debug ( "Replace all placeholder with regex group capture" ) ; while ( placeholderMatcher . find ( ) ) { String group = placeholderMatcher . group ( 1 ) ; if ( ! groups . contains ( group ) ) { logger . trace ( "New group found, add it, replace with a capture group" ) ; groups . add ( group ) ; String groupRegex = getGroupRegex ( group ) ; placeholderMatcher . appendReplacement ( patternTemplateRegex , Matcher . quoteReplacement ( "(?<" + group + ">" + groupRegex + ")" ) ) ; } else { logger . trace ( "Existing group found, replace with a back reference" ) ; placeholderMatcher . appendReplacement ( patternTemplateRegex , Matcher . quoteReplacement ( "\\k<" + group + ">" ) ) ; } } placeholderMatcher . appendTail ( patternTemplateRegex ) ; String patternRegex = patternTemplateRegex . toString ( ) ; logger . debug ( "pattern:" + patternRegex ) ; pattern = Pattern . compile ( patternRegex ) ; }

Inicialice el patrón para que coincida con los archivos.


public static double combination  ( double n , double r ) { double nFac = MathUtils . factorial ( n ) ; double rFac = MathUtils . factorial ( r ) ; double nMinusRFac = MathUtils . factorial ( ( n - r ) ) ; return nFac / ( rFac * nMinusRFac ) ; }

Esto devuelve la combinación de N elija r


MdInputStream ( URL url , InputStream in , MessageDigest messageDigest , byte [ ] expectedDigest )  { if ( url == null || in == null || messageDigest == null ) { throw new NullPointerException ( ) ; } this . url = url ; this . in = in ; this . messageDigest = messageDigest ; this . expectedDigest = expectedDigest . clone ( ) ; }

Crea una corriente de entrada que verifica el contenido de otro flujo de entrada contra un resumen de mensajes.El arroyo arroja la excepción incorrecta si se alcanza el final del otro flujo de entrada y los contenidos no tenían la digestión esperada del mensaje.


public SingularValueDecomposition ( Matrix Arg ) { double [ ] [ ] A = Arg . getArrayCopy ( ) ; m = Arg . getRowDimension ( ) ; n = Arg . getColumnDimension ( ) ; int nu = Math . min ( m , n ) ; s = new double [ Math . min ( m + 1 , n ) ] ; U = new double [ m ] [ nu ] ; V = new double [ n ] [ n ] ; double [ ] e = new double [ n ] ; double [ ] work = new double [ m ] ; boolean wantu = true ; boolean wantv = true ; int nct = Math . min ( m - 1 , n ) ; int nrt = Math . max ( 0 , Math . min ( n - 2 , m ) ) ; for ( int k = 0 ; k < Math . max ( nct , nrt ) ; k ++ ) { if ( k < nct ) { s [ k ] = 0 ; for ( int i = k ; i < m ; i ++ ) { s [ k ] = Maths . hypot ( s [ k ] , A [ i ] [ k ] ) ; } if ( s [ k ] != 0.0 ) { if ( A [ k ] [ k ] < 0.0 ) { s [ k ] = - s [ k ] ; } for ( int i = k ; i < m ; i ++ ) { A [ i ] [ k ] /= s [ k ] ; } A [ k ] [ k ] += 1.0 ; } s [ k ] = - s [ k ] ; } for ( int j = k + 1 ; j < n ; j ++ ) { if ( ( k < nct ) & ( s [ k ] != 0.0 ) ) { double t = 0 ; for ( int i = k ; i < m ; i ++ ) { t += A [ i ] [ k ] * A [ i ] [ j ] ; } t = - t / A [ k ] [ k ] ; for ( int i = k ; i < m ; i ++ ) { A [ i ] [ j ] += t * A [ i ] [ k ] ; } } e [ j ] = A [ k ] [ j ] ; } if ( wantu & ( k < nct ) ) { for ( int i = k ; i < m ; i ++ ) { U [ i ] [ k ] = A [ i ] [ k ] ; } } if ( k < nrt ) { e [ k ] = 0 ; for ( int i = k + 1 ; i < n ; i ++ ) { e [ k ] = Maths . hypot ( e [ k ] , e [ i ] ) ; } if ( e [ k ] != 0.0 ) { if ( e [ k + 1 ] < 0.0 ) { e [ k ] = - e [ k ] ; } for ( int i = k + 1 ; i < n ; i ++ ) { e [ i ] /= e [ k ] ; } e [ k + 1 ] += 1.0 ; } e [ k ] = - e [ k ] ; if ( ( k + 1 < m ) & ( e [ k ] != 0.0 ) ) { for ( int i = k + 1 ; i < m ; i ++ ) { work [ i ] = 0.0 ; } for ( int j = k + 1 ; j < n ; j ++ ) { for ( int i = k + 1 ; i < m ; i ++ ) { work [ i ] += e [ j ] * A [ i ] [ j ] ; } } for ( int j = k + 1 ; j < n ; j ++ ) { double t = - e [ j ] / e [ k + 1 ] ; for ( int i = k + 1 ; i < m ; i ++ ) { A [ i ] [ j ] += t * work [ i ] ; } } } if ( wantv ) { for ( int i = k + 1 ; i < n ; i ++ ) { V [ i ] [ k ] = e [ i ] ; } } } } int p = Math . min ( n , m + 1 ) ; if ( nct < n ) { s [ nct ] = A [ nct ] [ nct ] ; } if ( m < p ) { s [ p - 1 ] = 0.0 ; } if ( nrt + 1 < p ) { e [ nrt ] = A [ nrt ] [ p - 1 ] ; } e [ p - 1 ] = 0.0 ; if ( wantu ) { for ( int j = nct ; j < nu ; j ++ ) { for ( int i = 0 ; i < m ; i ++ ) { U [ i ] [ j ] = 0.0 ; } U [ j ] [ j ] = 1.0 ; } for ( int k = nct - 1 ; k >= 0 ; k -- ) { if ( s [ k ] != 0.0 ) { for ( int j = k + 1 ; j < nu ; j ++ ) { double t = 0 ; for ( int i = k ; i < m ; i ++ ) { t += U [ i ] [ k ] * U [ i ] [ j ] ; } t = - t / U [ k ] [ k ] ; for ( int i = k ; i < m ; i ++ ) { U [ i ] [ j ] += t * U [ i ] [ k ] ; } } for ( int i = k ; i < m ; i ++ ) { U [ i ] [ k ] = - U [ i ] [ k ] ; } U [ k ] [ k ] = 1.0 + U [ k ] [ k ] ; for ( int i = 0 ; i < k - 1 ; i ++ ) { U [ i ] [ k ] = 0.0 ; } } else { for ( int i = 0 ; i < m ; i ++ ) { U [ i ] [ k ] = 0.0 ; } U [ k ] [ k ] = 1.0 ; } } } if ( wantv ) { for ( int k = n - 1 ; k >= 0 ; k -- ) { if ( ( k < nrt ) & ( e [ k ] != 0.0 ) ) { for ( int j = k + 1 ; j < nu ; j ++ ) { double t = 0 ; for ( int i = k + 1 ; i < n ; i ++ ) { t += V [ i ] [ k ] * V [ i ] [ j ] ; } t = - t / V [ k + 1 ] [ k ] ; for ( int i = k + 1 ; i < n ; i ++ ) { V [ i ] [ j ] += t * V [ i ] [ k ] ; } } } for ( int i = 0 ; i < n ; i ++ ) { V [ i ] [ k ] = 0.0 ; } V [ k ] [ k ] = 1.0 ; } } int pp = p - 1 ; int iter = 0 ; double eps = Math . pow ( 2.0 , - 52.0 ) ; double tiny = Math . pow ( 2.0 , - 966.0 ) ; while ( p > 0 ) { int k , kase ; for ( k = p - 2 ; k >= - 1 ; k -- ) { if ( k == - 1 ) { break ; } if ( Math . abs ( e [ k ] ) <= tiny + eps * ( Math . abs ( s [ k ] ) + Math . abs ( s [ k + 1 ] ) ) ) { e [ k ] = 0.0 ; break ; } } if ( k == p - 2 ) { kase = 4 ; } else { int ks ; for ( ks = p - 1 ; ks >= k ; ks -- ) { if ( ks == k ) { break ; } double t = ( ks != p ? Math . abs ( e [ ks ] ) : 0. ) + ( ks != k + 1 ? Math . abs ( e [ ks - 1 ] ) : 0. ) ; if ( Math . abs ( s [ ks ] ) <= tiny + eps * t ) { s [ ks ] = 0.0 ; break ; } } if ( ks == k ) { kase = 3 ; } else if ( ks == p - 1 ) { kase = 1 ; } else { kase = 2 ; k = ks ; } } k ++ ; switch ( kase ) { case 1 : { double f = e [ p - 2 ] ; e [ p - 2 ] = 0.0 ; for ( int j = p - 2 ; j >= k ; j -- ) { double t = Maths . hypot ( s [ j ] , f ) ; double cs = s [ j ] / t ; double sn = f / t ; s [ j ] = t ; if ( j != k ) { f = - sn * e [ j - 1 ] ; e [ j - 1 ] = cs * e [ j - 1 ] ; } if ( wantv ) { for ( int i = 0 ; i < n ; i ++ ) { t = cs * V [ i ] [ j ] + sn * V [ i ] [ p - 1 ] ; V [ i ] [ p - 1 ] = - sn * V [ i ] [ j ] + cs * V [ i ] [ p - 1 ] ; V [ i ] [ j ] = t ; } } } } break ; case 2 : { double f = e [ k - 1 ] ; e [ k - 1 ] = 0.0 ; for ( int j = k ; j < p ; j ++ ) { double t = Maths . hypot ( s [ j ] , f ) ; double cs = s [ j ] / t ; double sn = f / t ; s [ j ] = t ; f = - sn * e [ j ] ; e [ j ] = cs * e [ j ] ; if ( wantu ) { for ( int i = 0 ; i < m ; i ++ ) { t = cs * U [ i ] [ j ] + sn * U [ i ] [ k - 1 ] ; U [ i ] [ k - 1 ] = - sn * U [ i ] [ j ] + cs * U [ i ] [ k - 1 ] ; U [ i ] [ j ] = t ; } } } } break ; case 3 : { double scale = Math . max ( Math . max ( Math . max ( Math . max ( Math . abs ( s [ p - 1 ] ) , Math . abs ( s [ p - 2 ] ) ) , Math . abs ( e [ p - 2 ] ) ) , Math . abs ( s [ k ] ) ) , Math . abs ( e [ k ] ) ) ; double sp = s [ p - 1 ] / scale ; double spm1 = s [ p - 2 ] / scale ; double epm1 = e [ p - 2 ] / scale ; double sk = s [ k ] / scale ; double ek = e [ k ] / scale ; double b = ( ( spm1 + sp ) * ( spm1 - sp ) + epm1 * epm1 ) / 2.0 ; double c = ( sp * epm1 ) * ( sp * epm1 ) ; double shift = 0.0 ; if ( ( b != 0.0 ) | ( c != 0.0 ) ) { shift = Math . sqrt ( b * b + c ) ; if ( b < 0.0 ) { shift = - shift ; } shift = c / ( b + shift ) ; } double f = ( sk + sp ) * ( sk - sp ) + shift ; double g = sk * ek ; for ( int j = k ; j < p - 1 ; j ++ ) { double t = Maths . hypot ( f , g ) ; double cs = f / t ; double sn = g / t ; if ( j != k ) { e [ j - 1 ] = t ; } f = cs * s [ j ] + sn * e [ j ] ; e [ j ] = cs * e [ j ] - sn * s [ j ] ; g = sn * s [ j + 1 ] ; s [ j + 1 ] = cs * s [ j + 1 ] ; if ( wantv ) { for ( int i = 0 ; i < n ; i ++ ) { t = cs * V [ i ] [ j ] + sn * V [ i ] [ j + 1 ] ; V [ i ] [ j + 1 ] = - sn * V [ i ] [ j ] + cs * V [ i ] [ j + 1 ] ; V [ i ] [ j ] = t ; } } t = Maths . hypot ( f , g ) ; cs = f / t ; sn = g / t ; s [ j ] = t ; f = cs * e [ j ] + sn * s [ j + 1 ] ; s [ j + 1 ] = - sn * e [ j ] + cs * s [ j + 1 ] ; g = sn * e [ j + 1 ] ; e [ j + 1 ] = cs * e [ j + 1 ] ; if ( wantu && ( j < m - 1 ) ) { for ( int i = 0 ; i < m ; i ++ ) { t = cs * U [ i ] [ j ] + sn * U [ i ] [ j + 1 ] ; U [ i ] [ j + 1 ] = - sn * U [ i ] [ j ] + cs * U [ i ] [ j + 1 ] ; U [ i ] [ j ] = t ; } } } e [ p - 2 ] = f ; iter = iter + 1 ; } break ; case 4 : { if ( s [ k ] <= 0.0 ) { s [ k ] = ( s [ k ] < 0.0 ? - s [ k ] : 0.0 ) ; if ( wantv ) { for ( int i = 0 ; i <= pp ; i ++ ) { V [ i ] [ k ] = - V [ i ] [ k ] ; } } } while ( k < pp ) { if ( s [ k ] >= s [ k + 1 ] ) { break ; } double t = s [ k ] ; s [ k ] = s [ k + 1 ] ; s [ k + 1 ] = t ; if ( wantv && ( k < n - 1 ) ) { for ( int i = 0 ; i < n ; i ++ ) { t = V [ i ] [ k + 1 ] ; V [ i ] [ k + 1 ] = V [ i ] [ k ] ; V [ i ] [ k ] = t ; } } if ( wantu && ( k < m - 1 ) ) { for ( int i = 0 ; i < m ; i ++ ) { t = U [ i ] [ k + 1 ] ; U [ i ] [ k + 1 ] = U [ i ] [ k ] ; U [ i ] [ k ] = t ; } } k ++ ; } iter = 0 ; p -- ; } break ; } } }

