def cmpNEVR(nevr1, nevr2):
'''Compare two RPM version identifiers in NEVR format.
:param str nevr1: RPM identifier in N(E)VR format
:param str nevr2: RPM identifier in N(E)VR format
:return: ``-1``/``0``/``1`` if ``nevr1 < nevr2`` / ``nevr1 == nevr2`` /
``nevr1 > nevr2``
:rtype: int
:raise CheckbValueError: if name in ``nevr1`` doesn't match name in
``nevr2``
'''
rpmver1 = hawkey.split_nevra(nevr1 + '.noarch')
rpmver2 = hawkey.split_nevra(nevr2 + '.noarch')
if rpmver1.name != rpmver2.name:
raise exc.CheckbValueError("Name in nevr1 doesn't match name in "
"nevr2: %s, %s" % (nevr1, nevr2))
# sack is needed for the comparison, because it can be influence the
# comparison (for example epoch can be set to be ignored). A default empty
# sack should match Fedora customs
sack = hawkey.Sack()
# we need evr_cmp to return int so we can use it as comparison function
# in python's sorted
return int(rpmver1.evr_cmp(rpmver2, sack))
def test_evr_cmp(self):
sack = hawkey.Sack()
n1 = hawkey.split_nevra("jay-3:3.10-4.fc3.x86_64")
n2 = hawkey.split_nevra("jay-4.10-4.fc3.x86_64")
self.assertGreater(n1.evr_cmp(n2, sack), 0)
self.assertLess(n2.evr_cmp(n1, sack), 0)
n1 = hawkey.split_nevra("jay-3.10-4.fc3.x86_64")
n2 = hawkey.split_nevra("jay-3.10-5.fc3.x86_64")
self.assertLess(n1.evr_cmp(n2, sack), 0)
def test_evr_cmp(self):
sack = hawkey.Sack()
n1 = hawkey.split_nevra("jay-3:3.10-4.fc3.x86_64")
n2 = hawkey.split_nevra("jay-4.10-4.fc3.x86_64")
self.assertGreater(n1.evr_cmp(n2, sack), 0)
self.assertLess(n2.evr_cmp(n1, sack), 0)
n1 = hawkey.split_nevra("jay-3.10-4.fc3.x86_64")
n2 = hawkey.split_nevra("jay-3.10-5.fc3.x86_64")
self.assertLess(n1.evr_cmp(n2, sack), 0)
def sack_has_nevra_greater_or_equal(base, nevra):
nevra = hawkey.split_nevra(nevra)
pkgs = base.sack.query().filterm(name=nevra.name).latest().run()
if len(pkgs) == 0:
# Odd... the only way I can imagine this happen is if we fast-track a
# brand new package from Koji which hasn't hit the updates repo yet.
# Corner-case, but let's be nice.
print(f"couldn't find package {nevra.name}; assuming not graduated")
return False
nevra_latest = hawkey.split_nevra(str(pkgs[0]))
return nevra_latest >= nevra
def read_dump_file(filename):
if filename.endswith(".gz"):
fobj = gzip.GzipFile(filename)
else:
fobj = open(filename)
if ucd(fobj.readline()) != DEBUG_VERSION:
logger.error(_("Bad dnf debug file: %s"), filename)
raise dnf.exceptions.Error
skip = True
pkgs = {}
for line in fobj:
line = ucd(line)
if skip:
if line == "%%%%RPMDB\n":
skip = False
continue
if not line or line[0] != " ":
break
pkg_spec = line.strip()
nevra = hawkey.split_nevra(pkg_spec)
pkgs[(nevra.name, nevra.arch)] = [
"install",
ucd(nevra.name),
ucd(nevra.arch),
ucd(nevra.epoch),
ucd(nevra.version),
ucd(nevra.release)
]
return pkgs
def read_dump_file(filename):
if filename.endswith(".gz"):
fobj = gzip.GzipFile(filename)
else:
fobj = open(filename)
if ucd(fobj.readline()) != DEBUG_VERSION:
dnfpluginsextras.logger.error(_("Bad dnf debug file: %s"), filename)
raise dnf.exceptions.Error
skip = True
pkgs = {}
for line in fobj:
line = ucd(line)
if skip:
if line == "%%%%RPMDB\n":
skip = False
continue
if not line or line[0] != " ":
break
pkg_spec = line.strip()
nevra = hawkey.split_nevra(pkg_spec)
pkgs[(nevra.name, nevra.arch)] = ["install", ucd(nevra.name),
ucd(nevra.arch),
ucd(nevra.epoch),
ucd(nevra.version),
ucd(nevra.release)]
return pkgs
def _create_package_matcher(self, nevra_str):
"""Create a new instance of dnf.package.Package matcher."""
