question: converts a integral value to the corresponding little endian array . concode_field_sep long DOS_EPOCH concode_elem_sep int DOS_YEAR_OFFSET concode_elem_sep long MAX_DOS_DATE concode_elem_sep int DOS_DAY_OFFSET concode_elem_sep int DOS_MONTH_OFFSET concode_elem_sep int DOS_MINUTE_OFFSET concode_elem_sep int DOS_HOUR_OFFSET concode_field_sep short get16 concode_elem_sep byte[] intToLittleEndian concode_elem_sep byte[] intToLittleEndian concode_elem_sep int unixToDosTime concode_elem_sep byte[] shortToLittleEndian concode_elem_sep byte[] shortToLittleEndian concode_elem_sep byte[] longToLittleEndian concode_elem_sep byte[] longToLittleEndian concode_elem_sep int getUnsignedShort concode_elem_sep boolean isValidInDos concode_elem_sep int get32 concode_elem_sep long get64 concode_elem_sep long dosToUnixTime concode_elem_sep boolean arrayStartsWith concode_elem_sep int readFully concode_elem_sep int readFully concode_elem_sep long getUnsignedLong concode_elem_sep long getUnsignedInt
target: byte [ ] function ( byte [ ] arg0 , int arg1 , long arg2 , int arg3 ) { for ( int loc0 = 0 ; loc0 < arg3 ; loc0 ++ ) { arg0 [ loc0 + arg1 ] = ( byte ) ( ( arg2 & ( 0xffL << ( loc0 * 8 ) ) ) >> ( loc0 * 8 ) ) ; } return arg0 ; }