Construir la descomposición del valor singular


public boolean isCritical  ( ) { return true ; }

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


public boolean hasTrackedEntity  ( ) { return trackedEntity != null ; }

Indica si estos parámetros especifican una entidad rastreada.


public JSONObject ( Map map ) { this . map = new HashMap ( ) ; if ( map != null ) { Iterator i = map . entrySet ( ) . iterator ( ) ; while ( i . hasNext ( ) ) { Map . Entry e = ( Map . Entry ) i . next ( ) ; this . map . put ( e . getKey ( ) , wrap ( e . getValue ( ) ) ) ; } } }


@ SubscribeEvent public void breakSpeedPenalty  ( PlayerEvent . BreakSpeed event ) { EntityPlayer player = event . getEntityPlayer ( ) ; if ( ! ( player . getFoodStats ( ) instanceof BWMFoodStats ) ) return ; IBlockState state = event . getState ( ) ; float f = player . inventory . getStrVsBlock ( state ) ; if ( f > 1.0F ) { int i = EnchantmentHelper . getEfficiencyModifier ( player ) ; ItemStack itemstack = player . getHeldItemMainhand ( ) ; if ( i > 0 && itemstack != null ) { float intermediate = ( float ) ( i * i + 1 ) ; if ( ! itemstack . canHarvestBlock ( state ) && f <= 1.0F ) { f += intermediate * 0.08F ; } else { f += intermediate ; } } } if ( player . isPotionActive ( MobEffects . HASTE ) ) { f *= 1.0F + ( float ) ( player . getActivePotionEffect ( MobEffects . HASTE ) . getAmplifier ( ) + 1 ) * 0.2F ; } if ( player . isPotionActive ( MobEffects . MINING_FATIGUE ) ) { float f1 ; switch ( player . getActivePotionEffect ( MobEffects . MINING_FATIGUE ) . getAmplifier ( ) ) { case 0 : f1 = 0.3F ; break ; case 1 : f1 = 0.09F ; break ; case 2 : f1 = 0.0027F ; break ; case 3 : default : f1 = 8.1E-4F ; } f *= f1 ; } if ( player . isInsideOfMaterial ( Material . WATER ) && ! EnchantmentHelper . getAquaAffinityModifier ( player ) ) { f /= 5.0F ; } if ( ! player . onGround ) { f /= 5.0F ; } f *= EntityPlayerExt . getHealthAndExhaustionModifier ( player ) ; if ( f < 0 ) f = 0 ; event . setNewSpeed ( f ) ; }

La velocidad de minería cambió de acuerdo con la salud / agotamiento / grasa.Realización completa de EntityPlayer.getDigspeed () para verificar también si usa el elemento correcto para cosechar.


public AppsGetQuery appIds  ( List < String > value ) { return unsafeParam ( "app_ids" , value ) ; }


public double [ ] generate  ( int nSamples ) { int m = nSamples / 2 ; double r ; double pi = Math . PI ; double [ ] w = new double [ nSamples ] ; switch ( windowType ) { case BARTLETT : for ( int n = 0 ; n < nSamples ; n ++ ) w [ n ] = 1.0f - Math . abs ( n - m ) / m ; break ; case HANNING : r = pi / ( m + 1 ) ; for ( int n = - m ; n < m ; n ++ ) w [ m + n ] = 0.5f + 0.5f * Math . cos ( n * r ) ; break ; case HAMMING : r = pi / m ; for ( int n = - m ; n < m ; n ++ ) w [ m + n ] = 0.54f + 0.46f * Math . cos ( n * r ) ; break ; case BLACKMAN : r = pi / m ; for ( int n = - m ; n < m ; n ++ ) w [ m + n ] = 0.42f + 0.5f * Math . cos ( n * r ) + 0.08f * Math . cos ( 2 * n * r ) ; break ; default : for ( int n = 0 ; n < nSamples ; n ++ ) w [ n ] = 1.0f ; } return w ; }


static int applyMaskPenaltyRule2  ( ByteMatrix matrix ) { int penalty = 0 ; byte [ ] [ ] array = matrix . getArray ( ) ; int width = matrix . getWidth ( ) ; int height = matrix . getHeight ( ) ; for ( int y = 0 ; y < height - 1 ; y ++ ) { for ( int x = 0 ; x < width - 1 ; x ++ ) { int value = array [ y ] [ x ] ; if ( value == array [ y ] [ x + 1 ] && value == array [ y + 1 ] [ x ] && value == array [ y + 1 ] [ x + 1 ] ) { penalty ++ ; } } } return N2 * penalty ; }

Aplique la regla de penalización de la máscara 2 y devuelva la penalización.Encuentra bloques de 2x2 con el mismo color y dale penalización a ellos.Esto es realmente equivalente a la regla de la especificación, que es encontrar bloques MXN y dar una penalización proporcional a (M-1) X (N-1), porque este es el número de bloques de 2x2 dentro de tal bloque.


public static List < double [ ] > coordSplit  ( List < Double > vector ) { if ( vector == null ) return null ; List < double [ ] > ret = new ArrayList < double [ ] > ( ) ; double [ ] xVals = new double [ vector . size ( ) / 2 ] ; double [ ] yVals = new double [ vector . size ( ) / 2 ] ; int xTracker = 0 ; int yTracker = 0 ; for ( int i = 0 ; i < vector . size ( ) ; i ++ ) { if ( i % 2 == 0 ) xVals [ xTracker ++ ] = vector . get ( i ) ; else yVals [ yTracker ++ ] = vector . get ( i ) ; } ret . add ( xVals ) ; ret . add ( yVals ) ; return ret ; }

Esto devuelve la división de coordenadas en una lista de coordenadas de manera que los valores para RET [0] son los valores X y los [1] son los valores y


public static Map < String , Object > prodFindAssociatedByType  ( DispatchContext dctx , Map < String , ? extends Object > context ) { Delegator delegator = dctx . getDelegator ( ) ; Map < String , Object > result = FastMap . newInstance ( ) ; String productId = ( String ) context . get ( "productId" ) ; String productIdTo = ( String ) context . get ( "productIdTo" ) ; String type = ( String ) context . get ( "type" ) ; Locale locale = ( Locale ) context . get ( "locale" ) ; String errMsg = null ; Boolean cvaBool = ( Boolean ) context . get ( "checkViewAllow" ) ; boolean checkViewAllow = ( cvaBool == null ? false : cvaBool ) ; String prodCatalogId = ( String ) context . get ( "prodCatalogId" ) ; Boolean bidirectional = ( Boolean ) context . get ( "bidirectional" ) ; bidirectional = bidirectional == null ? false : bidirectional ; Boolean sortDescending = ( Boolean ) context . get ( "sortDescending" ) ; sortDescending = sortDescending == null ? false : sortDescending ; if ( productId == null && productIdTo == null ) { errMsg = UtilProperties . getMessage ( resourceError , "productservices.both_productId_and_productIdTo_cannot_be_null" , locale ) ; result . put ( ModelService . RESPONSE_MESSAGE , ModelService . RESPOND_ERROR ) ; result . put ( ModelService . ERROR_MESSAGE , errMsg ) ; return result ; } if ( productId != null && productIdTo != null ) { errMsg = UtilProperties . getMessage ( resourceError , "productservices.both_productId_and_productIdTo_cannot_be_defined" , locale ) ; result . put ( ModelService . RESPONSE_MESSAGE , ModelService . RESPOND_ERROR ) ; result . put ( ModelService . ERROR_MESSAGE , errMsg ) ; return result ; } productId = productId == null ? productIdTo : productId ; GenericValue product = null ; try { product = EntityQuery . use ( delegator ) . from ( "Product" ) . where ( "productId" , productId ) . cache ( ) . queryOne ( ) ; } catch ( GenericEntityException e ) { Map < String , String > messageMap = UtilMisc . toMap ( "errMessage" , e . getMessage ( ) ) ; errMsg = UtilProperties . getMessage ( resourceError , "productservices.problems_reading_product_entity" , messageMap , locale ) ; result . put ( ModelService . RESPONSE_MESSAGE , ModelService . RESPOND_ERROR ) ; result . put ( ModelService . ERROR_MESSAGE , errMsg ) ; return result ; } if ( product == null ) { errMsg = UtilProperties . getMessage ( resourceError , "productservices.problems_getting_product_entity" , locale ) ; result . put ( ModelService . RESPONSE_MESSAGE , ModelService . RESPOND_ERROR ) ; result . put ( ModelService . ERROR_MESSAGE , errMsg ) ; return result ; } try { List < GenericValue > productAssocs = null ; List < String > orderBy = FastList . newInstance ( ) ; if ( sortDescending ) { orderBy . add ( "sequenceNum DESC" ) ; } else { orderBy . add ( "sequenceNum" ) ; } if ( bidirectional ) { EntityCondition cond = EntityCondition . makeCondition ( UtilMisc . toList ( EntityCondition . makeCondition ( "productId" , productId ) , EntityCondition . makeCondition ( "productIdTo" , productId ) ) , EntityJoinOperator . OR ) ; productAssocs = EntityQuery . use ( delegator ) . from ( "ProductAssoc" ) . where ( EntityCondition . makeCondition ( cond , EntityCondition . makeCondition ( "productAssocTypeId" , type ) ) ) . orderBy ( orderBy ) . cache ( true ) . queryList ( ) ; } else { if ( productIdTo == null ) { productAssocs = product . getRelated ( "MainProductAssoc" , UtilMisc . toMap ( "productAssocTypeId" , type ) , orderBy , true ) ; } else { productAssocs = product . getRelated ( "AssocProductAssoc" , UtilMisc . toMap ( "productAssocTypeId" , type ) , orderBy , true ) ; } } productAssocs = EntityUtil . filterByDate ( productAssocs ) ; if ( checkViewAllow && prodCatalogId != null && UtilValidate . isNotEmpty ( productAssocs ) ) { String viewProductCategoryId = CatalogWorker . getCatalogViewAllowCategoryId ( delegator , prodCatalogId ) ; if ( viewProductCategoryId != null ) { if ( productIdTo == null ) { productAssocs = CategoryWorker . filterProductsInCategory ( delegator , productAssocs , viewProductCategoryId , "productIdTo" ) ; } else { productAssocs = CategoryWorker . filterProductsInCategory ( delegator , productAssocs , viewProductCategoryId , "productId" ) ; } } } result . put ( "assocProducts" , productAssocs ) ; result . put ( ModelService . RESPONSE_MESSAGE , ModelService . RESPOND_SUCCESS ) ; } catch ( GenericEntityException e ) { Map < String , String > messageMap = UtilMisc . toMap ( "errMessage" , e . getMessage ( ) ) ; errMsg = UtilProperties . getMessage ( resourceError , "productservices.problems_product_association_relation_error" , messageMap , locale ) ; result . put ( ModelService . RESPONSE_MESSAGE , ModelService . RESPOND_ERROR ) ; result . put ( ModelService . ERROR_MESSAGE , errMsg ) ; return result ; } return result ; }

