def test_cmp_by_priority_prefer_installed_multi_repositories(self):
"""
Check packages from multiple repositories are sorted accordingt to
repository priority.
"""
numpy_1_6_0 = P("numpy-1.6.0")
numpy_1_6_1 = P("numpy-1.6.1")
numpy_1_7_0 = P("numpy-1.7.0")
i_numpy_1_6_0 = P("numpy-1.6.0")
remote_repository = Repository([numpy_1_7_0, numpy_1_6_1, numpy_1_6_0],
"remote")
installed_repository = Repository([i_numpy_1_6_0], "installed")
r_sorted_packages = [
i_numpy_1_6_0, numpy_1_7_0, numpy_1_6_1, numpy_1_6_0
]
pool = Pool([installed_repository, remote_repository])
pool.set_repository_order("installed", "remote")
policy = DefaultPolicy()
queue = [numpy_1_7_0, i_numpy_1_6_0, numpy_1_6_0, numpy_1_6_1]
def _cmp(a, b):
return policy.cmp_by_priority_prefer_installed(pool, {}, a, b)
self.assertEqual(r_sorted_packages, sorted_with_cmp(queue, cmp=_cmp))
def setUp(self):
repo = Repository([mkl_10_1_0, mkl_10_2_0, mkl_10_3_0, mkl_11_0_0, numpy_1_6_0,
numpy_1_6_0, numpy_1_6_1, numpy_1_7_0])
pool = Pool()
pool.add_repository(repo)
self.pool = pool
def test_simple2(self):
repo = Repository([self.mkl_10_1_0, self.mkl_10_2_0])
pool = Pool([repo])
self.assertEqual(self.mkl_10_1_0, pool.package_by_id(self.mkl_10_1_0.id))
self.assertEqual(self.mkl_10_2_0, pool.package_by_id(self.mkl_10_2_0.id))
self.assertRaises(MissingPackageInfoInPool, lambda: pool.package_by_id(self.mkl_10_3_0.id))
def test_package_by_id_simple(self):
repo = Repository([self.mkl_10_1_0, self.mkl_10_2_0])
pool = Pool()
pool.add_repository(repo)
self.assertEqual(self.mkl_10_1_0, pool.package_by_id(self.mkl_10_1_0.id))
self.assertEqual(self.mkl_10_2_0, pool.package_by_id(self.mkl_10_2_0.id))
def setUp(self):
repo = Repository(
[mkl_10_1_0, mkl_10_2_0, mkl_10_3_0, mkl_11_0_0, numpy_1_6_0])
pool = Pool()
pool.add_repository(repo)
self.pool = pool
def test_complex_scenario_1(self):
repo = Repository([mkl_10_1_0, mkl_10_2_0, mkl_10_3_0, mkl_11_0_0,
numpy_1_6_0, numpy_1_6_1, numpy_1_7_0, scipy_0_11_0, scipy_0_12_0])
pool = Pool()
pool.add_repository(repo)
r_rules = set()
r_rules.add(PackageRule.from_string("scipy-0.11.0 | scipy-0.12.0", pool))
r_rules.add(PackageRule.from_string("-scipy-0.11.0 | -scipy-0.12.0", pool))
r_rules.add(PackageRule.from_string(
"-scipy-0.11.0 | numpy-1.6.0 | numpy-1.6.1 | numpy-1.7.0",
pool))
r_rules.add(PackageRule.from_string(
"-scipy-0.12.0 | numpy-1.6.0 | numpy-1.6.1 | numpy-1.7.0",
pool))
r_rules.add(PackageRule.from_string("-numpy-1.7.0 | -numpy-1.6.1", pool))
r_rules.add(PackageRule.from_string("-numpy-1.7.0 | -numpy-1.6.0", pool))
r_rules.add(PackageRule.from_string("-numpy-1.6.0 | -numpy-1.6.1", pool))
r_rules.add(PackageRule.from_string(
"-numpy-1.7.0 | mkl-10.1.0 | mkl-10.2.0 | mkl-10.3.0 | mkl-11.0.0", pool))
r_rules.add(PackageRule.from_string(
"-numpy-1.6.1 | mkl-10.1.0 | mkl-10.2.0 | mkl-10.3.0 | mkl-11.0.0", pool))
r_rules.add(PackageRule.from_string(
"-numpy-1.6.0 | mkl-10.1.0 | mkl-10.2.0 | mkl-10.3.0 | mkl-11.0.0", pool))
r_rules.add(PackageRule.from_string("-mkl-10.1.0 | -mkl-10.2.0", pool))
r_rules.add(PackageRule.from_string("-mkl-10.1.0 | -mkl-10.3.0", pool))
r_rules.add(PackageRule.from_string("-mkl-10.1.0 | -mkl-11.0.0", pool))
r_rules.add(PackageRule.from_string("-mkl-10.2.0 | -mkl-10.3.0", pool))
r_rules.add(PackageRule.from_string("-mkl-10.2.0 | -mkl-11.0.0", pool))
r_rules.add(PackageRule.from_string("-mkl-10.3.0 | -mkl-11.0.0", pool))
self.assertEqual(r_rules,
set(create_install_rules(pool, R("scipy"))))
def test_literal_to_string(self):
pool = Pool([Repository([self.mkl_10_1_0, self.mkl_10_2_0])])
self.assertEqual(pool.id_to_string(self.mkl_10_2_0.id),
"+mkl-10.2.0")
self.assertEqual(pool.id_to_string(-self.mkl_10_1_0.id),
"-mkl-10.1.0")
def test_what_provides_direct_only(self):
