def handleUserData(self, input, internal=0 ):
"""
Handles input in the context of this session specifically.
@param input: the user data
@type input: string
@param internal: whether the command came from interally.
we won't spam hooks and may at some point prevent
output for internal stuff too. 1 if internal, 0 if not.
@type internal: boolean
"""
# this is the point of much recursion. everything is registered
# as a filter and recurses accordingly.
spamargs = {"session": self, "internal": internal,
"verbatim": exported.get_config("verbatim", self),
"data": input, "dataadj": input}
spamargs = exported.filter_mapper_hook_spam("user_filter_hook", spamargs)
if spamargs == None:
return
else:
input = spamargs["dataadj"]
# after this point we don't do any more recursion. so it's
# safe to unescape things and such.
input = input.replace("\\;", ";")
input = input.replace("\\$", "$")
input = input.replace("\\%", "%")
# just regular data to the mud
self.writeSocket(input + "\n")
def handleMudData(self, input):
"""
Handles input coming from the mud.
@param input: the data coming from the mud
@type input: string
"""
# this sort of handles ansi color codes that get broken
# mid-transmission when mud data is chunked and sent across
# the network.
if self._colorbuffer:
input = self._colorbuffer + input
self._colorbuffer = ''
index = input.rfind(ESC)
if index != -1 and input.find("m", index) == -1:
self._colorbuffer = input[index:]
input = input[:index]
# we add the new input to the databuffer
self.addToDataBuffer(input)
# we split the input into a series of lines and operate on
# those
inputlines = input.splitlines(1)
for i in range(0, len(inputlines)):
mem = inputlines[i]
# call the pre-filter hook
spamargs = {"session": self, "data": mem, "dataadj": mem}
spamargs = exported.filter_mapper_hook_spam(
"mud_filter_hook", spamargs)
if spamargs != None:
mem = spamargs["dataadj"]
else:
mem = ""
inputlines[i] = mem
exported.write_mud_data("".join(inputlines), self)
def handleMudData(self, input):
"""
Handles input coming from the mud.
@param input: the data coming from the mud
@type input: string
"""
# this sort of handles ansi color codes that get broken
# mid-transmission when mud data is chunked and sent across
# the network.
if self._colorbuffer:
input = self._colorbuffer + input
self._colorbuffer = ''
index = input.rfind(ESC)
if index != -1 and input.find("m", index) == -1:
self._colorbuffer = input[index:]
input = input[:index]
# we add the new input to the databuffer
self.addToDataBuffer(input)
# we split the input into a series of lines and operate on
# those
inputlines = input.splitlines(1)
for i in range(0, len(inputlines)):
mem = inputlines[i]
# call the pre-filter hook
spamargs = {"session": self, "data": mem, "dataadj": mem}
spamargs = exported.filter_mapper_hook_spam("mud_filter_hook", spamargs)
if spamargs != None:
mem = spamargs["dataadj"]
else:
mem = ""
inputlines[i] = mem
exported.write_mud_data("".join(inputlines), self)
def handleUserData(self, input, internal=0):
"""
Handles input in the context of this session specifically.
@param input: the user data
@type input: string
@param internal: whether the command came from interally.
we won't spam hooks and may at some point prevent
output for internal stuff too. 1 if internal, 0 if not.
@type internal: boolean
"""
# this is the point of much recursion. everything is registered
# as a filter and recurses accordingly.
spamargs = {
"session": self,
"internal": internal,
"verbatim": exported.get_config("verbatim", self),
"data": input,
"dataadj": input
}
spamargs = exported.filter_mapper_hook_spam("user_filter_hook",
spamargs)
if spamargs == None:
return
else:
input = spamargs["dataadj"]
# after this point we don't do any more recursion. so it's
# safe to unescape things and such.
input = input.replace("\\;", ";")
input = input.replace("\\$", "$")
input = input.replace("\\%", "%")
# just regular data to the mud
self.writeSocket(input + "\n")
