def generate(num_package, cache, overrides):
"""Generate top package list that are Python 2 only
:param num_package: maximum number of packages to list
"""
top_packages = utils.get_top_packages()
py2_packages_with_info = utils.get_py2_packages(top_packages, cache,
overrides)
github_packages = utils.get_github_packages(py2_packages_with_info)
top_py2_packages = []
print_progress(0, num_package)
for i, package in enumerate(github_packages):
if i < num_package:
top_py2_packages.append(package)
# print progress
print_progress(i + 1, num_package, package['name'])
else:
break
print()
# sort by GitHub star instead of PyPI counts
top_py2_packages.sort(key=lambda p: (-p['stars'], -p['downloads']))
for package in top_py2_packages:
print(package['stars'], package['name'], package['url'])
return top_py2_packages
def main():
packages = remove_irrelevant_packages(get_top_packages(), TO_CHART)
annotate_wheels(packages)
wheel_types = ['manylinux1_py3', 'manylinux1_py2',
'win32_py3', 'win32_py2',
'win_amd64_py3', 'win_amd64_py2',
'macos_py2', 'macos_py2']
packages = [p for p in packages if p['is_c_module'] or any([p[t] for t in wheel_types])]
save_to_file(packages, 'results.json')
generate_svg_wheel(packages, len(packages))
def test_get_top_packages(self):
"""Tests getting top N packages."""
N = 3
package_file_count = Counter({
'package1': 1,
'package2': 3,
'package3': 4,
'package4': 2
})
result = utils.get_top_packages(3, package_file_count)
self.assertEqual(result, [('package3', 4), ('package2', 3),
('package4', 2)])
def main():
# Prepare args
parser = utils.create_arg_parser()
args = parser.parse_args()
ok = '{}OK{}'.format(colors.GREEN, colors.ENDC)
# Create mirror, base_dir and contents_filename.
print('Initial setup ... ', end='')
mirror = utils.create_ftp_mirror(args.country)
base_dir = utils.create_base_dir(args.dist, args.comp)
contents_filename = utils.create_contents_filename(args.architecture)
print(ok)
# Establish ftp connection.
print('Establishing FTP connection ... ', end='')
ftp = utils.create_ftp_connection(mirror, base_dir)
print(ok)
# Download Contents-xxx.gz file.
print('Downloading {}{}{} ... '.format(colors.WARNING, contents_filename,
colors.ENDC),
end='')
utils.download_contents(ftp, contents_filename)
print(ok)
# Destroy ftp connection as we no longer need it.
print('Closing FTP connection ... ', end='')
utils.destroy_ftp_connection(ftp)
print(ok)
# Create a Counter object to store statistics.
package_entries = Counter()
# Begin parsing.
print('Parsing ... ', end='')
with utils.gunzip_file(contents_filename) as contents_file:
for line in contents_file.readlines():
utils.parse_line_and_update_entries(line, package_entries)
print(ok)
# Get Top N packages by number of associated files.
print('Analyzing data ... ', end='')
top_packages = utils.get_top_packages(args.top, package_entries)
print(ok)
# Print stats.
utils.print_stats(top_packages)
def main():
packages = remove_irrelevant_packages(get_top_packages(), TO_CHART)
annotate_wheels(packages)
save_to_file(packages, 'results.json')
generate_svg_wheel(packages, TO_CHART)
def main(to_chart=360, versions=["2.6"]):
packages = remove_irrelevant_packages(get_top_packages(), to_chart)
annotate_support(packages, versions)
save_to_file(packages, "results.json")
generate_svg_wheel(packages, to_chart, versions)
def main():
packages = remove_irrelevant_packages(get_top_packages(), TO_CHART)
annotate_wheels(packages)
save_to_file(packages, 'results.json')
def main():
packages = remove_irrelevant_packages(get_top_packages(), int(TO_CHART * 1.05))
packages = annotate_pep8(packages)
packages = remove_irrelevant_packages(packages, TO_CHART)
save_to_file(packages, 'results.json')
generate_svg_wheel(packages, len(packages))