private void vmove  ( int from , int to ) { double d1 ; double d2 ; double X ; double d1new ; double d2new ; double cbar ; double sbar ; double Y ; int first ; int inc ; int m1 ; int m2 ; int mp1 ; int pos ; boolean bSkipTo40 = false ; if ( from == to ) { return ; } if ( ! this . rss_set ) { ss ( ) ; } int count = 0 ; if ( from < to ) { first = from ; inc = 1 ; count = to - from ; } else { first = from - 1 ; inc = - 1 ; count = from - to ; } int m = first ; int idx = 0 ; while ( idx < count ) { m1 = m * ( nvars + nvars - m - 1 ) / 2 ; m2 = m1 + nvars - m - 1 ; mp1 = m + 1 ; d1 = d [ m ] ; d2 = d [ mp1 ] ; if ( d1 > this . epsilon || d2 > this . epsilon ) { X = r [ m1 ] ; if ( FastMath . abs ( X ) * FastMath . sqrt ( d1 ) < tol [ mp1 ] ) { X = 0.0 ; } if ( d1 < this . epsilon || FastMath . abs ( X ) < this . epsilon ) { d [ m ] = d2 ; d [ mp1 ] = d1 ; r [ m1 ] = 0.0 ; for ( int col = m + 2 ; col < nvars ; col ++ ) { ++ m1 ; X = r [ m1 ] ; r [ m1 ] = r [ m2 ] ; r [ m2 ] = X ; ++ m2 ; } X = rhs [ m ] ; rhs [ m ] = rhs [ mp1 ] ; rhs [ mp1 ] = X ; bSkipTo40 = true ; } else if ( d2 < this . epsilon ) { d [ m ] = d1 * X * X ; r [ m1 ] = 1.0 / X ; for ( int _i = m1 + 1 ; _i < m1 + nvars - m - 1 ; _i ++ ) { r [ _i ] /= X ; } rhs [ m ] /= X ; bSkipTo40 = true ; } if ( ! bSkipTo40 ) { d1new = d2 + d1 * X * X ; cbar = d2 / d1new ; sbar = X * d1 / d1new ; d2new = d1 * cbar ; d [ m ] = d1new ; d [ mp1 ] = d2new ; r [ m1 ] = sbar ; for ( int col = m + 2 ; col < nvars ; col ++ ) { ++ m1 ; Y = r [ m1 ] ; r [ m1 ] = cbar * r [ m2 ] + sbar * Y ; r [ m2 ] = Y - X * r [ m2 ] ; ++ m2 ; } Y = rhs [ m ] ; rhs [ m ] = cbar * rhs [ mp1 ] + sbar * Y ; rhs [ mp1 ] = Y - X * rhs [ mp1 ] ; } } if ( m > 0 ) { pos = m ; for ( int row = 0 ; row < m ; row ++ ) { X = r [ pos ] ; r [ pos ] = r [ pos - 1 ] ; r [ pos - 1 ] = X ; pos += nvars - row - 2 ; } } m1 = vorder [ m ] ; vorder [ m ] = vorder [ mp1 ] ; vorder [ mp1 ] = m1 ; X = tol [ m ] ; tol [ m ] = tol [ mp1 ] ; tol [ mp1 ] = X ; rss [ m ] = rss [ mp1 ] + d [ mp1 ] * rhs [ mp1 ] * rhs [ mp1 ] ; m += inc ; ++ idx ; } }

Algoritmo as274 appl.ESTADÍSTICO.(1992) vol.41, no.2. Mueva la variable de la posición de la posición a una reducción ortogonal producida por AS75.1.


public boolean equals  ( Object obj ) { if ( obj == null ) return false ; if ( this == obj ) return true ; if ( ! ( obj instanceof SharedActivationPolicyPermission ) ) return false ; SharedActivationPolicyPermission other = ( SharedActivationPolicyPermission ) obj ; boolean answer = policyPermission . equals ( other . policyPermission ) ; if ( DEBUG ) { System . out . println ( "SharedActivationPolicyPermission::equals() - " + "checking " + policyPermission + " vs. " + other . policyPermission + ": " + answer ) ; } return answer ; }

Dos instancias son iguales si tienen el mismo nombre.


public Criteria createCriteria  ( ) { Criteria criteria = createCriteriaInternal ( ) ; if ( oredCriteria . size ( ) == 0 ) { oredCriteria . add ( criteria ) ; } return criteria ; }

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


public void addParameter  ( FilterNameParameter parameter ) { parameterList . add ( parameter ) ; }


public String toString  ( int indentFactor ) throws JSONException { StringWriter sw = new StringWriter ( ) ; synchronized ( sw . getBuffer ( ) ) { return this . write ( sw , indentFactor , 0 ) . toString ( ) ; } }

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


public void mouseWheelMoved  ( MouseWheelEvent event ) { switch ( event . getScrollType ( ) ) { case ( MouseWheelEvent . WHEEL_BLOCK_SCROLL ) : { charMap4 . getGridScroll ( ) . setValue ( charMap4 . getGridScroll ( ) . getValue ( ) + ( event . getWheelRotation ( ) * charMap4 . getGridScroll ( ) . getBlockIncrement ( ) ) ) ; } break ; case ( MouseWheelEvent . WHEEL_UNIT_SCROLL ) : { int i = charMap4 . getGridScroll ( ) . getBlockIncrement ( ) ; i = Math . max ( ( - i ) , Math . min ( i , event . getUnitsToScroll ( ) ) ) ; charMap4 . getGridScroll ( ) . setValue ( charMap4 . getGridScroll ( ) . getValue ( ) + i ) ; } break ; default : break ; } }

MouseWheelMoved Este es el oyente de la rueda del ratón, para la rueda de desplazamiento en algunos ratones.El Scroll "Unidad" utiliza las preferencias del sistema local para cuántas líneas / filas por clic del mouse.El desplazamiento "Unidad" puede ser demasiado grande si solo hay una o dos líneas en la pantalla.El oyente de la rueda del ratón no tiene ninguna interacción con los otros oyentes de ratón arriba.


public double initializeStep  ( final boolean forward , final int order , final double [ ] scale , final ODEStateAndDerivative state0 , final EquationsMapper mapper ) throws MathIllegalArgumentException , MathIllegalStateException { if ( initialStep > 0 ) { return forward ? initialStep : - initialStep ; } final double [ ] y0 = state0 . getCompleteState ( ) ; final double [ ] yDot0 = state0 . getCompleteDerivative ( ) ; double yOnScale2 = 0 ; double yDotOnScale2 = 0 ; for ( int j = 0 ; j < scale . length ; ++ j ) { final double ratio = y0 [ j ] / scale [ j ] ; yOnScale2 += ratio * ratio ; final double ratioDot = yDot0 [ j ] / scale [ j ] ; yDotOnScale2 += ratioDot * ratioDot ; } double h = ( ( yOnScale2 < 1.0e-10 ) || ( yDotOnScale2 < 1.0e-10 ) ) ? 1.0e-6 : ( 0.01 * FastMath . sqrt ( yOnScale2 / yDotOnScale2 ) ) ; if ( ! forward ) { h = - h ; } final double [ ] y1 = new double [ y0 . length ] ; for ( int j = 0 ; j < y0 . length ; ++ j ) { y1 [ j ] = y0 [ j ] + h * yDot0 [ j ] ; } final double [ ] yDot1 = computeDerivatives ( state0 . getTime ( ) + h , y1 ) ; double yDDotOnScale = 0 ; for ( int j = 0 ; j < scale . length ; ++ j ) { final double ratioDotDot = ( yDot1 [ j ] - yDot0 [ j ] ) / scale [ j ] ; yDDotOnScale += ratioDotDot * ratioDotDot ; } yDDotOnScale = FastMath . sqrt ( yDDotOnScale ) / h ; final double maxInv2 = FastMath . max ( FastMath . sqrt ( yDotOnScale2 ) , yDDotOnScale ) ; final double h1 = ( maxInv2 < 1.0e-15 ) ? FastMath . max ( 1.0e-6 , 0.001 * FastMath . abs ( h ) ) : FastMath . pow ( 0.01 / maxInv2 , 1.0 / order ) ; h = FastMath . min ( 100.0 * FastMath . abs ( h ) , h1 ) ; h = FastMath . max ( h , 1.0e-12 * FastMath . abs ( state0 . getTime ( ) ) ) ; if ( h < getMinStep ( ) ) { h = getMinStep ( ) ; } if ( h > getMaxStep ( ) ) { h = getMaxStep ( ) ; } if ( ! forward ) { h = - h ; } return h ; }


Anular para ejecutar este método en la actividad de intro final


private void updateView  ( ) { if ( rebuildItems ( ) ) { calculateLayoutWidth ( getWidth ( ) , MeasureSpec . EXACTLY ) ; layout ( getWidth ( ) , getHeight ( ) ) ; } }

Vista de actualizaciones.Reconstruye los artículos y la etiqueta si es necesario, vuelva a calcular los tamaños de los elementos.


private void trigger  ( int position , float positionOffset ) { CircleIndicator . this . mCurItemPosition = position ; CircleIndicator . this . mCurItemPositionOffset = positionOffset ; requestLayout ( ) ; invalidate ( ) ; }

¡Dispare a redibujar el indicador cuando el elemento seleccionado del viewpager cambió!


public static double [ ] logs2probs  ( double [ ] a ) { double max = a [ maxIndex ( a ) ] ; double sum = 0.0 ; double [ ] result = new double [ a . length ] ; for ( int i = 0 ; i < a . length ; i ++ ) { result [ i ] = Math . exp ( a [ i ] - max ) ; sum += result [ i ] ; } normalize ( result , sum ) ; return result ; }

Convierte una matriz que contiene los logaritmos naturales de las probabilidades almacenadas en un vector de nuevo en las probabilidades.Se asume las probabilidades que suman a uno.


public static List < String > split  ( String input ) throws IllegalArgumentException  { try { String [ ] result = defaultReader . readValue ( input ) ; String [ ] raw = rawReader . readValue ( input ) ; for ( String item : raw ) { if ( item . trim ( ) . isEmpty ( ) ) { String msg = String . format ( PARSING_FAILURE_UNQOUTED_VALUES_FORMAT , input ) ; throw new IllegalArgumentException ( msg ) ; } } return Arrays . asList ( result ) ; } catch ( IOException ioe ) { String msg = String . format ( PARSING_FAILURE , input ) ; throw new IllegalArgumentException ( msg , ioe ) ; } }

Dividir una cadena en tokens según las reglas de CSV.El analizador CSV definido aquí utiliza coma como delímetro, cotizaciones dobles para escapar de caracteres, incluidas comas y cotizaciones dobles, y no utiliza un carácter especial para escapar (como '\').Si hay que escapar cotizaciones dobles dentro del campo, entonces todo el campo debe ser doble citado (consulte los ejemplos a continuación).<p> Ejemplos: Foo, la barra corresponde a ["foo", "bar"] "foo, bar y baz", QUX corresponde a ["Foo, Bar y Baz", "QUX"] Foo, "2'10""" Corresponde a ["foo", "2'10 \" "] foo, la barra no es válida. La cadena vacía no fue citada


private void sendAfterTextChanged  ( Editable s ) { if ( mListeners != null ) { for ( int i = 0 ; i < mListeners . size ( ) ; i ++ ) { mListeners . get ( i ) . afterTextChanged ( s ) ; } } }

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


private void createDo2  ( polyglot . ast . Do doStmt ) { soot . jimple . Stmt noop1 = soot . jimple . Jimple . v ( ) . newNopStmt ( ) ; body . getUnits ( ) . add ( noop1 ) ; endControlNoop . push ( soot . jimple . Jimple . v ( ) . newNopStmt ( ) ) ; condControlNoop . push ( soot . jimple . Jimple . v ( ) . newNopStmt ( ) ) ; createStmt ( doStmt . body ( ) ) ; soot . jimple . Stmt continueStmt = condControlNoop . pop ( ) ; body . getUnits ( ) . add ( continueStmt ) ; condControlNoop . push ( continueStmt ) ; if ( labelMap != null && labelMap . containsKey ( doStmt ) ) { body . getUnits ( ) . add ( labelMap . get ( doStmt ) ) ; } polyglot . ast . Expr condition = doStmt . cond ( ) ; createBranchingExpr ( condition , noop1 , true ) ; body . getUnits ( ) . add ( ( endControlNoop . pop ( ) ) ) ; condControlNoop . pop ( ) ; }


public void moveFiles  ( Collection < OCFile > files , OCFile targetFolder ) { for ( OCFile file : files ) { Intent service = new Intent ( mFileActivity , OperationsService . class ) ; service . setAction ( OperationsService . ACTION_MOVE_FILE ) ; service . putExtra ( OperationsService . EXTRA_NEW_PARENT_PATH , targetFolder . getRemotePath ( ) ) ; service . putExtra ( OperationsService . EXTRA_REMOTE_PATH , file . getRemotePath ( ) ) ; service . putExtra ( OperationsService . EXTRA_ACCOUNT , mFileActivity . getAccount ( ) ) ; mWaitingForOpId = mFileActivity . getOperationsServiceBinder ( ) . queueNewOperation ( service ) ; } mFileActivity . showLoadingDialog ( mFileActivity . getString ( R . string . wait_a_moment ) ) ; }

Iniciar operaciones para mover uno o varios archivos


private void buildViewForMeasuring  ( ) { if ( itemsLayout != null ) { recycle . recycleItems ( itemsLayout , firstItem , new ItemsRange ( ) ) ; } else { createItemsLayout ( ) ; } int addItems = visibleItems / 2 ; for ( int i = currentItem + addItems ; i >= currentItem - addItems ; i -- ) { if ( addViewItem ( i , true ) ) { firstItem = i ; } } }


public MessagesEditChatQuery editChat  ( UserActor actor , int chatId , String title ) { return new MessagesEditChatQuery ( getClient ( ) , actor , chatId , title ) ; }


public VendorOptionVersion ( Class < ? > classType , VersionData version ) { this . classType = classType ; this . minimumVersion = version ; this . maximumVersion = version ; }