repo1 = Repository([self.nomkl_numpy_1_7_0])
pool = Pool()
pool.add_repository(repo1)
self.assertEqual(set(pool.what_provides(R("numpy"))),
set([self.nomkl_numpy_1_7_0]))
def setUp(self):
self.mkl_10_1_0 = P("mkl-10.1.0")
self.mkl_10_2_0 = P("mkl-10.2.0")
self.mkl_10_3_0 = P("mkl-10.3.0")
self.mkl_11_0_0 = P("mkl-11.0.0")
self.numpy_1_6_0 = P("numpy-1.6.0; depends (mkl)")
self.numpy_1_6_1 = P("numpy-1.6.1; depends (mkl)")
self.numpy_1_7_0 = P("numpy-1.7.0; depends (mkl)")
self.nomkl_numpy_1_6_0 = P(
"nomkl_numpy-1.6.0; provides(numpy == 1.6.0)")
self.nomkl_numpy_1_6_1 = P(
"nomkl_numpy-1.6.1; provides(numpy == 1.6.1)")
self.nomkl_numpy_1_7_0 = P(
"nomkl_numpy-1.7.0; provides(numpy == 1.7.0)")
self.mkl_numpy_1_6_1 = P(
"mkl_numpy-1.6.1; provides(numpy == 1.6.1); depends (mkl)")
self.mkl_numpy_1_7_0 = P(
"mkl_numpy-1.7.0; provides(numpy == 1.7.0); depends (mkl)")
self.scipy_0_11_0 = P("scipy-0.11.0; depends (numpy >= 1.4.0)")
self.scipy_0_12_0 = P("scipy-0.12.0; depends (numpy >= 1.4.0)")
self.matplotlib_1_2_0 = P("matplotlib-1.2.0; depends (numpy >= 1.6.0)")
repo = Repository([
self.mkl_10_1_0, self.mkl_10_2_0, self.mkl_10_3_0, self.mkl_11_0_0,
self.numpy_1_6_0
])
pool = Pool()
pool.add_repository(repo)
self.pool = pool
def test_matches(self):
pool = Pool()
self.assertEqual(pool.matches(self.mkl_10_1_0, R("mkl")), MATCH)
self.assertEqual(pool.matches(self.mkl_10_1_0, R("mkl >= 10.2.0")), MATCH_NAME)
self.assertEqual(pool.matches(self.mkl_10_1_0, R("numpy")), False)
self.assertEqual(pool.matches(self.nomkl_numpy_1_7_0, R("numpy")), MATCH_PROVIDE)
def test_multiple_install_provides(self):
# Installed requirement has > 1 one provide
repo = Repository([
mkl_10_1_0, mkl_10_2_0, mkl_10_3_0, mkl_11_0_0, numpy_1_6_1,
numpy_1_7_0
])
pool = Pool()
pool.add_repository(repo)
r_rules = set()
r_rules.add(PackageRule.from_string("numpy-1.7.0 | numpy-1.6.1", pool))
r_rules.add(
PackageRule.from_string("-numpy-1.7.0 | -numpy-1.6.1", pool))
r_rules.add(
PackageRule.from_string(
"-numpy-1.7.0 | mkl-10.1.0 | mkl-10.2.0 | mkl-10.3.0 | mkl-11.0.0",
pool))
r_rules.add(
PackageRule.from_string(
"-numpy-1.6.1 | mkl-10.1.0 | mkl-10.2.0 | mkl-10.3.0 | mkl-11.0.0",
pool))
r_rules.add(PackageRule.from_string("-mkl-10.1.0 | -mkl-10.2.0", pool))
r_rules.add(PackageRule.from_string("-mkl-10.1.0 | -mkl-10.3.0", pool))
r_rules.add(PackageRule.from_string("-mkl-10.1.0 | -mkl-11.0.0", pool))
r_rules.add(PackageRule.from_string("-mkl-10.2.0 | -mkl-10.3.0", pool))
r_rules.add(PackageRule.from_string("-mkl-10.2.0 | -mkl-11.0.0", pool))
r_rules.add(PackageRule.from_string("-mkl-10.3.0 | -mkl-11.0.0", pool))
self.assertEqual(r_rules, set(create_install_rules(pool, R("numpy"))))
def test_multiple_provided_names_single_install_provide(self):
# Installed requirement has 1 one provide, but multiple provides for
# the same name are available in the pool
repo = Repository([
mkl_10_1_0, mkl_10_2_0, mkl_10_3_0, mkl_11_0_0, numpy_1_6_1,
numpy_1_7_0
])
pool = Pool()
pool.add_repository(repo)
r_rules = set()
r_rules.add(PackageRule.from_string("numpy-1.7.0", pool))
r_rules.add(
PackageRule.from_string("-numpy-1.7.0 | -numpy-1.6.1", pool))
r_rules.add(
PackageRule.from_string(
"-numpy-1.7.0 | mkl-10.1.0 | mkl-10.2.0 | mkl-10.3.0 | mkl-11.0.0",
pool))
r_rules.add(PackageRule.from_string("-mkl-10.1.0 | -mkl-10.2.0", pool))
r_rules.add(PackageRule.from_string("-mkl-10.1.0 | -mkl-10.3.0", pool))
r_rules.add(PackageRule.from_string("-mkl-10.1.0 | -mkl-11.0.0", pool))
r_rules.add(PackageRule.from_string("-mkl-10.2.0 | -mkl-10.3.0", pool))
r_rules.add(PackageRule.from_string("-mkl-10.2.0 | -mkl-11.0.0", pool))
r_rules.add(PackageRule.from_string("-mkl-10.3.0 | -mkl-11.0.0", pool))
self.assertEqual(r_rules,
set(create_install_rules(pool, R("numpy == 1.7.0"))))