nevra = split_nevra(nevra_str)
attrs = {'name': nevra.name,
'epoch': nevra.epoch,
'version': nevra.version,
'release': nevra.release,
'arch': nevra.arch}
return ObjectMatcher(Package, attrs)
def __init__(self, nevra, repo=None):
self.header = None
self.location = "%s.rpm" % nevra
self.baseurl = None
self.repo = repo
self.reponame = None if repo is None else repo.id
self.str = nevra
(self.name, self.epoch, self.version, self.release, self.arch) = hawkey.split_nevra(nevra)
self.evr = "%(epoch)d:%(version)s-%(release)s" % vars(self)
self.pkgtup = (self.name, self.arch, str(self.epoch), self.version, self.release)
def test_split_nevra(self):
self.assertRaises(hawkey.ValueException, hawkey.split_nevra, "no.go")
self.assertRaises(hawkey.ValueException, hawkey.split_nevra, "")
nevra = hawkey.split_nevra("eyes-8:1.2.3-4.fc18.x86_64")
self.assertEqual(nevra.name, "eyes")
self.assertEqual(nevra.epoch, 8)
self.assertEqual(nevra.version, "1.2.3")
self.assertEqual(nevra.release, "4.fc18")
self.assertEqual(nevra.arch, "x86_64")
def _get_query_source(self, pkg_spec):
""""Return a query to match a source rpm file name."""
pkg_spec = pkg_spec[:-4] # skip the .rpm
nevra = hawkey.split_nevra(pkg_spec)
q = self.base.sack.query()
q = q.available()
q = q.latest()
q = q.filter(name=nevra.name, version=nevra.version,
release=nevra.release, arch=nevra.arch)
return q
def test_split_nevra(self):
self.assertRaises(hawkey.ValueException, hawkey.split_nevra, "no.go")
self.assertRaises(hawkey.ValueException, hawkey.split_nevra, "")
nevra = hawkey.split_nevra("eyes-8:1.2.3-4.fc18.x86_64")
self.assertEqual(nevra.name, "eyes")
self.assertEqual(nevra.epoch, 8)
self.assertEqual(nevra.version, "1.2.3")
self.assertEqual(nevra.release, "4.fc18")
self.assertEqual(nevra.arch, "x86_64")
def test_cmp(self):
pkg2 = base.by_name_repo(self.sack, "fool", "main")
# if nevra matches the packages are equal:
self.assertEqual(self.pkg1, pkg2)
# if the name doesn't match they are not equal:
pkg2 = base.by_name_repo(self.sack, "hello", "main")
self.assertNotEqual(self.pkg1, pkg2)
# if nevr matches, but not arch, they are not equal:
pkg1 = hawkey.split_nevra("semolina-2-0.x86_64").to_query(self.sack)[0]
pkg2 = hawkey.split_nevra("semolina-2-0.i686").to_query(self.sack)[0]
self.assertNotEqual(pkg1, pkg2)
# however evr_cmp compares only the evr part:
self.assertEqual(pkg1.evr_cmp(pkg2), 0)
pkg1 = hawkey.split_nevra("jay-6.0-0.x86_64").to_query(self.sack)[0]
pkg2 = hawkey.split_nevra("jay-5.0-0.x86_64").to_query(self.sack)[0]
self.assertLess(pkg2, pkg1)
self.assertGreater(pkg1.evr_cmp(pkg2), 0)
def test_cmp(self):
pkg2 = base.by_name_repo(self.sack, "fool", "main")
# if nevra matches the packages are equal:
self.assertEqual(self.pkg1, pkg2)
# if the name doesn't match they are not equal:
pkg2 = base.by_name_repo(self.sack, "hello", "main")
self.assertNotEqual(self.pkg1, pkg2)
# if nevr matches, but not arch, they are not equal:
pkg1 = hawkey.split_nevra("semolina-2-0.x86_64").to_query(self.sack)[0]
