def pythoscope_t3st():
project = Project.from_directory(".")
#inspect_project(project)
#add_tests_to_project(project, modules, template, force)
#modname = "foo"
#module = project.create_test_module_from_name(modname)
#pprint.pprint(module)
foo = Function("testfoo")
#module = project.find_module_by_full_path(modname)
#pprint.pprint(module)
#pprint.pprint(module.__dict__)
#pprint.pprint(dir(module))
#module.objects.append(foo)
#template = "unittest"
#generator = pythoscope.generator.TestGenerator.from_template(template)
#generator._add_tests_for_module(module, project, True)
code = test_unparse_ast
ast2 = ast.parse(inspect.getsource(code))
code2 = astunparse.unparse(ast2)
m = project.create_module("tests/foo123.py", code=code2)
#pprint.pprint(m.__dict__)
pprint.pprint(project.__dict__)
for module in project.get_modules():
module.changed = True
# print("Calling save() on module %r" % module.subpath)
# module.save()
project.save()
def test_can_be_saved_and_restored_from_file(self):
project = ProjectInDirectory(self.tmpdir).with_modules(["good_module.py", "bad_module.py"])
project['good_module'].add_objects([Class("AClass", [Method("amethod")]),
Function("afunction")])
project['bad_module'].errors = ["Syntax error"]
project.save()
project = Project.from_directory(project.path)
assert_equal(2, len(project.get_modules()))
assert_equal(2, len(project['good_module'].objects))
assert_equal(["AClass"], get_names(project['good_module'].classes))
assert_equal(["amethod"], get_names(project['good_module'].classes[0].methods))
assert_equal(["afunction"], get_names(project['good_module'].functions))
assert_equal(["Syntax error"], project['bad_module'].errors)
def test_can_be_saved_and_restored_from_file(self):
project = ProjectInDirectory(self.tmpdir).with_modules(
["good_module.py", "bad_module.py"])
project['good_module'].add_objects(
[Class("AClass", [Method("amethod")]),
Function("afunction")])
project['bad_module'].errors = ["Syntax error"]
project.save()
project = Project.from_directory(project.path)
assert_equal(2, len(project.get_modules()))
assert_equal(2, len(project['good_module'].objects))
assert_equal(["AClass"], get_names(project['good_module'].classes))
assert_equal(["amethod"],
get_names(project['good_module'].classes[0].methods))
assert_equal(["afunction"],
get_names(project['good_module'].functions))
assert_equal(["Syntax error"], project['bad_module'].errors)
def ProjectInDirectory(project_path):
putdir(project_path, ".pythoscope")
putdir(project_path, P(".pythoscope/code-trees"))
project = Project(project_path)
return project
def EmptyProject():
project = Project(path=os.path.realpath("."),
code_trees_manager_class=MemoryCodeTreesManager)
# Preserve the default value.
project.new_tests_directory = "tests"
return project
def __init__(self, project=None, name="poe", content=""):
if project is None:
project = Project('.')
PointOfEntry.__init__(self, project, name)
self.content = content
def find_object(self, type, name, modulename=None):
if self._all_catch_module is not None:
return self._all_catch_module.find_object(type, name)
return Project.find_object(self, type, name, modulename)
def __init__(self, path=os.path.realpath(".")):
Project.__init__(self,
path=path,
code_trees_manager_class=MemoryCodeTreesManager)
self._last_module = None
self._all_catch_module = None
def find_object(self, type, name, modulename=None):
if self._all_catch_module is not None:
return self._all_catch_module.find_object(type, name)
return Project.find_object(self, type, name, modulename)
def __init__(self, path=os.path.realpath(".")):
Project.__init__(self, path=path,
code_trees_manager_class=MemoryCodeTreesManager)
self._last_module = None
self._all_catch_module = None
def _test_finds_new_test_directory(self, test_module_dir):
putdir(self.tmpdir, ".pythoscope")
putdir(self.tmpdir, test_module_dir)
project = Project(self.tmpdir)
assert_equal(test_module_dir, project.new_tests_directory)