def test_what_provides_replaces(self):
scikit_learn = P("scikit_learn-0.12.0")
sklearn = P("sklearn-0.13.0; replaces (scikit_learn==0.12.0)")
pool = Pool([Repository([scikit_learn, sklearn])])
self.assertEqual(set(pool.what_provides(R("sklearn"))), set([sklearn]))
self.assertEqual(set(pool.what_provides(R("scikit_learn"))), set([sklearn, scikit_learn]))
def setUp(self):
self.mkl_10_1_0 = P("mkl-10.1.0")
self.mkl_10_2_0 = P("mkl-10.2.0")
self.mkl_10_3_0 = P("mkl-10.3.0")
self.mkl_11_0_0 = P("mkl-11.0.0")
self.numpy_1_6_0 = P("numpy-1.6.0; depends (mkl)")
self.numpy_1_6_1 = P("numpy-1.6.1; depends (mkl)")
self.numpy_1_7_0 = P("numpy-1.7.0; depends (mkl)")
self.nomkl_numpy_1_6_0 = P("nomkl_numpy-1.6.0; provides(numpy == 1.6.0)")
self.nomkl_numpy_1_6_1 = P("nomkl_numpy-1.6.1; provides(numpy == 1.6.1)")
self.nomkl_numpy_1_7_0 = P("nomkl_numpy-1.7.0; provides(numpy == 1.7.0)")
self.mkl_numpy_1_6_1 = P("mkl_numpy-1.6.1; provides(numpy == 1.6.1); depends (mkl)")
self.mkl_numpy_1_7_0 = P("mkl_numpy-1.7.0; provides(numpy == 1.7.0); depends (mkl)")
self.scipy_0_11_0 = P("scipy-0.11.0; depends (numpy >= 1.4.0)")
self.scipy_0_12_0 = P("scipy-0.12.0; depends (numpy >= 1.4.0)")
self.matplotlib_1_2_0 = P("matplotlib-1.2.0; depends (numpy >= 1.6.0)")
repo = Repository([self.mkl_10_1_0, self.mkl_10_2_0, self.mkl_10_3_0,
self.mkl_11_0_0, self.numpy_1_6_0])
pool = Pool()
pool.add_repository(repo)
self.pool = pool
def test_what_provides_replaces(self):
scikit_learn = P("scikit_learn-0.12.0")
sklearn = P("sklearn-0.13.0; replaces (scikit_learn==0.12.0)")
pool = Pool([Repository([scikit_learn, sklearn])])
self.assertEqual(set(pool.what_provides(R("sklearn"))), set([sklearn]))
self.assertEqual(set(pool.what_provides(R("scikit_learn"))),
set([sklearn, scikit_learn]))
def test_simple(self):
repo1 = Repository([mkl_10_1_0, mkl_10_2_0])
pool = Pool()
pool.add_repository(repo1)
self.assertEqual(mkl_10_1_0, pool.package_by_id(mkl_10_1_0.id))
self.assertEqual(mkl_10_2_0, pool.package_by_id(mkl_10_2_0.id))
self.assertRaises(MissingPackageInPool, lambda: pool.package_by_id(mkl_10_3_0.id))
def test_priority_not_registered(self):
repo = Repository()
pool = Pool()
self.assertRaises(DepSolverError,
lambda: pool.repository_priority(repo))
self.assertRaises(DepSolverError,
lambda: pool.set_repository_order(repo, "dummy"))
def test_simple2(self):
repo = Repository([mkl_10_1_0, mkl_10_2_0])
pool = Pool([repo])
self.assertEqual(mkl_10_1_0, pool.package_by_id(mkl_10_1_0.id))
self.assertEqual(mkl_10_2_0, pool.package_by_id(mkl_10_2_0.id))
self.assertRaises(MissingPackageInPool,
lambda: pool.package_by_id(mkl_10_3_0.id))
def test_simple_provided(self):
r_operations = [Install(nomkl_numpy_1_7_0), Install(scipy_0_11_0)]
repo = Repository([mkl_11_0_0, scipy_0_11_0, nomkl_numpy_1_7_0])
pool = Pool()
pool.add_repository(repo)
installed_repo = Repository()
operations = solve(pool, R("scipy"), installed_repo, policy)
self.assertEqual(operations, r_operations)
def test_simple(self):
r_id = [1, 2]
repo1 = Repository(packages=[self.mkl_10_1_0, self.mkl_10_2_0])
pool = Pool()
pool.add_repository(repo1)
self.assertEqual(self.mkl_10_1_0.id, r_id[0])
self.assertEqual(self.mkl_10_2_0.id, r_id[1])
self.assertRaises(MissingPackageInfoInPool, lambda: pool.package_by_id(self.mkl_10_3_0.id))
def test_no_install(self):
"""Ensure the most up-to-date version is installed when directly installed."""
repo = Repository([mkl_10_1_0, mkl_10_2_0, mkl_10_3_0, mkl_11_0_0])
pool = Pool()
pool.add_repository(repo)
installed_repo = Repository()
operations = solve(pool, R("mkl"), installed_repo, policy)
self.assertEqual(operations, [Install(mkl_11_0_0)])
def test_simple(self):
"""Numpy depends on MKL, one version of NumPy only."""
