def handler(self, **args):
"""Allows someone to add material onto a factoid (that isn't locked) by
saying "foo is also bar", for example"""
import priv
from irclib import Event
from time import time
target = self.return_to_sender(args)
# args["text"] should look something like:
# "moobot: foo is also bar blatz qux"
# Grab the factoid to change:
factoid_key = self.strip_words(args["text"], 1).split(" is ")[0]
# Grab the stuff to tack on:
to_add = self.strip_words(args["text"], 1).split(" is also ")[1]
# Check if the factoid is locked or not
locked_by = FactoIds.getLockedBy(factoid_key)
if locked_by == None:
message = "Factoid '%s' does not exist." % factoid_key
return Event("privmsg", "", target, [message])
if priv.checkPriv(args["source"], "delete_priv") == 0 and (locked_by != "" and locked_by != args["source"]):
message = "You do not have permission to delete factoid '%s." % factoid_key
return Event("privmsg", "", target, [message])
# Since we don't have delete_priv, we just delete and recreate the factoid
orig_factoid = FactoIds.getValueByKey(factoid_key)
new_factoid = orig_factoid + ", or " + to_add
FactoIds.update(factoid_key, new_factoid, args["source"])
return Event("privmsg", "", target, ["ok"])
def handler(self, **args):
"""Allows someone to add material onto a factoid (that isn't locked) by
saying "foo is also bar", for example"""
import priv
from irclib import Event
from time import time
target = self.return_to_sender(args)
# args["text"] should look something like:
# "moobot: foo is also bar blatz qux"
# Grab the factoid to change:
factoid_key = self.strip_words(args["text"], 1).split(" is ")[0]
# Grab the stuff to tack on:
to_add = self.strip_words(args["text"], 1).split(" is also ")[1]
# Check if the factoid is locked or not
locked_by = FactoIds.getLockedBy(factoid_key)
if locked_by == None:
message = "Factoid '%s' does not exist." % factoid_key
return Event("privmsg", "", target, [message])
if priv.checkPriv(args["source"], "delete_priv") == 0 and (
locked_by != "" and locked_by != args["source"]):
message = "You do not have permission to delete factoid '%s." % factoid_key
return Event("privmsg", "", target, [message])
# Since we don't have delete_priv, we just delete and recreate the factoid
orig_factoid = FactoIds.getValueByKey(factoid_key)
new_factoid = orig_factoid + ", or " + to_add
FactoIds.update(factoid_key, new_factoid, args["source"])
return Event("privmsg", "", target, ["ok"])
def handler(self, **args):
"""Allows someone to alter material in a factoid by using a regular
expression. Invoked like: "moobot: foo =~ s/moo/bar/"."""
import priv, re, time
from irclib import Event
target = self.return_to_sender(args)
# Grab the factoid to change:
# first, drop the bot name
factoid_key = " ".join(args["text"].split()[1:])
# Now split on " =~ " and take the left half
factoid_key = factoid_key.split(" =~ ", 1)[0]
locked_by = FactoIds.getLockedBy(factoid_key)
if locked_by == None:
message = "Factoid '%s' does not exist." % factoid_key
return Event("privmsg", "", target, [message])
# Check for the appropriate privilege (delete_priv, even
# though we aren't deleting - we are modifying, and there
# is no modify priv)
if priv.checkPriv(args["source"], "delete_priv") == 0 and (locked_by != "" and locked_by != args["source"]):
message = "You do not have permission to modify factoid '%s." % factoid_key
return Event("privmsg", "", target, [message])
# get the original factoid value
factoid = FactoIds.getValueByKey(factoid_key)
# Grab the regex(es) to apply
# First split on =~, then split on spaces for the RHS
regexes_str = args["text"].split(" =~ ", 1)[1]
