Module tests.unit_tests
Classes
class UnitTests (methodName='runTest')-
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class UnitTests(unittest.TestCase): """The actual unit tests being run on the code.""" def test_node_equality(self): """A test to make sure identical data nodes are being treated as equal.""" self.assertEqual(TestUtils.get_test_node(), TestUtils.get_test_node()) def test_io(self): """ This test creates a new DataNode, writes it to a file using DataWriter, reads it using DataReader, and compares it against the original node. """ # Start the error counter Logger.reset_error_count() # Write test data to a file writer: DataWriter = DataWriter("test.txt") writer.open() writer.write(TestUtils.get_test_node()) writer.close() # Read test data from the file reader: DataReader = DataReader("test.txt", DataNode.create_root_node()) reader.parse() print(reader.root) for child in reader.root.children: print(child) loaded_node: DataNode = reader.root.children[0] # Do clean-up Path.unlink(Path("test.txt")) # Check to make sure there were no issues print("TEST RESULTS:") print(TestUtils.get_test_node()) print(loaded_node) print("Errors:", Logger.get_error_count()) print("---") self.assertTrue( Logger.get_error_count() == 0 and TestUtils.get_test_node() == loaded_node ) def test_builder(self): """ This test takes data from the test node, builds it, and makes sure it's working properly. """ # Start the error counter Logger.reset_error_count() # Build the node node: DataNode = TestUtils.get_test_node() name: str | None = Builder.build_string(node, 0, "ship") mass: int = 0 drag: float = 0 description: str | None = "" for child in node.children: match child.name: case "mass": mass = Builder.build_int(child, 0, "ship") case "drag": drag = Builder.build_float(child, 0, "ship") case "description": description = Builder.build_string(child, 0, "ship") case _: pass # Check to make sure there were no issues self.assertTrue( Logger.get_error_count() == 0 and name == "Much Confused Wardragon" and mass == 35 and drag == 0.3 and description == "This Wardragon bears no resemblance to any actual ship in the game Endless Sky. It has no material existence, despite having mass and possibly explaining the existence of the dark matter in our universe." ) def test_human_readable_nodes(self): """ This test checks to make sure that nodes with extra empty lines in the iddle of their definitions still parse properly. """ # Start the error counter Logger.reset_error_count() # Open and parse the test data root_node: DataNode = DataNode.create_root_node() reader: DataReader = DataReader("../testdata/humanreadable.txt", root_node) reader.parse() loaded_node: DataNode = root_node.children[0] # Check to make sure there were no issues self.assertTrue(Logger.get_error_count() == 0 and TestUtils.get_test_node() == loaded_node)The actual unit tests being run on the code.
Create an instance of the class that will use the named test method when executed. Raises a ValueError if the instance does not have a method with the specified name.
Ancestors
- unittest.case.TestCase
Methods
def test_builder(self)-
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def test_builder(self): """ This test takes data from the test node, builds it, and makes sure it's working properly. """ # Start the error counter Logger.reset_error_count() # Build the node node: DataNode = TestUtils.get_test_node() name: str | None = Builder.build_string(node, 0, "ship") mass: int = 0 drag: float = 0 description: str | None = "" for child in node.children: match child.name: case "mass": mass = Builder.build_int(child, 0, "ship") case "drag": drag = Builder.build_float(child, 0, "ship") case "description": description = