public boolean total_context_counts  ( ) { return soot . PhaseOptions . getBoolean ( options , "total-context-counts" ) ; }

Recuento de contexto de impresión (solo totales): imprima el número total de contextos.Hace que la paleta imprima el número de contextos y el número de clases de equivalencia contexto.


public GreaterEqualsSpacePredicate ( Comparable < ? > expectedValue , Comparator < ? > comparator ) { super ( expectedValue , comparator ) ; }

Crea un predicado de mayor igual que utilizando el valor esperado y el comparador especificado.


public Value add  ( Value num1 , Value num2 ) { throw new RuntimeException ( "Unsupported operation." ) ; }

Devuelva un valor que representa los dos valores agregados.


private void resolveAnchorView  ( final View forChild , final CoordinatorLayout parent ) { mAnchorView = parent . findViewById ( mAnchorId ) ; if ( mAnchorView != null ) { if ( mAnchorView == parent ) { if ( parent . isInEditMode ( ) ) { mAnchorView = mAnchorDirectChild = null ; return ; } throw new IllegalStateException ( "View can not be anchored to the the parent CoordinatorLayout" ) ; } View directChild = mAnchorView ; for ( ViewParent p = mAnchorView . getParent ( ) ; p != parent && p != null ; p = p . getParent ( ) ) { if ( p == forChild ) { if ( parent . isInEditMode ( ) ) { mAnchorView = mAnchorDirectChild = null ; return ; } throw new IllegalStateException ( "Anchor must not be a descendant of the anchored view" ) ; } if ( p instanceof View ) { directChild = ( View ) p ; } } mAnchorDirectChild = directChild ; } else { if ( parent . isInEditMode ( ) ) { mAnchorView = mAnchorDirectChild = null ; return ; } throw new IllegalStateException ( "Could not find CoordinatorLayout descendant view" + " with id " + parent . getResources ( ) . getResourceName ( mAnchorId ) + " to anchor view " + forChild ) ; } }

Determine la vista de anclaje para la vista secundaria a las que se asigna a estos despidos.Asume que Manchorid es válido.


public static void copy  ( InputStream input , Writer output ) throws IOException { InputStreamReader in = new InputStreamReader ( input ) ; copy ( in , output ) ; }

Copie y convierta bytes de un <código> inputstream </ code> a caracteres en un escritor </ code>.La codificación predeterminada de la plataforma se utiliza para la conversión de bytes a char.


public boolean isNextEvolutionOf  ( Pokemon otherPokemon ) { for ( Pokemon evolution : otherPokemon . evolutions ) { if ( number == evolution . number ) { return true ; } } return false ; }

Comprueba si este Pokémon es la evolución directa de Otherpokemon.Ejemplo: - charmeleon.isinnextevolution (Charmander) devuelve True - Charizard.IsinNexTevolution (Charmander) devuelve False (tiene que ser la siguiente evolución)


protected AudioMoveToAlbumQuery audioIds  ( List < Integer > value ) { return unsafeParam ( "audio_ids" , value ) ; }

IDS de los archivos de audio a mover.Nota: Un álbum puede contener hasta 1000 archivos de audio.


public AudioInputStream convertToAudioInputStream  ( ) throws IOException , UnsupportedAudioFileException  { if ( ram ) { assert os instanceof ByteArrayOutputStream ; assert f == null ; byte [ ] audioData = ( ( ByteArrayOutputStream ) os ) . toByteArray ( ) ; return AudioSystem . getAudioInputStream ( new ByteArrayInputStream ( audioData ) ) ; } else { assert os instanceof FileOutputStream ; assert f != null ; os . close ( ) ; long byteLength = f . length ( ) ; return AudioSystem . getAudioInputStream ( f ) ; } }

Convierta los datos de audio en un AudioInputStream de AudioFormat adecuado.Este método supone que los datos de audio comienzan con un encabezado de archivo de audio válido, por lo que el formato de audio se lee en los datos.


public static SM_SYSTEM_MESSAGE STR_MSG_INSTANCE_BATTLE_TIME  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1400254 , value0 ) ; }

Solo puede batir% 0 dentro del límite de tiempo dado.


public NGramHistoDocument ( int iMinGraphSize , int iMaxGraphSize , int iGraphCorrelationWindow , int iMinHistogramSize , int iMaxHistogramSize ) { Graph = new DocumentNGramGraph ( iMinGraphSize , iMaxGraphSize , iGraphCorrelationWindow ) ; Histogram = new DocumentNGramHistogram ( iMinHistogramSize , iMaxHistogramSize ) ; }

Crea una nueva instancia de n plussnormsymwindocument, dados los parámetros para las representaciones de histograma y gráficos subyacentes.


@ Override public < T > EventPoller < T > newPoller  ( DataProvider < T > dataProvider , Sequence ... gatingSequences ) { return EventPoller . newInstance ( dataProvider , this , new Sequence ( ) , cursor , gatingSequences ) ; }

Crea un colmoneador de eventos para esta secuencia que utilizará los proveedores de datos suministrados y las secuencias de gatting.


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

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


private void updateConfigObject  ( String setup_step , String setup_state , String setup_phase , String setup_message ) { config . addProperty ( Constants . SETUP_STEP , setup_step ) ; config . addProperty ( Constants . SETUP_STATE , setup_state ) ; config . addProperty ( Constants . SETUP_PHASE , setup_phase ) ; config . addProperty ( Constants . SETUP_MESSAGE , setup_message ) ; notifyListeners ( this , config ) ; }

Este método se utiliza para actualizar el objeto de configuración JSON que se enviará a la UI.


public ChangeSet decrement  ( String path , long delta ) { return increment ( path , - delta ) ; }

Disminuir una propiedad larga con el delta dado.


public TrackedEntityInstanceQueryParams addOrganisationUnit  ( OrganisationUnit unit ) { this . organisationUnits . add ( unit ) ; return this ; }

Agrega una unidad de organización a los parámetros.


public Ray ( Vector2 direction ) { this ( new Vector2 ( ) , direction ) ; }

Crea un rayo del origen en la dirección dada.


public BigReal ( double val , MathContext mc ) { d = new BigDecimal ( val , mc ) ; }


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

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


public static SM_SYSTEM_MESSAGE STR_SKILL_RESISTED_MAGIC_OTHER_HOSTILE  ( String skilltarget , String skillcaster ) { return new SM_SYSTEM_MESSAGE ( 1250220 , skilltarget , skillcaster ) ; }

[% SkillTarget] resistió la magia [% Skillcaster].


public void scaleComponentTree  ( JComponent root ) { if ( myScaleFactor == 1.0f ) return ; if ( DEBUG ) LOG . info ( "Scaling components from \"" + myClazz . getSimpleName ( ) + "\"" ) ; scaleComponentTreeWorker ( root ) ; if ( DEBUG ) LOG . info ( "Done scaling components from \"" + myClazz . getSimpleName ( ) + "\": " + myScaledValueCount + " values scaled" ) ; root . putClientProperty ( SCALE_FACTOR_KEY , new Float ( myScaleFactor ) ) ; }

Aplique el factor de escala al árbol de componentes que comienza en <código> raíz </ código>


private static void createDataSchema  ( FileSystem fs , boolean hdfs ) throws IOException { File file = File . createTempFile ( DATA_SCHEMA_FILE_LOCALFS , ".xml" ) ; file . deleteOnExit ( ) ; logger . info ( "file = " + file . toString ( ) ) ; SystemConfiguration . setProperty ( "data.schemas" , file . toString ( ) ) ; OutputStreamWriter osw = null ; if ( hdfs ) { Path filePath = new Path ( DATA_SCHEMA_FILE_HDFS ) ; fs . deleteOnExit ( filePath ) ; osw = new OutputStreamWriter ( fs . create ( filePath , true ) ) ; logger . info ( "hdfs: filePath = " + filePath . toString ( ) ) ; } try { DocumentBuilderFactory dbFactory = DocumentBuilderFactory . newInstance ( ) ; DocumentBuilder dBuilder = dbFactory . newDocumentBuilder ( ) ; Document doc = dBuilder . newDocument ( ) ; Element rootElement = doc . createElement ( "schema" ) ; doc . appendChild ( rootElement ) ; Element schemaNameElement = doc . createElement ( "schemaName" ) ; schemaNameElement . appendChild ( doc . createTextNode ( TEST_DATA_SCHEMA_NAME ) ) ; rootElement . appendChild ( schemaNameElement ) ; String primitiveTypePartitionerName = PrimitiveTypePartitioner . class . getName ( ) ; String ipPartitionerName = IPDataPartitioner . class . getName ( ) ; String datePartitioner = ISO8601DatePartitioner . class . getName ( ) ; TestUtils . addElement ( doc , rootElement , DATE , PrimitiveTypePartitioner . STRING , "false" , datePartitioner ) ; TestUtils . addElement ( doc , rootElement , QNAME , PrimitiveTypePartitioner . STRING , "false" , primitiveTypePartitionerName ) ; TestUtils . addElement ( doc , rootElement , SRCIP , PrimitiveTypePartitioner . STRING , "false" , ipPartitionerName ) ; TestUtils . addElement ( doc , rootElement , DSTIP , PrimitiveTypePartitioner . STRING , "false" , ipPartitionerName ) ; TestUtils . addElement ( doc , rootElement , QTYPE , PrimitiveTypePartitioner . SHORT , "true" , primitiveTypePartitionerName ) ; TestUtils . addElement ( doc , rootElement , RCODE , PrimitiveTypePartitioner . INT , "false" , primitiveTypePartitionerName ) ; TestUtils . addElement ( doc , rootElement , IPS , PrimitiveTypePartitioner . STRING , "true" , ipPartitionerName ) ; TransformerFactory transformerFactory = TransformerFactory . newInstance ( ) ; Transformer transformer = transformerFactory . newTransformer ( ) ; DOMSource source = new DOMSource ( doc ) ; StreamResult resultLocalFS = new StreamResult ( file ) ; transformer . transform ( source , resultLocalFS ) ; if ( hdfs ) { StreamResult resultHDFS = new StreamResult ( osw ) ; transformer . transform ( source , resultHDFS ) ; } StreamResult consoleResult = new StreamResult ( System . out ) ; transformer . transform ( source , consoleResult ) ; System . out . println ( ) ; if ( osw != null ) { osw . close ( ) ; } } catch ( Exception e ) { e . printStackTrace ( ) ; } }

Cree el archivo de esquema de datos de prueba


public RepositoryChanged updateExistingRepository  ( String repoName , String repoRemoteLocation , String repoUserName , String repoPassword , String repoLocations , String repoBranch , boolean useCredentials ) { return null ; }

Este método para ser implementado por la clase de extensión.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_Stagger_A_TO_ME  ( String skillcaster , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200592 , skillcaster , skillname ) ; }

[% Skillcaster] le ha derribado el uso de [% Habilidad].


public synchronized void resume  ( ) { }


public static void assertChiSquareAccept  ( int [ ] values , double [ ] expected , long [ ] observed , double alpha ) { String [ ] labels = new String [ values . length ] ; for ( int i = 0 ; i < values . length ; i ++ ) { labels [ i ] = Integer . toString ( values [ i ] ) ; } assertChiSquareAccept ( labels , expected , observed , alpha ) ; }

Afirma la hipótesis nula para una prueba cuadrada de Chi.Falla y descarga los argumentos y las estadísticas de prueba si la hipótesis nula puede ser rechazada con confianza 100 * (1 - alfa)%


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

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


@ RequestMapping ( value = "/race-results" , method = RequestMethod . PUT , produces = MediaType . APPLICATION_JSON_VALUE ) @ Timed public ResponseEntity < RaceResult > updateRaceResult  ( @ RequestBody RaceResult raceResult ) throws URISyntaxException { log . debug ( "REST request to update RaceResult : {}" , raceResult ) ; if ( raceResult . getRaceResultId ( ) == null ) { return createRaceResult ( raceResult ) ; } RaceResult result = raceResultRepository . save ( raceResult ) ; return ResponseEntity . ok ( ) . headers ( HeaderUtil . createEntityUpdateAlert ( "raceResult" , raceResult . getRaceResultId ( ) . toString ( ) ) ) . body ( result ) ; }

PUT / RACE-RESULTONES: Actualiza un raceresult existente.


