def testOriginMatcherSimple(self):
test_pkgs = set()
for pkg in self.cache:
if pkg.candidate and pkg.candidate.origins:
if [l.archive for l in pkg.candidate.origins
if l.archive == "xenial-security"]:
test_pkgs.add(pkg.name)
self.assertTrue(len(test_pkgs) > 0)
ul = UpdateList(None, dist="xenial")
for pkgname in test_pkgs:
pkg = self.cache[pkgname]
self.assertTrue(ul._is_security_update(pkg),
"pkg '%s' is not in xenial-security" % pkg.name)
def testOriginMatcherSimple(self):
test_pkgs = set()
for pkg in self.cache:
if pkg.candidate and pkg.candidate.origins:
if [l.archive for l in pkg.candidate.origins
if l.archive == "lucid-security"]:
test_pkgs.add(pkg.name)
self.assertTrue(len(test_pkgs) > 0)
ul = UpdateList(None, dist="lucid")
for pkgname in test_pkgs:
pkg = self.cache[pkgname]
self.assertTrue(ul._is_security_update(pkg),
"pkg '%s' is not in lucid-security" % pkg.name)
def testOriginMatcherWithVersionInUpdatesAndSecurity(self):
# empty dpkg status
self.cache.open(apt.progress.base.OpProgress())
# find test packages set
test_pkgs = set()
for pkg in self.cache:
# only test on native arch
if ":" in pkg.name:
continue
# check if the candidate origin is -updates (but not also
# -security, often packages are available in both)
if pkg.candidate is not None:
# ensure that the origin is not in -updates and -security
is_in_updates = False
is_in_security = False
had_security = False
for v in pkg.candidate.origins:
# test if the package is not in both updates and security
if v.archive == "xenial-updates":
is_in_updates = True
elif v.archive == "xenial-security":
is_in_security = True
# ensure that the package actually has any version in -security
for v in pkg.versions:
for (pkgfile, _unused) in v._cand.file_list:
o = apt.package.Origin(pkg, pkgfile)
if o.archive == "xenial-security":
had_security = True
break
if (is_in_updates and
not is_in_security and
had_security and
len(pkg._pkg.version_list) > 2):
test_pkgs.add(pkg.name)
self.assertTrue(len(test_pkgs) > 0,
"no suitable test package found that has a version in "
"both -security and -updates and where -updates is "
"newer")
# now test if versions in -security are detected
ul = UpdateList(None, dist="xenial")
for pkgname in test_pkgs:
pkg = self.cache[pkgname]
self.assertTrue(ul._is_security_update(pkg),
"package '%s' from xenial-updates contains also a "
"(not yet installed) security update, but it is "
"not labeled as such" % pkg.name)
# now check if it marks the version with -update if the -security
# version is installed
for pkgname in test_pkgs:
pkg = self.cache[pkgname]
# FIXME: make this more inteligent (picking the version from
# -security
sec_ver = pkg._pkg.version_list[1]
self.dpkg_status.write("Package: %s\n"
"Status: install ok installed\n"
"Installed-Size: 1\n"
"Version: %s\n"
"Architecture: all\n"
"Description: foo\n\n"
% (pkg.name, sec_ver.ver_str))
self.dpkg_status.flush()
self.cache.open()
for pkgname in test_pkgs:
pkg = self.cache[pkgname]
self.assertIsNotNone(pkg._pkg.current_ver,
"no package '%s' installed" % pkg.name)
candidate_version = getattr(pkg.candidate, "version", None)
self.assertFalse(ul._is_security_update(pkg),
"package '%s' (%s) from xenial-updates is "
"labelled as a security update even though we "
"have marked this version as installed already" %
(pkg.name, candidate_version))
def testOriginMatcherWithVersionInUpdatesAndSecurity(self):
# empty dpkg status
self.cache.open(apt.progress.base.OpProgress())
# find test packages set
test_pkgs = set()
for pkg in self.cache:
# only test on native arch
if ":" in pkg.name:
continue
# check if the candidate origin is -updates (but not also
# -security, often packages are available in both)
if pkg.candidate is not None:
# ensure that the origin is not -updates and -security
is_in_updates = False
is_in_security = False
for v in pkg.candidate.origins:
# test if the package is not in both updates and security
if v.archive == "lucid-updates":
is_in_updates = True
elif v.archive == "lucid-security":
is_in_security = True
if (is_in_updates and
not is_in_security and
len(pkg._pkg.version_list) > 2):
test_pkgs.add(pkg.name)
self.assertTrue(len(test_pkgs) > 0,
"no suitable test package found that has a version in "
"both -security and -updates and where -updates is "
"newer")
# now test if versions in -security are detected
ul = UpdateList(None, dist="lucid")
for pkgname in test_pkgs:
pkg = self.cache[pkgname]
self.assertTrue(ul._is_security_update(pkg),
"package '%s' from lucid-updates contains also a "
"(not yet installed) security updates, but it is "
"not labeled as such" % pkg.name)
# now check if it marks the version with -update if the -security
# version is installed
for pkgname in test_pkgs:
pkg = self.cache[pkgname]
# FIXME: make this more inteligent (picking the versin from
# -security
sec_ver = pkg._pkg.version_list[1]
self.dpkg_status.write("Package: %s\n"
"Status: install ok installed\n"
"Installed-Size: 1\n"
"Version: %s\n"
"Architecture: all\n"
"Description: foo\n\n"
% (pkg.name, sec_ver.ver_str))
self.dpkg_status.flush()
self.cache.open()
for pkgname in test_pkgs:
pkg = self.cache[pkgname]
self.assertIsNotNone(pkg._pkg.current_ver,
"no package '%s' installed" % pkg.name)
candidate_version = getattr(pkg.candidate, "version", None)
self.assertFalse(ul._is_security_update(pkg),
"package '%s' (%s) from lucid-updates is "
"labelled as a security update even though we "
"have marked this version as installed already" %
(pkg.name, candidate_version))