pkg2 = hawkey.split_nevra("semolina-2-0.i686").to_query(self.sack)[0]
self.assertNotEqual(pkg1, pkg2)
# however evr_cmp compares only the evr part:
self.assertEqual(pkg1.evr_cmp(pkg2), 0)
pkg1 = hawkey.split_nevra("jay-6.0-0.x86_64").to_query(self.sack)[0]
pkg2 = hawkey.split_nevra("jay-5.0-0.x86_64").to_query(self.sack)[0]
self.assertLess(pkg2, pkg1)
self.assertGreater(pkg1.evr_cmp(pkg2), 0)
def _get_query_source(self, pkg_spec):
""""Return a query to match a source rpm file name."""
pkg_spec = pkg_spec[:-4] # skip the .rpm
nevra = hawkey.split_nevra(pkg_spec)
q = self.base.sack.query()
q = q.available()
q = q.latest()
q = q.filter(name=nevra.name,
version=nevra.version,
release=nevra.release,
arch=nevra.arch)
return q
def nevra(self, *args):
args_len = len(args)
if args_len == 3:
return self.filter(name=args[0], evr=args[1], arch=args[2])
if args_len == 1:
nevra = hawkey.split_nevra(args[0])
elif args_len == 5:
nevra = args
else:
raise TypeError("nevra() takes 1, 3 or 5 str params")
return self.filter(
name=nevra.name, epoch=nevra.epoch, version=nevra.version,
release=nevra.release, arch=nevra.arch)
def _get_query_source(self, pkg_spec):
"""Return a query to match a source rpm file name."""
pkg_spec = pkg_spec[:-4] # skip the .rpm
nevra = hawkey.split_nevra(pkg_spec)
q = self.base.sack.query()
q = q.available()
q = q.latest()
q = q.filter(name=nevra.name, version=nevra.version,
release=nevra.release, arch=nevra.arch)
if len(q.run()) == 0:
msg = _("No package " + pkg_spec + " available.")
raise dnf.exceptions.PackageNotFoundError(msg)
return q
def nevra(self, *args):
args_len = len(args)
if args_len == 3:
return self.filter(name=args[0], evr=args[1], arch=args[2])
if args_len == 1:
nevra = hawkey.split_nevra(args[0])
elif args_len == 5:
nevra = args
else:
raise TypeError("nevra() takes 1, 3 or 5 str params")
return self.filter(
name=nevra.name, epoch=nevra.epoch, version=nevra.version, release=nevra.release, arch=nevra.arch
)
def __init__(self, nevra, repo=None):
self.baseurl = None
self.chksum = (None, None)
self.downloadsize = None
self.header = None
self.location = '%s.rpm' % nevra
self.repo = repo
self.reponame = None if repo is None else repo.id
self.str = nevra
(self.name, self.epoch, self.version, self.release, self.arch) = \
hawkey.split_nevra(nevra)
self.evr = '%(epoch)d:%(version)s-%(release)s' % vars(self)
self.pkgtup = (self.name, self.arch, str(self.epoch), self.version,
self.release)
def __init__(self, nevra, repo=None):
self.baseurl = None
self.chksum = (None, None)
self.downloadsize = None
self.header = None
self.location = '%s.rpm' % nevra
self.repo = repo
self.reponame = None if repo is None else repo.id
self.str = nevra
(self.name, self.epoch, self.version, self.release, self.arch) = \
hawkey.split_nevra(nevra)
self.evr = '%(epoch)d:%(version)s-%(release)s' % vars(self)
self.pkgtup = (self.name, self.arch, str(self.epoch), self.version,
self.release)
def _get_query_source(self, pkg_spec):
"""Return a query to match a source rpm file name."""