@ Override public int read  ( byte [ ] b , int off , int len ) throws IOException { int nSamples = len / frameSize ; int totalRead = 0 ; int currentPos = off ; do { int toRead = nSamples - totalRead ; if ( toRead > sampleBuf . length ) toRead = sampleBuf . length ; int nRead = source . getData ( sampleBuf , 0 , toRead ) ; if ( frameSize == 1 ) { for ( int i = 0 ; i < nRead ; i ++ , currentPos ++ ) { int sample = ( int ) Math . round ( sampleBuf [ i ] * 127.0 ) ; b [ currentPos ] = ( byte ) ( ( sample >> 8 ) & 0xFF ) ; } } else if ( frameSize == 2 ) { boolean bigEndian = format . isBigEndian ( ) ; for ( int i = 0 ; i < nRead ; i ++ , currentPos += 2 ) { int sample = ( int ) Math . round ( sampleBuf [ i ] * 32767.0 ) ; if ( sample > MAX_AMPLITUDE || sample < - MAX_AMPLITUDE ) { System . err . println ( "Warning: signal amplitude out of range: " + sample ) ; } byte hibyte = ( byte ) ( sample >> 8 ) ; byte lobyte = ( byte ) ( sample & 0xFF ) ; if ( ! bigEndian ) { b [ currentPos ] = lobyte ; b [ currentPos + 1 ] = hibyte ; } else { b [ currentPos ] = hibyte ; b [ currentPos + 1 ] = lobyte ; } } } else { boolean bigEndian = format . isBigEndian ( ) ; for ( int i = 0 ; i < nRead ; i ++ , currentPos += 3 ) { int sample = ( int ) Math . round ( sampleBuf [ i ] * 8388605.0 ) ; byte hibyte = ( byte ) ( sample >> 16 ) ; byte midbyte = ( byte ) ( ( sample >> 8 ) & 0xFF ) ; byte lobyte = ( byte ) ( sample & 0xFF ) ; if ( ! bigEndian ) { b [ currentPos ] = lobyte ; b [ currentPos + 1 ] = midbyte ; b [ currentPos + 2 ] = hibyte ; } else { b [ currentPos ] = hibyte ; b [ currentPos + 1 ] = midbyte ; b [ currentPos + 2 ] = lobyte ; } } } totalRead += nRead ; assert currentPos <= off + len ; } while ( source . hasMoreData ( ) && totalRead < nSamples ) ; if ( totalRead == 0 ) return - 1 ; else return totalRead * frameSize ; }

Lee hasta un número máximo especificado de bytes de datos de la secuencia de audio, poniéndolos en la matriz de bytes dada.<P> Este método siempre leerá un número integral de marcos.Si <CÓDIGO> LEN </ CODE> no especifica un número integral de cuadros, se leerá un máximo de <CÓDIGO> LEN - (LEN% Framesize) </ Code> Bytes.


public static final double newtonsToPounds  ( double newtons ) { return newtons * NEWTON_TO_POUND ; }

Convierte a Newtons a la fuerza de libra.


public static void removePropertiesListListener  ( PropertiesListListener listener ) { synchronized ( propertieslistListeners ) { propertieslistListeners . remove ( listener ) ; } }

Eliminar el escuchador de archivos reciente


public DebugRequestHandler ( DataRequestHandler next , ObjectMapper mapper ) { super ( mapper ) ; this . next = next ; }


private Connection handleRedirect  ( IBasicRequest oldRequest , Headers responseHeaders ) { IBasicRequest redirectRequest = null ; RedirectHandler redirectHandler = oldRequest . getRedirectHandler ( ) ; if ( redirectHandler != null ) { if ( redirectHandler . isDisallowedRedirect ( responseHeaders ) ) return new DefaultConnection ( null , responseHeaders , null , null ) ; else redirectRequest = redirectHandler . onRedirect ( responseHeaders ) ; } if ( redirectRequest == null ) { redirectRequest = new StringRequest ( responseHeaders . getLocation ( ) , oldRequest . getRequestMethod ( ) ) ; redirectRequest . setSSLSocketFactory ( oldRequest . getSSLSocketFactory ( ) ) ; redirectRequest . setProxy ( oldRequest . getProxy ( ) ) ; } return getConnection ( redirectRequest ) ; }

El proceso de redirección cualquier respuesta.


public void addEdge  ( Object from , Object to ) { if ( ! super . containsNode ( from ) ) super . addNode ( from ) ; if ( ! super . containsNode ( to ) ) super . addNode ( to ) ; super . addEdge ( from , to ) ; }

Si los nodos no están en el gráfico, primero agreguelos a la gráfica.


private int seekBarProgressToAnimationDuration  ( @ IntRange ( from = 0 , to = 100 ) int progress ) { if ( progress <= 0 ) { return ANIMATION_DURATION_MS_MIN ; } if ( progress >= 100 ) { return ANIMATION_DURATION_MS_MAX ; } final float progressPercentage = ( ( float ) progress ) / 100f ; return ( int ) ( progressPercentage * ( ANIMATION_DURATION_MS_MAX - ANIMATION_DURATION_MS_MIN ) ) + ANIMATION_DURATION_MS_MIN ; }

Mapa del progreso de la barra de búsqueda (0-100) a la duración de la animación en milisegundos.


public boolean isCritical  ( ) { return true ; }

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


private int computeOrphan2AncestorMappingRec  ( Node v , Map < Integer , Integer > orphan2AncestorMapping , Set < Integer > orphans ) throws CanceledException { if ( progress != null ) progress . incrementProgress ( ) ; int taxId = ( Integer ) v . getInfo ( ) ; if ( taxId < 0 ) return 0 ; int below = 0 ; Set < Integer > orphansBelow = new HashSet < > ( ) ; for ( Edge e = v . getFirstOutEdge ( ) ; e != null ; e = v . getNextOutEdge ( e ) ) { Node w = e . getTarget ( ) ; below += computeOrphan2AncestorMappingRec ( w , orphan2AncestorMapping , orphansBelow ) ; } Integer count = id2count . get ( taxId ) ; if ( count == null ) count = 0 ; if ( below + count >= minSupport && ! idMapper . isDisabled ( taxId ) ) { for ( Integer id : orphansBelow ) { orphan2AncestorMapping . put ( id , taxId ) ; } } else { if ( count > 0 ) { orphansBelow . add ( taxId ) ; } orphans . addAll ( orphansBelow ) ; } return below + count ; }

Mueva recursivamente todas las lecturas que aterrizan en taxones con muy poco apoyo o en un taxón discapacitado a los nodos de nivel superior


@ Override protected void onMeasure  ( int widthMeasureSpec , int heightMeasureSpec ) { setMeasuredDimension ( getResources ( ) . getDisplayMetrics ( ) . widthPixels , DisplayUtils . getStatusBarHeight ( getResources ( ) ) ) ; }


public int equivHashCode  ( ) { return returnType . hashCode ( ) * 101 + modifiers * 17 + name . hashCode ( ) ; }

Devuelve un código hash para este método consistente con la igualdad estructural.


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

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


public Polynomial ( double [ ] coeffs ) { this . coeffs = coeffs ; }

Crea un nuevo polinomio con los coeficientes dados.


private void storeOriginalData  ( FieldConfigValuePopulateInterface field ) { valueMap . put ( field , field . getStringValue ( ) ) ; }


public Vector3f multLocal  ( float scalar ) { x *= scalar ; y *= scalar ; z *= scalar ; return this ; }

<CÓDIGO> MultiLocal </ Code> multiplica este vector por un escalar internamente y devuelve un asa a este vector para que se encadene fácil de las llamadas.


@ NotNull private List < StyleResourceValue > resolveNonFrameworkThemes  ( ) { LocalResourceRepository repository = AppResourceRepository . getAppResources ( myConfiguration . getModule ( ) , true ) ; if ( repository == null ) { return Collections . emptyList ( ) ; } return getThemes ( repository . getConfiguredResources ( ResourceType . STYLE , myConfiguration . getFullConfig ( ) ) , false ) ; }

Resuelva todos los temas no marcados disponibles en el módulo de configuración aprobada.


