def test_from_package_string(self):
rule = PackageRule.from_string("mkl-11.0.0", self.pool)
self.assertEqual(rule,
PackageRule.from_packages([mkl_11_0_0], self.pool))
rule = PackageRule.from_string("mkl-10.2.0 | mkl-11.0.0", self.pool)
self.assertEqual(
rule, PackageRule.from_packages([mkl_10_2_0, mkl_11_0_0],
self.pool))
rule = PackageRule.from_string("-mkl-10.2.0 | mkl-11.0.0", self.pool)
self.assertEqual(
rule,
PackageRule([
PackageNot.from_package(mkl_10_2_0, self.pool),
PackageLiteral.from_package(mkl_11_0_0, self.pool)
], self.pool))
rule = PackageRule.from_string("-mkl-10.2.0 | -mkl-11.0.0", self.pool)
self.assertEqual(
rule,
PackageRule([
PackageNot.from_package(mkl_10_2_0, self.pool),
PackageNot.from_package(mkl_11_0_0, self.pool)
], self.pool))
def test_repr(self):
rule_repr = repr(PackageRule.from_packages([mkl_11_0_0, mkl_10_1_0, mkl_10_2_0], self.pool))
self.assertEqual(rule_repr, "(+mkl-10.1.0 | +mkl-10.2.0 | +mkl-11.0.0)")
rule_repr = repr(PackageRule([PackageNot.from_package(mkl_10_2_0, self.pool)], self.pool) \
| PackageRule.from_packages([mkl_11_0_0], self.pool))
self.assertEqual(rule_repr, "(-mkl-10.2.0 | +mkl-11.0.0)")
def test_repr(self):
rule_repr = repr(
PackageRule.from_packages([mkl_11_0_0, mkl_10_1_0, mkl_10_2_0],
self.pool))
self.assertEqual(rule_repr,
"(+mkl-10.1.0 | +mkl-10.2.0 | +mkl-11.0.0)")
rule_repr = repr(PackageRule([PackageNot.from_package(mkl_10_2_0, self.pool)], self.pool) \
| PackageRule.from_packages([mkl_11_0_0], self.pool))
self.assertEqual(rule_repr, "(-mkl-10.2.0 | +mkl-11.0.0)")
def create_install_rules(pool, req):
"""Creates the list of rules for the given install requirement."""
clauses = []
clauses_set = set()
def _append_rule(rule):
if not rule in clauses_set:
clauses_set.add(rule)
clauses.append(rule)
def _extend_rules(rules):
for rule in rules:
_append_rule(rule)
def _add_dependency_rules(req):
provided = pool.what_provides(req, 'include_indirect')
if len(provided) < 1:
raise MissingRequirementInPool(req)
else:
obsolete_provided = pool.what_provides(req, 'any')
_extend_rules(iter_conflict_rules(pool, obsolete_provided))
for candidate in provided:
for dependency_req in candidate.dependencies:
_append_rule(
create_depends_rule(pool, candidate, dependency_req))
_extend_rules(_add_dependency_rules(dependency_req))
return clauses
provided = pool.what_provides(req)
rule = PackageRule.from_packages(provided, pool)
_append_rule(rule)
return _add_dependency_rules(req)
def create_install_rules(pool, req):
"""Creates the list of rules for the given install requirement."""
clauses = []
clauses_set = set()
def _append_rule(rule):
if not rule in clauses_set:
clauses_set.add(rule)
clauses.append(rule)
def _extend_rules(rules):
for rule in rules:
_append_rule(rule)
def _add_dependency_rules(req):
provided = pool.what_provides(req, 'include_indirect')
if len(provided) < 1:
raise MissingRequirementInPool(req)
else:
obsolete_provided = pool.what_provides(req, 'any')
_extend_rules(iter_conflict_rules(pool, obsolete_provided))
for candidate in provided:
for dependency_req in candidate.dependencies:
_append_rule(create_depends_rule(pool, candidate, dependency_req))
_extend_rules(_add_dependency_rules(dependency_req))
return clauses
provided = pool.what_provides(req)
rule = PackageRule.from_packages(provided, pool)
_append_rule(rule)
return _add_dependency_rules(req)
def test_from_package_string(self):
rule = PackageRule.from_string("mkl-11.0.0", self.pool)
self.assertEqual(rule, PackageRule.from_packages([mkl_11_0_0], self.pool))
rule = PackageRule.from_string("mkl-10.2.0 | mkl-11.0.0", self.pool)
self.assertEqual(rule, PackageRule.from_packages([mkl_10_2_0, mkl_11_0_0], self.pool))
rule = PackageRule.from_string("-mkl-10.2.0 | mkl-11.0.0", self.pool)
