public synchronized void press  ( ) { this . press ( 1 ) ; }

Representa una entrada que se está señalando una vez.


public void onTargetClick  ( TapTargetView view ) { view . dismiss ( true ) ; }

Señales que el usuario ha hecho clic en el interior del objetivo.


@ Inject public TestAsynchronousWorkflowsBuilder ( ApiJobStore apiJobStore , PreResponseStore preResponseStore , Clock timestampGenerator ) { super ( apiJobStore , preResponseStore , timestampGenerator ) ; }

Una fábrica para construir el flujo de trabajo de construcción de respuesta asíncrona.


public CategoryPhotosView ( Context context ) { super ( context ) ; this . initialize ( ) ; }


@ Override public Filter createLogicFilter  ( List < Filter > filterList ) { return null ; }


public void moveWidget  ( ConstraintWidget widget , Direction direction , boolean snapToGrid ) { if ( widget == null ) { return ; } int x = widget . getDrawX ( ) ; int y = widget . getDrawY ( ) ; int xOffset = 0 ; int yOffset = 0 ; switch ( direction ) { case LEFT : xOffset = - 1 ; break ; case UP : yOffset = - 1 ; break ; case RIGHT : xOffset = 1 ; break ; case DOWN : yOffset = 1 ; break ; } if ( snapToGrid ) { xOffset *= GRID_SPACING ; yOffset *= GRID_SPACING ; } widget . setDrawOrigin ( x + xOffset , y + yOffset ) ; }

Mueva el widget en la dirección especificada.


public Object clone  ( ) { JimpleLocal local = new JimpleLocal ( null , type ) ; local . name = name ; return local ; }

Devuelve un clon de la corriente Jimplelocal.


public static ClassHierarchy classHierarchy  ( Scene scene ) { if ( scene == null ) { throw new InternalTypingException ( ) ; } ClassHierarchy classHierarchy = G . v ( ) . ClassHierarchy_classHierarchyMap . get ( scene ) ; if ( classHierarchy == null ) { classHierarchy = new ClassHierarchy ( scene ) ; } return classHierarchy ; }

Consigue la jerarquía de clase para la escena dada.


public void or  ( Criteria criteria ) { oredCriteria . add ( criteria ) ; }

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


@ Override public synchronized void reset  ( ) throws IOException  { fbIndex = markFbIndex ; if ( markedAtStart ) { firstBytes = null ; } in . reset ( ) ; }

Invoca el método <código> reinicio () </ código>.


public AdsGetSuggestionsQuery country  ( Integer value ) { return unsafeParam ( "country" , value ) ; }


public void updateCRS  ( ValueComboBoxData selectedValue ) { if ( selectedValue != null ) { String crsCode = selectedValue . getKey ( ) ; CoordinateReferenceSystem newCRS = CoordManager . getInstance ( ) . getCRS ( crsCode ) ; SimpleFeatureType newFeatureType = SimpleFeatureTypeBuilder . retype ( featureCollection . getSchema ( ) , newCRS ) ; String typeName = userLayer . getInlineFeatureType ( ) . getTypeName ( ) ; try { SimpleFeatureSource featureSource = userLayer . getInlineFeatureDatastore ( ) . getFeatureSource ( typeName ) ; SimpleFeatureBuilder sfb = new SimpleFeatureBuilder ( newFeatureType ) ; ArrayList < SimpleFeature > featureList = new ArrayList < SimpleFeature > ( ) ; SimpleFeatureIterator it = featureSource . getFeatures ( ) . features ( ) ; try { while ( it . hasNext ( ) ) { SimpleFeature sf = it . next ( ) ; List < Object > attributeValueList = sf . getAttributes ( ) ; sfb . addAll ( attributeValueList ) ; featureList . add ( sfb . buildFeature ( null ) ) ; } } finally { it . close ( ) ; } SimpleFeatureCollection collection = new ListFeatureCollection ( newFeatureType , featureList ) ; DataStore dataStore = DataUtilities . dataStore ( collection ) ; featureCollection = collection ; cachedFeature = null ; lastRow = - 1 ; userLayer . setInlineFeatureDatastore ( dataStore ) ; userLayer . setInlineFeatureType ( newFeatureType ) ; } catch ( IOException e ) { ConsoleManager . getInstance ( ) . exception ( this , e ) ; } this . fireTableStructureChanged ( ) ; this . fireTableDataChanged ( ) ; if ( parentObj != null ) { parentObj . inlineFeatureUpdated ( ) ; } } }


public ResourceLazyLoadingScript cache  ( boolean shouldCache ) { this . shouldCache = shouldCache ; return this ; }

Si este script se almacenará en caché o no.DIAUMTS PARA <CÓDIGO> Verdadero </ código>.


public Repository createTestRepoUsingRepoService  ( ) throws Exception  { return createTestRepoUsingRepoService ( "repo" ) ; }

Crea el repositorio de prueba.Esto utiliza el servicio de repo directamente por lo que no está destinado a probar el comando REPO-CREATE, sino puramente para facilitar otras pruebas.


public void addCatchClause  ( CatchClause node ) { List < CatchClause > list = ( parent == null || state == null ) ? getCatchClauseListNoTransform ( ) : getCatchClauseList ( ) ; list . addChild ( node ) ; }

Anejando un elemento a la lista de Catchcluss.


public DocsGetByIdQuery ( VkApiClient client , UserActor actor , String ... docs ) { super ( client , "docs.getById" , Utils . buildParametrizedType ( List . class , Doc . class ) ) ; accessToken ( actor . getAccessToken ( ) ) ; docs ( docs ) ; }

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


private static boolean isEmpty  ( @ Nonnull final File file , @ Nonnull final Charset charset ) { try { return FileUtil . isEmpty ( file , charset ) ; } catch ( final IOException e ) { throw new IllegalStateOfArgumentException ( "The given file could not be read." , e ) ; } }

Comprueba si el archivo dado está vacío.


private void pickMarginConnections  ( ScoutWidget [ ] list , int maxMarginPercent ) { final int baseline = Direction . BASE . getDirection ( ) ; final int north = Direction . NORTH . getDirection ( ) ; final int south = Direction . SOUTH . getDirection ( ) ; final int east = Direction . EAST . getDirection ( ) ; int width = list [ 0 ] . mConstraintWidget . getWidth ( ) ; int height = list [ 0 ] . mConstraintWidget . getWidth ( ) ; int maxWidthMargin = ( width * maxMarginPercent ) / 100 ; int maxHeightMargin = ( height * maxMarginPercent ) / 100 ; int [ ] maxMargin = { maxHeightMargin , maxWidthMargin } ; final int west = Direction . WEST . getDirection ( ) ; int dirTypes [ ] [ ] = { { north , south } , { west , east } } ; for ( int i = len - 1 ; i > 0 ; i -- ) { float [ ] [ ] widgetProbability = mProbability [ i ] ; for ( int horizontal = 0 ; horizontal < 2 ; horizontal ++ ) { int [ ] dirs = dirTypes [ horizontal ] ; boolean found = false ; while ( ! found ) { found = true ; int setlen = dirs . length ; if ( DEBUG ) { System . out . println ( " check " + list [ i ] + " " + horizontal ) ; } int dir = dirs [ 0 ] ; if ( widgetProbability == null || widgetProbability [ dir ] == null ) { continue ; } int maxIndex = 0 ; int maxDirection = 0 ; float maxValue = 0.0f ; int rowType = 0 ; for ( int j = 0 ; j < setlen ; j ++ ) { int rowMaxIndex = Utils . max ( widgetProbability [ dirs [ j ] ] ) ; if ( maxValue < widgetProbability [ dirs [ j ] ] [ rowMaxIndex ] ) { maxDirection = dirs [ j ] ; maxIndex = rowMaxIndex ; maxValue = widgetProbability [ dirs [ j ] ] [ rowMaxIndex ] ; } } if ( widgetProbability [ maxDirection ] == null ) { System . out . println ( list [ i ] + " " + maxDirection ) ; continue ; } int m , cDir ; if ( maxDirection == baseline ) { m = maxIndex ; cDir = baseline ; } else { m = maxIndex / 2 ; cDir = maxDirection ; if ( maxIndex % 2 == 1 ) { cDir = cDir ^ 1 ; } } if ( mMargin [ i ] [ maxDirection ] [ maxIndex ] > maxMargin [ horizontal ] ) { continue ; } String s = list [ i ] + "(" + Direction . toString ( maxDirection ) + ") -> " + list [ m ] + " " + Direction . toString ( cDir ) ; if ( DEBUG ) { System . out . println ( "try " + s ) ; } if ( ! list [ i ] . setConstraint ( maxDirection , list [ m ] , cDir , mMargin [ i ] [ maxDirection ] [ maxIndex ] ) ) { if ( widgetProbability [ maxDirection ] [ maxIndex ] >= 0 ) { widgetProbability [ maxDirection ] [ maxIndex ] = CONSTRAINT_FAILED_FLAG ; found = false ; } } else { mBinaryProbability [ i ] [ horizontal ] = null ; if ( DEBUG ) { System . out . println ( "connect " + s ) ; } } } } } }

Esta búsqueda de conexiones de margen normales


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_DispelBuffCounterATK_ME_TO_B  ( int num0 , String skilltarget , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200508 , num0 , skilltarget , skillname ) ; }

Infligió% de daño NUM0 en [% SkillTarget] y disipó algunos de sus pulsos mágicos mediante el uso de [% de habilidad].


public void changeCharset  ( String charsetName ) throws IOException { synchronized ( this ) { writer = new OutputStreamWriter ( stream , charsetName ) ; } }


@ NonNull public < T > T  peek ( int index )  { return ( T ) history . get ( history . size ( ) - index - 1 ) ; }

Devuelve el estado de la aplicación en el índice proporcionado en la historia.0 es la entrada más nueva.


public static void logDuration  ( boolean wereResultsSeen , boolean isChained , long durationMs ) { if ( wereResultsSeen ) { RecordHistogram . recordTimesHistogram ( "Search.ContextualSearchDurationSeen" , durationMs , TimeUnit . MILLISECONDS ) ; } else if ( isChained ) { RecordHistogram . recordTimesHistogram ( "Search.ContextualSearchDurationUnseenChained" , durationMs , TimeUnit . MILLISECONDS ) ; } else { RecordHistogram . recordTimesHistogram ( "Search.ContextualSearchDurationUnseen" , durationMs , TimeUnit . MILLISECONDS ) ; } }

Registra la duración de un panel de búsqueda contextual que es visto por el usuario.


@ Override public void testEnd  ( TestInfo testInfo ) { throw new UnsupportedOperationException ( ) ; }

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


@ Override public int countMissing  ( ) { int count = 0 ; for ( int i = 0 ; i < size ( ) ; i ++ ) { if ( get ( i ) == MISSING_VALUE ) { count ++ ; } } return count ; }

Devuelve el recuento de valores faltantes en esta columna.


public static Bitmap scaleImage  ( Bitmap src , float scaleWidth , float scaleHeight ) { if ( src == null ) { return null ; } Matrix matrix = new Matrix ( ) ; matrix . postScale ( scaleWidth , scaleHeight ) ; return Bitmap . createBitmap ( src , 0 , 0 , src . getWidth ( ) , src . getHeight ( ) , matrix , true ) ; }


protected AdsGetStatisticsQuery period  ( AdsGetStatisticsPeriod value ) { return unsafeParam ( "period" , value ) ; }

Agrupación de datos por fechas.Los parámetros "Date_desfrom" y "date_to" establecen límites temporales.


private static Object parse  ( XMLTokener x , boolean arrayForm , JSONArray ja ) throws JSONException { String attribute ; char c ; String closeTag = null ; int i ; JSONArray newja = null ; JSONObject newjo = null ; Object token ; String tagName = null ; while ( true ) { token = x . nextContent ( ) ; if ( token == XML . LT ) { token = x . nextToken ( ) ; if ( token instanceof Character ) { if ( token == XML . SLASH ) { token = x . nextToken ( ) ; if ( ! ( token instanceof String ) ) { throw new JSONException ( "Expected a closing name instead of '" + token + "'." ) ; } if ( x . nextToken ( ) != XML . GT ) { throw x . syntaxError ( "Misshaped close tag" ) ; } return token ; } else if ( token == XML . BANG ) { c = x . next ( ) ; if ( c == '-' ) { if ( x . next ( ) == '-' ) { x . skipPast ( "-->" ) ; } x . back ( ) ; } else if ( c == '[' ) { token = x . nextToken ( ) ; if ( token . equals ( "CDATA" ) && x . next ( ) == '[' ) { if ( ja != null ) { ja . put ( x . nextCDATA ( ) ) ; } } else { throw x . syntaxError ( "Expected 'CDATA['" ) ; } } else { i = 1 ; do { token = x . nextMeta ( ) ; if ( token == null ) { throw x . syntaxError ( "Missing '>' after '<!'." ) ; } else if ( token == XML . LT ) { i += 1 ; } else if ( token == XML . GT ) { i -= 1 ; } } while ( i > 0 ) ; } } else if ( token == XML . QUEST ) { x . skipPast ( "?>" ) ; } else { throw x . syntaxError ( "Misshaped tag" ) ; } } else { if ( ! ( token instanceof String ) ) { throw x . syntaxError ( "Bad tagName '" + token + "'." ) ; } tagName = ( String ) token ; newja = new JSONArray ( ) ; newjo = new JSONObject ( ) ; if ( arrayForm ) { newja . put ( tagName ) ; if ( ja != null ) { ja . put ( newja ) ; } } else { newjo . put ( "tagName" , tagName ) ; if ( ja != null ) { ja . put ( newjo ) ; } } token = null ; for ( ; ; ) { if ( token == null ) { token = x . nextToken ( ) ; } if ( token == null ) { throw x . syntaxError ( "Misshaped tag" ) ; } if ( ! ( token instanceof String ) ) { break ; } attribute = ( String ) token ; if ( ! arrayForm && ( "tagName" . equals ( attribute ) || "childNode" . equals ( attribute ) ) ) { throw x . syntaxError ( "Reserved attribute." ) ; } token = x . nextToken ( ) ; if ( token == XML . EQ ) { token = x . nextToken ( ) ; if ( ! ( token instanceof String ) ) { throw x . syntaxError ( "Missing value" ) ; } newjo . accumulate ( attribute , JSONObject . stringToValue ( ( String ) token ) ) ; token = null ; } else { newjo . accumulate ( attribute , "" ) ; } } if ( arrayForm && newjo . length ( ) > 0 ) { newja . put ( newjo ) ; } if ( token == XML . SLASH ) { if ( x . nextToken ( ) != XML . GT ) { throw x . syntaxError ( "Misshaped tag" ) ; } if ( ja == null ) { if ( arrayForm ) { return newja ; } else { return newjo ; } } } else { if ( token != XML . GT ) { throw x . syntaxError ( "Misshaped tag" ) ; } closeTag = ( String ) parse ( x , arrayForm , newja ) ; if ( closeTag != null ) { if ( ! closeTag . equals ( tagName ) ) { throw x . syntaxError ( "Mismatched '" + tagName + "' and '" + closeTag + "'" ) ; } tagName = null ; if ( ! arrayForm && newja . length ( ) > 0 ) { newjo . put ( "childNodes" , newja ) ; } if ( ja == null ) { if ( arrayForm ) { return newja ; } else { return newjo ; } } } } } } else { if ( ja != null ) { ja . put ( token instanceof String ? JSONObject . stringToValue ( ( String ) token ) : token ) ; } } } }