Encuentra productos asociados por ID de producto y ID de asociación.


public static double dotProduct  ( Vector3D v1 , Vector3D v2 ) { return v1 . dotProduct ( v2 ) ; }

Calcular el producto DOT de dos vectores.


public JsonRequestParams ( final String key , final String value ) { put ( key , value ) ; }

Construye una nueva instancia de JSONRQUESTPARAMS y llámela con una única clave de clavija / valor inicial Param.


public ToolPanel ( Map < Class < ? > , List < ToolInterface > > toolMap ) { this . toolMap = toolMap ; }

Instantánea un nuevo panel de herramientas.


private static int snapHeight  ( Collection < ConstraintWidget > widgets , ConstraintWidget widget , int height , ArrayList < SnapCandidate > snapCandidates ) { int bottomPosition = widget . getDrawY ( ) + height ; bottomPosition = snapVertical ( widgets , widget , widget . getAnchor ( ConstraintAnchor . Type . BOTTOM ) , bottomPosition , snapCandidates ) ; height = bottomPosition - widget . getDrawY ( ) ; return height ; }

Función de conveniencia para ajustar la altura.


@ Override public void importData  ( @ NotNull Collection < DataNode < AndroidGradleModel > > toImport , @ Nullable ProjectData projectData , @ NotNull Project project , @ NotNull IdeModifiableModelsProvider modelsProvider ) { if ( ! toImport . isEmpty ( ) ) { try { if ( projectData != null ) { GradleProjectSettings gradleProjectSettings = GradleSettings . getInstance ( project ) . getLinkedProjectSettings ( projectData . getLinkedExternalProjectPath ( ) ) ; if ( gradleProjectSettings != null && gradleProjectSettings . isResolveModulePerSourceSet ( ) ) { gradleProjectSettings . setResolveModulePerSourceSet ( false ) ; NotificationData notificationData = new NotificationData ( "Gradle settings were updated" , "'Create separate module per source set' feature was disabled. \n" + "It isn't supported by android projects" , NotificationCategory . WARNING , PROJECT_SYNC ) ; ExternalSystemNotificationManager . getInstance ( project ) . showNotification ( GradleConstants . SYSTEM_ID , notificationData ) ; } } doImport ( toImport , project , modelsProvider ) ; } catch ( Throwable e ) { LOG . info ( String . format ( "Failed to set up Android modules in project '%1$s'" , project . getName ( ) ) , e ) ; String msg = e . getMessage ( ) ; if ( msg == null ) { msg = e . getClass ( ) . getCanonicalName ( ) ; } GradleSyncState . getInstance ( project ) . syncFailed ( msg ) ; } } }

Establece un SDK y facetas de Android a los módulos de un proyecto que se ha importado desde un proyecto de Android-Gradle.


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

Publique el video guardado en la pared de un usuario


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


public int hashCode  ( ) { int hash = 37 ; hash = 37 * hash + Float . floatToIntBits ( m00 ) ; hash = 37 * hash + Float . floatToIntBits ( m01 ) ; hash = 37 * hash + Float . floatToIntBits ( m02 ) ; hash = 37 * hash + Float . floatToIntBits ( m10 ) ; hash = 37 * hash + Float . floatToIntBits ( m11 ) ; hash = 37 * hash + Float . floatToIntBits ( m12 ) ; hash = 37 * hash + Float . floatToIntBits ( m20 ) ; hash = 37 * hash + Float . floatToIntBits ( m21 ) ; hash = 37 * hash + Float . floatToIntBits ( m22 ) ; return hash ; }

<Código> Hashcode </ Code> devuelve el valor del código de hash como un entero y se admite en beneficio de las clases de recolección basadas en el hash, como HashTable, HashMap, HashSet, etc.


public static void objects  ( int level , Object ... params ) { log ( level , 0 , null , FMT_OBJECT , null , null , params ) ; }

Un método de ayuda útil cuando solo desea imprimir objetos con FORMATO POR DEFECTO.


public TestNewSLDPanel ( ) { super ( ) ; }

Instantánea una nueva prueba de nuevo panel SLD.


public boolean hasAccess  ( String ... name ) { if ( name == null ) { return true ; } for ( String s : name ) { if ( access . contains ( s ) ) { return true ; } if ( ! X . isEmpty ( s ) ) { Access . set ( s ) ; } int i = s . lastIndexOf ( "." ) ; if ( i > 0 ) { String s1 = s . substring ( 0 , i ) + ".admin" ; if ( access . contains ( s1 ) ) { return true ; } } } return access . contains ( "access.config.admin" ) ; }


public static String dbNameToVarName  ( String columnName ) { if ( columnName == null ) return null ; StringBuilder fieldName = new StringBuilder ( columnName . length ( ) ) ; boolean toUpper = false ; for ( int i = 0 ; i < columnName . length ( ) ; i ++ ) { char ch = columnName . charAt ( i ) ; if ( ch == '_' ) { toUpper = true ; } else if ( toUpper ) { fieldName . append ( Character . toUpperCase ( ch ) ) ; toUpper = false ; } else { fieldName . append ( Character . toLowerCase ( ch ) ) ; } } return fieldName . toString ( ) ; }

Convierte un nombre de base de datos a un nombre de variable Java.Las convenciones de nombres utilizadas para permitir esto son las siguientes: Un nombre de base de datos (tabla o columna) está en todas las letras mayúsculas, y las palabras están separadas por un subrayado (por ejemplo: Neat_entity_name o Random_field_name);Un nombre de Java (EJB o campo) se encuentra en todas las letras minúsculas, excepto la letra al comienzo de cada palabra (por ejemplo: NeatentityName o RandomFieldName).La convención de usar una letra mayúscula al comienzo de un nombre de clase en Java, o una letra minúscula para el comienzo de un nombre de variable en Java también se usa junto con la convención de nombres de Java arriba.


public static boolean isConnectionFast  ( int type , int subType ) { if ( type == ConnectivityManager . TYPE_WIFI ) { return true ; } else if ( type == ConnectivityManager . TYPE_MOBILE ) { switch ( subType ) { case TelephonyManager . NETWORK_TYPE_1xRTT : return false ; case TelephonyManager . NETWORK_TYPE_CDMA : return false ; case TelephonyManager . NETWORK_TYPE_EDGE : return false ; case TelephonyManager . NETWORK_TYPE_EVDO_0 : return true ; case TelephonyManager . NETWORK_TYPE_EVDO_A : return true ; case TelephonyManager . NETWORK_TYPE_GPRS : return false ; case TelephonyManager . NETWORK_TYPE_HSDPA : return true ; case TelephonyManager . NETWORK_TYPE_HSPA : return true ; case TelephonyManager . NETWORK_TYPE_HSUPA : return true ; case TelephonyManager . NETWORK_TYPE_UMTS : return true ; case TelephonyManager . NETWORK_TYPE_EHRPD : return true ; case TelephonyManager . NETWORK_TYPE_EVDO_B : return true ; case TelephonyManager . NETWORK_TYPE_HSPAP : return true ; case TelephonyManager . NETWORK_TYPE_IDEN : return false ; case TelephonyManager . NETWORK_TYPE_LTE : return true ; case TelephonyManager . NETWORK_TYPE_UNKNOWN : default : return false ; } } else { return false ; } }


public static void nodesToPath  ( PathDataNode [ ] node , Path path ) { float [ ] current = new float [ 4 ] ; char previousCommand = 'm' ; for ( int i = 0 ; i < node . length ; i ++ ) { addCommand ( path , current , previousCommand , node [ i ] . mType , node [ i ] . mParams ) ; previousCommand = node [ i ] . mType ; } }

Convierte una matriz de pathdataNode a la ruta.


public GroupsGetMembersQueryWithFilter offset  ( Integer value ) { return unsafeParam ( "offset" , value ) ; }

Offset se necesita para devolver un subconjunto específico de miembros de la comunidad.


public static void writeVInt  ( DataOutput stream , int i ) throws IOException { WritableUtils . writeVInt ( stream , i ) ; }

Serializa un INT a una corriente binaria con codificación de cero.


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


public static SM_SYSTEM_MESSAGE STR_MSG_NOT_ENOUGH_KINA  ( long num0 ) { return new SM_SYSTEM_MESSAGE ( 901285 , num0 ) ; }

No tienes suficiente kinah.Cuesta% Num0 Kinah.


@ Override public void characters  ( char ch [ ] , int start , int length ) throws SAXException { return ; }

El método SAX <CÓDIGO> Caracteres </ Code> no hace nada.


public CalcBehaviour ( String sDoc1 , String sDoc2 , int iWordNGramSize_Min , int iWordNGramSize_Max , int iWord_Dmax , int iCharacterNGramSize_Min , int iCharacterNGramSize_Max , int iCharacter_Dmax , boolean bDoCharNGrams , boolean bDoWordNGrams , boolean bSilent , String sID ) { Doc1 = sDoc1 ; Doc2 = sDoc2 ; ID = sID ; WordNGramSize_Min = iWordNGramSize_Min ; WordNGramSize_Max = iWordNGramSize_Max ; Word_Dmax = iWord_Dmax ; CharacterNGramSize_Min = iCharacterNGramSize_Min ; CharacterNGramSize_Max = iCharacterNGramSize_Max ; Character_Dmax = iCharacter_Dmax ; DoCharNGrams = bDoCharNGrams ; DoWordNGrams = bDoWordNGrams ; Silent = bSilent ; }

Inicializa un calcbehaviour, dado dos textos para comparar y los parámetros de la comparación.


public static void registerLocalTimeMBean  ( String containerName ) { MBeanServer mBeanServer = getMBeanServer ( containerName ) ; if ( mBeanServer == null ) return ; LocalTimeMBean localTimeMBean = new LocalTime ( ) ; ObjectName objName = LocalTimeConstants . MBEAN_NAME ; if ( ! mBeanServer . isRegistered ( objName ) ) { try { mBeanServer . registerMBean ( localTimeMBean , objName ) ; } catch ( InstanceAlreadyExistsException e ) { } catch ( NotCompliantMBeanException e ) { if ( _logger . isLoggable ( Level . WARNING ) ) { _logger . log ( Level . SEVERE , failedLocalTimeMBeanRegistrationMessagePrefix + containerName + ">" , e ) ; } } catch ( MBeanRegistrationException e ) { if ( _logger . isLoggable ( Level . SEVERE ) ) { _logger . log ( Level . SEVERE , failedLocalTimeMBeanRegistrationMessagePrefix + containerName + ">" , e ) ; } } if ( _logger . isLoggable ( Level . CONFIG ) ) { _logger . config ( successfulTransportMBeanRegistrationMessage + containerName + ">" ) ; } } }

