def transform(self, data, package):
releases = []
for version, artifacts in data['releases'].items():
times = [datetime_new(ri['upload_time']) for ri in artifacts]
if times:
releases.append(ReleaseInfoModel(version, min(times)))
return releases
def transform(self, data, packages):
releases = []
for version, date in data['time'].items():
commit = data['versions'].get(version, {}).get('gitHead')
if version in NpmReleaseFetcher.bad_keys:
continue
releases.append(ReleaseInfoModel(version, datetime_new(date),
commit=commit))
return releases
def transform(self, data, package):
releases = []
# there's always 1 element
for item in data['items'][0]['items']:
release = item['catalogEntry']
releases.append(ReleaseInfoModel(release['version'],
datetime_new(release['published']),
commit=item['commitId']))
return releases
def __sync_info_fetcher(self, package, version):
# Get artifact name from the coordinate
rest, artifact = package.rsplit('/', 1)
url = Urls.MavenHead.format(package_name=package, artifact=artifact,
version=version)
if self.verbose:
import sys
msg = '{name} fetching info for `{package}` at version `{version}` from: {url}'
print(msg.format(name=self.__class__.__name__, url=url,
package=package.replace('/', '.'), version=version),
file=sys.stderr)
# Since there's no metadata API/file to inspect we have to figure out
# the age of the artifact by sending a HEAD request to the main
# package Jar and inspect the `last-modified` HTTP header
res = head(url)
# Remove consecutive whitespaces
last_mod = ' '.join(res.headers.get('last-modified', '').split())
if last_mod:
return datetime_new(last_mod, 'ddd, DD MMM YYYY H:mm:ss ZZZ')
else:
return None
def transform(self, data, packages):
releases = []
for release in data['versions']:
releases.append(ReleaseInfoModel(release['num'],
datetime_new(release['created_at'])))
return releases
def transform(self, data, package):
releases = []
for release in data:
releases.append(ReleaseInfoModel(release['number'],
datetime_new(release['created_at'])))
return releases