Analizar los valores XML y almacenarlos en un JSONARRAY.


private void clearDictionaryCache  ( ) { Map < String , Dictionary > dictionaryCaches = surrogateKeyGen . getDictionaryCaches ( ) ; List < Dictionary > reverseDictionaries = new ArrayList < > ( dictionaryCaches . values ( ) ) ; for ( int i = 0 ; i < reverseDictionaries . size ( ) ; i ++ ) { Dictionary dictionary = reverseDictionaries . get ( i ) ; dictionary . clear ( ) ; } }

Este método eliminará el conteo de acceso del diccionario para que cualquier columna no utilizada pueda eliminarse del caché


public GroupsEditQuery wall  ( GroupsEditWall value ) { return unsafeParam ( "wall" , value ) ; }


public static void createTask  ( Context context , Task task ) { Intent intent = new Intent ( context , NagboxService . class ) ; intent . setAction ( ACTION_CREATE_TASK ) ; intent . putExtra ( EXTRA_TASK , task ) ; context . startService ( intent ) ; }

Crea una nueva tarea desprestada.No desencadena las alarmas de reprogramación.


public void registerContext  ( Appendable writer , Map < String , Object > context ) throws IOException { registerScreenRenderer ( writer , context ) ; }

Registra / guarda elementos del contexto según sea necesario.Llame desde cualquier método * StringRenderer que puede ser importante.


public RequestHandle post  ( String url , ResponseHandlerInterface responseHandler ) { return post ( null , url , null , responseHandler ) ; }

Realice una solicitud de POST HTTP, sin ningún parámetro.


protected void writeShort  ( int value ) throws IOException { out . write ( value & 0xff ) ; out . write ( ( value >> 8 ) & 0xff ) ; }

Escriba el valor de 16 bits para emitir Stream, LSB primero


private static boolean checkHorizontalMarginsSnap  ( ArrayList < SnapCandidate > snapCandidates , ConstraintWidget widget , Point candidatePoint , int margin ) { if ( widget . getParent ( ) == null ) { return false ; } int parentX1 = widget . getParent ( ) . getDrawX ( ) + margin ; int parentX2 = widget . getParent ( ) . getDrawRight ( ) - margin ; if ( Math . abs ( widget . getDrawX ( ) - parentX1 ) < CONNECTION_SLOPE ) { candidatePoint . x = parentX1 ; SnapCandidate candidate = createSnapCandidate ( widget , ConstraintAnchor . Type . LEFT , parentX1 , 0 ) ; candidate . padding = margin ; snapCandidates . add ( candidate ) ; return true ; } if ( Math . abs ( widget . getDrawX ( ) + widget . getDrawWidth ( ) - parentX2 ) < CONNECTION_SLOPE ) { candidatePoint . x = parentX2 - widget . getDrawWidth ( ) ; SnapCandidate candidate = createSnapCandidate ( widget , ConstraintAnchor . Type . RIGHT , parentX2 , 0 ) ; candidate . padding = margin ; snapCandidates . add ( candidate ) ; return true ; } return false ; }

Compruebe la posición del candidato contra el margen izquierdo y derecho del padre del widget.


public Vector rotateInRadian  ( double radians ) { final double length = length ( ) ; double angle = angleInRadian ( ) ; angle += radians ; final Vector result = new Vector ( Math . cos ( angle ) , Math . sin ( angle ) ) ; return result . multiply ( length ) ; }

Devuelva una nueva instancia de vector girado del número dado de radianes.


private String parseScheme  ( String header ) { if ( header != null ) { int i = header . indexOf ( ' ' ) ; if ( i >= 0 ) { String scheme = header . substring ( 0 , i ) . trim ( ) ; if ( scheme . equalsIgnoreCase ( DIGEST_TOKEN ) ) { mScheme = DIGEST ; mAlgorithm = "md5" ; } else { if ( scheme . equalsIgnoreCase ( BASIC_TOKEN ) ) { mScheme = BASIC ; } } return header . substring ( i + 1 ) ; } } return null ; }

Analiza el nombre del esquema de autenticación.Si tenemos un esquema de digestión, establece el valor del algoritmo en el valor predeterminado de MD5.


public void draw  ( ViewTransform transform , Graphics2D g , ColorSet colorSet , boolean isSelected ) { ConstraintWidget widget = getOwner ( ) ; WidgetCompanion companion = ( WidgetCompanion ) widget . getCompanionWidget ( ) ; WidgetDecorator decorator = companion . getWidgetDecorator ( colorSet . getStyle ( ) ) ; Color backgroundColor = decorator . getBackgroundColor ( ) ; if ( mType == ConstraintAnchor . Type . BASELINE ) { int x = transform . getSwingX ( getOwner ( ) . getDrawX ( ) ) ; int y = transform . getSwingY ( getOwner ( ) . getDrawY ( ) ) ; int w = transform . getSwingDimension ( getOwner ( ) . getDrawWidth ( ) ) ; int baseline = transform . getSwingDimension ( getOwner ( ) . getBaselineDistance ( ) ) ; int padding = ( w - getBaselineHandleWidth ( transform ) ) / 2 ; int bh = 7 ; int by = y + baseline ; if ( isSelected ) { Color pre = g . getColor ( ) ; Stroke preStroke = g . getStroke ( ) ; g . setColor ( colorSet . getShadow ( ) ) ; g . setStroke ( colorSet . getShadowStroke ( ) ) ; g . drawRoundRect ( x + padding , by - bh / 2 , w - 2 * padding , bh , bh , bh ) ; g . setStroke ( preStroke ) ; g . setColor ( pre ) ; } Color previous = g . getColor ( ) ; g . setColor ( new Color ( backgroundColor . getRed ( ) , backgroundColor . getGreen ( ) , backgroundColor . getBlue ( ) , previous . getAlpha ( ) ) ) ; g . fillRoundRect ( x + padding , by - bh / 2 , w - 2 * padding , bh , bh , bh ) ; g . setColor ( previous ) ; g . drawRoundRect ( x + padding , by - bh / 2 , w - 2 * padding , bh , bh , bh ) ; g . drawLine ( x , by , x + padding , by ) ; g . drawLine ( x + w - padding , by , x + w , by ) ; if ( mAnchor . isConnected ( ) ) { int margin = 2 ; g . fillRoundRect ( x + padding + margin , by - bh / 2 + margin , w - 2 * padding - 2 * margin , bh - 2 * margin , bh , bh ) ; g . drawRoundRect ( x + padding + margin , by - bh / 2 + margin , w - 2 * padding - 2 * margin , bh - 2 * margin , bh , bh ) ; } } else { int innerMargin = 3 ; int radius = ConnectionDraw . CONNECTION_ANCHOR_SIZE ; int dimension = radius * 2 ; int cx = transform . getSwingFX ( mX ) - dimension / 2 ; int cy = transform . getSwingFY ( mY ) - dimension / 2 ; Ellipse2D . Float outerCircle = new Ellipse2D . Float ( cx , cy , dimension , dimension ) ; if ( isSelected ) { Color pre = g . getColor ( ) ; Stroke preStroke = g . getStroke ( ) ; g . setColor ( sShadowColor ) ; g . setStroke ( sShadowStroke ) ; g . draw ( outerCircle ) ; g . setStroke ( preStroke ) ; g . setColor ( pre ) ; } Graphics2D g2 = ( Graphics2D ) g . create ( ) ; g2 . setColor ( backgroundColor ) ; g2 . fill ( outerCircle ) ; g2 . dispose ( ) ; g . draw ( outerCircle ) ; if ( mAnchor . isConnected ( ) ) { int d = dimension - innerMargin * 2 ; g . fillRoundRect ( cx + innerMargin , cy + innerMargin , d , d , d , d ) ; g . drawRoundRect ( cx + innerMargin , cy + innerMargin , d , d , d , d ) ; } } }


public boolean hasMoreRecords  ( ) throws IOException  { row = parser . parseNext ( ) ; if ( row == null && blockCounter + 1 >= this . csvParserVo . getBlockDetailsList ( ) . size ( ) ) { close ( ) ; return false ; } if ( row == null ) { initialize ( ) ; row = parser . parseNext ( ) ; } return true ; }

Debajo se utilizará el método para verificar si más registros están presentes o no


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


public static String toString  ( URL url ) throws IOException  { return toString ( url , Charset . defaultCharset ( ) ) ; }


public void read  ( IInputReader dataIndexReader ) throws IOException { for ( Object [ ] dataRecord : data ) { switch ( ( Character ) dataRecord [ 1 ] ) { case 'i' : dataRecord [ 2 ] = dataIndexReader . readInt ( ) ; break ; case 'f' : dataRecord [ 2 ] = dataIndexReader . readFloat ( ) ; break ; case 'l' : dataRecord [ 2 ] = dataIndexReader . readLong ( ) ; break ; case 'b' : dataRecord [ 2 ] = ( byte ) dataIndexReader . read ( ) ; break ; case 'B' : dataRecord [ 2 ] = dataIndexReader . readByteByteInt ( ) ; break ; case 'c' : dataRecord [ 2 ] = dataIndexReader . readChar ( ) ; break ; } } }

Lea la parte fija del bloque de lecturas.


public static void filledEllipse  ( double x , double y , double semiMajorAxis , double semiMinorAxis ) { if ( ! ( semiMajorAxis >= 0 ) ) throw new IllegalArgumentException ( "ellipse semimajor axis must be nonnegative" ) ; if ( ! ( semiMinorAxis >= 0 ) ) throw new IllegalArgumentException ( "ellipse semiminor axis must be nonnegative" ) ; double xs = scaleX ( x ) ; double ys = scaleY ( y ) ; double ws = factorX ( 2 * semiMajorAxis ) ; double hs = factorY ( 2 * semiMinorAxis ) ; if ( ws <= 1 && hs <= 1 ) pixel ( x , y ) ; else offscreen . fill ( new Ellipse2D . Double ( xs - ws / 2 , ys - hs / 2 , ws , hs ) ) ; draw ( ) ; }

Dibuja una elipse con los ejes semimajor y semiminor especificados, centrados en (<em> x </ em>, <em> y </ em>).


public static SM_SYSTEM_MESSAGE STR_GUILD_INVITE_HE_IS_OTHER_GUILD_MEMBER  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1300256 , value0 ) ; }


public BigDecimal bigDecimalValue  ( ) { return new BigDecimal ( numerator ) . divide ( new BigDecimal ( denominator ) ) ; }

Obtiene la fracción como un <código> BigDecimal .Esto calcula la fracción como el numerador dividido por el denominador.


private void BrowseModelDirBtnActionPerformed  ( java . awt . event . ActionEvent evt ) { JFileChooser fc = new JFileChooser ( ) ; fc . setCurrentDirectory ( ( ModelsRootDirEdt . getText ( ) . length ( ) == 0 ) ? new java . io . File ( "." ) : new java . io . File ( ModelsRootDirEdt . getText ( ) ) ) ; fc . setSelectedFile ( fc . getCurrentDirectory ( ) ) ; fc . setFileSelectionMode ( JFileChooser . DIRECTORIES_ONLY ) ; int iRet = fc . showOpenDialog ( this ) ; if ( iRet == JFileChooser . APPROVE_OPTION ) { ModelsRootDirEdt . setText ( fc . getSelectedFile ( ) . getAbsolutePath ( ) ) ; } }

Seleccione el directorio de los resúmenes del modelo.


