def problems(self, cmdline, db, opsys, release):
"""
Get hot/long-term problem statistics
"""
release_ids = get_release_ids(db, opsys, release)
num_days = 7
if cmdline.last:
num_days = int(cmdline.last)
since = datetime.datetime.now() - datetime.timedelta(days=num_days)
hot = query_hot_problems(db,
release_ids,
history=self.history_type,
last_date=since)
if not cmdline.include_low_quality:
hot = [x for x in hot if x.quality >= 0]
hot = [p for p in hot if p.type in self.ptypes]
out = ""
if hot:
out += "Hot problems:\n\n"
out += self._render_problems(hot, cmdline.count, release_ids)
out += "\n"
if webfaf_installed():
out += "URL: "
out += reverse("problems.dashboard")
out += "\n\n"
lt = query_longterm_problems(db,
release_ids,
history=self.history_type)
if not cmdline.include_low_quality:
lt = [x for x in lt if x.quality >= 0]
lt = [p for p in lt if p.type in self.ptypes]
if lt:
out += "Long-term problems:\n\n"
out += self._render_problems(lt, cmdline.count, release_ids)
out += "\n\n"
return out
def problems(self, cmdline, db, opsys, release):
"""
Get hot/long-term problem statistics
"""
release_ids = get_release_ids(db, opsys, release)
num_days = 7
if cmdline.last:
num_days = int(cmdline.last)
since = datetime.datetime.now() - datetime.timedelta(days=num_days)
hot = query_hot_problems(db, release_ids, history=self.history_type,
last_date=since)
if not cmdline.include_low_quality:
hot = filter(lambda x: x.quality >= 0, hot)
out = ""
if hot:
out += "Hot problems:\n\n"
out += self._render_problems(hot, cmdline.count, release_ids)
out += "\n"
if webfaf_installed():
out += "URL: "
out += reverse("webfaf.problems.views.hot")
out += "\n\n"
lt = query_longterm_problems(db, release_ids, history=self.history_type)
if not cmdline.include_low_quality:
lt = filter(lambda x: x.quality >= 0, lt)
if lt:
out += "Long-term problems:\n\n"
out += self._render_problems(lt, cmdline.count, release_ids)
out += "\n"
if webfaf_installed():
out += "URL: "
out += reverse("webfaf.problems.views.longterm")
out += "\n\n"
return out
def problems(self, cmdline, db, opsys, release):
"""
Get hot/long-term problem statistics
"""
release_ids = get_release_ids(db, opsys, release)
num_days = 7
if cmdline.last:
num_days = int(cmdline.last)
since = datetime.datetime.now() - datetime.timedelta(days=num_days)
hot = query_hot_problems(db, release_ids, history=self.history_type,
last_date=since)
if not cmdline.include_low_quality:
hot = [x for x in hot if x.quality >= 0]
hot = [p for p in hot if p.type in self.ptypes]
out = ""
if hot:
out += "Hot problems:\n\n"
out += self._render_problems(hot, cmdline.count, release_ids)
out += "\n"
if webfaf_installed():
out += "URL: "
out += reverse("problems.dashboard")
out += "\n\n"
lt = query_longterm_problems(db, release_ids, history=self.history_type)
if not cmdline.include_low_quality:
lt = [x for x in lt if x.quality >= 0]
lt = [p for p in lt if p.type in self.ptypes]
if lt:
out += "Long-term problems:\n\n"
out += self._render_problems(lt, cmdline.count, release_ids)
out += "\n\n"
return out
def text_overview(self, cmdline, db, opsys, release):
release_ids = get_release_ids(db, opsys, release)
num_days = 7
if cmdline.last:
num_days = int(cmdline.last)
since = datetime.datetime.now() - datetime.timedelta(days=num_days)
hot = query_hot_problems(db,
release_ids,
history=self.history_type,
last_date=since)
if not cmdline.include_low_quality:
hot = [x for x in hot if x.quality >= 0]
ptypes = ""
if len(self.ptypes) != len(problemtypes):
ptypes = " " + ", ".join(self.ptypes)
out = "Overview of the top {0}{1} crashes over the last {2} days:\n".format(
cmdline.count, ptypes, num_days)
hot = [p for p in hot if p.type in self.ptypes]
for (rank, problem) in enumerate(hot[:cmdline.count]):
out += "#{0} {1} - {2}x\n".format(
rank + 1, ', '.join(problem.unique_component_names),
problem.count)
# Reports with bugzillas for this OpSysRelease go first
reports = sorted(
problem.reports,
cmp=lambda x, y: len(
[b for b in x.bugs if b.opsysrelease_id in release_ids]) -
len([b for b in y.bugs if b.opsysrelease_id in release_ids]),
reverse=True)
if webfaf_installed():
for report in reports[:3]:
out += "{0}\n".format(
reverse("reports.bthash_forward",
bthash=report.hashes[0].hash))
for bug in report.bugs:
out += " {0}\n".format(bug.url)
else:
for report in reports[:3]:
out += "Report BT hash: {0}\n".format(
report.hashes[0].hash)
if len(problem.reports) > 3:
out += "... and {0} more.\n".format(len(problem.reports) - 3)
if problem.tainted:
out += "Kernel tainted.\n"
crash_function = problem.crash_function
if crash_function:
out += "Crash function: {0}\n".format(crash_function)
affected_all = []
for report in problem.reports:
affected_known = [
(affected.build.base_package_name, affected.build.epoch,
affected.build.version, affected.build.release)
for affected in get_crashed_package_for_report(
db, report.id)
]
affected_unknown = \
get_crashed_unknown_package_nevr_for_report(db, report.id)
affected_all += affected_known + affected_unknown
affected_all = sorted(set(affected_all),
cmp=lambda a, b: cmp_evr(a[1:], b[1:]),
reverse=True)
if affected_all:
out += "Affected builds: {0}".format(", ".join([
"{0}-{1}:{2}-{3}".format(n, e, v, r)
for (n, e, v, r) in affected_all[:5]
]))
if len(problem.reports) > 5:
out += " and {0} more.".format(len(problem.reports) - 5)
out += "\n"
pfix = problem.probable_fix_for_opsysrelease_ids(release_ids)
if len(pfix) > 0:
out += ("Problem seems to be fixed since the release of {0}\n".
