question: convenience method that calls the same method with three arguments . a zero-long byte array is used . concode_field_sep Operation mode concode_elem_sep Direction wired concode_elem_sep ByteArrayOutputStream inBuffer concode_elem_sep ByteArrayOutputStream outBuffer concode_elem_sep String DIRECTION concode_elem_sep Transformer tail concode_field_sep void init concode_elem_sep byte[] postTransform concode_elem_sep Transformer getDeflateTransformer concode_elem_sep byte[] preLastTransform concode_elem_sep void resetDelegate concode_elem_sep byte[] lastForwardUpdate concode_elem_sep int delegateBlockSize concode_elem_sep void initDelegate concode_elem_sep void setMode concode_elem_sep boolean isPreProcessing concode_elem_sep byte[] inverseUpdate concode_elem_sep byte[] update concode_elem_sep byte[] update concode_elem_sep byte[] update concode_elem_sep Transformer getPaddingTransformer concode_elem_sep byte[] lastInverseUpdate concode_elem_sep boolean isPostProcessing concode_elem_sep byte[] forwardUpdate concode_elem_sep byte[] lastUpdateDelegate concode_elem_sep byte[] preTransform concode_elem_sep int currentBlockSize concode_elem_sep Transformer getCascadeTransformer concode_elem_sep void reset concode_elem_sep byte[] postLastTransform concode_elem_sep byte[] updateDelegate
target: byte [ ] function ( ) { byte [ ] loc0 = ( wired == Direction . FORWARD ? lastForwardUpdate ( ) : lastInverseUpdate ( ) ) ; if ( inBuffer . size ( ) != 0 ) throw new TransformerException ( "srini_string" ) ; return loc0 ; }