Instantánea una nueva versión de opción de proveedor.


private boolean isDerivedByList  ( String ancestorNS , String ancestorName , XSTypeDefinition type ) { if ( type != null && ( ( XSSimpleTypeDefinition ) type ) . getVariety ( ) == VARIETY_LIST ) { XSTypeDefinition itemType = ( ( XSSimpleTypeDefinition ) type ) . getItemType ( ) ; if ( itemType != null ) { if ( isDerivedByRestriction ( ancestorNS , ancestorName , itemType ) ) { return true ; } } } return false ; }

Verifica si un tipo se deriva de otro por lista.Consulte: http://www.w3.org/tr/2004/rec-dom-level-3-core-20040407/core.html#typeinfo-isderivedfromde


public DependencyGraph ( Sentence sentence , List < Dependency > arcs ) { this . sentence = sentence ; int n = sentence . length ( ) ; this . heads = new Integer [ n ] ; this . labels = new String [ n ] ; for ( int i = 0 ; i < n ; i ++ ) { heads [ i ] = - 1 ; labels [ i ] = "root" ; } for ( Dependency arc : arcs ) { int u = arc . getHead ( ) ; int v = arc . getDependent ( ) ; heads [ v ] = u ; labels [ v ] = arc . getType ( ) . substring ( 3 ) ; } }


public HumanTime y  ( ) { return y ( 1 ) ; }


public static String keyForImage  ( String imagePath ) { String key = null ; try { MessageDigest messageDigest = MessageDigest . getInstance ( "md5" ) ; messageDigest . update ( imagePath . getBytes ( ) ) ; key = byteToHex ( messageDigest . digest ( ) ) ; } catch ( NoSuchAlgorithmException e ) { e . printStackTrace ( ) ; } return key ; }


private < T > UnaryOperator < T > chainOperators  ( Stream < UnaryOperator < T > > operators ) { return operators . reduce ( UnaryOperator . identity ( ) , null ) ; }

Cadena de una corriente de funciones en una sola función, que aplica cada una después del otro


public JobManagerException ( String msg ) { super ( msg ) ; }

Construye un <código> JOBMANAGERException </ Code> con el mensaje de detalle especificado.


public void put  ( String key , Bitmap data ) { if ( ( data == null ) || ( key == null ) ) return ; synchronized ( mLinkedHashMap ) { if ( mLinkedHashMap . get ( key ) == null ) { try { final String file = createFilePath ( mCacheDir , key ) ; if ( writeBitmapToFile ( data , file ) ) { put ( key , file ) ; flushCache ( ) ; } } catch ( final FileNotFoundException e ) { Log . e ( TAG , "Error in put: " + e . getMessage ( ) ) ; } catch ( final IOException e ) { Log . e ( TAG , "Error in put: " + e . getMessage ( ) ) ; } } } }

Agregue un mapa de bits a la memoria caché del disco.


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

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


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

Crear un nuevo <código> DataTypeconFiguraciónException  con el mensaje de detalle especificado.


public static _Fields findByThriftId  ( int fieldId ) { switch ( fieldId ) { case 1 : return SEQUENCE_ID ; case 2 : return STATUS ; case 3 : return MESSAGE ; default : return null ; } }

Encuentre la constante _fields que coincida con el campo, o nulo si no se encuentra.


@ Override public synchronized void write  ( byte [ ] b , int off , int len ) throws IOException { super . write ( b , off , len ) ; this . branch . write ( b , off , len ) ; }

Escriba los bytes especificados a ambas flujos.


public synchronized Vertex locateVertex  ( String sVertexLabel ) { return ( Vertex ) UniqueVertices . get ( sVertexLabel ) ; }

Busca una etiqueta de vértice dada en este gráfico.


@ Override public void applyInline  ( double [ ] buf , int off , int len ) { for ( int i = off ; i < off + len ; i ++ ) { buf [ i ] = buf [ i ] * buf [ i ] ; assert buf [ i ] >= 0 ; } }

Para cada muestra de la señal, calcule la energía de la señal como el cuadrado de la muestra de la señal.


public VideoReorderAlbumsQuery ownerId  ( Integer value ) { return unsafeParam ( "owner_id" , value ) ; }

ID del usuario o comunidad que posee los álbumes.


public int max_container_size  ( ) { return soot . PhaseOptions . getInt ( options , "max-container-size" ) ; }

Tamaño máximo del contenedor -.Determina el número máximo de declaraciones de jimple para un método de contenedor.Si un método tiene más de este número de declaraciones de Jimple, entonces no se instalarán métodos en él.


public boolean canSetInt  ( ) { return canSet ( int . class ) ; }

Indica si se puede llamar a un método de ajuste de conveniencia sin que se lanza una excepción para el tipo INT.


public void insertEntry  ( Context context , IEntryHolder entryHolder , boolean shouldReplicate , boolean origin , boolean suppliedUid ) throws SAException , EntryAlreadyInSpaceException { validateEntryCanBeWrittenToCache ( entryHolder ) ; final TypeData typeData = _typeDataMap . get ( entryHolder . getServerTypeDesc ( ) ) ; if ( entryHolder . getXidOriginatedTransaction ( ) != null ) { entryHolder . setMaybeUnderXtn ( true ) ; entryHolder . setWriteLockOwnerAndOperation ( entryHolder . getXidOriginated ( ) , SpaceOperations . WRITE , false ) ; } if ( entryHolder . getXidOriginated ( ) != null ) entryHolder . getXidOriginated ( ) . setOperatedUpon ( ) ; IEntryCacheInfo pE = null ; pE = insertEntryToCache ( context , entryHolder , true , typeData , true ) ; if ( pE == _entryAlreadyInSpaceIndication ) { throw new EntryAlreadyInSpaceException ( entryHolder . getUID ( ) , entryHolder . getClassName ( ) ) ; } if ( entryHolder . getXidOriginatedTransaction ( ) == null ) { try { if ( entryHolder . isOffHeapEntry ( ) && isDirectPersistencyEmbeddedtHandlerUsed ( ) && context . isActiveBlobStoreBulk ( ) ) context . setForBulkInsert ( entryHolder ) ; _storageAdapter . insertEntry ( context , entryHolder , origin , shouldReplicate ) ; if ( shouldReplicate && ! context . isDelayedReplicationForbulkOpUsed ( ) ) handleInsertEntryReplication ( context , entryHolder ) ; } catch ( SAException ex ) { removeEntryFromCache ( entryHolder ) ; context . resetRecentFifoObject ( ) ; throw ex ; } } }


protected RenameOperation ( ) { super ( ) ; }

Instantáneo renombrado.Solo se usa en burlándose.


public String makeServiceCall  ( String url , int method ) { return this . makeServiceCall ( url , method , null ) ; }


private void addRayAction  ( ) { SandboxRay ray = AddRayDialog . show ( ControlUtilities . getParentWindow ( this ) ) ; if ( ray != null ) { synchronized ( Simulation . LOCK ) { this . simulation . getRays ( ) . add ( ray ) ; } DefaultMutableTreeNode rayNode = new DefaultMutableTreeNode ( ray ) ; this . model . insertNodeInto ( rayNode , this . rayFolder , this . rayFolder . getChildCount ( ) ) ; this . tree . expandPath ( new TreePath ( rayNode . getPath ( ) ) . getParentPath ( ) ) ; } }

Muestra un diálogo que permite al usuario crear un rayo para emitir contra el mundo.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_DPTransfer_ME_TO_SELF  ( int num0 , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200359 , num0 , skillname ) ; }

Usted transfirió% DP NUM0 DP usando [% SkillName].


public void updatePassword  ( String username , String password , String newPassword ) throws AuthenticatorException { Debug . logInfo ( this . getClass ( ) . getName ( ) + " Authenticator updatePassword()" , module ) ; }


public static SM_SYSTEM_MESSAGE STR_MSG_LOOT_PAUSE_END_ME  ( String value0 , String value1 ) { return new SM_SYSTEM_MESSAGE ( 1390190 , value0 , value1 ) ; }


private void storeLegionAnnouncements  ( Legion legion ) { for ( int i = 0 ; i < ( legion . getAnnouncementList ( ) . size ( ) - 7 ) ; i ++ ) { removeAnnouncement ( legion . getLegionId ( ) , legion . getAnnouncementList ( ) . firstEntry ( ) . getKey ( ) ) ; legion . removeFirstEntry ( ) ; } }

Este método almacena todos los anuncios de Legión.


public static void assertion  ( boolean expression , String errorMessage ) { if ( ! expression ) { throw new UnsupportedOperationException ( "Error in " + NAME + " " + VERSION + ": " + errorMessage ) ; } }

Se asegura de que la expresión dada sea verdadera.Si no, se lanza una excepción.


public void onClearSignedInUser  ( ) { mNotificationController . cancelNotification ( NotificationConstants . NOTIFICATION_ID_SIGNED_IN ) ; }


private Comparable < ? super K > comparable  ( Object key ) throws ClassCastException  { if ( key == null ) throw new NullPointerException ( ) ; if ( comparator != null ) return new ComparableUsingComparator < K > ( ( K ) key , comparator ) ; else return ( Comparable < ? super K > ) key ; }

Si usa el comparador, devuelva un ComparableUsingComparator, ello, elija la clave como comparable, lo que puede causar ClasscastException, que se propaga nuevamente a la persona que llama.


@ Override public void json  ( String json ) { if ( TextUtils . isEmpty ( json ) ) { d ( "Empty/Null json content" ) ; return ; } try { json = json . trim ( ) ; if ( json . startsWith ( "{" ) ) { JSONObject jsonObject = new JSONObject ( json ) ; String message = jsonObject . toString ( JSON_INDENT ) ; d ( message ) ; return ; } if ( json . startsWith ( "[" ) ) { JSONArray jsonArray = new JSONArray ( json ) ; String message = jsonArray . toString ( JSON_INDENT ) ; d ( message ) ; } } catch ( JSONException e ) { e ( e . getCause ( ) . getMessage ( ) + "\n" + json ) ; } }

Formatos del contenido de JSON e imprimiéndolo.


boolean showPermissionBlockedMessage  ( Context context ) { return ! enabledForChrome ( context ) || ! enabledGlobally ( ) ; }

Devuelve si desea mostrar el mensaje 'Permiso bloqueado'.La mayoría del tiempo, que está justificado cuando el permiso está bloqueado por aplicación o a nivel mundial.Pero hay excepciones a esto, por lo que las subclases pueden sobrescribir.


public Expression not  ( Expression exp ) { throw new RuntimeException ( "Unsupported operation." ) ; }


private static boolean equal  ( Object o1 , Object o2 ) { if ( o1 == o2 ) return true ; if ( o1 == null || o2 == null ) return false ; Class c = o1 . getClass ( ) ; if ( c == String . class || c == Integer . class || c == Boolean . class || c == Character . class || c == Long . class || c == Float . class || c == Double . class || c == Byte . class || c == Short . class ) return o1 . equals ( o2 ) ; try { return new MarshalledObject ( o1 ) . equals ( new MarshalledObject ( o2 ) ) ; } catch ( IOException ex ) { throw new IllegalArgumentException ( "unexpected IOException" ) ; } }

Devuelve <código> Verdadero </ código> Si los dos objetos de entrada son los mismos en el formulario <código> MARSHALLEDOBJECT </ CODE>, <CÓDIGO> FALSO </ CODE> de lo contrario.


@ Override @ SuppressWarnings ( "unchecked" ) public EquipmentCacheObject clone  ( ) { EquipmentCacheObject equipmentCacheObject = ( EquipmentCacheObject ) super . clone ( ) ; equipmentCacheObject . commandTagIds = ( LinkedList < Long > ) this . commandTagIds . clone ( ) ; equipmentCacheObject . subEquipmentIds = ( LinkedList < Long > ) this . subEquipmentIds . clone ( ) ; return equipmentCacheObject ; }

Método de clon que puede ser utilizado por el núcleo del servidor y otros módulos para obtener su propia copia del objeto de caché de equipos.


public void addSystemPropParameter  ( String key , String value ) { if ( key == null || value == null ) throw new IllegalArgumentException ( "Illegal system property argument for key: [" + key + "] value: [" + value + "]" ) ; _systemProp . put ( key , value ) ; }

Agregue el nombre y el valor de la propiedad del sistema.


public String toString  ( ) { return ( digits ( mostSig >> 32 , 8 ) + "-" + digits ( mostSig >> 16 , 4 ) + "-" + digits ( mostSig , 4 ) + "-" + digits ( leastSig >> 48 , 4 ) + "-" + digits ( leastSig , 12 ) ) ; }

Devuelve una cadena de 36 caracteres de cinco campos separados por guiones, con cada campo representado en la hexadecimal en minúscula con el mismo número de dígitos que en el campo.El orden de los campos es: <CÓDIGO> TIME_LOW </ CODE>, <CÓDIGO> TIME_MID </ CODE>, <CÓDIGO> VERSIÓN </ CODE> y <CÓDIGO> TIME_HI </ CODE> TRATADO como un solo campo, <Code>Variante </ código> y <code> Clock_SEQ </ CODE> Se tratan como un solo campo, y <código> nodo </ código>.


public static void recordAction  ( int action ) { assert action >= 0 ; assert action < NUM_ACTIONS ; switch ( action ) { case ACTION_OPENED_MOST_VISITED_ENTRY : RecordUserAction . record ( "MobileNTPMostVisited" ) ; break ; case ACTION_OPENED_RECENTLY_CLOSED_ENTRY : RecordUserAction . record ( "MobileNTPRecentlyClosed" ) ; break ; case ACTION_OPENED_BOOKMARK : RecordUserAction . record ( "MobileNTPBookmark" ) ; break ; case ACTION_OPENED_FOREIGN_SESSION : RecordUserAction . record ( "MobileNTPForeignSession" ) ; break ; default : break ; } RecordHistogram . recordEnumeratedHistogram ( "NewTabPage.ActionAndroid" , action , NUM_ACTIONS ) ; }

Registra una acción tomada por el usuario en el NTP.


@ NotNull public UpdateFaceToPersonAction updatePersonFace  ( @ NotNull String personGroupId , @ NotNull String personId , @ NotNull String persistedFaceId , @ Nullable String userData ) { Validation . validate ( personGroupId , "^[a-z0-9_-]{1,64}$" , new ParameterValidationException ( "personGroupId" , "Person group ID is invalid. Valid format should be a string composed by numbers, english letters in lower case, '-', '_', and no longer than 64 characters." ) ) ; Validation . validate ( userData , 1 , new ParameterValidationException ( "userData" , "User-specified data for any purpose. The maximum length is 1KB." ) ) ; return new UpdateFaceToPersonAction ( cognitiveContext , personGroupId , personId , persistedFaceId , userData ) ; }

Actualice el campo UserData de una persona.


public boolean remove  ( JobStatus jobStatus ) { boolean removed = mJobSet . remove ( jobStatus ) ; if ( ! removed ) { if ( DEBUG ) { } return false ; } if ( jobStatus . isPersisted ( ) ) { maybeWriteStatusToDiskAsync ( ) ; } return removed ; }

Retire el trabajo provisto.También eliminará el trabajo si fue persistido.


private String printXFormat  ( short x ) { String sx = null ; if ( x == Short . MIN_VALUE ) sx = "8000" ; else if ( x < 0 ) { String t ; if ( x == Short . MIN_VALUE ) t = "0" ; else { t = Integer . toString ( ( ~ ( - x - 1 ) ) ^ Short . MIN_VALUE , 16 ) ; if ( t . charAt ( 0 ) == 'F' || t . charAt ( 0 ) == 'f' ) t = t . substring ( 16 , 32 ) ; } switch ( t . length ( ) ) { case 1 : sx = "800" + t ; break ; case 2 : sx = "80" + t ; break ; case 3 : sx = "8" + t ; break ; case 4 : switch ( t . charAt ( 0 ) ) { case '1' : sx = "9" + t . substring ( 1 , 4 ) ; break ; case '2' : sx = "a" + t . substring ( 1 , 4 ) ; break ; case '3' : sx = "b" + t . substring ( 1 , 4 ) ; break ; case '4' : sx = "c" + t . substring ( 1 , 4 ) ; break ; case '5' : sx = "d" + t . substring ( 1 , 4 ) ; break ; case '6' : sx = "e" + t . substring ( 1 , 4 ) ; break ; case '7' : sx = "f" + t . substring ( 1 , 4 ) ; break ; } break ; } } else sx = Integer . toString ( x , 16 ) ; return printXFormat ( sx ) ; }

Método de formato para el carácter de conversión X y el argumento corto.<P /> para Formato X, el carácter de la bandera '-', significa que la salida debe dejarse justificada dentro del campo.El valor predeterminado es almohadillar con espacios en blanco a la izquierda.El carácter de la bandera '#' significa conducir con '0x'.<P /> El ancho de campo se trata como el número mínimo de caracteres a imprimir.El valor predeterminado es agregar ningún relleno.El relleno es con espacios en blanco de forma predeterminada.<p /> La precisión, si se establece, es el número mínimo de dígitos a aparecer.El relleno es con 0s líderes.


public void enableTabSwiping  ( boolean enable ) { mEnableTabSwiping = TAB_SWIPING_ENABLED && enable ; }

Habilita o desactiva el borde del borde en el dispositivo.Esto determina si los bordes que se originan a partir de los bordes de la pantalla son capturados y manejados por este objeto o no.


public void insertAfter  ( Unit toInsert , Unit point ) { if ( point == mTail ) mTail = toInsert ; Chain < Unit > methodBody = mBody . getUnits ( ) ; methodBody . insertAfter ( toInsert , point ) ; }

Inserta una unidad después de alguna otra unidad en el bloque.


@ Deprecated public CatchPokemonResponse catchPokemon  ( MapPokemon catchablePokemon , double normalizedHitPosition , double normalizedReticleSize , double spinModifier , ItemId pokeball ) throws LoginFailedException , RemoteServerException { CatchPokemonMessage reqMsg = CatchPokemonMessage . newBuilder ( ) . setEncounterId ( catchablePokemon . getEncounterId ( ) ) . setHitPokemon ( true ) . setNormalizedHitPosition ( normalizedHitPosition ) . setNormalizedReticleSize ( normalizedReticleSize ) . setSpawnPointId ( catchablePokemon . getSpawnPointId ( ) ) . setSpinModifier ( spinModifier ) . setPokeball ( pokeball ) . build ( ) ; ServerRequest serverRequest = new ServerRequest ( RequestType . CATCH_POKEMON , reqMsg ) ; api . getRequestHandler ( ) . sendServerRequests ( serverRequest ) ; CatchPokemonResponse response ; try { response = CatchPokemonResponse . parseFrom ( serverRequest . getData ( ) ) ; } catch ( InvalidProtocolBufferException e ) { throw new RemoteServerException ( e ) ; } return response ; }

Coger la respuesta de Pokémon Pokémon Pokémon.


public EntityUpdate ( Entity entity ) { this . entity = entity ; }

Construye un nuevo evento que se dispara cuando una entidad tiene una marca de actualización.


public static SM_SYSTEM_MESSAGE STR_SKILL_NOT_LEARNED  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1300020 , value0 ) ; }


private void tryScrollBackToTopWhileLoading  ( ) { tryScrollBackToTop ( ) ; }


protected boolean readAttributes  ( DataInputStream d , int attributes_count , attribute_info [ ] ai ) throws IOException { attribute_info a = null ; int i ; int j ; long len ; String s ; for ( i = 0 ; i < attributes_count ; i ++ ) { j = d . readUnsignedShort ( ) ; len = d . readInt ( ) & 0xFFFFFFFFL ; s = ( ( CONSTANT_Utf8_info ) ( constant_pool [ j ] ) ) . convert ( ) ; if ( s . compareTo ( attribute_info . SourceFile ) == 0 ) { SourceFile_attribute sa = new SourceFile_attribute ( ) ; sa . sourcefile_index = d . readUnsignedShort ( ) ; a = ( attribute_info ) sa ; } else if ( s . compareTo ( attribute_info . ConstantValue ) == 0 ) { ConstantValue_attribute ca = new ConstantValue_attribute ( ) ; ca . constantvalue_index = d . readUnsignedShort ( ) ; a = ( attribute_info ) ca ; } else if ( s . compareTo ( attribute_info . Code ) == 0 ) { Code_attribute ca = new Code_attribute ( ) ; ca . max_stack = d . readUnsignedShort ( ) ; ca . max_locals = d . readUnsignedShort ( ) ; ca . code_length = d . readInt ( ) & 0xFFFFFFFFL ; ca . code = new byte [ ( int ) ca . code_length ] ; readAllBytes ( ca . code , d ) ; ca . exception_table_length = d . readUnsignedShort ( ) ; ca . exception_table = new exception_table_entry [ ca . exception_table_length ] ; int k ; exception_table_entry e ; for ( k = 0 ; k < ca . exception_table_length ; k ++ ) { e = new exception_table_entry ( ) ; e . start_pc = d . readUnsignedShort ( ) ; e . end_pc = d . readUnsignedShort ( ) ; e . handler_pc = d . readUnsignedShort ( ) ; e . catch_type = d . readUnsignedShort ( ) ; ca . exception_table [ k ] = e ; } ca . attributes_count = d . readUnsignedShort ( ) ; ca . attributes = new attribute_info [ ca . attributes_count ] ; readAttributes ( d , ca . attributes_count , ca . attributes ) ; a = ( attribute_info ) ca ; } else if ( s . compareTo ( attribute_info . Exceptions ) == 0 ) { Exception_attribute ea = new Exception_attribute ( ) ; ea . number_of_exceptions = d . readUnsignedShort ( ) ; if ( ea . number_of_exceptions > 0 ) { int k ; ea . exception_index_table = new int [ ea . number_of_exceptions ] ; for ( k = 0 ; k < ea . number_of_exceptions ; k ++ ) ea . exception_index_table [ k ] = d . readUnsignedShort ( ) ; } a = ( attribute_info ) ea ; } else if ( s . compareTo ( attribute_info . LineNumberTable ) == 0 ) { LineNumberTable_attribute la = new LineNumberTable_attribute ( ) ; la . line_number_table_length = d . readUnsignedShort ( ) ; int k ; line_number_table_entry e ; la . line_number_table = new line_number_table_entry [ la . line_number_table_length ] ; for ( k = 0 ; k < la . line_number_table_length ; k ++ ) { e = new line_number_table_entry ( ) ; e . start_pc = d . readUnsignedShort ( ) ; e . line_number = d . readUnsignedShort ( ) ; la . line_number_table [ k ] = e ; } a = ( attribute_info ) la ; } else if ( s . compareTo ( attribute_info . LocalVariableTable ) == 0 ) { LocalVariableTable_attribute la = new LocalVariableTable_attribute ( ) ; la . local_variable_table_length = d . readUnsignedShort ( ) ; int k ; local_variable_table_entry e ; la . local_variable_table = new local_variable_table_entry [ la . local_variable_table_length ] ; for ( k = 0 ; k < la . local_variable_table_length ; k ++ ) { e = new local_variable_table_entry ( ) ; e . start_pc = d . readUnsignedShort ( ) ; e . length = d . readUnsignedShort ( ) ; e . name_index = d . readUnsignedShort ( ) ; e . descriptor_index = d . readUnsignedShort ( ) ; e . index = d . readUnsignedShort ( ) ; la . local_variable_table [ k ] = e ; } a = ( attribute_info ) la ; } else if ( s . compareTo ( attribute_info . LocalVariableTypeTable ) == 0 ) { LocalVariableTypeTable_attribute la = new LocalVariableTypeTable_attribute ( ) ; la . local_variable_type_table_length = d . readUnsignedShort ( ) ; int k ; local_variable_type_table_entry e ; la . local_variable_type_table = new local_variable_type_table_entry [ la . local_variable_type_table_length ] ; for ( k = 0 ; k < la . local_variable_type_table_length ; k ++ ) { e = new local_variable_type_table_entry ( ) ; e . start_pc = d . readUnsignedShort ( ) ; e . length = d . readUnsignedShort ( ) ; e . name_index = d . readUnsignedShort ( ) ; e . signature_index = d . readUnsignedShort ( ) ; e . index = d . readUnsignedShort ( ) ; la . local_variable_type_table [ k ] = e ; } a = ( attribute_info ) la ; } else if ( s . compareTo ( attribute_info . Synthetic ) == 0 ) { Synthetic_attribute ia = new Synthetic_attribute ( ) ; a = ( attribute_info ) ia ; } else if ( s . compareTo ( attribute_info . Signature ) == 0 ) { Signature_attribute ia = new Signature_attribute ( ) ; ia . signature_index = d . readUnsignedShort ( ) ; a = ( attribute_info ) ia ; } else if ( s . compareTo ( attribute_info . Deprecated ) == 0 ) { Deprecated_attribute da = new Deprecated_attribute ( ) ; a = ( attribute_info ) da ; } else if ( s . compareTo ( attribute_info . EnclosingMethod ) == 0 ) { EnclosingMethod_attribute ea = new EnclosingMethod_attribute ( ) ; ea . class_index = d . readUnsignedShort ( ) ; ea . method_index = d . readUnsignedShort ( ) ; a = ( attribute_info ) ea ; } else if ( s . compareTo ( attribute_info . InnerClasses ) == 0 ) { InnerClasses_attribute ia = new InnerClasses_attribute ( ) ; ia . inner_classes_length = d . readUnsignedShort ( ) ; ia . inner_classes = new inner_class_entry [ ia . inner_classes_length ] ; for ( int k = 0 ; k < ia . inner_classes_length ; k ++ ) { inner_class_entry e = new inner_class_entry ( ) ; e . inner_class_index = d . readUnsignedShort ( ) ; e . outer_class_index = d . readUnsignedShort ( ) ; e . name_index = d . readUnsignedShort ( ) ; e . access_flags = d . readUnsignedShort ( ) ; ia . inner_classes [ k ] = e ; } a = ( attribute_info ) ia ; } else if ( s . compareTo ( attribute_info . RuntimeVisibleAnnotations ) == 0 ) { RuntimeVisibleAnnotations_attribute ra = new RuntimeVisibleAnnotations_attribute ( ) ; ra . number_of_annotations = d . readUnsignedShort ( ) ; ra . annotations = new annotation [ ra . number_of_annotations ] ; for ( int k = 0 ; k < ra . number_of_annotations ; k ++ ) { annotation annot = new annotation ( ) ; annot . type_index = d . readUnsignedShort ( ) ; annot . num_element_value_pairs = d . readUnsignedShort ( ) ; annot . element_value_pairs = readElementValues ( annot . num_element_value_pairs , d , true , 0 ) ; ra . annotations [ k ] = annot ; } a = ( attribute_info ) ra ; } else if ( s . compareTo ( attribute_info . RuntimeInvisibleAnnotations ) == 0 ) { RuntimeInvisibleAnnotations_attribute ra = new RuntimeInvisibleAnnotations_attribute ( ) ; ra . number_of_annotations = d . readUnsignedShort ( ) ; ra . annotations = new annotation [ ra . number_of_annotations ] ; for ( int k = 0 ; k < ra . number_of_annotations ; k ++ ) { annotation annot = new annotation ( ) ; annot . type_index = d . readUnsignedShort ( ) ; annot . num_element_value_pairs = d . readUnsignedShort ( ) ; annot . element_value_pairs = readElementValues ( annot . num_element_value_pairs , d , true , 0 ) ; ra . annotations [ k ] = annot ; } a = ( attribute_info ) ra ; } else if ( s . compareTo ( attribute_info . RuntimeVisibleParameterAnnotations ) == 0 ) { RuntimeVisibleParameterAnnotations_attribute ra = new RuntimeVisibleParameterAnnotations_attribute ( ) ; ra . num_parameters = d . readUnsignedByte ( ) ; ra . parameter_annotations = new parameter_annotation [ ra . num_parameters ] ; for ( int x = 0 ; x < ra . num_parameters ; x ++ ) { parameter_annotation pAnnot = new parameter_annotation ( ) ; pAnnot . num_annotations = d . readUnsignedShort ( ) ; pAnnot . annotations = new annotation [ pAnnot . num_annotations ] ; for ( int k = 0 ; k < pAnnot . num_annotations ; k ++ ) { annotation annot = new annotation ( ) ; annot . type_index = d . readUnsignedShort ( ) ; annot . num_element_value_pairs = d . readUnsignedShort ( ) ; annot . element_value_pairs = readElementValues ( annot . num_element_value_pairs , d , true , 0 ) ; pAnnot . annotations [ k ] = annot ; } ra . parameter_annotations [ x ] = pAnnot ; } a = ( attribute_info ) ra ; } else if ( s . compareTo ( attribute_info . RuntimeInvisibleParameterAnnotations ) == 0 ) { RuntimeInvisibleParameterAnnotations_attribute ra = new RuntimeInvisibleParameterAnnotations_attribute ( ) ; ra . num_parameters = d . readUnsignedByte ( ) ; ra . parameter_annotations = new parameter_annotation [ ra . num_parameters ] ; for ( int x = 0 ; x < ra . num_parameters ; x ++ ) { parameter_annotation pAnnot = new parameter_annotation ( ) ; pAnnot . num_annotations = d . readUnsignedShort ( ) ; pAnnot . annotations = new annotation [ pAnnot . num_annotations ] ; for ( int k = 0 ; k < pAnnot . num_annotations ; k ++ ) { annotation annot = new annotation ( ) ; annot . type_index = d . readUnsignedShort ( ) ; annot . num_element_value_pairs = d . readUnsignedShort ( ) ; annot . element_value_pairs = readElementValues ( annot . num_element_value_pairs , d , true , 0 ) ; pAnnot . annotations [ k ] = annot ; } ra . parameter_annotations [ x ] = pAnnot ; } a = ( attribute_info ) ra ; } else if ( s . compareTo ( attribute_info . AnnotationDefault ) == 0 ) { AnnotationDefault_attribute da = new AnnotationDefault_attribute ( ) ; element_value [ ] result = readElementValues ( 1 , d , false , 0 ) ; da . default_value = result [ 0 ] ; a = ( attribute_info ) da ; } else if ( s . equals ( attribute_info . BootstrapMethods ) ) { BootstrapMethods_attribute bsma = new BootstrapMethods_attribute ( ) ; int count = d . readUnsignedShort ( ) ; bsma . method_handles = new short [ count ] ; bsma . arg_indices = new short [ count ] [ ] ; for ( int num = 0 ; num < count ; num ++ ) { short index = ( short ) d . readUnsignedShort ( ) ; bsma . method_handles [ num ] = index ; int argCount = d . readUnsignedShort ( ) ; bsma . arg_indices [ num ] = new short [ argCount ] ; for ( int numArg = 0 ; numArg < argCount ; numArg ++ ) { short indexArg = ( short ) d . readUnsignedShort ( ) ; bsma . arg_indices [ num ] [ numArg ] = indexArg ; } } assert bootstrap_methods_attribute == null : "More than one bootstrap methods attribute!" ; a = bootstrap_methods_attribute = bsma ; } else { Generic_attribute ga = new Generic_attribute ( ) ; if ( len > 0 ) { ga . info = new byte [ ( int ) len ] ; readAllBytes ( ga . info , d ) ; } a = ( attribute_info ) ga ; } a . attribute_name = j ; a . attribute_length = len ; ai [ i ] = a ; } return true ; }

Lee en el número dado de atributos del flujo dado.


public void render  ( Entity entityIn , float limbSwing , float limbSwingAmount , float ageInTicks , float netHeadYaw , float headPitch , float scale ) { super . render ( entityIn , limbSwing , limbSwingAmount , ageInTicks , netHeadYaw , headPitch , scale ) ; GlStateManager . pushMatrix ( ) ; if ( entityIn . isSneaking ( ) ) { GlStateManager . translate ( 0.0F , 0.2F , 0.0F ) ; } this . claw1 . render ( scale ) ; GlStateManager . popMatrix ( ) ; }

Establece los modelos varios ángulos de rotación y luego hacen que el modelo.


public void releaseId  ( int id ) { try { lock . lock ( ) ; boolean status = idList . get ( id ) ; if ( ! status ) { throw new IDFactoryError ( "ID " + id + " is not taken, can't release it." ) ; } idList . clear ( id ) ; if ( id < nextMinId || nextMinId == Integer . MIN_VALUE ) { nextMinId = id ; } } finally { lock . unlock ( ) ; } }


public HardwareAddressUpdate ( final String clazz ) { this . clazz = clazz ; }

Crea un nuevo hardwareaddressupdate con la clase proporcionada.


protected void seekTo  ( int newPosition ) { if ( mPlaybackService != null ) { mPlaybackService . seekTo ( newPosition ) ; } }

Llamado siempre que el usuario presione FAST-FLORT / Rebobing o cuando el usuario mantiene presionado la acción correspondiente.


@ Override protected void decompose  ( double [ ] [ ] qrt ) { p = new int [ qrt . length ] ; for ( int i = 0 ; i < p . length ; i ++ ) { p [ i ] = i ; } super . decompose ( qrt ) ; }


public static float [ ] evaluate  ( List < String > automaticSequences , List < String > correctSequences ) { float [ ] pr = new float [ 2 ] ; pr [ 0 ] = 0 ; pr [ 1 ] = 0 ; int n = Math . min ( automaticSequences . size ( ) , correctSequences . size ( ) ) ; int totalMatches = 0 ; int totalLen1 = 0 ; int totalLen2 = 0 ; for ( int i = 0 ; i < n ; i ++ ) { String [ ] s1 = automaticSequences . get ( i ) . split ( "\\s+" ) ; String [ ] s2 = correctSequences . get ( i ) . split ( "\\s+" ) ; if ( checkSentence ( s1 , s2 ) ) { int c = evaluate ( s1 , s2 , i ) ; totalMatches += c ; totalLen1 += s1 . length ; totalLen2 += s2 . length ; } } if ( totalLen1 > 0 ) { pr [ 0 ] = ( float ) totalMatches / totalLen1 ; } if ( totalLen2 > 0 ) { pr [ 1 ] = ( float ) totalMatches / totalLen2 ; } System . out . println ( "      #(matches) = " + totalMatches + " (tags)" ) ; System . out . println ( "Automatic length = " + totalLen1 + " (tags)" ) ; System . out . println ( "  Correct length = " + totalLen2 + " (tags)" ) ; System . out . println ( "       Precision = " + pr [ 0 ] ) ; System . out . println ( "          Recall = " + pr [ 1 ] ) ; return pr ; }

Evalúa dos listas de oraciones etiquetadas, calcula las relaciones de precisión y recuerdo.


public Item appendItem  ( Item originalItem ) { ItemContents contents ; Item newItem ; if ( originalItem == null ) { contents = null ; } else { contents = originalItem . getSharedContents ( ) ; } newItem = new Item ( getOwnerRelation ( ) , contents ) ; newItem . next = this . next ; if ( this . next != null ) { this . next . prev = newItem ; } attach ( newItem ) ; if ( this . ownerRelation . getTail ( ) == this ) { this . ownerRelation . setTail ( newItem ) ; } return newItem ; }

Aneja un artículo en esta lista después de este artículo.


public static void scale  ( String url , String referer , String file , int w , int h ) { HttpGet get = null ; InputStream in = null ; try { get = new HttpGet ( formatUrl ( url , "utf-8" ) ) ; if ( referer != null && referer . length ( ) > 0 ) { get . addHeader ( "Referer" , referer ) ; } HttpResponse agent = client . execute ( get ) ; in = agent . getEntity ( ) . getContent ( ) ; BufferedImage img = ImageIO . read ( in ) ; if ( img == null ) return ; BufferedImage out = new BufferedImage ( w , h , BufferedImage . TYPE_4BYTE_ABGR ) ; Graphics g = out . getGraphics ( ) ; int w0 = img . getWidth ( ) ; int h0 = img . getHeight ( ) ; int sx1 = 0 , sx2 = 0 + w0 , sy1 = 0 , sy2 = 0 + h0 , dx1 = 0 , dx2 = w , dy1 = 0 , dy2 = h ; float fh = ( ( float ) h0 ) / h ; float fw = ( ( float ) w0 ) / w ; if ( fh > fw ) { int w2 = ( int ) ( w0 / fh ) ; dx1 = ( w - w2 ) / 2 ; dx2 = dx1 + w2 ; } else { int h2 = ( int ) ( h0 / fw ) ; dy1 = ( h - h2 ) / 2 ; dy2 = dy1 + h2 ; } g . drawImage ( img , dx1 , dy1 , dx2 , dy2 , sx1 , sy1 , sx2 , sy2 , null ) ; ImageIO . write ( out , "png" , new File ( file ) ) ; } catch ( Exception e ) { log . error ( e . getMessage ( ) , e ) ; } finally { if ( in != null ) { try { in . close ( ) ; } catch ( IOException e ) { log . error ( e . getMessage ( ) , e ) ; } } if ( get != null ) { get . abort ( ) ; } } }

Escala la imagen de origen en "URL" con "referente" a la imagen de destino.


public void add  ( double weight , double x , double y ) { observations . add ( new WeightedObservedPoint ( weight , x , y ) ) ; }


public static void backup  ( String filename ) { File f = new File ( filename ) ; f . getParentFile ( ) . mkdirs ( ) ; try { ZipOutputStream zip = new ZipOutputStream ( new FileOutputStream ( f ) ) ; zip . putNextEntry ( new ZipEntry ( "db" ) ) ; PrintStream out = new PrintStream ( zip ) ; Set < String > c1 = getCollections ( ) ; log . debug ( "collections=" + c1 ) ; for ( String table : c1 ) { _backup ( out , table ) ; } zip . closeEntry ( ) ; zip . close ( ) ; } catch ( Exception e ) { } }

Copia de seguridad de todos los datos del archivo.


public GroupByScan ( Scan s , Collection < String > groupFlds , Collection < AggregationFn > aggFns ) { this . ss = s ; this . groupFlds = groupFlds ; this . aggFns = aggFns ; beforeFirst ( ) ; }

Crea un escaneo grupal, dado una escaneo de tabla agrupada.


private static boolean snapToHorizontalAnchor  ( Point candidatePoint , ConstraintWidget widget , SnapCandidate candidate ) { if ( candidate . target == null ) { return false ; } int x1 = WidgetInteractionTargets . constraintHandle ( candidate . source ) . getDrawX ( ) ; int x2 = WidgetInteractionTargets . constraintHandle ( candidate . target ) . getDrawX ( ) + candidate . margin ; int distance = x2 - x1 ; candidatePoint . x = widget . getDrawX ( ) + distance ; return true ; }

Saque la posición horizontal del candidato a un anclaje candidato si existe.


protected WallGetCommentsQueryWithExtended postId  ( int value ) { return unsafeParam ( "post_id" , value ) ; }


public static boolean addSmiles  ( Context context , Spannable spannable ) { boolean hasChanges = false ; for ( Entry < Pattern , Integer > entry : emoticons . entrySet ( ) ) { Matcher matcher = entry . getKey ( ) . matcher ( spannable ) ; while ( matcher . find ( ) ) { boolean set = true ; for ( ImageSpan span : spannable . getSpans ( matcher . start ( ) , matcher . end ( ) , ImageSpan . class ) ) if ( spannable . getSpanStart ( span ) >= matcher . start ( ) && spannable . getSpanEnd ( span ) <= matcher . end ( ) ) spannable . removeSpan ( span ) ; else { set = false ; break ; } if ( set ) { hasChanges = true ; spannable . setSpan ( new ImageSpan ( context , entry . getValue ( ) ) , matcher . start ( ) , matcher . end ( ) , Spannable . SPAN_EXCLUSIVE_EXCLUSIVE ) ; } } } return hasChanges ; }

Reemplace SpanBleable existente con sonrisas


@ Override public void onMessage  ( final TextMessage message , final Session session ) throws JMSException { log . debug ( "Request/Command received from the server" ) ; if ( message . getJMSReplyTo ( ) == null ) { log . warn ( "\tthe \"replyTo\" property was not set in the JMS message. Ignoring request." ) ; return ; } DAQResponse response ; TextMessage textMessage = message ; String messageContent = textMessage . getText ( ) ; log . trace ( "message received from server: {}" , textMessage . getText ( ) ) ; try { ServerRequest request = MessageConverter . requestFromJson ( messageContent ) ; if ( request instanceof SourceDataTagValueRequest ) { log . debug ( "Processing server request for current data tag values" ) ; response = onSourceDataTagValueUpdateRequest ( ( SourceDataTagValueRequest ) request ) ; } else if ( request instanceof SourceCommandTagValue ) { response = onExecuteCommand ( ( SourceCommandTagValue ) request ) ; } else if ( request instanceof ChangeRequest ) { response = onReconfigureProcess ( ( ChangeRequest ) request ) ; } else { log . warn ( "Request received from server not recognized" ) ; response = new ServerErrorResponse ( "Request received from server not recognized: " + request . getClass ( ) + " not supported from the DAQ." ) ; } sendDAQResponse ( response , message . getJMSReplyTo ( ) , session ) ; } catch ( Exception e ) { log . error ( "Unexpected exception caught while processing server request" , e ) ; } }

