@Close public void close() { _consumeRowHandler = null; _inputColumnConversion = null; _outputColumns = null; }
@Close public void close() { // delete the temporary file if (tempFile != null) { tempFile.delete(); } } }
@Close public void close() { // delete the temporary file if (isTempFile) { _targetFile.delete(); } }
@Close public void close() { if (dictionaryConnection != null) { dictionaryConnection.close(); dictionaryConnection = null; } }
@Close public void close() { if (_dictionaryConnection != null) { _dictionaryConnection.close(); _dictionaryConnection = null; } }
@Close public void close() { _groovyObject = null; _groovyClassLoader.clearCache(); _groovyClassLoader = null; }
@Close public void close() { if (_tableLookup != null) { _tableLookup.close(); _tableLookup = null; } }
@Close public void close() { if (synonymCatalogConnection != null) { synonymCatalogConnection.close(); synonymCatalogConnection = null; } }
@Close public void close() { _groovyObject = null; _groovyClassLoader.clearCache(); _groovyClassLoader = null; }
@Close public void close() { if (dictionaryConnections != null) { for (int i = 0; i < dictionaryConnections.length; i++) { dictionaryConnections[i].close(); } dictionaryConnections = null; } }
@Close public void close() { if (stringPatternConnections != null) { for (final StringPatternConnection connection : stringPatternConnections) { connection.close(); } stringPatternConnections = null; } }
@Close public void close() { if (stringPatternConnections != null) { for (final StringPatternConnection stringPatternConnection : stringPatternConnections) { stringPatternConnection.close(); } stringPatternConnections = null; } }
@Close public final void close() { _batchTransformationBuffer.shutdown(); }
@Close public final void close() { _batchTransformationBuffer.shutdown(); }
@Close public void close() { FileHelper.safeClose(_httpClient, _session); }
@Close public void close() { if (lookupQuery != null) { lookupQuery.close(); lookupQuery = null; } if (datastore != null) { datastoreConnection.close(); datastoreConnection = null; } cache.invalidateAll(); queryOutputColumns = null; queryConditionColumns = null; }
@Close public void close() { _groovyObject.invokeMethod("close", new Object[] {}); _groovyObject = null; _groovyClassLoader.clearCache(); _groovyClassLoader = null; }
@Close public void close() { _groovyObject.invokeMethod("close", new Object[] {}); _groovyObject = null; _groovyClassLoader.clearCache(); _groovyClassLoader = null; }
@Close(onFailure = false) public void close() throws IOException { if (_greatestEncounteredMillis != -1) { final Properties properties = loadProperties(); final String key = getPropertyKey(); final String value; if (_greatestEncounteredNanos == 0) { value = "" + _greatestEncounteredMillis; } else { value = "" + _greatestEncounteredMillis + '.' + String.format("%09d", _greatestEncounteredNanos); } properties.setProperty(key, value); captureStateFile.write(out -> properties.store(out, null)); } }
@Close public void close() { final Context context = _contextFactory.enterContext(); try { _closeFunction.call(context, _sharedScope, _sharedScope, new Object[0]); } finally { Context.exit(); } }