def writeSomeDatas(self, data): try: return writev(self, data) except (OSError, IOError), io: if io.errno in (errno.EAGAIN, errno.EINTR): return 0 return CONNECTION_LOST
def send_notice(self, code, msg):
if msg is None:
msg = ''
elif not isinstance(msg, str):
msg = msg.pack()
f = fuse_out_header(unique = 0,
error = code,
len = self.__out_header_size + len(msg))
if msg:
data = (f.pack(), msg)
else:
data = (f.pack(),)
try:
#self.transport.write(data)
l = writev(self.transport.fileno(),data)
if l != len(data):
raise RuntimeError("could not write notification to FUSE socket")
except Exception as e:
print_exc(file=sys.stderr)
self.connectionLost(e)
def send_reply(self, req, reply=None, err=0):
assert 0 <= err < 1000
if reply is None:
reply = ''
elif isinstance(reply, unicode):
reply = reply.encode("utf-8")
elif not isinstance(reply, str):
reply = reply.pack()
f = fuse_out_header(unique = req.unique,
error = -err,
len = self.__out_header_size + len(reply))
name = fuse_opcode2name[req.opcode][0]
if err:
self.log('%s(%d) >> %s', name, req.unique, errorcode[err])
elif reply and len(reply) < 100:
self.log('%s(%d) >> %s', name, req.unique, repr(reply))
elif reply:
self.log('%s(%d) >> (%d)', name, req.unique, len(reply))
else:
self.log('%s(%d) >> -', name, req.unique)
if reply:
data = (f.pack(), reply)
else:
data = (f.pack(),)
try:
#self.transport.write(data)
l = writev(self.transport.fileno(),data)
ls = 0
for d in data: ls += len(d)
if l != ls:
raise RuntimeError("could not write to FUSE socket: %d != %d" % (l,ls))
except Exception as e:
print_exc(file=sys.stderr)
self.connectionLost(e)