pkg_spec = pkg_spec[:-4] # skip the .rpm
nevra = hawkey.split_nevra(pkg_spec)
q = self.base.sack.query()
q = q.available()
q = q.latest()
q = q.filter(name=nevra.name,
version=nevra.version,
release=nevra.release,
arch=nevra.arch)
if len(q.run()) == 0:
msg = _("No package %s available.") % (pkg_spec)
raise dnf.exceptions.PackageNotFoundError(msg)
return q
def _match(ent, patterns):
try:
n = hawkey.split_nevra(ent)
except hawkey.ValueException:
return False
for name in (
'%s' % n.name,
'%s.%s' % (n.name, n.arch),
'%s-%s' % (n.name, n.version),
'%s-%s-%s' % (n.name, n.version, n.release),
'%s-%s-%s.%s' % (n.name, n.version, n.release, n.arch),
'%s:%s-%s-%s.%s' % (n.epoch, n.name, n.version, n.release, n.arch),
'%s-%s:%s-%s.%s' % (n.name, n.epoch, n.version, n.release, n.arch),
):
for pat in patterns:
if fnmatch.fnmatch(name, pat):
return True
return False
def map_installed_rpms_to_modules():
"""
Map installed modular packages to the module streams they come from.
"""
modules = get_modules()
# empty on RHEL 7 because of no modules
if not modules:
return {}
# create a reverse mapping from the RPMS to module streams
# key: tuple of 4 strings representing a NVRA (name, version, release, arch) of an RPM
# value: tuple of 2 strings representing a module and its stream
rpm_streams = {}
for module in modules:
for rpm in module.getArtifacts():
nevra = hawkey.split_nevra(rpm)
rpm_key = (nevra.name, nevra.version, nevra.release, nevra.arch)
rpm_streams[rpm_key] = (module.getName(), module.getStream())
return rpm_streams
def _match(ent, patterns):
try:
n = hawkey.split_nevra(ent.lstrip('!'))
except hawkey.ValueException:
return False
for name in (
'%s' % n.name,
'%s.%s' % (n.name, n.arch),
'%s-%s' % (n.name, n.version),
'%s-%s-%s' % (n.name, n.version, n.release),
'%s-%s-%s.%s' % (n.name, n.version, n.release, n.arch),
'%s:%s-%s-%s.%s' % (n.epoch, n.name, n.version, n.release, n.arch),
'%s-%s:%s-%s.%s' % (n.name, n.epoch, n.version, n.release, n.arch),
):
for pat in patterns:
if fnmatch.fnmatch(name, pat):
return True
return False
def test_evr_cmp(self):
sack = hawkey.Sack()
n1 = hawkey.split_nevra("jay-3:3.10-4.fc3.x86_64")
n2 = hawkey.split_nevra("jay-4.10-4.fc3.x86_64")
self.assertGreater(n1.evr_cmp(n2, sack), 0)
self.assertLess(n2.evr_cmp(n1, sack), 0)
n1 = hawkey.split_nevra("jay-3.10-4.fc3.x86_64")
n2 = hawkey.split_nevra("jay-3.10-5.fc3.x86_64")
self.assertLess(n1.evr_cmp(n2, sack), 0)
n1 = hawkey.split_nevra('pungi-4.0.14-3.fc24.src')
n2 = hawkey.split_nevra('pungi-4.0.7-1.fc24.src')
self.assertFalse(n1 < n2)
def run(self, args):
if self.opts.help_cmd:
print(self.parser.format_help())
return
reponame = self.opts.py3query_repo
self.base_query = self.base.sack.query()
self.pkg_query = self.base_query.filter(reponame=reponame)
self.src_query = self.base_query.filter(reponame=reponame + '-source').filter(arch=['src'])
# python_versions: {package: set of Python versions}
python_versions = collections.defaultdict(set)
# rpm_pydeps: {package: set of dep names}
rpm_pydeps = collections.defaultdict(set)
