"""Tests for the packaging.pypi.dist module.""" import os from packaging.version import VersionPredicate from packaging.pypi.dist import (ReleaseInfo, ReleasesList, DistInfo, split_archive_name, get_infos_from_url) from packaging.pypi.errors import HashDoesNotMatch, UnsupportedHashName from packaging.tests import unittest from packaging.tests.support import TempdirManager from packaging.tests.pypi_server import use_pypi_server def Dist(*args, **kwargs): # DistInfo takes a release as a first parameter, avoid this in tests. return DistInfo(None, *args, **kwargs) class TestReleaseInfo(unittest.TestCase): def test_instantiation(self): # Test the DistInfo class provides us the good attributes when # given on construction release = ReleaseInfo("FooBar", "1.1") self.assertEqual("FooBar", release.name) self.assertEqual("1.1", "%s" % release.version) def test_add_dist(self): # empty distribution type should assume "sdist" release = ReleaseInfo("FooBar", "1.1") release.add_distribution(url="http://example.org/") # should not fail release['sdist'] def test_get_unknown_distribution(self): # should raise a KeyError pass def test_get_infos_from_url(self): # Test that the the URLs are parsed the right way url_list = { 'FooBar-1.1.0.tar.gz': { 'name': 'foobar', # lowercase the name 'version': '1.1.0', }, 'Foo-Bar-1.1.0.zip': { 'name': 'foo-bar', # keep the dash 'version': '1.1.0', }, 'foobar-1.1b2.tar.gz#md5=123123123123123': { 'name': 'foobar', 'version': '1.1b2', 'url': 'http://example.org/foobar-1.1b2.tar.gz', # no hash 'hashval': '123123123123123', 'hashname': 'md5', }, 'foobar-1.1-rc2.tar.gz': { # use suggested name 'name': 'foobar', 'version': '1.1c2', 'url': 'http://example.org/foobar-1.1-rc2.tar.gz', } } for url, attributes in url_list.items(): # for each url infos = get_infos_from_url("http://example.org/" + url) for attribute, expected in attributes.items(): got = infos.get(attribute) if attribute == "version": self.assertEqual("%s" % got, expected) else: self.assertEqual(got, expected) def test_split_archive_name(self): # Test we can split the archive names names = { 'foo-bar-baz-1.0-rc2': ('foo-bar-baz', '1.0c2'), 'foo-bar-baz-1.0': ('foo-bar-baz', '1.0'), 'foobarbaz-1.0': ('foobarbaz', '1.0'), } for name, results in names.items(): self.assertEqual(results, split_archive_name(name)) class TestDistInfo(TempdirManager, unittest.TestCase): srcpath = "/packages/source/f/foobar/foobar-0.1.tar.gz" def test_get_url(self): # Test that the url property works well d = Dist(url="test_url") self.assertDictEqual(d.url, { "url": "test_url", "is_external": True, "hashname": None, "hashval": None, }) # add a new url d.add_url(url="internal_url", is_external=False) self.assertEqual(d._url, None) self.assertDictEqual(d.url, { "url": "internal_url", "is_external": False, "hashname": None, "hashval": None, }) self.assertEqual(2, len(d.urls)) def test_comparison(self): # Test that we can compare DistInfoributionInfoList foo1 = ReleaseInfo("foo", "1.0") foo2 = ReleaseInfo("foo", "2.0") bar = ReleaseInfo("bar", "2.0") # assert we use the version to compare self.assertTrue(foo1 < foo2) self.assertFalse(foo1 > foo2) self.assertFalse(foo1 == foo2) # assert we can't compare dists with different names self.assertRaises(TypeError, foo1.__eq__, bar) @use_pypi_server("downloads_with_md5") def test_download(self, server): # Download is possible, and the md5 is checked if given url = server.full_address + self.srcpath # check that a md5 if given dist = Dist(url=url, hashname="md5", hashval="fe18804c5b722ff024cabdf514924fc4") dist.download(self.mkdtemp()) # a wrong md5 fails dist2 = Dist(url=url, hashname="md5", hashval="wrongmd5") self.assertRaises(HashDoesNotMatch, dist2.download, self.mkdtemp()) # we can omit the md5 hash dist3 = Dist(url=url) dist3.download(self.mkdtemp()) # and specify a temporary location # for an already downloaded dist path1 = self.mkdtemp() dist3.download(path=path1) # and for a new one path2_base = self.mkdtemp() dist4 = Dist(url=url) path2 = dist4.download(path=path2_base) self.assertIn(path2_base, path2) def test_hashname(self): # Invalid hashnames raises an exception on assignation Dist(hashname="md5", hashval="value") self.assertRaises(UnsupportedHashName, Dist, hashname="invalid_hashname", hashval="value") @use_pypi_server('downloads_with_md5') def test_unpack(self, server): url = server.full_address + self.srcpath dist1 = Dist(url=url) # unpack the distribution in a specfied folder dist1_here = self.mkdtemp() dist1_there = dist1.unpack(path=dist1_here) # assert we unpack to the path provided self.assertEqual(dist1_here, dist1_there) dist1_result = os.listdir(dist1_there) self.assertIn('paf', dist1_result) os.remove(os.path.join(dist1_there, 'paf')) # Test unpack works without a path argument dist2 = Dist(url=url) # doing an unpack dist2_there = dist2.unpack() dist2_result = os.listdir(dist2_there) self.assertIn('paf', dist2_result) os.remove(os.path.join(dist2_there, 'paf')) class TestReleasesList(unittest.TestCase): def test_filter(self): # Test we filter the distributions the right way, using version # predicate match method releases = ReleasesList('FooBar', ( ReleaseInfo("FooBar", "1.1"), ReleaseInfo("FooBar", "1.1.1"), ReleaseInfo("FooBar", "1.2"), ReleaseInfo("FooBar", "1.2.1"), )) filtered = releases.filter(VersionPredicate("FooBar (<1.2)")) self.assertNotIn(releases[2], filtered) self.assertNotIn(releases[3], filtered) self.assertIn(releases[0], filtered) self.assertIn(releases[1], filtered) def test_append(self): # When adding a new item to the list, the behavior is to test if # a release with the same name and version number already exists, # and if so, to add a new distribution for it. If the distribution type # is already defined too, add url informations to the existing DistInfo # object. releases = ReleasesList("FooBar", [ ReleaseInfo("FooBar", "1.1", url="external_url", dist_type="sdist"), ]) self.assertEqual(1, len(releases)) releases.add_release(release=ReleaseInfo("FooBar", "1.1", url="internal_url", is_external=False, dist_type="sdist")) self.assertEqual(1, len(releases)) self.assertEqual(2, len(releases[0]['sdist'].urls)) releases.add_release(release=ReleaseInfo("FooBar", "1.1.1", dist_type="sdist")) self.assertEqual(2, len(releases)) # when adding a distribution whith a different type, a new distribution # has to be added. releases.add_release(release=ReleaseInfo("FooBar", "1.1.1", dist_type="bdist")) self.assertEqual(2, len(releases)) self.assertEqual(2, len(releases[1].dists)) def test_prefer_final(self): # Can order the distributions using prefer_final fb10 = ReleaseInfo("FooBar", "1.0") # final distribution fb11a = ReleaseInfo("FooBar", "1.1a1") # alpha fb12a = ReleaseInfo("FooBar", "1.2a1") # alpha fb12b = ReleaseInfo("FooBar", "1.2b1") # beta dists = ReleasesList("FooBar", [fb10, fb11a, fb12a, fb12b]) dists.sort_releases(prefer_final=True) self.assertEqual(fb10, dists[0]) dists.sort_releases(prefer_final=False) self.assertEqual(fb12b, dists[0]) # def test_prefer_source(self): # # Ordering support prefer_source # fb_source = Dist("FooBar", "1.0", type="source") # fb_binary = Dist("FooBar", "1.0", type="binary") # fb2_binary = Dist("FooBar", "2.0", type="binary") # dists = ReleasesList([fb_binary, fb_source]) # # dists.sort_distributions(prefer_source=True) # self.assertEqual(fb_source, dists[0]) # # dists.sort_distributions(prefer_source=False) # self.assertEqual(fb_binary, dists[0]) # # dists.append(fb2_binary) # dists.sort_distributions(prefer_source=True) # self.assertEqual(fb2_binary, dists[0]) def test_get_last(self): dists = ReleasesList('Foo') self.assertEqual(dists.get_last('Foo 1.0'), None) def test_suite(): suite = unittest.TestSuite() suite.addTest(unittest.makeSuite(TestDistInfo)) suite.addTest(unittest.makeSuite(TestReleaseInfo)) suite.addTest(unittest.makeSuite(TestReleasesList)) return suite if __name__ == '__main__': unittest.main(defaultTest='test_suite')