def analyze(path, year, out):
repositories = discover_repositories(os.path.expanduser(path))
logs = []
for repo in repositories:
logs += generate_git_log(repo)
log_by_year = sort_by_year(logs)
max_commits = []
for y in log_by_year:
data = process_log(log_by_year[y], y)
max_commits.append(data['max_commits'])
if not year:
year = y
else:
year = int(year)
global_max = max(max_commits)
processed_logs = process_log(log_by_year[year], year)
logger.info('Generating report for year {}'.format(year))
if out:
with open(out, 'w') as fout:
make_svg_report(processed_logs, global_max, fout)
else:
make_svg_report(processed_logs, global_max)
def generate_graph(json_input, year, email):
"""Generates an annual commit graph in .svg format."""
gitlogs = json.loads(json_input.read())
gitlogs = [(x, y, parse_datetime(z)) for x, y, z in gitlogs]
gitlogs_by_year = sort_by_year(gitlogs)
annual_data = {}
for y, l in gitlogs_by_year.items():
annual_data[y] = get_annual_data(l, y, email)
global_max = max([x['max_commits'] for x in annual_data.values()])
log.info('Generating report for year {}', year)
make_svg_report(annual_data[year], global_max)
def test_sort_by_year():
"""Ensures sort_by_year() works as intended."""
# Extract logs for the current repository
logs = generate_git_log('.')
sorted_logs = sort_by_year(logs)
years = sorted_logs.keys()
assert 2012 not in years
assert 2013 in years
assert 2014 not in years
assert 2015 in years
for year in (2013, 2015):
for row in sorted_logs[year]:
validate_log_row(row)
