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helpers.py
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helpers.py
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from __future__ import division, print_function
import sys
import copy
import smtplib
import ssl
from config import *
from email.mime.multipart import MIMEMultipart
from email.mime.text import MIMEText
ctx = ssl.create_default_context()
ctx.check_hostname = False
ctx.verify_mode = ssl.CERT_NONE
BASE_QUERY = {
"bug_status": None,
"f3": "OP",
"f6": "CP",
"f8": "flagtypes.name",
"j3": "OR",
"o8": "anywordssubstr",
"query_format": "advanced",
"classification": "Red Hat",
"product": BUGZILLA_PRODUCT,
"v8": ""
}
def send_email(gmail_user, gmail_password, recipients, subject, body):
sent_from = gmail_user
msg = MIMEMultipart('alternative')
msg['Subject'] = subject
msg['From'] = gmail_user
msg['To'] = ", ".join(recipients)
# Create the body of the message (a plain-text and an HTML version).
text = body
# Record the MIME types of both parts - text/plain and text/html.
part1 = MIMEText(text, 'html')
# Attach parts into message container.
# According to RFC 2046, the last part of a multipart message, in this case
# the HTML message, is best and preferred.
msg.attach(part1)
try:
server = smtplib.SMTP_SSL('smtp.gmail.com', 465)
server.ehlo()
server.login(gmail_user, gmail_password)
server.sendmail(sent_from, recipients, msg.as_string())
server.close()
print('Email sent!')
except:
print('Something went wrong...{}', sys.exc_info()[0])
def all_members():
memb_list = teams.values()
return [mem for team in memb_list for mem in team]
def all_bugs(bugs_dict):
bug_list = bugs_dict.values()
return [bug for comp in bug_list for bug in comp]
def get_bug_url_link(bug_ids):
return (
"https://bugzilla.redhat.com/buglist.cgi?bug_id={}".format(
','.join(bug_ids)
)
)
def report_needinfos():
team_bugs = []
needinfos = get_needinfos_bugs()
all_team_members = all_members()
for bug in needinfos:
bug_flags = bug.flags[0]
requestee = bug_flags.get('requestee')
try:
req = requestee.split("@")[0]
if req in all_team_members:
team_bugs.append(bug)
except AttributeError as ex:
print(
"No needinfo contact for bug {}".format(bug.id)
)
for bug in team_bugs:
short_url = get_bug_url_link([str(bug.id)])
link = "<a href='{}' target='_blank'>(Link)".format(short_url)
print(
"<li>{} [{}] [{}]: {} {}</li>".format(
bug.bug_id, bug.status, bug.flags[0].get('requestee').split("@")[0], bug.summary, link
)
)
def report_status_on_qa(version):
on_qa = get_on_qa_bugs(version=version)
total_on_qa = len(on_qa)
bug_id_list = [str(bug.id) for bug in on_qa]
short_url = get_bug_url_link(bug_id_list)
link = ""
if len(bug_id_list):
link = "<a href='{}' target='_blank'>(Link)".format(short_url)
print(
"<h3>Total ON_QA: {} {}</h3>".format(total_on_qa, link)
)
def report_new_arrivals():
new_bugs = get_new_arrivals()
new_bugs = filter_by_component(new_bugs)
total_new = len(all_bugs(new_bugs))
print(
"<h3>New arrivals (weekly): {}</h3>".format(total_new)
)
for comp, bugs in new_bugs.iteritems():
bug_id_list = []
bugs.sort(key=lambda x: severity[x.bug_severity])
if bugs:
print(
"<u><b><ul style='padding-left:10px;'>Component {} bugs:"