public Symbol nextToken  ( ) throws java . io . IOException , Scanner . Exception  { int zzInput ; int zzAction ; int zzCurrentPosL ; int zzMarkedPosL ; int zzEndReadL = zzEndRead ; char [ ] zzBufferL = zzBuffer ; char [ ] zzCMapL = ZZ_CMAP ; int [ ] zzTransL = ZZ_TRANS ; int [ ] zzRowMapL = ZZ_ROWMAP ; int [ ] zzAttrL = ZZ_ATTRIBUTE ; while ( true ) { zzMarkedPosL = zzMarkedPos ; boolean zzR = false ; for ( zzCurrentPosL = zzStartRead ; zzCurrentPosL < zzMarkedPosL ; zzCurrentPosL ++ ) { switch ( zzBufferL [ zzCurrentPosL ] ) { case '\u000B' : case '\u000C' : case '\u0085' : case '\u2028' : case '\u2029' : yyline ++ ; yycolumn = 0 ; zzR = false ; break ; case '\r' : yyline ++ ; yycolumn = 0 ; zzR = true ; break ; case '\n' : if ( zzR ) zzR = false ; else { yyline ++ ; yycolumn = 0 ; } break ; default : zzR = false ; yycolumn ++ ; } } if ( zzR ) { boolean zzPeek ; if ( zzMarkedPosL < zzEndReadL ) zzPeek = zzBufferL [ zzMarkedPosL ] == '\n' ; else if ( zzAtEOF ) zzPeek = false ; else { boolean eof = zzRefill ( ) ; zzMarkedPosL = zzMarkedPos ; zzBufferL = zzBuffer ; if ( eof ) zzPeek = false ; else zzPeek = zzBufferL [ zzMarkedPosL ] == '\n' ; } if ( zzPeek ) yyline -- ; } zzAction = - 1 ; zzCurrentPosL = zzCurrentPos = zzStartRead = zzMarkedPosL ; zzState = zzLexicalState ; zzForAction : { while ( true ) { if ( zzCurrentPosL < zzEndReadL ) zzInput = zzBufferL [ zzCurrentPosL ++ ] ; else if ( zzAtEOF ) { zzInput = YYEOF ; break zzForAction ; } else { zzCurrentPos = zzCurrentPosL ; zzMarkedPos = zzMarkedPosL ; boolean eof = zzRefill ( ) ; zzCurrentPosL = zzCurrentPos ; zzMarkedPosL = zzMarkedPos ; zzBufferL = zzBuffer ; zzEndReadL = zzEndRead ; if ( eof ) { zzInput = YYEOF ; break zzForAction ; } else { zzInput = zzBufferL [ zzCurrentPosL ++ ] ; } } int zzNext = zzTransL [ zzRowMapL [ zzState ] + zzCMapL [ zzInput ] ] ; if ( zzNext == - 1 ) break zzForAction ; zzState = zzNext ; int zzAttributes = zzAttrL [ zzState ] ; if ( ( zzAttributes & 1 ) == 1 ) { zzAction = zzState ; zzMarkedPosL = zzCurrentPosL ; if ( ( zzAttributes & 8 ) == 8 ) break zzForAction ; } } } zzMarkedPos = zzMarkedPosL ; switch ( zzAction < 0 ? zzAction : ZZ_ACTION [ zzAction ] ) { case 45 : { return sym ( Terminals . LTEQ ) ; } case 130 : break ; case 39 : { error ( "unterminated character literal at end of line" ) ; } case 131 : break ; case 70 : { return sym ( Terminals . INT ) ; } case 132 : break ; case 94 : { return sym ( Terminals . VOID ) ; } case 133 : break ; case 72 : { return sym ( Terminals . RSHIFTEQ ) ; } case 134 : break ; case 25 : { return sym ( Terminals . AND ) ; } case 135 : break ; case 114 : { return sym ( Terminals . EXTENDS ) ; } case 136 : break ; case 109 : { return sym ( Terminals . THROWS ) ; } case 137 : break ; case 78 : { return sym ( Terminals . CHARACTER_LITERAL , "\\" ) ; } case 138 : break ; case 48 : { return sym ( Terminals . ANDEQ ) ; } case 139 : break ; case 55 : { return sym ( Terminals . MODEQ ) ; } case 140 : break ; case 113 : { return sym ( Terminals . PUBLIC ) ; } case 141 : break ; case 4 : { return sym ( Terminals . MULT ) ; } case 142 : break ; case 51 : { return sym ( Terminals . OROR ) ; } case 143 : break ; case 105 : { return sym ( Terminals . ASSERT ) ; } case 144 : break ; case 75 : { int val = Integer . parseInt ( str ( ) . substring ( 2 , len ( ) - 1 ) , 8 ) ; return sym ( Terminals . CHARACTER_LITERAL , new Character ( ( char ) val ) . toString ( ) ) ; } case 145 : break ; case 21 : { return sym ( Terminals . NOT ) ; } case 146 : break ; case 98 : { return sym ( Terminals . THROW ) ; } case 147 : break ; case 19 : { return sym ( Terminals . GT ) ; } case 148 : break ; case 33 : { error ( "unterminated string at end of line" ) ; } case 149 : break ; case 84 : { return sym ( Terminals . ELSE ) ; } case 150 : break ; case 18 : { return sym ( Terminals . EQ ) ; } case 151 : break ; case 62 : { strbuf . append ( '\t' ) ; } case 152 : break ; case 81 : { return sym ( Terminals . CHARACTER_LITERAL , "\b" ) ; } case 153 : break ; case 32 : { strbuf . append ( str ( ) ) ; } case 154 : break ; case 11 : { return sym ( Terminals . RPAREN ) ; } case 155 : break ; case 41 : { return sym ( Terminals . DO ) ; } case 156 : break ; case 115 : { return sym ( Terminals . BOOLEAN ) ; } case 157 : break ; case 43 : { return sym ( Terminals . GTEQ ) ; } case 158 : break ; case 101 : { return sym ( Terminals . CLASS ) ; } case 159 : break ; case 92 : { return sym ( Terminals . NULL_LITERAL ) ; } case 160 : break ; case 93 : { return sym ( Terminals . EOF ) ; } case 161 : break ; case 35 : { return sym ( Terminals . DIVEQ ) ; } case 162 : break ; case 36 : { return sym ( Terminals . MULTEQ ) ; } case 163 : break ; case 119 : { return sym ( Terminals . PRIVATE ) ; } case 164 : break ; case 88 : { return sym ( Terminals . BYTE ) ; } case 165 : break ; case 20 : { return sym ( Terminals . LT ) ; } case 166 : break ; case 95 : { return sym ( Terminals . URSHIFTEQ ) ; } case 167 : break ; case 28 : { return sym ( Terminals . XOR ) ; } case 168 : break ; case 117 : { return sym ( Terminals . FINALLY ) ; } case 169 : break ; case 121 : { return sym ( Terminals . STRICTFP ) ; } case 170 : break ; case 83 : { return sym ( Terminals . CHARACTER_LITERAL , "\f" ) ; } case 171 : break ; case 9 : { yybegin ( STRING ) ; strlit_start_line = yyline + 1 ; strlit_start_column = yycolumn + 1 ; strbuf . setLength ( 0 ) ; } case 172 : break ; case 86 : { return sym ( Terminals . BOOLEAN_LITERAL ) ; } case 173 : break ; case 99 : { return sym ( Terminals . BREAK ) ; } case 174 : break ; case 64 : { strbuf . append ( '\n' ) ; } case 175 : break ; case 127 : { return sym ( Terminals . INSTANCEOF ) ; } case 176 : break ; case 44 : { return sym ( Terminals . RSHIFT ) ; } case 177 : break ; case 110 : { return sym ( Terminals . NATIVE ) ; } case 178 : break ; case 73 : { return sym ( Terminals . URSHIFT ) ; } case 179 : break ; case 57 : { strbuf . append ( ( char ) Integer . parseInt ( str ( ) . substring ( 1 ) , 8 ) ) ; } case 180 : break ; case 53 : { return sym ( Terminals . PLUSPLUS ) ; } case 181 : break ; case 116 : { return sym ( Terminals . DEFAULT ) ; } case 182 : break ; case 112 : { return sym ( Terminals . DOUBLE ) ; } case 183 : break ; case 123 : { return sym ( Terminals . VOLATILE ) ; } case 184 : break ; case 54 : { return sym ( Terminals . XOREQ ) ; } case 185 : break ; case 26 : { return sym ( Terminals . OR ) ; } case 186 : break ; case 118 : { return sym ( Terminals . PACKAGE ) ; } case 187 : break ; case 107 : { return sym ( Terminals . SWITCH ) ; } case 188 : break ; case 10 : { return sym ( Terminals . LPAREN ) ; } case 189 : break ; case 46 : { return sym ( Terminals . LSHIFT ) ; } case 190 : break ; case 66 : { return sym ( Terminals . ELLIPSIS ) ; } case 191 : break ; case 42 : { return sym ( Terminals . EQEQ ) ; } case 192 : break ; case 38 : { return sym ( Terminals . MINUSEQ ) ; } case 193 : break ; case 122 : { return sym ( Terminals . CONTINUE ) ; } case 194 : break ; case 120 : { return sym ( Terminals . ABSTRACT ) ; } case 195 : break ; case 91 : { return sym ( Terminals . LONG ) ; } case 196 : break ; case 27 : { return sym ( Terminals . PLUS ) ; } case 197 : break ; case 82 : { return sym ( Terminals . CHARACTER_LITERAL , "\n" ) ; } case 198 : break ; case 77 : { return sym ( Terminals . CHARACTER_LITERAL , "\"" ) ; } case 199 : break ; case 16 : { return sym ( Terminals . SEMICOLON ) ; } case 200 : break ; case 15 : { return sym ( Terminals . RBRACK ) ; } case 201 : break ; case 103 : { return sym ( Terminals . FINAL ) ; } case 202 : break ; case 56 : { error ( "illegal escape sequence \"" + str ( ) + "\"" ) ; } case 203 : break ; case 111 : { return sym ( Terminals . IMPORT ) ; } case 204 : break ; case 87 : { return sym ( Terminals . THIS ) ; } case 205 : break ; case 61 : { strbuf . append ( '\r' ) ; } case 206 : break ; case 102 : { return sym ( Terminals . FLOAT ) ; } case 207 : break ; case 97 : { return sym ( Terminals . SUPER ) ; } case 208 : break ; case 85 : { return sym ( Terminals . ENUM ) ; } case 209 : break ; case 8 : { return sym ( Terminals . MINUS ) ; } case 210 : break ; case 63 : { strbuf . append ( '\b' ) ; } case 211 : break ; case 1 : { error ( "illegal character \"" + str ( ) + "\"" ) ; } case 212 : break ; case 79 : { return sym ( Terminals . CHARACTER_LITERAL , "\r" ) ; } case 213 : break ; case 40 : { return sym ( Terminals . IF ) ; } case 214 : break ; case 37 : { return sym ( Terminals . MINUSMINUS ) ; } case 215 : break ; case 126 : { return sym ( Terminals . PROTECTED ) ; } case 216 : break ; case 5 : { return sym ( Terminals . NUMERIC_LITERAL ) ; } case 217 : break ; case 59 : { strbuf . append ( '\"' ) ; } case 218 : break ; case 76 : { return sym ( Terminals . CHARACTER_LITERAL , "\'" ) ; } case 219 : break ; case 80 : { return sym ( Terminals . CHARACTER_LITERAL , "\t" ) ; } case 220 : break ; case 24 : { return sym ( Terminals . COLON ) ; } case 221 : break ; case 71 : { return sym ( Terminals . FOR ) ; } case 222 : break ; case 58 : { strbuf . append ( '\'' ) ; } case 223 : break ; case 90 : { return sym ( Terminals . CHAR ) ; } case 224 : break ; case 60 : { strbuf . append ( '\\' ) ; } case 225 : break ; case 13 : { return sym ( Terminals . RBRACE ) ; } case 226 : break ; case 67 : { return sym ( Terminals . CHARACTER_LITERAL , str ( ) . substring ( 1 , len ( ) - 1 ) ) ; } case 227 : break ; case 69 : { return sym ( Terminals . NEW ) ; } case 228 : break ; case 14 : { return sym ( Terminals . LBRACK ) ; } case 229 : break ; case 22 : { return sym ( Terminals . COMP ) ; } case 230 : break ; case 3 : { return sym ( Terminals . DIV ) ; } case 231 : break ; case 125 : { return sym ( Terminals . INTERFACE ) ; } case 232 : break ; case 23 : { return sym ( Terminals . QUESTION ) ; } case 233 : break ; case 124 : { return sym ( Terminals . TRANSIENT ) ; } case 234 : break ; case 49 : { return sym ( Terminals . ANDAND ) ; } case 235 : break ; case 47 : { return sym ( Terminals . NOTEQ ) ; } case 236 : break ; case 29 : { return sym ( Terminals . MOD ) ; } case 237 : break ; case 104 : { return sym ( Terminals . WHILE ) ; } case 238 : break ; case 74 : { return sym ( Terminals . LSHIFTEQ ) ; } case 239 : break ; case 31 : { if ( sub_line == 0 && sub_column == 0 ) { sub_line = yyline ; sub_column = yycolumn ; } } case 240 : break ; case 52 : { return sym ( Terminals . PLUSEQ ) ; } case 241 : break ; case 65 : { strbuf . append ( '\f' ) ; } case 242 : break ; case 100 : { return sym ( Terminals . CATCH ) ; } case 243 : break ; case 17 : { return sym ( Terminals . COMMA ) ; } case 244 : break ; case 129 : { return sym ( Terminals . SYNCHRONIZED ) ; } case 245 : break ; case 50 : { return sym ( Terminals . OREQ ) ; } case 246 : break ; case 108 : { return sym ( Terminals . RETURN ) ; } case 247 : break ; case 68 : { return sym ( Terminals . TRY ) ; } case 248 : break ; case 6 : { return sym ( Terminals . IDENTIFIER ) ; } case 249 : break ; case 89 : { return sym ( Terminals . CASE ) ; } case 250 : break ; case 12 : { return sym ( Terminals . LBRACE ) ; } case 251 : break ; case 34 : { yybegin ( YYINITIAL ) ; return sym ( Terminals . STRING_LITERAL , strbuf . toString ( ) , strlit_start_line , strlit_start_column , strbuf . length ( ) + 2 ) ; } case 252 : break ; case 128 : { return sym ( Terminals . IMPLEMENTS ) ; } case 253 : break ; case 106 : { return sym ( Terminals . STATIC ) ; } case 254 : break ; case 30 : { return sym ( Terminals . AT ) ; } case 255 : break ; case 7 : { return sym ( Terminals . DOT ) ; } case 256 : break ; case 96 : { return sym ( Terminals . SHORT ) ; } case 257 : break ; case 2 : { } case 258 : break ; default : if ( zzInput == YYEOF && zzStartRead == zzCurrentPos ) { zzAtEOF = true ; { if ( ! ( sub_line == 0 && sub_column == 0 ) && ( sub_line != yyline || sub_column != yycolumn - 1 ) ) { sub_line = 0 ; sub_column = 0 ; error ( "error" ) ; } return sym ( Terminals . EOF ) ; } } else { zzScanError ( ZZ_NO_MATCH ) ; } } } }

Reanuda el escaneo hasta que se coincida con la siguiente expresión regular, se encuentra el final de la entrada o se produce un error de E / S.


public void putAll  ( Map < String , String > map ) { parameters . putAll ( map ) ; }

Asocia todas las llaves y valores de los mapas dados en el contexto.


@ Deprecated public boolean staticCatalog  ( ) { return getUseStaticCatalog ( ) ; }

Obtenga la configuración de Catálogo estático de uso actual.


public Boolean readProductCategory  ( EntityManager em , String pcXml , List < Product > products ) { status = true ; try { XMLInputFactory inputFactory = XMLInputFactory . newInstance ( ) ; in = getResourceAsInputStream ( pcXml ) ; eventReader = inputFactory . createXMLEventReader ( in ) ; ProductCategory pc = null ; while ( eventReader . hasNext ( ) ) { XMLEvent event = eventReader . nextEvent ( ) ; if ( event . isStartElement ( ) ) { StartElement startElement = event . asStartElement ( ) ; if ( startElement . getName ( ) . getLocalPart ( ) == ( PC_PRODUCT_CATEGORY ) ) { pc = new ProductCategory ( ) ; } if ( event . asStartElement ( ) . getName ( ) . getLocalPart ( ) . equals ( PC_MAIN_CATEGORY ) ) { event = eventReader . nextEvent ( ) ; String category = getEvent ( event ) ; pc . setMainCategory ( category ) ; pc . setMainCategoryName ( category ) ; continue ; } if ( event . asStartElement ( ) . getName ( ) . getLocalPart ( ) . equals ( PC_CATEGORY ) ) { event = eventReader . nextEvent ( ) ; String category = getEvent ( event ) ; pc . setCategory ( category ) ; pc . setCategoryName ( category ) ; pc . setNumberOfProducts ( ( products != null ) ? getNumberofProducts ( products , category ) : 0 ) ; continue ; } } if ( event . isEndElement ( ) ) { EndElement endElement = event . asEndElement ( ) ; if ( endElement . getName ( ) . getLocalPart ( ) == ( PC_PRODUCT_CATEGORY ) ) { em . persist ( pc ) ; } } } } catch ( Exception e ) { logger . error ( "Exception occured" , e ) ; status = false ; } finally { try { in . close ( ) ; eventReader . close ( ) ; } catch ( IOException e ) { logger . error ( "IO Exception occured" , e ) ; status = false ; } catch ( XMLStreamException e ) { logger . error ( "XMLStream exception occured" , e ) ; status = false ; } } return status ; }

Lista de categorios y rellenos de producto


public CSVMigrator ( Loader loader ) { this . loader = loader ; loader . setBatchSize ( 1 ) ; }


public ViewsAnimator withViewsVisibilityBeforeAnimation  ( final int viewsVisibilityBeforeAnimation ) { this . viewsVisibilityBeforeAnimation = viewsVisibilityBeforeAnimation ; return this ; }

Define la visibilidad de las vistas antes de la animación.


void release  ( Object obj , long txNum , int lockType ) { Object anchor = getAnchor ( obj ) ; synchronized ( anchor ) { Lockers lks = lockerMap . get ( obj ) ; if ( lks != null ) { releaseLock ( lks , anchor , txNum , lockType ) ; if ( ! hasSLock ( lks , txNum ) && ! hasXLock ( lks , txNum ) && ! hasSixLock ( lks , txNum ) && ! hasIsLock ( lks , txNum ) && ! hasIxLock ( lks , txNum ) ) { getObjectSet ( txNum ) . remove ( obj ) ; if ( ! sLocked ( lks ) && ! xLocked ( lks ) && ! sixLocked ( lks ) && ! isLocked ( lks ) && ! ixLocked ( lks ) && lks . requestSet . isEmpty ( ) ) lockerMap . remove ( obj ) ; } } } }

Libera el tipo de bloqueo especificado en un elemento que sujeta por una transacción.Si un bloqueo es el último bloqueo en ese bloque, entonces se notifican las transacciones en espera.


public synchronized void animatePanAndZoomTo  ( final Point2D p , double scale , long duration ) { Point2D pp = new Point2D . Double ( ) ; m_itransform . transform ( p , pp ) ; animatePanAndZoomToAbs ( pp , scale , duration ) ; }