# Now we can't split just on spaces, because the regex itself
# can have spaces in it. We gotta grab each one individually
# because a regex to get them all (potentially each having
# unique separators, like "s/foo/bar blatz/g s:moo:mooooo!:i
# s%this%makes it hard to parse%".
#
# The basic algorithm is:
# 1 - find out the separator character (2nd)
# 2 - find the index of the third occurrence of this character
# 3 - find the next space, chop off everything before it and
# append it to the regex_list
regex_list = []
# regex for removing leading spaces, compiling it first
lead_spaces = re.compile("^\s+")
while len(regexes_str) > 2:
# Strip leading spaces first (so regexes with many spaces
# between them don't mess things up when we assume the separator
# is the second character)
regexes_str = lead_spaces.sub("", regexes_str)
# Separator = 2nd char
separator = regexes_str[1]
# Find it once, then use that as a low range
# NOTE - if there is garbage at any point, ignore everything
# after it
second_sep = regexes_str.find(separator, 2)
if second_sep == 0: break
third_sep = regexes_str.find(separator, second_sep+1)
if third_sep == 0: break
# now the space
space_index = regexes_str.find(" ", third_sep)
if space_index == -1: # no space found
regex_list.append(regexes_str)
break
else:
regex_list.append(regexes_str[:space_index])
regexes_str = regexes_str[space_index:]
# apply each of the regexes in order
# For now we are assuming all of the regexes are search and replace
# s/foo/bar/[gi]
ACCEPTABLE_PREFIXES = "sy"
ACCEPTABLE_SUFFIXES = "gi"
for regex_string in regex_list:
# Split the regex into parts - strictly, we split on the second
# character, as s:foo:bar: is valid as well
try:
parts = regex_string.split(regex_string[1])
except IndexError:
break
# If we don't get four parts (even if the last is empty)
# then it's not a valid regex - chastise them ... also,
# if it's not one of the valid prefixes/suffixes, chastise them :)
if len(parts) != 4 or \
parts[0] not in ACCEPTABLE_PREFIXES:
message = "Invalid regular expression: " + regex_string
return Event("privmsg", "", target, [message])
for letter in parts[3]:
if letter not in ACCEPTABLE_SUFFIXES:
message = "Invalid regular expression: " + regex_string
return Event("privmsg", "", target, [message])
# Get some flags before we compile a regex
if "g" in parts[3]: count = 0
else: count = 1
if "i" in parts[3]: case_sensitive = 0
else: case_sensitive = 1
# Make a regex object for the first pattern
try:
re_str = parts[1]
if case_sensitive:
regex = re.compile(re_str)
else:
regex = re.compile(re_str, re.I)
except re.error:
message = "Invalid regular expression: " + regex_string
return Event("privmsg", "", target, [message])
# Actually perform the transformation
if parts[0] == "s":
factoid = regex.sub(parts[2], factoid)
elif parts[0] == "y":
message = "This regex not yet supported. Sorry :("
return Event("privmsg", "", target, [message])
# When all the regexes are applied, store the factoid again
# with the new date as the modification date.
FactoIds.update(factoid_key, factoid, args["source"])
return Event("privmsg", "", target, ["ok"])
def handler(self, **args):
""" gets the factoid_value field """
import time
from irclib import Event, nm_to_n
# Store the ref
# ref = args["ref"]()
# If we were /msg'ed this, /msg it back, otherwise send it to the
# channel
# (set up here because there are some rather early returns for the
# continue handler types and whatnot)
target = self.return_to_sender(args)
factoid_key = args["text"]
factoid_key = self.strip_words(factoid_key, 1) # removes "moobot: "
# By default we want to parse the factoid value after grabbing it from
# the db, but certain flags along the way may set this flag so that we
# don't do so (e.g., "literal").
dont_parse = 0
# If we are called with something like "moobot: literal foo", we want
# to strip the "literal" from it as that is not part of the
# factoid, unless of course nothing follows "literal", in which
# case we would be looking for the factoid for "literal"
if len(args["text"].split(" ")) > 1 and \
args["text"].split(" ")[1] == "literal":
dont_parse = 1 # set for later, when we spit the value back
factoid_key = self.strip_words(factoid_key, 1)
# Strip trailing ?'s and !'s (so asking for "moobot: foo?!?!?!???" is
# the same as just asking for "moobot: foo"
factoid_key = self.strip_punctuation(factoid_key)
text = FactoIds.getValueByKey(factoid_key, args["source"])
# If the factoid doesn't exist, simply continue trying
# to match with other handlers using the continue event type
if not text:
return Event("continue", "", target, [""])
