/** * If we use injection we can have different arrays lengths. * We need synchronize them for consistency behavior with UI */ @AfterInjection public void afterInjectionSynchronization() { int nrStream = ( keyStream == null ) ? -1 : keyStream.length; if ( nrStream > 0 ) { String[][] rtn = Utils.normalizeArrays( nrStream, keyLookup ); keyLookup = rtn[ 0 ]; } int nrFields = ( fieldStream == null ) ? -1 : fieldStream.length; if ( nrFields <= 0 ) { return; } String[][] rtnFieldLookup = Utils.normalizeArrays( nrFields, fieldLookup ); fieldLookup = rtnFieldLookup[ 0 ]; int[][] rtnFieldUpdate = Utils.normalizeArrays( nrFields, fieldUpdate ); fieldUpdate = rtnFieldUpdate[ 0 ]; }
/** * If we use injection we can have different arrays lengths. * We need synchronize them for consistency behavior with UI */ @AfterInjection public void afterInjectionSynchronization() { int nrFields = ( subjectField == null ) ? -1 : subjectField.length; if ( nrFields <= 0 ) { return; } String[][] rtn = Utils.normalizeArrays( nrFields, aggregateField ); aggregateField = rtn[ 0 ]; int[][] rtnInt = Utils.normalizeArrays( nrFields, aggregateType, valueField ); aggregateType = rtnInt[ 0 ]; valueField = rtnInt[ 1 ]; }
/** * If we use injection we can have different arrays lengths. * We need synchronize them for consistency behavior with UI */ @AfterInjection public void afterInjectionSynchronization() { int nrFields = ( fieldTable == null ) ? -1 : fieldTable.length; if ( nrFields <= 0 ) { return; } String[][] rtnStrings = Utils.normalizeArrays( nrFields, fieldStream ); fieldStream = rtnStrings[ 0 ]; int[][] rtnInts = Utils.normalizeArrays( nrFields, fieldFormatType ); fieldFormatType = rtnInts[ 0 ]; }
/** * If we use injection we can have different arrays lengths. * We need synchronize them for consistency behavior with UI */ @AfterInjection public void afterInjectionSynchronization() { int nrFields = ( feedField == null ) ? -1 : feedField.length; if ( nrFields <= 0 ) { return; } String[][] rtnStringArray = Utils.normalizeArrays( nrFields, feedFieldType, outputField, conversionMask ); feedFieldType = rtnStringArray[ 0 ]; outputField = rtnStringArray[ 1 ]; conversionMask = rtnStringArray[ 2 ]; int[][] rtnIntArray = Utils.normalizeArrays( nrFields, outputType ); outputType = rtnIntArray[ 0 ]; }
/** * If we use injection we can have different arrays lengths. * We need synchronize them for consistency behavior with UI */ @AfterInjection public void afterInjectionSynchronization() { int nrFields = ( fieldTable == null ) ? -1 : fieldTable.length; if ( nrFields <= 0 ) { return; } String[][] rtnStringArray = Utils.normalizeArrays( nrFields, fieldStream, dateMask ); fieldStream = rtnStringArray[ 0 ]; dateMask = rtnStringArray[ 1 ]; boolean[][] rtnBoolArray = Utils.normalizeArrays( nrFields, matchColumn, updateColumn ); matchColumn = rtnBoolArray[ 0 ]; updateColumn = rtnBoolArray[ 1 ]; } }
/** * If we use injection we can have different arrays lengths. * We need synchronize them for consistency behavior with UI */ @AfterInjection public void afterInjectionSynchronization() { int nrFields = ( keyStream == null ) ? -1 : keyStream.length; if ( nrFields <= 0 ) { return; } String[][] rtn = Utils.normalizeArrays( nrFields, keyLookup, keyCondition, keyStream2 ); keyLookup = rtn[ 0 ]; keyCondition = rtn[ 1 ]; keyStream2 = rtn[ 2 ]; nrFields = updateLookup.length; rtn = Utils.normalizeArrays( nrFields, updateStream ); updateStream = rtn[ 0 ]; }
/** * If we use injection we can have different arrays lengths. * We need synchronize them for consistency behavior with UI */ @AfterInjection public void afterInjectionSynchronization() { int nrFields = ( subjectField == null ? -1 : subjectField.length ); if ( nrFields <= 0 ) { return; } String[][] normalizedStringArrays = Utils.normalizeArrays( nrFields, aggregateField, valueField ); aggregateField = normalizedStringArrays[ 0 ]; valueField = normalizedStringArrays[ 1 ]; int[][] normalizedIntArrays = Utils.normalizeArrays( nrFields, aggregateType ); aggregateType = normalizedIntArrays[ 0 ]; } }