Anime una sartén a la ubicación especificada en la pantalla (pixel) coordenadas y zoom a la escala dada utilizando la duración proporcionada.


protected List < ResultSetMapper > buildResultSetMapperList  ( DataApiRequest apiRequest ) { return apiRequest . getLogicalMetrics ( ) . stream ( ) . map ( null ) . filter ( null ) . collect ( Collectors . toList ( ) ) ; }

Extraiga todos los resultados de resultados de la solicitud API.


private static void formatNames  ( Iterable < List < String > > names ) { if ( names != null ) { for ( List < String > list : names ) { String name = list . get ( 0 ) ; String [ ] components = new String [ 5 ] ; int start = 0 ; int end ; int componentIndex = 0 ; while ( componentIndex < components . length - 1 && ( end = name . indexOf ( ';' , start ) ) >= 0 ) { components [ componentIndex ] = name . substring ( start , end ) ; componentIndex ++ ; start = end + 1 ; } components [ componentIndex ] = name . substring ( start ) ; StringBuilder newName = new StringBuilder ( 100 ) ; maybeAppendComponent ( components , 3 , newName ) ; maybeAppendComponent ( components , 1 , newName ) ; maybeAppendComponent ( components , 2 , newName ) ; maybeAppendComponent ( components , 0 , newName ) ; maybeAppendComponent ( components , 4 , newName ) ; list . set ( 0 , newName . toString ( ) . trim ( ) ) ; } } }

Formatos Nombre Campos del formulario "Public; John; Q.; Reverend; III" en una forma como "Reverendo John Q. Public III".


public static SM_SYSTEM_MESSAGE STR_CMD_WHISHPER_OUTPUT_NPC  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1400007 , value0 ) ; }


public List < LocalDate > bottom  ( int n ) { List < LocalDate > bottom = new ArrayList < > ( ) ; int [ ] values = data . toIntArray ( ) ; IntArrays . parallelQuickSort ( values ) ; for ( int i = 0 ; i < n && i < values . length ; i ++ ) { bottom . add ( PackedLocalDate . asLocalDate ( values [ i ] ) ) ; } return bottom ; }

Devuelve los valores más pequeños ("inferior") n en la columna


public static char readChar  ( ) { scanner . useDelimiter ( EMPTY_PATTERN ) ; String ch = scanner . next ( ) ; assert ch . length ( ) == 1 : "Internal (Std)In.readChar() error!" + " Please contact the authors." ; scanner . useDelimiter ( WHITESPACE_PATTERN ) ; return ch . charAt ( 0 ) ; }


void addFillComponents  ( Container panel , int [ ] cols , int [ ] rows ) { Dimension filler = new Dimension ( 10 , 10 ) ; boolean filled_cell_11 = false ; CellConstraints cc = new CellConstraints ( ) ; if ( cols . length > 0 && rows . length > 0 ) { if ( cols [ 0 ] == 1 && rows [ 0 ] == 1 ) { panel . add ( Box . createRigidArea ( filler ) , cc . xy ( 1 , 1 ) ) ; filled_cell_11 = true ; } } for ( int index = 0 ; index < cols . length ; index ++ ) { if ( cols [ index ] == 1 && filled_cell_11 ) { continue ; } panel . add ( Box . createRigidArea ( filler ) , cc . xy ( cols [ index ] , 1 ) ) ; } for ( int index = 0 ; index < rows . length ; index ++ ) { if ( rows [ index ] == 1 && filled_cell_11 ) { continue ; } panel . add ( Box . createRigidArea ( filler ) , cc . xy ( 1 , rows [ index ] ) ) ; } }

Agrega componentes de llenado para vaciar las celdas en la primera fila y la primera columna de la cuadrícula.Esto asegura que el espaciado de la red sea el mismo que se muestra en el diseñador.


public static void createAllTables  ( Database db , boolean ifNotExists ) { CollectDao . createTable ( db , ifNotExists ) ; UserDao . createTable ( db , ifNotExists ) ; }

Crea una tabla de base de datos subyacente utilizando Daos.


static void record  ( ContextMenuParams params , int action ) { assert action >= 0 ; assert action < NUM_ACTIONS ; String histogramName ; if ( params . isVideo ( ) ) { histogramName = "ContextMenu.SelectedOption.Video" ; } else if ( params . isImage ( ) ) { histogramName = params . isAnchor ( ) ? "ContextMenu.SelectedOption.ImageLink" : "ContextMenu.SelectedOption.Image" ; } else { assert params . isAnchor ( ) ; histogramName = "ContextMenu.SelectedOption.Link" ; } RecordHistogram . recordEnumeratedHistogram ( histogramName , action , NUM_ACTIONS ) ; }

Registra una entrada de histograma cuando el usuario selecciona un elemento desde un menú contextual.


public String toString  ( ) { return Category + "::" + Filename ; }

Devuelve una representación expresiva de la entrada.


public AccountUnbanUserQuery unbanUser  ( UserActor actor , int userId ) { return new AccountUnbanUserQuery ( getClient ( ) , actor , userId ) ; }


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


public PegGraph ( CallGraph callGraph , Hierarchy hierarchy , PAG pag , Set methodsNeedingInlining , Set allocNodes , List < List > inlineSites , Map < SootMethod , String > synchObj , Set multiRunAllocNodes , Map < AllocNode , String > allocNodeToObj , Body unitBody , String threadName , SootMethod sm , boolean addExceEdge , boolean dontAddEdgeFromStmtBeforeAreaOfProtectionToCatchBlock ) { this . allocNodeToObj = allocNodeToObj ; this . multiRunAllocNodes = multiRunAllocNodes ; this . synchObj = synchObj ; this . inlineSites = inlineSites ; this . allocNodes = allocNodes ; this . methodsNeedingInlining = methodsNeedingInlining ; logFile = new File ( "log.txt" ) ; try { fileWriter = new FileWriter ( logFile ) ; } catch ( IOException io ) { System . err . println ( "Errors occur during create FileWriter !" ) ; } body = unitBody ; synch = new HashSet < List > ( ) ; exceHandlers = new HashSet < Unit > ( ) ; needInlining = true ; monitorObjs = new HashSet < Object > ( ) ; startToBeginNodes = new HashMap ( ) ; unitChain = body . getUnits ( ) ; int size = unitChain . size ( ) ; unitToSuccs = new HashMap ( size * 2 + 1 , 0.7f ) ; unitToPreds = new HashMap ( size * 2 + 1 , 0.7f ) ; unitToPegMap = new HashMap ( size * 2 + 1 , 0.7f ) ; startToThread = new HashMap ( size * 2 + 1 , 0.7f ) ; startToAllocNodes = new HashMap ( size * 2 + 1 , 0.7f ) ; waitingNodes = new HashMap < String , FlowSet > ( size * 2 + 1 , 0.7f ) ; joinStmtToThread = new HashMap < JPegStmt , Chain > ( ) ; threadNo = new HashMap ( ) ; threadNameToStart = new HashMap ( ) ; this . allocNodeToObj = new HashMap < AllocNode , String > ( size * 2 + 1 , 0.7f ) ; allocNodeToThread = new HashMap < AllocNode , PegChain > ( size * 2 + 1 , 0.7f ) ; notifyAll = new HashMap < String , Set < JPegStmt > > ( size * 2 + 1 , 0.7f ) ; methodsNeedingInlining = new HashSet ( ) ; allNodes = new ArraySparseSet ( ) ; canNotBeCompacted = new HashSet ( ) ; threadAllocSites = new HashSet ( ) ; specialJoin = new HashSet < JPegStmt > ( ) ; UnitGraph mainUnitGraph = new CompleteUnitGraph ( body ) ; mainPegChain = new PegChain ( callGraph , hierarchy , pag , threadAllocSites , methodsNeedingInlining , allocNodes , inlineSites , synchObj , multiRunAllocNodes , allocNodeToObj , body , sm , threadName , true , this ) ; buildSuccessor ( mainPegChain ) ; buildPredecessor ( mainPegChain ) ; addMonitorStmt ( ) ; addTag ( ) ; buildHeadsAndTails ( ) ; try { fileWriter . flush ( ) ; fileWriter . close ( ) ; } catch ( IOException io ) { System . err . println ( "Errors occur during close file  " + logFile . getName ( ) ) ; } }

Construye un gráfico para las unidades que se encuentran en la instancia corporal proporcionada.Cada nodo en el gráfico corresponde a una unidad.Los bordes se derivan del flujo de control.


public ExpressionColumn ( Table table , Expression expr ) { super ( expr . getType ( table . getSchema ( ) ) ) ; m_table = table ; m_expr = expr ; m_lstnr = new Listener ( ) ; init ( ) ; int nrows = m_table . getRowCount ( ) ; m_cache = ColumnFactory . getColumn ( getColumnType ( ) , nrows ) ; m_valid = new BitSet ( nrows ) ; m_expr . addExpressionListener ( m_lstnr ) ; }


private void correctErrors  ( byte [ ] codewordBytes , int numDataCodewords ) throws ChecksumException { int numCodewords = codewordBytes . length ; int [ ] codewordsInts = new int [ numCodewords ] ; for ( int i = 0 ; i < numCodewords ; i ++ ) { codewordsInts [ i ] = codewordBytes [ i ] & 0xFF ; } int numECCodewords = codewordBytes . length - numDataCodewords ; try { rsDecoder . decode ( codewordsInts , numECCodewords ) ; } catch ( ReedSolomonException ignored ) { throw ChecksumException . getChecksumInstance ( ) ; } for ( int i = 0 ; i < numDataCodewords ; i ++ ) { codewordBytes [ i ] = ( byte ) codewordsInts [ i ] ; } }

Dados los datos y los códigos de códigos de corrección de errores recibidos, posiblemente corrompidos por errores, intentos de corregir los errores en el lugar utilizando la corrección de errores de Reed-Solomon.


@ Override public String toString  ( ) { return "Host []" ; }


public void onDieSilence  ( ) { this . getOwner ( ) . getMoveController ( ) . abortMove ( ) ; this . getOwner ( ) . setCasting ( null ) ; this . getOwner ( ) . getEffectController ( ) . removeAllEffects ( ) ; if ( getOwner ( ) instanceof Player ) { if ( ( ( Player ) getOwner ( ) ) . getIsFlyingBeforeDeath ( ) ) { getOwner ( ) . unsetState ( CreatureState . ACTIVE ) ; getOwner ( ) . setState ( CreatureState . FLOATING_CORPSE ) ; } else { this . getOwner ( ) . setState ( CreatureState . DEAD ) ; } } else { if ( getOwner ( ) instanceof Npc ) { if ( ( ( Npc ) getOwner ( ) ) . getObjectTemplate ( ) . isFloatCorpse ( ) ) { getOwner ( ) . setState ( CreatureState . FLOATING_CORPSE ) ; } } this . getOwner ( ) . setState ( CreatureState . DEAD ) ; } }

Realice las tareas en la muerte de la criatura con efecto de emoción (necesidad de algunas misiones).


SnippetParser ( InputSupplier inputSupplier , String inputName )  { this . inputSupplier = inputSupplier ; this . input = openInput ( inputName ) ; }

Construye un analizador de fragmento para la entrada dada.


public synchronized void stop  ( ) { this . running = false ; if ( runningThread != null ) runningThread . interrupt ( ) ; }

Detenque esto actualmente en ejecución del contenedor Runnable.


public boolean isSelected  ( ) { ClusterViewer viewer = getViewer ( ) ; return viewer . getEcologicalIndex ( ) . equalsIgnoreCase ( CalculateEcologicalIndices . GOODALL ) ; }


public static boolean isFileOlder  ( File file , Date date ) { if ( date == null ) { throw new IllegalArgumentException ( "No specified date" ) ; } return isFileOlder ( file , date . getTime ( ) ) ; }

Pruebas Si el archivo <código> especificado </ el código> es más antiguo que la fecha <código> especificada </ codigo>.


public static < T extends  RealFieldElement < T >> FieldVector3D < T > crossProduct ( final FieldVector3D < T > v1 , final FieldVector3D < T > v2 )  { return v1 . crossProduct ( v2 ) ; }

Calcular el producto cruzado de dos vectores.


public void removeEntry  ( Context context , IEntryHolder entryHolder , boolean origin , boolean fromLeaseExpiration , boolean shouldReplicate ) throws SAException { }

Elimina una entrada desde el almacenamiento de SA.<p />


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

Método de ayudante para descifrar que encapsula toda la función necesaria.<P /> Esto solo debe usarse en AdapterView's, como ListView, ya que solo llama a ScrollRinLby () con el ScrollRange = 0. AdapterView no tiene una gama de desplazamiento (es decir, el pendiente () no funciona).


public CacheException ( String message ) { super ( message ) ; }

Construye una nueva etapa de CacheException con una cadena de mensajes.