"</ul></b></u>".format(comp, len(bugs))
)
for new_bug in bugs:
print("<li>Bug {} [{}] [{}]: {}</li>".format(
new_bug.bug_id, new_bug.bug_severity, new_bug.status,
new_bug.short_desc
))
bug_id_list.append(str(new_bug.bug_id))
if len(bug_id_list) > 0:
bug_link = get_bug_url_link(bug_ids=bug_id_list)
link = "<a href='{}' target='_blank'>here".format(bug_link)
print("<p> Link to bugs: {}</p>".format(link))
def report_resolved_bugs():
resolved_bugs = get_resolved_bugs()
resolved_bugs = filter_by_component(resolved_bugs)
total_new = len(all_bugs(resolved_bugs))
print(
"<h3>Resolved bugs (weekly): {}</h3>".format(total_new)
)
def report_open_blockers(version):
open_blockers = get_open_blockers(version=version)
open_blockers = filter_by_status(open_blockers, OPEN_BUGS)
open_blockers = filter_by_component(open_blockers)
total_blockers = len(all_bugs(open_blockers))
print(
"<h3>Open Blocker+: {}</h3>".format(total_blockers)
)
for comp, bugs in open_blockers.iteritems():
bug_id_list = []
bugs.sort(key=lambda x: severity[x.bug_severity])
if bugs:
print(
"<u><b><ul style='padding-left:10px;'>Component {} bugs:"
"</ul></b></u>".format(comp, len(bugs))
)
for blocker in bugs:
print("<li>Bug {} [{}] [{}]: {}</li>".format(
blocker.bug_id, blocker.bug_severity, blocker.status,
blocker.short_desc
))
bug_id_list.append(str(blocker.bug_id))
if len(bug_id_list) > 0:
bug_link = get_bug_url_link(bug_ids=bug_id_list)
link = "<a href='{}' target='_blank'>here".format(bug_link)
print("<p> Link to bugs: {}</p>".format(link))
def report_open_candidate_blockers(version):
open_blockers = get_open_candidate_blockers(version=version)
open_blockers = filter_by_status(open_blockers, OPEN_BUGS)
open_blockers = filter_by_component(open_blockers)
total_blockers = len(all_bugs(open_blockers))
print(
"<h3>Open Blocker?: {}</h3>".format(total_blockers)
)
for comp, bugs in open_blockers.iteritems():
bug_id_list = []
bugs.sort(key=lambda x: severity[x.bug_severity])
if bugs:
print("<u><b><ul style='padding-left:10px;'>Component {} bugs:"
"</ul></b></u>".format(comp, len(bugs))
)
for blocker in bugs:
print("<li>Bug {} [{}] [{}]: {}</li>".format(
blocker.bug_id, blocker.bug_severity, blocker.status,
blocker.short_desc
))
bug_id_list.append(str(blocker.bug_id))
if len(bug_id_list) > 0:
bug_link = get_bug_url_link(bug_ids=bug_id_list)
link = "<a href='{}' target='_blank'>here".format(bug_link)
print("<p> Link to bugs: {}</p>".format(link))
def filter_by_component(bugs, verify_status=True):
bugs_by_comp = copy.deepcopy(COMPONENTS)
for bug in bugs:
if verify_status and not (
bug.status in OPEN_BUGS or bug.status in (
VERIFIED or bug.status in ON_QA
)
):
continue
if bug.component in bugs_by_comp:
bugs_by_comp[bug.component].append(bug)
else:
continue
return bugs_by_comp
def report_missing_acks(version, team=all_team):
def print_report(team_bugs):
bug_list = []
for bug in team_bugs:
try:
print(
"<li>Bug {} [{}]: {}</li>".format(
bug.bug_id, bug.qa_contact.split("@")[0], bug.short_desc
)
)
bug_list.append(str(bug.id))
except AttributeError as ex:
print("No needinfo contact for bug {}".format(bug.id))
short_url = get_bug_url_link(bug_list)
link = "<a href='{}' target='_blank'>here".format(short_url)
print(