/** * If we use injection we can have different arrays lengths. * We need synchronize them for consistency behavior with UI */ @AfterInjection public void afterInjectionSynchronization() { int nrFields = ( fieldName == null ) ? -1 : fieldName.length; if ( nrFields <= 0 ) { return; } boolean[][] rtnBooleanArrays = Utils.normalizeArrays( nrFields, ascending, caseSensitive, collatorEnabled, preSortedField ); ascending = rtnBooleanArrays[ 0 ]; caseSensitive = rtnBooleanArrays[ 1 ]; collatorEnabled = rtnBooleanArrays[ 2 ]; preSortedField = rtnBooleanArrays[ 3 ]; int[][] rtnIntArrays = Utils.normalizeArrays( nrFields, collatorStrength ); collatorStrength = rtnIntArrays[ 0 ]; }
String[][] normalizedStringArrays = Utils.normalizeArrays( nrFields, fieldID, fieldFormat, fieldGroup, fieldDecimal, fieldCurrency, fieldNullIf, fieldIfNull ); fieldID = normalizedStringArrays[ 0 ]; fieldFormat = normalizedStringArrays[ 1 ]; fieldIfNull = normalizedStringArrays[ 6 ]; boolean[][] normalizedBooleanArrays = Utils.normalizeArrays( nrFields, fieldRemoveID ); fieldRemoveID = normalizedBooleanArrays[ 0 ]; int[][] normalizedIntArrays = Utils.normalizeArrays( nrFields, fieldType, fieldLength, fieldPrecision, fieldTrimType ); fieldType = normalizedIntArrays[ 0 ]; fieldLength = normalizedIntArrays[ 1 ];
/** * If we use injection we can have different arrays lengths. * We need synchronize them for consistency behavior with UI */ @AfterInjection public void afterInjectionSynchronization() { int nrFields = ( sourceValue == null ) ? -1 : sourceValue.length; if ( nrFields <= 0 ) { return; } String[][] rtn = Utils.normalizeArrays( nrFields, targetValue ); targetValue = rtn[ 0 ]; }
/** * If we use injection we can have different arrays lengths. * We need synchronize them for consistency behavior with UI */ @AfterInjection public void afterInjectionSynchronization() { int nrFields = ( fieldName == null ) ? -1 : fieldName.length; if ( nrFields <= 0 ) { return; } boolean[][] rtn = Utils.normalizeArrays( nrFields, ascending ); ascending = rtn[ 0 ]; }
/** * If we use injection we can have different arrays lengths. We need synchronize them for consistency behavior with * UI */ @AfterInjection public void afterInjectionSynchronization() { int nrFields = ( keyField == null ) ? -1 : keyField.length; if ( nrFields <= 0 ) { return; } String[][] rtn = Utils.normalizeArrays( nrFields, keyLookup ); keyLookup = rtn[ 0 ]; } }
/** * If we use injection we can have different arrays lengths. * We need synchronize them for consistency behavior with UI */ @AfterInjection public void afterInjectionSynchronization() { int nrFields = ( fieldInStream == null ) ? -1 : fieldInStream.length; if ( nrFields <= 0 ) { return; } String[][] rtnStringArrays = Utils.normalizeArrays( nrFields, fieldOutStream, replaceString, replaceByString, replaceFieldByString ); fieldOutStream = rtnStringArrays[ 0 ]; replaceString = rtnStringArrays[ 1 ]; replaceByString = rtnStringArrays[ 2 ]; replaceFieldByString = rtnStringArrays[ 3 ]; nullToEmpty( fieldOutStream ); nullToEmpty( replaceString ); nullToEmpty( replaceByString ); nullToEmpty( replaceFieldByString ); int[][] rtnIntArrays = Utils.normalizeArrays( nrFields, useRegEx, wholeWord, caseSensitive, isUnicode ); useRegEx = rtnIntArrays[ 0 ]; wholeWord = rtnIntArrays[ 1 ]; caseSensitive = rtnIntArrays[ 2 ]; isUnicode = rtnIntArrays[ 3 ]; boolean[][] rtnBooleanArrays = Utils.normalizeArrays( nrFields, setEmptyString ); setEmptyString = rtnBooleanArrays[ 0 ]; }