repo = Repository([mkl_10_2_0, mkl_10_3_0, mkl_11_0_0, numpy_1_6_0])
pool = Pool()
pool.add_repository(repo)
installed_repo = Repository()
operations = solve(pool, R("numpy"), installed_repo, policy)
self.assertEqual(operations, [Install(mkl_11_0_0), Install(numpy_1_6_0)])
def test_simple(self):
"""Numpy depends on MKL, one version of NumPy only."""
repo = Repository([mkl_10_2_0, mkl_10_3_0, mkl_11_0_0, numpy_1_6_0])
pool = Pool()
pool.add_repository(repo)
installed_repo = Repository()
operations = solve(pool, R("numpy"), installed_repo, policy)
self.assertEqual(operations, [Install(mkl_11_0_0), Install(numpy_1_6_0)])
def test_simple2(self):
"""Numpy depends on MKL, ensure we install the most up-to-date version."""
repo = Repository([mkl_10_2_0, mkl_10_3_0, mkl_11_0_0, numpy_1_6_0, numpy_1_7_0])
pool = Pool()
pool.add_repository(repo)
installed_repo = Repository()
operations = solve(pool, R("numpy"), installed_repo, policy)
self.assertEqual(operations, [Install(mkl_11_0_0), Install(numpy_1_7_0)])
def test_simple2(self):
"""Numpy depends on MKL, ensure we install the most up-to-date version."""
repo = Repository([mkl_10_2_0, mkl_10_3_0, mkl_11_0_0, numpy_1_6_0, numpy_1_7_0])
pool = Pool()
pool.add_repository(repo)
installed_repo = Repository()
operations = solve(pool, R("numpy"), installed_repo, policy)
self.assertEqual(operations, [Install(mkl_11_0_0), Install(numpy_1_7_0)])
def test_dependency_already_provided_but_older(self):
"""Numpy depends on MKL, older MKL already installed."""
repo = Repository([mkl_10_2_0, mkl_10_3_0, mkl_11_0_0, numpy_1_6_0, numpy_1_7_0])
pool = Pool()
pool.add_repository(repo)
installed_repo = Repository([mkl_10_3_0])
operations = solve(pool, R("numpy"), installed_repo, policy)
self.assertEqual(operations, [Install(numpy_1_7_0)])
def test_simple_provided(self):
r_operations = [Install(nomkl_numpy_1_7_0), Install(scipy_0_11_0)]
repo = Repository([mkl_11_0_0, scipy_0_11_0, nomkl_numpy_1_7_0])
pool = Pool()
pool.add_repository(repo)
installed_repo = Repository()
operations = solve(pool, R("scipy"), installed_repo, policy)
self.assertEqual(operations, r_operations)
def test_no_install(self):
"""Ensure the most up-to-date version is installed when directly installed."""
repo = Repository([mkl_10_1_0, mkl_10_2_0, mkl_10_3_0, mkl_11_0_0])
pool = Pool()
pool.add_repository(repo)
installed_repo = Repository()
operations = solve(pool, R("mkl"), installed_repo, policy)
self.assertEqual(operations, [Install(mkl_11_0_0)])
def test_dependency_already_provided_but_older(self):
"""Numpy depends on MKL, older MKL already installed."""
repo = Repository([mkl_10_2_0, mkl_10_3_0, mkl_11_0_0, numpy_1_6_0, numpy_1_7_0])
pool = Pool()
pool.add_repository(repo)
installed_repo = Repository([mkl_10_3_0])
operations = solve(pool, R("numpy"), installed_repo, policy)
self.assertEqual(operations, [Install(numpy_1_7_0)])
def test_simple(self):
r_id = [1, 2]
repo1 = Repository(packages=[self.mkl_10_1_0, self.mkl_10_2_0])
pool = Pool()
pool.add_repository(repo1)
self.assertEqual(self.mkl_10_1_0.id, r_id[0])
self.assertEqual(self.mkl_10_2_0.id, r_id[1])
self.assertRaises(MissingPackageInfoInPool,
lambda: pool.package_by_id(self.mkl_10_3_0.id))
def test_simple(self):
"""Ensure the policy returns the highest version across a set of
packages with the same name."""
r_candidates = [mkl_10_3_0.id, mkl_11_0_0.id]
repository = Repository([mkl_10_3_0, mkl_11_0_0])
pool = Pool()
pool.add_repository(repository)
policy = DefaultPolicy()
candidates = policy.prefered_package_ids(pool, {}, r_candidates)
self.assertEqual(list(candidates), [mkl_11_0_0.id])
def test_already_satisfied(self):
"""Ensure we don't install a more recent version when the requirement
is already satisfied."""
repo = Repository([mkl_10_1_0, mkl_10_2_0, mkl_10_3_0, mkl_11_0_0])
pool = Pool()
pool.add_repository(repo)
installed_repo = Repository()
installed_repo.add_package(mkl_10_2_0)
operations = solve(pool, R("mkl"), installed_repo, policy)
self.assertEqual(operations, [])
def test_already_installed_but_not_satisfied(self):
"""Ensure we update to the most recent version when the requirement
is not already satisfied."""
