@ Deployment public void testActivityCompensationEvents  ( ) throws Exception  { ProcessInstance processInstance = runtimeService . startProcessInstanceByKey ( "compensationProcess" ) ; assertNotNull ( processInstance ) ; Task task = taskService . createTaskQuery ( ) . processInstanceId ( processInstance . getId ( ) ) . singleResult ( ) ; assertNotNull ( task ) ; taskService . complete ( task . getId ( ) ) ; assertEquals ( 1 , listener . getEventsReceived ( ) . size ( ) ) ; assertTrue ( listener . getEventsReceived ( ) . get ( 0 ) instanceof ActivitiActivityEvent ) ; ActivitiActivityEvent activityEvent = ( ActivitiActivityEvent ) listener . getEventsReceived ( ) . get ( 0 ) ; assertEquals ( ActivitiEventType . ACTIVITY_COMPENSATE , activityEvent . getType ( ) ) ; assertEquals ( "compensate" , activityEvent . getActivityId ( ) ) ; assertFalse ( processInstance . getId ( ) . equals ( activityEvent . getExecutionId ( ) ) ) ; assertEquals ( processInstance . getProcessInstanceId ( ) , activityEvent . getProcessInstanceId ( ) ) ; assertEquals ( processInstance . getProcessDefinitionId ( ) , activityEvent . getProcessDefinitionId ( ) ) ; processInstance = runtimeService . createProcessInstanceQuery ( ) . processInstanceId ( processInstance . getId ( ) ) . singleResult ( ) ; assertNotNull ( processInstance ) ; assertDatabaseEventPresent ( ActivitiEventType . ACTIVITY_COMPENSATE ) ; }

Eventos de prueba relacionados con eventos de compensación.


Writer write  ( Writer writer , int indentFactor , int indent ) throws JSONException { try { boolean commanate = false ; int length = this . length ( ) ; writer . write ( '[' ) ; if ( length == 1 ) { JSONObject . writeValue ( writer , this . myArrayList . get ( 0 ) , indentFactor , indent ) ; } else if ( length != 0 ) { final int newindent = indent + indentFactor ; for ( int i = 0 ; i < length ; i += 1 ) { if ( commanate ) { writer . write ( ',' ) ; } if ( indentFactor > 0 ) { writer . write ( '\n' ) ; } JSONObject . indent ( writer , newindent ) ; JSONObject . writeValue ( writer , this . myArrayList . get ( i ) , indentFactor , newindent ) ; commanate = true ; } if ( indentFactor > 0 ) { writer . write ( '\n' ) ; } JSONObject . indent ( writer , indent ) ; } writer . write ( ']' ) ; return writer ; } catch ( IOException e ) { throw new JSONException ( e ) ; } }

Escriba los contenidos del JSONARRAY como texto JSON a un escritor.Para la compacidad, no se agrega espacio en blanco.<p> ADVERTENCIA: Este método asume que la estructura de datos es acicaque.


public static String slurpURL  ( URL u , String encoding ) throws IOException { String lineSeparator = System . getProperty ( "line.separator" ) ; URLConnection uc = u . openConnection ( ) ; uc . setReadTimeout ( 30000 ) ; InputStream is ; try { is = uc . getInputStream ( ) ; } catch ( SocketTimeoutException e ) { System . err . println ( "Time out. Return empty string" ) ; return "" ; } BufferedReader br = new BufferedReader ( new InputStreamReader ( is , encoding ) ) ; String temp ; StringBuilder buff = new StringBuilder ( 16000 ) ; while ( ( temp = br . readLine ( ) ) != null ) { buff . append ( temp ) ; buff . append ( lineSeparator ) ; } br . close ( ) ; return buff . toString ( ) ; }


public static void recover  ( File file ) { Connection c = null ; ResultSet r1 = null ; Statement stat = null ; try { ZipInputStream zip = new ZipInputStream ( new FileInputStream ( file ) ) ; zip . getNextEntry ( ) ; BufferedReader in = new BufferedReader ( new InputStreamReader ( zip ) ) ; c = getConnection ( ) ; DatabaseMetaData m1 = c . getMetaData ( ) ; r1 = m1 . getTables ( null , null , null , new String [ ] { "TABLE" } ) ; while ( r1 . next ( ) ) { try { stat = c . createStatement ( ) ; stat . execute ( "delete from " + r1 . getString ( "TABLE_NAME" ) ) ; stat . close ( ) ; stat = null ; } catch ( Exception e ) { log . error ( "ignore this exception" , e ) ; } } String line = in . readLine ( ) ; while ( line != null ) { _recover ( line , c ) ; line = in . readLine ( ) ; } zip . closeEntry ( ) ; in . close ( ) ; } catch ( Exception e ) { log . error ( e . getMessage ( ) , e ) ; } finally { close ( r1 , stat , c ) ; } }


static void scheduleRetry  ( Context context ) { new Handler ( context . getMainLooper ( ) ) . post ( new Scheduler ( context ) ) ; }

Programar un reintento.Si ya hay un horario, esto es NO-OP.


@ Override protected boolean requiresAuthentication  ( HttpServletRequest request , HttpServletResponse response ) { return true ; }


@ Override public void stopAnyPlayback  ( ) { if ( SHOW_LOGS ) Logger . v ( TAG , ">> stopAnyPlayback, mCurrentPlayerState " + mCurrentPlayerState ) ; mPlayerHandler . pauseQueueProcessing ( TAG ) ; if ( SHOW_LOGS ) Logger . v ( TAG , "stopAnyPlayback, mCurrentPlayerState " + mCurrentPlayerState ) ; mPlayerHandler . clearAllPendingMessages ( TAG ) ; stopResetReleaseClearCurrentPlayer ( ) ; mPlayerHandler . resumeQueueProcessing ( TAG ) ; if ( SHOW_LOGS ) Logger . v ( TAG , "<< stopAnyPlayback, mCurrentPlayerState " + mCurrentPlayerState ) ; }

Este método deja de reproducir si existe uno.


public Stereo2Mono ( int mode ) { this . mode = mode ; }

Convierta un flujo de entrada de audio estéreo, utilizando los canales como se indica por modo.


public void startSwipe  ( RecyclerView . ViewHolder viewHolder ) { initializeItemTouchHelper ( ) ; mDefaultItemTouchHelper . startSwipe ( viewHolder ) ; }


public static UInteger valueOf  ( String value ) throws NumberFormatException  { return valueOfUnchecked ( rangeCheck ( Long . parseLong ( value ) ) ) ; }


public String toString  ( ) { return "MbrolaVoice" ; }


@ SuppressWarnings ( "unchecked" ) public static < R > JoinObservable < R > when  ( Plan < R > p1 , Plan < R > p2 , Plan < R > p3 , Plan < R > p4 , Plan < R > p5 ) { return from ( JoinPatterns . when ( p1 , p2 , p3 , p4 , p5 ) ) ; }

Se unen a los resultados de cinco patrones a través de sus planes.<p> <img ancho = "640" src = "https://raw.github.com/wiki/reactivex/rxjava/images/rx-operators/and_then_when.png" alt = "">


public java_cup . runtime . Symbol next_token  ( ) throws java . io . IOException { 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 ; int zzCh ; int zzCharCount ; for ( zzCurrentPosL = zzStartRead ; zzCurrentPosL < zzMarkedPosL ; zzCurrentPosL += zzCharCount ) { zzCh = Character . codePointAt ( zzBufferL , zzCurrentPosL , zzMarkedPosL ) ; zzCharCount = Character . charCount ( zzCh ) ; switch ( zzCh ) { 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 += zzCharCount ; } } if ( zzR ) { boolean zzPeek ; if ( zzMarkedPosL < zzEndReadL ) zzPeek = zzBufferL [ zzMarkedPosL ] == '\n' ; else if ( zzAtEOF ) zzPeek = false ; else { boolean eof = zzRefill ( ) ; zzEndReadL = zzEndRead ; zzMarkedPosL = zzMarkedPos ; zzBufferL = zzBuffer ; if ( eof ) zzPeek = false ; else zzPeek = zzBufferL [ zzMarkedPosL ] == '\n' ; } if ( zzPeek ) yyline -- ; } zzAction = - 1 ; zzCurrentPosL = zzCurrentPos = zzStartRead = zzMarkedPosL ; zzState = ZZ_LEXSTATE [ zzLexicalState ] ; int zzAttributes = zzAttrL [ zzState ] ; if ( ( zzAttributes & 1 ) == 1 ) { zzAction = zzState ; } zzForAction : { while ( true ) { if ( zzCurrentPosL < zzEndReadL ) { zzInput = Character . codePointAt ( zzBufferL , zzCurrentPosL , zzEndReadL ) ; zzCurrentPosL += Character . charCount ( zzInput ) ; } 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 = Character . codePointAt ( zzBufferL , zzCurrentPosL , zzEndReadL ) ; zzCurrentPosL += Character . charCount ( zzInput ) ; } } int zzNext = zzTransL [ zzRowMapL [ zzState ] + zzCMapL [ zzInput ] ] ; if ( zzNext == - 1 ) break zzForAction ; zzState = zzNext ; zzAttributes = zzAttrL [ zzState ] ; if ( ( zzAttributes & 1 ) == 1 ) { zzAction = zzState ; zzMarkedPosL = zzCurrentPosL ; if ( ( zzAttributes & 8 ) == 8 ) break zzForAction ; } } } zzMarkedPos = zzMarkedPosL ; if ( zzInput == YYEOF && zzStartRead == zzCurrentPos ) { zzAtEOF = true ; zzDoEOF ( ) ; switch ( zzLexicalState ) { case YYINITIAL : { return symbol ( EOF ) ; } case 178 : break ; default : { return symbol ( EOF ) ; } } } else { switch ( zzAction < 0 ? zzAction : ZZ_ACTION [ zzAction ] ) { case 1 : { } case 78 : break ; case 2 : { return symbol ( MINUS ) ; } case 79 : break ; case 3 : { yybegin ( STRING ) ; string . setLength ( 0 ) ; } case 80 : break ; case 4 : { return symbol ( IDENTIFIER , yytext ( ) ) ; } case 81 : break ; case 5 : { return symbol ( NUMBER , yytext ( ) ) ; } case 82 : break ; case 6 : { return symbol ( MORE ) ; } case 83 : break ; case 7 : { return symbol ( DIVIDE_MOD ) ; } case 84 : break ; case 8 : { return symbol ( ARG_SPLITTER ) ; } case 85 : break ; case 9 : { return symbol ( PLUS ) ; } case 86 : break ; case 10 : { return symbol ( DIVIDE ) ; } case 87 : break ; case 11 : { return symbol ( MULTIPLY ) ; } case 88 : break ; case 12 : { return symbol ( COLON ) ; } case 89 : break ; case 13 : { return symbol ( ASSIGN ) ; } case 90 : break ; case 14 : { return symbol ( LESS ) ; } case 91 : break ; case 15 : { return symbol ( OPEN_BRACKET ) ; } case 92 : break ; case 16 : { return symbol ( CLOSE_BRACKET ) ; } case 93 : break ; case 17 : { return symbol ( OPEN_SQUARE_BRACKET ) ; } case 94 : break ; case 18 : { return symbol ( CLOSE_SQUARE_BRACKET ) ; } case 95 : break ; case 19 : { return symbol ( OPEN_BIG_BRACKET ) ; } case 96 : break ; case 20 : { return symbol ( CLOSE_BIG_BRACKET ) ; } case 97 : break ; case 21 : { string . append ( yytext ( ) ) ; } case 98 : break ; case 22 : { yybegin ( YYINITIAL ) ; return symbol ( STRING_DEFINITION , string ) ; } case 99 : break ; case 23 : { } case 100 : break ; case 24 : { return symbol ( RIGHT_POINTER ) ; } case 101 : break ; case 25 : { return symbol ( MINUS_ASSIGN ) ; } case 102 : break ; case 26 : { return symbol ( IF ) ; } case 103 : break ; case 27 : { return symbol ( IS ) ; } case 104 : break ; case 28 : { return symbol ( OR ) ; } case 105 : break ; case 29 : { return symbol ( FKUUID , yytext ( ) ) ; } case 106 : break ; case 30 : { return symbol ( STRING_CAT ) ; } case 107 : break ; case 31 : { return symbol ( MORE_OR_EQUAL ) ; } case 108 : break ; case 32 : { return symbol ( DIVIDE_MOD_ASSIGN ) ; } case 109 : break ; case 33 : { return symbol ( INC ) ; } case 110 : break ; case 34 : { return symbol ( PLUS_ASSIGN ) ; } case 111 : break ; case 35 : { return symbol ( DIVIDE_ASSIGN ) ; } case 112 : break ; case 36 : { return symbol ( MULTIPLY_ASSIGN ) ; } case 113 : break ; case 37 : { return symbol ( NEW_ASSIGN ) ; } case 114 : break ; case 38 : { return symbol ( EQUAL ) ; } case 115 : break ; case 39 : { return symbol ( LESS_OR_EQUAL ) ; } case 116 : break ; case 40 : { return symbol ( NOT_EQUAL ) ; } case 117 : break ; case 41 : { string . append ( '\\' ) ; } case 118 : break ; case 42 : { string . append ( '\"' ) ; } case 119 : break ; case 43 : { string . append ( '\r' ) ; } case 120 : break ; case 44 : { string . append ( '\t' ) ; } case 121 : break ; case 45 : { string . append ( '\n' ) ; } case 122 : break ; case 46 : { string . append ( '\b' ) ; } case 123 : break ; case 47 : { string . append ( '\f' ) ; } case 124 : break ; case 48 : { string . append ( '\'' ) ; } case 125 : break ; case 49 : { return symbol ( VAR_BEGIN ) ; } case 126 : break ; case 50 : { return symbol ( IDENTIFIER_DOT , yytext ( ) ) ; } case 127 : break ; case 51 : { return symbol ( AND ) ; } case 128 : break ; case 52 : { return symbol ( END ) ; } case 129 : break ; case 53 : { return symbol ( NOT ) ; } case 130 : break ; case 54 : { return symbol ( FOR ) ; } case 131 : break ; case 55 : { return symbol ( FKFLOAT , yytext ( ) ) ; } case 132 : break ; case 56 : { return symbol ( IDENTIFIER_POINTER , yytext ( ) ) ; } case 133 : break ; case 57 : { return symbol ( ELSE ) ; } case 134 : break ; case 58 : { return symbol ( FTRUE ) ; } case 135 : break ; case 59 : { return symbol ( THEN ) ; } case 136 : break ; case 60 : { return symbol ( NULL ) ; } case 137 : break ; case 61 : { return symbol ( FAKE ) ; } case 138 : break ; case 62 : { return symbol ( FUNC ) ; } case 139 : break ; case 63 : { return symbol ( CASE ) ; } case 140 : break ; case 64 : { return symbol ( BREAK ) ; } case 141 : break ; case 65 : { return symbol ( FFALSE ) ; } case 142 : break ; case 66 : { return symbol ( FCONST ) ; } case 143 : break ; case 67 : { return symbol ( WHILE ) ; } case 144 : break ; case 68 : { return symbol ( SLEEP ) ; } case 145 : break ; case 69 : { return symbol ( YIELD ) ; } case 146 : break ; case 70 : { return symbol ( RETURN ) ; } case 147 : break ; case 71 : { return symbol ( ELSEIF ) ; } case 148 : break ; case 72 : { return symbol ( STRUCT ) ; } case 149 : break ; case 73 : { return symbol ( SWITCH ) ; } case 150 : break ; case 74 : { return symbol ( INCLUDE ) ; } case 151 : break ; case 75 : { return symbol ( DEFAULT ) ; } case 152 : break ; case 76 : { return symbol ( PACKAGE ) ; } case 153 : break ; case 77 : { return symbol ( CONTINUE ) ; } case 154 : break ; default : 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.


