decomposes a uuid into raw bytes . concode_field_sep long lastNanos concode_elem_sep long clockSeqAndNode concode_elem_sep UUIDGen instance concode_elem_sep long MIN_CLOCK_SEQ_AND_NODE concode_elem_sep long START_EPOCH concode_elem_sep long MAX_CLOCK_SEQ_AND_NODE concode_field_sep long makeClockSeqAndNode concode_elem_sep long unixTimestamp concode_elem_sep long createTimeUnsafe concode_elem_sep long fromUnixTimestamp concode_elem_sep long fromUnixTimestamp concode_elem_sep long microsTimestamp concode_elem_sep byte[] createTimeUUIDBytes concode_elem_sep byte[] getTimeUUIDBytes concode_elem_sep byte[] getTimeUUIDBytes concode_elem_sep UUID getUUID concode_elem_sep UUID minTimeUUID concode_elem_sep long createTime concode_elem_sep UUID getTimeUUID concode_elem_sep UUID getTimeUUID concode_elem_sep UUID getTimeUUID concode_elem_sep UUID getTimeUUID concode_elem_sep long getAdjustedTimestamp concode_elem_sep long makeNode concode_elem_sep UUID getTimeUUIDFromMicros concode_elem_sep UUID maxTimeUUID concode_elem_sep long createTimeSafe concode_elem_sep Collection<InetAddress> getAllLocalAddresses concode_elem_sep byte[] hash
byte [ ] function ( UUID arg0 ) { long loc0 = arg0 . getMostSignificantBits ( ) ; long loc1 = arg0 . getLeastSignificantBits ( ) ; byte [ ] loc2 = new byte [ 16 ] ; for ( int loc3 = 0 ; loc3 < 8 ; loc3 ++ ) { loc2 [ loc3 ] = ( byte ) ( loc0 >>> ( ( 7 - loc3 ) * 8 ) ) ; loc2 [ 8 + loc3 ] = ( byte ) ( loc1 >>> ( ( 7 - loc3 ) * 8 ) ) ; } return loc2 ; }