def test_calculate_hash_different_ordering(tmpdir, all_files): root = tmpdir all_files_diff_order = random.sample(all_files, k=len(all_files)) hash1 = _calculate_hash(map(str, all_files), str(root)) hash2 = _calculate_hash(map(str, all_files_diff_order), str(root)) assert hash1 == hash2
def test_calculate_hash_diff_filename_same_contents(self): files = ["file1.txt", "f2/file2.txt"] file1, file2 = files with TempDirectory() as d: root = d.path for fname in files: d.write(fname, "data") hash1 = _calculate_hash([file1], root) hash2 = _calculate_hash([file2], root) self.assertNotEqual(hash1, hash2)
def test_calculate_hash_diff_filename_same_contents(self): files = ["file1.txt", "f2/file2.txt"] file1, file2 = files with TempDirectory() as d: root = d.path for fname in files: d.write(fname, b"data") hash1 = _calculate_hash([file1], root) hash2 = _calculate_hash([file2], root) self.assertNotEqual(hash1, hash2)
def test_calculate_hash_diff_filename_same_contents(tmpdir, all_files): root = tmpdir files = all_files[:2] tmpdir.join(files[0]).write('data', ensure=True) tmpdir.join(files[1]).write('data', ensure=True) hash1 = _calculate_hash([str(files[0])], str(root)) hash2 = _calculate_hash([str(files[1])], str(root)) assert hash1 != hash2
def test_calculate_hash(tmpdir, all_files, f1_files, f2_files): root = tmpdir all_hash_1 = _calculate_hash(map(str, all_files), str(root)) all_hash_2 = _calculate_hash(map(str, all_files), str(root)) f1_hash = _calculate_hash(map(str, f1_files), str(root)) f2_hash = _calculate_hash(map(str, f2_files), str(root)) assert all_hash_1 == all_hash_2 assert f1_hash != all_hash_1 assert f2_hash != all_hash_1 assert f1_hash != f2_hash
def test_calculate_hash_different_ordering(self): files1 = ALL_FILES files2 = random.sample(ALL_FILES, k=len(ALL_FILES)) with TempDirectory() as d1: root1 = d1.path for fname in files1: d1.write(fname, "") with TempDirectory() as d2: root2 = d2.path for fname in files2: d2.write(fname, "") hash1 = _calculate_hash(files1, root1) hash2 = _calculate_hash(files2, root2) self.assertEqual(hash1, hash2)
def test_calculate_hash_different_ordering(self): files1 = ALL_FILES files2 = random.sample(ALL_FILES, k=len(ALL_FILES)) with TempDirectory() as d1: root1 = d1.path for fname in files1: d1.write(fname, b"") with TempDirectory() as d2: root2 = d2.path for fname in files2: d2.write(fname, b"") hash1 = _calculate_hash(files1, root1) hash2 = _calculate_hash(files2, root2) self.assertEqual(hash1, hash2)
def test_calculate_hash(self): with self.temp_directory_with_files() as d1: root = d1.path hash1 = _calculate_hash(ALL_FILES, root) with self.temp_directory_with_files() as d2: root = d2.path hash2 = _calculate_hash(ALL_FILES, root) with self.temp_directory_with_files() as d3: root = d3.path with open(os.path.join(root, ALL_FILES[0]), "w") as fd: fd.write("modified file data") hash3 = _calculate_hash(ALL_FILES, root) self.assertEqual(hash1, hash2) self.assertNotEqual(hash1, hash3) self.assertNotEqual(hash2, hash3)
def test_calculate_hash(self): with self.temp_directory_with_files() as d1: root = d1.path hash1 = _calculate_hash(ALL_FILES, root) with self.temp_directory_with_files() as d2: root = d2.path hash2 = _calculate_hash(ALL_FILES, root) with self.temp_directory_with_files() as d3: root = d3.path with open(os.path.join(root, ALL_FILES[0]), "w") as fd: fd.write("modified file data") hash3 = _calculate_hash(ALL_FILES, root) self.assertEqual(hash1, hash2) self.assertNotEqual(hash1, hash3) self.assertNotEqual(hash2, hash3)