def can_test_on_upstream(self):
change_states = {"POST", "MODIFIED"}
# With these states, the change is in upstream
if self.status not in {"POST", "MODIFIED", "ON_QA", "VERIFIED", "RELEASE_PENDING"}:
return False
history = self.get_history()["bugs"][0]["history"]
changes = []
# We look for status changes in the history
for event in history:
for change in event["changes"]:
if change["field_name"].lower() != "status":
continue
if change["added"] in change_states:
changes.append(event["when"])
return event["when"] < appliance_build_datetime()
else:
return False
def can_test_on_upstream(self):
change_states = {"POST", "MODIFIED"}
# With these states, the change is in upstream
if self.status not in {"POST", "MODIFIED", "ON_QA", "VERIFIED", "RELEASE_PENDING"}:
return False
history = self.get_history()["bugs"][0]["history"]
changes = []
# We look for status changes in the history
for event in history:
for change in event["changes"]:
if change["field_name"].lower() != "status":
continue
if change["added"] in change_states:
changes.append(event["when"])
return event["when"] < appliance_build_datetime()
else:
return False
def pytest_runtest_setup(item):
if not hasattr(item, "_bugzilla_bugs"):
return
skippers = set([])
xfailers = set([])
# We filter only bugs that are fixed in current release
# Generic status-based skipping
for bug in filter(lambda o: o is not None,
map(lambda bug: item._bugzilla_bugs.get_bug(bug.id), item._bugzilla_bugs)):
if bug.status in {"NEW", "ASSIGNED", "ON_DEV"}:
skippers.add(bug.id)
# POST/MODIFIED for upstream
states = {"POST", "MODIFIED"}
for bug in filter(lambda b: b.status in states,
filter(lambda o: o is not None,
map(lambda bug: item._bugzilla_bugs.get_bug(bug.id),
item._bugzilla_bugs))):
history = bug.get_history()["bugs"][0]["history"]
changes = []
# We look for status changes in the history
for event in history:
for change in event["changes"]:
if change["field_name"].lower() != "status":
continue
if change["added"] in states:
changes.append(event["when"])
break
if changes:
if appliance_is_downstream():
# The possible fix is definitely not in the downstream build
skippers.add(bug.id)
continue
# Given that the current bug state is what we want, we select the last change to the bug
last_change = changes[-1]
if last_change < appliance_build_datetime():
logger.info(
"Decided to test {} on upstream, because the appliance was built "
"after the bug {} status was modified".format(item.nodeid, bug.id)
)
else:
skippers.add(bug.id)
# Custom skip/xfail handler
global_env = dict(
bugs=item._bugzilla_bugs,
appliance_version=current_version(),
appliance_downstream=appliance_is_downstream(),
)
# We will now extend the env with fixtures, so they can be used in the guard functions
# We will however add only those that are not in the global_env otherwise we could overwrite
# our own stuff.
for funcarg, value in item.callspec.params.iteritems():
if funcarg not in global_env:
global_env[funcarg] = value
for bug in set(map(lambda bug: item._bugzilla_bugs.get_bug(bug.id), item._bugzilla_bugs)):
local_env = {"bug": bug}
local_env.update(global_env)
if item._skip_func(**local_env):
skippers.add(bug.id)
if item._xfail_func(**local_env):
xfailers.add(bug.id)
# Separate loop for unskipping
for bug in set(map(lambda id: item._bugzilla_bugs.get_bug(id), skippers)):
if bug.id not in item._unskip_dict:
continue
local_env = {"bug": bug}
local_env.update(global_env)
if item._unskip_dict[bug.id](**local_env):
skippers.discard(bug.id)
# We now have to resolve what to do with this test item
# xfailing takes precedence over skipping (xfail is via custom function)
if xfailers:
item.add_marker(
pytest.mark.xfail(
"Xfailing due to these bugs: {}".format(", ".join(map(str, xfailers)))))
elif skippers:
bz_url = urlparse(item._bugzilla.url)
pytest.skip("Skipping due to these bugs:\n{}".format(
"\n".join([
"{}: {} ({}://{}/show_bug.cgi?id={})".format(
bug.status, bug.summary, bz_url.scheme, bz_url.netloc, bug.id)
for bug
in set(map(lambda id: item._bugzilla_bugs.get_bug(id), skippers))
])
))
else:
logger.info("No action required by Bugzilla for {}. All good!".format(item.nodeid))