repo = Repository([mkl_10_1_0, mkl_10_2_0, mkl_10_3_0, mkl_11_0_0])
pool = Pool()
pool.add_repository(repo)
installed_repo = Repository()
installed_repo.add_package(mkl_10_2_0)
operations = solve(pool, R("mkl >= 10.3.0"), installed_repo, policy)
self.assertEqual(operations, [Update(mkl_10_2_0, mkl_11_0_0)])
def test_already_installed_but_not_satisfied(self):
"""Ensure we update to the most recent version when the requirement
is not already satisfied."""
repo = Repository([mkl_10_1_0, mkl_10_2_0, mkl_10_3_0, mkl_11_0_0])
pool = Pool()
pool.add_repository(repo)
installed_repo = Repository()
installed_repo.add_package(mkl_10_2_0)
operations = solve(pool, R("mkl >= 10.3.0"), installed_repo, policy)
self.assertEqual(operations, [Update(mkl_10_2_0, mkl_11_0_0)])
def test_already_satisfied(self):
"""Ensure we don't install a more recent version when the requirement
is already satisfied."""
repo = Repository([mkl_10_1_0, mkl_10_2_0, mkl_10_3_0, mkl_11_0_0])
pool = Pool()
pool.add_repository(repo)
installed_repo = Repository()
installed_repo.add_package(mkl_10_2_0)
operations = solve(pool, R("mkl"), installed_repo, policy)
self.assertEqual(operations, [])
def setUp(self):
self.mkl_10_1_0 = P("mkl-10.1.0")
self.mkl_10_2_0 = P("mkl-10.2.0")
self.mkl_10_3_0 = P("mkl-10.3.0")
self.mkl_11_0_0 = P("mkl-11.0.0")
self.numpy_1_6_0 = P("numpy-1.6.0; depends (mkl)")
repo = Repository([self.mkl_10_1_0, self.mkl_10_2_0, self.mkl_10_3_0,
self.mkl_11_0_0, self.numpy_1_6_0])
pool = Pool()
pool.add_repository(repo)
self.pool = pool
def test_simple_fulfilled_installed(self):
"""Ensure the policy returns the installed version first if it fulfills
the requirement, even if higher versions are available."""
r_candidates = [mkl_10_3_0.id, mkl_11_0_0.id]
repository = Repository([mkl_10_3_0, mkl_11_0_0])
pool = Pool()
pool.add_repository(repository)
policy = DefaultPolicy()
candidates = policy.prefered_package_ids(pool,
{mkl_10_3_0.id: mkl_10_3_0},
r_candidates)
self.assertEqual(list(candidates), [mkl_10_3_0.id, mkl_11_0_0.id])
def test_priority_simple(self):
paid_repo = Repository([
self.mkl_10_1_0,
self.mkl_10_2_0,
self.mkl_10_3_0,
self.mkl_11_0_0,
self.numpy_1_6_0,
self.numpy_1_7_0,
], name="paid")
free_repo = Repository([self.nomkl_numpy_1_7_0], "free")
pool = Pool([paid_repo, free_repo])
pool.set_repository_order("free", before="paid")
self.assertEqual(pool.repository_priority(paid_repo), 0)
self.assertEqual(pool.repository_priority(free_repo), -1)
def test_priority_simple(self):
paid_repo = Repository([
self.mkl_10_1_0,
self.mkl_10_2_0,
self.mkl_10_3_0,
self.mkl_11_0_0,
self.numpy_1_6_0,
self.numpy_1_7_0,
],
name="paid")
free_repo = Repository([self.nomkl_numpy_1_7_0], "free")
pool = Pool([paid_repo, free_repo])
pool.set_repository_order("free", before="paid")
self.assertEqual(pool.repository_priority(paid_repo), 0)
self.assertEqual(pool.repository_priority(free_repo), -1)
def test_simple(self):
r_operations = [Install(mkl_11_0_0), Install(numpy_1_7_0),
Install(scipy_0_12_0)]
repo = Repository([mkl_10_3_0, mkl_11_0_0, numpy_1_6_0, numpy_1_6_1,
numpy_1_7_0, scipy_0_12_0])
pool = Pool()
pool.add_repository(repo)
installed_repo = Repository()
req = R("scipy")
operations = solve(pool, req, installed_repo, policy)
self.assertEqual(operations, r_operations)
def test_simple(self):
r_operations = [Install(mkl_11_0_0), Install(numpy_1_7_0),
Install(scipy_0_12_0)]
repo = Repository([mkl_10_3_0, mkl_11_0_0, numpy_1_6_0, numpy_1_6_1,
numpy_1_7_0, scipy_0_12_0])
pool = Pool()
pool.add_repository(repo)
installed_repo = Repository()
req = R("scipy")
operations = solve(pool, req, installed_repo, policy)
self.assertEqual(operations, r_operations)
def setUp(self):
self.mkl_10_1_0 = P("mkl-10.1.0")
self.mkl_10_2_0 = P("mkl-10.2.0")
self.mkl_10_3_0 = P("mkl-10.3.0")
self.mkl_11_0_0 = P("mkl-11.0.0")
self.numpy_1_6_0 = P("numpy-1.6.0; depends (mkl)")
repo = Repository([
self.mkl_10_1_0, self.mkl_10_2_0, self.mkl_10_3_0, self.mkl_11_0_0,