@ SuppressWarnings ( "WeakerAccess" ) public boolean hasFooter  ( ) { return footer != null ; }

Devuelve si se establece actualmente un pie de página.


@ Override public void apply  ( NexusStreamParser np ) throws Exception { np . matchIgnoreCase ( "set colorMismatchesVsConsensus=" ) ; boolean value = np . getBoolean ( ) ; np . matchIgnoreCase ( ";" ) ; AlignmentViewer viewer = ( AlignmentViewer ) getViewer ( ) ; viewer . getAlignmentViewerPanel ( ) . getAlignmentPanel ( ) . setColorMismatchesVsConsensus ( value ) ; ProgramProperties . put ( "ColorMismatches" , value ) ; viewer . repaint ( ) ; }


void internalDeleteData  ( int offset , int count , boolean replace ) throws DOMException { CoreDocumentImpl ownerDocument = ownerDocument ( ) ; if ( ownerDocument . errorChecking ) { if ( isReadOnly ( ) ) { String msg = DOMMessageFormatter . formatMessage ( DOMMessageFormatter . DOM_DOMAIN , "NO_MODIFICATION_ALLOWED_ERR" , null ) ; throw new DOMException ( DOMException . NO_MODIFICATION_ALLOWED_ERR , msg ) ; } if ( count < 0 ) { String msg = DOMMessageFormatter . formatMessage ( DOMMessageFormatter . DOM_DOMAIN , "INDEX_SIZE_ERR" , null ) ; throw new DOMException ( DOMException . INDEX_SIZE_ERR , msg ) ; } } if ( needsSyncData ( ) ) { synchronizeData ( ) ; } int tailLength = Math . max ( data . length ( ) - count - offset , 0 ) ; try { String value = data . substring ( 0 , offset ) + ( tailLength > 0 ? data . substring ( offset + count , offset + count + tailLength ) : "" ) ; setNodeValueInternal ( value , replace ) ; ownerDocument . deletedText ( this , offset , count ) ; } catch ( StringIndexOutOfBoundsException e ) { String msg = DOMMessageFormatter . formatMessage ( DOMMessageFormatter . DOM_DOMAIN , "INDEX_SIZE_ERR" , null ) ; throw new DOMException ( DOMException . INDEX_SIZE_ERR , msg ) ; } }

Non-DOM Interno: dentro de las acciones dom, a veces necesitamos poder controlar qué eventos de mutación se generan.Esta versión de la operación Deletedata nos permite hacerlo.No está diseñado para su uso por programas de aplicaciones.


@ deprecated protected void subFormat  ( StringBuffer buf , char ch , int count , int beginOffset , FieldPosition pos , Calendar cal ) { switch ( ch ) { case 'G' : zeroPaddingNumber ( this . numberFormat , buf , cal . get ( 0 ) , 1 , 9 ) ; break ; case 'l' : buf . append ( ( ( ChineseDateFormatSymbols ) getSymbols ( ) ) . getLeapMonth ( cal . get ( 22 ) ) ) ; break ; default : super . subFormat ( buf , ch , count , beginOffset , pos , cal ) ; } }


private int [ ] determineDimensions  ( int sourceCodeWords , int errorCorrectionCodeWords ) throws WriterException { float ratio = 0.0f ; int [ ] dimension = null ; for ( int cols = minCols ; cols <= maxCols ; cols ++ ) { int rows = calculateNumberOfRows ( sourceCodeWords , errorCorrectionCodeWords , cols ) ; if ( rows < minRows ) { break ; } if ( rows > maxRows ) { continue ; } float newRatio = ( ( 17 * cols + 69 ) * DEFAULT_MODULE_WIDTH ) / ( rows * HEIGHT ) ; if ( dimension != null && Math . abs ( newRatio - PREFERRED_RATIO ) > Math . abs ( ratio - PREFERRED_RATIO ) ) { continue ; } ratio = newRatio ; dimension = new int [ ] { cols , rows } ; } if ( dimension == null ) { int rows = calculateNumberOfRows ( sourceCodeWords , errorCorrectionCodeWords , minCols ) ; if ( rows < minRows ) { dimension = new int [ ] { minCols , minRows } ; } } if ( dimension == null ) { throw new WriterException ( "Unable to fit message in columns" ) ; } return dimension ; }

Determine la NR óptima de las columnas y las filas para el número especificado de leordordes de código.


public static Zmat o  ( Zmat A , Zmat B ) throws JampackException  { if ( A . nrow != B . nrow || A . ncol != B . ncol ) { throw new JampackException ( "Matrices not conformable for addition" ) ; } Zmat C = new Zmat ( A . nr , A . nc ) ; for ( int i = 0 ; i < A . nrow ; i ++ ) for ( int j = 0 ; j < A . ncol ; j ++ ) { C . re [ i ] [ j ] = A . re [ i ] [ j ] + B . re [ i ] [ j ] ; C . im [ i ] [ j ] = A . im [ i ] [ j ] + B . im [ i ] [ j ] ; } return C ; }


public static < T extends  GenericEntity > List < T > filterByAnd ( List < T > values , List < ? extends EntityCondition > exprs )  { if ( values == null ) return null ; if ( UtilValidate . isEmpty ( exprs ) ) { return values ; } List < T > result = new LinkedList < T > ( ) ; for ( T value : values ) { boolean include = true ; for ( EntityCondition condition : exprs ) { include = condition . entityMatches ( value ) ; if ( ! include ) break ; } if ( include ) { result . add ( value ) ; } } return result ; }

Devuelve los valores que coinciden con todas las exprs en la lista


public static List < Date > parseDateList  ( List < String > dateList ) { List < Date > newList = new ArrayList < Date > ( ) ; if ( dateList == null ) return newList ; for ( String value : dateList ) newList . add ( parseDate ( value ) ) ; return newList ; }

Devuelve una lista de cadenas de fecha analizada.


public static void dropTable  ( SQLiteDatabase db , boolean ifExists ) { String sql = "DROP TABLE " + ( ifExists ? "IF EXISTS " : "" ) + "\"newfriend\"" ; db . execSQL ( sql ) ; }

Drops la tabla de base de datos subyacente.


private List < Integer > muxToList  ( PageResultMultiplexer < Integer > mux ) throws InterruptedException , IOException { Integer n ; List < Integer > list = new ArrayList < > ( ) ; while ( true ) { if ( ( n = mux . next ( ) ) == null ) { break ; } list . add ( n ) ; } return list ; }

Función auxiliar, consumir plenamente la salida multiplexor en una lista (bloqueo).


public static void sampleInstallTinker  ( ApplicationLike appLike ) { if ( isInstalled ) { TinkerLog . w ( TAG , "install tinker, but has installed, ignore" ) ; return ; } TinkerInstaller . install ( appLike ) ; isInstalled = true ; }

Todos usan la clase predeterminada, simplemente el método de instalación de Tinker


Operand ( AbstractInsnNode insn , Value value )  { this . insn = insn ; this . value = value ; }


public static DalvikThrowAnalysis v  ( ) { return G . v ( ) . soot_dexpler_DalvikThrowAnalysis ( ) ; }

Devuelve la instancia única de <código> dalvikthrowanalysis </ code>.


public static IOFileFilter asFileFilter  ( FileFilter filter ) { return new DelegateFileFilter ( filter ) ; }

Devuelve un <código> IofileFilter </ Code> que envuelve la instancia <código> FileFilter </ Code>.


public RegexValidator ( String regex , boolean caseSensitive ) { this ( new String [ ] { regex } , caseSensitive ) ; }

Construya un validador para una expresión regular única con la sensibilidad de caso especificada.


@ Override public boolean bindService  ( Intent service , ServiceConnection conn , int flags ) { return mContext . bindService ( service , conn , flags ) ; }

Alamelo para usar el contexto pasado, de lo contrario, ROBOLECTRIC utiliza un contexto oculto y en realidad no hace lo correcto.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_FPHeal_Instant_HEAL_ME_TO_B  ( String skilltarget , int num0 , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200520 , skilltarget , num0 , skillname ) ; }

[% SkillTarget] El tiempo de vuelo ha aumentado en% NUM0 porque usó [% de nombre de habilidad].


public byte [ ] compress  ( byte [ ] unCompInput ) { try { return Snappy . rawCompress ( unCompInput , unCompInput . length ) ; } catch ( IOException e ) { LOGGER . error ( e , e . getMessage ( ) ) ; return null ; } }

Método de envoltura para comprimir byte [] UNCOMPINPUT.


private void processSubEquipmentUnits  ( final Element equipmentUnit , final IEquipmentConfiguration equipmentConfiguration ) { NodeList subEquipmentUnitsList = equipmentUnit . getElementsByTagName ( SUB_EQUIPMENT_UNITS_ELEMENT ) ; Element subEquipmentUnitsElement = null ; if ( subEquipmentUnitsList != null && subEquipmentUnitsList . getLength ( ) > 0 ) { subEquipmentUnitsElement = ( Element ) subEquipmentUnitsList . item ( 0 ) ; } if ( subEquipmentUnitsElement != null ) { NodeList subEquipmentUnitsNode = subEquipmentUnitsElement . getElementsByTagName ( SUB_EQUIPMENT_UNIT_ELEMENT ) ; log . debug ( "\t" + subEquipmentUnitsNode . getLength ( ) + " SubEquipments found for current equipment" ) ; for ( int i = 0 ; i < subEquipmentUnitsNode . getLength ( ) ; i ++ ) { log . debug ( "Creating a SubEquipment configuration object..." ) ; Element subEquipmentConf = ( Element ) subEquipmentUnitsNode . item ( i ) ; String subEquipmentId = subEquipmentConf . getAttribute ( ID_ATTRIBUTE ) ; String subEquipmentName = subEquipmentConf . getAttribute ( NAME_ATTRIBUTE ) ; String commFaultId = getTagValue ( subEquipmentConf , COMMFAULT_TAG_ID_ELEMENT ) ; String commFaultValue = getTagValue ( subEquipmentConf , COMMFAULT_TAG_VALUE_ELEMENT ) ; SubEquipmentConfiguration subEquipmentConfiguration = new SubEquipmentConfiguration ( Long . parseLong ( subEquipmentId ) , subEquipmentName , Long . parseLong ( commFaultId ) , Boolean . parseBoolean ( commFaultValue ) ) ; if ( subEquipmentConf . getElementsByTagName ( ALIVE_TAG_ID_ELEMENT ) . getLength ( ) > 0 ) { String aliveTagId = getTagValue ( subEquipmentConf , ALIVE_TAG_ID_ELEMENT ) ; String aliveTagInterval = getTagValue ( subEquipmentConf , ALIVE_INTERVAL_ELEMENT ) ; subEquipmentConfiguration . setAliveTagId ( Long . parseLong ( aliveTagId ) ) ; subEquipmentConfiguration . setAliveInterval ( Long . parseLong ( aliveTagInterval ) ) ; } equipmentConfiguration . getSubEquipmentConfigurations ( ) . put ( subEquipmentConfiguration . getId ( ) , subEquipmentConfiguration ) ; } } }

Procesos Todas las unidades de subquiebres de la unidad de equipos proporcionados y agregan sus identificaciones y valores de comunicación a los objetos de configuración.


public synchronized boolean wasClicked  ( ) { return this . value == 1 ; }

Devuelve VERDADERO si este botón del mouse se hizo clic una vez.<P> Devuelve False si el botón fue doble / triple / etc. hizo clic o actualmente está esperando para ser lanzado.


void replacedNode  ( NodeImpl node ) { }

Un método que se debe llamar cuando un nodo ha sido reemplazado en el árbol.


@ NotNull public UpdatePersonGroupAction updateGroup  ( @ NotNull String personGroupId , @ NotNull String name , @ Nullable String userData ) { Validation . validate ( personGroupId , "^[a-z0-9_-]{1,64}$" , new ParameterValidationException ( "personGroupId" , "Person group ID is invalid. Valid format should be a string composed by numbers, english letters in lower case, '-', '_', and no longer than 64 characters." ) ) ; Validation . validate ( name , "^.{1,128}$" , new ParameterValidationException ( "name" , "The maximum length is 128" ) ) ; Validation . validate ( userData , 16 , new ParameterValidationException ( "userData" , "The size limit is 16KB" ) ) ; return new UpdatePersonGroupAction ( cognitiveContext , personGroupId , name , userData ) ; }

Actualice el nombre de la pantalla de un grupo de personas existente y el DataData.


private boolean canPickImageFromCamera  ( @ NonNull Context context ) { return hasCamera ( context ) ; }

Compruebe si podemos obtener una imagen de una aplicación de cámara instalada.Esta es una verdadera fuente de placer.<br> Tenemos que comprobar las siguientes cosas: <ol> <li> hay una cámara </ li> <li> hay una aplicación de cámara </ li> </ ol>


public static void registerBlock  ( ResourceLocation id , Block block ) { registerBlock ( id , block , new ItemBlock ( block ) ) ; }

Registra un bloque con un elemento de bloque.