"<p> Link to bugs: {}</p>".format(link)
)
missing_acks = get_missing_acks(version=version)
total_missing_acks = len(missing_acks)
if team == all_team and total_missing_acks > 0:
team_bugs = filter_by_team(bugs=missing_acks)
for team, bugs in team_bugs.iteritems():
bug_id_list = [str(bug.id) for bug in bugs]
short_url = get_bug_url_link(bug_id_list)
link = ""
if len(bug_id_list) > 0:
link = "<a href='{}' target='_blank'>(Link)".format(short_url)
print(
"<u><b><ul style='padding-left:10px;'>Team {} total "
"missing acks: {} - "
"</ul></b></u>".format(team, len(bugs), link)
)
print_report(bugs)
# def filter_by_component(bugs):
# bugs_by_comp = copy.deepcopy(COMPONENTS)
# for bug in bugs:
# if not (
# bug.status in OPEN_BUGS or bug.status in (
# VERIFIED or bug.status in ON_QA
# )
# ):
# continue
# if bug.component in bugs_by_comp:
# bugs_by_comp[bug.component].append(bug)
# else:
# continue
# return bugs_by_comp
def filter_by_team(bugs):
bugs_by_team = copy.deepcopy(BUGS_BY_TEAM)
for bug in bugs:
if not (
bug.status in OPEN_BUGS or bug.status in (
VERIFIED or bug.status in ON_QA
)
):
continue
try:
qa_contact = bug.qa_contact_detail['email'].split('@')[0]
if qa_contact in all_members():
for team, members in teams.iteritems():
if qa_contact in members:
bugs_by_team[team].append(bug)
except AttributeError as ex:
print("No needinfo contact for bug {}".format(bug.id))
return bugs_by_team
def filter_by_status(bugs, status):
return [bug for bug in bugs if bug.status in status]
def filter_by_severity(bugs, severity):
return [bug for bug in bugs if bug.bug_severity in severity]
def filter_by_resolution(bugs, resolution):
return [bug for bug in bugs if bug.resolution in resolution]
def filter_by_no_keywords(bugs, keywords):
filtered_list = []
for bug in bugs:
if not any(x in bug.keywords for x in keywords):
filtered_list.append(bug)
return filtered_list
def report_on_qa_blockers():
def print_report(bugs):
bug_list = []
bugs.sort(key=lambda x: severity[x.bug_severity])
print("<ul style='list-style-type:circle'>")
for bug in bugs:
print(
"<li>Bug {} [{}]: {}</li>".format(
bug.bug_id, bug.bug_severity, bug.short_desc
)
)
bug_list.append(str(bug.id))
print("</ul>")
if len(bug_list) > 0:
short_url = get_bug_url_link(bug_list)
link = "<a href='{}' target='_blank'>here".format(short_url)
print(
"<p>   Link to bugs: {}</p>".format(link)
)
on_qa_blockers = get_on_qa_blockers(version=version)
total_on_qa_blockers = len(on_qa_blockers)
bug_id_list = [str(bug.id) for bug in on_qa_blockers]
short_url = get_bug_url_link(bug_id_list)
link = ""
if len(bug_id_list) > 0:
link = "<a href='{}' target='_blank'>(Link)".format(short_url)
print(
"<h3>ON_QA Blocker+: {} {}</h3>".format(total_on_qa_blockers, link)
)
print_report(on_qa_blockers)
def get_needinfos_bugs():
all_team_members = all_members()
all_team_members = ",".join(all_team_members)
query = {
"bug_status" : "",
"classification" : "Red Hat",
"f1" : "requestees.login_name",
"f2" : "flagtypes.name",
"include_fields" : [
"id",
"keywords",
"flags",
"summary",
"flags_all",
"qa_contact",
"qa_contact_realname",
"short_desc",
"short_short_desc",
"status",
"whiteboard",
"changeddate",
"severity",
"target_milestone"
],
"o1" : "anywordssubstr",
