def get_signoff_groups(repos=None, user=None):
if repos is None:
repos = Repo.objects.filter(testing=True)
repo_ids = [r.pk for r in repos]
test_pkgs = Package.objects.select_related(
'arch', 'repo', 'packager').filter(repo__in=repo_ids)
packages = test_pkgs.order_by('pkgname')
packages = attach_maintainers(packages)
# Filter by user if asked to do so
if user is not None:
packages = [p for p in packages if user == p.packager
or user in p.maintainers]
# Collect all pkgbase values in testing repos
pkgtorepo = get_target_repo_map(repos)
# Collect all possible signoffs and specifications for these packages
signoffs = get_current_signoffs(repos)
specs = get_current_specifications(repos)
same_pkgbase_key = lambda x: (x.repo.name, x.arch.name, x.pkgbase)
grouped = groupby_preserve_order(packages, same_pkgbase_key)
signoff_groups = []
for group in grouped:
signoff_group = PackageSignoffGroup(group)
signoff_group.target_repo = pkgtorepo.get(signoff_group.pkgbase,
"Unknown")
signoff_group.find_signoffs(signoffs)
signoff_group.find_specification(specs)
signoff_groups.append(signoff_group)
return signoff_groups
def get_recent_updates(number=15, testing=True, staging=False):
repos = Repo.objects.all()
if not testing:
repos = repos.exclude(testing=True)
if not staging:
repos = repos.exclude(staging=True)
# This is a bit of magic. We are going to show 15 on the front page, but we
# want to try and eliminate cross-architecture wasted space. Pull enough
# packages that we can later do some screening and trim out the fat.
pkgs = []
# grab a few extra so we can hopefully catch everything we need
fetch = number * 6
for arch in Arch.objects.all():
pkgs += list(Package.objects.normal().filter(
arch=arch, repo__in=repos).order_by('-last_update')[:fetch])
pkgs.sort(key=attrgetter('last_update'), reverse=True)
same_pkgbase_key = lambda x: (x.repo.name, x.pkgbase)
grouped = groupby_preserve_order(pkgs, same_pkgbase_key)
updates = []
for group in grouped:
update = RecentUpdate(group)
updates.append(update)
return updates[:number]
def get_signoff_groups(repos=None, user=None):
if repos is None:
repos = Repo.objects.filter(testing=True)
repo_ids = [r.pk for r in repos]
test_pkgs = Package.objects.select_related(
'arch', 'repo', 'packager').filter(repo__in=repo_ids)
packages = test_pkgs.order_by('pkgname')
packages = attach_maintainers(packages)
# Filter by user if asked to do so
if user is not None:
packages = [
p for p in packages if user == p.packager or user in p.maintainers
]
# Collect all pkgbase values in testing repos
pkgtorepo = get_target_repo_map(repos)
# Collect all possible signoffs and specifications for these packages
signoffs = get_current_signoffs(repos)
specs = get_current_specifications(repos)
same_pkgbase_key = lambda x: (x.repo.name, x.arch.name, x.pkgbase)
grouped = groupby_preserve_order(packages, same_pkgbase_key)
signoff_groups = []
for group in grouped:
signoff_group = PackageSignoffGroup(group)
signoff_group.target_repo = pkgtorepo.get(signoff_group.pkgbase,
"Unknown")
signoff_group.find_signoffs(signoffs)
signoff_group.find_specification(specs)
signoff_groups.append(signoff_group)
return signoff_groups
def get_recent_updates(number=15, testing=True, staging=False):
repos = Repo.objects.all()
if not testing:
repos = repos.exclude(testing=True)
if not staging:
repos = repos.exclude(staging=True)
# This is a bit of magic. We are going to show 15 on the front page, but we
# want to try and eliminate cross-architecture wasted space. Pull enough
# packages that we can later do some screening and trim out the fat.
pkgs = []
# grab a few extra so we can hopefully catch everything we need
fetch = number * 6
for arch in Arch.objects.all():
pkgs += list(Package.objects.normal().filter(
arch=arch, repo__in=repos).order_by('-last_update')[:fetch])
pkgs.sort(key=attrgetter('last_update'), reverse=True)
same_pkgbase_key = lambda x: (x.repo.name, x.pkgbase)
grouped = groupby_preserve_order(pkgs, same_pkgbase_key)
updates = []
for group in grouped:
update = RecentUpdate(group)
updates.append(update)
return updates[:number]