Iter ( ) { for ( ; ; ) { next = findFirst ( ) ; if ( next == null ) break ; Object x = next . value ; if ( x != null && x != next ) { nextValue = ( V ) x ; break ; } } }

Inicializa el iterador ascendente para toda la gama.


public void bind  ( Activity activity ) { List < IBinding > bindings = getViewBinder ( activity ) . bind ( activity ) ; for ( IBinding binding : bindings ) { Topping topping = getOrCreateTopping ( binding . getToppingId ( ) ) ; autoUpdateBinding ( binding , topping ) ; } Set < IBinding > _bindings = getBindings ( activity . getClass ( ) ) ; _bindings . addAll ( bindings ) ; }

Encuadernar todos los elementos anotados a una actividad determinada.


private static String sanitizeTableName  ( String tableName ) { return tableName . replaceAll ( "[^a-zA-Z0-9_]" , "_" ) ; }

Tiras de caracteres ilegales de un nombre de tabla.BigQuery solo permite alfanismo y subrayado.Todo ilegal se convierte en un subrayado.


public BisectionSolver ( double relativeAccuracy , double absoluteAccuracy ) { super ( relativeAccuracy , absoluteAccuracy ) ; }


public boolean use_older_type_assigner  ( ) { return soot . PhaseOptions . getBoolean ( options , "use-older-type-assigner" ) ; }

Use el asignador de tipo anterior: habilita al asignador de tipo anterior.Esto permite al asignador de tipo anterior que estaba en uso hasta mayo de 2008. El asignador de tipo actual es una reemplementación de Ben Bellamy que utiliza un algoritmo completamente nuevo y más rápido que siempre asigna el tipo más estrecho posible.Si los asignadores de tipo de comparación están activados, esta opción hace que el asignador de tipo anterior se ejecute primero.(De lo contrario, el más nuevo se ejecuta primero).


protected MessagesAddChatUserQuery chatId  ( int value ) { return unsafeParam ( "chat_id" , value ) ; }


public List < String > updateDeletionStatus  ( List < String > loadIds , String tableFolderPath ) throws Exception { CarbonTableIdentifier carbonTableIdentifier = absoluteTableIdentifier . getCarbonTableIdentifier ( ) ; ICarbonLock carbonDeleteSegmentLock = CarbonLockFactory . getCarbonLockObj ( carbonTableIdentifier , LockUsage . DELETE_SEGMENT_LOCK ) ; ICarbonLock carbonTableStatusLock = CarbonLockFactory . getCarbonLockObj ( carbonTableIdentifier , LockUsage . TABLE_STATUS_LOCK ) ; String tableDetails = carbonTableIdentifier . getDatabaseName ( ) + "." + carbonTableIdentifier . getTableName ( ) ; List < String > invalidLoadIds = new ArrayList < String > ( 0 ) ; try { if ( carbonDeleteSegmentLock . lockWithRetries ( ) ) { LOG . info ( "Delete segment lock has been successfully acquired" ) ; CarbonTablePath carbonTablePath = CarbonStorePath . getCarbonTablePath ( absoluteTableIdentifier . getStorePath ( ) , absoluteTableIdentifier . getCarbonTableIdentifier ( ) ) ; String dataLoadLocation = carbonTablePath . getTableStatusFilePath ( ) ; LoadMetadataDetails [ ] listOfLoadFolderDetailsArray = null ; if ( ! FileFactory . isFileExist ( dataLoadLocation , FileFactory . getFileType ( dataLoadLocation ) ) ) { LOG . error ( "Load metadata file is not present." ) ; return loadIds ; } listOfLoadFolderDetailsArray = readLoadMetadata ( tableFolderPath ) ; if ( listOfLoadFolderDetailsArray != null && listOfLoadFolderDetailsArray . length != 0 ) { updateDeletionStatus ( loadIds , listOfLoadFolderDetailsArray , invalidLoadIds ) ; if ( invalidLoadIds . isEmpty ( ) ) { if ( carbonTableStatusLock . lockWithRetries ( ) ) { LOG . info ( "Table status lock has been successfully acquired" ) ; writeLoadDetailsIntoFile ( dataLoadLocation , listOfLoadFolderDetailsArray ) ; } else { String errorMsg = "Delete segment by id is failed for " + tableDetails + ". Not able to acquire the table status lock due to other operation running " + "in the background." ; LOG . audit ( errorMsg ) ; LOG . error ( errorMsg ) ; throw new Exception ( errorMsg + " Please try after some time." ) ; } } else { return invalidLoadIds ; } } else { LOG . audit ( "Delete segment by Id is failed. No matching segment id found." ) ; return loadIds ; } } else { String errorMsg = "Delete segment by id is failed for " + tableDetails + ". Not able to acquire the delete segment lock due to another delete " + "operation is running in the background." ; LOG . audit ( errorMsg ) ; LOG . error ( errorMsg ) ; throw new Exception ( errorMsg + " Please try after some time." ) ; } } catch ( IOException e ) { LOG . error ( "IOException" + e . getMessage ( ) ) ; } finally { CarbonLockUtil . fileUnlock ( carbonTableStatusLock , LockUsage . TABLE_STATUS_LOCK ) ; CarbonLockUtil . fileUnlock ( carbonDeleteSegmentLock , LockUsage . DELETE_SEGMENT_LOCK ) ; } return invalidLoadIds ; }


public VideoAddAlbumQuery privacy  ( List < String > value ) { return unsafeParam ( "privacy" , value ) ; }

Nuevos permisos de acceso para el álbum.


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

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


public static boolean dateIsValid  ( String date ) { return dateIsValid ( date , null ) ; }

Valida si una cadena de fecha es válida para la configuración regional predeterminada.


public ImageIcon loadImage  ( String imageName ) { try { ClassLoader classloader = getClass ( ) . getClassLoader ( ) ; java . net . URL url = classloader . getResource ( imageName ) ; if ( url != null ) { ImageIcon icon = new ImageIcon ( url ) ; return icon ; } } catch ( Exception e ) { e . printStackTrace ( ) ; } throw new IllegalArgumentException ( "Unable to load image: " + imageName ) ; }

Método de ayuda para cargar un archivo de imagen de la carrera


public void startRecordingAudio  ( String id , String file ) { AudioPlayer audio = getOrCreatePlayer ( id , file ) ; audio . startRecording ( file ) ; }

Comience a grabar y guardar el archivo especificado.


@ DataProvider public Object [ ] [ ] InvalidAuthProvider  ( ) { return new Object [ ] [ ] { { "user@foo.com" , "" } , { "" , "user01" } , { "user@foo.com" , "notMyPassword" } , { "" , "" } } ; }

Proporciona credenciales de usuario no válidas.


public void print  ( List < BOMNode > arr , int initialDepth ) { print ( arr , initialDepth , true ) ; }

Visita el árbol en memoria que representa una factura de materiales y recopila información de sus nodos en la lista.Método utilizado para la desglose de la BOM (explosión / implosión).


private boolean playWaveSamples  ( AudioPlayer player , FreeTTSSpeakable speakable , int numberSamples ) { boolean ok = true ; int numberChannels = getNumberOfChannels ( ) ; int pmSizeSamples ; float pp = 0 ; byte [ ] samples = new byte [ MAX_SAMPLE_SIZE ] ; byte [ ] residuals = getResiduals ( ) ; int [ ] residualSizes = getResidualSizes ( ) ; FloatList outBuffer = FloatList . createList ( numberChannels + 1 ) ; FloatList lpcCoefficients = FloatList . createList ( numberChannels ) ; double multiplier = ( double ) getLPCRange ( ) / 65535.0 ; int s = 0 ; boolean firstPlay = true ; player . begin ( numberSamples ) ; for ( int r = 0 , i = 0 ; ( ok &= ! speakable . isCompleted ( ) ) && i < numberOfFrames ; i ++ ) { short [ ] frame = getFrame ( i ) ; FloatList lpcCoeffs = lpcCoefficients ; for ( int k = 0 ; k < numberChannels ; k ++ ) { lpcCoeffs . value = ( float ) ( ( frame [ k ] + 32768.0 ) * multiplier ) + lpcMinimum ; lpcCoeffs = lpcCoeffs . next ; } pmSizeSamples = residualSizes [ i ] ; for ( int j = 0 ; j < pmSizeSamples ; j ++ , r ++ ) { FloatList backBuffer = outBuffer . prev ; float ob = residualToFloatMap [ residuals [ r ] + 128 ] ; lpcCoeffs = lpcCoefficients ; do { ob += lpcCoeffs . value * backBuffer . value ; backBuffer = backBuffer . prev ; lpcCoeffs = lpcCoeffs . next ; } while ( lpcCoeffs != lpcCoefficients ) ; int sample = ( int ) ( ob + ( pp * POST_EMPHASIS ) ) ; samples [ s ++ ] = hibyte ( sample ) ; samples [ s ++ ] = lobyte ( sample ) ; if ( s >= MAX_SAMPLE_SIZE ) { if ( ( ok &= ! speakable . isCompleted ( ) ) && ! player . write ( samples ) ) { ok = false ; } s = 0 ; } outBuffer . value = pp = ob ; outBuffer = outBuffer . next ; } } if ( ( ok &= ! speakable . isCompleted ( ) ) && s > 0 ) { ok = player . write ( samples , 0 , s ) ; s = 0 ; } if ( ok &= ! speakable . isCompleted ( ) ) { ok = player . end ( ) ; } return ok ; }

Juega los datos de la muestra en el jugador dado.


public GeneralException ( ) { super ( ) ; }

Crea nuevo <código> GeneralExceptionception </ code> sin mensaje de detalle.


private void populateGroup  ( UpdateSymbolInterface parent , Box parentBox , GroupConfigInterface groupConfig , FieldConfigBase parentField ) { groupConfig . createTitle ( parentBox , parent ) ; if ( groupConfig instanceof GroupConfig ) { GroupConfig group = ( GroupConfig ) groupConfig ; List < FieldConfigBase > fieldList = group . getFieldConfigList ( ) ; fieldConfigManager . addGroup ( group ) ; registerForSymbolUpdates ( fieldList , parent ) ; for ( FieldConfigBase field : fieldList ) { field . setParent ( parentField ) ; addField ( parentBox , parentField , field ) ; } for ( GroupConfigInterface subGroup : group . getSubGroupList ( ) ) { populateGroup ( parent , parentBox , subGroup , parentField ) ; } } else if ( groupConfig instanceof MultiOptionGroup ) { MultiOptionGroup multiOption = ( MultiOptionGroup ) groupConfig ; fieldConfigManager . addMultiOptionGroup ( multiOption ) ; multiOption . createUI ( fieldConfigManager , parentBox , parent . getClass ( ) ) ; for ( OptionGroup optionGroup : multiOption . getGroupList ( ) ) { for ( GroupConfigInterface optionGroupConfig : optionGroup . getGroupList ( ) ) { if ( optionGroupConfig instanceof GroupConfig ) { populateOptionGroup ( parent , ( GroupConfig ) optionGroupConfig ) ; } } } } }


@ Override public void normalize  ( ) { if ( isNormalized ( ) ) { return ; } if ( needsSyncChildren ( ) ) { synchronizeChildren ( ) ; } ChildNode kid , next ; for ( kid = firstChild ; kid != null ; kid = next ) { next = kid . nextSibling ; if ( kid . getNodeType ( ) == Node . TEXT_NODE ) { if ( next != null && next . getNodeType ( ) == Node . TEXT_NODE ) { ( ( Text ) kid ) . appendData ( next . getNodeValue ( ) ) ; removeChild ( next ) ; next = kid ; } else { if ( kid . getNodeValue ( ) == null || kid . getNodeValue ( ) . length ( ) == 0 ) { removeChild ( kid ) ; } } } else if ( kid . getNodeType ( ) == Node . ELEMENT_NODE ) { kid . normalize ( ) ; } } if ( attributes != null ) { for ( int i = 0 ; i < attributes . getLength ( ) ; ++ i ) { Node attr = attributes . item ( i ) ; attr . normalize ( ) ; } } isNormalized ( true ) ; }

En "forma normal" (como se lee desde un archivo de origen), nunca habrá dos niños de texto en sucesión.Pero los usuarios de DOM pueden crear nodos de texto sucesivos en el curso de manipulación del documento.Normalizar camina el sub-árbol y combina textos adyacentes, como si la DOM se hubiera escrito y lea nuevamente.Esto simplifica la implementación de funciones de nivel superior que pueden querer asumir que el documento está en forma estándar.<p /> Para normalizar un documento, normalice su elemento de nivel superior secundario.<P /> A partir de PR-DOM-LEVEL-1-19980818, CDATA, a pesar de ser una subclase de texto, se considera "Markup" y se fusionará con un texto normal o con otras cdatasecciones.