# dep_versions: {dep name: Python version}
dep_versions = collections.defaultdict(set)
for n, seeds in SEED_PACKAGES.items():
provides = sorted(self.all_provides(reponame, seeds), key=str)
# This effectively includes packages that still need
# Python 3.4 while Rawhide only provides Python 3.5
provides += sorted(seeds)
for dep in progressbar(provides, 'Getting py{} requires'.format(n)):
dep_versions[str(dep)] = n
for pkg in self.whatrequires(dep):
python_versions[pkg].add(n)
rpm_pydeps[pkg].add(str(dep))
# srpm_names: {package: srpm name}
# by_srpm_name: {srpm name: set of packages}
srpm_names = {}
by_srpm_name = collections.defaultdict(set)
for pkg in progressbar(python_versions.keys(), 'Getting SRPMs'):
srpm_name = hawkey.split_nevra(pkg.sourcerpm).name
srpm_names[pkg] = srpm_name
by_srpm_name[srpm_name].add(pkg)
# deps_of_pkg: {package: set of packages}
deps_of_pkg = collections.defaultdict(set)
all_provides = {str(r): r for p in python_versions for r in p.provides
if not str(r).startswith(PROVIDES_BLACKLIST)}
for pkg in progressbar(sorted(python_versions.keys()), 'Getting requirements'):
reqs = set()
for provide in pkg.provides:
reqs.update(self.whatrequires(provide))
for req in reqs:
if req in python_versions.keys():
deps_of_pkg[req].add(pkg)
# deps_of_pkg: {srpm name: info}
json_output = dict()
for name in progressbar(by_srpm_name, 'Generating output'):
pkgs = sorted(by_srpm_name[name])
r = json_output[name] = {}
set_status(r, pkgs, python_versions)
r['rpms'] = {format_rpm_name(p):
{str(d): dep_versions[d] for d in rpm_pydeps[p]}
for p in pkgs}
r['deps'] = sorted(set(srpm_names[d]
for p in pkgs
for d in deps_of_pkg.get(p, '')
if srpm_names[d] != name))
# add Bugzilla links
if self.opts.fetch_bugzilla:
bar = iter(progressbar(['connecting', 'tracker', 'individual'],
'Getting bugs'))
next(bar)
bz = bugzilla.RHBugzilla(BUGZILLA_URL)
next(bar)
include_fields = ['id', 'depends_on', 'blocks', 'component',
'status', 'resolution']
trackers = bz.getbugs(TRACKER_BUG_IDS,
include_fields=include_fields)
all_ids = [b for t in trackers for b in t.depends_on]
next(bar)
bugs = bz.getbugs(all_ids, include_fields=include_fields)
bar.close()
def bug_namegetter(bug):
return '{bug.id} {bug.status} {bug.component}'.format(bug=bug)
for bug in progressbar(bugs, 'Merging bugs',
namegetter=bug_namegetter):
r = json_output.get(bug.component, {})
url = '{bug.weburl}#{bug.status}'.format(bug=bug)
status = bug.status
if bug.resolution:
status += ' ' + bug.resolution
r.setdefault('links', {})['bug'] = [bug.weburl, status]
inprogress_statuses = ('ASSIGNED', 'POST', 'MODIFIED', 'ON_QA')
inprogress_resolutions = ('CURRENTRELEASE', 'RAWHIDE',
'ERRATA', 'NEXTRELEASE')
if r.get('status') == 'idle' and bug.status != 'NEW':
r['status'] = 'in-progress'
elif r.get('status') == 'idle' and bug.status == 'NEW' and \
any(tb in bug.blocks for tb in MISPACKAGED_TRACKER_BUG_IDS):
r['status'] = "mispackaged"
r['note'] = ('There is a problem in Fedora packaging, ' +
'not necessarily with the software itself. ' +
'See the linked Fedora bug.')
