def handle(self, *args, **options):
for wlog in WorldLog.objects.all():
charts.rrd_update('world', wlog.datetime, wlog)
for clog in CategoryLog.objects.all():
charts.rrd_update('category-%s' % clog.category, clog.datetime, clog)
for hlog in HerdLog.objects.all():
charts.rrd_update('herd-%d' % hlog.herd.id, hlog.datetime, hlog)
for mlog in MaintainerLog.objects.all():
charts.rrd_update('maintainer-%d' % mlog.maintainer.id, mlog.datetime, mlog)
def handle(self, *args, **options):
now = datetime.datetime.now()
categories = {}
herds = {}
maintainers = {}
'''
Could be done using raw SQL queries, but I don't have time for that
right now ...
'''
wlog = WorldLog()
wlog.datetime = now
for cat in Package.objects.values('category').distinct():
clog = CategoryLog()
clog.datetime = now
clog.category = cat['category']
categories[clog.category] = clog
for herd in Herd.objects.all():
hlog = HerdLog()
hlog.datetime = now
hlog.herd = herd
herds[herd] = hlog
for maintainer in Maintainer.objects.all():
mlog = MaintainerLog()
mlog.datetime = now
mlog.maintainer = maintainer
maintainers[maintainer] = mlog
for package in Package.objects.all():
# Should not be needed, but can't hurt
package.n_versions = Version.objects.filter(package=package).count()
package.n_packaged = Version.objects.filter(package=package, packaged=True, overlay='gentoo').count()
package.n_overlay = Version.objects.filter(package=package, packaged=True).exclude(overlay='gentoo').count()
package.save()
n_packages_gentoo = int(package.n_packaged == package.n_versions)
n_packages_overlay = int(package.n_overlay and package.n_packaged + package.n_overlay == package.n_versions)
n_packages_outdated = int(package.n_packaged + package.n_overlay < package.n_versions)
for herd in package.herds.all():
herds[herd].n_packages_gentoo += n_packages_gentoo
herds[herd].n_packages_overlay += n_packages_overlay
herds[herd].n_packages_outdated += n_packages_outdated
herds[herd].n_versions_gentoo += package.n_packaged
herds[herd].n_versions_overlay += package.n_overlay
herds[herd].n_versions_upstream += package.n_versions - package.n_packaged - package.n_overlay
for maintainer in package.maintainers.all():
maintainers[maintainer].n_packages_gentoo += n_packages_gentoo
maintainers[maintainer].n_packages_overlay += n_packages_overlay
maintainers[maintainer].n_packages_outdated += n_packages_outdated
maintainers[maintainer].n_versions_gentoo += package.n_packaged
maintainers[maintainer].n_versions_overlay += package.n_overlay
maintainers[maintainer].n_versions_upstream += package.n_versions - package.n_packaged - package.n_overlay
categories[package.category].n_packages_gentoo += n_packages_gentoo
categories[package.category].n_packages_overlay += n_packages_overlay
categories[package.category].n_packages_outdated += n_packages_outdated
categories[package.category].n_versions_gentoo += package.n_packaged
categories[package.category].n_versions_overlay += package.n_overlay
categories[package.category].n_versions_upstream += package.n_versions - package.n_packaged - package.n_overlay
wlog.n_packages_gentoo += n_packages_gentoo
wlog.n_packages_overlay += n_packages_overlay
wlog.n_packages_outdated += n_packages_outdated
wlog.n_versions_gentoo += package.n_packaged
wlog.n_versions_overlay += package.n_overlay
wlog.n_versions_upstream += package.n_versions - package.n_packaged - package.n_overlay
for clog in categories.values():
if not options['quiet']:
self.stdout.write('+ [cl] %s\n' % clog)
charts.rrd_update('category-%s' % clog.category, now, clog)
clog.save()
for hlog in herds.values():
if not options['quiet']:
self.stdout.write('+ [hl] %s\n' % hlog)
charts.rrd_update('herd-%d' % hlog.herd.id, now, hlog)
hlog.save()
for mlog in maintainers.values():
if not options['quiet']:
self.stdout.write('+ [ml] %s\n' % mlog)
charts.rrd_update('maintainer-%d' % mlog.maintainer.id, now, mlog)
mlog.save()
wlog.save()
charts.rrd_update('world', now, wlog)