def test_problem_json(self):
problem = get_problem_by_id(self.db, 1)
build = Build()
build.base_package_name = "kernel"
build.epoch = 0
build.version = "3.12.10"
build.release = "301.fc20"
self.db.session.add(build)
release = ProblemOpSysRelease()
release.opsysrelease = get_releases(self.db, 'Fedora', '20').first()
release.probable_fix_build = build
release.problem = problem
self.db.session.add(release)
problem.reports[0].max_certainty = 99
self.db.session.commit()
response = self.app.get('/problems/%d/' % problem.id,
headers=([('Accept', 'application/json')]))
self.assertEqual(response.mimetype, "application/json")
data = json.loads(response.get_data(as_text=True))
self.assertIn("solutions", data)
self.assertEqual(len(data["solutions"]), 1)
self.assertIn("note_text", data["solutions"][0])
self.assertIn("%s-%s" % (build.version, build.release),
data["solutions"][0]["note_text"])
def by_daterange(since, to):
'''
Render date-based report statistics including reports `since` date
until `to` date.
'''
try:
if isinstance(since, str) or isinstance(since, unicode):
since = datetime.datetime.strptime(since, "%Y-%m-%d").date()
if isinstance(to, str) or isinstance(to, unicode):
to = datetime.datetime.strptime(to, "%Y-%m-%d").date()
except:
return abort(400)
since = min(since, to)
to = max(since, to)
history = 'daily'
day_count = (to - since).days
if day_count > 30:
history = 'weekly'
if day_count > 360:
history = 'monthly'
def date_filter(query):
return query.filter(hist_field >= since).filter(hist_field < to)
hist_table, hist_field = queries.get_history_target(history)
total_query = queries.get_history_sum(db, history=history)
total = date_filter(total_query).one()[0]
release_data = []
for release in queries.get_releases(db):
release_sum = queries.get_history_sum(db,
release.opsys.name,
release.version,
history=history)
release_sum = date_filter(release_sum).one()[0]
if not release_sum:
continue
percentage = int(release_sum * 100.0 / total)
comps = queries.get_report_count_by_component(db,
release.opsys.name,
release.version,
history=history)
comp_data = []
for comp, count in date_filter(comps).all():
comp_percentage = int(count * 100.0 / release_sum)
comp_data.append((comp, count, comp_percentage))
release_data.append({
'release': release,
'sum': release_sum,
'comps': comp_data,
'percentage': percentage,
})
data = {
'since': since,
'to': to,
'total': total,
'releases': sorted(release_data, key=lambda x: x['sum'], reverse=True),
}
if request_wants_json():
return jsonify(data)
return render_template("stats/by_date.html", **data)
def run(self, cmdline, db):
if len(cmdline.opsys) == 0:
tasks = []
for opsys in systems.values():
releases = get_releases(db, opsys_name=opsys.nice_name)
tasks += [(opsys, release) for release in releases if
release.status != "EOL"]
elif len(cmdline.opsys) == 1:
shortname = cmdline.opsys[0]
if shortname not in systems:
self.log_error("Operating system '{0}' is not installed"
.format(shortname))
return 1
opsys = systems[shortname]
db_opsys = get_opsys_by_name(db, opsys.nice_name)
if db_opsys is None:
self.log_error("Operating system '{0}' is not initialized"
.format(shortname))
return 1
if len(cmdline.opsys_release) < 1:
tasks = [(opsys, r) for r in db_opsys.releases]
else:
tasks = [(opsys, r) for r in db_opsys.releases
if r.version in cmdline.opsys_release]
else:
tasks = []
for shortname in cmdline.opsys:
if shortname not in systems:
self.log_warn("Operating system '{0}' is not installed"