self.assertEqual(rule,
PackageRule([PackageNot.from_package(mkl_10_2_0, self.pool),
PackageLiteral.from_package(mkl_11_0_0, self.pool)], self.pool))
rule = PackageRule.from_string("-mkl-10.2.0 | -mkl-11.0.0", self.pool)
self.assertEqual(rule,
PackageRule([PackageNot.from_package(mkl_10_2_0, self.pool),
PackageNot.from_package(mkl_11_0_0, self.pool)],
self.pool))
def test_from_package_string(self):
r_rule = PackageRule.from_packages(self.pool, [self.mkl_11_0_0], None)
rule = PackageRule.from_string(self.pool, "mkl-11.0.0", None)
self.assertTrue(rule.is_equivalent(r_rule))
r_rule = PackageRule.from_packages(self.pool, [self.mkl_10_2_0, self.mkl_11_0_0], None)
rule = PackageRule.from_string(self.pool, "mkl-10.2.0 | mkl-11.0.0", None)
self.assertTrue(rule.is_equivalent(r_rule))
r_rule = PackageRule(self.pool, [-self.mkl_10_2_0.id, self.mkl_11_0_0.id], None)
rule = PackageRule.from_string(self.pool, "-mkl-10.2.0 | mkl-11.0.0", None)
self.assertTrue(rule.is_equivalent(r_rule))
r_rule = PackageRule(self.pool, [-self.mkl_10_2_0.id, -self.mkl_11_0_0.id], None)
rule = PackageRule.from_string(self.pool, "-mkl-10.2.0 | -mkl-11.0.0", None)
self.assertTrue(rule.is_equivalent(r_rule))
def test_str(self):
rule = PackageRule.from_packages(self.pool, [self.mkl_11_0_0,
self.mkl_10_1_0, self.mkl_10_2_0], None)
rule_repr = str(rule)
self.assertEqual(rule_repr, "(+mkl-10.1.0 | +mkl-10.2.0 | +mkl-11.0.0)")
rule_repr = str(PackageRule(self.pool, [-self.mkl_10_2_0.id, self.mkl_11_0_0.id], None))
self.assertEqual(rule_repr, "(-mkl-10.2.0 | +mkl-11.0.0)")
def test_str(self):
rule = PackageRule.from_packages(
self.pool, [self.mkl_11_0_0, self.mkl_10_1_0, self.mkl_10_2_0],
None)
rule_repr = str(rule)
self.assertEqual(rule_repr,
"(+mkl-10.1.0 | +mkl-10.2.0 | +mkl-11.0.0)")
rule_repr = str(
PackageRule(self.pool, [-self.mkl_10_2_0.id, self.mkl_11_0_0.id],
None))
self.assertEqual(rule_repr, "(-mkl-10.2.0 | +mkl-11.0.0)")
def test_from_package_string(self):
r_rule = PackageRule.from_packages(self.pool, [self.mkl_11_0_0], None)
rule = PackageRule.from_string(self.pool, "mkl-11.0.0", None)
self.assertTrue(rule.is_equivalent(r_rule))
r_rule = PackageRule.from_packages(self.pool,
[self.mkl_10_2_0, self.mkl_11_0_0],
None)
rule = PackageRule.from_string(self.pool, "mkl-10.2.0 | mkl-11.0.0",
None)
self.assertTrue(rule.is_equivalent(r_rule))
r_rule = PackageRule(self.pool,
[-self.mkl_10_2_0.id, self.mkl_11_0_0.id], None)
rule = PackageRule.from_string(self.pool, "-mkl-10.2.0 | mkl-11.0.0",
None)
self.assertTrue(rule.is_equivalent(r_rule))
r_rule = PackageRule(self.pool,
[-self.mkl_10_2_0.id, -self.mkl_11_0_0.id], None)
rule = PackageRule.from_string(self.pool, "-mkl-10.2.0 | -mkl-11.0.0",
None)
self.assertTrue(rule.is_equivalent(r_rule))
def test_from_packages_simple(self):
mkl = P("mkl-10.1.0")
numpy = P("numpy-1.7.0; depends (MKL >= 10.1.0)")
scipy = P("scipy-0.12.0; depends (numpy >= 1.7.0)")
remote_repository = [mkl, numpy, scipy]
i_mkl = P("mkl-10.1.0")
installed_repository = [i_mkl]
pool = Pool([Repository(remote_repository), Repository(installed_repository)])
rule = PackageRule.from_packages(pool, [mkl, i_mkl], "job_install", "numpy")
self.assertEqual(rule.enabled, True)
self.assertEqual(rule.literals, [mkl.id, i_mkl.id])
self.assertEqual(rule.reason, "job_install")
def test_or(self):
rule = PackageRule.from_packages([mkl_10_1_0, mkl_10_2_0], self.pool)
rule |= PackageNot.from_package(mkl_11_0_0, self.pool)
self.assertTrue(rule.literals,
set([mkl_11_0_0.id, mkl_10_1_0.id, mkl_10_2_0.id]))
def test_or(self):
rule = PackageRule.from_packages([mkl_10_1_0, mkl_10_2_0], self.pool)
rule |= PackageNot.from_package(mkl_11_0_0, self.pool)
self.assertTrue(rule.literals, set([mkl_11_0_0.id, mkl_10_1_0.id, mkl_10_2_0.id]))