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

Línea de filtro de la solicitud (para países, regiones, ciudades, calles, escuelas, intereses, posiciones ').


public ViewerPanel ( CommandManager commandManager , String cName ) { setLayout ( new BorderLayout ( ) ) ; final JPanel centerPanel = new JPanel ( ) ; centerPanel . setBorder ( BorderFactory . createTitledBorder ( cName + " analysis settings" ) ) ; centerPanel . setLayout ( new BoxLayout ( centerPanel , BoxLayout . Y_AXIS ) ) ; { final JPanel aPanel = new JPanel ( ) ; JCheckBox checkBox = ( JCheckBox ) commandManager . getButton ( SetAnalyse4ViewerCommand . getName ( cName ) ) ; if ( checkBox . isSelected ( ) && ! ClassificationManager . get ( cName , true ) . getIdMapper ( ) . hasActiveAndLoaded ( ) ) checkBox . setSelected ( false ) ; aPanel . add ( checkBox ) ; centerPanel . add ( aPanel ) ; } final JPanel panel1 = new JPanel ( ) ; panel1 . setBorder ( BorderFactory . createTitledBorder ( "How MEGAN identifies " + cName + " classes" ) ) ; panel1 . setLayout ( new BorderLayout ( ) ) ; final JPanel aPanel = new JPanel ( new GridLayout ( 5 , 1 ) ) ; if ( cName . equals ( "Taxonomy" ) ) { AbstractButton useParseTextButton = commandManager . getButton ( SetUseTextTaxonomyCommand . NAME ) ; aPanel . add ( useParseTextButton ) ; aPanel . add ( new JLabel ( ) ) ; } else { aPanel . add ( new JLabel ( ) ) ; aPanel . add ( new JLabel ( ) ) ; } final ICommand useAccessionLookupCommand = commandManager . getCommand ( SetUseMapType4ViewerCommand . getAltName ( cName , IdMapper . MapType . Accession ) ) ; final AbstractButton ueseAccessionButton = commandManager . getButton ( useAccessionLookupCommand ) ; if ( useAccessionLookupCommand instanceof ICheckBoxCommand ) ueseAccessionButton . setSelected ( ( ( ICheckBoxCommand ) useAccessionLookupCommand ) . isSelected ( ) ) ; ueseAccessionButton . setEnabled ( useAccessionLookupCommand . isApplicable ( ) ) ; aPanel . add ( ueseAccessionButton ) ; { final JPanel butPanel = new JPanel ( ) ; butPanel . setLayout ( new BoxLayout ( butPanel , BoxLayout . X_AXIS ) ) ; butPanel . add ( commandManager . getButton ( LoadMappingFile4ViewerCommand . getAltName ( cName , IdMapper . MapType . Accession ) ) ) ; butPanel . add ( new JLabel ( " " + LoadMappingFile4ViewerCommand . getName ( cName , IdMapper . MapType . Accession ) ) ) ; butPanel . add ( Box . createHorizontalGlue ( ) ) ; aPanel . add ( butPanel ) ; } final ICommand useGi2ClassIdMappingCommand = commandManager . getCommand ( SetUseMapType4ViewerCommand . getAltName ( cName , IdMapper . MapType . GI ) ) ; final AbstractButton useGiButton = commandManager . getButton ( useGi2ClassIdMappingCommand ) ; if ( useGi2ClassIdMappingCommand instanceof ICheckBoxCommand ) useGiButton . setSelected ( ( ( ICheckBoxCommand ) useGi2ClassIdMappingCommand ) . isSelected ( ) ) ; useGiButton . setEnabled ( useGi2ClassIdMappingCommand . isApplicable ( ) ) ; aPanel . add ( useGiButton ) ; { final JPanel butPanel = new JPanel ( ) ; butPanel . setLayout ( new BoxLayout ( butPanel , BoxLayout . X_AXIS ) ) ; butPanel . add ( commandManager . getButton ( LoadMappingFile4ViewerCommand . getAltName ( cName , IdMapper . MapType . GI ) ) ) ; butPanel . add ( new JLabel ( " " + LoadMappingFile4ViewerCommand . getName ( cName , IdMapper . MapType . GI ) ) ) ; butPanel . add ( Box . createHorizontalGlue ( ) ) ; aPanel . add ( butPanel ) ; } final ICommand useSynonymsCommand = commandManager . getCommand ( SetUseMapType4ViewerCommand . getAltName ( cName , IdMapper . MapType . Synonyms ) ) ; final AbstractButton useSynomymsButton = commandManager . getButton ( useSynonymsCommand ) ; if ( useSynonymsCommand instanceof ICheckBoxCommand ) useSynomymsButton . setSelected ( ( ( ICheckBoxCommand ) useSynonymsCommand ) . isSelected ( ) ) ; useSynomymsButton . setEnabled ( useSynonymsCommand . isApplicable ( ) ) ; aPanel . add ( useSynomymsButton ) ; { final JPanel butPanel = new JPanel ( ) ; butPanel . setLayout ( new BoxLayout ( butPanel , BoxLayout . X_AXIS ) ) ; butPanel . add ( commandManager . getButton ( LoadMappingFile4ViewerCommand . getAltName ( cName , IdMapper . MapType . Synonyms ) ) ) ; butPanel . add ( new JLabel ( " " + LoadMappingFile4ViewerCommand . getName ( cName , IdMapper . MapType . Synonyms ) ) ) ; butPanel . add ( Box . createHorizontalGlue ( ) ) ; aPanel . add ( butPanel ) ; } final ICommand useIDParsingCommand = commandManager . getCommand ( SetUseIdParsing4ViewerCommand . getAltName ( cName ) ) ; final AbstractButton useIdParsingButton = commandManager . getButton ( useIDParsingCommand ) ; if ( useIdParsingButton instanceof ICheckBoxCommand ) useIdParsingButton . setSelected ( ( ( ICheckBoxCommand ) useIDParsingCommand ) . isSelected ( ) ) ; useIdParsingButton . setEnabled ( useIDParsingCommand . isApplicable ( ) ) ; aPanel . add ( useIdParsingButton ) ; if ( ! ClassificationManager . getDefaultClassificationsList ( ) . contains ( cName ) && ClassificationManager . getAllSupportedClassifications ( ) . contains ( cName ) ) { final ICommand useLCACommand = commandManager . getCommand ( SetUseLCA4ViewerCommand . getAltName ( cName ) ) ; final AbstractButton useLCAButton = commandManager . getButton ( useLCACommand ) ; if ( useLCAButton instanceof ICheckBoxCommand ) useLCAButton . setSelected ( ( ( ICheckBoxCommand ) useLCACommand ) . isSelected ( ) ) ; useLCAButton . setEnabled ( useLCACommand . isApplicable ( ) ) ; aPanel . add ( useLCAButton ) ; } panel1 . add ( aPanel , BorderLayout . CENTER ) ; centerPanel . add ( panel1 ) ; add ( centerPanel , BorderLayout . CENTER ) ; }


public boolean this_edges  ( ) { return soot . PhaseOptions . getBoolean ( options , "this-edges" ) ; }

Este puntero de la asignación del borde: use los bordes de la asignación de punteros para modelar estos parámetros.Al construir un gráfico de llamadas sobre la marcha durante los puntos a análisis, la paleta normalmente propaga solo aquellos receptores que hacen que un método se invoque a este puntero del método.Sin embargo, cuando esta opción está establecida en VERDADERO, RADDLE En lugar de que los modelos de los receptores como un borde de asignación desde el receptor en el sitio de la llamada al indicador del método, lo que reduce la precisión.


@ Override protected void __setConfig  ( Object config ) { m_containerConfig = ( ContainerConfig ) config ; }

Implementa los métodos abstractos de AbstractDynamicmbean.


public boolean intersects  ( double x , double y , double w , double h ) { if ( npoints <= 0 || ! bounds . intersects ( x , y , w , h ) ) { return false ; } updateComputingPath ( ) ; return closedPath . intersects ( x , y , w , h ) ; }

PRUEBAS SI EL INTERIOR DE ESTE <CÓDIGO> POLIGÓN </ CODE> se intersecta al interior de un conjunto específico de coordenadas rectangulares.


@ Override public String toString  ( ) { StringBuffer uriSpecString = new StringBuffer ( ) ; if ( m_scheme != null ) { uriSpecString . append ( m_scheme ) ; uriSpecString . append ( ':' ) ; } uriSpecString . append ( getSchemeSpecificPart ( ) ) ; return uriSpecString . toString ( ) ; }

Obtenga el URI como una especificación de cadena.Ver RFC 2396 SECCIÓN 5.2.


public RemoteMetaDataImpl ( Schema schema ) throws RemoteException { this . schema = schema ; fields . addAll ( schema . fields ( ) ) ; }

Crea un objeto de metadatos que envuelve el esquema especificado.El método también crea una lista para mantener la colección de nombres de campo del esquema, de modo que se puede acceder a los campos por posición.


protected LocalResourceStatus ( byte [ ] bytes ) throws SVNException { super ( ) ; if ( bytes . length < 4 ) { return ; } StatusFromBytesStream in = new StatusFromBytesStream ( bytes ) ; initFromBytes ( in ) ; }

(RE) construir un objeto de los bytes dados


protected void updateRange  ( ) { if ( m_type == int . class ) { setRange ( m_lo . intValue ( ) , m_hi . intValue ( ) - m_lo . intValue ( ) , m_min . intValue ( ) , m_max . intValue ( ) ) ; } else if ( m_type == long . class ) { long range = m_max . longValue ( ) - m_min . longValue ( ) ; if ( range == 0 ) { setRange ( 0 , 0 , 0 , 0 ) ; } else { long lo = m_lo . longValue ( ) - m_min . longValue ( ) ; long hi = m_hi . longValue ( ) - m_min . longValue ( ) ; int v = ( int ) ( 10000 * lo / range ) ; int e = ( int ) ( 10000 * hi / range ) - v ; setRange ( v , e , 0 , 10000 ) ; } } else { double range = m_max . doubleValue ( ) - m_min . doubleValue ( ) ; if ( range == 0 ) { setRange ( 0 , 0 , 0 , 0 ) ; } else { double lo = m_lo . doubleValue ( ) - m_min . doubleValue ( ) ; double hi = m_hi . doubleValue ( ) - m_min . doubleValue ( ) ; int v = ( int ) ( 10000.0 * lo / range ) ; int e = ( int ) ( 10000.0 * hi / range ) - v ; setRange ( v , e , 0 , 10000 ) ; } } }

Actualice la configuración del rango según los valores actuales.


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


public boolean hasCategoryCombo  ( ) { return categoryCombo != null && ! DataElementCategoryCombo . DEFAULT_CATEGORY_COMBO_NAME . equals ( categoryCombo . getName ( ) ) ; }

Indica si este programa tiene una combinación de categorías que es diferente de la combinación de categorías predeterminadas.


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

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


public WarpImageTransform ( Random random , float dx1 , float dy1 , float dx2 , float dy2 , float dx3 , float dy3 , float dx4 , float dy4 ) { super ( random ) ; deltas = new float [ 8 ] ; deltas [ 0 ] = dx1 ; deltas [ 1 ] = dy1 ; deltas [ 2 ] = dx2 ; deltas [ 3 ] = dy2 ; deltas [ 4 ] = dx3 ; deltas [ 5 ] = dy3 ; deltas [ 6 ] = dx4 ; deltas [ 7 ] = dy4 ; converter = new OpenCVFrameConverter . ToMat ( ) ; }

Construye una instancia de ImageTransform.


public static String separatorsToUnix  ( String path ) { if ( path == null || path . indexOf ( WINDOWS_SEPARATOR ) == - 1 ) { return path ; } return path . replace ( WINDOWS_SEPARATOR , UNIX_SEPARATOR ) ; }

Convierte a todos los separadores al separador de unix de slash hacia adelante.


public boolean isCritical  ( ) { return true ; }

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


public void commitHistogram  ( ) { RecordHistogram . recordBooleanHistogram ( mHistogramName , mIsHit ) ; mIsHit = false ; }

Comete el histograma.Espera que se cargue la biblioteca nativa.


@ Override public void powerOnSelfTest  ( ) throws Error  { try { Collection myVoices = Voice . getAvailableVoices ( this ) ; if ( myVoices . size ( ) == 0 ) { return ; } UnitSelectionVoice unitSelVoice = ( UnitSelectionVoice ) myVoices . iterator ( ) . next ( ) ; assert unitSelVoice != null ; MaryData in = new MaryData ( MaryDataType . get ( "ACOUSTPARAMS" ) , unitSelVoice . getLocale ( ) ) ; if ( ! unitSelVoice . getDomain ( ) . equals ( "general" ) ) { Log . i ( Mary . LOG , "Cannot perform power-on self test using limited-domain voice '" + unitSelVoice . getName ( ) + "' - skipping." ) ; return ; } String exampleText = MaryDataType . ACOUSTPARAMS . exampleText ( unitSelVoice . getLocale ( ) ) ; if ( exampleText != null ) { in . readFrom ( new StringReader ( exampleText ) ) ; in . setDefaultVoice ( unitSelVoice ) ; if ( in == null ) { System . out . println ( exampleText + " is null" ) ; } List < Element > tokensAndBoundaries = new ArrayList < Element > ( ) ; TreeWalker tw = ( ( DocumentTraversal ) in . getDocument ( ) ) . createTreeWalker ( in . getDocument ( ) , NodeFilter . SHOW_ELEMENT , new NameNodeFilter ( MaryXML . TOKEN , MaryXML . BOUNDARY ) , false ) ; Element el = null ; while ( ( el = ( Element ) tw . nextNode ( ) ) != null ) tokensAndBoundaries . add ( el ) ; AudioInputStream ais = synthesize ( tokensAndBoundaries , unitSelVoice , null ) ; assert ais != null ; } else { Log . i ( Mary . LOG , "No example text -- no power-on self test!" ) ; } } catch ( Throwable t ) { t . printStackTrace ( ) ; throw new Error ( "Module " + toString ( ) + ": Power-on self test failed." , t ) ; } Log . i ( Mary . LOG , "Power-on self test complete." ) ; }

Realice una autoprueba de encendido procesando algunos datos de entrada de ejemplo.


public FloatColumn ( ) { this  ( 0 , 10 , 0f ) ; }


public int memberOf  ( ) { return theMemberOf ; }

Devuelve los modelos de contenido al que pertenece este tipo de elemento.


