def main():
parser = OptionParser('usage: %prog [options]',
description='Generates basic release note entries')
parser.add_option(
'-m',
'--milestone',
metavar='MILESTONE',
help='Create release note entries for bugs marked against MILESTONE')
parser.add_option(
'-f',
'--release-note-file',
help='This is the release note file where the entries will be made')
options, _ = parser.parse_args()
if not options.milestone:
parser.error('Must specify a milestone')
if not options.release_note_file:
parser.error('Must specify where the release notes file is')
# We only care about the milestone
states = None
sprint = None
release = None
milestone = options.milestone
bugs = get_bugs(milestone, release, sprint, states)
if not bugs:
print 'There are no bugs for milestone %s' % milestone
return 0
release_file_path = options.release_note_file
contents = None
with open(release_file_path, 'r') as release_file:
# Release notes are not so big, safe enough to read all at once.
contents = release_file.read()
bugs = set(bugs)
bugs_already_done = set([])
if contents:
# Let's build a set of all the issues we can find.
for bug in bugs:
if re.search(':issue:`%s`' % bug.id, contents):
bugs_already_done.add(bug)
# Get those that we have not found in the release notes already
bugs_for_entry = bugs_already_done.symmetric_difference(bugs)
# Let's write them out
issue_string = ''
for bug in bugs_for_entry:
issue_string += '* :issue:`%s`: %s\n (Contributed by %s)\n' % \
(bug.id, bug.summary,
_email_to_name.get(bug.assigned_to, bug.assigned_to))
if issue_string:
header = '\n\nAutogenerated bug list for Beaker %s:\n' % milestone
with open(release_file_path, 'a') as release_file:
release_file.write(header.encode('utf-8'))
release_file.write(issue_string.encode('utf-8').rstrip() + '\n')
return 0
def main():
parser = OptionParser('usage: %prog [options]',
description='Generates basic release note entries')
parser.add_option('-m', '--milestone', metavar='MILESTONE',
help='Create release note entries for bugs marked against MILESTONE')
parser.add_option('-f', '--release-note-file',
help='This is the release note file where the entries will be made')
options, _ = parser.parse_args()
if not options.milestone:
parser.error('Must specify a milestone')
if not options.release_note_file:
parser.error('Must specify where the release notes file is')
# We only care about the milestone
states = None
sprint = None
release = None
milestone = options.milestone
bugs = get_bugs(milestone, release, sprint, states)
if not bugs:
print 'There are no bugs for milestone %s' % milestone
return 0
release_file_path = options.release_note_file
contents = None
with open(release_file_path, 'r') as release_file:
# Release notes are not so big, safe enough to read all at once.
contents = release_file.read()
bugs = set(bugs)
bugs_already_done = set([])
if contents:
# Let's build a set of all the issues we can find.
for bug in bugs:
if re.search(':issue:`%s`' % bug.id, contents):
bugs_already_done.add(bug)
# Get those that we have not found in the release notes already
bugs_for_entry = bugs_already_done.symmetric_difference(bugs)
# Let's write them out
issue_string = ''
for bug in bugs_for_entry:
issue_string += '* :issue:`%s`: %s\n (Contributed by %s)\n' % \
(bug.id, bug.summary,
_email_to_name.get(bug.assigned_to, bug.assigned_to))
if issue_string:
header = '\n\nAutogenerated bug list for Beaker %s:\n' % milestone
with open(release_file_path, 'a') as release_file:
release_file.write(header.encode('utf-8'))
release_file.write(issue_string.encode('utf-8').rstrip() + '\n')
return 0