Crear gerencia de frijol para el contenedor JSPACE.


public static final void emoteStartDancing3  ( Npc owner ) { owner . unsetState ( CreatureState . NPC_IDLE ) ; owner . setState ( CreatureState . ACTIVE ) ; PacketSendUtility . broadcastPacket ( owner , new SM_EMOTION ( owner , EmotionType . EMOTE , 142 , 0 ) ) ; }


public boolean simplify_offline  ( ) { return soot . PhaseOptions . getBoolean ( options , "simplify-offline" ) ; }

Simplificar fuera de línea: colapso Subgrafías de entrada única del PAG.Cuando esta opción se establece en los nodos verdaderos, variables (verde) que forman los subgrafos de entrada única (para que deben tener los mismos puntos, para establecerlos) se fusionan antes de que comience la propagación.


public double apply  ( UnivariateStatistic stat ) { return eDA . compute ( stat ) ; }

Aplique la estadística dada a los datos asociados con este conjunto de estadísticas.


public NewsfeedSearchQueryWithExtended endTime  ( Integer value ) { return unsafeParam ( "end_time" , value ) ; }

Última marca de tiempo (en el tiempo de UNIX) de una noticia para regresar.Por defecto, la hora actual.


public static double standardDeviation  ( final double [ ] values ) { return FastMath . sqrt ( variance ( values ) ) ; }

Calcula la desviación estándar de los valores en la matriz de entrada.


private Candidate newCandidate  ( S2Cell cell ) { if ( ! region . mayIntersect ( cell ) ) { return null ; } boolean isTerminal = false ; if ( cell . level ( ) >= minLevel ) { if ( interiorCovering ) { if ( region . contains ( cell ) ) { isTerminal = true ; } else if ( cell . level ( ) + levelMod > maxLevel ) { return null ; } } else { if ( cell . level ( ) + levelMod > maxLevel || region . contains ( cell ) ) { isTerminal = true ; } } } Candidate candidate = new Candidate ( ) ; candidate . cell = cell ; candidate . isTerminal = isTerminal ; if ( ! isTerminal ) { candidate . children = new Candidate [ 1 << maxChildrenShift ( ) ] ; } candidatesCreatedCounter ++ ; return candidate ; }

Si la celda se interseca con la región dada, devuelva un nuevo candidato sin hijos, de lo contrario regrese NULL.También marca el candidato como "terminal" si no debe ampliarse aún más.


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

Muestra la información de depuración antes de la migración.


protected static Map < String , String > convertHeaders  ( Header [ ] headers ) { Map < String , String > result = new TreeMap < String , String > ( String . CASE_INSENSITIVE_ORDER ) ; for ( int i = 0 ; i < headers . length ; i ++ ) { result . put ( headers [ i ] . getName ( ) , headers [ i ] . getValue ( ) ) ; } return result ; }

Convierte la matriz de encabezados para mapear.


protected void scheduleNewInvokerIfAppropriate  ( ) { if ( isRunning ( ) ) { synchronized ( this . activeInvokerMonitor ) { if ( this . scheduledInvokers . size ( ) < this . maxConcurrentConsumers && ! hasIdleInvokers ( ) ) { scheduleNewInvoker ( ) ; if ( logger . isDebugEnabled ( ) ) { logger . debug ( message ( "Raised scheduled invoker count [" + scheduledInvokers . size ( ) + "]" ) ) ; } } } } }

Programe un nuevo invocador, lo que aumenta el número total de invocadores programados para este contenedor de oyente, pero solo si aún no se ha alcanzado el límite de "maxconcursums" especificado ", y solo si este contenedor de oyente no tiene invozos inactivos que están esperando nuevos mensajes.ya.<p> Llamado una vez que se ha recibido un evento, a escalar mientras se procesa el evento en el inventaje que lo recibió originalmente.


@ Override public void buildStarted  ( CompileContext context ) { JpsProject project = context . getProjectDescriptor ( ) . getProject ( ) ; if ( AndroidGradleJps . hasAndroidGradleFacet ( project ) ) { JavaBuilder . IS_ENABLED . set ( context , false ) ; AndroidSourceGeneratingBuilder . IS_ENABLED . set ( context , false ) ; } }

Desactiva los constructores de Java y Android de IDEA para proyectos importados en grados.Ya no son necesarios ya que construimos con Gradle.


public static double lineDistance  ( Vec3 lineVec , Vec3 point ) { double mag = lineVec . lengthVector ( ) ; Vec3 nPoint = scale ( point , - 1 ) ; return lineVec . crossProduct ( nPoint ) . lengthVector ( ) / mag ; }

Devuelva la distancia entre el punto y la línea definida como pasando por el origen y linevec


public static long elapsedMilliseconds  ( Date dateStart , Date dateEnd ) { return dateEnd . getTime ( ) - dateStart . getTime ( ) ; }

Elapsedminuty obtenga los minutos transcurridos entre dos fechas.


public boolean isPaymentsAdequate  ( ) { return CheckOutHelper . isPaymentsAdequate ( this ) ; }

Scipio: verifica si los métodos de pago actuales en el carrito son lo suficientemente adecuados para cubrir el orden actual, o en otras palabras, los pagos del carrito en estado actual pueden usarse efectivamente para pagar el pedido.


public static FeatureTypeStyle createNewFeatureTypeStyle  ( ) { FeatureTypeStyle featureTypeStyle = styleFactory . createFeatureTypeStyle ( ) ; return featureTypeStyle ; }

Crea el nuevo tipo de tipo de característica.


void revalidateGrid  ( ) { JScrollPane scrollPane = ( JScrollPane ) NamesPanel . this . getParent ( ) . getParent ( ) ; Dimension bounds = scrollPane . getPreferredSize ( ) ; if ( alignment != null && ! alignment . getRowCompressor ( ) . isEnabled ( ) ) { int width = ( int ) Math . max ( bounds . width , cellWidth * alignment . getMaxNameLength ( ) ) ; setSize ( width , ( int ) ( cellHeight * alignment . getNumberOfSequences ( ) + 0.5 ) + 3 ) ; } setPreferredSize ( getSize ( ) ) ; revalidate ( ) ; }

Adapta los parámetros de la cuadrícula a la secuencia actual.Se invoca cada vez que cambia el secuestro.


public void init$Children  ( ) { children = new ASTNode [ 4 ] ; setChild ( new Opt ( ) , 1 ) ; setChild ( new List ( ) , 2 ) ; setChild ( new List ( ) , 3 ) ; }

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


public int size  ( ) { synchronized ( contexts ) { return contexts . size ( ) ; } }

Obtiene el número de pares de contexto de valor clave en el conjunto


public void assertFilesExist  ( @ NotNull String ... paths ) { VirtualFile baseDir = myProject . getBaseDir ( ) ; for ( String path : paths ) { VirtualFile file = baseDir . findFileByRelativePath ( path ) ; assertTrue ( "File doesn't exist: " + path , file != null && file . exists ( ) ) ; } }

Dada una lista de caminos relativos, encuentra si todos pertenecen al proyecto.


public WindowInsetsCompat onApplyWindowInsets  ( CoordinatorLayout coordinatorLayout , V child , WindowInsetsCompat insets ) { return insets ; }

Llamado cuando las inserencias han cambiado.<P> Cualquier comportamiento asociado con el niño directo del coordinador puede elegir manejar el cambio de inserción de inserción en nombre de su vista asociada.</ p>


public boolean runAfter  ( List list , int max ) { return false ; }


@ After public void tearDown  ( ) throws Exception  { dictionaryChunksWrapper = null ; expectedData = null ; dictionaryChuncks = null ; }


public Map < String , ColumnFamilyMetadata > populateColumnFamiliesMetadata  ( SpaceDocumentColumnFamilyMapper mapper ) { RangeSlicesQuery < String , String , Object > rangeQuery = HFactory . createRangeSlicesQuery ( keyspace , StringSerializer . get ( ) , StringSerializer . get ( ) , SerializerProvider . getObjectSerializer ( ) ) . setColumnFamily ( ColumnFamilyMetadataMetadata . NAME ) . setColumnNames ( ColumnFamilyMetadataMetadata . BLOB_COLUMN_NAME ) . setKeys ( "" , "" ) ; OrderedRows < String , String , Object > result = rangeQuery . execute ( ) . get ( ) ; for ( Row < String , String , Object > row : result ) { HColumn < String , Object > column = row . getColumnSlice ( ) . getColumnByName ( ColumnFamilyMetadataMetadata . BLOB_COLUMN_NAME ) ; ColumnFamilyMetadata metadata = ( ColumnFamilyMetadata ) column . getValue ( ) ; initMetadataAndAddToCache ( mapper , metadata ) ; } return metadataCache . getColumnFamiliesMetadata ( ) ; }

Lee todos los metadatos de las familias de columnas para la familia de columnas de metadatos internas en caché.


public boolean isLoadMoreEnabled  ( ) { return mLoadMoreEnabled ; }

es una carga más funciona está habilitada


@ Override public boolean containsVertex  ( Set < String > labels ) { Objects . requireNonNull ( labels , "labels cannot be null" ) ; return this . labels . stream ( ) . anyMatch ( null ) ; }

Comprueba si la partición tiene el vértice dado (etiquetas en vértice).Esta implementación hace cumplir al menos una de las etiquetas en la partición está presente en vértice.


protected void addFilter  ( DimensionalObject filter ) { filters . add ( filter ) ; }

Agrega el filtro dado a los filtros de esta consulta.


public Builder cacheOnDisk  ( boolean cacheOnDisk ) { this . cacheOnDisk = cacheOnDisk ; return this ; }

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


@ Override public ListenableFuture < LeaseKeepAliveResponse > keepAliveOnce  ( long leaseId ) { StreamObserver < LeaseKeepAliveRequest > requestObserver = this . leaseStub . leaseKeepAlive ( keepAliveResponseStreamObserver ) ; requestObserver . onNext ( newKeepAliveRequest ( leaseId ) ) ; requestObserver . onCompleted ( ) ; throw new UnsupportedOperationException ( ) ; }

mantener vivo un arrendamiento solo una vez


public WrapLayout ( int align ) { super ( align ) ; }

Construye un nuevo <código> FlowLayout </ Code> con la alineación especificada y una brecha horizontal y vertical predeterminada de 5 Unidades.El valor del argumento de alineación debe ser uno de <código> wraplayout </ code>, <code> wraplayout </ code>, o <code> wraplayout </ code>.


private RxJavaAssemblyTracking ( ) { throw new IllegalStateException ( "No instances!" ) ; }


public double logJointProb  ( String a , String b ) { return logConditionalProb ( a , b ) + logProb ( a ) ; }

Calcula el registro (p (a, b)) en la base 10.


public boolean isParallelTo  ( final Line line ) { return FastMath . abs ( MathArrays . linearCombination ( sin , line . cos , - cos , line . sin ) ) < tolerance ; }

Compruebe que la instancia es paralela a otra línea.