# Print out output
if self.opts.output:
with open(self.opts.output, 'w') as f:
json.dump(json_output, f, indent=2, sort_keys=True)
else:
json.dump(json_output, sys.stdout, indent=2, sort_keys=True)
sys.stdout.flush()
def test_nevra_to_query(self):
nevra = hawkey.split_nevra("baby-6:5.0-11.x86_64")
q = nevra.to_query(self.sack)
self.assertLength(q, 1)
pkg = str(q[0])
self.assertEqual(pkg, "baby-6:5.0-11.x86_64")
def run(self, args):
if self.opts.help_cmd:
print(self.parser.format_help())
return
self.base_query = self.base.sack.query()
self.pkg_query = self.base_query.filter(reponame='rawhide')
self.src_query = self.base_query.filter(reponame='rawhide-source').filter(arch=['src'])
# python_versions: {package: set of Python versions}
python_versions = collections.defaultdict(set)
# rpm_pydeps: {package: set of dep names}
rpm_pydeps = collections.defaultdict(set)
# dep_versions: {dep name: Python version}
dep_versions = collections.defaultdict(set)
for n, seeds in SEED_PACKAGES.items():
provides = sorted(self.all_provides(seeds), key=str)
# This effectively includes packages that still need
# Python 3.4 while Rawhide only provides Python 3.5
provides += sorted(seeds)
for dep in progressbar(provides, 'Getting py{} requires'.format(n)):
dep_versions[str(dep)] = n
for pkg in self.whatrequires(dep):
python_versions[pkg].add(n)
rpm_pydeps[pkg].add(str(dep))
# srpm_names: {package: srpm name}
# by_srpm_name: {srpm name: set of packages}
srpm_names = {}
by_srpm_name = collections.defaultdict(set)
for pkg in progressbar(python_versions.keys(), 'Getting SRPMs'):
srpm_name = hawkey.split_nevra(pkg.sourcerpm).name
srpm_names[pkg] = srpm_name
by_srpm_name[srpm_name].add(pkg)
# deps_of_pkg: {package: set of packages}
deps_of_pkg = collections.defaultdict(set)
all_provides = {str(r): r for p in python_versions for r in p.provides
if not str(r).startswith(PROVIDES_BLACKLIST)}
for pkg in progressbar(sorted(python_versions.keys()), 'Getting requirements'):
reqs = set()
for provide in pkg.provides:
reqs.update(self.whatrequires(provide))
for req in reqs:
if req in python_versions.keys():
deps_of_pkg[req].add(pkg)
# deps_of_pkg: {srpm name: info}
json_output = dict()
for name in progressbar(by_srpm_name, 'Generating output'):
pkgs = sorted(by_srpm_name[name])
r = json_output[name] = {}
if is_ported(pkgs, python_versions):
r['status'] = 'released'
else:
r['status'] = 'idle'
r['rpms'] = {format_rpm_name(p):
{str(d): dep_versions[d] for d in rpm_pydeps[p]}
for p in pkgs}
r['deps'] = sorted(set(srpm_names[d]
for p in pkgs
for d in deps_of_pkg.get(p, '')
if srpm_names[d] != name))
if self.opts.output:
with open(self.opts.output, 'w') as f:
json.dump(json_output, f, indent=2, sort_keys=True)
else:
json.dump(json_output, sys.stdout, indent=2, sort_keys=True)
sys.stdout.flush()
def is_nevra(pattern):
try:
hawkey.split_nevra(pattern)
except hawkey.ValueException:
return False
return True
def available_by_nevra(sack, pattern):
try:
installed = hawkey.split_nevra(pattern).to_query(sack)
except hawkey.ValueException:
return sack.query().filter(empty=True)
return installed.filter(reponame__neq=hawkey.SYSTEM_REPO_NAME)
def rpmformat(rpmstr, fmt='nvr', end_arch=False):
'''
Parse and convert an RPM package version string into a different format.