@ Override public void endElement  ( QName element , Augmentations augs ) throws XNIException { handleEndElement ( element , augs , false ) ; }


public static < T > T  readObjectFromFile ( String path , Class < T > type , SparkContext sc )  throws IOException  { FileSystem fileSystem = FileSystem . get ( sc . hadoopConfiguration ( ) ) ; try ( ObjectInputStream ois = new ObjectInputStream ( new BufferedInputStream ( fileSystem . open ( new Path ( path ) ) ) ) ) { Object o ; try { o = ois . readObject ( ) ; } catch ( ClassNotFoundException e ) { throw new RuntimeException ( e ) ; } return ( T ) o ; } }

Lea un objeto de HDFS (o local) utilizando la serialización de objetos Java predeterminada


private FieldRotation < T > composeInverseInternal  ( FieldRotation < T > r ) { return new FieldRotation < T > ( r . q0 . multiply ( q0 ) . add ( r . q1 . multiply ( q1 ) . add ( r . q2 . multiply ( q2 ) ) . add ( r . q3 . multiply ( q3 ) ) ) . negate ( ) , r . q0 . multiply ( q1 ) . add ( r . q2 . multiply ( q3 ) . subtract ( r . q3 . multiply ( q2 ) ) ) . subtract ( r . q1 . multiply ( q0 ) ) , r . q0 . multiply ( q2 ) . add ( r . q3 . multiply ( q1 ) . subtract ( r . q1 . multiply ( q3 ) ) ) . subtract ( r . q2 . multiply ( q0 ) ) , r . q0 . multiply ( q3 ) . add ( r . q1 . multiply ( q2 ) . subtract ( r . q2 . multiply ( q1 ) ) ) . subtract ( r . q3 . multiply ( q0 ) ) , false ) ; }

Redacte la inversa de la instancia con otra rotación con la convención del operador de vectores.


protected void load  ( ResultSet r ) throws SQLException { ResultSetMetaData m = r . getMetaData ( ) ; int cols = m . getColumnCount ( ) ; for ( int i = 1 ; i <= cols ; i ++ ) { Object o = r . getObject ( i ) ; if ( o instanceof java . sql . Date ) { o = ( ( java . sql . Date ) o ) . toString ( ) ; } else if ( o instanceof java . sql . Time ) { o = ( ( java . sql . Time ) o ) . toString ( ) ; } else if ( o instanceof java . sql . Timestamp ) { o = ( ( java . sql . Timestamp ) o ) . toString ( ) ; } else if ( o instanceof java . math . BigDecimal ) { o = o . toString ( ) ; } String name = m . getColumnName ( i ) ; this . set ( name , o ) ; } }

Cargue datos de forma predeterminada, obtenga todos los campos y coloque en el mapa.
 Se invocará cuando se cargue datos de RDBS DB
 de forma predeterminada, cargará todos los datos en el mapa de frijoles.


@ Override public void undo  ( Transaction tx ) { }

No hace nada, porque un registro de punto de control no contiene información de deshacer.


public SootMethod resolveConcreteDispatch  ( SootClass concreteType , SootMethod m ) { concreteType . checkLevel ( SootClass . HIERARCHY ) ; if ( concreteType . isInterface ( ) ) { throw new RuntimeException ( "A concrete type cannot be an interface: " + concreteType ) ; } String methodSig = m . getSubSignature ( ) ; while ( true ) { SootMethod method = concreteType . getMethodUnsafe ( methodSig ) ; if ( method != null ) { if ( isVisible ( concreteType , m ) ) { if ( method . isAbstract ( ) ) { throw new RuntimeException ( "Error: Method call resolves to abstract method!" ) ; } return method ; } } if ( ! concreteType . hasSuperclass ( ) ) break ; concreteType = concreteType . getSuperclass ( ) ; } return null ; }

Dado un objeto de tipo C (o = nuevo C ()), devuelve el método que se llamará en una invocación O.F ().


public SearchUsersObject ( Context c ) { this . adapter = new UserAdapter ( c , new ArrayList < User > ( ) ) ; this . service = SearchService . getService ( ) ; this . searchQuery = "" ; this . photosPage = 0 ; this . refreshing = false ; this . loading = false ; this . over = false ; }


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_ProcATK_Instant_A_TO_ME  ( String skillcaster , int num0 , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200696 , skillcaster , num0 , skillname ) ; }

[% Skillcaster] ha infligido% de daño NUM0 en usted mediante el uso de [% de habilidad].


public static Document run  ( Bson cmd ) { MongoDatabase d = MongoHelper . getDB ( ) ; if ( d != null ) { return d . runCommand ( cmd ) ; } return null ; }


public Builder merge  ( final Property property ) { if ( property . getter != null ) { getter = property . getter ; getterMethod = null ; } if ( property . setter != null ) { setter = property . setter ; setterMethod = null ; } if ( elementType == null || ( property . elementType != null && elementType . isAssignableFrom ( property . elementType ) ) ) { elementType = property . elementType ; } if ( propertyType == null || ( property . type != null && propertyType . isAssignableFrom ( property . type ) ) ) { propertyType = property . type ; } name = property . name ; return this ; }

Fusiona los atributos de la propiedad especificada en este


private void adjustTopByAspectRatio  ( RectF rect , float aspectRatio ) { rect . top = rect . bottom - rect . width ( ) / aspectRatio ; }

Ajuste el borde superior mediante el ancho de la ventana de recorte actual y la relación de aspecto dada, el borde inferior permanece en posesión mientras la parte superior se ajusta para mantener la relación de aspecto en el ancho.


public static SM_SYSTEM_MESSAGE STR_FORCE_HE_IS_NEW_LEADER  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1300998 , value0 ) ; }


public boolean invoke  ( ) { if ( mClickListener != null && mClickListener . onMenuItemClick ( this ) ) { return true ; } if ( mMenu . dispatchMenuItemSelected ( mMenu , this ) ) { return true ; } if ( mIntent != null ) { try { mMenu . getContext ( ) . startActivity ( mIntent ) ; return true ; } catch ( ActivityNotFoundException e ) { Log . e ( TAG , "Can't find activity to handle intent; ignoring" , e ) ; } } return false ; }

Invoca el artículo llamando a varios oyentes o llamadas de llamada.


@ TargetApi ( 21 ) public Bundler putSizeF  ( String key , SizeF value ) { bundle . putSizeF ( key , value ) ; return this ; }

Inserta un valor de STMEF en el mapeo de este paquete, reemplazando cualquier valor existente para la clave dada.Cualquier clave o valor puede ser nulo.


public static SM_SYSTEM_MESSAGE STR_MSG_CANNOT_ENTER_INSTANCE_MAX_COUNT  ( int num0 , String worldname1 ) { return new SM_SYSTEM_MESSAGE ( 1400201 , num0 , worldname1 ) ; }

Se ha excedido el límite de% de reproductor% de% en el nombre del mundo.


public List < List < HashMap < String , String > > > parse  ( JSONObject jObject ) { List < List < HashMap < String , String > > > routes = new ArrayList < List < HashMap < String , String > > > ( ) ; JSONArray jRoutes = null ; JSONArray jLegs = null ; JSONArray jSteps = null ; try { jRoutes = jObject . getJSONArray ( "routes" ) ; for ( int i = 0 ; i < jRoutes . length ( ) ; i ++ ) { jLegs = ( ( JSONObject ) jRoutes . get ( i ) ) . getJSONArray ( "legs" ) ; List path = new ArrayList < HashMap < String , String > > ( ) ; for ( int j = 0 ; j < jLegs . length ( ) ; j ++ ) { jSteps = ( ( JSONObject ) jLegs . get ( j ) ) . getJSONArray ( "steps" ) ; for ( int k = 0 ; k < jSteps . length ( ) ; k ++ ) { String polyline = "" ; polyline = ( String ) ( ( JSONObject ) ( ( JSONObject ) jSteps . get ( k ) ) . get ( "polyline" ) ) . get ( "points" ) ; List < LatLng > list = decodePoly ( polyline ) ; for ( int l = 0 ; l < list . size ( ) ; l ++ ) { HashMap < String , String > hm = new HashMap < String , String > ( ) ; hm . put ( "lat" , Double . toString ( ( ( LatLng ) list . get ( l ) ) . latitude ) ) ; hm . put ( "lng" , Double . toString ( ( ( LatLng ) list . get ( l ) ) . longitude ) ) ; path . add ( hm ) ; } } routes . add ( path ) ; } } } catch ( JSONException e ) { e . printStackTrace ( ) ; } catch ( Exception e ) { } return routes ; }

Recibe un JSONObject y devuelve una lista de listas que contienen latitud y longitud.


protected PollsGetVotersQuery answerIds  ( int ... value ) { return unsafeParam ( "answer_ids" , value ) ; }


private static void recordHistogram  ( int result ) { RecordHistogram . recordEnumeratedHistogram ( "Geolocation.HeaderSentOrNot" , result , UMA_MAX ) ; }

Registra un punto de datos para el histograma de geolocalización.


public static Map < String , Object > pullAndReportEntitySyncData  ( DispatchContext dctx , Map < String , ? extends Object > context ) { EntitySyncContext esc = null ; Locale locale = ( Locale ) context . get ( "locale" ) ; try { esc = new EntitySyncContext ( dctx , context ) ; Debug . logInfo ( "Doing pullAndReportEntitySyncData for entitySyncId=" + esc . entitySyncId + ", currentRunStartTime=" + esc . currentRunStartTime + ", currentRunEndTime=" + esc . currentRunEndTime , module ) ; if ( "Y" . equals ( esc . entitySync . get ( "forPushOnly" ) ) ) { return ServiceUtil . returnError ( UtilProperties . getMessage ( resource , "EntityExtCannotDoEntitySyncPush" , locale ) ) ; } esc . runPullStartOrRestoreSavedResults ( ) ; while ( esc . hasMoreTimeToSync ( ) ) { esc . totalSplits ++ ; ArrayList < GenericValue > valuesToCreate = esc . assembleValuesToCreate ( ) ; ArrayList < GenericValue > valuesToStore = esc . assembleValuesToStore ( ) ; List < GenericEntity > keysToRemove = esc . assembleKeysToRemove ( ) ; esc . setTotalRowCounts ( valuesToCreate , valuesToStore , keysToRemove ) ; if ( Debug . infoOn ( ) ) Debug . logInfo ( "Service pullAndReportEntitySyncData returning - [" + valuesToCreate . size ( ) + "] to create; [" + valuesToStore . size ( ) + "] to store; [" + keysToRemove . size ( ) + "] to remove; [" + esc . totalRowsPerSplit + "] total rows per split." , module ) ; if ( esc . totalRowsPerSplit > 0 ) { Map < String , Object > result = ServiceUtil . returnSuccess ( ) ; result . put ( "startDate" , esc . startDate ) ; result . put ( "valuesToCreate" , valuesToCreate ) ; result . put ( "valuesToStore" , valuesToStore ) ; result . put ( "keysToRemove" , keysToRemove ) ; return result ; } else { esc . saveResultsReportedFromDataStore ( ) ; esc . advanceRunTimes ( ) ; } } if ( ! esc . hasMoreTimeToSync ( ) ) { esc . saveFinalSyncResults ( ) ; } } catch ( SyncAbortException e ) { return e . returnError ( module ) ; } catch ( SyncErrorException e ) { e . saveSyncErrorInfo ( esc ) ; return e . returnError ( module ) ; } return ServiceUtil . returnSuccess ( ) ; }

Datos de sincronización de entidades de tire y informe: llamado de forma remota para presionar los resultados del último tirón, el siguiente conjunto de resultados.


public CART ( Node rootNode , FeatureDefinition featDef , Properties properties ) { super ( rootNode , featDef , properties ) ; }

Construye un nuevo carro con el nodo dado como el nodo raíz


public static void addLooperPrinter  ( Printer printer ) { addLooperPrinter ( Looper . myLooper ( ) , printer ) ; }

Agregue una impresora al bucle de hilo actual.


public QuerierCLI ( String [ ] args ) { cliOptions = createOptions ( ) ; try { CommandLineParser parser = new GnuParser ( ) ; commandLine = parser . parse ( cliOptions , args , true ) ; if ( hasOption ( "h" ) ) { printHelp ( ) ; System . exit ( 1 ) ; } if ( ! parseOptions ( ) ) { logger . info ( "The provided options are not valid" ) ; printHelp ( ) ; System . exit ( 1 ) ; } } catch ( Exception e ) { e . printStackTrace ( ) ; System . exit ( 1 ) ; } }


private boolean isOptionEnabled  ( UrlFilterRuleOption option ) { loadRuleProperties ( ) ; return enabledOptions != null && enabledOptions . contains ( option ) ; }

Cheques Si la opción especificada está habilitada


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


public static ULong valueOf  ( String value ) throws NumberFormatException  { return new ULong ( value ) ; }

Crear un <código> sin firmar largo </ code>


public String printToString  ( MessageOrBuilder message ) { StringBuilder result = new StringBuilder ( ) ; for ( FieldDescriptor field : getFieldsInNumberOrder ( message . getDescriptorForType ( ) ) ) { if ( field . isRepeated ( ) && message . getRepeatedFieldCount ( field ) == 0 || ! field . isRepeated ( ) && ! message . hasField ( field ) ) { continue ; } Object rawValue = message . getField ( field ) ; @ SuppressWarnings ( "unchecked" ) List < Object > values = field . isMapField ( ) ? sortMapEntries ( field , rawValue ) : field . isRepeated ( ) ? ( List < Object > ) rawValue : ImmutableList . of ( rawValue ) ; for ( Object value : values ) { result . append ( printFieldToString ( field , value ) ) ; } } return result . toString ( ) ; }


public void flushBase64  ( ) throws java . io . IOException { if ( position > 0 ) { if ( encode ) { out . write ( encode3to4 ( b4 , buffer , position , options ) ) ; position = 0 ; } else { throw new java . io . IOException ( "Base64 input not properly padded." ) ; } } }

Método añadido por Phil.[Gracias, Phil.-Rob] Esto rellena el tampón sin cerrar la corriente.