"o2" : "substring",
"product" : BUGZILLA_PRODUCT,
"query_format" : "advanced",
"v1" : all_team_members,
"v2" : "needinfo"
}
bugs = bzapi.query(query)
return filter_only_bugs(bugs)
def sort_target_release(bugs):
target_release = {}
for bug in bugs:
if bug.target_milestone in target_release:
target_release[bug.target_milestone].append(bug)
else:
target_release[bug.target_milestone] = [bug]
return target_release
def sort_by_pm_score(bugs):
return sorted(bugs, key=lambda x: int(x.cf_pm_score), reverse=True)
def filter_only_bugs(bug_list):
filtered_list = []
for bug in bug_list:
if "FutureFeature" in bug.keywords or "Improvement" in bug.keywords:
continue
else:
filtered_list.append(bug)
return filtered_list
def get_new_arrivals(version=VERSION, changed_from='-1w', changed_to="Now"):
query = {
"action": "wrap",
"chfield" : "[Bug creation]",
"chfieldfrom" : changed_from,
"chfieldto" : changed_to,
"f3": "OP",
"f6": "CP",
"f7": "component",
"j3": "OR",
"o7": "notsubstring",
"query_format": "advanced",
#"target_release": "---",
"classification": "Red Hat",
"product": BUGZILLA_PRODUCT,
"v7": "documentation",
"version": version
}
bugs = bzapi.query(query)
return filter_only_bugs(bugs)
def get_blocker_arrivals(version=VERSION, changed_from='-1w', changed_to="Now"):
query = {
"bug_status": "",
"chfield": "[Bug creation]",
"chfieldfrom": changed_from,
"chfieldto": changed_to,
"f3": "OP",
"f6": "CP",
"f7": "flagtypes.name",
"j3": "OR",
"o7": "anywordssubstr",
"query_format" : "advanced",
"classification": "Red Hat",
"product": BUGZILLA_PRODUCT,
"v7": "blocker+ blocker?",
"f8": "component",
"o8": "notsubstring",
"v8": "documentation",
"version": version
}
bugs = bzapi.query(query)
return filter_only_bugs(bugs)
def get_resolved_bugs(
version=VERSION, changed_from='-1w', changed_to="Now"
):
query = {
"bug_status": "",
"chfield": "bug_status",
"chfieldfrom": changed_from,
"chfieldto": changed_to,
"chfieldvalue": "ON_QA",
"classification": "Red Hat",
"f3": "OP",
"f6": "CP",
"f7": "component",
"o7": "notsubstring",
"v7": "documentation",
"j3": "OR",
"product": BUGZILLA_PRODUCT,
"query_format": "advanced",
"target_release" : version,
}
bugs = bzapi.query(query)
bugs = filter_by_status(bugs, [ON_QA, VERIFIED])
return filter_only_bugs(bugs)
def get_qe_backlog(product=BUGZILLA_PRODUCT, target_version=VERSION):
query = {
"bug_status": "ON_QA",
"classification" : "Red Hat",
"query_format": "advanced",
"product": product,
"target_release": target_version,
"include_fields": [
"id",
"status",
"qa_contact",
"severity"
],
}
bugs = bzapi.query(query)
return bugs
def get_qe_backlog_by_component(product=BUGZILLA_PRODUCT, target_version=VERSION, component=""):
query = {
"bug_status": "ON_QA",
"classification" : "Red Hat",
"query_format": "advanced",
"product": product,
"component" : component,
"target_release": target_version,
"include_fields": [
"id",
"status",
"qa_contact",
"severity"
],
}
bugs = bzapi.query(query)
return bugs
def get_bugs_per_member(
member_name, product='', version='',
):
query = {
"bug_status": "ON_QA",
"classification": "Red Hat",
"product": product,
"emailqa_contact1": "1",
"emailtype1": "substring",
"f2": "qa_contact",
"include_fields": [
"id",
"status",
