def test_finding_files_in_the_current_directory(self):
path = Path.fromText("/root/foo/bar/test.txt")
self.fileSystem.create_file(path, "blahblah blah")
self.fileSystem.move_to_directory(Path.fromText("/root/foo"))
file = self.fileSystem.open(Path.fromText("bar/test.txt"))
self.assertEqual(file.content(), "blahblah blah")
def test_file_creation(self):
path = Path.fromText("dir/test/source.tex")
self.fileSystem.create_file(path, "blah")
file = self.fileSystem.open(Path.fromText("dir/test/source.tex"))
self.assertTrue(file.exists())
self.assertTrue(file.contains("blah"))
def testCopyingFile(self):
source = Path.fromText("dir/test.txt")
self.fileSystem.create_file(source, "whatever")
file = self.fileSystem.open(source)
destination = Path.fromText("dir2/clone")
self.fileSystem.copy(file, destination)
copy = self.fileSystem.open(destination / "test.txt")
self.assertTrue(copy.exists())
self.assertEqual(copy.content(), "whatever")
def _find(path, directories, extensions, error):
for any_directory in directories:
candidates = any_directory.files_that_matches(Path.fromText(path))
for any_possible_extension in extensions:
for any_resource in candidates:
if any_resource.has_extension(any_possible_extension):
return any_resource
raise error
def files_that_matches(self, pattern):
path = Path.fromText(str(self._path) + "/" + str(pattern))
directory = self.fileSystem.open(path.container())
return [
any_file for any_file in directory.files()
if str(any_file.path()) == str(path)
or str(any_file.path()).startswith(str(path) + ".")
]
def _find(path, directories, extensions, error):
for any_directory in directories:
candidates = any_directory.files_that_matches(Path.fromText(path))
for any_possible_extension in extensions:
for any_resource in candidates:
if any_resource.has_extension(any_possible_extension):
return any_resource
raise error
def load_tests(loader, tests, pattern):
file_system = OSFileSystem()
repository = FileBasedTestRepository(file_system, Path.fromText("tests/acceptance/scenarios"), YamlCodec())
runner = EndToEndRunner(file_system)
generate = Generator(repository, runner)
suite = TestSuite()
tests = loader.loadTestsFromTestCase(generate.test_class())
suite.addTests(tests)
return suite
def load_tests(loader, tests, pattern):
file_system = OSFileSystem()
repository = FileBasedTestRepository(file_system, Path.fromText("tests/acceptance/scenarios"), YamlCodec())
runner = EndToEndRunner(file_system)
generate = Generator(repository, runner)
suite = TestSuite()
tests = loader.loadTestsFromTestCase(generate.test_class())
suite.addTests(tests)
return suite
def testContainingDirectoryIsAvailable(self):
path = Path.fromText("my\\dir\\test.txt")
self.fileSystem.create_file(path, "data")
file = self.fileSystem.open(path)
self.assertEqual(file.container().path(), ROOT / "my" / "dir")
def setUp(self):
self.fileSystem = InMemoryFileSystem()
self.current_directory = Path.fromText("/temp")
def test_create_file_rejects_content_that_is_not_text(self):
path = Path.fromText("dir/test.txt")
with self.assertRaises(ValueError):
self.fileSystem.create_file(path, [1, 2, 3, 4])
def test_remove_trailing_spaces(self):
path = Path.fromText("/text/ blabla /test.txt")
self.assertEqual(path, Path.fromText("/text/blabla/test.txt"))
def test_files_that_match_with_multiple_matches(self):
self.fileSystem.create_file(Path.fromText("dir/foo/test.txt"), "x")
self.fileSystem.create_file(Path.fromText("dir/foo/subtest.txt"), "x")
directory = self.fileSystem.open(Path.fromText("dir/foo"))
results = directory.files_that_matches("test")
self.assertEqual(len(results), 1)
def test_without_extension(self):
path = Path.fromText("/home/test/foo.txt")
self.assertEquals(path.without_extension(), Path.fromText("/home/test/foo"))
def setUp(self):
self.fileSystem = InMemoryFileSystem()
self.current_directory = Path.fromText("/temp")
def test_relative_to_directory(self):
path = Path.fromText("/home/test/foo.txt")
relative = path.relative_to(Path.fromText("/home"))
self.assertEquals(relative, Path.fromText("test/foo.txt"))
def test_parsing_directory(self):
path = Path.fromText("project/img/")
parts = [each.fullname() for each in path.parts()]
self.assertEqual(parts, ["project", "img"], "Wrong parts!")