Llamado después de que un mensaje llegó del servidor.


public void beforeMovingToBackup  ( ) throws SpaceComponentsInitializeException  { switch ( _spaceMode ) { case NONE : initBackupComponents ( ) ; break ; case PRIMARY : break ; } }

Llamado antes del espacio se convierte en respaldo.Se inicializa cualquier componente espacial que pueda ejecutarse en la copia de seguridad.(Activo-cuando la copia de seguridad = verdadero)


public void doFilter  ( ServletRequest req , ServletResponse res , FilterChain chain ) throws IOException , ServletException { HttpServletResponse response = ( HttpServletResponse ) res ; response . setHeader ( "Access-Control-Allow-Origin" , "*" ) ; response . setHeader ( "Access-Control-Allow-Methods" , "POST, GET, OPTIONS, DELETE" ) ; response . setHeader ( "Access-Control-Max-Age" , "3600" ) ; response . setHeader ( "Access-Control-Allow-Headers" , "Origin, No-Cache, X-Requested-With, If-Modified-Since, Pragma, Last-Modified, Cache-Control, Expires, Content-Type, X-E4M-With" ) ; chain . doFilter ( req , res ) ; }


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" ) ; } }


public static Integer zpvc  ( Number ... values ) { if ( values == null || values . length == 0 ) { throw new IllegalArgumentException ( "Argument is null or empty" ) ; } int count = 0 ; for ( Number value : values ) { if ( value != null && value . doubleValue ( ) >= 0d ) { count ++ ; } } return count ; }

Función que devolverá la cuenta de cero o valores positivos entre los valores de argumento dados.


public LeastSquaresBuilder maxIterations  ( final int newMaxIterations ) { this . maxIterations = newMaxIterations ; return this ; }


public static String loadFileToString  ( String sFilename ) { StringBuffer sb = new StringBuffer ( ) ; try { BufferedReader in = new BufferedReader ( new FileReader ( sFilename ) ) ; String line ; while ( ( line = in . readLine ( ) ) != null ) { sb . append ( line ) ; } in . close ( ) ; } catch ( Exception e ) { System . err . println ( "Coult not load file:" + sFilename ) ; e . printStackTrace ( System . err ) ; } return sb . toString ( ) ; }

Carga los contenidos de un archivo en una cadena, <i> sin preservar las nuevas líneas </ i>.


public void buildPostDestContext  ( ) { strategy . buildPostDest ( ) ; }

Actualiza el contexto CPL con parámetros calculados utilizando valores de contexto de DET.


public void swapDirectory  ( OCFile directory , FileDataStorageManager updatedStorageManager , boolean onlyOnDevice ) { if ( updatedStorageManager != null && updatedStorageManager != mStorageManager ) { mStorageManager = updatedStorageManager ; mAccount = AccountUtils . getCurrentOwnCloudAccount ( mContext ) ; } if ( mStorageManager != null ) { mFiles = mStorageManager . getFolderContent ( directory , onlyOnDevice ) ; if ( mJustFolders ) { mFiles = getFolders ( mFiles ) ; } if ( ! mShowHiddenFiles ) { mFiles = filterHiddenFiles ( mFiles ) ; } } else { mFiles = null ; } mFiles = FileStorageUtils . sortOcFolder ( mFiles ) ; mFilesAll . clear ( ) ; mFilesAll . addAll ( mFiles ) ; notifyDataSetChanged ( ) ; }

Cambiar el directorio adaptado para uno nuevo.


public static RealMatrix blockInverse  ( RealMatrix m , int splitIndex ) { final int n = m . getRowDimension ( ) ; if ( m . getColumnDimension ( ) != n ) { throw new MathIllegalArgumentException ( LocalizedCoreFormats . NON_SQUARE_MATRIX , m . getRowDimension ( ) , m . getColumnDimension ( ) ) ; } final int splitIndex1 = splitIndex + 1 ; final RealMatrix a = m . getSubMatrix ( 0 , splitIndex , 0 , splitIndex ) ; final RealMatrix b = m . getSubMatrix ( 0 , splitIndex , splitIndex1 , n - 1 ) ; final RealMatrix c = m . getSubMatrix ( splitIndex1 , n - 1 , 0 , splitIndex ) ; final RealMatrix d = m . getSubMatrix ( splitIndex1 , n - 1 , splitIndex1 , n - 1 ) ; final SingularValueDecomposition aDec = new SingularValueDecomposition ( a ) ; final DecompositionSolver aSolver = aDec . getSolver ( ) ; if ( ! aSolver . isNonSingular ( ) ) { throw new MathIllegalArgumentException ( LocalizedCoreFormats . SINGULAR_MATRIX ) ; } final RealMatrix aInv = aSolver . getInverse ( ) ; final SingularValueDecomposition dDec = new SingularValueDecomposition ( d ) ; final DecompositionSolver dSolver = dDec . getSolver ( ) ; if ( ! dSolver . isNonSingular ( ) ) { throw new MathIllegalArgumentException ( LocalizedCoreFormats . SINGULAR_MATRIX ) ; } final RealMatrix dInv = dSolver . getInverse ( ) ; final RealMatrix tmp1 = a . subtract ( b . multiply ( dInv ) . multiply ( c ) ) ; final SingularValueDecomposition tmp1Dec = new SingularValueDecomposition ( tmp1 ) ; final DecompositionSolver tmp1Solver = tmp1Dec . getSolver ( ) ; if ( ! tmp1Solver . isNonSingular ( ) ) { throw new MathIllegalArgumentException ( LocalizedCoreFormats . SINGULAR_MATRIX ) ; } final RealMatrix result00 = tmp1Solver . getInverse ( ) ; final RealMatrix tmp2 = d . subtract ( c . multiply ( aInv ) . multiply ( b ) ) ; final SingularValueDecomposition tmp2Dec = new SingularValueDecomposition ( tmp2 ) ; final DecompositionSolver tmp2Solver = tmp2Dec . getSolver ( ) ; if ( ! tmp2Solver . isNonSingular ( ) ) { throw new MathIllegalArgumentException ( LocalizedCoreFormats . SINGULAR_MATRIX ) ; } final RealMatrix result11 = tmp2Solver . getInverse ( ) ; final RealMatrix result01 = aInv . multiply ( b ) . multiply ( result11 ) . scalarMultiply ( - 1 ) ; final RealMatrix result10 = dInv . multiply ( c ) . multiply ( result00 ) . scalarMultiply ( - 1 ) ; final RealMatrix result = new Array2DRowRealMatrix ( n , n ) ; result . setSubMatrix ( result00 . getData ( ) , 0 , 0 ) ; result . setSubMatrix ( result01 . getData ( ) , 0 , splitIndex1 ) ; result . setSubMatrix ( result10 . getData ( ) , splitIndex1 , 0 ) ; result . setSubMatrix ( result11 . getData ( ) , splitIndex1 , splitIndex1 ) ; return result ; }

Calcula la inversa de la matriz dada al dividirla en 4 sub-matrices.


public Document fromFiletoDOC  ( final String file ) { Document confXMLDoc ; log . trace ( "fromFiletoDOC - trying to configure process using configuration xml from the file " + file ) ; DOMParser parser = new DOMParser ( ) ; try { parser . parse ( file ) ; confXMLDoc = parser . getDocument ( ) ; } catch ( java . io . IOException ex ) { log . error ( "fromFiletoDOC - Could not open processConfiguration XML file : " + file ) ; return null ; } catch ( org . xml . sax . SAXException ex ) { log . error ( "fromFiletoDOC - Could not parse processConfiguration XML file : " + file ) ; return null ; } log . trace ( "fromFiletoDOC - Configuration XML loaded from filesystem and parsed" ) ; return confXMLDoc ; }

Carga la configuración del sistema de archivos.


@ Override public void startParameterEntity  ( String name , XMLResourceIdentifier identifier , String encoding , Augmentations augs ) throws XNIException { try { if ( augs != null && Boolean . TRUE . equals ( augs . getItem ( Constants . ENTITY_SKIPPED ) ) ) { if ( fContentHandler != null ) { fContentHandler . skippedEntity ( name ) ; } } else { if ( fLexicalHandler != null && fLexicalHandlerParameterEntities ) { fLexicalHandler . startEntity ( name ) ; } } } catch ( SAXException e ) { throw new XNIException ( e ) ; } }

Este método notifica al inicio de la entidad de parámetros.El DTD tiene el pseudo nombre de los nombres de entidades de parámetros "[DTD]" comienzan con '%';y los nombres de la entidad general son solo el nombre de la entidad.<p /> <strong> Nota: </ strong> Dado que el documento es una entidad, se notificará al controlador del inicio de la entidad de documentos llamando al método de inicio de inicio con el nombre de la entidad "[XML]" <EM> antes</ em> llamando al método StartDocument.Al exponer los límites de la entidad a través de la API de SAX, la entidad del documento nunca se informa, sin embargo.<p /> <strong> Nota: </ strong> Este método no se le llama a las referencias de la entidad que aparecen como parte de los valores de atributos.


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 CommandBuilder withLongSwitch  ( String switchName , Object value , UnaryOperator < String > switchNameMapper ) { if ( value != null ) { switches . add ( String . format ( "--%s='%s'" , switchNameMapper . apply ( switchName ) , escapeQuotedSwitch ( String . valueOf ( value ) ) ) ) ; } else { switches . add ( "--" + switchNameMapper . apply ( switchName ) ) ; } return this ; }

Agregue un interruptor largo (--Sswitch = Value) con el nombre y el valor dado que aplique el operador unario en la tecla


public static SM_SYSTEM_MESSAGE STR_QUEST_ACQUIRE_ERROR_STIGMA_PT  ( int num0 ) { return new SM_SYSTEM_MESSAGE ( 1300583 , num0 ) ; }

Solo puede recibir esta búsqueda cuando su punto de estigma sea% Num0 o superior.


public MqttSpyDaemonConfigLoader ( ) throws XMLException  { super ( ) ; readFromClassPath ( MqttSpyDaemonConstants . DEFAULT_PROPERTIES_FILE_NAME ) ; this . parser = new XMLParser ( MqttSpyDaemonConstants . PACKAGE , new String [ ] { MqttConfigurationUtils . SPY_COMMON_SCHEMA , MqttConfigurationUtils . MQTT_COMMON_SCHEMA , MqttSpyDaemonConstants . SCHEMA } ) ; }


public T execute  ( ) throws Exception  { return task . execute ( ) ; }

Simplemente delega la ejecución a la tarea delegada proporcionada.


public VideoSaveQuery description  ( String value ) { return unsafeParam ( "description" , value ) ; }


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

Obtiene el número de eventos en esta pista.


public static void writeLines  ( File file , Collection < ? > lines , boolean append ) throws IOException { writeLines ( file , null , lines , null , append ) ; }

Escribe el valor <código> TOSTRING () </ CODE> de cada elemento en una colección en el archivo <código> especificado </ código> línea por línea.Se utilizará la codificación VM predeterminada y el final de línea predeterminado.


private final float mapF0  ( float val , float mean , float stddev ) { return ( ( ( ( val - modelMean ) / modelStddev ) * stddev ) + mean ) ; }


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_Reflector_INTERVAL_A_TO_ME  ( String skillcaster , int num0 , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200708 , skillcaster , num0 , skillname ) ; }

[% Skillcaster] reflejó% Daño NUM0 A través del efecto de [% de habilidad].


public static Response post  ( String url , String contenttype , JSON headers , JSON params ) { return post ( url , contenttype , headers , params , null ) ; }


@ Override public String toString  ( ) { return super . toString ( ) + "(" + filter . toString ( ) + ")" ; }

Proporcione una representación de cadena de este filtro de archivos.


public boolean springBack  ( int startX , int startY , int minX , int maxX , int minY , int maxY ) { mMode = FLING_MODE ; final boolean spingbackX = mScrollerX . springback ( startX , minX , maxX ) ; final boolean spingbackY = mScrollerY . springback ( startY , minY , maxY ) ; return spingbackX || spingbackY ; }

Llame a esto cuando quiera 'Spring Back' en un rango de coordenadas válido.


public static double clip  ( double v , double min , double max ) { if ( v < min ) return min ; if ( v > max ) return max ; return v ; }

Limita el rango de V para estar entre MIN y MAX.


private String printOFormat  ( short x ) { String sx = null ; if ( x == Short . MIN_VALUE ) sx = "100000" ; else if ( x < 0 ) { String t = Integer . toString ( ( ~ ( - x - 1 ) ) ^ Short . MIN_VALUE , 8 ) ; switch ( t . length ( ) ) { case 1 : sx = "10000" + t ; break ; case 2 : sx = "1000" + t ; break ; case 3 : sx = "100" + t ; break ; case 4 : sx = "10" + t ; break ; case 5 : sx = "1" + t ; break ; } } else sx = Integer . toString ( x , 8 ) ; return printOFormat ( sx ) ; }

Método de formato para el carácter de conversión de O y un argumento corto.<p /> para O Formato, el carácter de la bandera '-', significa que la salida debe dejarse justificada dentro del campo.El valor predeterminado es almohadillar con espacios en blanco a la izquierda.El carácter de la bandera '#' significa que la salida comienza con un 0 líder y la precisión se incrementa en 1. <p /> El ancho de campo se trata como el número mínimo de caracteres a imprimir.El valor predeterminado es agregar ningún relleno.El relleno es con espacios en blanco de forma predeterminada.<p /> La precisión, si se establece, es el número mínimo de dígitos a aparecer.El relleno es con 0s líderes.


protected void clearEdges  ( ) { getEdgeTable ( ) . clear ( ) ; }

Método interno para borrar la tabla de bordes, eliminando todos los bordes.


public DeterministicHashMap ( int initialCapacity ) { super ( initialCapacity ) ; }

Construye un DeterministichashMap con la capacidad inicial dada.