public double correlation  ( final double [ ] xArray , final double [ ] yArray ) throws MathIllegalArgumentException { MathArrays . checkEqualLength ( xArray , yArray ) ; final int n = xArray . length ; final long numPairs = sum ( n - 1 ) ; DoublePair [ ] pairs = new DoublePair [ n ] ; for ( int i = 0 ; i < n ; i ++ ) { pairs [ i ] = new DoublePair ( xArray [ i ] , yArray [ i ] ) ; } Arrays . sort ( pairs ) ; long tiedXPairs = 0 ; long tiedXYPairs = 0 ; long consecutiveXTies = 1 ; long consecutiveXYTies = 1 ; DoublePair prev = pairs [ 0 ] ; for ( int i = 1 ; i < n ; i ++ ) { final DoublePair curr = pairs [ i ] ; if ( Double . compare ( curr . getFirst ( ) , prev . getFirst ( ) ) == 0 ) { consecutiveXTies ++ ; if ( Double . compare ( curr . getSecond ( ) , prev . getSecond ( ) ) == 0 ) { consecutiveXYTies ++ ; } else { tiedXYPairs += sum ( consecutiveXYTies - 1 ) ; consecutiveXYTies = 1 ; } } else { tiedXPairs += sum ( consecutiveXTies - 1 ) ; consecutiveXTies = 1 ; tiedXYPairs += sum ( consecutiveXYTies - 1 ) ; consecutiveXYTies = 1 ; } prev = curr ; } tiedXPairs += sum ( consecutiveXTies - 1 ) ; tiedXYPairs += sum ( consecutiveXYTies - 1 ) ; long swaps = 0 ; DoublePair [ ] pairsDestination = new DoublePair [ n ] ; for ( int segmentSize = 1 ; segmentSize < n ; segmentSize <<= 1 ) { for ( int offset = 0 ; offset < n ; offset += 2 * segmentSize ) { int i = offset ; final int iEnd = FastMath . min ( i + segmentSize , n ) ; int j = iEnd ; final int jEnd = FastMath . min ( j + segmentSize , n ) ; int copyLocation = offset ; while ( i < iEnd || j < jEnd ) { if ( i < iEnd ) { if ( j < jEnd ) { if ( Double . compare ( pairs [ i ] . getSecond ( ) , pairs [ j ] . getSecond ( ) ) <= 0 ) { pairsDestination [ copyLocation ] = pairs [ i ] ; i ++ ; } else { pairsDestination [ copyLocation ] = pairs [ j ] ; j ++ ; swaps += iEnd - i ; } } else { pairsDestination [ copyLocation ] = pairs [ i ] ; i ++ ; } } else { pairsDestination [ copyLocation ] = pairs [ j ] ; j ++ ; } copyLocation ++ ; } } final DoublePair [ ] pairsTemp = pairs ; pairs = pairsDestination ; pairsDestination = pairsTemp ; } long tiedYPairs = 0 ; long consecutiveYTies = 1 ; prev = pairs [ 0 ] ; for ( int i = 1 ; i < n ; i ++ ) { final DoublePair curr = pairs [ i ] ; if ( Double . compare ( curr . getSecond ( ) , prev . getSecond ( ) ) == 0 ) { consecutiveYTies ++ ; } else { tiedYPairs += sum ( consecutiveYTies - 1 ) ; consecutiveYTies = 1 ; } prev = curr ; } tiedYPairs += sum ( consecutiveYTies - 1 ) ; final long concordantMinusDiscordant = numPairs - tiedXPairs - tiedYPairs + tiedXYPairs - 2 * swaps ; final double nonTiedPairsMultiplied = ( numPairs - tiedXPairs ) * ( double ) ( numPairs - tiedYPairs ) ; return concordantMinusDiscordant / FastMath . sqrt ( nonTiedPairsMultiplied ) ; }

Calcula el coeficiente de correlación del rango de TAU Kendall entre las dos matrices.


public void pausePlayingAudio  ( String id ) { AudioPlayer audio = this . players . get ( id ) ; if ( audio != null ) { audio . pausePlaying ( ) ; } }


@ SuppressWarnings ( { "unchecked" , "cast" } ) public EnumConstant fullCopy  ( ) { EnumConstant tree = ( EnumConstant ) copy ( ) ; if ( children != null ) { for ( int i = 0 ; i < children . length ; ++ i ) { switch ( i ) { case 4 : tree . children [ i ] = null ; continue ; } ASTNode child = ( ASTNode ) children [ i ] ; if ( child != null ) { child = child . fullCopy ( ) ; tree . setChild ( child , i ) ; } } } return tree ; }

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


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


protected final boolean scanTextDecl  ( ) throws IOException , XNIException  { boolean textDecl = false ; if ( fEntityScanner . skipString ( "<?xml" ) ) { fMarkUpDepth ++ ; if ( isValidNameChar ( fEntityScanner . peekChar ( ) ) ) { fStringBuffer . clear ( ) ; fStringBuffer . append ( "xml" ) ; if ( fNamespaces ) { while ( isValidNCName ( fEntityScanner . peekChar ( ) ) ) { fStringBuffer . append ( ( char ) fEntityScanner . scanChar ( ) ) ; } } else { while ( isValidNameChar ( fEntityScanner . peekChar ( ) ) ) { fStringBuffer . append ( ( char ) fEntityScanner . scanChar ( ) ) ; } } String target = fSymbolTable . addSymbol ( fStringBuffer . ch , fStringBuffer . offset , fStringBuffer . length ) ; scanPIData ( target , fString ) ; } else { String version = null ; String encoding = null ; scanXMLDeclOrTextDecl ( true , fStrings ) ; textDecl = true ; fMarkUpDepth -- ; version = fStrings [ 0 ] ; encoding = fStrings [ 1 ] ; fEntityScanner . setXMLVersion ( version ) ; if ( ! fEntityScanner . fCurrentEntity . isEncodingExternallySpecified ( ) ) { fEntityScanner . setEncoding ( encoding ) ; } if ( fDTDHandler != null ) { fDTDHandler . textDecl ( version , encoding , null ) ; } } } fEntityManager . fCurrentEntity . mayReadChunks = true ; return textDecl ; }


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

Escribe el valor <código> TOSTRING () </ CODE> de cada elemento en una colección en el archivo <código> especificado </ código> línea por línea.Se utilizará la codificación de carácter especificada y se utilizará la finalización de la línea.<P /> Nota: A partir de V1.3, los directorios de los padres del archivo se crearán si no existen.


public static ByteBuffer processOutboundPackage  ( ByteBuffer roData , int exchangeId , boolean connectionOk ) { roData . rewind ( ) ; if ( BuildConfig . DEBUG ) { XposedBridge . log ( "Processing outbound package of size " + Integer . toString ( roData . remaining ( ) ) ) ; } try { synchronized ( sync ) { } } catch ( Throwable e ) { XposedBridge . log ( e ) ; } return null ; }

Procesos El paquete único que va del cliente al servidor Rodata es creado por asignación y tuvo que tener una matriz


public PickRequest withAllImageMimeTypesAllowed  ( ) { this . mMimeType = QiPick . MIME_TYPE_IMAGES_ALL ; this . mMimeTypesKitKat = null ; return this ; }

Permitir seleccionar archivos de todos los tipos MIME de imagen.Esto se establece de forma predeterminada, así que, a menos que se hicieron otros cambios de tipo MIME para solicitar que no hay necesidad de llamarlo


public PlacesSearchQuery search  ( UserActor actor , float latitude , float longitude ) { return new PlacesSearchQuery ( getClient ( ) , actor , latitude , longitude ) ; }

Devuelve una lista de ubicaciones que coinciden con los criterios de búsqueda.


protected MessagesGetChatUsersQueryWithChatIdsFields chatIds  ( Integer ... value ) { return unsafeParam ( "chat_ids" , value ) ; }


public boolean isCritical  ( ) { return true ; }

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


public EquipmentUnitAdd ( final Long changeId , final long equipmentId , final String equipmentUnitXml ) { setChangeId ( changeId ) ; this . equipmentId = equipmentId ; this . equipmentUnitXml = equipmentUnitXml ; }

Crea una nueva unidad de equipo Añadir cambio.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_DPHeal_INTERVAL_TO_B  ( int num0 , String skilltarget , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1201232 , num0 , skilltarget , skillname ) ; }

Restauró% Num0 de [% SkillTarget] DP mediante el uso de [% de habilidad].


public static boolean calculatePhysicalParryRate  ( Creature attacker , Creature attacked ) { if ( attacked . getObserveController ( ) . checkAttackStatus ( AttackStatus . PARRY ) ) { return true ; } float accuracy = attacker . getGameStats ( ) . getMainHandPAccuracy ( ) . getCurrent ( ) ; float parry = 0 ; if ( attacked instanceof Player ) { parry = attacked . getGameStats ( ) . getParry ( ) . getBonus ( ) + getMovementModifier ( attacked , StatEnum . PARRY , attacked . getGameStats ( ) . getParry ( ) . getBase ( ) ) + attacked . getGameStats ( ) . getStat ( StatEnum . PVP_PARRY , 0 ) . getCurrent ( ) ; } else { parry = attacked . getGameStats ( ) . getParry ( ) . getBonus ( ) + getMovementModifier ( attacked , StatEnum . PARRY , attacked . getGameStats ( ) . getParry ( ) . getBase ( ) ) ; } float parryRate = parry - accuracy ; return calculatePhysicalEvasion ( parryRate , 400 ) ; }


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_ExtendAuraRange_ME_TO_SELF  ( String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200360 , skillname ) ; }

Amplió el rango de mantra usando [% SkillName].


public Object clone  ( ) { return new AbstractDataSource ( sourcename ) ; }


public FileWriterWithEncoding ( String filename , String encoding , boolean append ) throws IOException { this ( new File ( filename ) , encoding , append ) ; }

Construye un archivo de archivos con codificación de archivos.


private FlatServoRail expand  ( ) { if ( isDynamic ( ) ) return this ; FlatServoRail ret = new FlatServoRail ( ) ; ret . component = this . component ; ret . color = this . color ; return ret ; }

Convertir una instancia estática en una dinámica


public static void deleteDB  ( ) { init ( context ) ; Inquiry . get ( ) . dropTable ( Constants . DATABASE_NAME ) ; Inquiry . deinit ( ) ; }


public static void streamContent  ( OutputStream out , InputStream in , int length ) throws IOException { int bufferSize = 512 ; if ( out == null ) { throw new IOException ( "Attempt to write to null output stream" ) ; } if ( in == null ) { throw new IOException ( "Attempt to read from null input stream" ) ; } if ( length == 0 ) { throw new IOException ( "Attempt to write 0 bytes of content to output stream" ) ; } BufferedOutputStream bos = new BufferedOutputStream ( out , bufferSize ) ; BufferedInputStream bis = new BufferedInputStream ( in , bufferSize ) ; byte [ ] buffer = new byte [ length ] ; int read = 0 ; try { while ( ( read = bis . read ( buffer , 0 , buffer . length ) ) != - 1 ) { bos . write ( buffer , 0 , read ) ; } } catch ( IOException e ) { Debug . logError ( e , "Problem reading/writing buffers" , module ) ; bis . close ( ) ; bos . close ( ) ; throw e ; } finally { if ( bis != null ) { bis . close ( ) ; } if ( bos != null ) { bos . flush ( ) ; bos . close ( ) ; } } }

Corrige el contenido binario de entrada de entrada a la corriente de salida Este método no cierra los flujos pasados


private StandardDeviation ( Variance variance ) { this . variance = variance ; }

Cree una nueva instancia con la varianza dada.


public Map . Entry < K , V > lastEntry  ( ) { for ( ; ; ) { Node < K , V > n = findLast ( ) ; if ( n == null ) return null ; AbstractMap . SimpleImmutableEntry < K , V > e = n . createSnapshot ( ) ; if ( e != null ) return e ; } }

Devuelve un mapeo de valor clave asociado con la clave más grande en este mapa, o <tt> null </ tt> si el mapa está vacío.La entrada devuelta <EM> no </ em> admite el método <TT> Entry.SetValue </ tt>.


public Iterator < String > keys  ( ) { return root . getStringIterator ( cbuf ) ; }

Devuelve un iterador de cadena con los campos de este objeto como valores.


public NameFileComparator ( ) { this . caseSensitivity = IOCase . SENSITIVE ; }

Construya una instancia de comparación de nombre de archivo sensible a mayúsculas.


public static boolean isScreenW  ( int widthDp ) { DisplayMetrics displayMetrics = Resources . getSystem ( ) . getDisplayMetrics ( ) ; float screenWidth = displayMetrics . widthPixels / displayMetrics . density ; return screenWidth >= widthDp ; }

Devuelve VERDADERO si el ancho en DP del dispositivo es igual o mayor que el valor dado


int onUpdateAll  ( DataSupport baseObj , String ... conditions ) throws SecurityException , IllegalArgumentException , NoSuchMethodException , IllegalAccessException , InvocationTargetException { List < Field > supportedFields = getSupportedFields ( baseObj . getClassName ( ) ) ; ContentValues values = new ContentValues ( ) ; putFieldsValue ( baseObj , supportedFields , values ) ; putFieldsToDefaultValue ( baseObj , values ) ; return doUpdateAllAction ( baseObj . getTableName ( ) , values , conditions ) ; }

La interfaz abierta para otras clases en el paquete CRUD para actualizar múltiples filas.Utilizando BASEBJ para decidir qué tabla actualizará y las condiciones que representan la parte de una declaración SQL.El valor que necesita actualizarse se almacena en BASEBJ.


public void configureIndicator  ( int indicatorWidth , int indicatorHeight , int indicatorMargin ) { configureIndicator ( indicatorWidth , indicatorHeight , indicatorMargin , R . animator . scale_with_alpha , 0 , R . drawable . indicator_white_radius , R . drawable . indicator_white_radius ) ; }

Cree y configure el indicador en el código Java.


public UrlSpaceFactoryBean ( String url , Map < String , Object > params ) { this ( url ) ; setParameters ( params ) ; }

Crea un nuevo espacio de la Fábrica de espacio URL en función de los parámetros de URL y MAP proporcionados.