"severity"
],
"o2": "equals",
"query_format": "advanced",
"v2": f"{member_name}@redhat.com",
"target_release": version,
}
bugs = bzapi.query(query)
return bugs
def get_dev_backlog(product=BUGZILLA_PRODUCT, version=VERSION):
query = {
"bug_status" : "NEW,ASSIGNED,POST,MODIFIED,ON_DEV",
"f3" : "OP",
"f6" : "CP",
"f7" : "component",
"n7" : "1",
"o7" : "equals",
"product" : product,
"query_format" : "advanced",
"target_release" : version,
"v7" : "Documentation",
"include_fields": [
"id",
"status",
"cf_pm_score",
"summary",
"status",
"component",
"severity",
"creation_time",
"keywords",
],
}
bugs = bzapi.query(query)
bugs = filter_by_status(bugs, OPEN_BUGS_LIST)
return bugs
def get_dev_backlog_by_component(product=BUGZILLA_PRODUCT, target_version=VERSION, component=""):
query = {
"bug_status" : "NEW,ASSIGNED,POST,MODIFIED,ON_DEV",
"classification" : "Red Hat",
"component" : component,
"include_fields" : [
"id",
"status",
"summary",
"target_release",
"severity",
"qa_contact"
],
"product" : product,
"query_format" : "advanced",
"target_release" : target_version
}
bugs = bzapi.query(query)
bugs = filter_by_status(bugs, OPEN_BUGS_LIST)
return bugs
def get_critical_bugs():
bugs = []
query = {
"bug_status" : "NEW,ASSIGNED,POST,MODIFIED,ON_QA",
"classification" : "Red Hat",
"f0" : "OP",
"f1" : "bug_severity",
"f2" : "CP",
"o1" : "equals",
"product" : BUGZILLA_PRODUCT,
"query_format" : "advanced",
"target_release" : VERSION,
"v1" : "urgent",
"include_fields": [
"id",
"status",
],
}
urgent_bugs = bzapi.query(query)
bugs += filter_by_status(urgent_bugs, OPEN_BUGS_LIST_WITH_QA)
return bugs
def get_regression_bugs_targeted():
query = {
"action" : "wrap",
"bug_status" : "NEW,ASSIGNED,POST,MODIFIED,ON_DEV,ON_QA",
"classification" : "Red Hat",
"f0" : "OP",
"f2" : "keywords",
"f3" : "CP",
"j0" : "OR",
"o2" : "substring",
"product" : BUGZILLA_PRODUCT,
"query_format" : "advanced",
"target_release" : VERSION,
"v2" : "Regression",
"include_fields": [
"id",
"status",
],
}
bugs = bzapi.query(query)
bugs = filter_by_status(bugs, OPEN_BUGS_LIST_WITH_QA)
return bugs
def get_regression_bugs():
query = {
"action" : "wrap",
"bug_status" : "NEW,ASSIGNED,POST,MODIFIED,ON_DEV,ON_QA",
"classification" : "Red Hat",
"f0" : "OP",
"f2" : "keywords",
"f3" : "CP",
"j0" : "OR",
"o2" : "substring",
"product" : BUGZILLA_PRODUCT,
"query_format" : "advanced",
"version" : VERSION,
"v2" : "Regression",
"include_fields": [
"id",
"status",
],
}
bugs = bzapi.query(query)
bugs = filter_by_status(bugs, OPEN_BUGS_LIST_WITH_QA)
return bugs
def get_untriaged_bugs(version=VERSION):
query = {
"bug_status" : "NEW,ASSIGNED,POST,MODIFIED,ON_DEV,ON_QA,VERIFIED,RELEASE_PENDING",
"classification" : "Red Hat",
"f1" : "flagtypes.name",
"f2" : "flagtypes.name",
"f3" : "flagtypes.name",
"j_top" : "OR",
"o1" : "notequals",
"o2" : "notequals",
"o3" : "notequals",
"product" : BUGZILLA_PRODUCT,
"query_format" : "advanced",
"target_release" : version,
"v1" : "devel_ack+",
"v2" : "pm_ack+",
"v3" : "qa_ack+",
"include_fields": [
"id",
"status",
],
}
bugs = bzapi.query(query)
bugs = filter_by_status(bugs, [
"NEW", "ASSIGNED", "POST", "MODIFIED", "ON_DEV", "ON_QA",
"VERIFIED", "RELEASE_PENDING"
])
return bugs
def get_doc_bugs():