@ NotNull private static List < Color > resolveMultipleColors  ( @ NotNull RenderResources resources , @ Nullable ResourceValue value , @ NotNull Project project , int depth ) { if ( depth >= MAX_RESOURCE_INDIRECTION ) { LOG . warn ( "too deep " + value ) ; return Collections . emptyList ( ) ; } if ( value != null ) { value = resources . resolveResValue ( value ) ; } if ( value == null ) { return Collections . emptyList ( ) ; } final List < Color > result = new ArrayList < > ( ) ; StateList stateList = resolveStateList ( resources , value , project ) ; if ( stateList != null ) { for ( StateListState state : stateList . getStates ( ) ) { List < Color > stateColors ; ResourceValue resolvedStateResource = resources . findResValue ( state . getValue ( ) , false ) ; if ( resolvedStateResource != null ) { stateColors = resolveMultipleColors ( resources , resolvedStateResource , project , depth + 1 ) ; } else { Color color = parseColor ( state . getValue ( ) ) ; stateColors = color == null ? Collections . emptyList ( ) : ImmutableList . of ( color ) ; } for ( Color color : stateColors ) { try { result . add ( makeColorWithAlpha ( resources , color , state . getAlpha ( ) ) ) ; } catch ( NumberFormatException e ) { result . add ( color ) ; LOG . warn ( String . format ( ALPHA_FLOATING_ERROR_FORMAT , stateList . getDirName ( ) , stateList . getFileName ( ) ) ) ; } } } } else { Color color = parseColor ( value . getValue ( ) ) ; if ( color != null ) { result . add ( color ) ; } } return result ; }

Trata de resolver los colores debido al valor de recursos dado.Cuando se encuentra la lista del estado, se exploran todas las posibilidades.


public static byte [ ] hmac  ( SecurityAlgorithm securityAlgorithm , byte [ ] secretKey , ByteBuffer ... buffers ) throws UaException { String transformation = securityAlgorithm . getTransformation ( ) ; try { Mac mac = Mac . getInstance ( transformation ) ; mac . init ( new SecretKeySpec ( secretKey , transformation ) ) ; for ( ByteBuffer buffer : buffers ) { mac . update ( buffer ) ; } return mac . doFinal ( ) ; } catch ( GeneralSecurityException e ) { throw new UaException ( StatusCodes . Bad_SecurityChecksFailed , e ) ; } }

Calcule el HMAC de los buffers proporcionados.


private void pop  ( final String desc ) { char c = desc . charAt ( 0 ) ; if ( c == '(' ) { pop ( ( MethodWriter . getArgumentsAndReturnSizes ( desc ) >> 2 ) - 1 ) ; } else if ( c == 'J' || c == 'D' ) { pop ( 2 ) ; } else { pop ( 1 ) ; } }

Pops un tipo de la pila de marco de salida.


public synchronized static boolean isBrowseAvailable  ( ) { if ( ! browseAvailableInitialized ) { if ( ! isDesktopSupported ( ) ) browseAvailable = false ; else browseAvailable = Desktop . getDesktop ( ) . isSupported ( Desktop . Action . BROWSE ) ; browseAvailableInitialized = true ; } return browseAvailable ; }

Devuelve VERDADERO Si la abertura de una dirección WWW en un navegador web es compatible con la plataforma de host.


public static IOFileFilter directoryFileFilter  ( ) { return DirectoryFileFilter . DIRECTORY ; }

Devuelve un filtro que comprueba si el archivo es un directorio.


protected double [ ] fct  ( double [ ] f ) throws MathIllegalArgumentException  { final double [ ] transformed = new double [ f . length ] ; final int n = f . length - 1 ; if ( ! ArithmeticUtils . isPowerOfTwo ( n ) ) { throw new MathIllegalArgumentException ( LocalizedFFTFormats . NOT_POWER_OF_TWO_PLUS_ONE , Integer . valueOf ( f . length ) ) ; } if ( n == 1 ) { transformed [ 0 ] = 0.5 * ( f [ 0 ] + f [ 1 ] ) ; transformed [ 1 ] = 0.5 * ( f [ 0 ] - f [ 1 ] ) ; return transformed ; } final double [ ] x = new double [ n ] ; x [ 0 ] = 0.5 * ( f [ 0 ] + f [ n ] ) ; x [ n >> 1 ] = f [ n >> 1 ] ; double t1 = 0.5 * ( f [ 0 ] - f [ n ] ) ; for ( int i = 1 ; i < ( n >> 1 ) ; i ++ ) { final double a = 0.5 * ( f [ i ] + f [ n - i ] ) ; final double b = FastMath . sin ( i * FastMath . PI / n ) * ( f [ i ] - f [ n - i ] ) ; final double c = FastMath . cos ( i * FastMath . PI / n ) * ( f [ i ] - f [ n - i ] ) ; x [ i ] = a - b ; x [ n - i ] = a + b ; t1 += c ; } FastFourierTransformer transformer ; transformer = new FastFourierTransformer ( DftNormalization . STANDARD ) ; Complex [ ] y = transformer . transform ( x , TransformType . FORWARD ) ; transformed [ 0 ] = y [ 0 ] . getReal ( ) ; transformed [ 1 ] = t1 ; for ( int i = 1 ; i < ( n >> 1 ) ; i ++ ) { transformed [ 2 * i ] = y [ i ] . getReal ( ) ; transformed [ 2 * i + 1 ] = transformed [ 2 * i - 1 ] - y [ i ] . getImaginary ( ) ; } transformed [ n ] = y [ n >> 1 ] . getReal ( ) ; return transformed ; }

Realice el algoritmo FCT (incluyendo inverso).


private void onCopyFileOperationFinish  ( CopyFileOperation operation , RemoteOperationResult result ) { if ( result . isSuccess ( ) ) { refreshListOfFilesFragment ( ) ; } else { try { Toast msg = Toast . makeText ( FileDisplayActivity . this , ErrorMessageAdapter . getErrorCauseMessage ( result , operation , getResources ( ) ) , Toast . LENGTH_LONG ) ; msg . show ( ) ; } catch ( NotFoundException e ) { Log_OC . e ( TAG , "Error while trying to show fail message " , e ) ; } } }

Actualiza la vista asociada a la actividad después del final de una operación que intenta copiar un archivo.


public boolean hasPurchase  ( String sku ) { return mPurchaseMap . containsKey ( sku ) ; }

Devuelve si existe o no una compra del producto dado.


public static int clamp  ( int value , int a , int b ) { int min = ( a > b ) ? b : a ; int max = ( a > b ) ? a : b ; if ( value < min ) { value = min ; } else if ( value > max ) { value = max ; } return value ; }

Devuelve el valor aprobado si reside dentro del rango especificado (incluido).Si no, devolverá el límite más cercano desde el rango.El ordenamiento de los valores de los límites no importa.


@ Override public int hashCode  ( ) { final int prime = 31 ; int result = 1 ; result = prime * result + ( ( getId ( ) == null ) ? 0 : getId ( ) . hashCode ( ) ) ; result = prime * result + ( ( getGroupName ( ) == null ) ? 0 : getGroupName ( ) . hashCode ( ) ) ; result = prime * result + ( ( getGroupDesc ( ) == null ) ? 0 : getGroupDesc ( ) . hashCode ( ) ) ; result = prime * result + ( ( getEnable ( ) == null ) ? 0 : getEnable ( ) . hashCode ( ) ) ; result = prime * result + ( ( getCreateTime ( ) == null ) ? 0 : getCreateTime ( ) . hashCode ( ) ) ; result = prime * result + ( ( getCreateBy ( ) == null ) ? 0 : getCreateBy ( ) . hashCode ( ) ) ; result = prime * result + ( ( getUpdateTime ( ) == null ) ? 0 : getUpdateTime ( ) . hashCode ( ) ) ; result = prime * result + ( ( getUpdateBy ( ) == null ) ? 0 : getUpdateBy ( ) . hashCode ( ) ) ; return result ; }

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


public void actionPerformed  ( ActionEvent ev ) { executeImmediately ( "select=none;" ) ; }


private void generateLegalTimesTree  ( ) { int k0 = KeyEvent . KEYCODE_0 ; int k1 = KeyEvent . KEYCODE_1 ; int k2 = KeyEvent . KEYCODE_2 ; int k3 = KeyEvent . KEYCODE_3 ; int k4 = KeyEvent . KEYCODE_4 ; int k5 = KeyEvent . KEYCODE_5 ; int k6 = KeyEvent . KEYCODE_6 ; int k7 = KeyEvent . KEYCODE_7 ; int k8 = KeyEvent . KEYCODE_8 ; int k9 = KeyEvent . KEYCODE_9 ; mLegalTimesTree = new Node ( ) ; if ( mIs24HourMode ) { Node minuteFirstDigit = new Node ( k0 , k1 , k2 , k3 , k4 , k5 ) ; Node minuteSecondDigit = new Node ( k0 , k1 , k2 , k3 , k4 , k5 , k6 , k7 , k8 , k9 ) ; minuteFirstDigit . addChild ( minuteSecondDigit ) ; Node firstDigit = new Node ( k0 , k1 ) ; mLegalTimesTree . addChild ( firstDigit ) ; Node secondDigit = new Node ( k0 , k1 , k2 , k3 , k4 , k5 ) ; firstDigit . addChild ( secondDigit ) ; secondDigit . addChild ( minuteFirstDigit ) ; Node thirdDigit = new Node ( k6 , k7 , k8 , k9 ) ; secondDigit . addChild ( thirdDigit ) ; secondDigit = new Node ( k6 , k7 , k8 , k9 ) ; firstDigit . addChild ( secondDigit ) ; secondDigit . addChild ( minuteFirstDigit ) ; firstDigit = new Node ( k2 ) ; mLegalTimesTree . addChild ( firstDigit ) ; secondDigit = new Node ( k0 , k1 , k2 , k3 ) ; firstDigit . addChild ( secondDigit ) ; secondDigit . addChild ( minuteFirstDigit ) ; secondDigit = new Node ( k4 , k5 ) ; firstDigit . addChild ( secondDigit ) ; secondDigit . addChild ( minuteSecondDigit ) ; firstDigit = new Node ( k3 , k4 , k5 , k6 , k7 , k8 , k9 ) ; mLegalTimesTree . addChild ( firstDigit ) ; firstDigit . addChild ( minuteFirstDigit ) ; } else { Node ampm = new Node ( getAmOrPmKeyCode ( HALF_DAY_1 ) , getAmOrPmKeyCode ( HALF_DAY_2 ) ) ; Node firstDigit = new Node ( k1 ) ; mLegalTimesTree . addChild ( firstDigit ) ; firstDigit . addChild ( ampm ) ; Node secondDigit = new Node ( k0 , k1 , k2 ) ; firstDigit . addChild ( secondDigit ) ; secondDigit . addChild ( ampm ) ; Node thirdDigit = new Node ( k0 , k1 , k2 , k3 , k4 , k5 ) ; secondDigit . addChild ( thirdDigit ) ; thirdDigit . addChild ( ampm ) ; Node fourthDigit = new Node ( k0 , k1 , k2 , k3 , k4 , k5 , k6 , k7 , k8 , k9 ) ; thirdDigit . addChild ( fourthDigit ) ; fourthDigit . addChild ( ampm ) ; thirdDigit = new Node ( k6 , k7 , k8 , k9 ) ; secondDigit . addChild ( thirdDigit ) ; thirdDigit . addChild ( ampm ) ; secondDigit = new Node ( k3 , k4 , k5 ) ; firstDigit . addChild ( secondDigit ) ; thirdDigit = new Node ( k0 , k1 , k2 , k3 , k4 , k5 , k6 , k7 , k8 , k9 ) ; secondDigit . addChild ( thirdDigit ) ; thirdDigit . addChild ( ampm ) ; firstDigit = new Node ( k2 , k3 , k4 , k5 , k6 , k7 , k8 , k9 ) ; mLegalTimesTree . addChild ( firstDigit ) ; firstDigit . addChild ( ampm ) ; secondDigit = new Node ( k0 , k1 , k2 , k3 , k4 , k5 ) ; firstDigit . addChild ( secondDigit ) ; thirdDigit = new Node ( k0 , k1 , k2 , k3 , k4 , k5 , k6 , k7 , k8 , k9 ) ; secondDigit . addChild ( thirdDigit ) ; thirdDigit . addChild ( ampm ) ; } }

Crea un árbol para decidir qué llaves pueden escribir legalmente.


public void clearSounds  ( ) { mSoundMap . clear ( ) ; }

Borra todos los sonidos y eventos establecidos anteriormente.