@ Override public void applyInline  ( double [ ] data , int pos , int len ) { int i ; double [ ] dataOut = new double [ len ] ; if ( len > real . length ) { throw new IllegalArgumentException ( "Length must not be larger than FFT size" ) ; } int middle = len / 2 + len % 2 ; System . arraycopy ( data , 0 , dataOut , 0 , len ) ; System . arraycopy ( dataOut , pos + middle , real , 0 , len - middle ) ; System . arraycopy ( dataOut , pos , real , real . length - middle , middle ) ; if ( real . length > len ) Arrays . fill ( real , len - middle , real . length - middle , 0 ) ; Arrays . fill ( imag , 0 , imag . length , 0. ) ; FFT . transform ( real , imag , false ) ; process ( real , imag ) ; FFT . transform ( real , imag , true ) ; System . arraycopy ( real , 0 , dataOut , pos + middle , len - middle ) ; System . arraycopy ( real , real . length - middle , dataOut , pos , middle ) ; double origAvgEnergy = SignalProcUtils . getAverageSampleEnergy ( data , len ) ; for ( i = 0 ; i < len ; i ++ ) data [ i ] = amount * dataOut [ i ] + oneMinusAmount * data [ i ] ; double newAvgEnergy = SignalProcUtils . getAverageSampleEnergy ( data , len ) ; double scale = origAvgEnergy / newAvgEnergy ; for ( i = 0 ; i < len ; i ++ ) data [ i ] *= 0.8 * scale ; }

Aplique este procesador de dominio de frecuencia a los datos dados y devuelva el resultado de procesamiento en el lugar.


public long next  ( ) { return next ( RecurrenceUtil . now ( ) ) ; }

Devuelve la siguiente recurrencia desde ahora.


public static String childElementValue  ( Element element , String childElementName ) { if ( element == null ) return null ; Element childElement = firstChildElement ( element , childElementName ) ; return elementValue ( childElement ) ; }

Devuelva el texto (valor del nodo) contenido por el nodo secundario nombrado.


public static Bitmap createIconBitmap  ( Drawable icon , Context context ) { synchronized ( sCanvas ) { if ( sIconWidth == - 1 ) { initStatics ( context ) ; } int width = sIconWidth ; int height = sIconHeight ; if ( icon instanceof PaintDrawable ) { PaintDrawable painter = ( PaintDrawable ) icon ; painter . setIntrinsicWidth ( width ) ; painter . setIntrinsicHeight ( height ) ; } else if ( icon instanceof BitmapDrawable ) { BitmapDrawable bitmapDrawable = ( BitmapDrawable ) icon ; Bitmap bitmap = bitmapDrawable . getBitmap ( ) ; if ( bitmap . getDensity ( ) == Bitmap . DENSITY_NONE ) { bitmapDrawable . setTargetDensity ( context . getResources ( ) . getDisplayMetrics ( ) ) ; } } int sourceWidth = icon . getIntrinsicWidth ( ) ; int sourceHeight = icon . getIntrinsicHeight ( ) ; if ( sourceWidth > 0 && sourceHeight > 0 ) { if ( width < sourceWidth || height < sourceHeight ) { final float ratio = ( float ) sourceWidth / sourceHeight ; if ( sourceWidth > sourceHeight ) { height = ( int ) ( width / ratio ) ; } else if ( sourceHeight > sourceWidth ) { width = ( int ) ( height * ratio ) ; } } else if ( sourceWidth < width && sourceHeight < height ) { width = sourceWidth ; height = sourceHeight ; } } int textureWidth = sIconTextureWidth ; int textureHeight = sIconTextureHeight ; final Bitmap bitmap = Bitmap . createBitmap ( textureWidth , textureHeight , Bitmap . Config . ARGB_8888 ) ; final Canvas canvas = sCanvas ; canvas . setBitmap ( bitmap ) ; final int left = ( textureWidth - width ) / 2 ; final int top = ( textureHeight - height ) / 2 ; @ SuppressWarnings ( "all" ) final boolean debug = false ; if ( debug ) { canvas . drawColor ( sColors [ sColorIndex ] ) ; if ( ++ sColorIndex >= sColors . length ) sColorIndex = 0 ; Paint debugPaint = new Paint ( ) ; debugPaint . setColor ( 0xffcccc00 ) ; canvas . drawRect ( left , top , left + width , top + height , debugPaint ) ; } sOldBounds . set ( icon . getBounds ( ) ) ; icon . setBounds ( left , top , left + width , top + height ) ; icon . draw ( canvas ) ; icon . setBounds ( sOldBounds ) ; canvas . setBitmap ( null ) ; return bitmap ; } }

Devuelve un mapa de bits adecuado para la vista Todas las aplicaciones.


public boolean isCritical  ( ) { return true ; }

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


@ Override public void onReceive  ( Context context , Intent intent ) { try { String uploadedRemotePath = intent . getStringExtra ( FileUploader . EXTRA_REMOTE_PATH ) ; String accountName = intent . getStringExtra ( FileUploader . ACCOUNT_NAME ) ; boolean sameAccount = getAccount ( ) != null && accountName . equals ( getAccount ( ) . name ) ; OCFile currentDir = getCurrentDir ( ) ; boolean isDescendant = ( currentDir != null ) && ( uploadedRemotePath != null ) && ( uploadedRemotePath . startsWith ( currentDir . getRemotePath ( ) ) ) ; if ( sameAccount && isDescendant ) { String linkedToRemotePath = intent . getStringExtra ( FileUploader . EXTRA_LINKED_TO_PATH ) ; if ( linkedToRemotePath == null || isAscendant ( linkedToRemotePath ) ) { refreshListOfFilesFragment ( ) ; } } boolean uploadWasFine = intent . getBooleanExtra ( FileUploader . EXTRA_UPLOAD_RESULT , false ) ; boolean renamedInUpload = getFile ( ) . getRemotePath ( ) . equals ( intent . getStringExtra ( FileUploader . EXTRA_OLD_REMOTE_PATH ) ) ; boolean sameFile = getFile ( ) . getRemotePath ( ) . equals ( uploadedRemotePath ) || renamedInUpload ; FileFragment details = getSecondFragment ( ) ; boolean detailFragmentIsShown = ( details != null && details instanceof FileDetailFragment ) ; if ( sameAccount && sameFile && detailFragmentIsShown ) { if ( uploadWasFine ) { setFile ( getStorageManager ( ) . getFileByPath ( uploadedRemotePath ) ) ; } else { } if ( renamedInUpload ) { String newName = ( new File ( uploadedRemotePath ) ) . getName ( ) ; Toast msg = Toast . makeText ( context , String . format ( getString ( R . string . filedetails_renamed_in_upload_msg ) , newName ) , Toast . LENGTH_LONG ) ; msg . show ( ) ; } if ( uploadWasFine || getFile ( ) . fileExists ( ) ) { ( ( FileDetailFragment ) details ) . updateFileDetails ( false , true ) ; } else { cleanSecondFragment ( ) ; } if ( uploadWasFine ) { OCFile ocFile = getFile ( ) ; if ( PreviewImageFragment . canBePreviewed ( ocFile ) ) startImagePreview ( getFile ( ) ) ; else if ( PreviewTextFragment . canBePreviewed ( ocFile ) ) startTextPreview ( ocFile ) ; } } setIndeterminate ( false ) ; } finally { if ( intent != null ) { removeStickyBroadcast ( intent ) ; } } }

Una vez que la carga del archivo haya finalizado -> actualizar la vista


@ SuppressWarnings ( { "unchecked" , "rawtypes" } ) private Set loadRelationships  ( ResourceInformation resourceInformation , List resources , ResourceField relationshipField , QueryAdapter queryAdapter , RepositoryMethodParameterProvider parameterProvider ) { RegistryEntry rootEntry = resourceRegistry . getEntry ( resourceInformation . getResourceType ( ) ) ; List < Serializable > resourceIds = getIds ( resources , resourceInformation ) ; boolean isMany = Iterable . class . isAssignableFrom ( relationshipField . getType ( ) ) ; Class < ? > relationshipFieldClass = relationshipField . getElementType ( ) ; Set loadedEntities = new HashSet ( ) ; RelationshipRepositoryAdapter relationshipRepository = rootEntry . getRelationshipRepositoryForClass ( relationshipFieldClass , parameterProvider ) ; if ( relationshipRepository != null ) { Map < Object , JsonApiResponse > responseMap ; if ( isMany ) { responseMap = relationshipRepository . findBulkManyTargets ( resourceIds , relationshipField . getUnderlyingName ( ) , queryAdapter ) ; } else { responseMap = relationshipRepository . findBulkOneTargets ( resourceIds , relationshipField . getUnderlyingName ( ) , queryAdapter ) ; } for ( Object resource : resources ) { ResourceField rootIdField = resourceInformation . getIdField ( ) ; Serializable id = ( Serializable ) PropertyUtils . getProperty ( resource , rootIdField . getUnderlyingName ( ) ) ; JsonApiResponse response = responseMap . get ( id ) ; if ( response != null ) { Object entity = response . getEntity ( ) ; PropertyUtils . setProperty ( resource , relationshipField . getUnderlyingName ( ) , entity ) ; addAll ( loadedEntities , entity ) ; } else { PropertyUtils . setProperty ( resource , relationshipField . getUnderlyingName ( ) , null ) ; } } } return loadedEntities ; }

Carga todos los recursos relacionados para los recursos y el campo de relaciones dados.


public final void debug  ( final Object o , final Throwable t ) { log ( Level . DEBUG , o , t ) ; }

Este método registra el mensaje de depuración.


public List < Integer > showDialog  ( Director defaultDir ) { setupDialog ( defaultDir ) ; getContentPane ( ) . validate ( ) ; setSize ( getPreferredSize ( ) ) ; setVisible ( true ) ; return result ; }

Muestra el diálogo y elige los proyectos.


public static ExpectedCondition < Boolean > pageUrlIs  ( final String url ) { return null ; }

Compruebe si la URL proporcionada y la URL actual son las mismas


private boolean isValidApiKeyDefinition  ( ApiKeyAuthDefinition apiKeydef ) { if ( apiKeydef . getName ( ) . equalsIgnoreCase ( "key" ) || apiKeydef . getIn ( ) == In . QUERY ) { return true ; } else { diagCollector . addDiag ( Diag . warning ( SimpleLocation . UNKNOWN , "apiKey '%s' is ignored. Only apiKey with 'name' as 'key' and 'in' as 'query' are " + "supported" , apiKeydef . getName ( ) ) ) ; return false ; } }

Comprueba si la apodo definido es válida o no.Solo la definición de apodo con nombre como "clave" y "en" como "consulta" se permiten "


public Bitmap decodeFileDescriptor  ( FileDescriptor fd , BitmapFactory . Options options ) { if ( options . mCancel ) { return null ; } Thread thread = Thread . currentThread ( ) ; if ( ! canThreadDecoding ( thread ) ) { return null ; } setDecodingOptions ( thread , options ) ; Bitmap b = BitmapFactory . decodeFileDescriptor ( fd , null , options ) ; removeDecodingOptions ( thread ) ; return b ; }

El lugar real para delegar la decodificación de mapa de bits para el papel de bits.


private static String formatUrl  ( String uri , String charset ) throws UnsupportedEncodingException  { int i = uri . indexOf ( "#" ) ; if ( i > - 1 ) { uri = uri . substring ( 0 , i ) ; } uri = uri . replace ( " " , "%20" ) ; uri = charset != null ? URLEncoder . encode ( uri , charset ) : URLEncoder . encode ( uri , "utf-8" ) ; uri = uri . replaceAll ( "%2F" , "/" ) ; uri = uri . replaceAll ( "%3F" , "?" ) ; uri = uri . replaceAll ( "%3D" , "=" ) ; uri = uri . replaceAll ( "%26" , "&" ) ; uri = uri . replaceAll ( "%3A" , ":" ) ; uri = uri . replaceAll ( "%25" , "%" ) ; return uri ; }


protected final void writeF  ( ChannelBuffer buf , float value ) { buf . writeFloat ( value ) ; }


public boolean indicateDirtyRead  ( ITemplateHolder template ) { return ( ( template . isReadOperation ( ) && _useDirtyRead ) || template . isDirtyReadRequested ( ) ) ; }

