def main(argv, otherArg=None):
args = _parse_command_line_args(sys.argv)
if not args[_SOURCE]:
util.report_error("No input file specified.")
filepath = args[_SOURCE][0] # The full module name as a string
# FIXME: hardcoded to 0-index only
importpath = args[_IMPORT_PATH]
ext = util.parse_file_extension_from_filepath(filepath)
if ext != constants.SCRIBBLE_FILE_EXTENSION:
util.report_error("Bad file extension: " + ext)
module_ = util.load_file_and_parse_module(filepath)
# Returns an antlr3.tree.CommonTree with the module as the root
# Section 4.2 -- module dependencies. Load all the modules that the target
# module_ may depend on Initial Context is outside of the AST (no
# parent/node) -- these fields are initialised on entering the AST from the
# root module node
context_ = Context(args[_IMPORT_PATH], args[_PAYLOAD_TYPE_PATH])
context_ = load_modules(context_, filepath, module_)
# TODO: import members not supported yet
# Next passes can do transformations on the raw AST
# Insert implicit scopes in each protocol of each module_
context_ = _insert_scopes(context_)
# Raw transformations finished; next record individual members (for
# convenience -- currently only used by projection; ContextVisitor passes
# use visibility)
context_ = load_members(context_, filepath, module_)
# Context built up to now is the base context. Subsequent ContextVisitor
# passes each start from the base Context and build/manipulate the
# pass-specific Context as appropriate
# Section 4.2 -- well-formedness of primary module. Separately build the
# visibility context_ for each dependency (it can be different for each) and
# check the well-formedness conditions that must hold for each dependency
# checks well-formedness conditions on each in-context_ module (these are
# the loaded modules, which are the dependencies of the primary module)
_check_wellformedness(context_)
# Here the Context has only modules and members loaded, no
# visibility built (Context was not retained from well-formedness checking).
# The returned context_ holds all the projections
context_ = _project_all(context_)
# Check reachability at the local protocol level
_check_reachability(context_)
proto = args[_PROJECT_PROTOCOL]
if proto is not None:
localrole = args[_PROJECT_ROLE]
dir = args[_PROJECT_DIR]
#context_ = _project(context_, proto, localrole, dir)
_output_projections_to_modules(context_, proto, localrole, dir)
def start_modules(self, event): self.modules = moduleloader.load_modules(self.ed) LoginEvent(self.name).post(self.ed)
# custom functionality and module imports
import re
import json
import urllib2
import messageparser
# configuration imports
import ConfigParser
from signal import SIGTERM
#First up, load the rest of the bot specific modules
import moduleloader
CFG = moduleloader.load_config()
MODULES = moduleloader.load_modules(CFG)
# bot class
class earlbot(sleekxmpp.ClientXMPP):
"""
A simple SleekXMPP bot that will parse a message according
to a list of loaded custom modules.
"""
def __init__(self, jid, password, rooms, nick):
sleekxmpp.ClientXMPP.__init__(self, jid, password)
self.rooms = rooms
self.nick = nick
self.mute = False