def test_as_absolute_with_absolute_path(self):
path = Path.fromText("/home/test/foo.txt")
absolute_path = path.absolute_from(Path.fromText("/home/franck"))
self.assertEqual(absolute_path, Path.fromText("/home/test/foo.txt"))
def test_as_absolute_with_root(self):
path = ROOT
absolute_path = path.absolute_from(Path.fromText("/home/franck"))
self.assertEqual(absolute_path, ROOT)
def test_is_absolute_with_relative(self):
path = Path.fromText("franck/test.tex")
self.assertFalse(path.is_absolute())
def test_is_absolute_on_windows_paths(self):
path = Path.fromText("C:\\Users\\franckc\\file.txt")
self.assertTrue(path.is_absolute())
def test_is_absolute_on_unix_paths(self):
path = Path.fromText("/home/franck/test.tex")
self.assertTrue(path.is_absolute())
def testBasenameIsAvailable(self):
path = Path.fromText("my/dir/test.txt")
self.fileSystem.create_file(path, "whatever")
file = self.fileSystem.open(path)
self.assertEqual(file.basename(), "test")
def testParts(self):
path = Path.fromText("C:\\Users\\franckc\\pub\\JOCC\\main.tex")
self.verify_parts(
path, ["C:", "Users", "franckc", "pub", "JOCC", "main.tex"])
def testDirectoryContainsOnlyItsDirectContent(self):
self.fileSystem.create_file(Path.fromText("dir/test.txt"), "x")
self.fileSystem.create_file(Path.fromText("dir/test2.txt"), "y")
self.fileSystem.create_file(Path.fromText("dir/more/test.txt"), "x")
directory = self.fileSystem.open(Path.fromText("dir"))
self.assertEqual(len(directory.files()), 3, [ str(file.path()) for file in directory.files() ])
def testPathWithNewlines(self):
path = Path.fromText("/Root/Foo\nBar\nBaz/home")
self.verify_parts(path, ["", "Root", "FooBarBaz", "home"])
def test_relative_to_file(self):
path = Path.fromText("/home/test/foo.txt")
relative = path.relative_to(Path.fromText("/home/test"))
self.assertEquals(relative, Path.fromText("foo.txt"))
def test_remove_trailing_spaces(self):
path = Path.fromText("/text/ blabla /test.txt")
self.assertEqual(path, Path.fromText("/text/blabla/test.txt"))
def testThatMissingFileDoNotExist(self):
path = Path.fromText("file\\that\\do\\not\\exist.txt")
file = self.fileSystem.open(path)
self.assertFalse(file.exists())
def test_is_absolute_on_unix_paths(self):
path = Path.fromText("/home/franck/test.tex")
self.assertTrue(path.is_absolute())
def _extract_project(self):
root = self._file_system.open(Path.fromText(self._directory))
return LatexProject.extract_from_directory(root)
def test_is_absolute_on_windows_paths(self):
path = Path.fromText("C:\\Users\\franckc\\file.txt")
self.assertTrue(path.is_absolute())
def testPathBuilding(self):
path = Path.fromText("\\Users\\franckc\\file.txt")
self.assertEqual(path, ROOT / "Users" / "franckc" / "file.txt")
def test_is_absolute_with_relative(self):
path = Path.fromText("franck/test.tex")
self.assertFalse(path.is_absolute())
def test_empty_container(self):
path = Path.fromText("foo.tex")
self.assertEquals(CURRENT_DIRECTORY, path.container())
def test_as_absolute_with_absolute_path(self):
path = Path.fromText("/home/test/foo.txt")
absolute_path = path.absolute_from(Path.fromText("/home/franck"))
self.assertEqual(absolute_path, Path.fromText("/home/test/foo.txt"))
def testThatMissingFileDoNotExist(self):
path = Path.fromText("file\\that\\do\\not\\exist.txt")
file = self.fileSystem.open(path)
self.assertFalse(file.exists())
def test_as_absolute_with_root(self):
path = ROOT
absolute_path = path.absolute_from(Path.fromText("/home/franck"))
self.assertEqual(absolute_path, ROOT)
def testFullNameIsAvailable(self):
path = Path.fromText("/my/dir/test.txt")
self.fileSystem.create_file(path, "data")
file = self.fileSystem.open(path)
self.assertEqual(file.fullname(), "test.txt")
def test_relative_to_directory(self):
path = Path.fromText("/home/test/foo.txt")
relative = path.relative_to(Path.fromText("/home"))
self.assertEqual(relative, Path.fromText("test/foo.txt"))
def testDirectoryContainsFiles(self):