Dada una entrada y una plantilla, devuelve verdadero si se debe realizar una lectura sucia


private BEntry readEntry  ( int slot ) { if ( isLeaf ( ) ) { return new LeafEntry ( this . keySchema , getPage ( ) . readBytes ( getOffset ( slot ) , entrySize ) ) ; } else { return new InnerEntry ( this . keySchema , getPage ( ) . readBytes ( getOffset ( slot ) , entrySize ) ) ; } }

Lee una entrada de la ranura determinada especificada.


protected void writeLSD  ( ) throws IOException  { writeShort ( width ) ; writeShort ( height ) ; out . write ( ( 0x80 | 0x70 | 0x00 | palSize ) ) ; out . write ( 0 ) ; out . write ( 0 ) ; }

Escribe el descriptor de pantalla lógica


public TShortHash ( int initialCapacity , TShortHashingStrategy strategy ) { super ( initialCapacity ) ; this . _hashingStrategy = strategy ; }

Crea una nueva instancia de <code> tshorthash </ codec> cuya capacidad es la siguiente primera prima prima arriba <tt> inicialcapacity + 1 </ tt> a menos que ese valor ya esté primordial.


public void put  ( Object key , Object value ) { int bucket = ( key . hashCode ( ) & 0x7FFFFFFF ) % fTableSize ; Entry entry = search ( key , bucket ) ; if ( entry != null ) { entry . value = value ; } else { entry = new Entry ( key , value , fBuckets [ bucket ] ) ; fBuckets [ bucket ] = entry ; fNum ++ ; } }

Agrega la asignación de clave / valor a la tabla de la llave.Si la clave ya existe, el valor nuevo se sobrescribe el valor anterior asociado con esta clave.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_DelayedSpellATK_Instant_INTERVAL_A_TO_SELF  ( String skillcaster , int num0 , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200811 , skillcaster , num0 , skillname ) ; }

[% Skillcaster] El tiempo de vuelo disminuyó en% NUM0, ya que usó [% de habilidad].


@ Override protected boolean elementDepthIsZeroHook  ( ) throws IOException , XNIException  { setScannerState ( SCANNER_STATE_TRAILING_MISC ) ; setDispatcher ( fTrailingMiscDispatcher ) ; return true ; }

Profundidad del elemento IZ cero.Este metos es un gancho para las subclases para agregar código para manejar cuando la profundidad del elemento golpea cero.Al escanear un fragmento de documento, una profundidad de elemento de cero es normal.Sin embargo, al escanear un documento XML completo, el escáner debe manejar la sección Miscelana de arrastre del documento después del extremo del elemento raíz del documento.


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


public static void main  ( String [ ] args ) { DocumentSet dsSet = new DocumentSet ( "/home/ggianna/JInsect/summaries" , 1.0 ) ; dsSet . createSets ( ) ; if ( dsSet . getTrainingSet ( ) . size ( ) == 0 ) { System . err . println ( "Empty document set..." ) ; System . exit ( - 1 ) ; } System . out . println ( "@relation jinsect\n" ) ; System . out . println ( "@attribute GraphCooccurenceSimilarity real" ) ; System . out . println ( "@attribute GraphValueSimilarity real" ) ; System . out . println ( "@attribute GraphSizeSimilarity real" ) ; System . out . println ( "@attribute HistogramContainmentSimilarity real" ) ; System . out . println ( "@attribute HistogramValueSimilarity real" ) ; System . out . println ( "@attribute HistogramSizeSimilarity real" ) ; System . out . println ( "@attribute OverallSimilarity real" ) ; System . out . println ( "@attribute CharGraphCooccurenceSimilarity real" ) ; System . out . println ( "@attribute CharGraphValueSimilarity real" ) ; System . out . println ( "@attribute CharGraphSizeSimilarity real" ) ; System . out . println ( "@attribute NHistogramContainmentSimilarity real" ) ; System . out . println ( "@attribute NHistogramValueSimilarity real" ) ; System . out . println ( "@attribute NHistogramSizeSimilarity real" ) ; System . out . println ( "@attribute NOverallSimilarity real" ) ; System . out . println ( "@attribute IsSame {TRUE,FALSE}\n" ) ; System . out . println ( "@data" ) ; HashMap hmCache = new HashMap ( ) ; HashMap hmNCache = new HashMap ( ) ; int iTotal = dsSet . getTrainingSet ( ) . size ( ) ; int iCur = 0 ; StandardDocumentComparator sdcComparator = new StandardDocumentComparator ( ) ; Iterator iIter = dsSet . getTrainingSet ( ) . iterator ( ) ; while ( iIter . hasNext ( ) ) { CategorizedFileEntry cfeCur = ( CategorizedFileEntry ) iIter . next ( ) ; SimpleTextDocument ndDoc1 = new SimpleTextDocument ( ) ; NGramDocument ndNDoc1 = new NGramDocument ( ) ; if ( hmCache . containsKey ( cfeCur . getFileName ( ) ) ) { ndDoc1 = ( SimpleTextDocument ) hmCache . get ( cfeCur . getFileName ( ) ) ; ndNDoc1 = ( NGramDocument ) hmNCache . get ( cfeCur . getFileName ( ) ) ; } else { ndDoc1 . loadDataStringFromFile ( cfeCur . getFileName ( ) ) ; ndNDoc1 . loadDataStringFromFile ( cfeCur . getFileName ( ) ) ; } Iterator iOtherIter = dsSet . getTrainingSet ( ) . subList ( dsSet . getTrainingSet ( ) . indexOf ( cfeCur ) , dsSet . getTrainingSet ( ) . size ( ) ) . iterator ( ) ; while ( iOtherIter . hasNext ( ) ) { CategorizedFileEntry cfeOther = ( CategorizedFileEntry ) iOtherIter . next ( ) ; SimpleTextDocument ndDoc2 = new SimpleTextDocument ( ) ; NGramDocument ndNDoc2 = new NGramDocument ( ) ; if ( hmCache . containsKey ( cfeOther . getFileName ( ) ) ) { ndDoc2 = ( SimpleTextDocument ) hmCache . get ( cfeOther . getFileName ( ) ) ; ndNDoc2 = ( SimpleTextDocument ) hmCache . get ( cfeOther . getFileName ( ) ) ; } else { ndDoc2 . loadDataStringFromFile ( cfeOther . getFileName ( ) ) ; ndNDoc2 . loadDataStringFromFile ( cfeOther . getFileName ( ) ) ; } try { GraphSimilarity sSimil ; sSimil = sdcComparator . getSimilarityBetween ( ndDoc1 , ndDoc2 ) ; GraphSimilarity sSimil2 ; sSimil2 = sdcComparator . getSimilarityBetween ( ndNDoc1 , ndNDoc2 ) ; System . out . print ( sdcComparator . getGraphSimilarity ( ) . ContainmentSimilarity + "," + sdcComparator . getGraphSimilarity ( ) . ValueSimilarity + "," + sdcComparator . getGraphSimilarity ( ) . SizeSimilarity + "," + sdcComparator . getHistogramSimilarity ( ) . ContainmentSimilarity + "," + sdcComparator . getHistogramSimilarity ( ) . ValueSimilarity + "," + sdcComparator . getHistogramSimilarity ( ) . SizeSimilarity + "," + sSimil . getOverallSimilarity ( ) + "," ) ; System . out . println ( sdcComparator . getGraphSimilarity ( ) . ContainmentSimilarity + "," + sdcComparator . getGraphSimilarity ( ) . ValueSimilarity + "," + sdcComparator . getGraphSimilarity ( ) . SizeSimilarity + "," + sdcComparator . getHistogramSimilarity ( ) . ContainmentSimilarity + "," + sdcComparator . getHistogramSimilarity ( ) . ValueSimilarity + "," + sdcComparator . getHistogramSimilarity ( ) . SizeSimilarity + "," + sSimil . getOverallSimilarity ( ) + "," + ( ( ( cfeOther . getCategory ( ) == cfeCur . getCategory ( ) ) || ( cfeCur . getFileName ( ) . substring ( cfeCur . getFileName ( ) . lastIndexOf ( "/" ) ) == cfeCur . getFileName ( ) . substring ( cfeCur . getFileName ( ) . lastIndexOf ( "/" ) ) ) ) ? "TRUE" : "FALSE" ) ) ; } catch ( InvalidClassException iceE ) { System . err . println ( "Cannot compare..." ) ; } } System . err . println ( "Completed " + ( double ) iCur ++ / iTotal * 100 + "%" ) ; } }


private void analyzeMethodForDynamicBroadcastReceiver  ( SootMethod method ) { if ( ! method . isConcrete ( ) || ! method . hasActiveBody ( ) ) return ; for ( Unit u : method . getActiveBody ( ) . getUnits ( ) ) { Stmt stmt = ( Stmt ) u ; if ( stmt . containsInvokeExpr ( ) ) { if ( stmt . getInvokeExpr ( ) . getMethod ( ) . getName ( ) . equals ( "registerReceiver" ) && stmt . getInvokeExpr ( ) . getArgCount ( ) > 0 && isInheritedMethod ( stmt , "android.content.ContextWrapper" , "android.content.Context" ) ) { Value br = stmt . getInvokeExpr ( ) . getArg ( 0 ) ; if ( br . getType ( ) instanceof RefType ) { RefType rt = ( RefType ) br . getType ( ) ; dynamicManifestComponents . add ( rt . getClassName ( ) ) ; } } } } }

Comprueba si el método dado registra dinámicamente un nuevo receptor de transmisión


public Quaternion ( final double a , final double b , final double c , final double d ) { this . q0 = a ; this . q1 = b ; this . q2 = c ; this . q3 = d ; }

Construye un cuaternión de sus componentes.


public TimelineReader ( String fileName , boolean tryMemoryMapping ) throws MaryConfigurationException { if ( fileName == null ) { throw new NullPointerException ( "Filename is null" ) ; } try { load ( fileName , tryMemoryMapping ) ; } catch ( Exception e ) { throw new MaryConfigurationException ( "Cannot load timeline file from " + fileName , e ) ; } }

Construir una línea de tiempo desde el nombre del archivo dado.<P /> con el objetivo de la garantía fundamental: si se crea una instancia de esta clase, es utilizable.


public void appendPath  ( String p_addToPath ) throws MalformedURIException  { if ( p_addToPath == null || p_addToPath . trim ( ) . length ( ) == 0 ) { return ; } if ( ! isURIString ( p_addToPath ) ) { throw new MalformedURIException ( "Path contains invalid character!" ) ; } if ( m_path == null || m_path . trim ( ) . length ( ) == 0 ) { if ( p_addToPath . startsWith ( "/" ) ) { m_path = p_addToPath ; } else { m_path = "/" + p_addToPath ; } } else if ( m_path . endsWith ( "/" ) ) { if ( p_addToPath . startsWith ( "/" ) ) { m_path = m_path . concat ( p_addToPath . substring ( 1 ) ) ; } else { m_path = m_path . concat ( p_addToPath ) ; } } else { if ( p_addToPath . startsWith ( "/" ) ) { m_path = m_path . concat ( p_addToPath ) ; } else { m_path = m_path . concat ( "/" + p_addToPath ) ; } } }

Anexar al final del camino de este URI.Si la ruta actual no termina en una barra y la ruta a la que se va a adjuntar no comienza con una barra, se agregará una barra a la ruta actual antes de agregar el nuevo segmento.Además, si la ruta actual termina en una barra y el nuevo segmento comienza con una barra, la barra extra se eliminará antes de que se adjunte el nuevo segmento.


private ResultPoint findCornerFromCenter  ( int centerX , int deltaX , int left , int right , int centerY , int deltaY , int top , int bottom , int maxWhiteRun ) throws NotFoundException { int [ ] lastRange = null ; for ( int y = centerY , x = centerX ; y < bottom && y >= top && x < right && x >= left ; y += deltaY , x += deltaX ) { int [ ] range ; if ( deltaX == 0 ) { range = blackWhiteRange ( y , maxWhiteRun , left , right , true ) ; } else { range = blackWhiteRange ( x , maxWhiteRun , top , bottom , false ) ; } if ( range == null ) { if ( lastRange == null ) { throw NotFoundException . getNotFoundInstance ( ) ; } if ( deltaX == 0 ) { int lastY = y - deltaY ; if ( lastRange [ 0 ] < centerX ) { if ( lastRange [ 1 ] > centerX ) { return new ResultPoint ( deltaY > 0 ? lastRange [ 0 ] : lastRange [ 1 ] , lastY ) ; } return new ResultPoint ( lastRange [ 0 ] , lastY ) ; } else { return new ResultPoint ( lastRange [ 1 ] , lastY ) ; } } else { int lastX = x - deltaX ; if ( lastRange [ 0 ] < centerY ) { if ( lastRange [ 1 ] > centerY ) { return new ResultPoint ( lastX , deltaX < 0 ? lastRange [ 0 ] : lastRange [ 1 ] ) ; } return new ResultPoint ( lastX , lastRange [ 0 ] ) ; } else { return new ResultPoint ( lastX , lastRange [ 1 ] ) ; } } } lastRange = range ; } throw NotFoundException . getNotFoundInstance ( ) ; }

Intenta localizar una esquina del código de barras escaneando, abajo, a la izquierda o derecha desde un punto central, que debe estar dentro del código de barras.