.format(shortname))
continue
opsys = systems[shortname]
db_opsys = get_opsys_by_name(db, opsys.nice_name)
if db_opsys is None:
self.log_warn("Operating system '{0}' is not initialized"
.format(shortname))
continue
tasks += [(opsys, rel) for rel in db_opsys.releases]
new_associates = {}
i = 0
for opsys, db_release in tasks:
i += 1
self.log_info("[{0} / {1}] Processing {2} {3}"
.format(i, len(tasks), opsys.nice_name,
db_release.version))
j = 0
for db_component in db_release.components:
j += 1
name = db_component.component.name
self.log_debug(" [{0} / {1}] Processing component '{2}'"
.format(j, len(db_release.components), name))
acls = opsys.get_component_acls(name,
release=db_release.version)
k = 0
for associate in acls:
k += 1
self.log_debug(" [{0} / {1}] Processing associate '{2}'"
.format(k, len(acls), associate))
db_associate = get_associate_by_name(db, associate)
if db_associate is None:
if associate in new_associates:
db_associate = new_associates[associate]
else:
db_associate = AssociatePeople()
db_associate.name = associate
db.session.add(db_associate)
new_associates[associate] = db_associate
self.log_info("Adding a new associate '{0}'"
.format(associate))
associates = [a.associates for a in db_component.associates]
if db_associate not in associates:
db_associate_comp = OpSysReleaseComponentAssociate()
db_associate_comp.component = db_component
db_associate_comp.associates = db_associate
db.session.add(db_associate_comp)
self.log_info("Assigning associate '{0}' to component "
"'{1}'".format(associate, name))
db.session.flush()
def by_daterange(request,
since,
to,
template_name='stats/by_date.html',
extra_context={}):
'''
Render date-based report statistics including reports `since` date
until `to` date.
View accepts `template_name` to be used and `extra_context` to pass
to it.
'''
if isinstance(since, str) or isinstance(since, unicode):
since = datetime.datetime.strptime(since, "%Y-%m-%d").date()
if isinstance(to, str) or isinstance(to, unicode):
to = datetime.datetime.strptime(to, "%Y-%m-%d").date()
db = pyfaf.storage.getDatabase()
since = min(since, to)
to = max(since, to)
history = 'daily'
day_count = (to - since).days
if day_count > 30:
history = 'weekly'
if day_count > 360:
history = 'monthly'
def date_filter(query):
return query.filter(hist_field >= since).filter(hist_field < to)
hist_table, hist_field = queries.get_history_target(history)
total_query = queries.get_history_sum(db, history=history)
total = date_filter(total_query).one()[0]
release_data = []
for release in queries.get_releases(db):
release_sum = queries.get_history_sum(db,
release.opsys.name,
release.version,
history=history)
release_sum = date_filter(release_sum).one()[0]
if not release_sum:
continue
percentage = int(release_sum * 100.0 / total)
comps = queries.get_report_count_by_component(db,
release.opsys.name,
release.version,
history=history)
comp_data = []
for comp, count in date_filter(comps).all():
comp_percentage = int(count * 100.0 / release_sum)
comp_data.append((comp, count, comp_percentage))
release_data.append({
'release': release,
'sum': release_sum,
'comps': comp_data,
'percentage': percentage,
})
data = {
'since': since,
'to': to,
'total': total,
'releases': sorted(release_data, key=lambda x: x['sum'], reverse=True),
}
data.update(extra_context)
if "application/json" in request.META.get("HTTP_ACCEPT"):
return HttpResponse(json.dumps(data, cls=WebfafJSONEncoder),
status=200,
mimetype="application/json")
else:
return render_to_response(template_name,
data,
context_instance=RequestContext(request))
def run(self, cmdline, db):
if len(cmdline.opsys) == 0:
tasks = []
for opsys in systems.values():
releases = get_releases(db, opsys_name=opsys.nice_name)
tasks += [(opsys, release) for release in releases
if release.status != "EOL"]
elif len(cmdline.opsys) == 1:
shortname = cmdline.opsys[0]
if shortname not in systems:
self.log_error(
"Operating system '{0}' is not installed".format(
shortname))
return 1
opsys = systems[shortname]
db_opsys = get_opsys_by_name(db, opsys.nice_name)
if db_opsys is None:
self.log_error(
"Operating system '{0}' is not initialized".format(
shortname))
return 1
if len(cmdline.opsys_release) < 1:
tasks = [(opsys, r) for r in db_opsys.releases]
else:
tasks = [(opsys, r) for r in db_opsys.releases
if r.version in cmdline.opsys_release]
else:
tasks = []
for shortname in cmdline.opsys:
if shortname not in systems:
self.log_warn(
"Operating system '{0}' is not installed".format(
shortname))
continue
opsys = systems[shortname]
db_opsys = get_opsys_by_name(db, opsys.nice_name)
if db_opsys is None:
self.log_warn(
"Operating system '{0}' is not initialized".format(
shortname))
continue
tasks += [(opsys, rel) for rel in db_opsys.releases]
new_associates = {}
i = 0
for opsys, db_release in tasks:
i += 1
self.log_info("[{0} / {1}] Processing {2} {3}".format(
i, len(tasks), opsys.nice_name, db_release.version))
j = 0
for db_component in db_release.components:
j += 1
name = db_component.component.name
self.log_debug(
" [{0} / {1}] Processing component '{2}'".format(
j, len(db_release.components), name))
try:
acls = opsys.get_component_acls(name,
release=db_release.version)
except TypeError:
self.log_warn("Error getting ACLs.")
continue
acl_lists = {"watchbugzilla": [], "commit": []}
for associate in acls.keys():
for permission in acl_lists.keys():
if acls[associate].get(permission, False):
acl_lists[permission].append(associate)
for permission in acl_lists.keys():
k = 0
for associate in acl_lists[permission]:
k += 1
self.log_debug(
" [{0} / {1}] Processing associate '{2}' "
"permission {3}".format(k,
len(acl_lists[permission]),
associate, permission))
db_associate = get_associate_by_name(db, associate)
if db_associate is None:
if associate in new_associates:
db_associate = new_associates[associate]
else:
db_associate = AssociatePeople()
db_associate.name = associate
db.session.add(db_associate)
new_associates[associate] = db_associate
self.log_info(
"Adding a new associate '{0}'".format(
associate))
associates = [
a.associates for a in db_component.associates
if a.permission == permission
]
if db_associate not in associates:
db_associate_comp = OpSysReleaseComponentAssociate(
)
db_associate_comp.component = db_component
db_associate_comp.associates = db_associate
db_associate_comp.permission = permission
db.session.add(db_associate_comp)
self.log_info(
"Assigning associate '{0}' to component "
"'{1}' with permission {2}".format(
associate, name, permission))
for db_associate_comp in db_component.associates:
if (db_associate_comp.permission == permission
and db_associate_comp.associates.name
not in acl_lists[permission]):
db.session.delete(db_associate_comp)
self.log_info(
"Removing associate '{0}' permission "
"{1} from component '{2}'".format(
db_associate_comp.associates.name,
permission, name))
db.session.flush()
def by_daterange(since, to):
"""
Render date-based report statistics including reports `since` date
until `to` date.
