def _test_link(self, kwargs, type_, expected):
app = make_app(**kwargs)
nodes = construct_nodes(construct_releases([
release('1.0.2', app=app),
entry(b(15, app=app)),
release('1.0.0'),
], app=app))
if type_ == 'release':
header = nodes[0][0][0].astext()
assert expected in header
elif type_ == 'issue':
link = nodes[0][1][0][0][2]
eq_(link['refuri'], expected)
else:
raise Exception("Gave unknown type_ kwarg to _test_link()!")
def _test_link(self, kwargs, type_, expected):
app = _app(**kwargs)
nodes = construct_nodes(construct_releases([
_release('1.0.2', app=app),
_entry(_issue('bug', 15, app=app)),
_release('1.0.0'),
], app=app))
if type_ == 'release':
header = nodes[0][0][0].astext()
assert expected in header
elif type_ == 'issue':
link = nodes[0][1][0][0][2]
eq_(link['refuri'], expected)
else:
raise Exception("Gave unknown type_ kwarg to _test_link()!")
def _test_link(self, kwargs, type_, expected):
app = _app(**kwargs)
nodes = construct_nodes(
construct_releases(
[_release("1.0.2", app=app), _entry(_issue("bug", 15, app=app)), _release("1.0.0")], app=app
)
)
if type_ == "release":
header = nodes[0][0][0].astext()
assert expected in header
elif type_ == "issue":
link = nodes[0][1][0][0][2]
eq_(link["refuri"], expected)
else:
raise Exception("Gave unknown type_ kwarg to _test_link()!")
def _test_link(self, kwargs, type_, expected):
app = make_app(**kwargs)
nodes = construct_nodes(
construct_releases([
release('1.0.2', app=app),
entry(b(15, app=app)),
release('1.0.0'),
],
app=app)[0])
# Shorthand for "I'll do my own asserts"
if expected is None:
return nodes
if type_ == 'release':
header = nodes[0][0][0].astext()
assert expected in header
elif type_ == 'issue':
link = nodes[0][1][0][0][2]
eq_(link['refuri'], expected)
else:
raise Exception("Gave unknown type_ kwarg to _test_link()!")
def _test_link(self, kwargs, type_, expected):
app = make_app(**kwargs)
nodes = construct_nodes(
construct_releases(
[
release("1.0.2", app=app),
entry(b(15, app=app)),
release("1.0.0"),
],
app=app,
)[0])
# Shorthand for "I'll do my own asserts"
if expected is None:
return nodes
if type_ == "release":
header = nodes[0][0][0].astext()
assert expected in header
elif type_ == "issue":
link = nodes[0][1][0][0][2]
assert link["refuri"] == expected
else:
raise Exception("Gave unknown type_ kwarg to _test_link()!")
def _generate(self, *entries, **kwargs):
nodes = construct_nodes(_releases(*entries))
# By default, yield the contents of the bullet list.
return nodes if kwargs.get('raw', False) else nodes[0][1][0]
def _generate(self, *entries, **kwargs):
app = kwargs.get("app", None)
nodes = construct_nodes(_releases(*entries, app=app))
# By default, yield the contents of the bullet list.
return nodes if kwargs.get("raw", False) else nodes[0][1][0]
def _generate(self, *entries, **kwargs):
raw = kwargs.pop("raw", False)
nodes = construct_nodes(releases(*entries, **kwargs))
# By default, yield the contents of the bullet list.
return nodes if raw else nodes[0][1][0]
def _generate(self, *entries, **kwargs):
app = kwargs.get('app', None)
nodes = construct_nodes(_releases(*entries, app=app))
# By default, yield the contents of the bullet list.
return nodes if kwargs.get('raw', False) else nodes[0][1][0]