@ Override public int [ ] makeInverseCumulativeTestValues  ( ) { return new int [ ] { 0 , 0 , 1 , 1 , 1 , 1 , 5 , 4 , 4 , 4 , 4 , 5 } ; }

Crea la prueba de densidad de probabilidad acumulada inverso predeterminada. Valores esperados


static boolean isYearLeap  ( int y ) { if ( ( ( y % 4 == 0 ) && ( y % 100 != 0 ) ) || ( y % 400 == 0 ) ) { return true ; } else { return false ; } }


public ByteArray copy  ( ) { ByteArray result = new ByteArray ( ) ; if ( buf != null ) { byte [ ] data = new byte [ length ] ; System . arraycopy ( buf , offset , data , 0 , length ) ; result . reset ( data ) ; } return result ; }


public DecoderResult decode  ( boolean [ ] [ ] image ) throws FormatException , ChecksumException { int dimension = image . length ; BitMatrix bits = new BitMatrix ( dimension ) ; for ( int i = 0 ; i < dimension ; i ++ ) { for ( int j = 0 ; j < dimension ; j ++ ) { if ( image [ i ] [ j ] ) { bits . set ( j , i ) ; } } } return decode ( bits ) ; }

Método de conveniencia que puede decodificar un código de matriz de datos representado como una variedad 2D de BOOLEANS."Verdadero" se toma para significar un módulo negro.


public VideoQuality ( int resX , int resY ) { this . resX = resX ; this . resY = resY ; }

Representa una calidad para una corriente de video.


private boolean isPointerNumChanged  ( MotionEvent event ) { return event . getActionMasked ( ) == MotionEvent . ACTION_DOWN || event . getActionMasked ( ) == MotionEvent . ACTION_POINTER_DOWN || event . getActionMasked ( ) == MotionEvent . ACTION_UP || event . getActionMasked ( ) == MotionEvent . ACTION_POINTER_UP || event . getActionMasked ( ) == MotionEvent . ACTION_CANCEL ; }

Dile si el número de puntero del evento de movimiento cambió.


public boolean isEmpty  ( ) { return text . length ( ) == 0 ; }


public String sprintf  ( Object [ ] o ) { Enumeration e = vFmt . elements ( ) ; ConversionSpecification cs = null ; char c = 0 ; int i = 0 ; StringBuilder sb = new StringBuilder ( ) ; while ( e . hasMoreElements ( ) ) { cs = ( ConversionSpecification ) e . nextElement ( ) ; c = cs . getConversionCharacter ( ) ; if ( c == '\0' ) sb . append ( cs . getLiteral ( ) ) ; else if ( c == '%' ) sb . append ( "%" ) ; else { if ( cs . isPositionalSpecification ( ) ) { i = cs . getArgumentPosition ( ) - 1 ; if ( cs . isPositionalFieldWidth ( ) ) { int ifw = cs . getArgumentPositionForFieldWidth ( ) - 1 ; cs . setFieldWidthWithArg ( ( ( Integer ) o [ ifw ] ) . intValue ( ) ) ; } if ( cs . isPositionalPrecision ( ) ) { int ipr = cs . getArgumentPositionForPrecision ( ) - 1 ; cs . setPrecisionWithArg ( ( ( Integer ) o [ ipr ] ) . intValue ( ) ) ; } } else { if ( cs . isVariableFieldWidth ( ) ) { cs . setFieldWidthWithArg ( ( ( Integer ) o [ i ] ) . intValue ( ) ) ; i ++ ; } if ( cs . isVariablePrecision ( ) ) { cs . setPrecisionWithArg ( ( ( Integer ) o [ i ] ) . intValue ( ) ) ; i ++ ; } } if ( o [ i ] instanceof Byte ) sb . append ( cs . internalsprintf ( ( ( Byte ) o [ i ] ) . byteValue ( ) ) ) ; else if ( o [ i ] instanceof Short ) sb . append ( cs . internalsprintf ( ( ( Short ) o [ i ] ) . shortValue ( ) ) ) ; else if ( o [ i ] instanceof Integer ) sb . append ( cs . internalsprintf ( ( ( Integer ) o [ i ] ) . intValue ( ) ) ) ; else if ( o [ i ] instanceof Long ) sb . append ( cs . internalsprintf ( ( ( Long ) o [ i ] ) . longValue ( ) ) ) ; else if ( o [ i ] instanceof Float ) sb . append ( cs . internalsprintf ( ( ( Float ) o [ i ] ) . floatValue ( ) ) ) ; else if ( o [ i ] instanceof Double ) sb . append ( cs . internalsprintf ( ( ( Double ) o [ i ] ) . doubleValue ( ) ) ) ; else if ( o [ i ] instanceof Character ) sb . append ( cs . internalsprintf ( ( ( Character ) o [ i ] ) . charValue ( ) ) ) ; else if ( o [ i ] instanceof String ) sb . append ( cs . internalsprintf ( ( String ) o [ i ] ) ) ; else sb . append ( cs . internalsprintf ( o [ i ] ) ) ; if ( ! cs . isPositionalSpecification ( ) ) i ++ ; } } return sb . toString ( ) ; }

Formato de una matriz de objetos.Los argumentos bytes, cortos, enteros, largos, flotantes, dobles y de carácter se tratan como envoltorios para los tipos primitivos.


public static double polynomialSquaredDistance  ( double [ ] coeffs1 , double [ ] coeffs2 ) { if ( coeffs1 == null || coeffs2 == null ) throw new NullPointerException ( "Received null argument" ) ; if ( coeffs1 . length != coeffs2 . length ) throw new IllegalArgumentException ( "Can only compare polynomials with same order" ) ; int order = coeffs1 . length - 1 ; double [ ] a = new double [ coeffs1 . length ] ; for ( int i = 0 ; i < a . length ; i ++ ) { a [ i ] = coeffs1 [ order - i ] - coeffs2 [ order - i ] ; } return integrateSquared ( order , a ) ; }

Calcule la integral de la diferencia cuadrada entre dos polinomios del mismo orden.Más precisamente, esto devolverá la integral de 0 a 1 del cuadrado de la diferencia entre las dos funciones.<p /> Esto implementa la solución algebraica propuesta por Maxima del siguiente comando: <CÓDIGO> Expandir (integrar (SUM (SUM (I] * x ** i, i, 0, orden)) ** 2, x,0, 1)); </ código>, con la orden variada de 0 a 4. Orden de aumento por 1 agrega (orden + 1) sumandos.


Cree un nuevo objeto que pueda usarse para crear nuevas instancias de las clases derivadas de esquema para el paquete: pl.baczkowicz.spy.common.generated


public static void overwrite  ( long [ ] vector , long val , int offset , int len ) { int idx = offset >> 6 ; int bitIdx = offset & 63 ; int truncatedValLen = Math . min ( len , 64 - bitIdx ) ; vector [ idx ] &= ~ ( maskBelow ( truncatedValLen ) << bitIdx ) ; vector [ idx ] |= val << bitIdx ; if ( len != truncatedValLen ) { long mask = maskBelow ( len - truncatedValLen ) ; vector [ idx + 1 ] &= ~ mask ; vector [ idx + 1 ] |= ( val >>> truncatedValLen ) ; } }

Sobrescribe un rango de bits dentro del vector.


public MessagesGetChatQueryWithFields nameCase  ( UsersNameCase value ) { return unsafeParam ( "name_case" , value ) ; }

Estuche para la declinación del nombre de usuario y el apellido


public static void main  ( String ... args ) { System . setErr ( System . out ) ; ProcessLogger . log ( "JavaProcess - Starting with args: " + Arrays . asList ( args ) ) ; try { JavaProcess jp = new JavaProcess ( args ) ; jp . run ( ) ; } catch ( Throwable t ) { ProcessLogger . log ( "JavaProcess - Termination was caused by: " , t ) ; System . exit ( 1 ) ; } }

El método principal para inicializar javaprocesos.


public static < T extends  GenericEntity > List < T > filterByDate ( List < T > datedValues , java . sql . Timestamp moment )  { return filterByDate ( datedValues , moment , null , null , true ) ; }

Devuelve los valores que están activos en este momento.


public static String format  ( Date date ) { return format ( date , false , TIMEZONE_UTC ) ; }

Formato de una fecha en 'YYYY-MM-DDTHH: MM: SSZ' (TimeZone predeterminado, sin precisión de milisegundos)


public void drawChartTransposed  ( Graphics2D gc ) { SelectionGraphics < String [ ] > sgc = ( gc instanceof SelectionGraphics ? ( SelectionGraphics < String [ ] > ) gc : null ) ; gc . setFont ( getFont ( ChartViewer . FontKeys . XAxisFont . toString ( ) ) ) ; int y0 = getHeight ( ) - bottomMargin ; int y1 = topMargin ; double topY ; if ( scalingType == ChartViewer . ScalingType . PERCENT ) topY = 101 ; else if ( scalingType == ChartViewer . ScalingType . LOG ) { topY = computeMaxYAxisValueLogScale ( getMaxValue ( ) ) ; } else if ( scalingType == ChartViewer . ScalingType . SQRT ) { topY = Math . sqrt ( getMaxValue ( ) ) ; } else topY = 1.1 * getMaxValue ( ) ; double yFactor = ( y0 - y1 ) / topY ; int x0 = leftMargin ; int x1 = getWidth ( ) - rightMargin ; if ( x0 >= x1 ) return ; final Document doc = getViewer ( ) . getDir ( ) . getDocument ( ) ; final Map < String , Integer > group2index = new HashMap < > ( ) ; final ArrayList < Pair < String , ArrayList < String > > > groupSamplePairs = new ArrayList < > ( ) ; final boolean hasGroups = doc . getSampleAttributeTable ( ) . hasGroups ( ) ; final Random random = new Random ( 666 ) ; for ( String series : doc . getSampleAttributeTable ( ) . getSampleOrder ( ) ) { series = cleanSeriesName ( series ) ; if ( chartData . getSeriesNames ( ) . contains ( series ) ) { String groupId = hasGroups ? doc . getSampleAttributeTable ( ) . getGroupId ( series ) : "all" ; if ( groupId != null ) { Integer index = group2index . get ( groupId ) ; if ( index == null ) { index = groupSamplePairs . size ( ) ; groupSamplePairs . add ( new Pair < > ( groupId , new ArrayList < String > ( ) ) ) ; group2index . put ( groupId , index ) ; } final ArrayList < String > list = groupSamplePairs . get ( index ) . getSecond ( ) ; list . add ( series ) ; } } } final WhiskerData whiskerData = new WhiskerData ( ) ; final WhiskerData whiskerDataTransformed = new WhiskerData ( ) ; int numberOfGroups = groupSamplePairs . size ( ) ; int numberOfClasses = getChartData ( ) . getNumberOfClasses ( ) ; if ( numberOfGroups == 0 || numberOfClasses == 0 ) return ; double xStep = ( x1 - x0 ) / ( ( numberOfGroups + ( isGapBetweenBars ( ) ? 1 : 0 ) ) * numberOfClasses ) ; final double bigSpace = Math . max ( 2 , Math . min ( 10 , xStep ) ) ; xStep = ( x1 - x0 - ( isGapBetweenBars ( ) ? bigSpace * numberOfClasses : 0 ) ) / ( numberOfClasses * numberOfGroups ) ; final BasicStroke dotted = new BasicStroke ( 1 , BasicStroke . CAP_BUTT , BasicStroke . JOIN_BEVEL , 0 , new float [ ] { 1 , 2 } , 0 ) ; int d = 0 ; for ( Pair < String , ArrayList < String > > pair : groupSamplePairs ) { final String groupName = pair . getFirst ( ) ; int c = 0 ; for ( String className : getChartData ( ) . getClassNames ( ) ) { whiskerData . clear ( ) ; whiskerDataTransformed . clear ( ) ; final int xPos = ( int ) Math . round ( x0 + ( isGapBetweenBars ( ) ? ( c + 1 ) * bigSpace : 0 ) + ( c * numberOfGroups + d ) * xStep ) ; final boolean isSelected = getChartData ( ) . getChartSelection ( ) . isSelected ( null , className ) ; if ( isShowXAxis ( ) ) { if ( group2index . size ( ) > 1 ) { Point2D bpt = new Point2D . Double ( xPos , getHeight ( ) - bottomMargin + 10 ) ; final Dimension labelSize = Basic . getStringSize ( gc , groupName , gc . getFont ( ) ) . getSize ( ) ; if ( classLabelAngle == 0 ) { bpt . setLocation ( bpt . getX ( ) - labelSize . getWidth ( ) / 2 , bpt . getY ( ) + getFont ( ) . getSize ( ) + 1 ) ; } else { bpt . setLocation ( bpt . getX ( ) - getFont ( ) . getSize ( ) - 1 , bpt . getY ( ) ) ; if ( classLabelAngle > Math . PI / 2 ) { bpt = Geometry . translateByAngle ( bpt , classLabelAngle , - labelSize . width ) ; } } gc . setColor ( Color . LIGHT_GRAY ) ; drawString ( gc , groupName , bpt . getX ( ) , bpt . getY ( ) , classLabelAngle ) ; } Point2D apt = new Point2D . Double ( xPos , getHeight ( ) - bottomMargin + 10 ) ; final Dimension labelSize = Basic . getStringSize ( gc , className , gc . getFont ( ) ) . getSize ( ) ; if ( classLabelAngle == 0 ) { apt . setLocation ( apt . getX ( ) - labelSize . getWidth ( ) / 2 , apt . getY ( ) ) ; } else if ( classLabelAngle > Math . PI / 2 ) { apt = Geometry . translateByAngle ( apt , classLabelAngle , - labelSize . width ) ; } if ( sgc != null ) sgc . setCurrentItem ( new String [ ] { null , className } ) ; if ( isSelected ) { gc . setColor ( ProgramProperties . SELECTION_COLOR ) ; fillAndDrawRect ( gc , apt . getX ( ) , apt . getY ( ) , labelSize . width , labelSize . height , classLabelAngle , ProgramProperties . SELECTION_COLOR , ProgramProperties . SELECTION_COLOR_DARKER ) ; } gc . setColor ( getFontColor ( ChartViewer . FontKeys . XAxisFont . toString ( ) , Color . BLACK ) ) ; drawString ( gc , className , apt . getX ( ) , apt . getY ( ) , classLabelAngle ) ; if ( sgc != null ) sgc . clearCurrentItem ( ) ; } for ( String series : pair . getSecond ( ) ) { double value = getChartData ( ) . getValueAsDouble ( series , className ) ; whiskerData . add ( value , series ) ; switch ( scalingType ) { case PERCENT : { double total = getChartData ( ) . getTotalForSeriesIncludingDisabledAttributes ( series ) ; if ( total == 0 ) value = 0 ; else value *= ( 100 / total ) ; break ; } case LOG : { if ( value == 1 ) value = Math . log10 ( 2 ) / 2 ; else if ( value > 0 ) value = Math . log10 ( value ) ; break ; } case SQRT : { if ( value > 0 ) value = Math . sqrt ( value ) ; break ; } } whiskerDataTransformed . add ( value , series ) ; } final Color color = getChartColors ( ) . getClassColor ( class2HigherClassMapper . get ( className ) ) ; final Color darkColor = color . darker ( ) ; for ( final Pair < Double , String > p : whiskerDataTransformed ) { final double value = p . getFirst ( ) ; final String series = p . getSecond ( ) ; boolean isSelected2 = isSelected ; if ( sgc != null ) { sgc . setCurrentItem ( new String [ ] { series , className } ) ; } else if ( ! isSelected2 ) isSelected2 = getChartData ( ) . getChartSelection ( ) . isSelected ( series , null ) ; final int x = xPos + random . nextInt ( 6 ) - 3 ; int height = ( int ) Math . round ( y0 - Math . max ( 1 , value * yFactor ) ) ; if ( isSelected2 ) { gc . setColor ( ProgramProperties . SELECTION_COLOR ) ; gc . fillOval ( x - 5 , height - 5 , 10 , 10 ) ; } gc . setColor ( color ) ; gc . fillOval ( x - 1 , height - 1 , 2 , 2 ) ; gc . setColor ( darkColor ) ; gc . drawOval ( x - 1 , height - 1 , 2 , 2 ) ; if ( sgc != null ) sgc . clearCurrentItem ( ) ; } gc . setColor ( isSelected ? ProgramProperties . SELECTION_COLOR : darkColor ) ; final int minHeight = ( int ) Math . round ( y0 - Math . max ( 1 , whiskerDataTransformed . getMin ( ) * yFactor ) ) ; final int quarterHeight = ( int ) Math . round ( y0 - Math . max ( 1 , whiskerDataTransformed . getFirstQuarter ( ) * yFactor ) ) ; final int medianHeight = ( int ) Math . round ( y0 - Math . max ( 1 , whiskerDataTransformed . getMedian ( ) * yFactor ) ) ; final int threeQuaterHeigth = ( int ) Math . round ( y0 - Math . max ( 1 , whiskerDataTransformed . getThirdQuarter ( ) * yFactor ) ) ; final int maxHeight = ( int ) Math . round ( y0 - Math . max ( 1 , whiskerDataTransformed . getMax ( ) * yFactor ) ) ; gc . drawLine ( xPos - 4 , minHeight , xPos + 4 , minHeight ) ; gc . drawLine ( xPos - 4 , maxHeight , xPos + 4 , maxHeight ) ; gc . drawLine ( xPos - 7 , quarterHeight , xPos + 7 , quarterHeight ) ; gc . setStroke ( HEAVY_STROKE ) ; gc . drawLine ( xPos - 6 , medianHeight , xPos + 6 , medianHeight ) ; gc . setStroke ( NORMAL_STROKE ) ; gc . drawLine ( xPos - 7 , threeQuaterHeigth , xPos + 7 , threeQuaterHeigth ) ; gc . drawLine ( xPos - 7 , quarterHeight , xPos - 7 , threeQuaterHeigth ) ; gc . drawLine ( xPos + 7 , quarterHeight , xPos + 7 , threeQuaterHeigth ) ; gc . setStroke ( dotted ) ; gc . drawLine ( xPos , minHeight , xPos , quarterHeight ) ; gc . drawLine ( xPos , maxHeight , xPos , threeQuaterHeigth ) ; gc . setStroke ( NORMAL_STROKE ) ; if ( sgc != null ) sgc . clearCurrentItem ( ) ; if ( showValues || isSelected ) { String label = "" + ( int ) whiskerData . getMedian ( ) ; valuesList . add ( new DrawableValue ( label , xPos - 4 , medianHeight - 1 , isSelected ) ) ; if ( minHeight > medianHeight ) { label = "" + ( int ) whiskerData . getMin ( ) ; valuesList . add ( new DrawableValue ( label , xPos - 4 , minHeight + getFont ( ) . getSize ( ) + 1 , isSelected ) ) ; } if ( medianHeight - getFont ( ) . getSize ( ) > maxHeight ) { label = "" + ( int ) whiskerData . getMax ( ) ; valuesList . add ( new DrawableValue ( label , xPos - 4 , maxHeight - 1 , isSelected ) ) ; } } c ++ ; } d ++ ; } if ( valuesList . size ( ) > 0 ) { gc . setFont ( getFont ( ChartViewer . FontKeys . ValuesFont . toString ( ) ) ) ; DrawableValue . drawValues ( gc , valuesList , true , false ) ; valuesList . clear ( ) ; } }


