def register_cli_commands(parser):
"""Register the CLI's meta-subcommands on `parser`."""
for name, command in commands.items():
help_title, help_body = parse_docstring(command)
command_parser = parser.subparsers.add_parser(
safe_name(name), help=help_title, description=help_title,
epilog=help_body)
command_parser.set_defaults(execute=command(command_parser))
# Setup the snap commands into the maascli if in a snap and command exists.
if 'SNAP' in os.environ:
# Only import snappy if running under the snap.
from maascli import snappy
for name, command in [
('init', snappy.cmd_init),
('config', snappy.cmd_config),
('status', snappy.cmd_status),
('migrate', snappy.cmd_migrate)]:
help_title, help_body = parse_docstring(command)
command_parser = parser.subparsers.add_parser(
safe_name(name), help=help_title, description=help_title,
epilog=help_body)
command_parser.set_defaults(execute=command(command_parser))
# Setup and the allowed django commands into the maascli.
management = get_django_management()
if management is not None and is_maasserver_available():
os.environ.setdefault(
"DJANGO_SETTINGS_MODULE", "maasserver.djangosettings.settings")
from django import setup as django_setup
django_setup()
load_regiond_commands(management, parser)
def test_normalises_whitespace(self):
# parse_docstring can parse CRLF/CR/LF text, but always emits LF (\n,
# new-line) separated text.
self.assertEqual(("long title", ""),
utils.parse_docstring("long\r\ntitle"))
self.assertEqual(("title", "body1\n\nbody2"),
utils.parse_docstring("title\n\nbody1\r\rbody2"))
def test_basic(self):
self.assertEqual(("Title", "Body"),
utils.parse_docstring("Title\n\nBody"))
self.assertEqual(
("A longer title", "A longer body"),
utils.parse_docstring("A longer title\n\nA longer body"),
)
def test_no_body(self):
# parse_docstring returns an empty string when there's no body.
self.assertEqual(
("Title", ""),
utils.parse_docstring("Title\n\n"))
self.assertEqual(
("Title", ""),
utils.parse_docstring("Title"))
def test_basic(self):
self.assertEqual(
("Title", "Body"),
utils.parse_docstring("Title\n\nBody"))
self.assertEqual(
("A longer title", "A longer body"),
utils.parse_docstring(
"A longer title\n\nA longer body"))
def test_normalises_whitespace(self):
# parse_docstring can parse CRLF/CR/LF text, but always emits LF (\n,
# new-line) separated text.
self.assertEqual(
("long title", ""),
utils.parse_docstring("long\r\ntitle"))
self.assertEqual(
("title", "body1\n\nbody2"),
utils.parse_docstring("title\n\nbody1\r\rbody2"))
def register_cli_commands(parser):
"""Register the CLI's meta-subcommands on `parser`."""
for name, command in commands.items():
help_title, help_body = parse_docstring(command)
command_parser = parser.subparsers.add_parser(
safe_name(name), help=help_title, description=help_title,
epilog=help_body)
command_parser.set_defaults(execute=command(command_parser))
def register_handler(profile, handler, parser):
"""Register a resource's handler."""
help_title, help_body = parse_docstring(handler["doc"])
handler_name = handler_command_name(handler["name"])
handler_parser = parser.subparsers.add_parser(
handler_name, help=help_title, description=help_title, epilog=help_body
)
register_actions(profile, handler, handler_parser)
def register_handler(profile, handler, parser):
"""Register a resource's handler."""
help_title, help_body = parse_docstring(handler["doc"])
handler_name = handler_command_name(handler["name"])
handler_parser = parser.subparsers.add_parser(
handler_name, help=help_title, description=help_title,
epilog=help_body)
register_actions(profile, handler, handler_parser)
def prepare_parser(argv):
"""Create and populate an arguments parser for the maascli command."""
help_title, help_body = parse_docstring(api)
parser = ArgumentParser(description=help_body,
prog=argv[0],
epilog="http://maas.ubuntu.com/")
register_cli_commands(parser)
api.register_api_commands(parser)
return parser
def register_cli_commands(parser):
"""Register the CLI's meta-subcommands on `parser`."""
for name, command in commands.items():
help_title, help_body = parse_docstring(command)
command_parser = parser.subparsers.add_parser(safe_name(name),
help=help_title,
description=help_title,
epilog=help_body)
command_parser.set_defaults(execute=command(command_parser))
def prepare_parser(argv):
"""Create and populate an arguments parser for the maascli command."""
help_title, help_body = parse_docstring(api)
parser = ArgumentParser(
description=help_body, prog=argv[0],
epilog="http://maas.ubuntu.com/")
register_cli_commands(parser)
api.register_api_commands(parser)
return parser
def test_gets_docstring_from_function(self):
# parse_docstring can extract the docstring when the argument passed
# is not a string type.
def example():
"""Title.