### The new length stuff
# Here we check to see if the total message length would be greater
# than irclib.MESSAGE_SIZE_LIMIT, and if so, split it up accordingly
# and return the requested one, or print out a warning.
# Message format:
# nickname!username@localhost privmsg #channel_name :factoid_text
# self.debug("%s!%s@%s" % (ref.connection.ircname,
# ref.connection.username, ref.connection.localhost))
# # msg_length = len(text) + len(" privmsg # :") + len(target) + \
# # len(ref.connection.nickname) + len(ref.connection.username) + \
# # len(ref.connection.localhost)
# # self.debug(msg_length)
# by default we will just say something to the target, but if the
# factoid contains an <action> tag, we will make it an action
# eventtype
eventtype="privmsg"
# If the person says something like "moobot: literal foo", we don't
# want to parse the factoid, we just want to spit it back in its raw
# form. Otherwise, we want to replace parentheses and pipes as well
# as see if we need to change the eventtype
if not dont_parse: # awkward, but supports the more general case,
# instead of having to set a flag for every case
# where we DO want to parse, only set a flag where
# we do NOT parse
# Strip spaces from the left-hand side
text = text.lstrip()
# Parse parentheses and pipes to come up with one random string
# from many choices specified in the factoid
text = FactoIds.parseSar(text)
# Replace $who and $nick with the person requesting the factoid
text = text.replace("$who", nm_to_n(args["source"]))
if args.has_key("channel"):
text = text.replace("$chan", args["channel"])
text = text.replace("$nick", nm_to_n(args["source"]))
# If the new string (after previous replacements) begins with
# "<action>" or "<reply>" (case insensitive), then we strip them
# and possibly change the eventtype if necessary. Otherwise, we
# simply say "foo is bar" back to the target.
if text[:8].lower() == "<action>":
eventtype="action"
text = text[8:]
elif text[:7].lower() == "<reply>":
text = text[7:]
else:
text = factoid_key + " is " + text
return Event(eventtype, "", target, [ text.strip() ])
def handler(self, **args):
"""Allows someone to alter material in a factoid by using a regular
expression. Invoked like: "moobot: foo =~ s/moo/bar/"."""
import priv, re, time
from irclib import Event
target = self.return_to_sender(args)
# Grab the factoid to change:
# first, drop the bot name
factoid_key = " ".join(args["text"].split()[1:])
# Now split on " =~ " and take the left half
factoid_key = factoid_key.split(" =~ ", 1)[0]
locked_by = FactoIds.getLockedBy(factoid_key)
if locked_by == None:
message = "Factoid '%s' does not exist." % factoid_key
return Event("privmsg", "", target, [message])
# Check for the appropriate privilege (delete_priv, even
# though we aren't deleting - we are modifying, and there
# is no modify priv)
if priv.checkPriv(args["source"], "delete_priv") == 0 and (
locked_by != "" and locked_by != args["source"]):
message = "You do not have permission to modify factoid '%s." % factoid_key
return Event("privmsg", "", target, [message])
# get the original factoid value
factoid = FactoIds.getValueByKey(factoid_key)
# Grab the regex(es) to apply
# First split on =~, then split on spaces for the RHS
regexes_str = args["text"].split(" =~ ", 1)[1]
# Now we can't split just on spaces, because the regex itself
# can have spaces in it. We gotta grab each one individually
# because a regex to get them all (potentially each having
# unique separators, like "s/foo/bar blatz/g s:moo:mooooo!:i
# s%this%makes it hard to parse%".
#
# The basic algorithm is:
# 1 - find out the separator character (2nd)
# 2 - find the index of the third occurrence of this character
# 3 - find the next space, chop off everything before it and
# append it to the regex_list
regex_list = []
# regex for removing leading spaces, compiling it first
lead_spaces = re.compile("^\s+")
while len(regexes_str) > 2:
# Strip leading spaces first (so regexes with many spaces
# between them don't mess things up when we assume the separator
# is the second character)
regexes_str = lead_spaces.sub("", regexes_str)
# Separator = 2nd char
separator = regexes_str[1]
# Find it once, then use that as a low range
# NOTE - if there is garbage at any point, ignore everything
# after it
second_sep = regexes_str.find(separator, 2)
if second_sep == 0: break
third_sep = regexes_str.find(separator, second_sep + 1)
if third_sep == 0: break
# now the space
space_index = regexes_str.find(" ", third_sep)
if space_index == -1: # no space found
regex_list.append(regexes_str)
break
else:
regex_list.append(regexes_str[:space_index])
regexes_str = regexes_str[space_index:]
# apply each of the regexes in order
# For now we are assuming all of the regexes are search and replace
# s/foo/bar/[gi]
ACCEPTABLE_PREFIXES = "sy"
ACCEPTABLE_SUFFIXES = "gi"
for regex_string in regex_list:
# Split the regex into parts - strictly, we split on the second
# character, as s:foo:bar: is valid as well
try:
parts = regex_string.split(regex_string[1])
except IndexError:
break
# If we don't get four parts (even if the last is empty)
# then it's not a valid regex - chastise them ... also,
# if it's not one of the valid prefixes/suffixes, chastise them :)
if len(parts) != 4 or \
parts[0] not in ACCEPTABLE_PREFIXES:
message = "Invalid regular expression: " + regex_string
return Event("privmsg", "", target, [message])
for letter in parts[3]:
if letter not in ACCEPTABLE_SUFFIXES:
message = "Invalid regular expression: " + regex_string
return Event("privmsg", "", target, [message])
# Get some flags before we compile a regex
if "g" in parts[3]: count = 0
else: count = 1
if "i" in parts[3]: case_sensitive = 0
else: case_sensitive = 1
# Make a regex object for the first pattern
try:
re_str = parts[1]
if case_sensitive:
regex = re.compile(re_str)
else:
regex = re.compile(re_str, re.I)
except re.error:
message = "Invalid regular expression: " + regex_string
return Event("privmsg", "", target, [message])
# Actually perform the transformation
if parts[0] == "s":
factoid = regex.sub(parts[2], factoid)
elif parts[0] == "y":
message = "This regex not yet supported. Sorry :("
return Event("privmsg", "", target, [message])