public void write  ( IOutputWriter writer ) throws IOException { writer . writeString ( getFormatDef ( ) ) ; final FormatDefinition formatDefinition = FormatDefinition . fromString ( getFormatDef ( ) ) ; formatDefinition . startWrite ( ) ; for ( Pair < String , FormatDefinition . Type > pair : formatDefinition . getList ( ) ) { { switch ( pair . getFirst ( ) ) { case "Creator" : formatDefinition . write ( writer , "Creator" , getCreator ( ) ) ; break ; case "CreationDate" : formatDefinition . write ( writer , "CreationDate" , getCreationDate ( ) ) ; break ; case "AlignmentsFile" : formatDefinition . write ( writer , "AlignmentsFile" , getAlignmentFile ( ) ) ; break ; case "AlignmentFileFormat" : formatDefinition . write ( writer , "AlignmentFileFormat" , getAlignmentFileFormat ( ) ) ; break ; case "AlignmentFileSize" : formatDefinition . write ( writer , "AlignmentFileSize" , getAlignmentFileSize ( ) ) ; break ; case "ReadsFile" : formatDefinition . write ( writer , "ReadsFile" , getReadsFile ( ) ) ; break ; case "ReadsFileFormat" : formatDefinition . write ( writer , "ReadsFileFormat" , getReadsFileFormat ( ) ) ; break ; case "ReadsFileSize" : formatDefinition . write ( writer , "ReadsFileSize" , getReadsFileSize ( ) ) ; break ; case "BlastMode" : formatDefinition . write ( writer , "BlastMode" , getBlastMode ( ) ) ; break ; case "MatchesStart" : formatDefinition . write ( writer , "MatchesStart" , getMatchesStart ( ) ) ; break ; case "MatchesFooter" : formatDefinition . write ( writer , "MatchesFooter" , getMatchesFooter ( ) ) ; break ; case "ClassificationsStart" : formatDefinition . write ( writer , "ClassificationsStart" , getClassificationsStart ( ) ) ; break ; case "ClassificationsFooter" : formatDefinition . write ( writer , "ClassificationsFooter" , getClassificationsFooter ( ) ) ; break ; case "AuxStart" : formatDefinition . write ( writer , "AuxStart" , getAuxStart ( ) ) ; break ; case "AuxFooter" : formatDefinition . write ( writer , "AuxFooter" , getAuxFooter ( ) ) ; break ; case "FileFooter" : formatDefinition . write ( writer , "FileFooter" , getFileFooter ( ) ) ; break ; } } } formatDefinition . finishWrite ( ) ; }


public SampleSet ( StringTokenizer tok , BufferedReader reader ) { try { int numSamples = Integer . parseInt ( tok . nextToken ( ) ) ; int numChannels = Integer . parseInt ( tok . nextToken ( ) ) ; int sampleRate = Integer . parseInt ( tok . nextToken ( ) ) ; float coeffMin = Float . parseFloat ( tok . nextToken ( ) ) ; float coeffRange = Float . parseFloat ( tok . nextToken ( ) ) ; float postEmphasis = Float . parseFloat ( tok . nextToken ( ) ) ; int residualFold = Integer . parseInt ( tok . nextToken ( ) ) ; samples = new Sample [ numSamples ] ; sampleInfo = new SampleInfo ( sampleRate , numChannels , residualFold , coeffMin , coeffRange , postEmphasis ) ; for ( int i = 0 ; i < numSamples ; i ++ ) { samples [ i ] = new Sample ( reader , numChannels ) ; } } catch ( NoSuchElementException nse ) { throw new Error ( "Parsing sample error " + nse . getMessage ( ) ) ; } }


private static void addClassFilePath  ( String classPath , Set < String > patternList ) { if ( classPath != null && classPath . length ( ) > 0 ) { if ( classPath . endsWith ( CLASS_SUFFIX ) ) { classPath = classPath . substring ( 0 , classPath . length ( ) - CLASS_SUFFIX . length ( ) ) . replace ( '.' , '/' ) + CLASS_SUFFIX ; } else { classPath = classPath . replace ( '.' , '/' ) ; } patternList . add ( classPath ) ; } }

Agregue la ruta de clase a la lista de patrones, y el patrón de una sola clase puede funcionar.


public static boolean putBoolean  ( Context context , String key , boolean value ) { SharedPreferences settings = context . getSharedPreferences ( PREFERENCE_NAME , Context . MODE_PRIVATE ) ; SharedPreferences . Editor editor = settings . edit ( ) ; editor . putBoolean ( key , value ) ; return editor . commit ( ) ; }


public Layers ( LayerRenderer < ? > layer , EntityLivingBase entity , float limbSwing , float limbSwingAmount , float partialTicks , float tickAge , float headYaw , float headPitch , float scale ) { this . layer = layer ; this . entity = entity ; this . limbSwing = limbSwing ; this . limbSwingAmount = limbSwingAmount ; this . partialTicks = partialTicks ; this . tickAge = tickAge ; this . headYaw = headYaw ; this . headPitch = headPitch ; this . scale = scale ; }

Un nuevo evento que se dispara cada vez que se presta una capa.


@ Override public void onServiceDisconnected  ( ComponentName name ) { mCallbackHandler . obtainMessage ( MSG_SHUTDOWN_EXECUTION ) . sendToTarget ( ) ; }

Si el servicio del cliente se bloquea, reprogramamos este trabajo y limpiamos.


private static int base64toInt  ( char c , byte [ ] alphaToInt ) { int result = alphaToInt [ c ] ; if ( result < 0 ) throw new IllegalArgumentException ( "Illegal character " + c ) ; return result ; }

Traduce el carácter especificado, que se supone que está en el "alfabeto base 64" en su entero positivo equivalente de 6 bits.


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


public static JSONObject toJSONObject  ( String string ) throws JSONException { return toJSONObject ( new XMLTokener ( string ) ) ; }

Convierta una cadena XML bien formada (pero no necesariamente válida) en un JSONObject usando la transformación JSONML.Cada etiqueta XML se representa como un JSONOBJECT con una propiedad "TagName".Si la etiqueta tiene atributos, entonces los atributos estarán en el JSONObject como propiedades.Si la etiqueta contiene niños, el objeto tendrá una propiedad "Childnodes" que será una matriz de cuerdas y JSONML JSONOBJECTS.Comentarios, prólogos, DTD y <CÓDIGO> & LT; [[]]> </ Code> son ignorados.


public boolean supportsOpenSnapshot  ( ) { return false ; }

Devuelve VERDADERO si la categoría puede restaurar la instantánea de un archivo guardado, falso de lo contrario.


public ToolButton ( String text ) { super ( " " ) ; setToolTipText ( text ) ; setSize ( 16 , 16 ) ; }

Instantánea un nuevo botón de herramienta.


private void test_1cfa_call_graph  ( LocalVarNode vn , SootMethod caller , SootMethod callee_signature , Histogram ce_range ) { long l , r ; IVarAbstraction pn = ptsProvider . findInternalNode ( vn ) ; if ( pn == null ) return ; pn = pn . getRepresentative ( ) ; Set < SootMethod > tgts = new HashSet < SootMethod > ( ) ; Set < AllocNode > set = pn . get_all_points_to_objects ( ) ; LinkedList < CgEdge > list = ptsProvider . getCallEdgesInto ( ptsProvider . getIDFromSootMethod ( caller ) ) ; FastHierarchy hierarchy = Scene . v ( ) . getOrMakeFastHierarchy ( ) ; for ( Iterator < CgEdge > it = list . iterator ( ) ; it . hasNext ( ) ; ) { CgEdge p = it . next ( ) ; l = p . map_offset ; r = l + ptsProvider . max_context_size_block [ p . s ] ; tgts . clear ( ) ; for ( AllocNode obj : set ) { if ( ! pn . pointer_interval_points_to ( l , r , obj ) ) continue ; Type t = obj . getType ( ) ; if ( t == null ) continue ; else if ( t instanceof AnySubType ) t = ( ( AnySubType ) t ) . getBase ( ) ; else if ( t instanceof ArrayType ) t = RefType . v ( "java.lang.Object" ) ; try { tgts . add ( hierarchy . resolveConcreteDispatch ( ( ( RefType ) t ) . getSootClass ( ) , callee_signature ) ) ; } catch ( Exception e ) { } } tgts . remove ( null ) ; ce_range . addNumber ( tgts . size ( ) ) ; } }

Evaluamos la calidad de la construcción del gráfico de llamadas de 1 CFA con los puntos geométricos, a resultado.


public void addSootOutputEventListener  ( ISootOutputEventListener listener ) { sootOutputEventListeners . add ( listener ) ; }


@ Override protected void finalize  ( ) throws Throwable  { super . finalize ( ) ; _map . remove ( _key , _value ) ; }

Retire cualquier referencia a este objeto desde el caché


public static int eliminateZeroMassPoints  ( int [ ] densityPoints , double [ ] densityValues ) { int positiveMassCount = 0 ; for ( int i = 0 ; i < densityValues . length ; i ++ ) { if ( densityValues [ i ] > 0 ) { positiveMassCount ++ ; } } if ( positiveMassCount < densityValues . length ) { int [ ] newPoints = new int [ positiveMassCount ] ; double [ ] newValues = new double [ positiveMassCount ] ; int j = 0 ; for ( int i = 0 ; i < densityValues . length ; i ++ ) { if ( densityValues [ i ] > 0 ) { newPoints [ j ] = densityPoints [ i ] ; newValues [ j ] = densityValues [ i ] ; j ++ ; } } System . arraycopy ( newPoints , 0 , densityPoints , 0 , positiveMassCount ) ; System . arraycopy ( newValues , 0 , densityValues , 0 , positiveMassCount ) ; } return positiveMassCount ; }

Elimina los puntos con la masa cero de los puntos de densidades y la densidad.Devuelve el número de puntos de masa positiva y colapsa los arreglos para que los primeros elementos <valor devueltos> de las matrices de entrada representen los puntos de masa positivos.


public static boolean contentEquals  ( File file1 , File file2 ) throws IOException { boolean file1Exists = file1 . exists ( ) ; if ( file1Exists != file2 . exists ( ) ) { return false ; } if ( ! file1Exists ) { return true ; } if ( file1 . isDirectory ( ) || file2 . isDirectory ( ) ) { throw new IOException ( "Can't compare directories, only files" ) ; } if ( file1 . length ( ) != file2 . length ( ) ) { return false ; } if ( file1 . getCanonicalFile ( ) . equals ( file2 . getCanonicalFile ( ) ) ) { return true ; } InputStream input1 = null ; InputStream input2 = null ; try { input1 = new FileInputStream ( file1 ) ; input2 = new FileInputStream ( file2 ) ; return IOUtils . contentEquals ( input1 , input2 ) ; } finally { IOUtils . closeQuietly ( input1 ) ; IOUtils . closeQuietly ( input2 ) ; } }

Compara el contenido de dos archivos para determinar si son iguales o no.<P /> Este método verifica si los dos archivos son diferentes longitudes o si apuntan al mismo archivo, antes de recurrir a una comparación de bytes por byte de los contenidos.<p /> código de origen: avalon


static void recordStartedBy  ( int source ) { RecordHistogram . recordSparseSlowlyHistogram ( "DocumentActivity.StartedBy" , source ) ; }

Registra lo que causó una documentación que se reanudará.


public void prun  ( M executedMove , IMoveGenerator < M , G > generator ) { TreeSearchNode < M , G > newRoot = null ; for ( TreeSearchNode < M , G > rootNode : rootNodes ) { if ( rootNode . getMove ( ) == executedMove ) { newRoot = rootNode ; } } toBeExpanded . clear ( ) ; best = null ; evaluationsPerformed = 0 ; rootNodes = newRoot . subNodes ; newRoot . father = null ; if ( rootNodes == null ) { try { rootNodes = expansion ( newRoot , generator ) ; } catch ( TimeoutException e ) { } } for ( TreeSearchNode < M , G > rootNode : rootNodes ) { repushToBeExpandedNodes ( rootNode ) ; } }

Poder el árbol de todos los nodos que no están debajo del ejecutado seleccionado.Use esto cuando quiera mantener una parte del árbol entre varias iteraciones.Luego llame a continuar con el fin de encontrar el siguiente movimiento interesante.


void discardFromRetired  ( ResourceKey < K > resourceKey , R resource ) { resourceKey . removeFromTransferStack ( ) ; lifecycle . onRemoval ( resourceKey . getKey ( ) , resource ) ; }

Descarta el recurso después de que se muera del estado jubilado.


@ Deployment public void testProcessDefinitionListenerDefinitionEntities  ( ) throws Exception  { ProcessInstance processInstance = runtimeService . startProcessInstanceByKey ( "testEventListeners" ) ; assertNotNull ( processInstance ) ; Task task = taskService . createTaskQuery ( ) . processInstanceId ( processInstance . getId ( ) ) . singleResult ( ) ; assertNotNull ( task ) ; TestActivitiEventListener theListener = ( TestActivitiEventListener ) processEngineConfiguration . getBeans ( ) . get ( "testAttachmentEventListener" ) ; assertNotNull ( theListener ) ; assertEquals ( 0 , theListener . getEventsReceived ( ) . size ( ) ) ; taskService . createAttachment ( "test" , task . getId ( ) , processInstance . getId ( ) , "test" , "test" , "url" ) ; assertEquals ( 2 , theListener . getEventsReceived ( ) . size ( ) ) ; assertEquals ( ActivitiEventType . ENTITY_CREATED , theListener . getEventsReceived ( ) . get ( 0 ) . getType ( ) ) ; assertEquals ( ActivitiEventType . ENTITY_INITIALIZED , theListener . getEventsReceived ( ) . get ( 1 ) . getType ( ) ) ; }

La prueba para verificar los oyentes definidos en el XML BPMN se agregan a la definición del proceso y están activos, para todos los tipos de entidades


public void updateCurrentConfig  ( ComponentConfiguration data ) { scenarioContext . add ( ContextKeys . CURRENT_CONFIG , data ) ; }

Reemplaza el mapa de configuración actual con uno dado en el parámetro.


public void convertInputsToItt  ( ) throws TransformerConfigurationException  { Transformer transformer = TtmlUtils . createTtmlTransformer ( TTML_TO_ITT_TRANSFORMATION ) ; convertedItts = ttmlTts . stream ( ) . map ( null ) . collect ( Collectors . toCollection ( null ) ) ; mergedItt = convertedItts . get ( 0 ) ; }

Convierte todos los documentos de entrada TTML a la ITT correspondiente.