self.numpy_1_6_0
])
pool = Pool()
pool.add_repository(repo)
self.pool = pool
def test_complex_scenario_1(self):
repo = Repository([
mkl_10_1_0, mkl_10_2_0, mkl_10_3_0, mkl_11_0_0, numpy_1_6_0,
numpy_1_6_1, numpy_1_7_0, scipy_0_11_0, scipy_0_12_0
])
pool = Pool()
pool.add_repository(repo)
r_rules = set()
r_rules.add(
PackageRule.from_string("scipy-0.11.0 | scipy-0.12.0", pool))
r_rules.add(
PackageRule.from_string("-scipy-0.11.0 | -scipy-0.12.0", pool))
r_rules.add(
PackageRule.from_string(
"-scipy-0.11.0 | numpy-1.6.0 | numpy-1.6.1 | numpy-1.7.0",
pool))
r_rules.add(
PackageRule.from_string(
"-scipy-0.12.0 | numpy-1.6.0 | numpy-1.6.1 | numpy-1.7.0",
pool))
r_rules.add(
PackageRule.from_string("-numpy-1.7.0 | -numpy-1.6.1", pool))
r_rules.add(
PackageRule.from_string("-numpy-1.7.0 | -numpy-1.6.0", pool))
r_rules.add(
PackageRule.from_string("-numpy-1.6.0 | -numpy-1.6.1", pool))
r_rules.add(
PackageRule.from_string(
"-numpy-1.7.0 | mkl-10.1.0 | mkl-10.2.0 | mkl-10.3.0 | mkl-11.0.0",
pool))
r_rules.add(
PackageRule.from_string(
"-numpy-1.6.1 | mkl-10.1.0 | mkl-10.2.0 | mkl-10.3.0 | mkl-11.0.0",
pool))
r_rules.add(
PackageRule.from_string(
"-numpy-1.6.0 | mkl-10.1.0 | mkl-10.2.0 | mkl-10.3.0 | mkl-11.0.0",
pool))
r_rules.add(PackageRule.from_string("-mkl-10.1.0 | -mkl-10.2.0", pool))
r_rules.add(PackageRule.from_string("-mkl-10.1.0 | -mkl-10.3.0", pool))
r_rules.add(PackageRule.from_string("-mkl-10.1.0 | -mkl-11.0.0", pool))
r_rules.add(PackageRule.from_string("-mkl-10.2.0 | -mkl-10.3.0", pool))
r_rules.add(PackageRule.from_string("-mkl-10.2.0 | -mkl-11.0.0", pool))
r_rules.add(PackageRule.from_string("-mkl-10.3.0 | -mkl-11.0.0", pool))
self.assertEqual(r_rules, set(create_install_rules(pool, R("scipy"))))
def test_what_provides_simple(self):
repo1 = Repository([self.numpy_1_6_0, self.numpy_1_7_0])
pool = Pool()
pool.add_repository(repo1)
self.assertEqual(set(pool.what_provides(R("numpy"))), set([self.numpy_1_6_0, self.numpy_1_7_0]))
self.assertEqual(pool.what_provides(R("numpy >= 1.6.1")), [self.numpy_1_7_0])
repo1 = Repository([self.nomkl_numpy_1_7_0])
pool = Pool()
pool.add_repository(repo1)
self.assertEqual(pool.what_provides(R("numpy")), [self.nomkl_numpy_1_7_0])
def test_simple_fulfilled_installed(self):
"""Ensure the policy returns the installed version first if it fulfills
the requirement, even if higher versions are available."""
mkl_10_4_0 = P("mkl-10.4.0")
remote_repository = Repository([self.mkl_10_3_0, self.mkl_11_0_0], "remote")
installed_repository = Repository([mkl_10_4_0], "installed")
pool = Pool([installed_repository, remote_repository])
pool.set_repository_order("installed", "remote")
policy = DefaultPolicy()
queue = [p.id for p in [mkl_10_4_0, self.mkl_10_3_0, self.mkl_11_0_0]]
candidates = policy.select_preferred_packages(pool, {}, queue)
self.assertEqual(list(candidates), [self.mkl_11_0_0.id])
candidates = policy.select_preferred_packages(pool, {mkl_10_4_0.id: True}, queue)
self.assertEqual(list(candidates), [mkl_10_4_0.id, self.mkl_11_0_0.id])
def test_already_installed_indirect_provided(self):
# Installed requirement has one dependency with multiple provides for
# the same name available in the pool, one of which is already
# installed. Here: scipy depends on numpy, nomkl_numpy is also
# available and already installed
repo = Repository([mkl_11_0_0, nomkl_numpy_1_7_0, numpy_1_7_0, scipy_0_11_0])
pool = Pool()
pool.add_repository(repo)
r_rules = set()
r_rules.add(PackageRule.from_string("scipy-0.11.0", pool))
r_rules.add(PackageRule.from_string("-scipy-0.11.0 | numpy-1.7.0 | nomkl_numpy-1.7.0", pool))
r_rules.add(PackageRule.from_string("-numpy-1.7.0 | -nomkl_numpy-1.7.0", pool))
r_rules.add(PackageRule.from_string(
"-numpy-1.7.0 | mkl-11.0.0", pool))
self.assertEqual(r_rules,
set(create_install_rules(pool, R("scipy"))))
def test_simple(self):
"""Ensure the policy returns the highest version across a set of
packages with the same name."""
