also returns correctly if the data is of type uint8 or uint16 array concode_field_sep ThreadLocal<byte[]> buf_byte_ concode_elem_sep InputStream is_ concode_elem_sep int[] SUPPORTED_TYPE_MAP concode_elem_sep ThreadLocal<char[]> buf_char_ concode_elem_sep int pos_ concode_field_sep BintexReader reuse concode_elem_sep int _readValueInt concode_elem_sep int readValueInt concode_elem_sep int[] readValueUint16Array concode_elem_sep int readUint16 concode_elem_sep long skip concode_elem_sep String readAutoString concode_elem_sep String readShortString concode_elem_sep String _readValueString concode_elem_sep char readChar concode_elem_sep int[] _readValueUint8Array concode_elem_sep String readLongString concode_elem_sep String readValueString concode_elem_sep int getPos concode_elem_sep int readRaw concode_elem_sep int readRaw concode_elem_sep float readFloat concode_elem_sep int readInt concode_elem_sep byte[] initialValue concode_elem_sep char[] initialValue concode_elem_sep void close concode_elem_sep int[] _readValueIntArray concode_elem_sep int[] readValueUint8Array concode_elem_sep Object readValue concode_elem_sep int[] _readValueUint16Array concode_elem_sep int readVarUint concode_elem_sep ValueMap readValueSimpleMap concode_elem_sep ValueMap _readValueSimpleMap concode_elem_sep String _read16BitString concode_elem_sep int readUint8 concode_elem_sep char readCharWithoutIncreasingPos concode_elem_sep String _read8BitString
int [ ] function ( ) { int loc0 = is_ . read ( ) ; pos_ ++ ; return _readValueIntArray ( loc0 ) ; }