def _read(reader, tcode, endianness, offset, bytes):
(n, offset) = parser.read_integer(endianness, offset + 1, bytes)
val = q_list([])
if n == 0: return (val, offset)
for i in range(0, n):
(item, offset) = reader(endianness, offset, bytes)
val.append(item)
if tcode is CHAR_CODE:
return (q_str(''.join(val)), offset)
else:
val._determine_type()
return (val, offset)
def _read(reader,tcode,endianness,offset,bytes):
(n, offset) = parser.read_integer(endianness,offset+1,bytes)
val = q_list([])
if n == 0: return (val,offset)
for i in range(0, n):
(item,offset) = reader(endianness,offset,bytes)
val.append(item)
if tcode is CHAR_CODE:
return (q_str(''.join(val)),offset)
else:
val._determine_type()
return (val,offset)
def _receive(self):
"""read the response from the server"""
header = self.sock.recv(8)
# Endianness of byte doesn't matter when determining endianness
endianness = lambda x: x
if not _parser.read_byte(endianness, 0, header)[0] == 1:
endianness = '>'.__add__
(data_size, self.offset) = _parser.read_integer(endianness, 4, header)
bytes = self._recv_size(data_size - 8)
# ensure that it reads all the data
if _parser.read_byte(endianness, 0, bytes)[0] == -128:
(val, self.offset) = _parser.read_symbol(endianness, 1, bytes)
raise Exception(val)
(val, self.offset) = _parser.read(endianness, 0, bytes)
return val