unmarshals an array of 8 bit integers concode_field_sep int HDR_LEN concode_elem_sep int mOffset concode_elem_sep byte mData[] concode_field_sep int getS8 concode_elem_sep int[] nextS32Array concode_elem_sep int getU8 concode_elem_sep byte[] data concode_elem_sep int nextS8 concode_elem_sep int nextS32 concode_elem_sep int nextS32 concode_elem_sep int nextU8 concode_elem_sep String nextString concode_elem_sep void put32 concode_elem_sep void put32 concode_elem_sep int getS32 concode_elem_sep int getS32 concode_elem_sep void put16 concode_elem_sep int[] nextS8Array concode_elem_sep int getPacketType concode_elem_sep int offset concode_elem_sep byte[] getOfssetArray concode_elem_sep boolean hasData concode_elem_sep void putString concode_elem_sep int length concode_elem_sep void moveOffset concode_elem_sep void setPacketLength concode_elem_sep long nextS64 concode_elem_sep int getS16 concode_elem_sep void parse concode_elem_sep String getString concode_elem_sep int getU16 concode_elem_sep int getU16 concode_elem_sep void put64 concode_elem_sep long[] nextS64Array concode_elem_sep int getPacketCode concode_elem_sep int nextU16 concode_elem_sep int nextU16 concode_elem_sep int[] nextU16Array concode_elem_sep int nextS16 concode_elem_sep long getS64 concode_elem_sep int getPacketLength concode_elem_sep int[] nextS16Array concode_elem_sep int getSessionId concode_elem_sep void wrap concode_elem_sep void put8
int [ ] function ( ) { int loc0 = nextS32 ( ) ; int loc1 [ ] = new int [ loc0 ] ; for ( int loc2 = 0 ; loc2 < loc0 ; loc2 ++ ) loc1 [ loc2 ] = nextU8 ( ) ; return loc1 ; }