query = {
"action" : "wrap",
"bug_status" : "NEW,ASSIGNED,POST,MODIFIED,ON_DEV",
"classification" : "Red Hat",
"component" : "Documentation",
"product" : BUGZILLA_PRODUCT,
"query_format" : "advanced",
"target_release" : VERSION,
"include_fields": [
"id",
"status",
],
}
bugs = bzapi.query(query)
bugs = filter_by_status(bugs, OPEN_BUGS_LIST_WITH_QA)
return bugs
def get_performance_blockers():
query = {
"bug_status": "NEW,ASSIGNED,POST,MODIFIED,ON_DEV,ON_QA",
"classification": "Red Hat",
"f3": "OP",
"f6": "CP",
"j5": "OR",
"keywords": "TestBlocker, Performance, ",
"keywords_type": "allwords",
"product": BUGZILLA_PRODUCT,
"query_format": "advanced"
}
bugs = bzapi.query(query)
bugs = filter_by_status(bugs, OPEN_BUGS_LIST_WITH_QA)
return bugs
def get_scale_blockers():
query = {
"bug_status": "NEW,ASSIGNED,POST,MODIFIED,ON_DEV,ON_QA",
"classification": "Red Hat",
"product": BUGZILLA_PRODUCT,
"f3": "OP",
"f6": "CP",
"f7": "cf_qa_whiteboard",
"keywords": "TestBlocker,",
"keywords_type": "allwords",
"o7": "substring",
"query_format": "advanced",
"v7": "Scale"
}
bugs = bzapi.query(query)
bugs = filter_by_status(bugs, OPEN_BUGS_LIST_WITH_QA)
return bugs
def get_overall_backlog():
query = {
"action" : "wrap",
"bug_status" : "NEW,ASSIGNED,POST,MODIFIED,ON_DEV,ON_QA",
"classification" : "Red Hat",
"product" : BUGZILLA_PRODUCT,
"query_format" : "advanced",
}
bugs = bzapi.query(query)
bugs = filter_by_status(bugs, OPEN_BUGS_LIST_WITH_QA)
return bugs
def get_overall_backlog_by_component(product=BUGZILLA_PRODUCT, component=""):
query = {
"action" : "wrap",
"bug_status" : "NEW,ASSIGNED,POST,MODIFIED,ON_DEV,ON_QA",
"classification" : "Red Hat",
"product" : product,
"component" : component,
"query_format" : "advanced",
}
bugs = bzapi.query(query)
bugs = filter_by_status(bugs, OPEN_BUGS_LIST_WITH_QA)
return bugs
def get_all_bugs_in_version(version=VERSION):
query = {
"action" : "wrap",
"classification" : "Red Hat",
"f0" : "OP",
"f2" : "CP",
"f3" : "component",
# "f4" : "component",
"o3" : "notequals",
# "o4" : "notequals",
"product" : BUGZILLA_PRODUCT,
"query_format" : "advanced",
"v3" : "Documentation",
# "v4" : "Release",
"version" : version,
"include_fields": [
"id",
"status",
],
}
bugs = bzapi.query(query)
return bugs
def get_all_bugs_targeted_to_version(version=VERSION):
query = {
"classification" : "Red Hat",
"f0" : "OP",
"f2" : "CP",
"f3" : "component",
"f4" : "component",
"o3" : "notequals",
"o4" : "notequals",
"product" : BUGZILLA_PRODUCT,
"query_format" : "advanced",
"target_release" : version,
"v3" : "Documentation",
"v4" : "Release",
"include_fields": [
"id",
"status",
"keywords"
],
}
bugs = bzapi.query(query)
return filter_by_no_keywords(bugs, KEYWORD_FILTER)
def get_all_regression_bugs(version=VERSION):
query = {
"action": "wrap",
"bug_status": "__open__,__closed__",
"f3": "OP",
"f4": "product",
"f6": "CP",
"f7": "keywords",
"j3": "OR",
"o4": "equals",
"o7": "anywordssubstr",
"query_format": "advanced",
"v4": BUGZILLA_PRODUCT,
"v7": "Regression",
"f8": "component",
"o8": "notsubstring",
"v8": "documentation",
"version": version,
"include_fields": [
"id",
"status",
"keywords"
],
}
bugs = bzapi.query(query)
return filter_by_no_keywords(bugs, KEYWORD_FILTER)