@ Override public void intialize  ( CarbonColumn [ ] carbonColumns , AbsoluteTableIdentifier absoluteTableIdentifier ) { this . carbonColumns = carbonColumns ; dictionaries = new Dictionary [ carbonColumns . length ] ; dataTypes = new DataType [ carbonColumns . length ] ; for ( int i = 0 ; i < carbonColumns . length ; i ++ ) { if ( carbonColumns [ i ] . hasEncoding ( Encoding . DICTIONARY ) && ! carbonColumns [ i ] . hasEncoding ( Encoding . DIRECT_DICTIONARY ) ) { CacheProvider cacheProvider = CacheProvider . getInstance ( ) ; Cache < DictionaryColumnUniqueIdentifier , Dictionary > forwardDictionaryCache = cacheProvider . createCache ( CacheType . FORWARD_DICTIONARY , absoluteTableIdentifier . getStorePath ( ) ) ; try { dataTypes [ i ] = carbonColumns [ i ] . getDataType ( ) ; dictionaries [ i ] = forwardDictionaryCache . get ( new DictionaryColumnUniqueIdentifier ( absoluteTableIdentifier . getCarbonTableIdentifier ( ) , carbonColumns [ i ] . getColumnIdentifier ( ) , dataTypes [ i ] ) ) ; } catch ( CarbonUtilException e ) { throw new RuntimeException ( e ) ; } } } }

Sería instanciado en el lado de la tarea para que el diccionario se cargue dentro de cada MAPPER en lugar del conductor.


protected AuthConfirmQuery code  ( String value ) { return unsafeParam ( "code" , value ) ; }


public FieldVector3D < T > add  ( final FieldVector3D < T > v ) { return new FieldVector3D < T > ( x . add ( v . x ) , y . add ( v . y ) , z . add ( v . z ) ) ; }


public static void write  ( char [ ] data , Writer output ) throws IOException { if ( data != null ) { output . write ( data ) ; } }

Escribe caracteres de un <código> char [] </ code> a un escritor </ code> usando la codificación de caracteres predeterminada de la plataforma.


public Tokenizer ( String master , String lexiconFileName , String regexpFileName ) { jsc = SparkContextFactory . create ( master ) ; lexicon = new Lexicon ( ) . load ( lexiconFileName ) ; if ( verbose ) System . out . println ( "#(nodes of the lexicon) = " + lexicon . numNodes ( ) ) ; List < String > lines = jsc . textFile ( regexpFileName ) . collect ( ) ; for ( String line : lines ) { line = line . trim ( ) ; if ( ! line . startsWith ( "#" ) ) { String [ ] s = line . split ( "\\s+" ) ; if ( s . length == 2 ) { patterns . put ( s [ 0 ] , Pattern . compile ( s [ 1 ] ) ) ; } } } }


Instantánea una nueva información móvil.


public TapTarget descriptionTextSize  ( int sp ) { if ( sp < 0 ) throw new IllegalArgumentException ( "Given negative text size" ) ; this . descriptionTextSize = sp ; return this ; }

Especifique el tamaño del texto para la descripción en SP


@ Override public Writer append  ( CharSequence csq , int start , int end ) { return this ; }

No hace nada: salida a <código> / dev / null </ code>.


public static void expandReal  ( String numberString , WordRelation wordRelation ) { int stringLength = numberString . length ( ) ; int position ; if ( numberString . charAt ( 0 ) == '-' ) { wordRelation . addWord ( "minus" ) ; expandReal ( numberString . substring ( 1 , stringLength ) , wordRelation ) ; } else if ( numberString . charAt ( 0 ) == '+' ) { wordRelation . addWord ( "plus" ) ; expandReal ( numberString . substring ( 1 , stringLength ) , wordRelation ) ; } else if ( ( position = numberString . indexOf ( 'e' ) ) != - 1 || ( position = numberString . indexOf ( 'E' ) ) != - 1 ) { expandReal ( numberString . substring ( 0 , position ) , wordRelation ) ; wordRelation . addWord ( "e" ) ; expandReal ( numberString . substring ( position + 1 ) , wordRelation ) ; } else if ( ( position = numberString . indexOf ( '.' ) ) != - 1 ) { String beforeDot = numberString . substring ( 0 , position ) ; if ( beforeDot . length ( ) > 0 ) { expandReal ( beforeDot , wordRelation ) ; } wordRelation . addWord ( "point" ) ; String afterDot = numberString . substring ( position + 1 ) ; if ( afterDot . length ( ) > 0 ) { expandDigits ( afterDot , wordRelation ) ; } } else { expandNumber ( numberString , wordRelation ) ; } }

Expande la cadena de números dada como un número real.


@ Override public void onConfirmation  ( String callerTag ) { ComponentsGetter cg = ( ComponentsGetter ) getActivity ( ) ; cg . getFileOperationsHelper ( ) . removeFiles ( mTargetFiles , false ) ; }

Realiza la eliminación del archivo de destino, tanto a nivel local como en el servidor.


public void clean  ( ) { for ( int i = theAtts . getLength ( ) - 1 ; i >= 0 ; i -- ) { String name = theAtts . getLocalName ( i ) ; if ( theAtts . getValue ( i ) == null || name == null || name . length ( ) == 0 ) { theAtts . removeAttribute ( i ) ; continue ; } } }

Limpie los atributos de este elemento.Atributos con nulo NULL (el nombre estaba mal formado) o valor nulo (el atributo estuvo presente en el tipo de elemento, pero no se eliminan en este elemento real).


public boolean write  ( byte [ ] bytes , int offset , int size ) { totalBytes += size ; totalWrites ++ ; if ( firstSound ) { timer . stop ( "AudioFirstSound" ) ; firstSound = false ; if ( TRACE ) { timer . show ( "Null Trace" ) ; } } if ( false && TRACE ) { System . out . println ( "NullAudio: write " + size + " bytes." ) ; } return true ; }

Escribe los bytes dados a la corriente de audio.


public Set < String > projectFields  ( ) { return projFields ; }

Devuelve los campos mencionados en la cláusula Select.


public ByteArrayList data  ( ) { return data ; }

Devuelve una lista de bytearray que contiene 0 (Falso), 1 (verdadero) o Byte.Min_Value (falta)


public void addHeader  ( String header , String value ) { clientHeaderMap . put ( header , value ) ; }

Establece encabezados que se agregarán a todas las solicitudes que realiza este cliente (antes de enviar).


public void removeHeader  ( String header ) { clientHeaderMap . remove ( header ) ; }

Eliminar el encabezado de todas las solicitudes que realiza este cliente (antes de enviar).


protected PollsDeleteVoteQuery pollId  ( int value ) { return unsafeParam ( "poll_id" , value ) ; }


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

Offset se necesita para devolver un subconjunto específico de comentarios.


public JKalman ( int dynam_params , int measure_params , int control_params ) throws IllegalArgumentException { if ( dynam_params <= 0 || measure_params <= 0 ) { throw new IllegalArgumentException ( "Kalman filter: Illegal dimensions." ) ; } if ( control_params < 0 ) { control_params = dynam_params ; } dp = dynam_params ; mp = measure_params ; cp = control_params ; state_pre = new Matrix ( dp , 1 ) ; state_post = new Matrix ( dp , 1 ) ; transition_matrix = Matrix . identity ( dp , dp ) ; process_noise_cov = Matrix . identity ( dp , dp , 1e-3 ) ; measurement_matrix = Matrix . identity ( mp , dp ) ; measurement_noise_cov = Matrix . identity ( mp , mp , 1e-1 ) ; error_cov_pre = new Matrix ( dp , dp ) ; error_cov_post = Matrix . identity ( dp , dp ) ; gain = new Matrix ( dp , mp ) ; if ( cp > 0 ) { control_matrix = new Matrix ( dp , cp ) ; } else { control_matrix = null ; } temp1 = new Matrix ( dp , dp ) ; temp2 = new Matrix ( mp , dp ) ; temp3 = new Matrix ( mp , mp ) ; temp4 = new Matrix ( mp , dp ) ; temp5 = new Matrix ( mp , 1 ) ; }

El Construstor asigna el filtro Jkalman y todas sus matrices e inicializa de alguna manera.


private void checkIfNext  ( ) { if ( _currentClass >= _types . length ) { _currentEntryCacheInfo = null ; _currentEntryHolder = null ; return ; } if ( ! moreEntriesForCurrentClass ( ) ) { if ( ! _firstFromCache ) { _currentClass ++ ; _actualClass ++ ; } else { _firstFromCache = false ; } } if ( ! moreEntriesForCurrentClass ( ) ) { for ( ; _currentClass < _types . length ; _currentClass ++ , _actualClass ++ ) { if ( _actualClass >= _types . length ) _actualClass = 0 ; TypeData pType = _cacheManager . getTypeData ( _types [ _actualClass ] ) ; if ( pType != null ) { getEntries ( _types [ _actualClass ] ) ; if ( ! moreEntriesForCurrentClass ( ) ) continue ; break ; } } if ( ! moreEntriesForCurrentClass ( ) ) { _currentEntryCacheInfo = null ; _currentEntryHolder = null ; return ; } } if ( isRelevantEntry ( ) ) return ; for ( _currentClass ++ , _actualClass ++ ; _currentClass < _types . length ; _currentClass ++ , _actualClass ++ ) { if ( _actualClass >= _types . length ) _actualClass = 0 ; TypeData pType = _cacheManager . getTypeData ( _types [ _actualClass ] ) ; if ( pType == null ) continue ; if ( _templateHolder . isChangeById ( ) && ! _types [ _actualClass ] . getTypeName ( ) . equals ( _templateHolder . getServerTypeDesc ( ) ) ) continue ; ; getEntries ( _types [ _actualClass ] ) ; if ( ! moreEntriesForCurrentClass ( ) ) continue ; if ( isRelevantEntry ( ) ) return ; } _currentEntryCacheInfo = null ; _currentEntryHolder = null ; }

Comprueba si hay un elemento próximo válido y establece los campos M_CURENTCLASS, M_Entries, M_POS y M_CurrentEntry en consecuencia.


public Complex [ ] transform  ( final Complex [ ] f , final TransformType type ) { final double [ ] [ ] dataRI = TransformUtils . createRealImaginaryArray ( f ) ; transformInPlace ( dataRI , normalization , type ) ; return TransformUtils . createComplexArray ( dataRI ) ; }

Devuelve la transformación (hacia adelante, inversa) del conjunto de datos complejos especificados.


private synchronized void applyUpdate  ( Collection < ResolverTuple > underlyingTuples ) { lastRefresh = DateTime . now ( ) ; tuples = underlyingTuples ; exception = null ; reschedule ( minAge . getMillis ( ) ) ; }

Aplicar la colección de tuplas actualizada.


public JPrefuseTable ( Table t ) { super ( ) ; m_table = t ; PrefuseTableModel model = new PrefuseTableModel ( m_table ) ; super . setModel ( model ) ; m_table . addTableListener ( model ) ; }


public static boolean addSmiles  ( Context context , Spannable spannable ) { boolean hasChanges = false ; for ( Entry < Pattern , Object > entry : emoticons . entrySet ( ) ) { Matcher matcher = entry . getKey ( ) . matcher ( spannable ) ; while ( matcher . find ( ) ) { boolean set = true ; for ( ImageSpan span : spannable . getSpans ( matcher . start ( ) , matcher . end ( ) , ImageSpan . class ) ) if ( spannable . getSpanStart ( span ) >= matcher . start ( ) && spannable . getSpanEnd ( span ) <= matcher . end ( ) ) spannable . removeSpan ( span ) ; else { set = false ; break ; } if ( set ) { hasChanges = true ; Object value = entry . getValue ( ) ; if ( value instanceof String && ! ( ( String ) value ) . startsWith ( "http" ) ) { File file = new File ( ( String ) value ) ; if ( ! file . exists ( ) || file . isDirectory ( ) ) { return false ; } spannable . setSpan ( new ImageSpan ( context , Uri . fromFile ( file ) ) , matcher . start ( ) , matcher . end ( ) , Spannable . SPAN_EXCLUSIVE_EXCLUSIVE ) ; } else { spannable . setSpan ( new ImageSpan ( context , ( Integer ) value ) , matcher . start ( ) , matcher . end ( ) , Spannable . SPAN_EXCLUSIVE_EXCLUSIVE ) ; } } } } return hasChanges ; }

Reemplace SpanBleable existente con sonrisas


@ Override public void onCreate  ( Bundle savedInstanceState ) { super . onCreate ( savedInstanceState ) ; }

Se llama cuando se crea por primera vez la actividad.


@ Override public boolean isEnemyFrom  ( Creature creature ) { if ( creature instanceof SiegeNpc && this . getSiegeRace ( ) != ( ( SiegeNpc ) creature ) . getSiegeRace ( ) ) { return true ; } else { return super . isEnemyFrom ( creature ) ; } }

Siege NPCS de diferentes siegeraces son siempre hostiles


public static SM_SYSTEM_MESSAGE STR_MSG_PAY_ACCOUNT_ME  ( long highestValue ) { return new SM_SYSTEM_MESSAGE ( 1390185 , highestValue ) ; }

Su oferta fue exitosa y se ha deducido% Num0 KinaH.