"""
try:
if isinstance(since, str) or isinstance(since, unicode):
since = datetime.datetime.strptime(since, "%Y-%m-%d").date()
if isinstance(to, str) or isinstance(to, unicode):
to = datetime.datetime.strptime(to, "%Y-%m-%d").date()
except:
return abort(400)
since = min(since, to)
to = max(since, to)
history = "daily"
day_count = (to - since).days
if day_count > 30:
history = "weekly"
if day_count > 360:
history = "monthly"
def date_filter(query):
return query.filter(hist_field >= since).filter(hist_field < to)
hist_table, hist_field = queries.get_history_target(history)
total_query = queries.get_history_sum(db, history=history)
total = date_filter(total_query).one()[0]
release_data = []
for release in queries.get_releases(db):
release_sum = queries.get_history_sum(db, release.opsys.name, release.version, history=history)
release_sum = date_filter(release_sum).one()[0]
if not release_sum:
continue
percentage = int(release_sum * 100.0 / total)
comps = queries.get_report_count_by_component(db, release.opsys.name, release.version, history=history)
comp_data = []
for comp, count in date_filter(comps).all():
comp_percentage = int(count * 100.0 / release_sum)
comp_data.append((comp, count, comp_percentage))
release_data.append({"release": release, "sum": release_sum, "comps": comp_data, "percentage": percentage})
data = {
"since": since,
"to": to,
"total": total,
"releases": sorted(release_data, key=lambda x: x["sum"], reverse=True),
}
if request_wants_json():
return jsonify(data)
return render_template("stats/by_date.html", **data)
def by_daterange(request, since, to,
template_name='stats/by_date.html',
extra_context={}):
'''
Render date-based report statistics including reports `since` date
until `to` date.
View accepts `template_name` to be used and `extra_context` to pass
to it.
'''
if isinstance(since, str) or isinstance(since, unicode):
since = datetime.datetime.strptime(since, "%Y-%m-%d").date()
if isinstance(to, str) or isinstance(to, unicode):
to = datetime.datetime.strptime(to, "%Y-%m-%d").date()
db = pyfaf.storage.getDatabase()
since = min(since, to)
to = max(since, to)
history = 'daily'
day_count = (to - since).days
if day_count > 30:
history = 'weekly'
if day_count > 360:
history = 'monthly'
def date_filter(query):
return query.filter(hist_field >= since).filter(hist_field < to)
hist_table, hist_field = queries.get_history_target(history)
total_query = queries.get_history_sum(db, history=history)
total = date_filter(total_query).one()[0]
release_data = []
for release in queries.get_releases(db):
release_sum = queries.get_history_sum(
db, release.opsys.name, release.version, history=history)
release_sum = date_filter(release_sum).one()[0]
if not release_sum:
continue
percentage = int(release_sum * 100.0 / total)
comps = queries.get_report_count_by_component(
db, release.opsys.name, release.version, history=history)
comp_data = []
for comp, count in date_filter(comps).all():
comp_percentage = int(count * 100.0 / release_sum)
comp_data.append((comp, count, comp_percentage))
release_data.append({
'release': release,
'sum': release_sum,
'comps': comp_data,
'percentage': percentage,
})
data = {
'since': since,
'to': to,
'total': total,
'releases': sorted(release_data, key=lambda x: x['sum'], reverse=True),
}
data.update(extra_context)
if "application/json" in request.META.get("HTTP_ACCEPT"):
return HttpResponse(json.dumps(data, cls=WebfafJSONEncoder),
status=200, mimetype="application/json")
else:
return render_to_response(template_name,
data,
context_instance=RequestContext(request))
def by_daterange(since, to):
'''
Render date-based report statistics including reports `since` date
until `to` date.
