def test_install_by_provides(self):
""" Test the package to be installed can be specified by provide. """
self.yumbase.install("henry(the_horse)")
self.assertGreater(self.yumbase._goal.req_length(), 0)
trampoline = available_by_name(self.yumbase.sack, "trampoline")
new_set = self.installed + trampoline
self.assertResult(self.yumbase, new_set)
def test_distro_sync(self):
self.yumbase.distro_sync()
self.assertIn(rpm.RPMPROB_FILTER_OLDPACKAGE, self.yumbase.rpm_probfilter)
packages = support.installed_but(self.sack, "pepper", "librita").run()
packages.extend(available_by_name(self.sack, ["pepper", "librita"]))
packages.extend(installed_by_nevra(self.sack, "librita-1-1.i686"))
self.assertResult(self.yumbase, packages)
def test_update_all(self):
""" Update all you can. """
yumbase = base.mock_yum_base("main", "updates")
sack = yumbase.sack
ret = yumbase.update()
expected = available_by_name(sack, "pepper", latest_only=True)
self.assertItemsEqual((txmem.po for txmem in ret), expected)
def test_update_all(self):
""" Update all you can. """
yumbase = base.mock_yum_base("main", "updates")
sack = yumbase.sack
ret = yumbase.update()
expected = available_by_name(sack, "pepper", latest_only=True)
self.assertItemsEqual((txmem.po for txmem in ret), expected)
def test_install(self):
""" Installing a package existing in multiple architectures attempts
installing all of them.
"""
cnt = self.yumbase.install("lotus")
self.assertEqual(cnt, 2)
new_set = self.installed + available_by_name(self.yumbase.sack, "lotus")
self.assertResult(self.yumbase, new_set)
def test_install(self):
""" Simple install. """
self.yumbase.install("mrkite")
expected = available_by_name(self.yumbase.sack, ["mrkite", "trampoline"])
# ensure sanity of the test (otherwise it would pass no matter what):
self.assertEqual(len(expected), 2)
new_set = dnf.queries.installed(self.yumbase.sack) + expected
self.assertResult(self.yumbase, new_set)
def test_install_glob(self):
self.yumbase.install("mrkite*")
new_set = self.installed + available_by_name(self.yumbase.sack, "mrkite*")
installed, removed = self.installed_removed(self.yumbase)
self.assertItemsEqual(map(str, installed),
['mrkite-2-0.x86_64',
'mrkite-k-h-1-1.x86_64',
'trampoline-2.1-1.noarch'])
def test_update_local(self):
yumbase = support.MockYumBase()
sack = yumbase.sack
cnt = yumbase.update_local(support.TOUR_51_PKG_PATH)
self.assertEqual(cnt, 1)
new_pkg = available_by_name(sack, "tour")[0]
new_set = support.installed_but(yumbase.sack, "tour") + [new_pkg]
self.assertResult(yumbase, new_set)
def pkgtup2pid_test(self):
""" Check pkg2pid() correctly delegates to _*2pid()s. """
hpkg = dnf.yum.history.YumHistoryPackage("n", "a", "e", "v", "r")
with mock.patch.object(self.history, "_hpkg2pid") as hpkg2pid:
self.history.pkg2pid(hpkg)
hpkg2pid.assert_called_with(hpkg, True)
ipkg = installed_by_name(self.sack, "pepper")[0]
with mock.patch.object(self.history, "_ipkg2pid") as ipkg2pid:
self.history.pkg2pid(ipkg)
ipkg2pid.assert_called_with(ipkg, True)
apkg = available_by_name(self.sack, "lotus")[0]
with mock.patch.object(self.history, "_apkg2pid") as apkg2pid:
self.history.pkg2pid(apkg)
apkg2pid.assert_called_with(apkg, True)
def test_install_nevra(self):
self.yumbase.install("lotus-3-16.i686")
available = available_by_name(self.yumbase.sack, "lotus", get_query=True)
lotus = available.filter(arch="i686")[0]
new_set = dnf.queries.installed(self.yumbase.sack) + [lotus]
self.assertResult(self.yumbase, new_set)