Invalida esta tupla.Llamado por una mesa de encerramiento cuando se elimina una fila.


protected boolean checkRulePart  ( Element currentRulePart , Element token , NodeList tokens , int position , String sentenceType , String specialPositionType , String tokenText ) { String currentRulePartTagName = currentRulePart . getTagName ( ) ; if ( currentRulePartTagName . equals ( "text" ) & currentRulePart . hasAttribute ( "word" ) ) { return checkText ( currentRulePart , tokenText ) ; } else if ( currentRulePart . hasAttribute ( "word" ) && ( currentRulePartTagName . equals ( "nextText" ) || nextPlusXTextPattern . matcher ( currentRulePartTagName ) . find ( ) || currentRulePartTagName . equals ( "previousText" ) || previousMinusXTextPattern . matcher ( currentRulePartTagName ) . find ( ) ) ) { return checkTextOfOtherToken ( currentRulePartTagName , currentRulePart , position , tokens ) ; } else if ( currentRulePartTagName . equals ( "folTokens" ) && currentRulePart . hasAttribute ( "num" ) ) { return checkFolTokens ( currentRulePart , position , tokens ) ; } else if ( currentRulePartTagName . equals ( "prevTokens" ) && currentRulePart . hasAttribute ( "num" ) ) { return checkPrevTokens ( currentRulePart , position , tokens ) ; } else if ( currentRulePartTagName . equals ( "folWords" ) && currentRulePart . hasAttribute ( "num" ) ) { return checkFolWords ( currentRulePart , position , tokens ) ; } else if ( currentRulePartTagName . equals ( "prevWords" ) && currentRulePart . hasAttribute ( "num" ) ) { return checkPrevWords ( currentRulePart , position , tokens ) ; } else if ( currentRulePartTagName . equals ( "sentence" ) && currentRulePart . hasAttribute ( "type" ) ) { return checkSentence ( currentRulePart , sentenceType ) ; } else if ( currentRulePartTagName . equals ( "specialPosition" ) && currentRulePart . hasAttribute ( "type" ) ) { return checkSpecialPosition ( currentRulePart , specialPositionType ) ; } else if ( currentRulePartTagName . equals ( "attributes" ) ) { return checkAttributes ( currentRulePart , token ) ; } else if ( currentRulePartTagName . equals ( "nextAttributes" ) || nextPlusXAttributesPattern . matcher ( currentRulePart . getTagName ( ) ) . find ( ) || currentRulePartTagName . equals ( "previousAttributes" ) || previousMinusXAttributesPattern . matcher ( currentRulePart . getTagName ( ) ) . find ( ) ) { return checkAttributesOfOtherToken ( currentRulePart . getTagName ( ) , currentRulePart , position , tokens ) ; } else { return true ; } }

Comprueba la condición de una parte de la regla, F.E.atributos pos = "nn"


protected void startSwaggerService  ( ) { this . log ( Level . INFO , "Swagger service starting ..." ) ; SwaggerDescriptorService swagger = new SwaggerDescriptorService ( ) ; swagger . setExcludedPrefixes ( "/core/transactions" , "/core/node-groups" ) ; Info apiInfo = new Info ( ) ; apiInfo . setVersion ( "0.0.1" ) ; apiInfo . setTitle ( "Container Management" ) ; swagger . setInfo ( apiInfo ) ; this . startService ( swagger ) ; this . log ( Level . INFO , "Swagger service started. Checkout Swagger UI at: " + this . getPublicUri ( ) + ServiceUriPaths . SWAGGER + "/ui" ) ; }


public static boolean banIp  ( String ip , Timestamp expireTime ) { if ( ip . equals ( "127.0.0.1" ) ) { return false ; } BannedIP ipBan = new BannedIP ( ) ; ipBan . setMask ( ip ) ; ipBan . setTimeEnd ( expireTime ) ; banList . add ( ipBan ) ; try { getDAO ( ) . insert ( ipBan ) ; return true ; } catch ( Exception e ) { log . warn ( "Ip " + ip + " is already banned." ) ; return false ; } }


@ Override public int size  ( ) { return backedSet . size ( ) ; }

Devuelve el número de elementos en esta solicitud de solicitud (su cardinalidad).Si esta solicitud de información, contiene más de elementos <tt> enteger.max_value </ tt>, devuelve <tt> enteger.max_value </ tt>.


protected static JSONObject send  ( String command ) throws Exception { return server . send ( command ) ; }

Envíe un comando NO-ARGS, o un comando que tome solo indexName, que se agrega automáticamente (por ejemplo, commit, CloseIndex, StartIndex).


public void reset  ( ) { status = EMPTY ; }


private int measureHeight  ( int measureSpec ) { int result = 0 ; int specMode = MeasureSpec . getMode ( measureSpec ) ; int specSize = MeasureSpec . getSize ( measureSpec ) ; if ( specMode == MeasureSpec . EXACTLY ) { result = specSize ; } else { result = ( int ) ( 2 * radius + getPaddingTop ( ) + getPaddingBottom ( ) + 1 ) ; if ( specMode == MeasureSpec . AT_MOST ) { result = Math . min ( result , specSize ) ; } } return result ; }


public UrlSpaceConfigurer leaderSelector  ( LeaderSelectorConfig leaderSelectorConfig ) { validate ( ) ; urlSpaceFactoryBean . leaderSelector ( leaderSelectorConfig ) ; return this ; }


@ ExceptionHandler ( DataAccessException . class ) @ ResponseStatus ( value = HttpStatus . INTERNAL_SERVER_ERROR ) public @ ResponseBody ErrorResponse resolveDataAccessException  ( DataAccessException e ) throws IOException { if ( logger . isLoggable ( Level . WARNING ) ) logger . log ( Level . WARNING , "received DataAccessException exception" , e ) ; return new ErrorResponse ( new ExceptionMessage ( e ) ) ; }

DataCessException Handler, devuelve una respuesta de error al cliente


public boolean gotoLast  ( ) { currentIterator = null ; currentId = null ; return isCurrentSet ( ) ; }


private void layoutChildWithKeyline  ( View child , int keyline , int layoutDirection ) { final LayoutParams lp = ( LayoutParams ) child . getLayoutParams ( ) ; final int absGravity = GravityCompat . getAbsoluteGravity ( resolveKeylineGravity ( lp . gravity ) , layoutDirection ) ; final int hgrav = absGravity & Gravity . HORIZONTAL_GRAVITY_MASK ; final int vgrav = absGravity & Gravity . VERTICAL_GRAVITY_MASK ; final int width = getWidth ( ) ; final int height = getHeight ( ) ; final int childWidth = child . getMeasuredWidth ( ) ; final int childHeight = child . getMeasuredHeight ( ) ; if ( layoutDirection == ViewCompat . LAYOUT_DIRECTION_RTL ) { keyline = width - keyline ; } int left = getKeyline ( keyline ) - childWidth ; int top = 0 ; switch ( hgrav ) { default : case Gravity . LEFT : break ; case Gravity . RIGHT : left += childWidth ; break ; case Gravity . CENTER_HORIZONTAL : left += childWidth / 2 ; break ; } switch ( vgrav ) { default : case Gravity . TOP : break ; case Gravity . BOTTOM : top += childHeight ; break ; case Gravity . CENTER_VERTICAL : top += childHeight / 2 ; break ; } left = Math . max ( getPaddingLeft ( ) + lp . leftMargin , Math . min ( left , width - getPaddingRight ( ) - childWidth - lp . rightMargin ) ) ; top = Math . max ( getPaddingTop ( ) + lp . topMargin , Math . min ( top , height - getPaddingBottom ( ) - childHeight - lp . bottomMargin ) ) ; child . layout ( left , top , left + childWidth , top + childHeight ) ; }

Disfrute de una vista infantil con respecto a una línea de llaves.<P> La línea de llaves representa un desplazamiento horizontal del borde de partida no legado del coordinador.La gravedad del niño afectará la forma en que se coloca con respecto a la línea de llaves. </ P>


private Bitmap processBitmap  ( int resId ) { if ( BuildConfig . DEBUG ) { Log . d ( TAG , "processBitmap - " + resId ) ; } return decodeSampledBitmapFromResource ( mResources , resId , mImageWidth , mImageHeight , getImageCache ( ) ) ; }

El principal método de procesamiento.Esto sucede en una tarea de antecedentes.En este caso, solo estamos muestreando el mapa de bits y devolviéndolo desde un recurso.


private void endList  ( boolean orderedList ) { if ( ! mParagraphStyles . isEmpty ( ) ) { AccumulatedParagraphStyle style = mParagraphStyles . peek ( ) ; ParagraphType type = style . getType ( ) ; if ( ( orderedList && ( type . isNumbering ( ) || type == ParagraphType . INDENTATION_OL ) ) || ( ! orderedList && ( type . isBullet ( ) || type == ParagraphType . INDENTATION_UL ) ) ) { int indent = style . getRelativeIndent ( ) ; if ( indent > 1 ) { style . setRelativeIndent ( indent - 1 ) ; style . setAbsoluteIndent ( style . getAbsoluteIndent ( ) - 1 ) ; } else { mParagraphStyles . pop ( ) ; } } else { mParagraphStyles . pop ( ) ; endList ( orderedList ) ; } } }

Maneja etiquetas de extremo de ollas y ul


public LocalWordNetMeaningExtractor ( ) throws IOException  { Process p = Runtime . getRuntime ( ) . exec ( "wordnet" ) ; try { p . waitFor ( ) ; } catch ( InterruptedException iee ) { return ; } if ( p . exitValue ( ) == 0 ) { throw new IOException ( "WordNet cannot be found and executed." ) ; } }

Crea una nueva instancia de localwordnetmeaningextractor, verificando que hay una instancia de WordNet accesible instalada.


public boolean isControlDown  ( ) { return mIsControlDown ; }


@ Override public void mark  ( int readAheadLimit ) throws IOException { fInputStream . mark ( readAheadLimit ) ; }

Marque la posición actual en la corriente.Las llamadas posteriores a restablecer () intentarán volver a colocar el flujo a este punto.No todos los flujos de entrada de caracteres admiten la operación de Mark ().


@ Override public void pcdata  ( Augmentations augs ) throws XNIException { fMixed = true ; }

La aparición de "#pcdata" dentro de un grupo que significa un modelo de contenido mixto.Este método será el primero llamado siguiendo el <código> STARTGROUP () </ CODE>.


public static float indicator  ( final float x ) { if ( Float . isNaN ( x ) ) { return Float . NaN ; } return ( x >= 0.0F ) ? 1.0F : - 1.0F ; }

Para un valor de flotación X, este método devuelve + 1.0F si x> = 0 y -1.0f Si x <0. 0. CÓDIGO <CÓDIGO> NAN </ CODE> Si <code> x </ code> es <code> nan </ Código>.


public Call put  ( String url , Callback callback ) { return put ( url , null , callback ) ; }


Construye un nuevo script estático.Nota, se debe proporcionar el nombre, el tipo y el script.


private void writeUncompressedImage  ( Uri src , Uri dest ) throws FileNotFoundException , IOException  { FileInputStream fis = null ; OutputStream os = null ; try { fis = new FileInputStream ( FileHelper . stripFileProtocol ( src . toString ( ) ) ) ; os = this . cordova . getActivity ( ) . getContentResolver ( ) . openOutputStream ( dest ) ; byte [ ] buffer = new byte [ 4096 ] ; int len ; while ( ( len = fis . read ( buffer ) ) != - 1 ) { os . write ( buffer , 0 , len ) ; } os . flush ( ) ; } finally { if ( os != null ) { try { os . close ( ) ; } catch ( IOException e ) { LOG . d ( LOG_TAG , "Exception while closing output stream." ) ; } } if ( fis != null ) { try { fis . close ( ) ; } catch ( IOException e ) { LOG . d ( LOG_TAG , "Exception while closing file input stream." ) ; } } } }

En el caso especial donde se mantienen sin cambios la anchura, la altura y la calidad predeterminadas, simplemente escribimos el archivo al disco guardando la función costosa de bitmap.compress.


public WallPostQuery friendsOnly  ( Boolean value ) { return unsafeParam ( "friends_only" , value ) ; }

POST estará disponible para amigos solamente


public void writeReadBlock  ( IReadBlockWithLocation readBlock ) throws IOException { numberOfReads ++ ; numberOfMatches += readBlock . getNumberOfMatches ( ) ; switch ( textStoragePolicy ) { case Embed : ReadBlockRMA2 . write ( rma2Formatter , readBlock , fileWriter , tmpWriter ) ; break ; case InRMAZ : ReadBlockRMA2 . write ( rma2Formatter , readBlock , dumpWriter , fileWriter ) ; break ; case Reference : ReadBlockRMA2 . write ( rma2Formatter , readBlock , null , fileWriter ) ; break ; default : throw new IOException ( "Unknown textStoragePolicy: " + textStoragePolicy ) ; } }

Escribe un bloque de lectura al archivo.


private int [ ] hashes  ( InputStream input ) throws IOException { try { return ByteStreams . readBytes ( input , new HashingByteProcessor ( ) ) ; } finally { input . close ( ) ; } }

Hashes un solo archivo hasta el final de la corriente.


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


public TObjectHash ( int initialCapacity , TObjectHashingStrategy < T > strategy ) { super ( initialCapacity ) ; this . _hashingStrategy = strategy ; }

Crea una nueva instancia de <código> tobjecthash </ code> cuya capacidad es la próxima prima más alta arriba <tt> inicialcapacity + 1 </ tt> a menos que ese valor ya esté primordial.Utiliza la estrategia de hashing personalizada especificada.


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


public NewsfeedSearchQuery longitude  ( Float value ) { return unsafeParam ( "longitude" , value ) ; }

Punto de longitud geográfica (en grados, -180 a 180) dentro de la cual buscar.


private HashMap createSVMModel  ( double dTolerance , double dCost , double dGamma ) { svm_problem spProblem = new svm_problem ( ) ; spProblem . l = DocumentList . size ( ) ; if ( spProblem . l == 0 ) { Model = null ; return null ; } HashMap hCategories = new HashMap ( ) ; spProblem . x = new svm_node [ spProblem . l ] [ ] ; spProblem . y = new double [ spProblem . l ] ; ListIterator iIter = DocumentList . listIterator ( ) ; int iCnt = 0 ; while ( iIter . hasNext ( ) ) { Decision idDocInfo = ( Decision ) iIter . next ( ) ; spProblem . x [ iCnt ] = documentToNodeArray ( ( SimpleTextDocument ) idDocInfo . Document ) ; if ( ! hCategories . containsKey ( idDocInfo . FinalDecision ) ) hCategories . put ( idDocInfo . FinalDecision , hCategories . size ( ) + 1 ) ; spProblem . y [ iCnt ++ ] = ( ( Integer ) hCategories . get ( idDocInfo . FinalDecision ) ) . doubleValue ( ) ; } svm_parameter spParam = new svm_parameter ( ) ; spParam . svm_type = svm_parameter . C_SVC ; spParam . kernel_type = svm_parameter . RBF ; spParam . degree = 1 ; spParam . gamma = dGamma ; spParam . coef0 = 0 ; spParam . nu = 0.5 ; spParam . cache_size = 100 ; spParam . C = dCost ; spParam . eps = dTolerance ; spParam . p = 0.1 ; spParam . shrinking = 0 ; spParam . probability = 0 ; spParam . nr_weight = 0 ; spParam . weight_label = new int [ 0 ] ; spParam . weight = new double [ 0 ] ; String error_msg = svm . svm_check_parameter ( spProblem , spParam ) ; if ( error_msg != null ) { System . err . print ( "Error: " + error_msg + "\n" ) ; return null ; } try { FileWriter fw = new FileWriter ( "train.dat" ) ; for ( int iLine = 0 ; iLine < spProblem . l ; iLine ++ ) { String sLine = String . valueOf ( spProblem . y [ iLine ] ) + " " ; for ( int iElem = 0 ; iElem < spProblem . x [ iLine ] . length ; iElem ++ ) { sLine += String . valueOf ( spProblem . x [ iLine ] [ iElem ] . index ) + ":" + String . valueOf ( spProblem . x [ iLine ] [ iElem ] . value ) + " " ; } fw . write ( sLine + "\n" ) ; } fw . close ( ) ; } catch ( Exception e ) { e . printStackTrace ( ) ; return hCategories ; } try { Process p = ( new ProcessBuilder ( "svmtrain.exe" , "-s 0" , "-t 2" , "-g " + String . valueOf ( dGamma ) , "-v 10" , "train.dat" , "model.dat" ) ) . start ( ) ; InputStreamReader reader = new InputStreamReader ( p . getInputStream ( ) ) ; BufferedReader buf_reader = new BufferedReader ( reader ) ; String line ; while ( ( line = buf_reader . readLine ( ) ) != null ) System . out . println ( line ) ; } catch ( Exception ioe ) { ioe . printStackTrace ( ) ; return hCategories ; } Model = svm . svm_train ( spProblem , spParam ) ; return hCategories ; }

Crea un modelo SVM de acuerdo con los textos de entrada y devuelve un hashMap que contiene el mapeo (Índice, CategoringName)


public MessagesSendQuery stickerId  ( Integer value ) { return unsafeParam ( "sticker_id" , value ) ; }


public void addFlag  ( int flag ) { mIntent . addFlags ( flag ) ; }


public BoardOpenTopicQuery openTopic  ( UserActor actor , int groupId , int topicId ) { return new BoardOpenTopicQuery ( getClient ( ) , actor , groupId , topicId ) ; }

Re-abre un tema previamente cerrado en la Junta de Discusión de la Comunidad.