self.fileSystem.create_file(Path.fromText("dir/test.txt"), "x")
self.fileSystem.create_file(Path.fromText("dir/test2.txt"), "y")
file = self.fileSystem.open(Path.fromText("dir"))
self.assertEqual(len(file.files()), 2)
def testFullNameIsAvailable(self):
path = Path.fromText("/my/dir/test.txt")
self.fileSystem.create_file(path, "data")
file = self.fileSystem.open(path)
self.assertEqual(file.fullname(), "test.txt")
def testFilteringFilesInDirectory(self):
self.fileSystem.create_file(Path.fromText("dir/test.txt"), "x")
self.fileSystem.create_file(Path.fromText("dir/test2.txt"), "y")
self.fileSystem.create_file(Path.fromText("dir/blah"), "z")
file = self.fileSystem.open(Path.fromText("dir"))
self.assertEqual(len(file.files_that_matches("test")), 2)
def testDirectoryContainsFiles(self):
self.fileSystem.create_file(Path.fromText("dir/test.txt"), "x")
self.fileSystem.create_file(Path.fromText("dir/test2.txt"), "y")
file = self.fileSystem.open(Path.fromText("dir"))
self.assertEqual(len(file.files()), 2)
def __init__(self):
super().__init__()
self.current_directory = Path.fromText(os.getcwd())
def testParts(self):
path = Path.fromText("C:\\Users\\franckc\\pub\\JOCC\\main.tex")
self.verify_parts(path, ["C:", "Users", "franckc", "pub", "JOCC", "main.tex"])
def test_files_that_match_with_multiple_matches(self):
self.fileSystem.create_file(Path.fromText("dir/foo/test.txt"), "x")
self.fileSystem.create_file(Path.fromText("dir/foo/subtest.txt"), "x")
directory = self.fileSystem.open(Path.fromText("dir/foo"))
results = directory.files_that_matches("test")
self.assertEqual(len(results), 1)
def output_directory(self):
return Path.fromText(self._output)
def test_create_file_rejects_content_that_is_not_text(self):
path = Path.fromText("dir/test.txt")
with self.assertRaises(ValueError):
self.fileSystem.create_file(path, [1, 2, 3, 4])
def test_parsing_directory(self):
path = Path.fromText("project/img/")
parts = [each.fullname() for each in path.parts()]
self.assertEqual(parts, ["project", "img"], "Wrong parts!")
def testContainingDirectoryIsAvailable(self):
path = Path.fromText("my\\dir\\test.txt")
self.fileSystem.create_file(path, "data")
file = self.fileSystem.open(path)
self.assertEqual(file.container().path(), ROOT / "my" / "dir")
def testPathWithNewlines(self):
path = Path.fromText("/Root/Foo\nBar\nBaz/home")
self.verify_parts(path, ["", "Root", "FooBarBaz", "home"])
def testBasenameIsAvailable(self):
path = Path.fromText("my/dir/test.txt")
self.fileSystem.create_file(path, "whatever")
file = self.fileSystem.open(path)
self.assertEqual(file.basename(), "test")
def _verify_generated_files(self, test_case):
location = self._file_system.open(Path.fromText("output"))
actual = LatexProject.extract_from_directory(location)
actual.assert_is_equivalent_to(test_case._expected)
def testFilteringFilesInDirectory(self):
self.fileSystem.create_file(Path.fromText("dir/test.txt"), "x")
self.fileSystem.create_file(Path.fromText("dir/test2.txt"), "y")
self.fileSystem.create_file(Path.fromText("dir/blah"), "z")
file = self.fileSystem.open(Path.fromText("dir"))
self.assertEqual(len(file.files_that_matches("test")), 1)
def _do_test_setup(self, project):
project.setup(self._file_system, Path.fromText(self._directory))
self._verify(project)
def root_tex_file(self):
return Path.fromText(self._root_tex_file)
def _verify(self, project):
for (path, file) in project.files.items():
file_on_disk = self._file_system.open(
Path.fromText(self._directory) / path)
self.assertEqual(file.content, file_on_disk.content())
def _verify_generated_files(self, test_case):
location = self._file_system.open(Path.fromText("output"))
actual = LatexProject.extract_from_directory(location)
test_case._expected.assert_is_equivalent_to(actual)
def _create_files(self, *files):
self._files = files
for (path, content) in files:
complete_path = Path.fromText(self._directory + path)
self._file_system.create_file(complete_path, content)