'''
try:
if isinstance(since, str):
since = datetime.datetime.strptime(since, "%Y-%m-%d").date()
if isinstance(to, str):
to = datetime.datetime.strptime(to, "%Y-%m-%d").date()
except: # pylint: disable=bare-except
return abort(400)
since = min(since, to)
to = max(since, to)
history = 'daily'
day_count = (to - since).days
if day_count > 30:
history = 'weekly'
if day_count > 360:
history = 'monthly'
def date_filter(query):
return query.filter(hist_field >= since).filter(hist_field < to)
_, hist_field = queries.get_history_target(history)
total_query = queries.get_history_sum(db, history=history)
total = date_filter(total_query).one()[0]
release_data = []
for release in queries.get_releases(db):
release_sum = queries.get_history_sum(
db, release.opsys.name, release.version, history=history)
release_sum = date_filter(release_sum).one()[0]
if not release_sum:
continue
percentage = int(release_sum * 100.0 / total)
comps = queries.get_report_count_by_component(
db, release.opsys.name, release.version, history=history)
comp_data = []
for comp, count in date_filter(comps).all():
comp_percentage = int(count * 100.0 / release_sum)
comp_data.append((comp, count, comp_percentage))
release_data.append({
'release': release,
'sum': release_sum,
'comps': comp_data,
'percentage': percentage,
})
data = {
'since': since,
'to': to,
'total': total,
'releases': sorted(release_data, key=lambda x: x['sum'], reverse=True),
}
if request_wants_json():
return jsonify(data)
return render_template("stats/by_date.html", **data)
def run(self, cmdline, db):
if len(cmdline.opsys) == 0:
tasks = []
for opsys in systems.values():
releases = get_releases(db, opsys_name=opsys.nice_name)
tasks += [(opsys, release) for release in releases if
release.status != "EOL"]
elif len(cmdline.opsys) == 1:
shortname = cmdline.opsys[0]
if shortname not in systems:
self.log_error("Operating system '{0}' is not installed"
.format(shortname))
return 1
opsys = systems[shortname]
db_opsys = get_opsys_by_name(db, opsys.nice_name)
if db_opsys is None:
self.log_error("Operating system '{0}' is not initialized"
.format(shortname))
return 1
if len(cmdline.opsys_release) < 1:
tasks = [(opsys, r) for r in db_opsys.releases]
else:
tasks = [(opsys, r) for r in db_opsys.releases
if r.version in cmdline.opsys_release]
else:
tasks = []
for shortname in cmdline.opsys:
if shortname not in systems:
self.log_warn("Operating system '{0}' is not installed"
.format(shortname))
continue
opsys = systems[shortname]
db_opsys = get_opsys_by_name(db, opsys.nice_name)
if db_opsys is None:
self.log_warn("Operating system '{0}' is not initialized"
.format(shortname))
continue
tasks += [(opsys, rel) for rel in db_opsys.releases]
new_associates = {}
i = 0
for opsys, db_release in tasks:
i += 1
self.log_info("[{0} / {1}] Processing {2} {3}"
.format(i, len(tasks), opsys.nice_name,
db_release.version))
j = 0
for db_component in db_release.components:
j += 1
name = db_component.component.name
self.log_debug(" [{0} / {1}] Processing component '{2}'"
.format(j, len(db_release.components), name))
try:
acls = opsys.get_component_acls(name,
release=db_release.version)
except TypeError:
self.log_warn("Error getting ACLs.")
continue
acl_lists = {
"watchbugzilla": [],
"commit": []
}
for associate in acls.keys():
for permission in acl_lists.keys():
if acls[associate].get(permission, False):
acl_lists[permission].append(associate)
for permission in acl_lists.keys():
k = 0
for associate in acl_lists[permission]:
k += 1
self.log_debug(" [{0} / {1}] Processing associate '{2}' "
"permission {3}"
.format(k, len(acl_lists[permission]),
associate, permission))
db_associate = get_associate_by_name(db, associate)
if db_associate is None:
if associate in new_associates:
db_associate = new_associates[associate]
else:
db_associate = AssociatePeople()
db_associate.name = associate
db.session.add(db_associate)
new_associates[associate] = db_associate
self.log_info("Adding a new associate '{0}'"
.format(associate))
associates = [a.associates for a in db_component.associates
if a.permission == permission]
if db_associate not in associates:
db_associate_comp = OpSysReleaseComponentAssociate()
db_associate_comp.component = db_component
db_associate_comp.associates = db_associate
db_associate_comp.permission = permission
db.session.add(db_associate_comp)
self.log_info("Assigning associate '{0}' to component "
"'{1}' with permission {2}"
.format(associate, name, permission))
for db_associate_comp in db_component.associates:
if (db_associate_comp.permission == permission
and db_associate_comp.associates.name not in acl_lists[permission]):
db.session.delete(db_associate_comp)
self.log_info("Removing associate '{0}' permission "
"{1} from component '{2}'"
.format(db_associate_comp.associates.name,
permission, name))
db.session.flush()