@ Override public Schema schema  ( ) { return schema ; }

Devuelve el esquema del producto, que es la unión de los esquemas de las consultas subyacentes.


public static int toInteger  ( Object obj ) { Integer result = toIntegerObject ( obj ) ; return result == null ? 0 : result . intValue ( ) ; }

Convierte un objeto <código> </ código> a un <código> int </ code>.Devuelve cero si la conversión no es posible.


public LocalCacheResponseEntryPacket ( ) { throw new IllegalStateException ( "This constructor is required for Externalizable and should not be called directly." ) ; }


public DotGraph ( String graphname ) { this . graphname = graphname ; this . isSubGraph = false ; this . nodes = new HashMap < String , DotGraphNode > ( 100 ) ; this . drawElements = new LinkedList < Renderable > ( ) ; this . attributes = new LinkedList < DotGraphAttribute > ( ) ; }


public RequestHandle post  ( Context context , String url , HttpEntity entity , String contentType , ResponseHandlerInterface responseHandler ) { return sendRequest ( httpClient , httpContext , addEntityToRequestBase ( new HttpPost ( url ) , entity ) , contentType , responseHandler , context ) ; }

Realice una solicitud de publicación HTTP y rastree el contexto Android que inició la solicitud.


public double distance  ( VectorN vector ) { double d = 0d ; for ( int i = 0 ; i < size ( ) ; i ++ ) { double x = vector . get ( 0 ) - get ( 0 ) ; double y = vector . get ( 1 ) - get ( 1 ) ; d += x * x + y * y ; } return Math . sqrt ( d ) ; }

Calcular la distancia euclidiana a vector dado


public boolean orAndAndNot  ( BitVector orset , BitVector andset , BitVector andnotset ) { boolean ret = false ; long [ ] a = null , b = null , c = null , d = null , e = null ; int al , bl , cl , dl ; a = this . bits ; al = a . length ; if ( orset == null ) { bl = 0 ; } else { b = orset . bits ; bl = b . length ; } if ( andset == null ) { cl = 0 ; } else { c = andset . bits ; cl = c . length ; } if ( andnotset == null ) { dl = 0 ; } else { d = andnotset . bits ; dl = d . length ; } if ( al < bl ) { e = new long [ bl ] ; System . arraycopy ( a , 0 , e , 0 , al ) ; this . bits = e ; } else { e = a ; } int i = 0 ; long l ; if ( c == null ) { if ( dl <= bl ) { while ( i < dl ) { l = b [ i ] & ~ d [ i ] ; if ( ( l & ~ e [ i ] ) != 0 ) ret = true ; e [ i ] |= l ; i ++ ; } while ( i < bl ) { l = b [ i ] ; if ( ( l & ~ e [ i ] ) != 0 ) ret = true ; e [ i ] |= l ; i ++ ; } } else { while ( i < bl ) { l = b [ i ] & ~ d [ i ] ; if ( ( l & ~ e [ i ] ) != 0 ) ret = true ; e [ i ] |= l ; i ++ ; } } } else if ( bl <= cl && bl <= dl ) { while ( i < bl ) { l = b [ i ] & c [ i ] & ~ d [ i ] ; if ( ( l & ~ e [ i ] ) != 0 ) ret = true ; e [ i ] |= l ; i ++ ; } } else if ( cl <= bl && cl <= dl ) { while ( i < cl ) { l = b [ i ] & c [ i ] & ~ d [ i ] ; if ( ( l & ~ e [ i ] ) != 0 ) ret = true ; e [ i ] |= l ; i ++ ; } } else { while ( i < dl ) { l = b [ i ] & c [ i ] & ~ d [ i ] ; if ( ( l & ~ e [ i ] ) != 0 ) ret = true ; e [ i ] |= l ; i ++ ; } int shorter = cl ; if ( bl < shorter ) shorter = bl ; while ( i < shorter ) { l = b [ i ] & c [ i ] ; if ( ( l & ~ e [ i ] ) != 0 ) ret = true ; e [ i ] |= l ; i ++ ; } } return ret ; }

Calcula esto = este o ((orset y andsset) y (no andnestet)) devuelve el verdadero IFF Esto se modifica.


public MethodDesc ( String name , InvocationConstraints constraints ) { this . name = name ; this . types = null ; if ( constraints != null && constraints . isEmpty ( ) ) { constraints = null ; } this . constraints = constraints ; check ( ) ; }

Crea un descriptor que coincide con todos los métodos con los nombres que iguales al nombre especificado o que coinciden con el patrón especificado, independientemente de sus tipos de parámetros.Si el nombre especificado se inicia con el carácter '*', entonces este descriptor coincide con todos los métodos con los nombres que terminan con el resto del nombre especificado.Si el nombre especificado termina con el carácter '*', entonces este descriptor coincide con todos los métodos con los nombres que comienzan con el resto del nombre especificado.De lo contrario, este descriptor coincide con todos los métodos con los nombres que iguales al nombre especificado.Las restricciones pueden ser <código> NULL </ CODE>, que se trata de la misma manera que una instancia vacía.


Crea los valores de entrada de prueba de probabilidad acumulativos inversos incuestionales.


private Response < Bitmap > doParse  ( NetworkResponse response ) { byte [ ] data = response . data ; Log . d ( "Checksum" , "Decode" ) ; BitmapFactory . Options decodeOptions = new BitmapFactory . Options ( ) ; Bitmap bitmap = null ; Log . d ( "Checksum" , "Decodess" ) ; decodeOptions . inJustDecodeBounds = true ; BitmapFactory . decodeByteArray ( data , 0 , data . length , decodeOptions ) ; int actualWidth = decodeOptions . outWidth ; int actualHeight = decodeOptions . outHeight ; int desiredWidth = getResizedDimension ( mMaxWidth , mMaxHeight , actualWidth , actualHeight , mScaleType ) ; int desiredHeight = getResizedDimension ( mMaxHeight , mMaxWidth , actualHeight , actualWidth , mScaleType ) ; decodeOptions . inJustDecodeBounds = false ; decodeOptions . inSampleSize = findBestSampleSize ( actualWidth , actualHeight , desiredWidth , desiredHeight ) ; Bitmap tempBitmap = BitmapFactory . decodeByteArray ( data , 0 , data . length , decodeOptions ) ; if ( tempBitmap != null && ( tempBitmap . getWidth ( ) > desiredWidth || tempBitmap . getHeight ( ) > desiredHeight ) ) { bitmap = Bitmap . createScaledBitmap ( tempBitmap , desiredWidth , desiredHeight , true ) ; tempBitmap . recycle ( ) ; } else { bitmap = tempBitmap ; } if ( bitmap == null ) { return Response . error ( new ParseError ( response ) ) ; } else { return Response . success ( bitmap , HttpHeaderParser . parseCacheHeaders ( response ) ) ; } }

Las verdaderas agallas de ParsenetWorkResponse.Estallido para la legibilidad.


private static void addStonesStats  ( Item item , Set < ? extends ManaStone > itemStones , CreatureGameStats < ? > cgs ) { if ( itemStones == null || itemStones . size ( ) == 0 ) { return ; } for ( ManaStone stone : itemStones ) { addStoneStats ( item , stone , cgs ) ; } }

Todos los modificadores de las piedras se aplicarán al carácter.


public static SM_SYSTEM_MESSAGE STR_MSG_LIMIT_SALE_M_EPIC_SHOP_DESC01  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1400439 , value0 ) ; }

% 0 está vendiendo materiales para crear los artículos de los maestros de elaboración.


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

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


Collection < ? extends ClientRequestResult > handleActiveAlarmRequest  ( final ClientRequest alarmRequest ) { final Collection < AlarmValue > activeAlarms = new ArrayList < > ( ) ; AlarmQuery query = AlarmQuery . builder ( ) . active ( true ) . build ( ) ; Collection < Long > result = alarmCache . findAlarm ( query ) ; for ( Long alarmId : result ) { Alarm alarm = alarmCache . getCopy ( alarmId ) ; Tag tag = tagLocationService . getCopy ( alarm . getTagId ( ) ) ; if ( tag == null ) { LOG . warn ( "No tag found for TagID = " + alarm . getTagId ( ) + ". This may be a configuration issue for alarm " + alarm . getId ( ) ) ; } else { activeAlarms . add ( TransferObjectFactory . createAlarmValue ( alarm , tag ) ) ; } } if ( LOG . isDebugEnabled ( ) ) { LOG . debug ( "Finished processing ACTIVE alarms request: returning " + activeAlarms . size ( ) + " active alarms" ) ; } return activeAlarms ; }

Método interno que maneja la solicitud de alarma activa.


private void initializePokemonAutoCompleteTextView  ( ) { String [ ] pokeList = getResources ( ) . getStringArray ( R . array . pokemon ) ; ArrayAdapter < String > adapter = new ArrayAdapter < > ( this , R . layout . autocomplete_pokemon_list_item , pokeList ) ; autoCompleteTextView1 . setAdapter ( adapter ) ; autoCompleteTextView1 . setThreshold ( 1 ) ; }

Inicializa el AutocompleTetTextView que permite a las personas buscar nombres de Pokémon.


public void append  ( final DenseOutputModel model ) throws MathIllegalArgumentException , MathIllegalStateException { if ( model . steps . size ( ) == 0 ) { return ; } if ( steps . size ( ) == 0 ) { initialTime = model . initialTime ; forward = model . forward ; } else { final ODEStateAndDerivative s1 = steps . get ( 0 ) . getPreviousState ( ) ; final ODEStateAndDerivative s2 = model . steps . get ( 0 ) . getPreviousState ( ) ; checkDimensionsEquality ( s1 . getPrimaryStateDimension ( ) , s2 . getPrimaryStateDimension ( ) ) ; checkDimensionsEquality ( s1 . getNumberOfSecondaryStates ( ) , s2 . getNumberOfSecondaryStates ( ) ) ; for ( int i = 0 ; i < s1 . getNumberOfSecondaryStates ( ) ; ++ i ) { checkDimensionsEquality ( s1 . getSecondaryStateDimension ( i ) , s2 . getSecondaryStateDimension ( i ) ) ; } if ( forward ^ model . forward ) { throw new MathIllegalArgumentException ( LocalizedODEFormats . PROPAGATION_DIRECTION_MISMATCH ) ; } final ODEStateInterpolator lastInterpolator = steps . get ( index ) ; final double current = lastInterpolator . getCurrentState ( ) . getTime ( ) ; final double previous = lastInterpolator . getPreviousState ( ) . getTime ( ) ; final double step = current - previous ; final double gap = model . getInitialTime ( ) - current ; if ( FastMath . abs ( gap ) > 1.0e-3 * FastMath . abs ( step ) ) { throw new MathIllegalArgumentException ( LocalizedODEFormats . HOLE_BETWEEN_MODELS_TIME_RANGES , FastMath . abs ( gap ) ) ; } } for ( ODEStateInterpolator interpolator : model . steps ) { steps . add ( interpolator ) ; } index = steps . size ( ) - 1 ; finalTime = ( steps . get ( index ) ) . getCurrentState ( ) . getTime ( ) ; }

Anexar otro modelo al final de la instancia.


public void showTimes  ( long overall ) { showTimesShort ( overall ) ; }

Muestra estadísticas de sincronización.Si la totalidad es no cero, representa el tiempo general de procesamiento y se debe calcular y mostrar un porcentaje de tiempo total para este temporizador.


