def test_regression_185(self): # Given repository_info1 = RepositoryInfo("repo1") packages_definition = textwrap.dedent(u"""\ dummy 1.0.1-1 dummy_with_appinst 1.0.0-1 dummy_with_entry_points 1.0.0-1 dummy_with_proxy 1.3.40-3 dummy_with_proxy_scripts 1.0.0-1 dummy_with_proxy_softlink 1.0.0-1 nose 1.2.1-1 nose 1.3.0-1 nose 1.3.0-2\ """) packages = self.packages_from_definition(packages_definition, repository_info1) repository = Repository() package = packages[0] # When repository.find_packages(package.name) repository.add_package(package) # Then self.assertTrue(packages[0] in repository) self.assertEqual(len(repository), 1) self.assertEqual(list(repository), [package])
def test_find_packages(self): # Given packages_definition = textwrap.dedent(u"""\ dummy 1.0.1-1 dummy_with_appinst 1.0.0-1 dummy_with_entry_points 1.0.0-1 dummy_with_proxy 1.3.40-3 dummy_with_proxy_scripts 1.0.0-1 dummy_with_proxy_softlink 1.0.0-1 nose 1.3.0-1 nose 1.2.1-1 nose 1.3.0-2\ """) packages = self.packages_from_definition(packages_definition) repository = Repository(packages) r_versions = (V("1.2.1-1"), V("1.3.0-1"), V("1.3.0-2")) # When packages = repository.find_packages("nose") # Then self.assertEqual(len(packages), 3) self.assertEqual(tuple(p.version for p in packages), r_versions) # When packages = repository.find_packages("non_existing_package") # Then self.assertEqual(len(packages), 0)
def test_find_packages(self): # Given packages_definition = textwrap.dedent(u"""\ dummy 1.0.1-1 dummy_with_appinst 1.0.0-1 dummy_with_entry_points 1.0.0-1 dummy_with_proxy 1.3.40-3 dummy_with_proxy_scripts 1.0.0-1 dummy_with_proxy_softlink 1.0.0-1 nose 1.3.0-1 nose 1.2.1-1 nose 1.3.0-2\ """) packages = self.packages_from_definition(packages_definition) repository = Repository(packages) r_versions = (V("1.2.1-1"), V("1.3.0-1"), V("1.3.0-2")) # When packages = repository.find_packages("nose") # Then self.assertEqual(len(packages), 3) self.assertEqual(tuple(p.version for p in packages), r_versions) # When packages = repository.find_packages("non_existing_package") # Then self.assertEqual(len(packages), 0)
def test_regression_185(self): # Given repository_info1 = RepositoryInfo("repo1") packages_definition = textwrap.dedent(u"""\ dummy 1.0.1-1 dummy_with_appinst 1.0.0-1 dummy_with_entry_points 1.0.0-1 dummy_with_proxy 1.3.40-3 dummy_with_proxy_scripts 1.0.0-1 dummy_with_proxy_softlink 1.0.0-1 nose 1.2.1-1 nose 1.3.0-1 nose 1.3.0-2\ """) packages = self.packages_from_definition( packages_definition, repository_info1 ) repository = Repository() package = packages[0] # When repository.find_packages(package.name) repository.add_package(package) # Then self.assertTrue(packages[0] in repository) self.assertEqual(len(repository), 1) self.assertEqual(list(repository), [package])
def _convert_upgrade_request_if_needed(request, remote_repositories, installed_repository): if len(request.jobs) == 1 and request.jobs[0].kind == JobType.upgrade: upgrade_request = attr.assoc(request, jobs=[]) remote_repository = Repository() for repository in remote_repositories: remote_repository.update(repository) latest_packages = [] for package in installed_repository: candidates = remote_repository.find_packages(package.name) # candidates may be empty (e.g. when repository configuration # changed, and an installed package is coming from a repository not # configured in the remote list) if len(candidates) > 0: latest_packages.append(candidates[-1]) for p in latest_packages: upgrade_request.install( InstallRequirement._from_string("{} == {}".format(p.name, p.version)) ) return upgrade_request else: return request