format(pfix))
out += "\n"
return out
def text_overview(self, cmdline, db, opsys, release):
release_ids = get_release_ids(db, opsys, release)
num_days = 7
if cmdline.last:
num_days = int(cmdline.last)
since = datetime.datetime.now() - datetime.timedelta(days=num_days)
hot = query_hot_problems(db, release_ids, history=self.history_type,
last_date=since)
if not cmdline.include_low_quality:
hot = [x for x in hot if x.quality >= 0]
ptypes = ""
if len(self.ptypes) != len(problemtypes):
ptypes = " "+", ".join(self.ptypes)
out = "Overview of the top {0}{1} crashes over the last {2} days:\n".format(
cmdline.count, ptypes, num_days)
hot = [p for p in hot if p.type in self.ptypes]
for (rank, problem) in enumerate(hot[:cmdline.count]):
out += "#{0} {1} - {2}x\n".format(
rank+1,
', '.join(problem.unique_component_names),
problem.count)
# Reports with bugzillas for this OpSysRelease go first
reports = sorted(problem.reports,
cmp=lambda x, y: len([b for b in x.bugs if b.opsysrelease_id in release_ids])
- len([b for b in y.bugs if b.opsysrelease_id in release_ids]), reverse=True)
if webfaf_installed():
for report in reports[:3]:
out += "{0}\n".format(reverse("reports.bthash_forward",
bthash=report.hashes[0].hash))
for bug in report.bugs:
out += " {0}\n".format(bug.url)
else:
for report in reports[:3]:
out += "Report BT hash: {0}\n".format(report.hashes[0].hash)
if len(problem.reports) > 3:
out += "... and {0} more.\n".format(len(problem.reports)-3)
if problem.tainted:
out += "Kernel tainted.\n"
crash_function = problem.crash_function
if crash_function:
out += "Crash function: {0}\n".format(crash_function)
affected_all = []
for report in problem.reports:
affected_known = [
(affected.build.base_package_name,
affected.build.epoch,
affected.build.version,
affected.build.release) for affected in
get_crashed_package_for_report(db, report.id)]
affected_unknown = \
get_crashed_unknown_package_nevr_for_report(db, report.id)
affected_all += affected_known + affected_unknown
affected_all = sorted(set(affected_all),
cmp=lambda a, b: cmp_evr(a[1:], b[1:]),
reverse=True)
if affected_all:
out += "Affected builds: {0}".format(", ".join(
["{0}-{1}:{2}-{3}".format(n, e, v, r)
for (n, e, v, r) in affected_all[:5]]))
if len(problem.reports) > 5:
out += " and {0} more.".format(len(problem.reports)-5)
out += "\n"
pfix = problem.probable_fix_for_opsysrelease_ids(release_ids)
if pfix:
out += ("Problem seems to be fixed since the release of {0}\n"
.format(pfix))
out += "\n"
return out
def text_overview(self, cmdline, db, opsys, release):
release_ids = get_release_ids(db, opsys, release)
num_days = 7
if cmdline.last:
num_days = int(cmdline.last)
since = datetime.datetime.now() - datetime.timedelta(days=num_days)
hot = query_hot_problems(db, release_ids, history=self.history_type,
last_date=since)
if not cmdline.include_low_quality:
hot = filter(lambda x: x.quality >= 0, hot)
out = "Overview of the top {0} crashes over the last {1} days:\n".format(
cmdline.count, num_days)
for (rank, problem) in enumerate(hot[:cmdline.count]):
out += "#{0} {1} - {2}x\n".format(
rank+1,
', '.join(problem.unique_component_names),
problem.count)
if webfaf_installed():
for report in problem.reports:
out += "{0}\n".format(reverse("webfaf.reports.views.bthash_forward",
args=[report.hashes[0].hash]))
else:
for report in problem.reports:
out += "Report BT hash: {0}\n".format(report.hashes[0].hash)
if problem.tainted:
out += "Kernel tainted.\n"
crash_function = problem.crash_function
if crash_function:
out += "Crash function: {0}\n".format(crash_function)
affected_all = []
for report in problem.reports:
affected_known = [
(affected.build.base_package_name,
affected.build.epoch,
affected.build.version,
affected.build.release) for affected in
get_crashed_package_for_report(db, report.id)]
affected_unknown = \
get_crashed_unknown_package_nevr_for_report(db, report.id)
affected_all += affected_known + affected_unknown
affected_all = sorted(set(affected_all), cmp=lambda a, b: cmp_evr(a[1:], b[1:]))
if affected_all:
out += "Affected builds: {0}\n".format(", ".join(
["{0}-{1}:{2}-{3}".format(n, e, v, r)
for (n, e, v, r) in affected_all]))
pfix = problem.probable_fix_for_opsysrelease_ids(release_ids)
if len(pfix) > 0:
out += ("Problem seems to be fixed since the release of {0}\n"
.format(pfix))
out += "\n"
return out