Body.
"""
self.assertEqual(("Title.", "Body."), utils.parse_docstring(example))
def test_gets_docstring_from_function(self):
# parse_docstring can extract the docstring when the argument passed
# is not a string type.
def example():
"""Title.
Body.
"""
self.assertEqual(
("Title.", "Body."),
utils.parse_docstring(example))
def add_command(name, command):
help_title, help_body = parse_docstring(command)
arg_name = safe_name(name)
if command.hidden:
command_parser = parser.subparsers.add_parser(arg_name)
else:
command_parser = parser.subparsers.add_parser(
arg_name,
help=help_title,
description=help_title,
epilog=help_body,
)
command_parser.set_defaults(execute=command(command_parser))
def prepare_parser(argv):
"""Create and populate an arguments parser for the maascli command."""
help_title, help_body = parse_docstring(api)
parser = ArgumentParser(description=help_body,
prog=os.path.basename(argv[0]),
epilog="http://maas.io/")
register_cli_commands(parser)
api.register_api_commands(parser)
parser.add_argument('--debug',
action='store_true',
default=False,
help=argparse.SUPPRESS)
return parser
def test_unwrapping(self):
# parse_docstring unwraps the title paragraph, and dedents the body
# paragraphs.
self.assertEqual(
("Title over two lines", "Paragraph over\ntwo lines\n\n"
"Another paragraph\nover two lines"),
utils.parse_docstring("""
Title over
two lines
Paragraph over
two lines
Another paragraph
over two lines
"""))
def register_actions(profile, handler, parser):
"""Register a handler's actions."""
for action in handler["actions"]:
help_title, help_body = parse_docstring(action["doc"])
action_name = safe_name(action["name"]).encode("ascii")
action_bases = (Action, )
action_ns = {
"action": action,
"handler": handler,
"profile": profile,
}
action_class = type(action_name, action_bases, action_ns)
action_parser = parser.subparsers.add_parser(action_name,
help=help_title,
description=help_title,
epilog=help_body)
action_parser.set_defaults(execute=action_class(action_parser))
def register_actions(profile, handler, parser):
"""Register a handler's actions."""
for action in handler["actions"]:
help_title, help_body = parse_docstring(action["doc"])
action_name = safe_name(action["name"]).encode("ascii")
action_bases = (Action,)
action_ns = {
"action": action,
"handler": handler,
"profile": profile,
}
action_class = type(action_name, action_bases, action_ns)
action_parser = parser.subparsers.add_parser(
action_name, help=help_title, description=help_title,
epilog=help_body)
action_parser.set_defaults(
execute=action_class(action_parser))
def test_unwrapping(self):
# parse_docstring unwraps the title paragraph, and dedents the body
# paragraphs.
self.assertEqual(
("Title over two lines",
"Paragraph over\ntwo lines\n\n"
"Another paragraph\nover two lines"),
utils.parse_docstring("""
Title over
two lines
Paragraph over
two lines
Another paragraph
over two lines
"""))
def register_actions(profile, handler, parser):
"""Register a handler's actions."""
for action in handler["actions"]:
help_title, help_body = parse_docstring(action["doc"])
action_name = safe_name(action["name"])
action_bases = get_action_class_bases(handler, action)
action_ns = {
"action": action,
"handler": handler,
"profile": profile,
}
action_class = type(action_name, action_bases, action_ns)
action_parser = parser.subparsers.add_parser(
action_name, help=help_title, description=help_title,
epilog=help_body, add_help=False)
action_parser.add_argument(
'--help', '-h', action=ActionHelp, nargs=0,
help="Show this help message and exit.")
action_parser.set_defaults(execute=action_class(action_parser))
def option_doc(option):
"""Return only the 'title' line from the option's docstring."""
title, body = parse_docstring(option.__doc__)
return title