def handle_args(self, args):
# No messages to stderr, but do collect the E_APP_MISSING and
# E_FUNC_MISSING errors.
aggregator = Aggregator()
MessageDefManager.muted = True
# Load func_odbc functions if requested.
load_func_odbc_functions(args.func_odbc, args.dialplan)
parser = FileDialplanParser()
parser.include(args.dialplan)
dialplan = next(iter(parser))
del dialplan
apploader = AppLoader()
funcloader = FuncLoader()
self.print_modules_used(apploader, funcloader)
self.print_load_statements(
set(apploader.used_modules) |
set(funcloader.used_modules))
self.print_unknowns(aggregator)
return int(
bool(aggregator.unknown_apps) or
bool(aggregator.unknown_funcs))
def main(args, envs):
parser = argparse.ArgumentParser(
description=(
'Do sanity checks on dialplan. Suppress comma separated '
'error classes through the ALINT_IGNORE environment variable. '
'Returns 1 if any issue was reported.'))
parser.add_argument(
'dialplan', metavar='EXTENSIONS_CONF', nargs='?',
default='./extensions.conf',
help='path to extensions.conf')
parser.add_argument(
'--func-odbc', metavar='FUNC_ODBC_CONF', action=UniqueStore,
help="path to func_odbc.conf, will be read automatically if found "
"in same the same dir as extensions.conf; set empty to disable")
args = parser.parse_args(args)
# Load func_odbc functions if requested.
load_func_odbc_functions(args.func_odbc, args.dialplan)
parser = FileDialplanParser()
parser.include(args.dialplan)
dialplan = next(iter(parser))
dialplan.walk_jump_destinations()
del dialplan
# MessageDefManager.raised is a dict of messages ordered by message
# type. All message types share the same muted flag, so we need only
# examine the first.
if any(not i[0].muted for i in MessageDefManager.raised.values()):
return 1
def handle_args(self, args):
# Load func_odbc functions if requested.
load_func_odbc_functions(args.func_odbc, args.dialplan)
parser = FileDialplanParser()
parser.include(args.dialplan)
dialplan = next(iter(parser))
dialplan.walk_jump_destinations()
del dialplan
# MessageDefManager.raised is a dict of messages ordered by message
# type. All message types share the same muted flag, so we need only
# examine the first.
if any(not i[0].muted for i in MessageDefManager.raised.values()):
return 1
def main(args, envs):
parser = argparse.ArgumentParser(
description=(
"Show which modules, apps and functions are used by the dialplan. "
"Useful when you use autoload=no in your modules.conf. Beware "
"that you do need more modules than just these listed."))
parser.add_argument(
'dialplan', metavar='EXTENSIONS_CONF', nargs='?',
default='./extensions.conf',
help='path to extensions.conf')
parser.add_argument(
'--func-odbc', metavar='FUNC_ODBC_CONF', action=UniqueStore,
help="path to func_odbc.conf, will be read automatically if found "
"in same the same dir as extensions.conf; set empty to disable")
args = parser.parse_args(args)
# No messages to stderr, but do collect the E_APP_MISSING and
# E_FUNC_MISSING errors.
aggregator = Aggregator()
MessageDefManager.muted = True
# Load func_odbc functions if requested.
load_func_odbc_functions(args.func_odbc, args.dialplan)
parser = FileDialplanParser()
parser.include(args.dialplan)
dialplan = next(iter(parser))
del dialplan
apploader = AppLoader()
funcloader = FuncLoader()
all_modules = set()
for what, used_items, used_modules in (
('Application', apploader.used_apps, apploader.used_modules),
('Function', funcloader.used_funcs, funcloader.used_modules)):
all_modules.update(used_modules)
used_items_per_module = defaultdict(list)
for item in used_items:
used_items_per_module[item.module].append(item)
print('; {} providing modules used:'.format(what))
for module in used_modules:
items = used_items_per_module[module][:]
item_lines = ['']
while items:
next_ = items.pop(0)
if item_lines[-1]:
item_lines[-1] += ', '
formatted = '{}()'.format(next_.name)
if len(item_lines[-1]) + len(formatted) > 52:
item_lines.append(formatted)
else:
item_lines[-1] += formatted
# Output.
print('; {:20s} {}'.format(
module, item_lines[0].strip()))
for item_line in item_lines[1:]:
print('; {:20s} {}'.format(
'', item_line.strip()))
print(';')
print('; modules.conf')
for module in sorted(all_modules):
if module != '<builtin>':
print('load => {}.so'.format(module))
print()
if aggregator.unknown_apps:
print('; WARNING: The following unknown applications were seen:')
print('; {}'.format(', '.join(sorted(aggregator.unknown_apps))))
print(';')
if aggregator.unknown_funcs:
print('; WARNING: The following unknown functions were seen:')
print('; {}'.format(', '.join(sorted(aggregator.unknown_funcs))))
print(';')
return int(bool(aggregator.unknown_apps) or bool(aggregator.unknown_funcs))