# def get_all_failedqa_bugs(version=VERSION):
# query = {
# "action": "wrap",
# "bug_status": "__open__,__closed__",
# "f3": "OP",
# "f4": "product",
# "f6": "CP",
# "f7": "cf_verified",
# "j3": "OR",
# "o4": "equals",
# "o7": "substring",
# "query_format": "advanced",
# "v4": BUGZILLA_PRODUCT,
# "v7": "FailedQA",
# "f8": "component",
# "o8": "notsubstring",
# "v8": "documentation",
# "f9": "flagtypes.name",
# "o9": "substring",
# "v9": version,
# "include_fields": [
# "id",
# "status",
# ],
# }
# bugs = bzapi.query(query)
# return bugs
def get_all_verified_bugs_closed(version=VERSION):
query = {
"bug_status" : "",
"f1" : "bug_status",
"f2" : "bug_status",
"f3" : "bug_status",
"o1" : "changedfrom",
"o2" : "changedto",
"o3" : "anywordssubstr",
"product" : BUGZILLA_PRODUCT,
"include_fields": [
"id",
"assigned_to",
"status",
"summary",
"resolution",
"keywords",
],
"query_format" : "advanced",
"target_release" : version,
"v1" : "ON_QA",
"v2" : "VERIFIED",
"v3" : "VERIFIED RELEASE_PENDING CLOSED",
}
bugs = bzapi.query(query)
return filter_by_no_keywords(bugs, KEYWORD_FILTER)
def get_all_verified_bugs(version=VERSION):
query = {
"bug_status" : "",
"f3" : "bug_status",
"o3" : "anywordssubstr",
"product" : BUGZILLA_PRODUCT,
"include_fields": [
"id",
"assigned_to",
"status",
"summary",
"resolution",
"keywords",
],
"query_format" : "advanced",
"target_release" : version,
"v3" : "VERIFIED",
}
bugs = bzapi.query(query)
return filter_by_no_keywords(bugs, KEYWORD_FILTER)
def get_verified_bugs(
version=VERSION, changed_from='-1w', changed_to='Now'
):
query = {
"bug_status" : "",
"chfield" : "bug_status",
"chfieldfrom": changed_from,
"chfieldto": changed_to,
"chfieldvalue" : "VERIFIED",
"classification": "Red Hat",
"product" : BUGZILLA_PRODUCT,
"query_format" : "advanced",
"target_release" : version,
"include_fields": [
"id",
"status",
],
}
bugs = bzapi.query(query)
return bugs
def get_all_rejected_bugs(version=VERSION):
query = {
"bug_status" : "CLOSED",
"f1" : "component",
"f2" : "component",
"o1" : "notequals",
"o2" : "notequals",
"product" : BUGZILLA_PRODUCT,
"query_format" : "advanced",
"include_fields": [
"id",
"status",
"resolution",
"keywords",
],
"v1" : "Documentation",
"v2" : "Release",
"version" : version
}
bugs = bzapi.query(query)
return filter_by_no_keywords(bugs, KEYWORD_FILTER)
def get_changed_bugs_in_the_past_x_time(time='-1h'):
query = {
"bug_status": "NEW,ASSIGNED,POST,MODIFIED,ON_DEV,VERIFIED,ON_QA,RELEASE_PENDING",
"classification": "Red Hat",
"f3": "OP",
"f6": "CP",
"f9": "delta_ts",
"j3": "OR",
"o9": "greaterthan",
"product": BUGZILLA_PRODUCT,
"query_format": "advanced",
"v9": time
}
bugs = bzapi.query(query)
bugs = filter_by_status(bugs, [
"NEW", "ASSIGNED", "POST", "MODIFIED", "ON_DEV", "VERIFIED", "ON_QA",
"RELEASE_PENDING"
])
return bugs
def get_quality_score(bug):
qa_wb = bug.cf_qa_whiteboard
if QUALITY_IMPACT in qa_wb:
score_idx = int(qa_wb.find(QUALITY_IMPACT) + len(QUALITY_IMPACT))
return int(qa_wb[score_idx:score_idx + 3])
return -1
def get_num_of_closed_bugs_by_resolution_and_component(component, resolution, version=VERSION):
query = {
"bug_status" : "CLOSED",
"component" : component,
"product" : BUGZILLA_PRODUCT,
"query_format" : "advanced",