FileSplitterInput function ( ) { return new FileSplitterInput ( ) ; }
creates an instance of filesplitter concode_field_sep long scanIntervalMillis concode_elem_sep int recordLength concode_elem_sep int minReaders concode_elem_sep long repartitionCheckInterval concode_elem_sep boolean sequentialFileRead concode_elem_sep long blockSize concode_elem_sep int maxReaders concode_elem_sep int blocksThreshold concode_elem_sep String mode concode_elem_sep String files concode_elem_sep String filePatternRegularExp concode_elem_sep boolean recursive concode_elem_sep ProxyOutputPort<byte[]> records concode_field_sep long getScanIntervalMillis concode_elem_sep String getFilePatternRegularExp concode_elem_sep void setRecursive concode_elem_sep void setMaxReaders concode_elem_sep int getRecordLength concode_elem_sep void setFiles concode_elem_sep boolean isRecursive concode_elem_sep FSRecordReader createRecordReader concode_elem_sep int getBlocksThreshold concode_elem_sep long getBlockSize concode_elem_sep void setRecordLength concode_elem_sep String getMode concode_elem_sep int getMaxReaders concode_elem_sep void setSequentialFileRead concode_elem_sep int getMinReaders concode_elem_sep long getRepartitionCheckInterval concode_elem_sep void setMode concode_elem_sep String getFiles concode_elem_sep void setBlockSize concode_elem_sep void setScanIntervalMillis concode_elem_sep void setRepartitionCheckInterval concode_elem_sep boolean isSequentialFileRead concode_elem_sep void setBlocksThreshold concode_elem_sep void populateDAG concode_elem_sep void setFilePatternRegularExp concode_elem_sep void setMinReaders