Llame de vuelta antes de la parada de ICEREST


private void refreshIndexForDimensionFields  ( String rowId , DimensionRow dimensionRow , DimensionRow dimensionRowOld ) { try { for ( DimensionField field : dimension . getDimensionFields ( ) ) { if ( field == dimension . getKey ( ) ) { continue ; } if ( dimensionRowOld != null ) { String oldRowValue = dimensionRowOld . get ( field ) ; String oldRowValueKey = DimensionStoreKeyUtils . getRowKey ( field . getName ( ) , oldRowValue ) ; String oldRowValuesKeysJson = keyValueStore . get ( oldRowValueKey ) ; String [ ] oldRowValueSKeys = objectMapper . readValue ( oldRowValuesKeysJson , String [ ] . class ) ; Set < String > oldRowValuesKeySet = new LinkedHashSet < > ( Arrays . asList ( oldRowValueSKeys ) ) ; oldRowValuesKeySet . remove ( rowId ) ; if ( oldRowValuesKeySet . isEmpty ( ) ) { keyValueStore . remove ( oldRowValueKey ) ; } else { String updatedOldRowValueSKeys = objectMapper . writeValueAsString ( oldRowValuesKeySet ) ; keyValueStore . put ( oldRowValueKey , updatedOldRowValueSKeys ) ; } } String rowValue = dimensionRow . get ( field ) ; String rowValueKey = DimensionStoreKeyUtils . getRowKey ( field . getName ( ) , rowValue ) ; String rowValueSKeys = keyValueStore . get ( rowValueKey ) ; Set < String > rowValueSKeySet = new LinkedHashSet < > ( ) ; if ( rowValueSKeys != null ) { rowValueSKeySet . addAll ( Arrays . asList ( objectMapper . readValue ( rowValueSKeys , String [ ] . class ) ) ) ; } rowValueSKeySet . add ( rowId ) ; String updatedRowValueSKeys = objectMapper . writeValueAsString ( rowValueSKeySet ) ; keyValueStore . put ( rowValueKey , updatedRowValueSKeys ) ; } } catch ( IOException e ) { LOG . error ( "Exception while adding dimension description entry in key value store : {}" , e ) ; throw new RuntimeException ( e ) ; } }

Este método actualiza la tienda para permitir la búsqueda de puntos utilizando los campos no clave.Se bucea a través de todos los campos para una dimensión (ignora el campo clave) <p> para un nuevo DimensionRow Say ID V1 y Desc Value1 Se agrega una nueva entrada en la tienda <p> desc_Value1_row_key -> [id_v1_row_key] <p> para un nuevoDimensionRow con descripción duplicada Diga ID V2 y Desc Valor1, la tienda se actualiza para parecerse a este <p> Desc_value1_row_key -> [id_v1_row_key, id_v2_row_key] <p> Para un DimensionRow DIGA ID V2 y DESC VALUE2, DimensionRow -> (v2, valor2)Dimensionrowold -> (v2, value1) <p> La tienda se actualiza para parecerse a este <p> desc_value1_row_key -> [id_v1_row_key] desc_value2_row_key -> [id_v2_row_key]


private static MetricValue duration_to_metricvalue_  ( Duration duration ) { return MetricValue . fromIntValue ( duration . getMillis ( ) ) ; }

Convertir una duración a un valor métrico.El valor métrico devuelto se expresa como la duración en milisegundos.


public boolean willReadBlock  ( ) { return false ; }

Averigüe si los datos están disponibles ahora.Devuelve VERDADERO si una llamada a leer bloquearía los datos.


public void animateXY  ( int durationMillisX , int durationMillisY , EasingFunction easingX , EasingFunction easingY ) { if ( android . os . Build . VERSION . SDK_INT < 11 ) return ; ObjectAnimator animatorY = ObjectAnimator . ofFloat ( this , "phaseY" , 0f , 1f ) ; animatorY . setInterpolator ( easingY ) ; animatorY . setDuration ( durationMillisY ) ; ObjectAnimator animatorX = ObjectAnimator . ofFloat ( this , "phaseX" , 0f , 1f ) ; animatorX . setInterpolator ( easingX ) ; animatorX . setDuration ( durationMillisX ) ; if ( durationMillisX > durationMillisY ) { animatorX . addUpdateListener ( mListener ) ; } else { animatorY . addUpdateListener ( mListener ) ; } animatorX . start ( ) ; animatorY . start ( ) ; }

Anima el dibujo / representación de la tabla en el eje X y Y con el tiempo de animación especificado.Si se llama Animate (...), no es necesario realizar más llamamientos de invalidar () para actualizar la tabla.


private void maybeDiscardRegistrars  ( ) { synchronized ( registrars ) { HashMap groupsMap = new HashMap ( registrars . size ( ) ) ; for ( Iterator iter = registrars . values ( ) . iterator ( ) ; iter . hasNext ( ) ; ) { UnicastResponse ent = ( UnicastResponse ) iter . next ( ) ; if ( ! groupsOverlap ( ent . getGroups ( ) ) ) { groupsMap . put ( ent . getRegistrar ( ) , ent . getGroups ( ) ) ; regInfo . remove ( ent . getRegistrar ( ) . getServiceID ( ) ) ; iter . remove ( ) ; } } if ( ! groupsMap . isEmpty ( ) && ! listeners . isEmpty ( ) ) { addNotify ( ( ArrayList ) listeners . clone ( ) , groupsMap , DISCARDED ) ; } } }

Determine si alguno de los registradores ya descubiertos ya no son miembros de ninguno de los grupos para descubrir, y descartar aquellos registradores que ya no son miembros de ninguno de esos grupos.


protected boolean expect  ( TokenKind kind , String message , boolean alwaysConsume ) { TokenKind current = currentToken ( ) ; if ( current == kind || alwaysConsume ) { builder . advanceLexer ( ) ; } if ( current != kind ) { builder . error ( message ) ; return false ; } return true ; }

Consume el token actual si 'siempre exacto' es verdadero o si es uno de los tipos esperados. De lo contrario, devuelve falso e informa un error.


public static void restartApp  ( Context appContext , Collection < Activity > knownActivities , boolean toast ) { if ( ! knownActivities . isEmpty ( ) ) { Activity foreground = getForegroundActivity ( appContext ) ; if ( foreground != null ) { if ( toast ) { showToast ( foreground , "Restarting app to apply incompatible changes" ) ; } if ( Log . isLoggable ( LOG_TAG , Log . VERBOSE ) ) { Log . v ( LOG_TAG , "RESTARTING APP" ) ; } @ SuppressWarnings ( "UnnecessaryLocalVariable" ) Context context = foreground ; Intent intent = new Intent ( context , foreground . getClass ( ) ) ; int intentId = 0 ; PendingIntent pendingIntent = PendingIntent . getActivity ( context , intentId , intent , PendingIntent . FLAG_CANCEL_CURRENT ) ; AlarmManager mgr = ( AlarmManager ) context . getSystemService ( Context . ALARM_SERVICE ) ; mgr . set ( AlarmManager . RTC , System . currentTimeMillis ( ) + 100 , pendingIntent ) ; if ( Log . isLoggable ( LOG_TAG , Log . VERBOSE ) ) { Log . v ( LOG_TAG , "Scheduling activity " + foreground + " to start after exiting process" ) ; } } else { showToast ( knownActivities . iterator ( ) . next ( ) , "Unable to restart app" ) ; if ( Log . isLoggable ( LOG_TAG , Log . VERBOSE ) ) { Log . v ( LOG_TAG , "Couldn't find any foreground activities to restart " + "for resource refresh" ) ; } } System . exit ( 0 ) ; } }

Intento de reiniciar la aplicación.Idealmente, esto también debería intentar preservar la mayor cantidad de estado posible: <ul> <li> La actividad actual </ li> <li> si es posible, estado en la actividad actual, y </ li> <li> la pila de actividades </ li> </ ul> Esto puede requerir algún soporte marco.Aparentemente, es posible que ya sea posible (Dianne dice que ponga la aplicación en el fondo, mátalojálo, entonces reinicie; necesita averiguar cómo hacer esto).


public WeakKeyReference ( Object key , ReferenceQueue refQueue ) { super ( key , refQueue ) ; hashCode = key . hashCode ( ) ; }

Cree una nueva <código> WeekReference </ Code> a la clave dada, coloque la referencia borrada en el retrovisor <código> especificado </ código>.


private void switchToTab  ( int tabOffset ) { String currentTab = webDriver . getWindowHandle ( ) ; List < String > openedTabs = new ArrayList < > ( webDriver . getWindowHandles ( ) ) ; if ( openedTabs . size ( ) > 1 ) { int currentTabIndex = openedTabs . indexOf ( currentTab ) ; int tabToOpenIndex = ( openedTabs . size ( ) + currentTabIndex + tabOffset ) % openedTabs . size ( ) ; webDriver . switchTo ( ) . window ( openedTabs . get ( tabToOpenIndex ) ) ; } else { throw new IllegalStateException ( "There is no tab to switch" ) ; } }

Cambia a la pestaña del navegador con desplazamiento de índice especificado desde la pestaña Activa.Si el índice resultante excede el índice de primer o último conteo de pestañas continúa desde otro extremo.


public static SM_SYSTEM_MESSAGE STR_MSG_EXCEED_SUCCEED  ( DescriptionId nameId ) { return new SM_SYSTEM_MESSAGE ( 1402657 , new Object [ ] { nameId } ) ; }


public DistributedLogClientBuilder clientId  ( ClientId clientId ) { DistributedLogClientBuilder newBuilder = newBuilder ( this ) ; newBuilder . _clientId = clientId ; return newBuilder ; }


private static void debugPrintln  ( String msg ) { if ( DEBUG ) { System . err . println ( "XERCES: " + msg ) ; } }

Imprime un mensaje a error estándar si se habilita la depuración.


private void toWagonFormat  ( FloatLeafNode node , DataOutputStream out , String extension , PrintWriter pw ) throws IOException { String s = "((" + node . getStDeviation ( ) + " " + node . getMean ( ) + "))" ; if ( out != null ) { writeStringToOutput ( s , out ) ; } else { } if ( pw != null ) { pw . println ( s ) ; } }

Escribe el carrito al DATOS DIFICIO EN FORMATO DE WAGON


public int length  ( ) { return Graph . getEdgesCount ( ) ; }

Calcula el tamaño del objeto de documento completo, obteniendo la cuenta de borde de la gráfica correspondiente y el tamaño </ i> no </ i> el tamaño del almacén (I.E. texto).


public static String trimEnd  ( String value , int length ) { if ( value == null || length > value . length ( ) ) { return EMPTY ; } return value . substring ( 0 , value . length ( ) - length ) ; }


public static NotEqualsSpacePredicate notEqual  ( Object value ) { return new NotEqualsSpacePredicate ( value ) ; }

Crea un predicado no es igual al uso del valor esperado especificado.


public ItemToMaterialCursor queryItemsForMaterial  ( long mat_item_id ) { return mHelper . queryItemsForMaterial ( mat_item_id ) ; }


private void typeUnknown  ( char c ) { int converted = KeyEvent . getExtendedKeyCodeForChar ( c ) ; controller . keyPress ( converted ) ; controller . keyRelease ( converted ) ; }

Escriba un carácter que no sea un carácter alfabético y no en la lista de caracteres conocidos (consulte la lista definida en esta clase)


private ODEStateAndDerivative state  ( double t ) { return new ODEStateAndDerivative ( t , new double [ 0 ] , new double [ 0 ] ) ; }


public static void println  ( float x ) { out . println ( x ) ; }

Imprime un entero a la salida estándar y luego termina la línea.


