def test_guess_package_name(self):
EXP = {
'wat-1.2.rpm':
'wat',
'will-crash-0.5-2.fc20.src.rpm':
'will-crash',
'will-crash-0.5-2.fc20.src':
'will-crash',
'will-crash-0.5-2.fc20':
'will-crash',
'will-crash-0.5-2':
'will-crash',
'will-crash-0.5-2.rpm':
'will-crash',
'will-crash-0.5-2.src.rpm':
'will-crash',
'will-crash':
'will-crash',
'pkgname7.src.rpm':
'pkgname7',
'copr-frontend-1.14-1.git.65.9ba5393.fc20.noarch':
'copr-frontend',
'noversion.fc20.src.rpm':
'noversion',
'nothing':
'nothing',
'ruby193':
'ruby193',
'xorg-x11-fonts-ISO8859-1-75dpi-7.1-2.1.el5.noarch.rpm':
'xorg-x11-fonts-ISO8859-1-75dpi',
}
for pkg, expected in EXP.iteritems():
assert parse_package_name(pkg) == expected
def test_guess_package_name(self):
EXP = {
'wat-1.2.rpm': 'wat',
'will-crash-0.5-2.fc20.src.rpm': 'will-crash',
'will-crash-0.5-2.fc20.src': 'will-crash',
'will-crash-0.5-2.fc20': 'will-crash',
'will-crash-0.5-2': 'will-crash',
'will-crash-0.5-2.rpm': 'will-crash',
'will-crash-0.5-2.src.rpm': 'will-crash',
'will-crash': 'will-crash',
'pkgname7.src.rpm': 'pkgname7',
'copr-frontend-1.14-1.git.65.9ba5393.fc20.noarch': 'copr-frontend',
'noversion.fc20.src.rpm': 'noversion',
'nothing': 'nothing',
'ruby193': 'ruby193',
'xorg-x11-fonts-ISO8859-1-75dpi-7.1-2.1.el5.noarch.rpm': 'xorg-x11-fonts-ISO8859-1-75dpi',
}
for pkg, expected in EXP.items():
assert parse_package_name(pkg) == expected
def parse_package_name(pkg):
if pkg is not None:
return helpers.parse_package_name(os.path.basename(pkg))
return pkg
def parse_package_name(pkg):
if pkg is not None:
return helpers.parse_package_name(os.path.basename(pkg))
return pkg
def get_monitor_data(cls, copr):
# builds are sorted by build id descending
builds = BuildsLogic.get_multiply_by_copr(copr).all()
chroots = set(chroot.name for chroot in copr.active_chroots)
if builds:
latest_build = builds[0]
chroots.union(
[chroot.name for chroot in latest_build.build_chroots])
else:
latest_build = None
chroots = sorted(chroots)
# { pkg_name -> { chroot -> (build_id, pkg_version, status) }}
build_result_by_pkg_chroot = defaultdict(
lambda: defaultdict(lambda: None))
# collect information about pkg version and build states
for build in builds:
chroot_results = {
chroot.name: chroot.state
for chroot in build.build_chroots
}
pkg = os.path.basename(build.pkgs)
pkg_name = helpers.parse_package_name(pkg)
for chroot_name, state in chroot_results.items():
# set only latest version/state
if build_result_by_pkg_chroot[pkg_name][chroot_name] is None:
build_result_by_pkg_chroot[pkg_name][chroot_name] = (
build.id, build.pkg_version, state)
# "transpose" data to present build status per package
packages = []
for pkg_name, chroot_dict in build_result_by_pkg_chroot.items():
br = []
try:
latest_build_id = max([
build_id
for build_id, pkg_version, state in chroot_dict.values()
])
except ValueError:
latest_build_id = None
for chroot_name in chroots:
chroot_result = chroot_dict.get(chroot_name)
if chroot_result:
build_id, pkg_version, state = chroot_result
br.append((build_id, state, pkg_version, chroot_name))
else:
br.append((latest_build_id, None, None, chroot_name))
packages.append((pkg_name, br))
packages.sort()
result = {
"builds": builds,
"chroots": chroots,
"packages": packages,
"latest_build": latest_build,
}
app.logger.debug("Monitor data: \n{}".format(pprint.pformat(result)))
return result
