def run_import(args, cwd, error, catch=True, _tree=None):
"""Process arguments and run the `doorstop import` subcommand.
:param args: Namespace of CLI arguments
:param cwd: current working directory
:param error: function to call for CLI errors
:param catch: catch and log :class:`~doorstop.common.DoorstopError`
"""
document = item = None
attrs = utilities.literal_eval(args.attrs, error)
mapping = utilities.literal_eval(args.map, error)
if args.path:
if not args.prefix:
error("when [path] specified, [prefix] is also required")
elif args.document:
error("'--document' cannot be used with [path] [prefix]")
elif args.item:
error("'--item' cannot be used with [path] [prefix]")
ext = utilities.get_ext(args, error, None, None)
elif not (args.document or args.item):
error("specify [path], '--document', or '--item' to import")
with utilities.capture(catch=catch) as success:
if args.path:
# get the document
request_next_number = _request_next_number(args)
tree = _tree or _get_tree(args, cwd,
request_next_number=request_next_number)
document = tree.find_document(args.prefix)
# import items into it
msg = "importing '{}' into document {}...".format(args.path,
document)
utilities.show(msg, flush=True)
importer.import_file(args.path, document, ext, mapping=mapping)
elif args.document:
prefix, path = args.document
document = importer.create_document(prefix, path,
parent=args.parent)
elif args.item:
prefix, uid = args.item
request_next_number = _request_next_number(args)
item = importer.add_item(prefix, uid, attrs=attrs,
request_next_number=request_next_number)
if not success:
return False
if document:
utilities.show("imported document: {} ({})".format(document.prefix,
document.relpath))
else:
assert item
utilities.show("imported item: {} ({})".format(item.uid, item.relpath))
return True
def test_literal_eval_invalid_err(self):
"""Verify an invalid literal calls the error function."""
error = Mock()
utilities.literal_eval("1/", error=error)
self.assertEqual(1, error.call_count)
def test_literal_eval_invalid_log(self, mock_log):
"""Verify an invalid literal logs an error."""
utilities.literal_eval("1/")
self.assertEqual(1, mock_log.call_count)
def test_literal_eval(self):
"""Verify a string can be evaluated as a Python literal."""
self.assertEqual(42.0, utilities.literal_eval("42.0"))
def run_import(args, cwd, error, catch=True, _tree=None):
"""Process arguments and run the `doorstop import` subcommand.
:param args: Namespace of CLI arguments
:param cwd: current working directory
:param error: function to call for CLI errors
:param catch: catch and log :class:`~doorstop.common.DoorstopError`
"""
document = item = None
attrs = utilities.literal_eval(args.attrs, error)
mapping = utilities.literal_eval(args.map, error)
if args.path:
if not args.prefix:
error("when [path] specified, [prefix] is also required")
elif args.document:
error("'--document' cannot be used with [path] [prefix]")
elif args.item:
error("'--item' cannot be used with [path] [prefix]")
ext = utilities.get_ext(args, error, None, None)
elif not (args.document or args.item):
error("specify [path], '--document', or '--item' to import")
with utilities.capture(catch=catch) as success:
if args.path:
# get the document
request_next_number = _request_next_number(args)
tree = _tree or _get_tree(
args, cwd, request_next_number=request_next_number)
document = tree.find_document(args.prefix)
# import items into it
msg = "importing '{}' into document {}...".format(
args.path, document)
utilities.show(msg, flush=True)
importer.import_file(args.path, document, ext, mapping=mapping)
elif args.document:
prefix, path = args.document
document = importer.create_document(prefix,
path,
parent=args.parent)
elif args.item:
prefix, uid = args.item
request_next_number = _request_next_number(args)
item = importer.add_item(prefix,
uid,
attrs=attrs,
request_next_number=request_next_number)
if not success:
return False
if document:
utilities.show("imported document: {} ({})".format(
document.prefix, document.relpath))
else:
assert item
utilities.show("imported item: {} ({})".format(item.uid, item.relpath))
return True
def test_literal_eval_invalid_log(self, mock_log):
"""Verify an invalid literal logs an error."""
utilities.literal_eval("1/")
self.assertEqual(1, mock_log.call_count)
def test_literal_eval_invalid_err(self):
"""Verify an invalid literal calls the error function."""
error = Mock()
utilities.literal_eval("1/", error=error)
self.assertEqual(1, error.call_count)
def test_literal_eval(self):
"""Verify a string can be evaluated as a Python literal."""
self.assertEqual(42.0, utilities.literal_eval("42.0"))