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


public static boolean isDinersClub  ( String cc ) { int firstdig = Integer . parseInt ( cc . substring ( 0 , 1 ) ) ; int seconddig = Integer . parseInt ( cc . substring ( 1 , 2 ) ) ; if ( ( cc . length ( ) == 14 ) && ( firstdig == 3 ) && ( ( seconddig == 0 ) || ( seconddig == 6 ) || ( seconddig == 8 ) ) ) return isCreditCard ( cc ) ; return false ; }

Cheques para ver si el número de CC es un número válido del Club Diners


public boolean isEntryFromPartition  ( IEntryHolder entryHolder ) { final Object routingValue = entryHolder . getRoutingValue ( ) ; if ( routingValue == null ) return false ; if ( ! _clusterInfo . isPartitioned ( ) ) return true ; final int partitionId = PartitionedClusterUtils . getPartitionId ( routingValue , _clusterInfo . getNumberOfPartitions ( ) ) ; return partitionId == _partitionId ; }

Devolver VERDADERO Si la entrada pertenece a la partición del espacio, Falso si la entrada no es de la partición espacial


@ SafeVarargs public static < T > ConsList < T > List  ( T ... a ) { if ( ( a == null ) || ( a . length == 0 ) ) { return new ConsListImpl < > ( ) ; } return new ConsListImpl < > ( Arrays . asList ( a ) , false ) ; }

Devolver una nueva constlista que consiste en los artículos dados


public void awaitCompletion  ( ) throws InterruptedException  { numRunningTasks . awaitZero ( ) ; }

Espera la finalización de todas las tareas generadas.


public void compressMyOwnWay  ( int [ ] indexes ) { List < Integer > list = new ArrayList < Integer > ( CarbonCommonConstants . CONSTANT_SIZE_TEN ) ; List < Integer > map = new ArrayList < Integer > ( CarbonCommonConstants . CONSTANT_SIZE_TEN ) ; int k = 0 ; int i = 1 ; for ( ; i < indexes . length ; i ++ ) { if ( indexes [ i ] - indexes [ i - 1 ] == 1 ) { k ++ ; } else { if ( k > 0 ) { map . add ( ( list . size ( ) ) ) ; list . add ( indexes [ i - k - 1 ] ) ; list . add ( indexes [ i - 1 ] ) ; } else { list . add ( indexes [ i - 1 ] ) ; } k = 0 ; } } if ( k > 0 ) { map . add ( ( list . size ( ) ) ) ; list . add ( indexes [ i - k - 1 ] ) ; list . add ( indexes [ i - 1 ] ) ; } else { list . add ( indexes [ i - 1 ] ) ; } dataAfterComp = convertToArray ( list ) ; if ( indexes . length == dataAfterComp . length ) { indexMap = new int [ 0 ] ; } else { indexMap = convertToArray ( map ) ; } if ( dataAfterComp . length == 2 && indexMap . length == 1 ) { alreadySorted = true ; } }

Se comprime depende de los números de secuencia.[1,2,3,4,6,8,10,111,12,13] se traduce a [1,4,6,8,10,13] y [0,6].En la primera matriz, el inicio y el final de los números secuenciales y la segunda matriz mantienen los índices de dónde se inician los números secuenciales.Si no hay números secuenciales, entonces la misma matriz que regresa con la segunda matriz vacía.


boolean sameClass  ( String cfn ) { String s = cfn ; int i = s . lastIndexOf ( ".class" ) ; if ( i > 0 ) { s = s . substring ( 0 , i ) ; } if ( s . compareTo ( toString ( ) ) == 0 ) return true ; return false ; }

Dado el nombre de una clase, posiblemente con <tt> .class </ tt> Después de ella, esto responde si la clase podría referirse a este objeto de clase de clase.


private String verifyRestore  ( UserCredentials credentials , String token , String code , RestoreType restoreType ) { String errorMessage = credentials . isRestorable ( ) ; if ( errorMessage != null ) { return errorMessage ; } errorMessage = verifyToken ( credentials , token , restoreType ) ; if ( errorMessage != null ) { return errorMessage ; } errorMessage = verifyRestoreCode ( credentials . getRestoreCode ( ) , code ) ; if ( errorMessage != null ) { return errorMessage ; } Date currentTime = new DateTime ( ) . toDate ( ) ; Date restoreExpiry = credentials . getRestoreExpiry ( ) ; if ( currentTime . after ( restoreExpiry ) ) { return "date_is_after_expiry" ; } return null ; }

Verifica todos los parámetros necesarios para la restauración de la cuenta y verifican la validez del token y el código suministrados por el usuario.Si la restauración no se puede verificar, se devuelve una cadena de error descriptiva.


public GeneratedPasswordSavedInfoBar ( int iconDrawableId , String messageText , int inlineLinkRangeStart , int inlineLinkRangeEnd , String buttonLabel ) { super ( null , iconDrawableId , null , null ) ; mMessageText = messageText ; mInlineLinkRangeStart = inlineLinkRangeStart ; mInlineLinkRangeEnd = inlineLinkRangeEnd ; mButtonLabel = buttonLabel ; }

Crea y muestra el infobar para notificar que se guardó la contraseña generada.


public void updateEquipmentConfiguration  ( final EquipmentConfigurationUpdate equipmentConfigurationUpdate , final IEquipmentConfiguration equipmentConfiguration ) throws IllegalAccessException , NoSuchFieldException { fillNonNullFields ( equipmentConfigurationUpdate , equipmentConfiguration , CHANGE_ID_FIELD , EQUIPMENT_ID_FIELD ) ; removeListOfFields ( equipmentConfigurationUpdate . getFieldsToRemove ( ) , equipmentConfiguration ) ; }

Actualiza una configuración de equipo con los valores de un objeto de actualización de configuración de equipo.


public ResourceLazyLoadingScript name  ( String name ) { this . name = name ; return this ; }


protected void processGroupingsReport  ( SerialMessage serialMessage , int offset ) throws ZWaveSerialMessageException { maxGroups = serialMessage . getMessagePayloadByte ( offset + 1 ) ; logger . debug ( "NODE {}: processGroupingsReport number of groups {}" , getNode ( ) , maxGroups ) ; for ( int groupId = 1 ; groupId <= maxGroups ; groupId ++ ) { if ( getNode ( ) . getAssociationGroup ( groupId ) == null ) { ZWaveAssociationGroup group = new ZWaveAssociationGroup ( groupId ) ; getNode ( ) . setAssociationGroup ( group ) ; } } initialiseDone = true ; }

Procesa un mensaje asociacioncmd_groupingsreport.


protected boolean isStringType  ( Type tp ) { if ( ! ( tp instanceof RefType ) ) return false ; RefType refType = ( RefType ) tp ; return refType . getClassName ( ) . equals ( "java.lang.String" ) ; }


protected Builder ( @ Nonnull final Builder builder ) { Check . notNull ( builder , "builder" ) ; family = builder . family ; icon = builder . icon ; id = builder . id ; infoUrl = builder . infoUrl ; name = builder . name ; patterns . addAll ( builder . patterns ) ; producer = builder . producer ; producerUrl = builder . producerUrl ; url = builder . url ; }

Crea una nueva instancia de un constructor con los datos del constructor aprobado.


public synchronized void addSubscription  ( Subscription subscription ) { if ( waitList . isEmpty ( ) && ! serviceQueue . isEmpty ( ) ) { subscription . onPublish ( serviceQueue . poll ( ) ) ; } else { waitList . putIfAbsent ( subscription . getId ( ) , new WaitingSubscription ( subscription ) ) ; } }

Agregue una suscripción a la lista de espera.<p> Se debe agregar una suscripción a la lista de espera cuando sea: <p> a) La respuesta publicada anterior indicó que todavía había más notificaciones listas para ser transferidas y no había más solicitudes publicadas en cola para transferirlas.<p> b) El temporizador de publicación de una suscripción caducó y hubo notificaciones que se enviarán o que se envíe un mensaje guardado.


public URI ( URI p_base , String p_uriSpec ) throws MalformedURIException { initialize ( p_base , p_uriSpec ) ; }

Construya un nuevo URI de un URI base y una cadena de especificaciones de URI.La cadena de especificación URI puede ser una URI relativa.


public static Properties prefixProperties  ( Properties props , String prefix ) { Properties prefixProps = new Properties ( ) ; for ( String key : props . stringPropertyNames ( ) ) { if ( key . startsWith ( prefix ) ) { String keyWithoutPrefix = key . substring ( prefix . length ( ) ) ; prefixProps . setProperty ( keyWithoutPrefix , props . getProperty ( key ) ) ; } } return prefixProps ; }

Extraiga solo las propiedades que coinciden con un prefijo y con el prefijo eliminado.


protected Optional < PaginationParameters > generatePaginationParameters  ( String perPage , String page ) throws BadApiRequestException { try { return "" . equals ( perPage ) && "" . equals ( page ) ? Optional . empty ( ) : Optional . of ( new PaginationParameters ( perPage , page ) ) ; } catch ( BadPaginationException invalidParameters ) { throw new BadApiRequestException ( invalidParameters . getMessage ( ) ) ; } }

Construye el objeto PaginationParameters, si la solicitud proporciona un campo de perpage y página.


public XMLWriter ( PrintWriter out ) { this ( out , 2 ) ; }


@ Override public void removeRaster  ( Symbolizer symbolizer ) { }


@ Deployment ( resources = { "org/activiti/engine/test/bpmn/event/signal/SignalEventTest.testSignalWithGlobalScope.bpmn20.xml" } ) public void testSignalProcessInstanceStart  ( ) throws Exception  { this . runtimeService . startProcessInstanceByKey ( "processWithSignalCatch" ) ; listener . clearEventsReceived ( ) ; runtimeService . startProcessInstanceByKey ( "processWithSignalThrow" ) ; listener . clearEventsReceived ( ) ; }

Proceso de prueba con señales de inicio.


public CompilationUnit addSourceFile  ( String name ) { return sourceFiles . addSourceFile ( name ) ; }

Agregue un nombre de archivo a la lista de archivos de origen para procesar.


public void removeAnimation  ( Animation animation ) { mAnimations . remove ( animation ) ; }

Retire la animación dada de la lista de animaciones en ejecución.


void update  ( BroadphaseKey key , DynamicAABBTreeLeaf < E , T > node , E collidable , T fixture ) { Transform tx = collidable . getTransform ( ) ; AABB aabb = fixture . getShape ( ) . createAABB ( tx ) ; if ( node . aabb . contains ( aabb ) ) { return ; } aabb . expand ( this . expansion ) ; this . remove ( node ) ; node . aabb = aabb ; this . insert ( node ) ; }

Método de actualización interna.<P> Este método asume que los argumentos dados son todos no nulos.


public boolean wantTag  ( Tag t ) { return ( t instanceof DependenceTag ) ; }

Decida si esta etiqueta debe ser agregada por este agregador.


public static Map < String , Object > createPartyGroup  ( DispatchContext ctx , Map < String , ? extends Object > context ) { Map < String , Object > result = FastMap . newInstance ( ) ; Delegator delegator = ctx . getDelegator ( ) ; GenericValue userLogin = ( GenericValue ) context . get ( "userLogin" ) ; Timestamp now = UtilDateTime . nowTimestamp ( ) ; String partyId = ( String ) context . get ( "partyId" ) ; Locale locale = ( Locale ) context . get ( "locale" ) ; if ( UtilValidate . isEmpty ( partyId ) ) { try { partyId = delegator . getNextSeqId ( "Party" ) ; } catch ( IllegalArgumentException e ) { return ServiceUtil . returnError ( UtilProperties . getMessage ( resourceError , "partyservices.could_not_create_party_group_generation_failure" , locale ) ) ; } } else { if ( partyId . matches ( "\\d+" ) ) { return ServiceUtil . returnError ( UtilProperties . getMessage ( resourceError , "partyservices.could_not_create_party_ID_digit" , locale ) ) ; } } try { GenericValue party = EntityQuery . use ( delegator ) . from ( "Party" ) . where ( "partyId" , partyId ) . queryOne ( ) ; GenericValue partyGroupPartyType = EntityQuery . use ( delegator ) . from ( "PartyType" ) . where ( "partyTypeId" , "PARTY_GROUP" ) . cache ( ) . queryOne ( ) ; if ( partyGroupPartyType == null ) { return ServiceUtil . returnError ( UtilProperties . getMessage ( resourceError , "partyservices.partyservices.party_type_not_found_in_database_cannot_create_party_group" , locale ) ) ; } if ( party != null ) { GenericValue partyType = party . getRelatedOne ( "PartyType" , true ) ; if ( ! EntityTypeUtil . isType ( partyType , partyGroupPartyType ) ) { return ServiceUtil . returnError ( UtilProperties . getMessage ( resourceError , "partyservices.partyservices.cannot_create_party_group_already_exists_not_PARTY_GROUP_type" , locale ) ) ; } } else { String partyTypeId = "PARTY_GROUP" ; if ( UtilValidate . isNotEmpty ( context . get ( "partyTypeId" ) ) ) { GenericValue desiredPartyType = EntityQuery . use ( delegator ) . from ( "PartyType" ) . where ( "partyTypeId" , context . get ( "partyTypeId" ) ) . cache ( ) . queryOne ( ) ; if ( desiredPartyType != null && EntityTypeUtil . isType ( desiredPartyType , partyGroupPartyType ) ) { partyTypeId = desiredPartyType . getString ( "partyTypeId" ) ; } else { return ServiceUtil . returnError ( UtilProperties . getMessage ( resource , "PartyPartyTypeIdNotFound" , UtilMisc . toMap ( "partyTypeId" , context . get ( "partyTypeId" ) ) , locale ) ) ; } } Map < String , Object > newPartyMap = UtilMisc . toMap ( "partyId" , partyId , "partyTypeId" , partyTypeId , "createdDate" , now , "lastModifiedDate" , now ) ; if ( userLogin != null ) { newPartyMap . put ( "createdByUserLogin" , userLogin . get ( "userLoginId" ) ) ; newPartyMap . put ( "lastModifiedByUserLogin" , userLogin . get ( "userLoginId" ) ) ; } String statusId = ( String ) context . get ( "statusId" ) ; party = delegator . makeValue ( "Party" , newPartyMap ) ; party . setNonPKFields ( context ) ; if ( statusId == null ) { statusId = "PARTY_ENABLED" ; } party . set ( "statusId" , statusId ) ; party . create ( ) ; GenericValue partyStat = delegator . makeValue ( "PartyStatus" , UtilMisc . toMap ( "partyId" , partyId , "statusId" , statusId , "statusDate" , now ) ) ; partyStat . create ( ) ; } GenericValue partyGroup = EntityQuery . use ( delegator ) . from ( "PartyGroup" ) . where ( "partyId" , partyId ) . queryOne ( ) ; if ( partyGroup != null ) { return ServiceUtil . returnError ( UtilProperties . getMessage ( resourceError , "partyservices.cannot_create_party_group_already_exists" , locale ) ) ; } partyGroup = delegator . makeValue ( "PartyGroup" , UtilMisc . toMap ( "partyId" , partyId ) ) ; partyGroup . setNonPKFields ( context ) ; partyGroup . create ( ) ; } catch ( GenericEntityException e ) { Debug . logWarning ( e , module ) ; return ServiceUtil . returnError ( UtilProperties . getMessage ( resourceError , "partyservices.data_source_error_adding_party_group" , UtilMisc . toMap ( "errMessage" , e . getMessage ( ) ) , locale ) ) ; } result . put ( "partyId" , partyId ) ; result . put ( ModelService . RESPONSE_MESSAGE , ModelService . RESPOND_SUCCESS ) ; return result ; }

Crea un grupo de partidos.Si no se especifica ningún PartyID, se recupera un PartyID numérico de la secuencia del partido.