def calculate():
projects = []
for name in Project.all():
for item in Project.list(name):
item = Project(family=item['family'], name=item['name'])
packages = Project.sort(item.packages)
packages = filter(
lambda o: o['tag'] == 'stable',
packages.values()
)
if not packages:
continue
pkg = Package(**packages[0])
item.dependents = pkg.get('dependents', [])
projects.append(item)
def _sort_by_time(item):
if 'update_at' in item:
return datetime.strptime(
item['updated_at'], '%Y-%m-%dT%H:%M:%SZ'
)
return None
popular = sorted(
projects, key=lambda o: len(o.dependents), reverse=True
)[:50]
latest = sorted(
projects, key=_sort_by_time, reverse=True
)[:50]
return {'popular': popular, 'latest': latest}
def calculate():
projects = []
for name in Project.all():
for item in Project.list(name):
item = Project(family=item['family'], name=item['name'])
packages = Project.sort(item.packages)
packages = filter(lambda o: o['tag'] == 'stable',
packages.values())
if not packages:
continue
pkg = Package(**packages[0])
item.dependents = pkg.get('dependents', [])
projects.append(item)
def _sort_by_time(item):
if 'update_at' in item:
return datetime.strptime(item['updated_at'], '%Y-%m-%dT%H:%M:%SZ')
return None
popular = sorted(projects, key=lambda o: len(o.dependents),
reverse=True)[:50]
latest = sorted(projects, key=_sort_by_time, reverse=True)[:50]
return {'popular': popular, 'latest': latest}