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


public Vector3f mult  ( Vector3f vec ) { if ( null == vec ) { logger . warning ( "Provided vector is null, null returned." ) ; return null ; } return mult ( vec , null ) ; }

<CÓDIGO> MULTLOCAL </ CODE> multiplica un vector provisto a este vector internamente, y devuelve un asa a este vector para que se encadene fácil de las llamadas.Si el vector provisto es nulo, se devuelve NULL.


public Dfp power10K  ( final int e ) { Dfp d = newInstance ( getOne ( ) ) ; d . exp = e + 1 ; return d ; }

Obtenga la potencia especificada de 10000.


public static ToolbarTapTarget forToolbarOverflow  ( android . widget . Toolbar toolbar , CharSequence title , @ Nullable CharSequence description ) { return new ToolbarTapTarget ( toolbar , false , title , description ) ; }

Devuelva un objetivo TOP para el botón de desbordamiento de la barra de herramientas dada <p> <b> NOTA: </ b> Este es actualmente experimental, use a su propio riesgo


public void initPBLocations  ( ) { int terminalID , height ; for ( CTNode node : n_termainals ) { terminalID = node . getTerminalID ( ) ; height = 0 ; node . setPBLocation ( terminalID , height ) ; while ( node . hasParent ( ) && node . getParent ( ) . getPBLocation ( ) == null ) { node = node . getParent ( ) ; node . setPBLocation ( terminalID , ++ height ) ; } } }

Asigna ubicaciones de propbank a todos los nodos.


public GroupsEditQuery marketCurrency  ( GroupsEditMarketCurrency value ) { return unsafeParam ( "market_currency" , value ) ; }


public static void cleanDirectory  ( File directory ) throws IOException { if ( ! directory . exists ( ) ) { String message = directory + " does not exist" ; throw new IllegalArgumentException ( message ) ; } if ( ! directory . isDirectory ( ) ) { String message = directory + " is not a directory" ; throw new IllegalArgumentException ( message ) ; } File [ ] files = directory . listFiles ( ) ; if ( files == null ) { throw new IOException ( "Failed to list contents of " + directory ) ; } IOException exception = null ; for ( File file : files ) { try { forceDelete ( file ) ; } catch ( IOException ioe ) { exception = ioe ; } } if ( null != exception ) { throw exception ; } }


public List < ScanRange > unwrapped  ( ) { if ( compare ( _from , _to ) < 0 ) { return ImmutableList . of ( this ) ; } ImmutableList . Builder < ScanRange > ranges = ImmutableList . builder ( ) ; if ( compare ( _from , MAX_VALUE ) < 0 ) { ranges . add ( new ScanRange ( _from , MAX_VALUE ) ) ; } if ( compare ( _to , MIN_VALUE ) > 0 ) { ranges . add ( new ScanRange ( MIN_VALUE , _to ) ) ; } return ranges . build ( ) ; }

Si es necesario, divide el rango de escaneo en dos rango de tal manera que "de" es menor que "a" en cada rango.Esto es necesario si el rango de escaneo envuelve el rango de token.


public IdQuery ( Class < T > type , Object id , Object routing , QueryResultType queryResultType , int version ) { this ( type . getName ( ) , id , routing , queryResultType , version ) ; }

Crea una identificación utilizando el tipo de resultado, ID, enrutamiento y consulta especificados.


public boolean next  ( ) throws GenericDataSourceException  { try { return _rs . next ( ) ; } catch ( SQLException sqle ) { throw new GenericDataSourceException ( "SQL Exception while executing the following:" + _sql , sqle ) ; } }

Prueba si hay más registros disponibles.


public void clearAll  ( ) { nodeToPreds . clear ( ) ; nodeToSuccs . clear ( ) ; edgeToLabels . clear ( ) ; labelToEdges . clear ( ) ; heads . clear ( ) ; tails . clear ( ) ; }


@ SuppressWarnings ( "unchecked" ) void updateBoxes  ( ) { Value val = stackOrValue ( ) ; if ( boxes instanceof List ) { for ( ValueBox vb : ( List < ValueBox > ) boxes ) vb . setValue ( val ) ; } else if ( boxes instanceof ValueBox ) { ( ( ValueBox ) boxes ) . setValue ( val ) ; } }

Actualiza todas las casillas de valor registradas en este operando.


protected void draw  ( Graphics2D gc , Dimension size ) { if ( ! chartViewer . isTranspose ( ) ) drawLegend ( gc , size ) ; else drawLegendTransposed ( gc , size ) ; }


public MessagesGetHistoryQuery startMessageId  ( Integer value ) { return unsafeParam ( "start_message_id" , value ) ; }

ID de inicio del mensaje desde el cual para devolver el historial.


@ Override public void shutdown  ( ) throws RemoteException  { shutdown ( false , true ) ; }


@ Nullable public static Document createEmptyPlainDocument  ( ) { return createNewDocumentBuilder ( ) . newDocument ( ) ; }

Crea un documento XML simple vacío.<P> El nuevo documento no validará, ignorará los comentarios y admitirá espacios de nombres.


private void callGraphDFS  ( int s ) { int t ; CgEdge p ; vis_cg [ s ] = low_cg [ s ] = pre_cnt ++ ; queue_cg . addLast ( s ) ; p = call_graph [ s ] ; while ( p != null ) { t = p . t ; if ( vis_cg [ t ] == 0 ) callGraphDFS ( t ) ; if ( low_cg [ t ] < low_cg [ s ] ) low_cg [ s ] = low_cg [ t ] ; p = p . next ; } if ( low_cg [ s ] < vis_cg [ s ] ) { scc_size [ s ] = 1 ; return ; } scc_size [ s ] = queue_cg . size ( ) ; do { t = queue_cg . getLast ( ) ; queue_cg . removeLast ( ) ; rep_cg [ t ] = s ; low_cg [ t ] += n_func ; } while ( s != t ) ; scc_size [ s ] -= queue_cg . size ( ) ; if ( scc_size [ s ] > max_scc_size ) { max_scc_size = scc_size [ s ] ; max_scc_id = s ; } }

Usando el algoritmo de Tarjan para contraer los SCCS.


public static SM_SYSTEM_MESSAGE STR_FIELDABYSS_REPAIR_BROKEN  ( String value1 , String value0 ) { return new SM_SYSTEM_MESSAGE ( 1400308 , value1 , value0 ) ; }

% 1 del% 0 destruyó la Piedra Guardia de la Puerta.


@ Override public void createIndicesForNewExperiment  ( NewExperiment newExperiment ) { updateExperimentLabelIndex ( newExperiment . getID ( ) , newExperiment . getApplicationName ( ) , newExperiment . getLabel ( ) , newExperiment . getStartTime ( ) , newExperiment . getEndTime ( ) , State . DRAFT ) ; try { updateStateIndex ( null , newExperiment . getID ( ) , ExperimentsKeyspace . ExperimentStateIndexKey . NOT_DELETED ) ; } catch ( ConnectionException e ) { removeExperimentLabelIndex ( newExperiment . getApplicationName ( ) , newExperiment . getLabel ( ) ) ; throw new RepositoryException ( "Could not update indices for experiment \"" + newExperiment + "\"" , e ) ; } }

Crear índices para un nuevo experimento.


public TagAllocationModel ( ) { this . ntw = new SparseCounter < String > ( ) ; this . nw = new Counter < String > ( ) ; }


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

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


private void moveToNextStatMessage  ( ) { secondCounter = 0 ; statMessageIndex ++ ; if ( statMessageIndex == STATS_MESSAGES ) { statMessageIndex = 0 ; } int retries = 0 ; while ( ! refreshStatsMessage ( false ) && retries < STATS_MESSAGES ) { statMessageIndex ++ ; if ( statMessageIndex == STATS_MESSAGES ) { statMessageIndex = 0 ; } retries ++ ; } }

Se mueve al siguiente mensaje de estadísticas.


public UshrExpr newUshrExpr  ( Value op1 , Value op2 ) { return new GUshrExpr ( op1 , op2 ) ; }

Construye un trozo de gramática ushrexpr (expr, expr).


public static boolean isBypass  ( final MultivaluedMap < String , String > headers ) { return BYPASS_HEADER_VALUE . equals ( headers . getFirst ( BYPASS_HEADER_NAME ) ) ; }

Compruebe si el encabezado de solicitud es un encabezado de bypass.


public void onProjectSyncCompletion  ( ) { if ( lastGradleSyncFailed ( myProject ) && myUsingCachedProjectData ) { myUsingCachedProjectData = false ; GradleProjectImporter . getInstance ( ) . requestProjectSync ( myProject , null ) ; reset ( ) ; return ; } ProjectSyncMessages messages = ProjectSyncMessages . getInstance ( myProject ) ; messages . reportDependencySetupErrors ( ) ; messages . reportComponentIncompatibilities ( ) ; findAndReportStructureIssues ( myProject ) ; ModuleManager moduleManager = ModuleManager . getInstance ( myProject ) ; for ( Module module : moduleManager . getModules ( ) ) { if ( ! hasCorrectJdkVersion ( module ) ) { break ; } } if ( hasErrors ( myProject ) || lastGradleSyncFailed ( myProject ) ) { addSdkLinkIfNecessary ( ) ; checkSdkToolsVersion ( myProject ) ; updateGradleSyncState ( ) ; return ; } AndroidGradleModelVersions modelVersions = AndroidGradleModelVersions . find ( myProject ) ; if ( modelVersions == null ) { Logger . getInstance ( PostProjectSetupTasksExecutor . class ) . warn ( "Unable to obtain application's Android Project" ) ; } else { log ( modelVersions ) ; } if ( ( modelVersions != null && previewForcedToUpgrade ( modelVersions ) ) || myProject . isDisposed ( ) ) { return ; } GradleVersion currentModelVersion = null ; GradleVersion latestModelVersion = null ; if ( modelVersions != null ) { currentModelVersion = modelVersions . getCurrent ( ) ; latestModelVersion = modelVersions . getLatest ( ) ; } GradleVersion gradleVersion = getGradleVersion ( myProject ) ; if ( modelVersions != null && shouldRecommendUpgrade ( latestModelVersion , currentModelVersion , gradleVersion ) ) { boolean userAcceptsUpgrade = new PluginVersionRecommendedUpdateDialog ( myProject , currentModelVersion , latestModelVersion ) . showAndGet ( ) ; if ( userAcceptsUpgrade ) { if ( updateGradlePluginVersion ( modelVersions . getLatest ( ) , modelVersions . isExperimentalPlugin ( ) ) ) { return ; } } } new ProjectStructureUsageTracker ( myProject ) . trackProjectStructure ( ) ; executeProjectChanges ( myProject , null ) ; enforceExternalBuild ( myProject ) ; AndroidGradleProjectComponent . getInstance ( myProject ) . checkForSupportedModules ( ) ; findAndShowVariantConflicts ( ) ; checkSdkToolsVersion ( myProject ) ; addSdkLinkIfNecessary ( ) ; TestArtifactSearchScopes . initializeScopes ( myProject ) ; String taskName = isAndroidStudio ( ) ? MakeBeforeRunTaskProvider . TASK_NAME : ExecutionBundle . message ( "before.launch.compile.step" ) ; setMakeStepInJunitRunConfigurations ( taskName ) ; updateGradleSyncState ( ) ; if ( myGenerateSourcesAfterSync ) { if ( ! myCleanProjectAfterSync ) { Map < String , GradleVersion > previousPluginVersionsPerModule = getPluginVersionsPerModule ( myProject ) ; storePluginVersionsPerModule ( myProject ) ; if ( previousPluginVersionsPerModule != null && ! previousPluginVersionsPerModule . isEmpty ( ) ) { Map < String , GradleVersion > currentPluginVersionsPerModule = getPluginVersionsPerModule ( myProject ) ; assert currentPluginVersionsPerModule != null ; for ( Map . Entry < String , GradleVersion > entry : currentPluginVersionsPerModule . entrySet ( ) ) { String modulePath = entry . getKey ( ) ; GradleVersion previous = previousPluginVersionsPerModule . get ( modulePath ) ; if ( previous == null || entry . getValue ( ) . compareTo ( previous ) != 0 ) { myCleanProjectAfterSync = true ; break ; } } } } GradleProjectBuilder . getInstance ( myProject ) . generateSourcesOnly ( myCleanProjectAfterSync ) ; } reset ( ) ; TemplateManager . getInstance ( ) . refreshDynamicTemplateMenu ( myProject ) ; disposeModulesMarkedForRemoval ( ) ; }

Se invoca después de que un proyecto se ha sincronizado con Gradle.


private void addWhitespace  ( ) { int oldPos = pos - 1 ; while ( pos < buffer . length ) { switch ( buffer [ pos ] ) { case ' ' : case '\t' : case '\r' : pos ++ ; break ; default : addToken ( TokenKind . WHITESPACE , oldPos , pos , bufferSlice ( oldPos , pos ) ) ; return ; } } addToken ( TokenKind . WHITESPACE , oldPos , pos , bufferSlice ( oldPos , pos ) ) ; }

Colapsar personajes adyacentes en blanco en un solo token


@ Override public List < CentroidCluster < T > > cluster  ( final Collection < T > points ) throws MathIllegalArgumentException , MathIllegalStateException { List < CentroidCluster < T > > best = null ; double bestVarianceSum = Double . POSITIVE_INFINITY ; for ( int i = 0 ; i < numTrials ; ++ i ) { List < CentroidCluster < T > > clusters = clusterer . cluster ( points ) ; final double varianceSum = evaluator . score ( clusters ) ; if ( evaluator . isBetterScore ( varianceSum , bestVarianceSum ) ) { best = clusters ; bestVarianceSum = varianceSum ; } } return best ; }

Ejecuta el algoritmo de agrupamiento K-SIFFS ++ ++.


@ Override public boolean isDataPresent  ( ) { return true ; }

Cheques Si se presentan datos presentes.


public void add  ( final int location , final T object ) { this . data . add ( location , object ) ; this . notifyItemInserted ( location ) ; }

Inserta el objeto especificado en los datos en la ubicación especificada.El objeto se inserta antes del elemento actual en la ubicación especificada.Si la ubicación es igual al tamaño de los datos, el objeto se agrega al final.Si la ubicación es más pequeña que el tamaño de los datos, todos los elementos más allá de la ubicación especificada se mueven por una ubicación hacia el final de los datos.


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


public SecureSetCounterQuery ( VkApiClient client , ServiceActor actor ) { super ( client , "secure.setCounter" , OkResponse . class ) ; accessToken ( actor . getAccessToken ( ) ) ; clientSecret ( actor . getClientSecret ( ) ) ; }

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


public UpdateLeaseSpaceOperationResult ( ) { }


@ Override public ThetaSketchSetOperationPostAggregation withFields  ( List < PostAggregation > fields ) { return new ThetaSketchSetOperationPostAggregation ( getName ( ) , getFunc ( ) , fields , getSize ( ) ) ; }

Obtenga una nueva instancia de esta postgregación con los campos dados.


@ Override public Fraction subtract  ( Fraction fraction ) { return addSub ( fraction , false ) ; }

Resta el valor de otra fracción del valor de este, devolviendo el resultado en forma reducida.


@ Override public void onCreate  ( Bundle savedInstanceState ) { super . onCreate ( savedInstanceState ) ; }

Se llama cuando se crea por primera vez la actividad.