pool = Pool([Repository([self.mkl_10_3_0, self.mkl_11_0_0])])
policy = DefaultPolicy()
queue = [self.mkl_10_3_0.id, self.mkl_11_0_0.id]
candidates = policy.select_preferred_packages(pool, {}, queue)
self.assertEqual(list(candidates), [self.mkl_11_0_0.id])
def test_create_install_rules_simple_dependency(self):
# Installed requirement has only one provide
repo = Repository([mkl_10_1_0, mkl_10_2_0, mkl_10_3_0, mkl_11_0_0, numpy_1_7_0])
pool = Pool()
pool.add_repository(repo)
r_rules = set()
r_rules.add(PackageRule.from_string("numpy-1.7.0", pool))
r_rules.add(PackageRule.from_string(
"-numpy-1.7.0 | mkl-10.1.0 | mkl-10.2.0 | mkl-10.3.0 | mkl-11.0.0", pool))
r_rules.add(PackageRule.from_string("-mkl-10.1.0 | -mkl-10.2.0", pool))
r_rules.add(PackageRule.from_string("-mkl-10.1.0 | -mkl-10.3.0", pool))
r_rules.add(PackageRule.from_string("-mkl-10.1.0 | -mkl-11.0.0", pool))
r_rules.add(PackageRule.from_string("-mkl-10.2.0 | -mkl-10.3.0", pool))
r_rules.add(PackageRule.from_string("-mkl-10.2.0 | -mkl-11.0.0", pool))
r_rules.add(PackageRule.from_string("-mkl-10.3.0 | -mkl-11.0.0", pool))
self.assertEqual(r_rules,
set(create_install_rules(pool, R("numpy"))))
def test_already_installed_indirect_provided(self):
# Installed requirement has one dependency with multiple provides for
# the same name available in the pool, one of which is already
# installed. Here: scipy depends on numpy, nomkl_numpy is also
# available and already installed
repo = Repository(
[mkl_11_0_0, nomkl_numpy_1_7_0, numpy_1_7_0, scipy_0_11_0])
pool = Pool()
pool.add_repository(repo)
r_rules = set()
r_rules.add(PackageRule.from_string("scipy-0.11.0", pool))
r_rules.add(
PackageRule.from_string(
"-scipy-0.11.0 | numpy-1.7.0 | nomkl_numpy-1.7.0", pool))
r_rules.add(
PackageRule.from_string("-numpy-1.7.0 | -nomkl_numpy-1.7.0", pool))
r_rules.add(PackageRule.from_string("-numpy-1.7.0 | mkl-11.0.0", pool))
self.assertEqual(r_rules, set(create_install_rules(pool, R("scipy"))))
def test_add_repository(self):
"""Ensures we do not add the same package twice."""
repo1 = Repository([self.mkl_10_1_0, self.mkl_10_2_0])
pool = Pool()
pool.add_repository(repo1)
repo2 = Repository([P(str(self.mkl_10_1_0))])
pool.add_repository(repo2)
self.assertEqual(len(pool.what_provides(R("mkl"))), 3)
def test_simple_fulfilled_installed(self):
"""Ensure the policy returns the installed version first if it fulfills
the requirement, even if higher versions are available."""
mkl_10_4_0 = P("mkl-10.4.0")
remote_repository = Repository([self.mkl_10_3_0, self.mkl_11_0_0],
"remote")
installed_repository = Repository([mkl_10_4_0], "installed")
pool = Pool([installed_repository, remote_repository])
pool.set_repository_order("installed", "remote")
policy = DefaultPolicy()
queue = [p.id for p in [mkl_10_4_0, self.mkl_10_3_0, self.mkl_11_0_0]]
candidates = policy.select_preferred_packages(pool, {}, queue)
self.assertEqual(list(candidates), [self.mkl_11_0_0.id])
candidates = policy.select_preferred_packages(pool,
{mkl_10_4_0.id: True},
queue)
self.assertEqual(list(candidates), [mkl_10_4_0.id, self.mkl_11_0_0.id])
def test_ctor_simple(self):
repository = Repository([P("mkl-10.1.0"),
P("numpy-1.7.0; depends (MKL >= 10.1.0)"),
P("scipy-0.12.0; depends (numpy >= 1.7.0)")])
pool = Pool([repository])
rule = PackageRule(pool, [1, 2], "job_install", "scipy")
self.assertEqual(rule.enabled, True)
self.assertEqual(rule.literals, [1, 2])
self.assertEqual(rule.reason, "job_install")
self.assertEqual(rule.rule_hash, "05cf2")
def test_what_provides_include_indirect(self):
repo1 = Repository([numpy_1_6_0, numpy_1_7_0, nomkl_numpy_1_7_0])
pool = Pool()
pool.add_repository(repo1)
self.assertEqual(pool.what_provides(R("numpy >= 1.6.1")), [numpy_1_7_0])
self.assertEqual(set(pool.what_provides(R("numpy"), 'include_indirect')),
set([numpy_1_6_0, numpy_1_7_0, nomkl_numpy_1_7_0]))
self.assertEqual(set(pool.what_provides(R("numpy >= 1.6.1"), 'include_indirect')),
set([numpy_1_7_0, nomkl_numpy_1_7_0]))
self.assertEqual(set(pool.what_provides(R("numpy >= 1.6.1"), 'direct_only')),
set([numpy_1_7_0]))
self.assertEqual(set(pool.what_provides(R("numpy >= 1.6.1"), 'any')),
set([numpy_1_6_0, numpy_1_7_0, nomkl_numpy_1_7_0]))
def test_what_provides_include_indirect(self):
