def _parse(self, string):
buf = self._buffer + string
split = []
prev = 0
for match in self._prompt.finditer(buf):
if match.groups()[0]:
t = datetime.time(int(match.groups()[0]),
int(match.groups()[1]),
tzinfo=TZINFO)
else:
t = None
split.append((buf[prev:match.start()], t))
prev = match.end()
# The last item in list is not yet complete.
self._buffer = buf[prev:]
# loop through all the outputs and match each with all regexes, after
# checking for blocks.
for ics_output, t in split:
self.fics_time = t
# Now FICS has a bad habit of (at least for error messages because
# of no ID) not doing quite prompt to prompt sending with blocking.
# so we first split along \x17.
outputs = ics_output.split('\x17')
for block in outputs:
# Delete annoying whitespaces.
block_match = self._block_regex.match(block)
if block_match:
info = block_match.groupdict()
data = info['data'].strip()
id_ = int(info['id'])
self.block_code = int(info['code'])
if self._block_funcs.has_key(id_):
handler = self._block_funcs[id_]
self.send(handler[0](data, *handler[1], **handler[2]))
del self._block_funcs[id_]
self._used_blocks.remove(id_)
else:
data = block.strip()
self.block_code = None
for (regex, function) in self._registered:
match = regex.match(data)
if match:
self.send(function(match))
break
if self.unmatched_log is not None:
self.unmatched_log.write(block)
def _parse(self, string):
buf = self._buffer + string
split = []
prev = 0
for match in self._prompt.finditer(buf):
if match.groups()[0]:
t = datetime.time(int(match.groups()[0]), int(match.groups()[1]), tzinfo=TZINFO)
else:
t = None
split.append((buf[prev:match.start()], t))
prev = match.end()
# The last item in list is not yet complete.
self._buffer = buf[prev:]
# loop through all the outputs and match each with all regexes, after
# checking for blocks.
for ics_output, t in split:
self.fics_time = t
# Now FICS has a bad habit of (at least for error messages because
# of no ID) not doing quite prompt to prompt sending with blocking.
# so we first split along \x17.
outputs = ics_output.split('\x17')
for block in outputs:
# Delete annoying whitespaces.
block_match = self._block_regex.match(block)
if block_match:
info = block_match.groupdict()
data = info['data'].strip()
id_ = int(info['id'])
self.block_code = int(info['code'])
if self._block_funcs.has_key(id_):
handler = self._block_funcs[id_]
self.send(handler[0](data, *handler[1], **handler[2]))
del self._block_funcs[id_]
self._used_blocks.remove(id_)
else:
data = block.strip()
self.block_code = None
for (regex, function) in self._registered:
match = regex.match(data)
if match:
# print function, match
self.send(function(match))
break
if self.unmatched_log is not None:
self.unmatched_log.write(block)
def parse_block(self, data):
"""This function can be used to get a snipplet from FICS parsed alone,
which was garbage to some other parsing function.
IE. before (and after) style 12 info there can be quite a bit of spam
which is basically unrelated to style 12. I don't know if this can be
needed, but I provide the possibility anyways.
"""
data = data.strip()
if not data:
return
for (regex, function) in self._registered:
match = regex.match(data)
if match:
self.send(function(match))
break
if self.unmatched_log is not None:
self.unmatched_log.write(data)
def parse_block(self, data):
"""This function can be used to get a snipplet from FICS parsed alone,
which was garbage to some other parsing function.
IE. before (and after) style 12 info there can be quite a bit of spam
which is basically unrelated to style 12. I don't know if this can be
needed, but I provide the possibility anyways.
"""
data = data.strip()
if not data:
return
for (regex, function) in self._registered:
match = regex.match(data)
if match:
self.send(function(match))
break
if self.unmatched_log is not None:
self.unmatched_log.write(data)
