def write_message(g, msg, resulttype=None):
if resulttype is None:
if sys.version_info < (2, 4):
marshal.dump(msg, g)
else:
marshal.dump(msg, g, 0)
elif resulttype is RESULTTYPE_STATRESULT:
# Hand-coded marshal for stat results that mimics what rmarshal expects.
# marshal.dump(tuple(msg)) would have been too easy. rmarshal insists
# on 64-bit ints at places, even when the value fits in 32 bits.
import struct
st = tuple(msg)
fmt = "iIIiiiIfff"
buf = []
buf.append(struct.pack("<ci", '(', len(st)))
for c, v in zip(fmt, st):
if c == 'i':
buf.append(struct.pack("<ci", c, v))
elif c == 'I':
buf.append(struct.pack("<cq", c, v))
elif c == 'f':
fstr = "%g" % v
buf.append(struct.pack("<cB", c, len(fstr)))
buf.append(fstr)
g.write(''.join(buf))
elif resulttype is RESULTTYPE_LONGLONG:
import struct
g.write(struct.pack("<cq", 'I', msg))
else:
raise Exception("Can't marshal: %r (%r)" % (msg, resulttype))
def write_message(g, msg, resulttype=None):
if resulttype is None:
if sys.version_info < (2, 4):
marshal.dump(msg, g)
else:
marshal.dump(msg, g, 0)
elif resulttype is RESULTTYPE_STATRESULT:
# Hand-coded marshal for stat results that mimics what rmarshal expects.
# marshal.dump(tuple(msg)) would have been too easy. rmarshal insists
# on 64-bit ints at places, even when the value fits in 32 bits.
import struct
st = tuple(msg)
fmt = "iIIiiiIfff"
buf = []
buf.append(struct.pack("<ci", '(', len(st)))
for c, v in zip(fmt, st):
if c == 'i':
buf.append(struct.pack("<ci", c, v))
elif c == 'I':
buf.append(struct.pack("<cq", c, v))
elif c == 'f':
fstr = "%g" % v
buf.append(struct.pack("<cB", c, len(fstr)))
buf.append(fstr)
g.write(''.join(buf))
elif resulttype is RESULTTYPE_LONGLONG:
import struct
g.write(struct.pack("<cq", 'I', msg))
else:
raise Exception("Can't marshal: %r (%r)" % (msg, resulttype))
def write_message(g, msg, resulttype=None):
if resulttype is None:
if sys.version_info < (2, 4):
marshal.dump(msg, g)
else:
marshal.dump(msg, g, 0)
elif resulttype is RESULTTYPE_STATRESULT:
# Hand-coded marshal for stat results that mimics what rmarshal expects.
# marshal.dump(tuple(msg)) would have been too easy. rmarshal insists
# on 64-bit ints at places, even when the value fits in 32 bits.
st = tuple(msg)
st = st[:-3] + (float(st[-3]), float(st[-2]), float(st[-1]))
marshal.dump(st, g, 0)
elif resulttype is RESULTTYPE_LONGLONG:
import struct
g.write(struct.pack("<cq", 'I', msg))
else:
raise Exception("Can't marshal: %r (%r)" % (msg, resulttype))