@ Override public void actionPerformed  ( ActionEvent ev ) { executeImmediately ( getSyntax ( ) ) ; }


public static String createResourceName  ( String resource , Locale locale , boolean removeExtension ) { String resourceName = resource ; if ( removeExtension ) { if ( resourceName . endsWith ( ".xml" ) ) { resourceName = resourceName . replace ( ".xml" , "" ) ; } else if ( resourceName . endsWith ( ".properties" ) ) { resourceName = resourceName . replace ( ".properties" , "" ) ; } } if ( locale != null ) { if ( UtilValidate . isNotEmpty ( locale . toString ( ) ) ) { resourceName = resourceName + "_" + locale ; } } return resourceName ; }

Cree un nombre de recurso localizado basado en un nombre de recurso y una localidad.


public DoubleConstant ( double n ) { val = n ; }

Crea una constante envolviendo el largo especificado.


public GroupsGetByIdQuery groupId  ( String value ) { return unsafeParam ( "group_id" , value ) ; }

ID o nombre de pantalla de la comunidad.


public void onItemClick  ( View view ) { }

desencadenado por el evento Onclick, para ser sobrerido.


public Object clone  ( ) { Split result = new Split ( ) ; result . copy ( this ) ; return result ; }


public static SM_SYSTEM_MESSAGE STR_SKILL_ABSORBED_OTHER_NPC  ( String skilltarget , String skillcaster ) { return new SM_SYSTEM_MESSAGE ( 1260222 , skilltarget , skillcaster ) ; }

[% SkillTarget] Absorbió [% de Skillcaster].


public static void writeFile  ( String rootFolder , String resourceFolder , String resourceName , String schemaResource , Object objectToWrite ) { if ( objectToWrite == null ) { ConsoleManager . getInstance ( ) . error ( ParseXML . class , "No object to write" ) ; } JAXBContext contextObj ; String fullResourceName = rootFolder + resourceFolder + resourceName ; System . out . println ( "Writing : " + fullResourceName ) ; try { contextObj = JAXBContext . newInstance ( objectToWrite . getClass ( ) ) ; Marshaller marshallerObj = contextObj . createMarshaller ( ) ; marshallerObj . setProperty ( Marshaller . JAXB_FORMATTED_OUTPUT , true ) ; marshallerObj . marshal ( objectToWrite , new FileOutputStream ( fullResourceName ) ) ; } catch ( JAXBException e ) { ConsoleManager . getInstance ( ) . exception ( ParseXML . class , e ) ; } catch ( FileNotFoundException e ) { ConsoleManager . getInstance ( ) . exception ( ParseXML . class , e ) ; } }


public void notifyDataSourceLoaded  ( ) { for ( DataSourceUpdatedInterface listener : listenerList ) { listener . dataSourceLoaded ( getGeometryType ( ) , false ) ; } }


public TableIterator ( Table table , IntIterator rows ) { m_table = table ; m_rows = rows ; m_modCount = table . getModificationCount ( ) ; }

Cree un nuevo virtualizador usando un iterador dado sobre las filas de la tabla.


public MarketReorderItemsQuery reorderItems  ( UserActor actor , int ownerId , int itemId ) { return new MarketReorderItemsQuery ( getClient ( ) , actor , ownerId , itemId ) ; }

Cambia el lugar del artículo en una colección.


private void maybeWriteStatusToDiskAsync  ( ) { mDirtyOperations ++ ; if ( mDirtyOperations >= MAX_OPS_BEFORE_WRITE ) { mIoHandler . post ( new WriteJobsMapToDiskRunnable ( ) ) ; } }

Cada vez que el estado cambia, escribimos todos los trabajos en una franja, en lugar de tratar de seguir los cambios incrementales.


private void processFileReferences  ( SearchParameters params , PsiFile file ) { if ( file instanceof BuildFile ) { BuildFile buildFile = ( BuildFile ) file ; processBuildFileReferences ( params , buildFile ) ; if ( buildFile . getBlazeFileType ( ) == BlazeFileType . BuildPackage ) { return ; } } BlazePackage blazePackage = BlazePackage . getContainingPackage ( file ) ; PsiDirectory directory = blazePackage != null ? blazePackage . getContainingDirectory ( ) : null ; if ( directory == null ) { return ; } Label label = LabelUtils . createLabelForFile ( blazePackage , PsiUtils . getFilePath ( file ) ) ; if ( label == null ) { return ; } List < String > stringsToSearch = LabelUtils . getAllValidLabelStrings ( label , true ) ; SearchScope scope = params . getScopeDeterminedByUser ( ) . intersectWith ( blazePackage . getSearchScope ( true ) ) ; for ( String string : stringsToSearch ) { searchForString ( params , scope , file , string ) ; } }

Encuentre todas las referencias al archivo dado dentro de los archivos de compilación.


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

Dump .dot Call-graph anotado con resúmenes de métodos (enorme) -.


public static SM_SYSTEM_MESSAGE STR_MSG_NOT_ENOUGH_TRADE_MONEY  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1400557 , value0 ) ; }


public PhotosDeleteQuery ( VkApiClient client , UserActor actor , int photoId ) { super ( client , "photos.delete" , OkResponse . class ) ; accessToken ( actor . getAccessToken ( ) ) ; photoId ( photoId ) ; }

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


public SecureSetCounterQuery counters  ( String ... value ) { return unsafeParam ( "counters" , value ) ; }


public Line intersection  ( final Plane other ) { final Vector3D direction = Vector3D . crossProduct ( w , other . w ) ; if ( direction . getNorm ( ) < tolerance ) { return null ; } final Vector3D point = intersection ( this , other , new Plane ( direction , tolerance ) ) ; return new Line ( point , point . add ( direction ) , tolerance ) ; }

Construye la línea compartida por la instancia y otro plano.


public boolean isConvertible  ( final SourceDataTag tag , final Object tagValue ) { this . equipmentLogger . trace ( "isConvertible - Tag #" + tag . getId ( ) + " casting " + tagValue + " to " + tag . getDataType ( ) ) ; return TypeConverter . isConvertible ( tagValue , tag . getDataType ( ) ) ; }

Comprueba si el TagValue es convertible en el valor de la etiqueta actual.


public boolean isFederatedNamespace  ( ) { return this . isFederatedNamespace ; }

Si el espacio de nombres es el espacio de nombres federado


@ Override public void destroy  ( ) throws Exception  { if ( this . infinispanCache != null ) { this . infinispanCache . stop ( ) ; } }

Apaga el <código> org.infinispan.cache </ code> creado por este <código> Factorybean </ Code>.


public final boolean isEmpty  ( ) { return empty ; }

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


private boolean hasProxySettings  ( Properties settings ) { String proxyHost = settings . getProperty ( "org.gnome.system.proxy.http host" , null ) ; return proxyHost != null && proxyHost . length ( ) > 0 ; }

Cheques Si tenemos configuraciones de configuración de proxy en las propiedades.


public Builder maxBounds  ( LatLngBounds maxBounds ) { this . maxBounds = maxBounds ; return this ; }

Cuando se establece esta opción, el mapa restringe la vista a los límites geográficos dados, rebotando al usuario cuando intenta sartén fuera de la vista.Para establecer la restricción dinámicamente, use el método SetMAXBOUNDS.


public NotSpacePredicate ( ISpacePredicate operand ) { super ( operand ) ; }

Crea un predicado binario utilizando los operandos especificados.


static void verify  ( Principal [ ] principals ) throws InvalidObjectException { if ( principals == null || principals . length == 0 ) { throw new InvalidObjectException ( "cannot create constraint with no elements" ) ; } for ( int i = principals . length ; -- i >= 0 ; ) { Principal p = principals [ i ] ; if ( p == null ) { throw new InvalidObjectException ( "elements cannot be null" ) ; } if ( contains ( principals , i , p ) ) { throw new InvalidObjectException ( "cannot create constraint with duplicate elements" ) ; } } }

Verifica que hay al menos un elemento, y que no hay duplicados;