public static boolean simultaneous  ( GenericRecord first , GenericRecord second , String timestampFieldName ) { return compareTimestamp ( first , second , timestampFieldName ) == 0 ; }

Si el primer registro fue en el mismo punto en el tiempo que el segundo registro.


@ Deprecated public static void init  ( Resources res ) { mMetrics = res . getDisplayMetrics ( ) ; mMinimumFlingVelocity = ViewConfiguration . getMinimumFlingVelocity ( ) ; mMaximumFlingVelocity = ViewConfiguration . getMaximumFlingVelocity ( ) ; }

Inicializar el método, llamado dentro del método gráfico.init ().Compatibilidad al revés: no romper el código existente


public static List < AttackResult > calculatePhysicalAttackResult  ( Creature attacker , Creature attacked ) { AttackStatus attackerStatus = null ; int damage = StatFunctions . calculateAttackDamage ( attacker , attacked , true , SkillElement . NONE ) ; List < AttackResult > attackList = new ArrayList < AttackResult > ( ) ; AttackStatus mainHandStatus = calculateMainHandResult ( attacker , attacked , attackerStatus , damage , attackList ) ; if ( attacker instanceof Player && ( ( Player ) attacker ) . getEquipment ( ) . getOffHandWeaponType ( ) != null ) { calculateOffHandResult ( attacker , attacked , mainHandStatus , attackList ) ; } attacked . getObserveController ( ) . checkShieldStatus ( attackList , null , attacker ) ; return attackList ; }

Calcular el estado de ataques físico y el daño.


@ Override public BigFraction add  ( final BigFraction fraction ) { MathUtils . checkNotNull ( fraction , LocalizedCoreFormats . FRACTION ) ; if ( fraction . numerator . signum ( ) == 0 ) { return this ; } if ( numerator . signum ( ) == 0 ) { return fraction ; } BigInteger num = null ; BigInteger den = null ; if ( denominator . equals ( fraction . denominator ) ) { num = numerator . add ( fraction . numerator ) ; den = denominator ; } else { num = ( numerator . multiply ( fraction . denominator ) ) . add ( ( fraction . numerator ) . multiply ( denominator ) ) ; den = denominator . multiply ( fraction . denominator ) ; } if ( num . signum ( ) == 0 ) { return ZERO ; } return new BigFraction ( num , den ) ; }

Agrega el valor de esta fracción a otra, devolviendo el resultado en forma reducida.


public LargeValueFormatter ( String appendix ) { this ( ) ; mText = appendix ; }

Crea un formato que agrega un texto específico a la cadena de resultados


public void cos  ( final double [ ] operand , final int operandOffset , final double [ ] result , final int resultOffset ) { double [ ] function = new double [ 1 + order ] ; function [ 0 ] = FastMath . cos ( operand [ operandOffset ] ) ; if ( order > 0 ) { function [ 1 ] = - FastMath . sin ( operand [ operandOffset ] ) ; for ( int i = 2 ; i <= order ; ++ i ) { function [ i ] = - function [ i - 2 ] ; } } compose ( operand , operandOffset , function , result , resultOffset ) ; }

Calcular coseno de una estructura derivada.


public UsersSearchQuery fields  ( UserField ... value ) { return unsafeParam ( "fields" , value ) ; }


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

Encuentre una clase usando el cargador de clases especificado


public PopupManageImplementor ( PopupManageView view ) { this . view = view ; }


public Vector < Integer > generateNormalText  ( int iMeanSize , int iGrammarVincinity ) { int iTextSize = ( int ) ( gr . demokritos . iit . jinsect . algorithms . statistics . statisticalCalculation . getPoissonNumber ( iMeanSize ) ) ; Vector < Integer > vText = new Vector < Integer > ( iTextSize ) ; while ( iTextSize -- > 0 ) { Vector < Integer > vCur = new Vector ( ) ; vCur . addAll ( vText . subList ( Math . max ( vText . size ( ) - iGrammarVincinity , 0 ) , vText . size ( ) ) ) ; vText . add ( generateNextWord ( vCur ) ) ; System . err . print ( "." ) ; } return vText ; }

Genera un texto normal (cadena), basado en el modelo, dado la longitud media de texto.


@ ObjectiveCName ( "add:action:name:event:timeout:" ) void add  ( Topic topic , Actions action , String name , Event event , int timeout ) { this . add ( topic , action , name , event , this , timeout ) ; }

Cheques para ver si un temporizador de ACK ya existe en el Registro para el nombre y la acción dados.Si lo hace, lo acecha, luego comienza uno nuevo.


@ Override public void onClick  ( View view ) { switch ( view . getId ( ) ) { case R . id . container_loading_view_mini_retryButton : photosPresenter . initRefresh ( getContext ( ) ) ; break ; } }


protected void drawHighlightLines  ( Canvas c , float x , float y , ILineScatterCandleRadarDataSet set ) { mHighlightPaint . setColor ( set . getHighLightColor ( ) ) ; mHighlightPaint . setStrokeWidth ( set . getHighlightLineWidth ( ) ) ; mHighlightPaint . setPathEffect ( set . getDashPathEffectHighlight ( ) ) ; if ( set . isVerticalHighlightIndicatorEnabled ( ) ) { mHighlightLinePath . reset ( ) ; mHighlightLinePath . moveTo ( x , mViewPortHandler . contentTop ( ) ) ; mHighlightLinePath . lineTo ( x , mViewPortHandler . contentBottom ( ) ) ; c . drawPath ( mHighlightLinePath , mHighlightPaint ) ; } if ( set . isHorizontalHighlightIndicatorEnabled ( ) ) { mHighlightLinePath . reset ( ) ; mHighlightLinePath . moveTo ( mViewPortHandler . contentLeft ( ) , y ) ; mHighlightLinePath . lineTo ( mViewPortHandler . contentRight ( ) , y ) ; c . drawPath ( mHighlightLinePath , mHighlightPaint ) ; } }

Dibuja líneas de resaltado vertical y horizontal si está habilitado.


private void push  ( final ClassWriter cw , final String desc ) { int type = type ( cw , desc ) ; if ( type != 0 ) { push ( type ) ; if ( type == LONG || type == DOUBLE ) { push ( TOP ) ; } } }

Empuja un nuevo tipo en la pila de marco de salida.


public boolean removeAssociation  ( int node ) { return removeAssociation ( node , 0 ) ; }


private int parseStyleInWorkspace  ( GeoServerRESTReader reader , Map < String , List < StyleWrapper > > styleMap , int count , String workspaceName ) { List < StyleWrapper > styleList ; if ( workspaceName != null ) { RESTStyleList geoServerWorkspaceStyleList = reader . getStyles ( workspaceName ) ; styleList = new ArrayList < StyleWrapper > ( ) ; for ( String style : geoServerWorkspaceStyleList . getNames ( ) ) { StyleWrapper newStyleWrapper = new StyleWrapper ( workspaceName , style ) ; styleList . add ( newStyleWrapper ) ; if ( parentObj != null ) { parentObj . readStylesProgress ( connection , count , count ) ; } count ++ ; } styleMap . put ( workspaceName , styleList ) ; } return count ; }

Analiza el estilo en el espacio de trabajo.


public void reset  ( PermissionFlag flag , Identity < ? > identity ) { strictPermission . getOrDefault ( flag , emptyMap ( ) ) . remove ( identity ) ; }

Elimina un permiso / restricción directa de una identidad.


public static int intersectLineLine  ( double a1x , double a1y , double a2x , double a2y , double b1x , double b1y , double b2x , double b2y , Point2D intersect ) { double ua_t = ( b2x - b1x ) * ( a1y - b1y ) - ( b2y - b1y ) * ( a1x - b1x ) ; double ub_t = ( a2x - a1x ) * ( a1y - b1y ) - ( a2y - a1y ) * ( a1x - b1x ) ; double u_b = ( b2y - b1y ) * ( a2x - a1x ) - ( b2x - b1x ) * ( a2y - a1y ) ; if ( u_b != 0 ) { double ua = ua_t / u_b ; double ub = ub_t / u_b ; if ( 0 <= ua && ua <= 1 && 0 <= ub && ub <= 1 ) { intersect . setLocation ( a1x + ua * ( a2x - a1x ) , a1y + ua * ( a2y - a1y ) ) ; return 1 ; } else { return NO_INTERSECTION ; } } else { return ( ua_t == 0 || ub_t == 0 ? COINCIDENT : PARALLEL ) ; } }

Calcular la intersección de dos segmentos de línea.


public Long generate  ( Class < ? > clazz ) { String idGeneratorKey = RedisKeys . keyOfIdGenerator ( clazz ) ; return redis . opsForValue ( ) . increment ( idGeneratorKey , 1 ) ; }


public static void writeXmlDocument  ( Node node , OutputStream os , String encoding , boolean omitXmlDeclaration , boolean indent , int indentAmount ) throws TransformerException { Transformer transformer = createOutputTransformer ( encoding , omitXmlDeclaration , indent , indentAmount ) ; transformDomDocument ( transformer , node , os ) ; }

Serializa un nodo DOM <CÓDIGO> </ CODE> a un <código> SURODSTREAM </ CODE> usando JAXP TRAX.


private void refitText  ( String text , int textWidth ) { if ( textWidth <= 0 || text == null || text . length ( ) == 0 ) return ; int targetWidth = ( textWidth - this . getPaddingLeft ( ) - this . getPaddingRight ( ) ) / 3 ; this . setTextSize ( TypedValue . COMPLEX_UNIT_PX , targetWidth ) ; }

Cambiar el tamaño del texto para que se ajuste.


public AppsGetQuery fields  ( UserField ... value ) { return unsafeParam ( "fields" , value ) ; }


public boolean removeNode  ( Node n ) { nodeCheck ( n , true ) ; return removeNode ( n . getRow ( ) ) ; }

