def rhbz_bugs(self, count=100):
comps = self.ses.query(OpSysComponent).all()
releases = self.ses.query(OpSysRelease).all()
rhbz_users = self.ses.query(RhbzUser).all()
self.begin('Rhbz bugs')
for i in range(count):
comp = random.choice(comps)
bug = RhbzBug()
bug.id = 900000 + i*1337 # over 9000
bug.summary = '[faf] Crash in component {0}'.format(comp)
bug.status = random.choice(pyfaf.storage.rhbz.BUG_STATES)
if bug.status == 'CLOSED':
bug.resolution = random.choice(
pyfaf.storage.rhbz.BUG_RESOLUTIONS)
when = datetime.now().date() + fuzzy_timedelta(
months=random.randrange(-6, 0))
bug.creation_time = when
bug.last_change_time = when
bug.opsysrelease = random.choice(releases)
bug.component = comp
bug.creator = random.choice(rhbz_users)
bug.whiteboard = 'empty'
self.add(bug)
self.commit()
def save_bug(self, bug_dict):
"""
Save bug represented by `bug_dict` to the database.
If bug is marked as duplicate, the duplicate bug is downloaded
as well.
"""
logging.info("Saving bug #{0}: {1}".format(bug_dict["bug_id"],
bug_dict["summary"]))
bug_id = bug_dict["bug_id"]
# check if we already have this bug up-to-date
old_bug = (
self.db.session.query(RhbzBug)
.filter(RhbzBug.id == bug_id)
.filter(RhbzBug.last_change_time == bug_dict["last_change_time"])
.first())
if old_bug:
logging.info("Bug already up-to-date")
return old_bug
opsysrelease = self.get_opsysrelease(bug_dict["product"],
bug_dict["version"])
if not opsysrelease:
logging.error("Unable to save this bug due to unknown release")
return
component = self.get_component(opsysrelease, bug_dict["component"])
if not component:
logging.error("Unable to save this bug due to unknown component")
return
reporter = self.get_user(bug_dict["reporter"])
if not reporter:
logging.debug("Creator {0} not found".format(
bug_dict["reporter"]))
downloaded = self.download_user(bug_dict["reporter"])
if not downloaded:
logging.error("Unable to download user, skipping.")
return
reporter = self.save_user(downloaded)
new_bug = RhbzBug()
new_bug.id = bug_dict["bug_id"]
new_bug.summary = bug_dict["summary"]
new_bug.status = bug_dict["status"]
new_bug.creation_time = bug_dict["creation_time"]
new_bug.last_change_time = bug_dict["last_change_time"]
if bug_dict["status"] == "CLOSED":
new_bug.resolution = bug_dict["resolution"]
if bug_dict["resolution"] == "DUPLICATE":
if not self.get_bug(bug_dict["dupe_id"]):
logging.debug("Duplicate #{0} not found".format(
bug_dict["dupe_id"]))
downloaded = self.download_bug(bug_dict["dupe_id"])
if downloaded:
dup = self.save_bug(downloaded)
if dup:
new_bug.duplicate = dup.id
new_bug.component_id = component.id
new_bug.opsysrelease_id = opsysrelease.id
new_bug.creator_id = reporter.id
new_bug.whiteboard = bug_dict["status_whiteboard"]
# the bug itself might be downloaded during duplicate processing
# exit in this case - it would cause duplicate database entry
if self.get_bug(bug_dict["bug_id"]):
logging.debug("Bug #{0} already exists in storage,"
" updating".format(bug_dict["bug_id"]))
bugdict = {}
for col in new_bug.__table__._columns:
bugdict[col.name] = getattr(new_bug, col.name)
(self.db.session.query(RhbzBug)
.filter(RhbzBug.id == bug_id).update(bugdict))
new_bug = self.get_bug(bug_dict["bug_id"])
else:
self.db.session.add(new_bug)
self.db.session.flush()
self.save_ccs(bug_dict["cc"], new_bug.id)
self.save_history(bug_dict["history"], new_bug.id)
self.save_attachments(bug_dict["attachments"], new_bug.id)
self.save_comments(bug_dict["comments"], new_bug.id)
return new_bug