String identifiers: N - name, E - epoch, V - version, R - release, A -
architecture.
:param str rpmstr: string to be manipulated in a format of N(E)VR
(``foo-1.2-3.fc20`` or ``bar-4:1.2-3.fc20``) or N(E)VRA
(``foo-1.2-3.fc20.x86_64`` or ``bar-4:1.2-3.fc20.i686``)
:param str fmt: desired format of the string to be returned. Allowed options
are: ``nvr``, ``nevr``, ``nvra``, ``nevra``, ``n``, ``e``,
``v``, ``r``, ``a``. If arch is not present in ``rpmstr``
but requested in ``fmt``, ``noarch`` is used. Epoch is
provided only when specifically requested (e.g.
``fmt='nevr'``) **and** being non-zero; otherwise it's
supressed (the only exception is ``fmt='e'``, where you
receive ``0`` for zero epoch).
:param bool end_arch: set this to ``True`` if ``rpmstr`` ends with an
architecture identifier (``foo-1.2-3.fc20.x86_64``).
It's not possible to reliably distinguish that case
automatically.
:return: string based on the specified format, or integer if ``fmt='e'``
:raise CheckbValueError: if ``fmt`` value is not supported
'''
fmt = fmt.lower()
supported_formats = [
'nvr', 'nevr', 'nvra', 'nevra', 'n', 'e', 'v', 'r', 'a'
]
if fmt not in supported_formats:
raise exc.CheckbValueError("Format '%s' not in supported formats "
"(%s)" %
(fmt, ', '.join(supported_formats)))
# add arch if not present
if not end_arch:
rpmstr += '.noarch'
# split rpmstr
nevra = hawkey.split_nevra(rpmstr)
# return simple fmt
if len(fmt) == 1:
return {
'n': nevra.name,
'e': nevra.epoch,
'v': nevra.version,
'r': nevra.release,
'a': nevra.arch
}[fmt]
# return complex fmt
evr = nevra.evr()
# supress epoch if appropriate
if 'e' not in fmt or nevra.epoch == 0:
evr = evr[evr.find(':') + 1:] # remove 'epoch:' from the beginning
result = '%s-%s' % (nevra.name, evr)
# append arch if requested
if 'a' in fmt:
result += '.' + nevra.arch
return result
def test_nevra_to_query(self):
nevra = hawkey.split_nevra("baby-6:5.0-11.x86_64")
q = nevra.to_query(self.sack)
self.assertLength(q, 1)
pkg = str(q[0])
self.assertEqual(pkg, "baby-6:5.0-11.x86_64")
def run(self, args):
if self.opts.help_cmd:
print(self.parser.format_help())
return
reponame = self.opts.py3query_repo
self.base_query = self.base.sack.query()
self.pkg_query = self.base_query.filter(reponame=reponame)
self.src_query = self.base_query.filter(reponame=reponame +
'-source').filter(arch=['src'])
# python_versions: {package: set of Python versions}
python_versions = collections.defaultdict(set)
# rpm_pydeps: {package: set of dep names}
rpm_pydeps = collections.defaultdict(set)
# dep_versions: {dep name: Python version}
dep_versions = collections.defaultdict(set)
for n, seeds in SEED_PACKAGES.items():
provides = sorted(self.all_provides(reponame, seeds), key=str)
# This effectively includes packages that still need
# Python 3.4 while Rawhide only provides Python 3.5
provides += sorted(seeds)
for dep in progressbar(provides,
'Getting py{} requires'.format(n)):
dep_versions[str(dep)] = n
for pkg in self.whatrequires(dep):
python_versions[pkg].add(n)
