def checkActions(self, text):
"""
Checks to see if text triggered any actions. Any resulting
actions will get added as an InputEvent to the queue.
@param text: the data coming from the mud to check for triggers
@type text: string
"""
# FIXME - make sure this works even when lines are broken up.
actionlist = self._actionlist
if not actionlist:
actionlist = [x for x in list(self._actions.values()) if x[6] not in self._disabled]
actionlist.sort(key = lambda x:x[3])
self._actionlist = actionlist
colorline = utils.filter_cm(text)
nocolorline = ansi.filter_ansi(colorline)
# go through all the lines in the data and see if we have
# any matches
for (action, actioncompiled, response, color, priority, onetime, tag) in actionlist:
if color:
match = actioncompiled.search(colorline)
line = colorline
else:
match = actioncompiled.search(nocolorline)
line = nocolorline
if match:
# for every match we figure out what the expanded response
# is and add it as an InputEvent in the queue. the reason
# we do a series of separate events rather than one big
# event with ; separators is due to possible issues with
# braces and such in malformed responses.
# get variables from the action
actionvars = get_ordered_vars(action)
# fill in values for all the variables in the match
varvals = {}
for i in range(len(actionvars)):
varvals[actionvars[i]] = match.group(i+1)
# add special variables
varvals['a'] = line.replace(';', '_')
# fill in response variables from those that
# matched on the trigger
response = utils.expand_vars(response, varvals)
# event.InputEvent(response, internal=1, ses=self._ses).enqueue()
try:
exported.lyntin_command(response, internal=1, session=self._ses)
except:
exported.write_traceback()
if onetime and action in self._actions:
del self._actions[action]
self._actionlist = None # invalidate the list
def expand_command(self, ses, text): t = utils.expand_vars(text, session.Session.global_vars) return utils.expand_vars(t, ses._vars)
def expand(self, ses, text):
t = utils.expand_vars(text, session.Session.global_vars)
t = utils.expand_vars(t, ses._vars)
return utils.denest_vars(t, {})
def checkActions(self, text):
"""
Checks to see if text triggered any actions. Any resulting
actions will get added as an InputEvent to the queue.
@param text: the data coming from the mud to check for triggers
@type text: string
"""
# FIXME - make sure this works even when lines are broken up.
actionlist = self._actionlist
if not actionlist:
actionlist = filter(lambda x: not self._disabled.has_key(x[6]),
self._actions.values())
actionlist.sort(key=lambda i: i[3])
self._actionlist = actionlist
colorline = utils.filter_cm(text)
nocolorline = ansi.filter_ansi(colorline)
# go through all the lines in the data and see if we have
# any matches
for (action, actioncompiled, response, color, priority, onetime, tag) in actionlist:
if color:
match = actioncompiled.search(colorline)
line = colorline
else:
match = actioncompiled.search(nocolorline)
line = nocolorline
if match:
# for every match we figure out what the expanded response
# is and add it as an InputEvent in the queue. the reason
# we do a series of separate events rather than one big
# event with ; separators is due to possible issues with
# braces and such in malformed responses.
# fill in values for all the variables in the match
varvals = {}
if match.lastindex is not None:
if action.startswith('r['):
for i in xrange(match.lastindex):
varvals[str(i+1)] = match.group(i+1)
else:
# get variables from the action
actionvars = get_ordered_vars(action)
for i in xrange(len(actionvars)):
varvals[actionvars[i]] = match.group(i+1)
# add special variables
varvals['a'] = line.replace(';', '_')
# fill in response variables from those that
# matched on the trigger
response = utils.expand_vars(response, varvals)
# event.InputEvent(response, internal=1, ses=self._ses).enqueue()
try:
exported.lyntin_command(response, internal=1, session=self._ses)
except:
exported.write_traceback()
if onetime and self._actions.has_key(action):
del self._actions[action]
self._actionlist = None # invalidate the list
def testExpandVars(self):
"""tests lyntin.utils.expand_vars"""
from lyntin.utils import expand_vars
for i in range(0, len(self.t)):
c, s = self.t[i]
self.assertEquals(expand_vars(c, self.varmap), s, "test %d" % i)
def expand_command(self, ses, text):
t = utils.expand_vars(text, session.Session.global_vars)
return utils.expand_vars(t, ses._vars)
def expand(self, ses, text):
t = utils.expand_vars(text, session.Session.global_vars)
t = utils.expand_vars(t, ses._vars)
return utils.denest_vars(t, {})
def testExpandVars(self):
"""tests lyntin.utils.expand_vars"""
from lyntin.utils import expand_vars
for i in range(0, len(self.t)):
c, s = self.t[i]
self.assertEquals(expand_vars(c, self.varmap), s, "test %d" % i)