def explicit_releases_error_on_unfound_issues(self):
# Just a release - result will have 1.0.0, 1.0.1, and unreleased
changelog = _release_list('1.0.1')
# No issues listed -> this clearly doesn't exist in any buckets
changelog[1][0].append(Text("25"))
# This should asplode
construct_releases(changelog, _app())
def explicit_releases_error_on_unfound_issues(self):
# Just a release - result will have 1.0.0, 1.0.1, and unreleased
changelog = release_list('1.0.1')
# No issues listed -> this clearly doesn't exist in any buckets
changelog[1][0].append(Text("25"))
# This should asplode
construct_releases(changelog, make_app())
def _releases(*entries):
entries = list(entries) # lol tuples
# Translate simple objs into changelog-friendly ones
for index, item in enumerate(entries):
if isinstance(item, six.string_types):
entries[index] = _release(item)
else:
entries[index] = _entry(item)
# Insert initial/empty 1st release to start timeline
entries.append(_release('1.0.0'))
return construct_releases(entries, _app())
def explicit_bugfix_releases_get_removed_from_unreleased(self):
b1 = b(1)
b2 = b(2)
changelog = release_list('1.0.1', b1, b2)
# Ensure that 1.0.1 specifies bug 2
changelog[0][0].append(Text('2'))
rendered, _ = construct_releases(changelog, make_app())
# 1.0.1 should have bug 2 only
assert b2 in rendered[1]['entries']
assert b1 not in rendered[1]['entries']
# unreleased bug list should still get/see bug 1
assert b1 in rendered[2]['entries']
def explicit_bugfix_releases_get_removed_from_unreleased(self):
b1 = _issue('bug', '1')
b2 = _issue('bug', '2')
changelog = _release_list('1.0.1', b1, b2)
# Ensure that 1.0.1 specifies bug 2
changelog[0][0].append(Text('2'))
rendered = construct_releases(changelog, _app())
# 1.0.1 should have bug 2 only
assert b2 in rendered[1]['entries']
assert b1 not in rendered[1]['entries']
# unreleased bug list should still get/see bug 1
assert b1 in rendered[2]['entries']
def explicit_feature_release_features_are_removed_from_unreleased(self):
f1 = _issue('feature', '1')
f2 = _issue('feature', '2')
changelog = _release_list('1.1.0', f1, f2)
# Ensure that 1.1.0 specifies feature 2
changelog[0][0].append(Text("2"))
rendered = _changelog2dict(construct_releases(changelog, _app()))
# 1.1.0 should have feature 2 only
assert f2 in rendered['1.1.0']
assert f1 not in rendered['1.1.0']
# unreleased feature list should still get/see feature 1
assert f1 in rendered['unreleased_feature']
# now-released feature 2 should not be in unreleased_feature
assert f2 not in rendered['unreleased_feature']
def explicit_feature_release_features_are_removed_from_unreleased(self):
f1 = f(1)
f2 = f(2)
changelog = release_list('1.1.0', f1, f2)
# Ensure that 1.1.0 specifies feature 2
changelog[0][0].append(Text("2"))
rendered = changelog2dict(construct_releases(changelog, make_app())[0])
# 1.1.0 should have feature 2 only
assert f2 in rendered['1.1.0']
assert f1 not in rendered['1.1.0']
# unreleased feature list should still get/see feature 1
assert f1 in rendered['unreleased_1.x_feature']
# now-released feature 2 should not be in unreleased_feature
assert f2 not in rendered['unreleased_1.x_feature']
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))
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 releases_can_specify_issues_explicitly(self):
# Build regular list-o-entries
b2 = _issue("bug", "2")
b3 = _issue("bug", "3")
changelog = _release_list("1.0.1", "1.1.1", b3, b2, self.b, "1.1.0", self.f)
# Modify 1.0.1 release to be speshul
changelog[0][0].append(Text("2, 3"))
rendered = construct_releases(changelog, _app())
# 1.0.1 includes just 2 and 3, not bug 1
one_0_1 = rendered[3]["entries"]
one_1_1 = rendered[2]["entries"]
assert self.b not in one_0_1
assert b2 in one_0_1
assert b3 in one_0_1
# 1.1.1 includes all 3 (i.e. the explicitness of 1.0.1 didn't affect
# the 1.1 line bucket.)
assert self.b in one_1_1
assert b2 in one_1_1
assert b3 in one_1_1
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 releases_can_specify_issues_explicitly(self):
# Build regular list-o-entries
b2 = _issue('bug', '2')
b3 = _issue('bug', '3')
changelog = _release_list('1.0.1', '1.1.1', b3, b2, self.b, '1.1.0',
self.f)
# Modify 1.0.1 release to be speshul
changelog[0][0].append(Text("2, 3"))
rendered = construct_releases(changelog, _app())
# 1.0.1 includes just 2 and 3, not bug 1
one_0_1 = rendered[3]['entries']
one_1_1 = rendered[2]['entries']
assert self.b not in one_0_1
assert b2 in one_0_1
assert b3 in one_0_1
# 1.1.1 includes all 3 (i.e. the explicitness of 1.0.1 didn't affect
# the 1.1 line bucket.)
assert self.b in one_1_1
assert b2 in one_1_1
assert b3 in one_1_1
def releases_can_specify_issues_explicitly(self):
# Build regular list-o-entries
b2 = b(2)
b3 = b(3)
changelog = release_list(
'1.0.1', '1.1.1', b3, b2, self.b, '1.1.0', self.f
)
# Modify 1.0.1 release to be speshul
changelog[0][0].append(Text("2, 3"))
rendered, _ = construct_releases(changelog, make_app())
# 1.0.1 includes just 2 and 3, not bug 1
one_0_1 = rendered[3]['entries']
one_1_1 = rendered[2]['entries']
assert self.b not in one_0_1
assert b2 in one_0_1
assert b3 in one_0_1
# 1.1.1 includes all 3 (i.e. the explicitness of 1.0.1 didn't affect
# the 1.1 line bucket.)
assert self.b in one_1_1
assert b2 in one_1_1
assert b3 in one_1_1
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 _releases(*entries):
return construct_releases(_release_list(*entries), _app())
def releases(*entries, **kwargs):
app = kwargs.pop('app', None) or make_app()
return construct_releases(release_list(*entries, **kwargs), app)
def _releases(*entries, **kwargs):
app = kwargs.get('app', None) or _app()
return construct_releases(_release_list(*entries), app)
def releases(*entries, **kwargs):
app = kwargs.pop("app", None) or make_app()
return construct_releases(release_list(*entries, **kwargs), app)[0]
def explicit_release_list_split_works_with_unicode(self):
b = _issue('bug', '17')
changelog = _release_list('1.0.1', b)
changelog[0][0].append(Text(six.text_type('17')))
# When using naive method calls, this explodes
construct_releases(changelog, _app())
def _releases(*entries, **kwargs):
app = kwargs.get("app", None) or _app()
return construct_releases(_release_list(*entries), app)
def explicit_release_list_split_works_with_unicode(self):
changelog = release_list('1.0.1', b(17))
changelog[0][0].append(Text(six.text_type('17')))
# When using naive method calls, this explodes
construct_releases(changelog, make_app())