question: implements outputstream.write int in terms of outputstream.write byte , int , int . outputstream assumes that you implement outputstream.write int and provides default implementations of the others , but often the opposite is more efficient . concode_field_sep Charset US_ASCII concode_elem_sep byte[] EMPTY_BYTE_ARRAY concode_elem_sep AtomicReference<byte[]> skipBuffer concode_elem_sep char[] DIGITS concode_elem_sep Charset UTF_8 concode_elem_sep String[] EMPTY_STRING_ARRAY concode_elem_sep Charset ISO_8859_1 concode_field_sep void checkOffsetAndCount concode_elem_sep void pokeInt concode_elem_sep String readAsciiLine concode_elem_sep int getEffectivePort concode_elem_sep int getEffectivePort concode_elem_sep int getEffectivePort concode_elem_sep int getDefaultPort concode_elem_sep List<T> immutableList concode_elem_sep long skipByReading concode_elem_sep void closeAll concode_elem_sep String bytesToHexString concode_elem_sep boolean equal concode_elem_sep void deleteContents concode_elem_sep void readFully concode_elem_sep void readFully concode_elem_sep String readFully concode_elem_sep ThreadFactory daemonThreadFactory concode_elem_sep void closeQuietly concode_elem_sep void closeQuietly concode_elem_sep void closeQuietly concode_elem_sep int copy concode_elem_sep void skipAll concode_elem_sep String hash concode_elem_sep int readSingleByte
target: void function ( OutputStream arg0 , int arg1 ) { byte [ ] loc0 = new byte [ 1 ] ; loc0 [ 0 ] = ( byte ) ( arg1 & 0xff ) ; arg0 . write ( loc0 ) ; }