@ Override public boolean scanQName  ( QName qname ) throws IOException { if ( fCurrentEntity . position == fCurrentEntity . count ) { load ( 0 , true ) ; } int offset = fCurrentEntity . position ; char ch = fCurrentEntity . ch [ offset ] ; if ( XML11Char . isXML11NCNameStart ( ch ) ) { if ( ++ fCurrentEntity . position == fCurrentEntity . count ) { fCurrentEntity . ch [ 0 ] = ch ; offset = 0 ; if ( load ( 1 , false ) ) { fCurrentEntity . columnNumber ++ ; String name = fSymbolTable . addSymbol ( fCurrentEntity . ch , 0 , 1 ) ; qname . setValues ( null , name , name , null ) ; return true ; } } } else if ( XML11Char . isXML11NameHighSurrogate ( ch ) ) { if ( ++ fCurrentEntity . position == fCurrentEntity . count ) { fCurrentEntity . ch [ 0 ] = ch ; offset = 0 ; if ( load ( 1 , false ) ) { -- fCurrentEntity . startPosition ; -- fCurrentEntity . position ; return false ; } } char ch2 = fCurrentEntity . ch [ fCurrentEntity . position ] ; if ( ! XMLChar . isLowSurrogate ( ch2 ) || ! XML11Char . isXML11NCNameStart ( XMLChar . supplemental ( ch , ch2 ) ) ) { -- fCurrentEntity . position ; return false ; } if ( ++ fCurrentEntity . position == fCurrentEntity . count ) { fCurrentEntity . ch [ 0 ] = ch ; fCurrentEntity . ch [ 1 ] = ch2 ; offset = 0 ; if ( load ( 2 , false ) ) { fCurrentEntity . columnNumber += 2 ; String name = fSymbolTable . addSymbol ( fCurrentEntity . ch , 0 , 2 ) ; qname . setValues ( null , name , name , null ) ; return true ; } } } else { return false ; } int index = - 1 ; boolean sawIncompleteSurrogatePair = false ; do { ch = fCurrentEntity . ch [ fCurrentEntity . position ] ; if ( XML11Char . isXML11Name ( ch ) ) { if ( ch == ':' ) { if ( index != - 1 ) { break ; } index = fCurrentEntity . position ; } if ( ++ fCurrentEntity . position == fCurrentEntity . count ) { int length = fCurrentEntity . position - offset ; if ( length == fCurrentEntity . ch . length ) { char [ ] tmp = new char [ fCurrentEntity . ch . length << 1 ] ; System . arraycopy ( fCurrentEntity . ch , offset , tmp , 0 , length ) ; fCurrentEntity . ch = tmp ; } else { System . arraycopy ( fCurrentEntity . ch , offset , fCurrentEntity . ch , 0 , length ) ; } if ( index != - 1 ) { index = index - offset ; } offset = 0 ; if ( load ( length , false ) ) { break ; } } } else if ( XML11Char . isXML11NameHighSurrogate ( ch ) ) { if ( ++ fCurrentEntity . position == fCurrentEntity . count ) { int length = fCurrentEntity . position - offset ; if ( length == fCurrentEntity . ch . length ) { char [ ] tmp = new char [ fCurrentEntity . ch . length << 1 ] ; System . arraycopy ( fCurrentEntity . ch , offset , tmp , 0 , length ) ; fCurrentEntity . ch = tmp ; } else { System . arraycopy ( fCurrentEntity . ch , offset , fCurrentEntity . ch , 0 , length ) ; } if ( index != - 1 ) { index = index - offset ; } offset = 0 ; if ( load ( length , false ) ) { sawIncompleteSurrogatePair = true ; -- fCurrentEntity . startPosition ; -- fCurrentEntity . position ; break ; } } char ch2 = fCurrentEntity . ch [ fCurrentEntity . position ] ; if ( ! XMLChar . isLowSurrogate ( ch2 ) || ! XML11Char . isXML11Name ( XMLChar . supplemental ( ch , ch2 ) ) ) { sawIncompleteSurrogatePair = true ; -- fCurrentEntity . position ; break ; } if ( ++ fCurrentEntity . position == fCurrentEntity . count ) { int length = fCurrentEntity . position - offset ; if ( length == fCurrentEntity . ch . length ) { char [ ] tmp = new char [ fCurrentEntity . ch . length << 1 ] ; System . arraycopy ( fCurrentEntity . ch , offset , tmp , 0 , length ) ; fCurrentEntity . ch = tmp ; } else { System . arraycopy ( fCurrentEntity . ch , offset , fCurrentEntity . ch , 0 , length ) ; } if ( index != - 1 ) { index = index - offset ; } offset = 0 ; if ( load ( length , false ) ) { break ; } } } else { break ; } } while ( true ) ; int length = fCurrentEntity . position - offset ; fCurrentEntity . columnNumber += length ; if ( length > 0 ) { String prefix = null ; String localpart = null ; String rawname = fSymbolTable . addSymbol ( fCurrentEntity . ch , offset , length ) ; if ( index != - 1 ) { int prefixLength = index - offset ; prefix = fSymbolTable . addSymbol ( fCurrentEntity . ch , offset , prefixLength ) ; int len = length - prefixLength - 1 ; int startLocal = index + 1 ; if ( ! XML11Char . isXML11NCNameStart ( fCurrentEntity . ch [ startLocal ] ) && ( ! XML11Char . isXML11NameHighSurrogate ( fCurrentEntity . ch [ startLocal ] ) || sawIncompleteSurrogatePair ) ) { fErrorReporter . reportError ( XMLMessageFormatter . XML_DOMAIN , "IllegalQName" , null , XMLErrorReporter . SEVERITY_FATAL_ERROR ) ; } localpart = fSymbolTable . addSymbol ( fCurrentEntity . ch , index + 1 , len ) ; } else { localpart = rawname ; } qname . setValues ( prefix , localpart , rawname , null ) ; return true ; } return false ; }

Escanea un nombre calificado de la entrada, configurando adecuadamente los campos de la estructura QName.<p /> <strong> Nota: </ strong> Se consumen los caracteres de nombre calificado.<p /> <strong> Nota: </ strong> Las cadenas utilizadas para establecer los valores de la estructura QNAME deben ser símbolos.La mesa de símbolos se puede utilizar para este propósito.


private static String stringToHex  ( final byte [ ] data ) { StringBuilder sb = new StringBuilder ( data . length * 2 ) ; for ( int i = 0 ; i < data . length ; i ++ ) { String hex = Integer . toHexString ( data [ i ] ) ; if ( hex . length ( ) == 1 ) { sb . append ( "0" ) ; } else if ( hex . length ( ) == 8 ) { hex = hex . substring ( 6 ) ; } sb . append ( hex ) ; } return sb . toString ( ) . toLowerCase ( ) ; }

Convierte los datos de byte a una cadena codificada por hex.


static Class findProviderClass  ( String className , ClassLoader cl , boolean doFallback ) throws ClassNotFoundException , ConfigurationError { SecurityManager security = System . getSecurityManager ( ) ; if ( security != null ) { final int lastDot = className . lastIndexOf ( "." ) ; String packageName = className ; if ( lastDot != - 1 ) packageName = className . substring ( 0 , lastDot ) ; security . checkPackageAccess ( packageName ) ; } Class providerClass ; if ( cl == null ) { providerClass = Class . forName ( className ) ; } else { try { providerClass = cl . loadClass ( className ) ; } catch ( ClassNotFoundException x ) { if ( doFallback ) { ClassLoader current = ObjectFactory . class . getClassLoader ( ) ; if ( current == null ) { providerClass = Class . forName ( className ) ; } else if ( cl != current ) { cl = current ; providerClass = cl . loadClass ( className ) ; } else { throw x ; } } else { throw x ; } } } return providerClass ; }

Encuentre una clase usando el cargador de clases especificado


public MarketSearchQuery q  ( String value ) { return unsafeParam ( "q" , value ) ; }

Consulta de búsqueda, por ejemplo, "zapatillas rosadas"


public void removeTableListener  ( TableListener listnr ) { m_listeners . remove ( listnr ) ; }


@ Override public byte [ ] next  ( ) { if ( iteratorIndex >= columnDictionaryChunks . get ( outerIndex ) . getValues ( ) . size ( ) ) { iteratorIndex = 0 ; outerIndex ++ ; } ByteBuffer buffer = columnDictionaryChunks . get ( outerIndex ) . getValues ( ) . get ( iteratorIndex ) ; byte [ ] value = buffer . array ( ) ; currentSize ++ ; iteratorIndex ++ ; return value ; }

Devuelve el siguiente elemento en la iteración.El método Pics Los siguientes elementos de la primera lista interna hasta que primero no haya terminado, fotos la segunda lista interna ...


@ NotNull public static Map < NlComponent , List < NlComponent > > groupSiblings  ( @ NotNull Collection < ? extends NlComponent > components ) { Map < NlComponent , List < NlComponent > > siblingLists = new HashMap < > ( ) ; if ( components . isEmpty ( ) ) { return siblingLists ; } if ( components . size ( ) == 1 ) { NlComponent component = components . iterator ( ) . next ( ) ; siblingLists . put ( component . getParent ( ) , Collections . singletonList ( component ) ) ; return siblingLists ; } for ( NlComponent component : components ) { NlComponent parent = component . getParent ( ) ; List < NlComponent > children = siblingLists . get ( parent ) ; if ( children == null ) { children = new ArrayList < > ( ) ; siblingLists . put ( parent , children ) ; } children . add ( component ) ; } return siblingLists ; }

Particione la lista indicada de componentes en un mapa donde cada valor es una lista de hermanos, en el mismo orden que en la lista original, y donde las claves son los padres (o nulo para los componentes que no tienen un padre).<P /> Las listas de valores nunca estarán vacías.La clave principal será nula para los componentes sin padres.


@ TargetApi ( 23 ) private boolean generateKey  ( ) { mKeyStore = null ; KeyGenerator keyGenerator ; try { mKeyStore = KeyStore . getInstance ( "AndroidKeyStore" ) ; keyGenerator = KeyGenerator . getInstance ( KeyProperties . KEY_ALGORITHM_AES , "AndroidKeyStore" ) ; } catch ( NoSuchAlgorithmException | NoSuchProviderException e ) { return false ; } catch ( KeyStoreException e ) { return false ; } try { mKeyStore . load ( null ) ; keyGenerator . init ( new KeyGenParameterSpec . Builder ( KEY_NAME , KeyProperties . PURPOSE_ENCRYPT | KeyProperties . PURPOSE_DECRYPT ) . setBlockModes ( KeyProperties . BLOCK_MODE_CBC ) . setUserAuthenticationRequired ( true ) . setEncryptionPaddings ( KeyProperties . ENCRYPTION_PADDING_PKCS7 ) . build ( ) ) ; keyGenerator . generateKey ( ) ; return true ; } catch ( NoSuchAlgorithmException | InvalidAlgorithmParameterException | CertificateException | IOException e ) { return false ; } }


@ ObjectiveCName ( "clear:action:name:" ) void clear  ( Topic topic , Actions action , String name ) { String uniqueName = this . getUniqueName ( topic , action , name ) ; this . clear ( uniqueName ) ; }

Borra el tiempo de espera de ACK para un mensaje.


private void cleanExpiredTokens  ( ) { Iterator < Entry < String , Token > > it = this . tokens . entrySet ( ) . iterator ( ) ; while ( it . hasNext ( ) ) { Map . Entry < String , Token > pair = ( Map . Entry < String , Token > ) it . next ( ) ; if ( pair . getValue ( ) . isExpired ( ) ) it . remove ( ) ; } }

Se utiliza internamente para mantener las cosas ordenadas: eliminará los fichas caducados del mapa.


@ Override protected List < Target > overridableCreateTargetsWithPauses  ( List < Element > segmentsAndBoundaries , String pauseSymbol ) { return HalfPhoneTargetFeatureLister . createTargetsWithPauses ( segmentsAndBoundaries , pauseSymbol ) ; }

Acceda al código desde el código de nuestro propio propio, para que una subclase pueda anularla.Use esto en lugar del método estático público en el código local.


Las instancias no deben construirse en la programación estándar.


public int traversal  ( ) { return soot . PhaseOptions . getInt ( options , "traversal" ) ; }

Traversal máximo: haga que el análisis atraviese a la mayoría de esta cantidad de nodos por consulta. Haga que el análisis sea transparente a la mayoría de esta cantidad de nodos por consulta.Esta cuota se comparte uniformemente entre múltiples pases (consulte la siguiente opción).


protected void initUI  ( ) { for ( int i = 0 ; i < getComponentCount ( ) ; ++ i ) { Component c = getComponent ( i ) ; if ( ! ( c instanceof JToggleButton ) ) continue ; JToggleButton tb = ( JToggleButton ) c ; tb . removeActionListener ( m_lstnr ) ; if ( m_group != null ) m_group . remove ( tb ) ; } removeAll ( ) ; UILib . addStrut ( this , m_axis , m_margin ) ; for ( int i = 0 ; i < m_data . getSize ( ) ; ++ i ) { if ( i > 0 ) UILib . addStrut ( this , m_axis , m_spacing ) ; Object data = m_data . getElementAt ( i ) ; String label = m_labels == null ? data . toString ( ) : m_labels [ i ] ; JToggleButton tb = null ; if ( m_type == CHECKBOX ) { tb = new JCheckBox ( label ) ; } else { tb = new JRadioButton ( label ) ; m_group . add ( tb ) ; } tb . putClientProperty ( "idx" , new Integer ( i ) ) ; tb . addActionListener ( m_lstnr ) ; add ( tb ) ; } UILib . addStrut ( this , m_axis , m_margin ) ; m_lstnr . valueChanged ( null ) ; }


public static ITextComponent handle  ( ITextComponent message , ICommandSender sender ) { final MessageEvent . Chat event = new MessageEvent . Chat ( message , sender , sender == null ? Side . CLIENT : Side . SERVER ) ; return OpenModLoader . getEventBus ( ) . post ( event ) ? event . getMessage ( ) : null ; }

Hoja para hacer parches relacionados mucho más limpios.