rpm_pydeps[pkg].add(str(dep))
# srpm_names: {package: srpm name}
# by_srpm_name: {srpm name: set of packages}
srpm_names = {}
by_srpm_name = collections.defaultdict(set)
for pkg in progressbar(python_versions.keys(), 'Getting SRPMs'):
srpm_name = hawkey.split_nevra(pkg.sourcerpm).name
srpm_names[pkg] = srpm_name
by_srpm_name[srpm_name].add(pkg)
# deps_of_pkg: {package: set of packages}
deps_of_pkg = collections.defaultdict(set)
all_provides = {
str(r): r
for p in python_versions for r in p.provides
if not str(r).startswith(PROVIDES_BLACKLIST)
}
for pkg in progressbar(sorted(python_versions.keys()),
'Getting requirements'):
reqs = set()
for provide in pkg.provides:
reqs.update(self.whatrequires(provide))
for req in reqs:
if req in python_versions.keys():
deps_of_pkg[req].add(pkg)
# deps_of_pkg: {srpm name: info}
json_output = dict()
for name in progressbar(by_srpm_name, 'Generating output'):
pkgs = sorted(by_srpm_name[name])
r = json_output[name] = {}
set_status(r, pkgs, python_versions)
r['rpms'] = {
format_rpm_name(p):
{str(d): dep_versions[d]
for d in rpm_pydeps[p]}
for p in pkgs
}
r['deps'] = sorted(
set(srpm_names[d] for p in pkgs
for d in deps_of_pkg.get(p, '') if srpm_names[d] != name))
# add Bugzilla links
if self.opts.fetch_bugzilla:
bar = iter(
progressbar(['connecting', 'tracker', 'individual'],
'Getting bugs'))
next(bar)
bz = bugzilla.RHBugzilla(BUGZILLA_URL)
next(bar)
include_fields = [
'id', 'depends_on', 'blocks', 'component', 'status',
'resolution'
]
trackers = bz.getbugs(TRACKER_BUG_IDS,
include_fields=include_fields)
all_ids = [b for t in trackers for b in t.depends_on]
next(bar)
bugs = bz.getbugs(all_ids, include_fields=include_fields)
bar.close()
def bug_namegetter(bug):
return '{bug.id} {bug.status} {bug.component}'.format(bug=bug)
for bug in progressbar(bugs,
'Merging bugs',
namegetter=bug_namegetter):
r = json_output.get(bug.component, {})
url = '{bug.weburl}#{bug.status}'.format(bug=bug)
status = bug.status
if bug.resolution:
status += ' ' + bug.resolution
r.setdefault('links', {})['bug'] = [bug.weburl, status]
inprogress_statuses = ('ASSIGNED', 'POST', 'MODIFIED', 'ON_QA')
inprogress_resolutions = ('CURRENTRELEASE', 'RAWHIDE',
'ERRATA', 'NEXTRELEASE')
if r.get('status') == 'idle' and bug.status != 'NEW':
r['status'] = 'in-progress'
elif r.get('status') == 'idle' and bug.status == 'NEW' and \
any(tb in bug.blocks for tb in MISPACKAGED_TRACKER_BUG_IDS):
r['status'] = "mispackaged"
r['note'] = ('There is a problem in Fedora packaging, ' +
'not necessarily with the software itself. ' +
'See the linked Fedora bug.')
# Print out output
if self.opts.output:
with open(self.opts.output, 'w') as f:
json.dump(json_output, f, indent=2, sort_keys=True)
else:
json.dump(json_output, sys.stdout, indent=2, sort_keys=True)
sys.stdout.flush()
def is_nevra(pattern):
try:
hawkey.split_nevra(pattern)
except hawkey.ValueException:
return False
return True
def get_srpm_name(pkg):
return hawkey.split_nevra(pkg.sourcerpm).name if pkg.sourcerpm else pkg.name