repo1 = Repository([numpy_1_6_0, numpy_1_7_0, nomkl_numpy_1_7_0])
pool = Pool()
pool.add_repository(repo1)
self.assertEqual(pool.what_provides(R("numpy >= 1.6.1")),
[numpy_1_7_0])
self.assertEqual(
set(pool.what_provides(R("numpy"), 'include_indirect')),
set([numpy_1_6_0, numpy_1_7_0, nomkl_numpy_1_7_0]))
self.assertEqual(
set(pool.what_provides(R("numpy >= 1.6.1"), 'include_indirect')),
set([numpy_1_7_0, nomkl_numpy_1_7_0]))
self.assertEqual(
set(pool.what_provides(R("numpy >= 1.6.1"), 'direct_only')),
set([numpy_1_7_0]))
self.assertEqual(set(pool.what_provides(R("numpy >= 1.6.1"), 'any')),
set([numpy_1_6_0, numpy_1_7_0, nomkl_numpy_1_7_0]))
def test_multiple_provided_names_single_install_provide(self):
# Installed requirement has 1 one provide, but multiple provides for
# the same name are available in the pool
repo = Repository([mkl_10_1_0, mkl_10_2_0, mkl_10_3_0, mkl_11_0_0,
numpy_1_6_1, numpy_1_7_0])
pool = Pool()
pool.add_repository(repo)
r_rules = set()
r_rules.add(PackageRule.from_string("numpy-1.7.0", pool))
r_rules.add(PackageRule.from_string("-numpy-1.7.0 | -numpy-1.6.1", pool))
r_rules.add(PackageRule.from_string(
"-numpy-1.7.0 | mkl-10.1.0 | mkl-10.2.0 | mkl-10.3.0 | mkl-11.0.0", pool))
r_rules.add(PackageRule.from_string("-mkl-10.1.0 | -mkl-10.2.0", pool))
r_rules.add(PackageRule.from_string("-mkl-10.1.0 | -mkl-10.3.0", pool))
r_rules.add(PackageRule.from_string("-mkl-10.1.0 | -mkl-11.0.0", pool))
r_rules.add(PackageRule.from_string("-mkl-10.2.0 | -mkl-10.3.0", pool))
r_rules.add(PackageRule.from_string("-mkl-10.2.0 | -mkl-11.0.0", pool))
r_rules.add(PackageRule.from_string("-mkl-10.3.0 | -mkl-11.0.0", pool))
self.assertEqual(r_rules,
set(create_install_rules(pool, R("numpy == 1.7.0"))))
def test_simple(self):
"""Test we select the most recent version across a list of same
packages with same name."""
packages = [self.numpy_1_6_0, self.numpy_1_6_1, self.numpy_1_7_1]
repository = Repository(packages)
pool = Pool([repository])
policy = DefaultPolicy()
selected_ids = policy.select_preferred_packages(
pool, {}, [p.id for p in packages])
r_selected_ids = [self.numpy_1_7_1.id]
self.assertEqual(r_selected_ids, selected_ids)
def test_cmp_by_priority_prefer_installed_multi_repositories(self):
"""
Check packages from multiple repositories are sorted accordingt to
repository priority.
"""
numpy_1_6_0 = P("numpy-1.6.0")
numpy_1_6_1 = P("numpy-1.6.1")
numpy_1_7_0 = P("numpy-1.7.0")
i_numpy_1_6_0 = P("numpy-1.6.0")
remote_repository = Repository([numpy_1_7_0, numpy_1_6_1, numpy_1_6_0], "remote")
installed_repository = Repository([i_numpy_1_6_0], "installed")
r_sorted_packages = [i_numpy_1_6_0, numpy_1_7_0, numpy_1_6_1, numpy_1_6_0]
pool = Pool([installed_repository, remote_repository])
pool.set_repository_order("installed", "remote")
policy = DefaultPolicy()
queue = [numpy_1_7_0, i_numpy_1_6_0, numpy_1_6_0, numpy_1_6_1]
def _cmp(a, b):
return policy.cmp_by_priority_prefer_installed(pool, {}, a, b)
self.assertEqual(r_sorted_packages, sorted_with_cmp(queue, cmp=_cmp))
def test_add_repository(self):
"""Ensures we do not add the same package twice."""
repo1 = Repository([self.mkl_10_1_0, self.mkl_10_2_0])
pool = Pool()
pool.add_repository(repo1)
repo2 = Repository([P(str(self.mkl_10_1_0))])
pool.add_repository(repo2)
self.assertEqual(len(pool.what_provides(R("mkl"))), 3)
def test_priority_no_name(self):
paid_repo = Repository([
self.mkl_10_1_0,
self.mkl_10_2_0,
self.mkl_10_3_0,
self.mkl_11_0_0,
self.numpy_1_7_0,
], name="paid")
free_repo = Repository([self.nomkl_numpy_1_7_0], "free")
another_repo = Repository([self.numpy_1_6_1], "another_repo")
another_repo_wo_name = Repository([self.numpy_1_6_0])
pool = Pool([paid_repo, free_repo, another_repo, another_repo_wo_name])
pool.set_repository_order("free", before="paid")
self.assertEqual(pool.repository_priority(paid_repo), 0)
self.assertEqual(pool.repository_priority(free_repo), -1)
self.assertEqual(pool.repository_priority(another_repo), -1)
self.assertEqual(pool.repository_priority(another_repo_wo_name), -1)
def test_has_package(self):
pool = Pool([Repository([self.mkl_10_1_0, self.mkl_10_2_0])])
self.assertTrue(pool.has_package(self.mkl_10_1_0))
self.assertFalse(pool.has_package(self.mkl_11_0_0))