Retire un nodo del gráfico, también eliminando todos los bordes incidentes.


public boolean hasPassword  ( ) { return password != null ; }


Crea los valores esperados de prueba de densidad de probabilidad logarítmica predeterminada.Los valores de referencia son de R, versión 2.14.1.


private ResponsePacket handleRequest  ( RequestPacket request , QuerySession session ) throws LeaseDeniedException , RemoteException , SQLException , TransactionException { ResponsePacket response = new ResponsePacket ( ) ; ISpaceProxy space = getSpace ( session . isUseRegularSpace ( ) ) ; switch ( request . getType ( ) ) { case STATEMENT : Query query = handleStatement ( request , space ) ; attachTransaction ( session , query ) ; query . setSession ( session ) ; query . setSecurityInterceptor ( securityInterceptor ) ; response = query . executeOnSpace ( space , session . getTransaction ( ) ) ; session . setUnderTransaction ( request . getStatement ( ) ) ; commitForcedTransaction ( query , session ) ; break ; case PREPARED_WITH_VALUES : AbstractDMLQuery dmlQuery = ( AbstractDMLQuery ) handleStatement ( request , space ) ; attachTransaction ( session , dmlQuery ) ; request . build ( dmlQuery ) ; dmlQuery . setSession ( session ) ; dmlQuery . setSecurityInterceptor ( securityInterceptor ) ; response = dmlQuery . executeOnSpace ( space , session . getTransaction ( ) ) ; session . setUnderTransaction ( request . getStatement ( ) ) ; commitForcedTransaction ( dmlQuery , session ) ; break ; case PREPARED_STATEMENT : query = handleStatement ( request , space ) ; query . setSession ( session ) ; query . setSecurityInterceptor ( securityInterceptor ) ; response . setIntResult ( 0 ) ; break ; case PREPARED_VALUES_BATCH : dmlQuery = ( AbstractDMLQuery ) handleStatement ( request , space ) ; attachTransaction ( session , dmlQuery ) ; dmlQuery . setSession ( session ) ; dmlQuery . setSecurityInterceptor ( securityInterceptor ) ; response = dmlQuery . executePreparedValuesBatch ( space , session . getTransaction ( ) , request . getPreparedValuesCollection ( ) ) ; session . setUnderTransaction ( request . getStatement ( ) ) ; commitForcedTransaction ( dmlQuery , session ) ; break ; default : throw new SQLException ( "Unknown execution type [" + request . getType ( ) + "]" , "GSP" , - 117 ) ; } return response ; }


@ Override public boolean equals  ( final Object o ) { if ( ! ( o instanceof DelegatingMap ) ) { return false ; } DelegatingMap that = ( DelegatingMap ) o ; return super . equals ( that ) && delegate . equals ( that . delegate ) ; }

Son estos dos mapas de delegación, lo mismo en términos de la capa actual y sus delegados son iguales bajo la definición de igualdad para ese delegado.


@ Override public int read  ( ) throws IOException  { throw exception ; }


@ Override public int hashCode  ( ) { return 17 + ( isZero ( ) ? 0 : ( sign << 8 ) ) + ( nans << 16 ) + exp + Arrays . hashCode ( mant ) ; }


private void executeMacro  ( Appendable writer , String macroName , Map < String , Object > macroParameters ) throws IOException , TemplateException { if ( oneShotMacro . isEnabled ( ) ) { oneShotMacro . appendData ( writer , macroName , macroParameters ) ; } else { executeMacroReal ( writer , macroName , macroParameters ) ; } }


public static String u3  ( int v ) { char [ ] result = new char [ 6 ] ; for ( int i = 0 ; i < 6 ; i ++ ) { result [ 5 - i ] = Character . forDigit ( v & 0x0f , 16 ) ; v >>= 4 ; } return new String ( result ) ; }

Formatos un <código> int </ code> como un valor hexagonal sin signo de 3 bytes.


public boolean forEachValue  ( TObjectProcedure < V > procedure ) { byte [ ] states = _states ; V [ ] values = _values ; for ( int i = values . length ; i -- > 0 ; ) { if ( states [ i ] == FULL && ! procedure . execute ( values [ i ] ) ) { return false ; } } return true ; }

Ejecuta <tt> procedimiento </ tt> por cada valor en el mapa.


static public Document overrideClusterConfigWithXPath  ( String xpath , String newValue , Document clusterConfigRootDoc ) throws Exception { Node firstNode = null ; NodeList nodes = null ; try { nodes = ( NodeList ) XPathFactory . newInstance ( ) . newXPath ( ) . evaluate ( xpath , clusterConfigRootDoc , XPathConstants . NODESET ) ; } catch ( Exception e ) { _logger . log ( Level . SEVERE , "Failed to override the cluster config using the xpath expression <" + xpath + "> passed through the custom properties." , e ) ; } if ( nodes != null ) { for ( int i = 0 ; i < nodes . getLength ( ) ; i ++ ) { Node node = nodes . item ( i ) ; if ( node . getNodeType ( ) == Node . ATTRIBUTE_NODE ) { firstNode = node ; } else { firstNode = node . getFirstChild ( ) ; } if ( firstNode != null ) { String oldNodeValue = firstNode . getNodeValue ( ) . trim ( ) ; firstNode . setNodeValue ( newValue ) ; if ( _logger . isLoggable ( Level . CONFIG ) ) { _logger . log ( Level . CONFIG , "Override the cluster config using the xpath expression <" + xpath + "> passed through the custom properties.\n\tOld value: <" + oldNodeValue + "> \t new value: <" + newValue + ">" ) ; } } } } if ( firstNode == null && _logger . isLoggable ( Level . SEVERE ) ) { throw new ClusterConfigurationException ( "Failed to override the cluster config using the xpath expression <" + xpath + ">, no element matched the given xpath expression" ) ; } return clusterConfigRootDoc ; }

Un método que anula la configuración del clúster XML utilizando un par de teclas / valor XPATH que pasa a través de las propiedades personalizadas.Obtiene una tecla XML XPATH y use un XPATHAPPI, intenta encontrar el nodo DOM relevante.Si se encontró, establece un nuevo valor.Aunque es un método general, se utiliza en el contexto de la anulación de la configuración del clúster.Apoyando tanto el estándar de XPath usando / así como "nuestro" Norma XPath usando puntos: ---------------------------------------------------------------------------------------- Si el usuario pasó "real" XPATH completo, comenzando con / Pasamos, tal como está a la XPATHAPI que permite también admitir las consultas avanzadas de XPath de acuerdo con la especificación si el usuario pasó un punto ("Nuestro" XPath como), por ejemplo,cluster-config.groups.group, etc. Luego, lo cambiamos para ser un XPATH estándar que reemplaza los puntos con /


protected synchronized void addType  ( String index , String typeName ) { if ( cacheIndicesTypes . containsKey ( index ) ) { cacheIndicesTypes . get ( index ) . add ( typeName ) ; log . debug ( "addType() - Added type {} in memory list" , typeName ) ; } else { throw new IllegalArgumentException ( "Types must follow the format \"tag_dataType\"" ) ; } }

Añadir un tipo de caché de memoria.Llamado por la escritura de un nuevo índice si fue exitoso.


@ deprecated public int parseOffsetLocalizedGMT  ( String text , ParsePosition pos ) { return parseOffsetLocalizedGMT ( text , pos , null ) ; }


public boolean intersects  ( Vector3f v1 , Vector3f v2 , Vector3f v3 ) { return Intersection . intersect ( this , v1 , v2 , v3 ) ; }

Código C Portado de http://www.cs.lth.se/home/tomas_akenine_moller/code/tribox3.txt


public KMeansPlusPlusClusterer ( final int k ) { this ( k , - 1 ) ; }

Construir un clusterista.<p> La estrategia predeterminada para el manejo de grupos vacíos que pueden aparecer durante las iteraciones del algoritmo es dividir el clúster con mayor varianza de distancia.<p> La distancia euclidiana se utilizará como medida de distancia por defecto.


public void unify  ( Map < String , String > unifiers ) { if ( unifiers . size ( ) == 0 ) return ; Map < String , String > mappings = new HashMap < > ( unifiers ) ; Map < String , String > appliedMappings = new HashMap < > ( ) ; for ( Map . Entry < String , String > mapping : mappings . entrySet ( ) ) { String varToReplace = mapping . getKey ( ) ; String replacementVar = mapping . getValue ( ) ; if ( ! appliedMappings . containsKey ( varToReplace ) || ! appliedMappings . get ( varToReplace ) . equals ( replacementVar ) ) { if ( mappings . containsKey ( replacementVar ) && mappings . get ( replacementVar ) . equals ( varToReplace ) ) { exchangeRelVarNames ( varToReplace , replacementVar ) ; appliedMappings . put ( varToReplace , replacementVar ) ; appliedMappings . put ( replacementVar , varToReplace ) ; } } } mappings . entrySet ( ) . removeIf ( null ) ; Set < Atomic > toRemove = new HashSet < > ( ) ; Set < Atomic > toAdd = new HashSet < > ( ) ; atomSet . stream ( ) . filter ( null ) . forEach ( null ) ; toRemove . forEach ( null ) ; toRemove . forEach ( null ) ; toAdd . forEach ( null ) ; toAdd . forEach ( null ) ; updateSelectedVars ( mappings ) ; resolveCaptures ( ) ; }

Cambie cada ocurrencia de variable según las asignaciones proporcionadas (aplicar a los unificadores {[de, to] _i})


private void initModel  ( ) { this . loadModel = new LoadObject ( LoadObject . LOADING_STATE ) ; }


public static fra_list newInstance  ( String param1 , String param2 ) { fra_list fragment = new fra_list ( ) ; Bundle args = new Bundle ( ) ; args . putString ( ARG_PARAM1 , param1 ) ; args . putString ( ARG_PARAM2 , param2 ) ; fragment . setArguments ( args ) ; return fragment ; }

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


public static long unbox  ( Long longNum ) { return longNum != null ? longNum : - 1 ; }

Unbox un análisis larga para -1 si es nulo.


private void createThrowStmt  ( Body body , Unit oldStmt , LocalCreation lc ) { RefType tp = RefType . v ( "java.lang.NullPointerException" ) ; Local lcEx = lc . newLocal ( tp ) ; SootMethodRef constructorRef = Scene . v ( ) . makeConstructorRef ( tp . getSootClass ( ) , Collections . singletonList ( ( Type ) RefType . v ( "java.lang.String" ) ) ) ; Stmt newExStmt = Jimple . v ( ) . newAssignStmt ( lcEx , Jimple . v ( ) . newNewExpr ( tp ) ) ; body . getUnits ( ) . insertBefore ( newExStmt , oldStmt ) ; Stmt invConsStmt = Jimple . v ( ) . newInvokeStmt ( Jimple . v ( ) . newVirtualInvokeExpr ( lcEx , constructorRef , Collections . singletonList ( StringConstant . v ( "Invalid array reference replaced by Soot" ) ) ) ) ; body . getUnits ( ) . insertBefore ( invConsStmt , oldStmt ) ; body . getUnits ( ) . swapWith ( oldStmt , Jimple . v ( ) . newThrowStmt ( lcEx ) ) ; }

Crea una nueva afirmación que arroja una nullpointerException


public VisualTable ( Visualization vis , String group ) { super ( TableVisualItem . class ) ; init ( vis , group , VisualItem . SCHEMA ) ; }

Crea una nueva mesa visual sin una tabla para padres.


@ Override public boolean equals  ( Object that ) { if ( this == that ) { return true ; } if ( that == null ) { return false ; } if ( getClass ( ) != that . getClass ( ) ) { return false ; } SysUserRole other = ( SysUserRole ) that ; return ( this . getUserId ( ) == null ? other . getUserId ( ) == null : this . getUserId ( ) . equals ( other . getUserId ( ) ) ) && ( this . getRoleId ( ) == null ? other . getRoleId ( ) == null : this . getRoleId ( ) . equals ( other . getRoleId ( ) ) ) && ( this . getEnable ( ) == null ? other . getEnable ( ) == null : this . getEnable ( ) . equals ( other . getEnable ( ) ) ) && ( this . getRemark ( ) == null ? other . getRemark ( ) == null : this . getRemark ( ) . equals ( other . getRemark ( ) ) ) && ( this . getCreateBy ( ) == null ? other . getCreateBy ( ) == null : this . getCreateBy ( ) . equals ( other . getCreateBy ( ) ) ) && ( this . getCreateTime ( ) == null ? other . getCreateTime ( ) == null : this . getCreateTime ( ) . equals ( other . getCreateTime ( ) ) ) && ( this . getUpdateBy ( ) == null ? other . getUpdateBy ( ) == null : this . getUpdateBy ( ) . equals ( other . getUpdateBy ( ) ) ) && ( this . getUpdateTime ( ) == null ? other . getUpdateTime ( ) == null : this . getUpdateTime ( ) . equals ( other . getUpdateTime ( ) ) ) ; }

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


public boolean removeIndex  ( String field ) { ColumnEntry e = ( ColumnEntry ) m_entries . get ( field ) ; if ( e == null ) { throw new IllegalArgumentException ( "Unknown column name: " + field ) ; } if ( e . index == null ) { return false ; } else { e . index . dispose ( ) ; e . index = null ; return true ; } }

Retire el índice asociado con el campo de datos / nombre de datos dado.


public static boolean begin  ( ) throws GenericTransactionException  { return begin ( 0 ) ; }

Comienza una transacción en el hilo actual si hay transacciones disponibles;Solo intenta si el estado actual de la transacción está activo, si no está activo, devuelve FALSO.Si y en solo si comienza una transacción, devolverá VERDADERO.En otras palabras, si ya se encuentra una transacción, se devolverá FALSO y no hará nada.


public static void checkArgument  ( boolean expression , String errorMessageTemplate , Object ... errorMessageArgs ) { if ( ! expression ) { throw new IllegalArgumentException ( format ( errorMessageTemplate , errorMessageArgs ) ) ; } }

Asegura la verdad de una expresión que involucre uno o más parámetros al método de llamada.


