def ticket(branch, ticket, jira_username, jira_token, jenkins_username,
jenkins_token, github_username, github_token, force):
"Tells you if a ticket has passed smoke test and has been promoted into a build"
default_branch = releases['default'][branch]
issue = Ticket(ticket, branch, jira_username, jira_token, github_username,
github_token)
project = Project(jira_username, jira_token)
log.debug('Ticket ID: {}'.format(issue.id))
server = Jenkins(jenkins_username, jenkins_token)
enterprise_dist = EnterpriseDist(branch)
vanagon = PeModulesVanagon(branch)
# Parse PR's into format DataFrame can be created from
# First PR commit is the merge commit
pr_commits = [{
'pr': str(pr),
'pr_number': pr.number,
'repo': pr.repo.name,
'commit': pr.commits[0],
'is_merged': pr.is_merged
} for pr in issue.pull_requests]
pull_requests = pandas.DataFrame(
pr_commits, columns=['pr', 'pr_number', 'repo', 'commit', 'is_merged'])
if not pull_requests['is_merged'].all():
click.echo("Not all PR's for this ticket have been merged")
exit(1)
# Build numbers that have passed smoke tests and the Enterprise Dist commit
build_numbers = pandas.DataFrame(server.smoke_tests(default_branch),
columns=['build_number'])
build_numbers['commit'] = build_numbers['build_number'].apply(
parse_build_description)
# Build numbers that were promoted and the Enterprise Dist commit
promotion_build_numbers = pandas.DataFrame(
server.promotions(default_branch), columns=['build_number'])
promotion_build_numbers['commit'] = promotion_build_numbers[
'build_number'].apply(parse_build_description)
# Enterprise Dist commits
# short_sha corresponds to build number commits. Doing this instead of
# doing a merge based on starts with.
enterprise_dist = pandas.DataFrame(enterprise_dist.commits())
enterprise_dist['date'] = pandas.to_datetime(enterprise_dist['date'])
enterprise_dist[['repo', 'rc', 'git_ref'
]] = enterprise_dist['message'].apply(extract_repo_commit)
enterprise_dist['short_sha'] = enterprise_dist['sha'].apply(
lambda s: s[0:7])
# Vanagon commits
vanagon_commits = pandas.DataFrame(vanagon.commits())
vanagon_commits[['repo', 'rc', 'git_ref'
]] = vanagon_commits['message'].apply(extract_repo_commit)
# Join all data together
enterprise_dist = join(enterprise_dist, vanagon_commits, build_numbers,
promotion_build_numbers, pull_requests)
# Filter for commits that have a matching PR
pr_rows = enterprise_dist[enterprise_dist['commit_pr'].notnull()]
if not pr_rows.empty and (force
or pr_rows['build_number_pbn'].notnull().all()):
passed_smoke_bn = pr_rows['build_number_bn'].iloc[0]
passed_smoke_message = 'Ticket {} passed smoke test in build {}'.format(
ticket, passed_smoke_bn)
click.echo(passed_smoke_message)
promoted_bn = pr_rows['build_number_pbn'].iloc[0]
promoted_message = 'Ticket {} was promoted in build {}'.format(
ticket, promoted_bn)
click.echo(promoted_message)
else:
click.echo("Unable to find builds for all PR's in this ticket")
exit(1)
if click.confirm('Do you wish to update ticket {}?'.format(ticket)):
if not issue.fix_build:
issue.fix_build = promoted_bn
versions = project.fix_versions
version_choices = [
'{}. {}'.format(x + 1, v['name']) for x, v in enumerate(versions)
]
click.echo('\n'.join(version_choices))
fix_version = click.prompt(
'Please choose which version this change is targetting', type=int)
click.echo('You chose: {}'.format(versions[fix_version - 1]))
issue.fix_versions = versions[fix_version - 1]
issue.comment('\n'.join([passed_smoke_message, promoted_message]))
click.echo('Comment added')
