def run(path):
project = Project(path)
issues_grouped_by_type = project.group_issues_by_type(project.issues)
issues_grouped_by_status = project.group_issues_by_status(project.issues)
# Level of detail
for issue_type, issue_type_list in issues_grouped_by_type.items():
title('%s (%s)' % (issue_type, len(issue_type_list)))
average_description_size = round(
mean([
issue.get_size_of_description() for issue in issue_type_list
]), 2)
average_acceptance_criteria_size = round(
mean([
issue.get_size_of_acceptance_criteria()
for issue in issue_type_list
]), 2)
average_how_to_test_size = round(
mean([
issue.get_size_of_how_to_test() for issue in issue_type_list
]), 2)
print('Average description size: %s lines' % average_description_size)
print('Average acceptance criteria size: %s lines' %
average_acceptance_criteria_size)
print('Average how to test size: %s lines' % average_how_to_test_size)
# Type and status distribution
title('Issue distribution by status (overall)')
issue_status_distribution = {
issue_type: len(issue_type_list)
for issue_type, issue_type_list in issues_grouped_by_status.items()
}
for issue, count in issue_status_distribution.items():
print('- %s: %s' % (issue, count))
title('Issue distribution by type and status')
for issue_type, issue_type_list in issues_grouped_by_type.items():
print('+ %s: %s' % (issue_type, len(issue_type_list)))
issue_type_status_distribution = project.group_issues_by_status(
issue_type_list)
for issue, count in issue_type_status_distribution.items():
print(' - %s: %s' % (issue, len(count)))
# Activity distribution by status
description_updates = Counter()
acceptance_criteria_updates = Counter()
how_to_test_updates = Counter()
comments = Counter()
for issue in project.issues:
description_updates += Counter(
issue.get_description_update_by_status_distribution())
acceptance_criteria_updates += Counter(
issue.get_acceptance_criteria_update_by_status_distribution())
how_to_test_updates += Counter(
issue.get_how_to_test_update_by_status_distribution())
comments += Counter(issue.get_comments_by_status_distribution())
# Update distribution
title('Number of updates in status')
def display_updates(title, counter):
print('+ %s' % title)
for k, v in dict(counter).items():
print(' - %s: %s' % (k, v))
display_updates('Description', description_updates)
display_updates('Acceptance criteria', acceptance_criteria_updates)
display_updates('How to test', how_to_test_updates)
display_updates('Comments', comments)
# Time distribution
# Filter only issues that have been through 'Todo', meaning they were ready to be dragged into 'In Progress'
issues = [
issue for issue in project.issues if 'Todo' in issue.get_status_flow()
]
issues_grouped_by_type = project.group_issues_by_type(issues)
title('Average time spent in status')
for issue_type, issue_type_list in issues_grouped_by_type.items():
status_date_distributions = [
issue.get_status_date_distribution() for issue in issue_type_list
]
dd = defaultdict(list)
for d in status_date_distributions:
for key, value in d.items():
dd[key].append(value)
print('+ %s' % issue_type)
for key, value in project.sort_issue_status(dd).items():
print(' - %s: %s' % (key, seconds_to_human(round(mean(value), 2))))