@ Override protected void parseOptimizationData  ( OptimizationData ... optData ) { super . parseOptimizationData ( optData ) ; for ( OptimizationData data : optData ) { if ( data instanceof LinearObjectiveFunction ) { function = ( LinearObjectiveFunction ) data ; continue ; } if ( data instanceof LinearConstraintSet ) { linearConstraints = ( ( LinearConstraintSet ) data ) . getConstraints ( ) ; continue ; } if ( data instanceof NonNegativeConstraint ) { nonNegative = ( ( NonNegativeConstraint ) data ) . isRestrictedToNonNegative ( ) ; continue ; } } }

Escanea la lista de datos de optimización (requeridos y opcionales) que caracterizan el problema.


private String abbreviateName  ( String name ) { name = name . replace ( "http://" , "" ) . replace ( ":8080" , "" ) . replaceAll ( "/MeganServer$" , "" ) ; if ( name . length ( ) <= 18 ) return name ; return "..." + name . substring ( name . length ( ) - 15 ) ; }


public AsyncHttpClient ( int httpPort , int httpsPort ) { this ( false , httpPort , httpsPort ) ; }


public MarketSearchQueryWithExtended count  ( Integer value ) { return unsafeParam ( "count" , value ) ; }


private void addOutsideTouching  ( final SubHyperplane < S > sub , final List < BSPTree < S > > splitters ) { if ( outsideTouching == null ) { outsideTouching = sub ; } else { outsideTouching = outsideTouching . reunite ( sub ) ; } outsideSplitters . addAll ( splitters ) ; }

Agregue una parte del sub-hiperplano de corte conocido para tocar una celda externa.


@ NonNull public Context createContext  ( @ NonNull Object key , @ NonNull Context baseContext ) { return new FlowContextWrapper ( key , baseContext ) ; }

Crea un contexto para la clave dada.Los contextos se pueden crear solo para las claves en la parte superior de los historiales de origen y destino.


protected String deStress  ( String phone ) { String retPhone = phone ; if ( isStressed ( phone ) ) { retPhone = phone . substring ( 0 , phone . length ( ) - 1 ) ; } return retPhone ; }

Convierte fonema estresado a fonema regular.Este método simplemente elimina el último carácter del teléfono.Las subclases deben anular esto si se debe usar otro método.


private void writeConfigFile  ( ) { if ( configPropertiesFile != null ) { try { Properties props = new Properties ( ) ; for ( String key : fieldValueMap . keySet ( ) ) { String value = fieldValueMap . get ( key ) ; if ( value != null ) { props . setProperty ( key , value ) ; } } OutputStream out = new FileOutputStream ( configPropertiesFile ) ; props . store ( out , "SLD Editor configuration data" ) ; out . close ( ) ; } catch ( Exception e ) { e . printStackTrace ( ) ; } } }


public < R > Plan < R > then  ( Function < ? super Object [ ] , R > selector ) { if ( selector == null ) { throw new NullPointerException ( ) ; } return new PlanN < R > ( this , selector ) ; }

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


public static < T extends Serializable , R > DistributedTask < T , R > privilegedTask  ( DistributedTask < T , R > task ) { return new PrivilegedDistributedTask < T , R > ( task ) ; }

Construye una nueva tarea privilegiada que envuelve la tarea real para ejecutar.


private static boolean isUnderTestFlag  ( ) { return underTestFlag ; }

Los controles si está bajo la bandera de prueba.


public boolean hasAtMeMsg  ( String groupId ) { return atMeGroupList . contains ( groupId ) ; }

Compruebe si el Grupo de entrada en Atmegroonteplist


public VideoEditQuery desc  ( String value ) { return unsafeParam ( "desc" , value ) ; }


public void clear  ( ) { read = write = count = 0 ; Arrays . fill ( buffer , null ) ; }


public void revertData  ( ) { for ( ScaleSLDData data : scaleList ) { data . revertToOriginal ( ) ; } this . fireTableDataChanged ( ) ; }


@ Override public int compareTo  ( GeoServerConnection o ) { return connectionName . compareTo ( o . connectionName ) ; }


@ Override public final void startContentModel  ( String elementName , Augmentations augs ) throws XNIException { fDepth = 0 ; initializeContentModelStacks ( ) ; super . startContentModel ( elementName , augs ) ; }

El inicio de un modelo de contenido.Dependiendo del tipo de modelo de contenido, se pueden llamar métodos específicos entre la llamada al método STARTCONTENTMODEL y la llamada al método finalContentModel.


public String toString  ( ) { StringBuffer sb = new StringBuffer ( "BasicUntrustedObjectAccessController{" ) ; for ( int i = 0 ; i < permissions . length ; i ++ ) { if ( i > 0 ) { sb . append ( ", " ) ; } sb . append ( permissions [ i ] ) ; } sb . append ( "}" ) ; return sb . toString ( ) ; }

Devuelve una representación de cadena de este objeto.


public BoardCloseTopicQuery closeTopic  ( UserActor actor , int groupId , int topicId ) { return new BoardCloseTopicQuery ( getClient ( ) , actor , groupId , topicId ) ; }

Cierra un tema en la Junta de Discusión de la Comunidad para que no se puedan publicar los comentarios.


public static boolean nanSafeEqualsDoubles  ( Double d1 , Double d2 ) { Boolean xIsNan = Double . isNaN ( d1 ) ; Boolean yIsNan = Double . isNaN ( d2 ) ; if ( ( xIsNan && yIsNan ) || ( d1 . doubleValue ( ) == d2 . doubleValue ( ) ) ) { return true ; } return false ; }

Este método comparará los valores dobles para su igualdad y también preservará la igualdad de -0.0 y 0.0 según ER ==, también preservará la comprobación de igualdad de NAN por java.lang.double.equals ()


@ Override public void exception  ( Throwable t ) { currentTest . get ( ) . exception ( t ) ; }

Almacena una entrada de excepción en la prueba actual.


public BaseMqttMessage ( final long id , final String topic , final MqttMessage message , final Date date ) { super ( id , topic , null , date ) ; this . rawMessage = message ; }

Crea un basemqtTmessage de los parámetros dados.


public int insertItemsTo  ( long playlistId , @ NonNull long [ ] audioIds ) { int [ ] positions = new int [ audioIds . length ] ; for ( int i = 0 , limit = audioIds . length ; i < limit ; i ++ ) { positions [ i ] = i ; } return insertItemsTo ( playlistId , audioIds , positions ) ; }

Ponga varios audio a la lista de reproducción.La posición se determinará en el orden de las ID de audio.


public static boolean isCategoryContainsProduct  ( ServletRequest request , String productCategoryId , String productId ) { return isCategoryContainsProduct ( ( Delegator ) request . getAttribute ( "delegator" ) , ( LocalDispatcher ) request . getAttribute ( "dispatcher" ) , productCategoryId , productId ) ; }

Scipio: devuelve verdadero solo si la categoría contiene el producto, no recursivo.<p> Nota: es el almacenamiento en caché


public static < T > T  checkNotNull ( T reference , @ Nullable Object errorMessage ) { if ( reference == null ) { throw new NullPointerException ( String . valueOf ( errorMessage ) ) ; } return reference ; }

Asegura que una referencia de objeto que pase como parámetro al método de llamada no sea nulo.


public static String whichMediaType  ( String method ) { if ( method . equalsIgnoreCase ( Method . XML ) ) return "text/xml" ; if ( method . equalsIgnoreCase ( Method . HTML ) ) return "text/html" ; if ( method . equalsIgnoreCase ( Method . XHTML ) ) return "text/html" ; if ( method . equalsIgnoreCase ( Method . TEXT ) ) return "text/plain" ; if ( method . equalsIgnoreCase ( Method . FOP ) ) return "application/pdf" ; return null ; }

Devuelve el formato de medios adecuado para una salida de documento con el método especificado.


protected void clearRegion  ( Graphics2D g , Rectangle2D r ) { g . setColor ( getBackground ( ) ) ; g . fill ( r ) ; firePrePaint ( g ) ; }

Borra la región especificada de la pantalla en el búfer OFFSCREEN de la pantalla.


@ Override public boolean converged  ( final int iteration , final PointVectorValuePair previous , final PointVectorValuePair current ) { if ( maxIterationCount != ITERATION_CHECK_DISABLED && iteration >= maxIterationCount ) { return true ; } final double [ ] p = previous . getValueRef ( ) ; final double [ ] c = current . getValueRef ( ) ; for ( int i = 0 ; i < p . length ; ++ i ) { final double pi = p [ i ] ; final double ci = c [ i ] ; final double difference = FastMath . abs ( pi - ci ) ; final double size = FastMath . max ( FastMath . abs ( pi ) , FastMath . abs ( ci ) ) ; if ( difference > size * getRelativeThreshold ( ) && difference > getAbsoluteThreshold ( ) ) { return false ; } } return true ; }

Compruebe si el algoritmo de optimización ha conververtido considerando los dos últimos puntos.Este método puede llamarse varias veces a partir de la misma iteración del algoritmo con diferentes puntos.Esto se puede detectar revisando el número de iteración en cada llamada si es necesario.Cada vez que se llama este método, el punto anterior y actual corresponde a puntos con el mismo papel en cada iteración, para que puedan compararse.Como ejemplo, los algoritmos basados en Simplex llaman a este método para todos los puntos del simplex, no solo para los mejores o los peores.


@ Override public void createUI  ( ) { int xPos = getXPos ( ) ; int height = getRowY ( sampleTextLines ) ; int width = BasePanel . WIDGET_EXTENDED_WIDTH * 2 ; FieldPanel fieldPanel = createFieldPanel ( xPos , height , getLabel ( ) ) ; textField = new JTextArea ( ) ; textField . setBounds ( xPos + BasePanel . WIDGET_X_START , 0 , width , height ) ; textField . setWrapStyleWord ( true ) ; textField . setLineWrap ( false ) ; textField . setText ( sampleText ) ; textField . setRows ( sampleTextLines ) ; JScrollPane scrollPane = new JScrollPane ( textField ) ; scrollPane . setBounds ( xPos + BasePanel . WIDGET_X_START , 0 , width , height ) ; fieldPanel . add ( scrollPane ) ; }


public void reset  ( final Vector2D p1 , final Vector2D p2 ) { unlinkReverse ( ) ; final double dx = p2 . getX ( ) - p1 . getX ( ) ; final double dy = p2 . getY ( ) - p1 . getY ( ) ; final double d = FastMath . hypot ( dx , dy ) ; if ( d == 0.0 ) { angle = 0.0 ; cos = 1.0 ; sin = 0.0 ; originOffset = p1 . getY ( ) ; } else { angle = FastMath . PI + FastMath . atan2 ( - dy , - dx ) ; cos = dx / d ; sin = dy / d ; originOffset = MathArrays . linearCombination ( p2 . getX ( ) , p1 . getY ( ) , - p1 . getX ( ) , p2 . getY ( ) ) / d ; } }

Restablecer la instancia como si se construye a partir de dos puntos.<p> La línea está orientada de P1 a P2 </ P>


public String process  ( String source , Location location , Element element ) { if ( Strings . isNullOrEmpty ( source ) ) { return source ; } String result = source ; for ( DocumentationProcessor processor : processors ) { result = processor . process ( result , location , element ) ; } return result ; }

Procesos dados la fuente de documentación por la cadena de procesadores registrados.Devuelve la cadena de documentación procesada.


public AdsCheckLinkQuery campaignId  ( Integer value ) { return unsafeParam ( "campaign_id" , value ) ; }


@ Override public void schedule  ( String jobName , String poolName , String serviceName , Map < String , ? extends Object > context , long startTime , int frequency , int interval , int count , long endTime , int maxRetry ) throws GenericServiceException { schedule ( jobName , poolName , serviceName , context , startTime , frequency , interval , count , endTime , maxRetry , ( String ) null ) ; }

Scipio: este es ahora un método de delegación


@ Override protected void createOrUpgradeTable  ( SQLiteDatabase db , boolean force ) { mTableModels = getAllTableModels ( ) ; mDb = db ; dropTables ( ) ; }

Analizando el modelo de la tabla, para ver qué mesas ya no tienen clases de modelo y se puede dejar caer.


public void pushBackLine  ( String line ) { if ( pushedBackLine != null ) System . err . println ( "Error: Push back line, but buffer not empty" ) ; pushedBackLine = line ; }


public static SubEquipment buildCreateBasicSubEquipment  ( Properties properties ) { if ( properties == null ) { properties = new Properties ( ) ; } SubEquipment subEquipment = SubEquipment . create ( "E_TEST" ) . aliveTag ( AliveTag . create ( "E_TEST:ALIVE" ) . address ( new DataTagAddress ( ) ) . build ( ) , 60000 ) . build ( ) ; subEquipment . setEquipmentId ( 1L ) ; properties . setProperty ( "name" , "E_TEST" ) ; properties . setProperty ( "description" , "<no description provided>" ) ; properties . setProperty ( "statusTagId" , String . valueOf ( 101l ) ) ; properties . setProperty ( "commFaultTagId" , String . valueOf ( 102l ) ) ; properties . setProperty ( "aliveInterval" , String . valueOf ( 60000 ) ) ; properties . setProperty ( "equipmentId" , String . valueOf ( 1l ) ) ; properties . setProperty ( "aliveInterval" , String . valueOf ( 60000 ) ) ; properties . setProperty ( "aliveTagId" , String . valueOf ( 100l ) ) ; return subEquipment ; }

La ID generada prevista es 10. El ID de equipo esperado es 1. ID de etiqueta de estado esperado es 101 la identificación de la etiqueta de comunicación esperada es 100


public void addException  ( Access node ) { List < Access > list = ( parent == null || state == null ) ? getExceptionListNoTransform ( ) : getExceptionList ( ) ; list . addChild ( node ) ; }

Anexar un elemento a la lista de excepciones.