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


protected void init  ( Object initData , String servletExtension ) { ParamValidationUtil . validateParamNotNull ( initData , "initData" ) ; ParamValidationUtil . validateParamNotNull ( servletExtension , "servletExtension" ) ; request = ( ( ViewContext ) initData ) . getRequest ( ) ; reset ( ) ; this . minifyUrlExtension = servletExtension ; this . isDebugMode = UtilMethods . isSet ( request . getParameter ( "debug" ) ) ; this . isLiveMode = HostTools . isLiveMode ( request ) ; this . currentHost = HostTools . getCurrentHost ( request ) ; }

Método de inicialización destinado a ser llamado por los métodos de inicio de los Lovistools que extienden esta clase abstracta.


@ Override public List < WebElement > findElementsByPartialLinkText  ( String partialLinkText ) { return ( ( FindsByLinkText ) super . getWrappedDriver ( ) ) . findElementsByPartialLinkText ( partialLinkText ) ; }

Encuentra elementos por texto de enlace parcial.


public void switchBack  ( ) { if ( localDeque . size ( ) > 1 ) { doSwitch ( localDeque . poll ( ) , localDeque . peek ( ) ) ; } }

 Toma el cuadro superior de la pila y cambia al marco anterior.

 Actualmente Bobcat no verifica que haya ningún marco para volver o que se haya cambiado manualmente antes de que se llamara este método.Revise dos veces su cambio manual para evitar efectos secundarios extraños.


public static void export  ( IConnector connector , int taxonId , String rank , float minScore , float maxExpected , float minPercentIdentity , float topPercent , String fileName , ProgressListener progressListener ) throws IOException , CanceledException { final String name = TaxonomyData . getName2IdMap ( ) . get ( taxonId ) ; final IReadBlockIterator it = connector . getReadsIterator ( Classification . Taxonomy , taxonId , minScore , maxExpected , true , true ) ; progressListener . setTasks ( "Export" , "Computing match signatures for '" + name + "'" ) ; progressListener . setMaximum ( it . getMaximumProgress ( ) ) ; progressListener . setProgress ( 0 ) ; final Map < String , Integer > read2rank = new HashMap < > ( ) ; final Set < Integer > allTaxa = new TreeSet < > ( ) ; final List < Pair < String , Set < Integer > > > readsAndTaxa = new LinkedList < > ( ) ; int readRank = 0 ; while ( it . hasNext ( ) ) { IReadBlock readBlock = it . next ( ) ; String readName = readBlock . getReadName ( ) ; read2rank . put ( readName , readRank ) ; HashSet < Integer > taxa = new HashSet < > ( ) ; readsAndTaxa . add ( new Pair < String , Set < Integer > > ( readName , taxa ) ) ; double useMinScore = - 1 ; for ( int i = 0 ; i < readBlock . getNumberOfAvailableMatchBlocks ( ) ; i ++ ) { IMatchBlock matchBlock = readBlock . getMatchBlock ( i ) ; if ( matchBlock . getBitScore ( ) >= minScore && matchBlock . getExpected ( ) <= maxExpected && matchBlock . getPercentIdentity ( ) >= minPercentIdentity ) { { if ( useMinScore == - 1 ) useMinScore = Math . max ( minScore , ( 1f - topPercent ) * matchBlock . getBitScore ( ) ) ; if ( matchBlock . getBitScore ( ) >= useMinScore ) { int taxId = mapToRank ( rank , matchBlock . getTaxonId ( ) ) ; if ( taxId > 0 ) taxa . add ( taxId ) ; } } } } allTaxa . addAll ( taxa ) ; progressListener . setProgress ( it . getProgress ( ) ) ; } if ( fileName . contains ( "%t" ) ) fileName = fileName . replaceAll ( "%t" , Basic . replaceSpaces ( name , '_' ) ) ; if ( fileName . contains ( "%i" ) ) fileName = fileName . replaceAll ( "%i" , "" + taxonId ) ; progressListener . setTasks ( "Export" , "Writing to file: " + Basic . getFileBaseName ( fileName ) ) ; progressListener . setMaximum ( readsAndTaxa . size ( ) ) ; progressListener . setProgress ( 0 ) ; try ( BufferedWriter w = new BufferedWriter ( new FileWriter ( fileName ) ) ) { w . write ( "# " + rank + "-level patterns for '" + name + "'\n" ) ; w . write ( "# Number of reads: " + read2rank . keySet ( ) . size ( ) + "\n" ) ; w . write ( "# Taxon ids:" ) ; for ( Integer taxon : allTaxa ) { w . write ( String . format ( "\t%d" , taxon ) ) ; } w . write ( "\n" ) ; w . write ( "# Taxon names:" ) ; for ( Integer taxon : allTaxa ) { w . write ( String . format ( "\t%s" , TaxonomyData . getName2IdMap ( ) . get ( taxon ) ) ) ; } w . write ( "\n" ) ; Map < String , List < String > > signature2reads = new TreeMap < > ( ) ; for ( Pair < String , Set < Integer > > pair : readsAndTaxa ) { w . write ( pair . get1 ( ) + "\t" ) ; StringBuilder buf = new StringBuilder ( ) ; for ( Integer taxon : allTaxa ) { if ( pair . get2 ( ) . contains ( taxon ) ) buf . append ( "1" ) ; else buf . append ( "0" ) ; } String signature = buf . toString ( ) ; w . write ( signature ) ; List < String > reads = signature2reads . get ( signature ) ; if ( reads == null ) { reads = new LinkedList < > ( ) ; signature2reads . put ( signature , reads ) ; } reads . add ( pair . get1 ( ) ) ; w . write ( "\n" ) ; } w . write ( "# Number of unique signatures: " + signature2reads . keySet ( ) . size ( ) + "\n" ) ; for ( String signature : signature2reads . keySet ( ) ) { List < String > reads = signature2reads . get ( signature ) ; w . write ( String . format ( "%s\t%d" , signature , reads . size ( ) ) ) ; for ( String read : reads ) { w . write ( "\t" + read ) ; } w . write ( "\n" ) ; } } System . err . println ( "Total reads: " + readsAndTaxa . size ( ) ) ; System . err . println ( "Total taxa:  " + allTaxa . size ( ) ) ; }

Exportar todos los partidos en el archivo


@ SuppressWarnings ( "unchecked" ) public static < K , V > Map < K , V > toMap  ( Object object ) { if ( object != null && ! ( object instanceof Map ) ) return null ; return ( Map < K , V > ) object ; }

Devuelve el argumento del objeto como un mapa parametrizado si el argumento de objeto es una instancia de mapa.De lo contrario regresa nulo.


public void stopRecording  ( ) { m_line . stop ( ) ; m_line . close ( ) ; }

Detiene la grabación.<p /> Tenga en cuenta que detener la rosca explícitamente no es necesaria.Una vez que no se puedan leer más datos en laDatalina, no se lean más datos de nuestro AudioInputStream.Y si no hay más datos del AudioInputStream, el método 'Audiosystem.Write ()' (llamado en 'RUN ()' Devoluciones. Devolución de 'Audiosystem.Write ()' se sigue de 'Ejecutar ()',Y, por lo tanto, el hilo se termina automáticamente. <P /> No es una buena idea llamar a este método simplemente 'detener ()' porque la parada () es un método (en desuso) del hilo de la clase '. Y no lo hacemosQuiero anular este método.


public AuditLogEntryComparator ( ) { super ( "-time" ) ; }

Inicializa un AuditLogentRyComparator.Establece el orden de clasificación predeterminado para descender el tiempo, eso significa que los eventos más recientes son primero.


void submit  ( ProcessAndDisplayImageTask task ) { initExecutorsIfNeed ( ) ; taskExecutorForCachedImages . execute ( task ) ; }


private void minimizeSelectors  ( List < RuleWrapper < RuleType > > rules , int startIndex ) { Location toBeMatchedRuleLocation = model . getLocationInConfig ( rule , SELECTOR_FIELD_NAME ) ; for ( Iterator < String > iter = selectors . iterator ( ) ; iter . hasNext ( ) ; ) { String selector = iter . next ( ) ; for ( int i = startIndex ; i < rules . size ( ) ; i ++ ) { RuleWrapper < RuleType > ruleWrapper = rules . get ( i ) ; if ( isSubsumed ( selector , ruleWrapper . selectors ) ) { Location matchingRuleLocation = model . getLocationInConfig ( ruleWrapper . rule , SELECTOR_FIELD_NAME ) ; if ( ! maintainSelectorMinimizationBugExperimentEnabled ( ) && isSameYamlFile ( matchingRuleLocation , toBeMatchedRuleLocation ) ) { model . getDiagCollector ( ) . addDiag ( Diag . error ( matchingRuleLocation , "Selector '%s' at location %s subsumes selector '%s' at location %s. " + "Subsuming selectors in the same file is not supported." , ruleWrapper . getUnflattenedSelector ( ) , matchingRuleLocation . getDisplayString ( ) , selector , toBeMatchedRuleLocation . getDisplayString ( ) ) ) ; } iter . remove ( ) ; break ; } } } }

Elimine los selectores si son subsumidos por cualquier selector de la lista de reglas dada.


public GroupsGetBannedQuery ( VkApiClient client , UserActor actor , int groupId ) { super ( client , "groups.getBanned" , GetBannedResponse . class ) ; accessToken ( actor . getAccessToken ( ) ) ; groupId ( groupId ) ; }

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


public static String timestamp  ( DateTime ts ) { return Long . toString ( ts . getMillis ( ) / 1000 ) ; }

Convierta una marca de tiempo a la representación de la cadena que WAITFRONT se aceptará.


@ Override public void endGroup  ( Augmentations augs ) throws XNIException { if ( fDTDGrammar != null ) fDTDGrammar . endGroup ( augs ) ; if ( fDTDContentModelHandler != null ) { fDTDContentModelHandler . endGroup ( augs ) ; } }

El final de un grupo para modelos de contenido mixto o infantil.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_Curse_END_A_TO_SELF  ( String skilltarget ) { return new SM_SYSTEM_MESSAGE ( 1200777 , skilltarget ) ; }

[% SkillTarget] se libera del estado maldito.


public boolean equals  ( String productId , Map < String , GenericValue > additionalProductFeatureAndAppls , Map < String , Object > attributes , String prodCatalogId , BigDecimal selectedAmount ) { return equals ( productId , additionalProductFeatureAndAppls , attributes , prodCatalogId , selectedAmount , null , null , false ) ; }

Compara el objeto especificado con este artículo de carrito.Los valores predeterminados ispromo a falso.Predeterminado a ningún grupo de elementos.


public TypeVariable typeVariable  ( TypeNode typeNode ) { TypeVariable result = typeVariableMap . get ( typeNode ) ; if ( result == null ) { int id = typeVariableList . size ( ) ; typeVariableList . add ( null ) ; result = new TypeVariable ( id , this , typeNode ) ; typeVariableList . set ( id , result ) ; typeVariableMap . put ( typeNode , result ) ; } return result ; }

Obtenga la variable de tipo para el nodo de tipo dado.


public CreateSiteWindow fillLiveCopy  ( String siteOwner , boolean liveCopy , List < String > rollOutConfigs ) { ownerDropDown . selectByText ( siteOwner ) ; WebElement checkBox = currentWindow . findElement ( By . name ( "isLiveCopy" ) ) ; if ( ! liveCopy ) { checkBox . click ( ) ; } for ( String config : rollOutConfigs ) { currentWindow . findElement ( By . xpath ( "//span[text()='Add Item']" ) ) . click ( ) ; List < WebElement > inputs = currentWindow . findElements ( By . xpath ( "//img[@src='/libs/cq/ui/resources/0.gif']" ) ) ; inputs . get ( inputs . size ( ) - 1 ) . click ( ) ; List < WebElement > options = currentWindow . findElements ( By . xpath ( "//div[text()='" + config + "']" ) ) ; options . stream ( ) . filter ( null ) . forEach ( null ) ; } return this ; }

Llene los datos en la vista de copia en vivo


@ Override public void close  ( Client transportClient ) { if ( transportClient != null ) { transportClient . close ( ) ; log . info ( "close() - Closed client: " + transportClient . settings ( ) . get ( "node.name" ) ) ; } }

Método llamado para cerrar el cliente recién abierto.


Construye un nuevo formato de salida con los valores predeterminados.