def test_add_tree(self):
forest = PackagesForest()
tree = forest.add_tree(priority=10)
self.assertIs(tree, forest.trees[10])
# test that trees with the same priority are merged
tree = forest.add_tree(priority=10)
self.assertEqual(1, len(forest.trees))
tree = forest.add_tree(priority=50)
self.assertEqual(2, len(forest.trees))
def test_add_tree(self):
forest = PackagesForest()
tree = forest.add_tree(priority=10)
self.assertIs(tree, forest.trees[10])
# test that trees with the same priority are merged
tree = forest.add_tree(priority=10)
self.assertEqual(1, len(forest.trees))
tree = forest.add_tree(priority=50)
self.assertEqual(2, len(forest.trees))
def _get_packages(self, repos, requirements, include_mandatory):
if requirements is not None:
forest = PackagesForest()
for repo in repos:
self.controller.load_packages(repo, forest.add_tree().add)
return forest.get_packages(requirements, include_mandatory)
packages = set()
self._load_packages(repos, packages.add)
return packages
def test_get_packages(self):
forest = PackagesForest()
self._generate_packages(forest)
packages = forest.get_packages(
[generator.gen_relation("package3")]
)
self.assertItemsEqual(
["package2", "package3", "package5"],
(x.name for x in packages)
)
def test_find(self):
forest = PackagesForest()
p11 = generator.gen_package(name="package1", version=1)
p12 = generator.gen_package(name="package1", version=2)
p21 = generator.gen_package(name="package2", version=1)
p22 = generator.gen_package(name="package2", version=2)
p33 = generator.gen_package(name="package2", version=10)
self._add_packages(forest.add_tree(priority=10), [p11, p22])
self._add_packages(forest.add_tree(priority=10), [p12, p21])
self._add_packages(forest.add_tree(priority=20), [p33])
self.assertEqual(
p11, forest.find(generator.gen_relation("package1", ["=", 1]))
)
self.assertEqual(
p12, forest.find(generator.gen_relation("package1", [">=", 1]))
)
self.assertEqual(
p12, forest.find(generator.gen_relation("package1", [">", 1]))
)
self.assertEqual(p22, forest.find(generator.gen_relation("package2")))
self.assertEqual(
p21, forest.find(generator.gen_relation("package2", ["<", 2]))
)
# select package from the repo with highest priority
# p33 has version 10, but in the repo with lower priority
self.assertEqual(
p22, forest.find(generator.gen_relation("package2", [">=", 2]))
)
def _get_packages(self, repos, requirements, include_mandatory,
exclude_filter):
if requirements is not None:
forest = PackagesForest()
for repo in repos:
self.controller.load_packages(repo, forest.add_tree().add)
return forest.get_packages(requirements, include_mandatory)
packages = set()
consumer = packages.add
if exclude_filter is not None:
def consumer(p):
if not exclude_filter(p):
packages.add(p)
self._load_packages(repos, consumer)
return packages
def _get_packages(self, repos, requirements, include_mandatory,
exclude_filter):
if requirements is not None:
forest = PackagesForest()
for repo in repos:
self.controller.load_packages(repo, forest.add_tree().add)
return forest.get_packages(requirements, include_mandatory)
packages = set()
consumer = packages.add
if exclude_filter is not None:
def consumer(p):
if not exclude_filter(p):
packages.add(p)
self._load_packages(repos, consumer)
return packages
def test_find(self):
forest = PackagesForest()
p11 = generator.gen_package(name="package1", version=1)
p12 = generator.gen_package(name="package1", version=2)
p21 = generator.gen_package(name="package2", version=1)
p22 = generator.gen_package(name="package2", version=2)
p33 = generator.gen_package(name="package2", version=10)
self._add_packages(forest.add_tree(priority=10), [p11, p22])
self._add_packages(forest.add_tree(priority=10), [p12, p21])
self._add_packages(forest.add_tree(priority=20), [p33])
self.assertEqual(
p11, forest.find(generator.gen_relation("package1", ["=", 1])))
self.assertEqual(
p12, forest.find(generator.gen_relation("package1", [">=", 1])))
self.assertEqual(
p12, forest.find(generator.gen_relation("package1", [">", 1])))
self.assertEqual(p22, forest.find(generator.gen_relation("package2")))
self.assertEqual(
p21, forest.find(generator.gen_relation("package2", ["<", 2])))
# select package from the repo with highest priority
# p33 has version 10, but in the repo with lower priority
self.assertEqual(
p22, forest.find(generator.gen_relation("package2", [">=", 2])))
def test_find(self):
forest = PackagesForest()
p11 = generator.gen_package(name="package1", version=1)
p12 = generator.gen_package(name="package1", version=2)
p21 = generator.gen_package(name="package2", version=1)
p22 = generator.gen_package(name="package2", version=2)
self._add_packages(forest.add_tree(), [p11, p22])
self._add_packages(forest.add_tree(), [p12, p21])
self.assertEqual(
p11, forest.find(generator.gen_relation("package1", [">=", 1]))
)
self.assertEqual(
p12, forest.find(generator.gen_relation("package1", [">", 1]))
)
self.assertEqual(p22, forest.find(generator.gen_relation("package2")))
self.assertEqual(
p21, forest.find(generator.gen_relation("package2", ["<", 2]))
)
def test_get_packages(self):
forest = PackagesForest()
self._generate_packages(forest)
packages = forest.get_packages([generator.gen_relation("package3")])
self.assertItemsEqual(["package2", "package3", "package5"],
(x.name for x in packages))
def test_add_tree(self):
forest = PackagesForest()
tree = forest.add_tree()
self.assertIs(tree, forest.trees[-1])