public void testIntermediateParsePositions  ( ) throws Exception  { String text = "Call 033316005  or 032316005!" ; for ( int i = 0 ; i <= 5 ; i ++ ) { assertEqualRange ( text , i , 5 , 14 ) ; } assertEqualRange ( text , 6 , 6 , 14 ) ; assertEqualRange ( text , 7 , 7 , 14 ) ; for ( int i = 8 ; i <= 19 ; i ++ ) { assertEqualRange ( text , i , 19 , 28 ) ; } }

Pruebe el comportamiento de coincidencia al comenzar en medio de un número de teléfono.


public Pair ( Pair < ? extends K , ? extends V > entry ) { this ( entry . getKey ( ) , entry . getValue ( ) ) ; }

Cree una entrada que representa la misma asignación que la entrada especificada.


private void postInitViewPager  ( ) { if ( isInEditMode ( ) ) { return ; } try { Field scroller = ViewPager . class . getDeclaredField ( "mScroller" ) ; scroller . setAccessible ( true ) ; Field interpolator = ViewPager . class . getDeclaredField ( "sInterpolator" ) ; interpolator . setAccessible ( true ) ; mScroller = new WXSmoothScroller ( getContext ( ) , ( Interpolator ) interpolator . get ( null ) ) ; scroller . set ( this , mScroller ) ; } catch ( Exception e ) { WXLogUtils . e ( "[CircleViewPager] postInitViewPager: " , e ) ; } }

Anular la instancia de Scroller con nuestra propia clase para que podamos cambiar la duración


@ Override public void apply  ( NexusStreamParser np ) throws Exception { }


@ Override public void apply  ( NexusStreamParser np ) throws Exception { np . matchIgnoreCase ( "setProp" ) ; String label = np . getWordRespectCase ( ) ; np . matchIgnoreCase ( "=" ) ; String value = np . getWordRespectCase ( ) ; if ( NexusStreamParser . isBoolean ( value ) ) { ProgramProperties . put ( label , Boolean . parseBoolean ( value ) ) ; } else if ( NexusStreamParser . isInteger ( value ) ) { ProgramProperties . put ( label , Integer . parseInt ( value ) ) ; } else if ( NexusStreamParser . isFloat ( value ) ) { ProgramProperties . put ( label , Float . parseFloat ( value ) ) ; } else ProgramProperties . put ( label , value ) ; np . matchIgnoreCase ( ";" ) ; }


private Comparable < ? > castToComparable  ( Object value ) { try { return ( Comparable < ? > ) value ; } catch ( ClassCastException e ) { throw new IllegalArgumentException ( "Contains operator requires a Comparable class type." , e ) ; } }

Ecriba el objeto proporcionado a comparable.Relevante para ">", "<", "<=" & "> =" operadores.


public ComponentDefinition addAlias  ( @ NotNull String text ) { if ( aliases == null ) { aliases = new ArrayList < String > ( ) ; } aliases . add ( text ) ; return this ; }

Agrega un alias de nombre de componente para ayudar con la búsqueda de texto.


public PhotosGetCommentsQueryWithExtended startCommentId  ( Integer value ) { return unsafeParam ( "start_comment_id" , value ) ; }


private static boolean treeHasConflicts  ( Node root ) { if ( root . isConflicted ) { return true ; } for ( Node n : root . children ) { if ( treeHasConflicts ( n ) ) { return true ; } } return false ; }

DFS a través del árbol en busca de nodos en conflicto.


public Builder fillOpacity  ( Number fillOpacity ) { this . fillOpacity = fillOpacity ; return this ; }

Rellena la opacidad.</BR> Predeterminado 0.2


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

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


public AppsGetQuery ( VkApiClient client ) { super ( client , "apps.get" , GetResponse . class ) ; }

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


@ SuppressLint ( { "SetTextI18n" , "CutPasteId" } ) private void initView  ( boolean init ) { if ( init && browsablePresenter . isBrowsable ( ) ) { browsablePresenter . requestBrowsableData ( ) ; } else { SwipeBackLayout swipeBackLayout = ( SwipeBackLayout ) findViewById ( R . id . activity_photo_swipeBackLayout ) ; swipeBackLayout . setOnSwipeListener ( this ) ; this . container = ( CoordinatorLayout ) findViewById ( R . id . activity_photo_container ) ; FreedomImageView photoImage = ( FreedomImageView ) findViewById ( R . id . activity_photo_image ) ; photoImage . setSize ( photoInfoPresenter . getPhoto ( ) . width , photoInfoPresenter . getPhoto ( ) . height ) ; if ( Mysplash . getInstance ( ) . getDrawable ( ) != null ) { photoImage . setImageDrawable ( Mysplash . getInstance ( ) . getDrawable ( ) ) ; } else { Glide . with ( this ) . load ( photoInfoPresenter . getPhoto ( ) . urls . regular ) . priority ( Priority . HIGH ) . diskCacheStrategy ( DiskCacheStrategy . SOURCE ) . into ( photoImage ) ; } this . scrollView = ( NestedScrollView ) findViewById ( R . id . activity_photo_scrollView ) ; FreedomTouchView touchView = ( FreedomTouchView ) findViewById ( R . id . activity_photo_touchView ) ; touchView . setSize ( photoInfoPresenter . getPhoto ( ) . width , photoInfoPresenter . getPhoto ( ) . height ) ; touchView . setOnClickListener ( this ) ; RelativeLayout titleBar = ( RelativeLayout ) findViewById ( R . id . activity_photo_titleBar ) ; this . scrollToolbar = ( Toolbar ) findViewById ( R . id . activity_photo_scrollToolbar ) ; scrollToolbar . setTitle ( "" ) ; if ( Mysplash . getInstance ( ) . isLightTheme ( ) ) { if ( browsablePresenter . isBrowsable ( ) ) { scrollToolbar . setNavigationIcon ( R . drawable . ic_toolbar_home_light ) ; } else { scrollToolbar . setNavigationIcon ( R . drawable . ic_toolbar_back_light ) ; } scrollToolbar . inflateMenu ( R . menu . activity_photo_toolbar_light ) ; } else { if ( browsablePresenter . isBrowsable ( ) ) { scrollToolbar . setNavigationIcon ( R . drawable . ic_toolbar_home_dark ) ; } else { scrollToolbar . setNavigationIcon ( R . drawable . ic_toolbar_back_dark ) ; } scrollToolbar . inflateMenu ( R . menu . activity_photo_toolbar_dark ) ; } scrollToolbar . setNavigationOnClickListener ( this ) ; scrollToolbar . setOnMenuItemClickListener ( scrollToolbarMenuListener ) ; this . avatarImage = ( CircleImageView ) findViewById ( R . id . activity_photo_avatar ) ; if ( Build . VERSION . SDK_INT >= Build . VERSION_CODES . LOLLIPOP ) { avatarImage . setTransitionName ( photoInfoPresenter . getPhoto ( ) . user . username ) ; } avatarImage . setOnClickListener ( this ) ; Glide . with ( this ) . load ( photoInfoPresenter . getPhoto ( ) . user . profile_image . large ) . priority ( Priority . NORMAL ) . crossFade ( 300 ) . diskCacheStrategy ( DiskCacheStrategy . SOURCE ) . override ( 128 , 128 ) . into ( avatarImage ) ; TextView title = ( TextView ) findViewById ( R . id . activity_photo_title ) ; title . setText ( getString ( R . string . by ) + " " + photoInfoPresenter . getPhoto ( ) . user . name ) ; TextView subtitle = ( TextView ) findViewById ( R . id . activity_photo_subtitle ) ; subtitle . setText ( getString ( R . string . on ) + " " + photoInfoPresenter . getPhoto ( ) . created_at . split ( "T" ) [ 0 ] ) ; DisplayUtils . setTypeface ( this , subtitle ) ; LinearLayout buttonBar = ( LinearLayout ) findViewById ( R . id . activity_photo_btnBar ) ; ImageButton [ ] optionButtons = new ImageButton [ ] { ( ImageButton ) findViewById ( R . id . activity_photo_downloadBtn ) , ( ImageButton ) findViewById ( R . id . activity_photo_shareBtn ) , ( ImageButton ) findViewById ( R . id . activity_photo_wallBtn ) } ; for ( ImageButton optionButton : optionButtons ) { optionButton . setOnClickListener ( this ) ; } TextView [ ] optionTexts = new TextView [ ] { ( TextView ) findViewById ( R . id . activity_photo_downloadTxt ) , ( TextView ) findViewById ( R . id . activity_photo_shareTxt ) , ( TextView ) findViewById ( R . id . activity_photo_wallTxt ) } ; String [ ] downloadOptions = getResources ( ) . getStringArray ( R . array . download_options ) ; for ( int i = 0 ; i < optionTexts . length ; i ++ ) { optionTexts [ i ] . setText ( downloadOptions [ i ] ) ; } this . detailsView = ( PhotoDetailsView ) findViewById ( R . id . activity_photo_detailsView ) ; detailsView . initMP ( photoInfoPresenter . getPhoto ( ) ) ; detailsView . requestPhotoDetails ( ) ; this . topToolbar = ( Toolbar ) findViewById ( R . id . activity_photo_topToolbar ) ; if ( Mysplash . getInstance ( ) . isLightTheme ( ) ) { if ( browsablePresenter . isBrowsable ( ) ) { topToolbar . setNavigationIcon ( R . drawable . ic_toolbar_home_light ) ; } else { topToolbar . setNavigationIcon ( R . drawable . ic_toolbar_back_light ) ; } topToolbar . inflateMenu ( R . menu . activity_photo_toolbar_light ) ; } else { if ( browsablePresenter . isBrowsable ( ) ) { topToolbar . setNavigationIcon ( R . drawable . ic_toolbar_home_dark ) ; } else { topToolbar . setNavigationIcon ( R . drawable . ic_toolbar_back_dark ) ; } topToolbar . inflateMenu ( R . menu . activity_photo_toolbar_dark ) ; } topToolbar . setNavigationOnClickListener ( this ) ; topToolbar . setOnMenuItemClickListener ( topToolbarMenuListener ) ; topToolbar . setOnClickListener ( this ) ; if ( Mysplash . getInstance ( ) . isLightTheme ( ) ) { optionButtons [ 0 ] . setImageResource ( R . drawable . ic_download_light ) ; optionButtons [ 1 ] . setImageResource ( R . drawable . ic_send_light ) ; optionButtons [ 2 ] . setImageResource ( R . drawable . ic_mountain_light ) ; } else { optionButtons [ 0 ] . setImageResource ( R . drawable . ic_download_dark ) ; optionButtons [ 1 ] . setImageResource ( R . drawable . ic_send_dark ) ; optionButtons [ 2 ] . setImageResource ( R . drawable . ic_mountain_dark ) ; } AnimUtils . animInitShow ( titleBar , 200 ) ; AnimUtils . animInitShow ( buttonBar , 300 ) ; AnimUtils . animInitShow ( detailsView , 400 ) ; } }


public void Notify  ( Object oSender , Object oParams ) { double dVar = ( ( Double ) oParams ) . doubleValue ( ) ; long lLeft = ( long ) ( ( 1.0 - dVar ) * ( double ) ( new Date ( ) . getTime ( ) - dStart . getTime ( ) ) / dVar ) ; String sLeft ; if ( ( ( int ) ( dVar * 10000 ) % 5 ) == 0 ) { if ( dVar < 0.0001 ) sLeft = "Calculating remaining time..." ; else sLeft = String . format ( "%35s" , gr . demokritos . iit . jinsect . utils . millisToMinSecString ( lLeft ) ) ; System . err . print ( String . format ( "%5.3f%%" , ( ( Double ) oParams ) . doubleValue ( ) * 100.0 ) + " complete..." + sLeft + "\r" ) ; } }

Esperando un número doble como parámetro para indicar el progreso.


public void finishAnimation  ( ) { if ( mContentAnimations == null ) return ; mContentAnimations . updateAndFinish ( ) ; mContentAnimations = null ; }

Termina cualquier animación de contenido actualmente propiedad y corriendo en este StripLayoutTab.


public static String readFileToString  ( File file ) throws IOException { return readFileToString ( file , Charset . defaultCharset ( ) ) ; }

Lee los contenidos de un archivo en una cadena usando la codificación predeterminada para la máquina virtual.El archivo siempre está cerrado.


private static void expandVertically  ( ArrayList < ConstraintWidget > widgetList , int margin ) { WidgetContainer base = ( WidgetContainer ) widgetList . get ( 0 ) . getParent ( ) ; ConstraintWidget [ ] pears = new ConstraintWidget [ base . getChildren ( ) . size ( ) ] ; pears = base . getChildren ( ) . toArray ( pears ) ; Rectangle selectBounds = getBoundingBox ( widgetList ) ; Rectangle clip = new Rectangle ( ) ; int gapNorth = gap ( Direction . NORTH , selectBounds , pears ) ; int gapSouth = gap ( Direction . SOUTH , selectBounds , pears ) ; clip . y = selectBounds . y - gapNorth ; clip . height = selectBounds . height + gapSouth + gapNorth ; ArrayList < ConstraintWidget > selectedList = new ArrayList < > ( widgetList ) ; while ( ! selectedList . isEmpty ( ) ) { ConstraintWidget widget = selectedList . remove ( 0 ) ; ArrayList < ConstraintWidget > col = new ArrayList < > ( ) ; col . add ( widget ) ; for ( Iterator < ConstraintWidget > iterator = selectedList . iterator ( ) ; iterator . hasNext ( ) ; ) { ConstraintWidget elem = iterator . next ( ) ; if ( isSameColumn ( widget , elem ) ) { if ( ! col . contains ( elem ) ) { col . add ( elem ) ; } iterator . remove ( ) ; } } ConstraintWidget [ ] colArray = new ConstraintWidget [ col . size ( ) ] ; colArray = col . toArray ( colArray ) ; Arrays . sort ( colArray , sSortY ) ; int gaps = ( colArray . length - 1 ) * margin ; int totalHeight = ( clip . height - gaps - 2 * margin ) ; for ( int i = 0 ; i < colArray . length ; i ++ ) { int y = margin * i + ( i * ( totalHeight ) ) / colArray . length ; ConstraintWidget constraintWidget = colArray [ i ] ; constraintWidget . setY ( y + clip . y + margin ) ; int yend = margin * i + ( totalHeight * ( i + 1 ) ) / colArray . length ; constraintWidget . setVerticalDimensionBehaviour ( ConstraintWidget . DimensionBehaviour . FIXED ) ; constraintWidget . setHeight ( yend - y ) ; } } }