# When all the regexes are applied, store the factoid again
# with the new date as the modification date.
FactoIds.update(factoid_key, factoid, args["source"])
return Event("privmsg", "", target, ["ok"])
def handler(self, **args):
""" gets the factoid_value field """
import time
from irclib import Event, nm_to_n
# Store the ref
# ref = args["ref"]()
# If we were /msg'ed this, /msg it back, otherwise send it to the
# channel
# (set up here because there are some rather early returns for the
# continue handler types and whatnot)
target = self.return_to_sender(args)
factoid_key = args["text"]
factoid_key = self.strip_words(factoid_key, 1) # removes "moobot: "
# By default we want to parse the factoid value after grabbing it from
# the db, but certain flags along the way may set this flag so that we
# don't do so (e.g., "literal").
dont_parse = 0
# If we are called with something like "moobot: literal foo", we want
# to strip the "literal" from it as that is not part of the
# factoid, unless of course nothing follows "literal", in which
# case we would be looking for the factoid for "literal"
if len(args["text"].split(" ")) > 1 and \
args["text"].split(" ")[1] == "literal":
dont_parse = 1 # set for later, when we spit the value back
factoid_key = self.strip_words(factoid_key, 1)
# Strip trailing ?'s and !'s (so asking for "moobot: foo?!?!?!???" is
# the same as just asking for "moobot: foo"
factoid_key = self.strip_punctuation(factoid_key)
text = FactoIds.getValueByKey(factoid_key, args["source"])
# If the factoid doesn't exist, simply continue trying
# to match with other handlers using the continue event type
if not text:
return Event("continue", "", target, [""])
### The new length stuff
# Here we check to see if the total message length would be greater
# than irclib.MESSAGE_SIZE_LIMIT, and if so, split it up accordingly
# and return the requested one, or print out a warning.
# Message format:
# nickname!username@localhost privmsg #channel_name :factoid_text
# self.debug("%s!%s@%s" % (ref.connection.ircname,
# ref.connection.username, ref.connection.localhost))
# # msg_length = len(text) + len(" privmsg # :") + len(target) + \
# # len(ref.connection.nickname) + len(ref.connection.username) + \
# # len(ref.connection.localhost)
# # self.debug(msg_length)
# by default we will just say something to the target, but if the
# factoid contains an <action> tag, we will make it an action
# eventtype
eventtype = "privmsg"
# If the person says something like "moobot: literal foo", we don't
# want to parse the factoid, we just want to spit it back in its raw
# form. Otherwise, we want to replace parentheses and pipes as well
# as see if we need to change the eventtype
if not dont_parse: # awkward, but supports the more general case,
# instead of having to set a flag for every case
# where we DO want to parse, only set a flag where
# we do NOT parse
# Strip spaces from the left-hand side
text = text.lstrip()
# Parse parentheses and pipes to come up with one random string
# from many choices specified in the factoid
text = FactoIds.parseSar(text)
# Replace $who and $nick with the person requesting the factoid
text = text.replace("$who", nm_to_n(args["source"]))
if args.has_key("channel"):
text = text.replace("$chan", args["channel"])
text = text.replace("$nick", nm_to_n(args["source"]))
# If the new string (after previous replacements) begins with
# "<action>" or "<reply>" (case insensitive), then we strip them
# and possibly change the eventtype if necessary. Otherwise, we
# simply say "foo is bar" back to the target.
if text[:8].lower() == "<action>":
eventtype = "action"
text = text[8:]
elif text[:7].lower() == "<reply>":
text = text[7:]
else:
text = factoid_key + " is " + text
return Event(eventtype, "", target, [text.strip()])