Expande los widgets verticalmente de una manera espaciada uniformemente.


protected BookieServer startBookie  ( ServerConfiguration conf ) throws Exception { BookieServer server = new BookieServer ( conf ) ; bsConfs . add ( conf ) ; bs . add ( server ) ; server . start ( ) ; if ( bkc == null ) { bkc = new BookKeeperTestClient ( baseClientConf ) ; } int port = conf . getBookiePort ( ) ; while ( bkc . getZkHandle ( ) . exists ( "/ledgers/available/" + InetAddress . getLocalHost ( ) . getHostAddress ( ) + ":" + port , false ) == null ) { Thread . sleep ( 500 ) ; } bkc . readBookiesBlocking ( ) ; LOG . info ( "New bookie on port " + port + " has been created." ) ; return server ; }

Método de ayuda para iniciar un servidor Bookie usando un objeto de configuración.Además, comienza el proceso de recuperación de automóviles si IsautorecoveryEnabled es verdadero.


public void changeButtonTextColor  ( int resId ) { this . slickButtonBackgroundColor = resId ; slickFormSubmitButton . setTextColor ( slickButtonBackgroundColor ) ; slickFormSubmitButton . invalidate ( ) ; }

Cambie el color de texto del botón de envío a uno proporcionado


void add  ( SuperToast superToast ) { superToastPriorityQueue . add ( superToast ) ; this . showNextSuperToast ( ) ; }

Agrega un supertoast o superactividad tasto a la cola actual.


public GroupsGetCallbackConfirmationCodeQuery ( VkApiClient client , Actor actor , int groupId ) { super ( client , "groups.getCallbackConfirmationCode" , GetCallbackConfirmationCodeResponse . class ) ; accessToken ( actor . getAccessToken ( ) ) ; groupId ( groupId ) ; }


void processIncludeMenuItems  ( Element parentElement , List < ? extends Element > preInclElements , List < ? extends Element > postInclElements , List < ModelMenuItem > menuItemList , Map < String , ModelMenuItem > menuItemMap , String currResource , boolean processIncludes , Set < String > excludeItems , String subMenusFilter , String forceSubMenuModelScope , ModelSubMenu parentSubMenu , CurrentMenuDefBuildArgs currentMenuDefBuildArgs , GeneralBuildArgs genBuildArgs ) { final boolean useCache = true ; final boolean cacheConsume = true ; if ( excludeItems == null ) { excludeItems = new HashSet < String > ( ) ; } if ( processIncludes ) { List < Element > itemInclElements = new ArrayList < Element > ( ) ; if ( preInclElements != null ) { itemInclElements . addAll ( preInclElements ) ; } itemInclElements . addAll ( UtilXml . childElementList ( parentElement , "include-elements" ) ) ; itemInclElements . addAll ( UtilXml . childElementList ( parentElement , "include-menu-items" ) ) ; if ( postInclElements != null ) { itemInclElements . addAll ( postInclElements ) ; } for ( Element itemInclElement : getMergedIncludeDirectives ( itemInclElements , currResource ) ) { String inclMenuName = itemInclElement . getAttribute ( "menu-name" ) ; String inclResource = itemInclElement . getAttribute ( "resource" ) ; String inclRecursive = itemInclElement . getAttribute ( "recursive" ) ; String inclForceSubMenuModelScope = itemInclElement . getAttribute ( "force-sub-menu-model-scope" ) ; if ( inclRecursive . isEmpty ( ) ) { inclRecursive = "full" ; } String inclSubMenus = itemInclElement . getAttribute ( "sub-menus" ) ; String nextSubMenusFilter ; if ( "none" . equals ( subMenusFilter ) || "none" . equals ( inclSubMenus ) ) { nextSubMenusFilter = "none" ; } else { nextSubMenusFilter = inclSubMenus ; } if ( forceSubMenuModelScope == null || forceSubMenuModelScope . isEmpty ( ) ) { forceSubMenuModelScope = inclForceSubMenuModelScope ; } Set < String > inclExcludeItems = new HashSet < String > ( ) ; List < ? extends Element > skipItemElems = UtilXml . childElementList ( itemInclElement , "exclude-item" ) ; for ( Element skipItemElem : skipItemElems ) { String itemName = skipItemElem . getAttribute ( "name" ) ; if ( UtilValidate . isNotEmpty ( itemName ) ) { inclExcludeItems . add ( itemName ) ; } } String nextResource = UtilValidate . isNotEmpty ( inclResource ) ? inclResource : currResource ; if ( "no" . equals ( inclRecursive ) || "includes-only" . equals ( inclRecursive ) || "extends-only" . equals ( inclRecursive ) || "full" . equals ( inclRecursive ) ) { Element includedMenuElem = loadIncludedMenu ( inclMenuName , inclResource , parentElement , currResource , genBuildArgs . menuElemCache , useCache , cacheConsume ) ; if ( includedMenuElem != null ) { inclExcludeItems . addAll ( excludeItems ) ; ModelMenu includedMenuModel = getMenuDefinition ( inclResource , inclMenuName , currResource , parentElement , genBuildArgs ) ; CurrentMenuDefBuildArgs includedNextCurrentMenuDefBuildArgs = new CurrentMenuDefBuildArgs ( includedMenuModel != null ? includedMenuModel : this ) ; String includedForceSubMenuModelScope = forceSubMenuModelScope ; if ( UtilValidate . isEmpty ( includedForceSubMenuModelScope ) ) { includedForceSubMenuModelScope = includedMenuModel . forceAllSubMenuModelScope ; } if ( "extends-only" . equals ( inclRecursive ) || "full" . equals ( inclRecursive ) ) { String extendedResource = includedMenuElem . getAttribute ( "extends-resource" ) ; String extendedMenuName = includedMenuElem . getAttribute ( "extends" ) ; String extendedNextResource = UtilValidate . isNotEmpty ( extendedResource ) ? extendedResource : nextResource ; if ( UtilValidate . isNotEmpty ( extendedMenuName ) ) { Element extendedMenuElem = loadIncludedMenu ( extendedMenuName , extendedResource , includedMenuElem , nextResource , genBuildArgs . menuElemCache , useCache , cacheConsume ) ; ModelMenu extendedMenuModel = getMenuDefinition ( extendedResource , extendedMenuName , nextResource , includedMenuElem , genBuildArgs ) ; CurrentMenuDefBuildArgs extendedNextCurrentMenuDefBuildArgs = new CurrentMenuDefBuildArgs ( extendedMenuModel != null ? extendedMenuModel : this ) ; String extendedForceSubMenuModelScope = includedForceSubMenuModelScope ; if ( UtilValidate . isEmpty ( extendedForceSubMenuModelScope ) ) { extendedForceSubMenuModelScope = includedMenuModel . forceExtendsSubMenuModelScope ; if ( UtilValidate . isEmpty ( extendedForceSubMenuModelScope ) ) { extendedForceSubMenuModelScope = extendedMenuModel . forceAllSubMenuModelScope ; } } if ( extendedMenuElem != null ) { processIncludeMenuItems ( extendedMenuElem , null , null , menuItemList , menuItemMap , extendedNextResource , true , inclExcludeItems , nextSubMenusFilter , extendedForceSubMenuModelScope , parentSubMenu , extendedNextCurrentMenuDefBuildArgs , genBuildArgs ) ; } else { Debug . logError ( "Failed to find (via include-menu-items or include-elements) parent menu definition '" + extendedMenuName + "' in resource '" + extendedNextResource + "'" , module ) ; } } } if ( "includes-only" . equals ( inclRecursive ) || "full" . equals ( inclRecursive ) ) { processIncludeMenuItems ( includedMenuElem , null , null , menuItemList , menuItemMap , nextResource , true , inclExcludeItems , nextSubMenusFilter , includedForceSubMenuModelScope , parentSubMenu , includedNextCurrentMenuDefBuildArgs , genBuildArgs ) ; } else { processIncludeMenuItems ( includedMenuElem , null , null , menuItemList , menuItemMap , nextResource , false , inclExcludeItems , nextSubMenusFilter , includedForceSubMenuModelScope , parentSubMenu , includedNextCurrentMenuDefBuildArgs , genBuildArgs ) ; } } else { Debug . logError ( "Failed to find include-menu-items or include-elements menu definition '" + inclMenuName + "' in resource '" + nextResource + "'" , module ) ; } } else { Debug . logError ( "Unrecognized include-menu-items or include-elements recursive mode: " + inclRecursive , module ) ; } } } List < ? extends Element > itemElements = UtilXml . childElementList ( parentElement , "menu-item" ) ; ModelMenuItem . BuildArgs itemBuildArgs = new ModelMenuItem . BuildArgs ( genBuildArgs , currentMenuDefBuildArgs , currResource , forceSubMenuModelScope ) ; itemBuildArgs . omitSubMenus = ( "none" . equals ( subMenusFilter ) ) ; ModelMenuItem . BuildArgs overrideItemBuildArgs = itemBuildArgs ; for ( Element itemElement : itemElements ) { String itemName = itemElement . getAttribute ( "name" ) ; if ( ! excludeItems . contains ( itemName ) ) { ModelMenuItem modelMenuItem ; if ( parentSubMenu != null ) { modelMenuItem = new ModelMenuItem ( itemElement , parentSubMenu , overrideItemBuildArgs ) ; } else { modelMenuItem = new ModelMenuItem ( itemElement , this , overrideItemBuildArgs ) ; } addUpdateMenuItem ( modelMenuItem , menuItemList , menuItemMap , itemBuildArgs ) ; } } }

Scipio: implementa elementos de menú y lectura del elemento de menú (se mudó aquí).También incluye elementos.<P> FIXME: Esta interfaz de método y sus argumentos son un desastre.


@ SafeVarargs public final void addSamplePoint  ( final T x , final T [ ] ... value ) throws MathIllegalArgumentException , MathRuntimeException , NullArgumentException { MathUtils . checkNotNull ( x ) ; T factorial = x . getField ( ) . getOne ( ) ; for ( int i = 0 ; i < value . length ; ++ i ) { final T [ ] y = value [ i ] . clone ( ) ; if ( i > 1 ) { factorial = factorial . multiply ( i ) ; final T inv = factorial . reciprocal ( ) ; for ( int j = 0 ; j < y . length ; ++ j ) { y [ j ] = y [ j ] . multiply ( inv ) ; } } final int n = abscissae . size ( ) ; bottomDiagonal . add ( n - i , y ) ; T [ ] bottom0 = y ; for ( int j = i ; j < n ; ++ j ) { final T [ ] bottom1 = bottomDiagonal . get ( n - ( j + 1 ) ) ; if ( x . equals ( abscissae . get ( n - ( j + 1 ) ) ) ) { throw new MathIllegalArgumentException ( LocalizedCoreFormats . DUPLICATED_ABSCISSA_DIVISION_BY_ZERO , x ) ; } final T inv = x . subtract ( abscissae . get ( n - ( j + 1 ) ) ) . reciprocal ( ) ; for ( int k = 0 ; k < y . length ; ++ k ) { bottom1 [ k ] = inv . multiply ( bottom0 [ k ] . subtract ( bottom1 [ k ] ) ) ; } bottom0 = bottom1 ; } topDiagonal . add ( bottom0 . clone ( ) ) ; abscissae . add ( x ) ; } }

Añadir un punto de muestra.
 Este método debe llamarse una vez por cada punto de muestra.Se permite mezclar algunas llamadas con valores solo con llamadas con valores y primeros derivados.

 El punto Abscisae para todas las llamadas  Debe  Sé diferentes.


_ProguardLexer ( java . io . Reader in )  { this . zzReader = in ; }


public int read  ( byte [ ] buffer , final int bytes ) { int remaining ; if ( ( remaining = checkSpace ( false ) ) == 0 ) { Log . d ( RingBuffer . class . getSimpleName ( ) , "No data" ) ; return 0 ; } final int bytesRead = bytes > remaining ? remaining : bytes ; for ( int i = 0 ; i < bytesRead ; ++ i ) { buffer [ i ] = this . buffer [ rp ++ ] ; if ( rp == size ) rp = 0 ; } return bytesRead ; }

Lea una cantidad de bytes desde el tampón de anillo


public static void createAllTables  ( SQLiteDatabase db , boolean ifNotExists ) { FileModelDao . createTable ( db , ifNotExists ) ; }

Crea una tabla de base de datos subyacente utilizando Daos.


@ Override public final void confirmEquipmentStateOK  ( final String pDescription ) { sendCommfaultTag ( this . equipmentConfiguration . getCommFaultTagId ( ) , equipmentConfiguration . getName ( ) , ! this . equipmentConfiguration . getCommFaultTagValue ( ) , pDescription ) ; Map < Long , SubEquipmentConfiguration > subEquipmentConfigurations = equipmentConfiguration . getSubEquipmentConfigurations ( ) ; for ( SubEquipmentConfiguration subEquipmentConfiguration : subEquipmentConfigurations . values ( ) ) { sendCommfaultTag ( subEquipmentConfiguration . getCommFaultTagId ( ) , subEquipmentConfiguration . getName ( ) , ! subEquipmentConfiguration . getCommFaultTagValue ( ) , pDescription ) ; } }

Envía una nota a la capa de negocios, para confirmar que el equipo está configurado correctamente, conectado a su origen y funcionamiento


public VideoDeleteQuery ( VkApiClient client , UserActor actor , int videoId ) { super ( client , "video.delete" , OkResponse . class ) ; accessToken ( actor . getAccessToken ( ) ) ; videoId ( videoId ) ; }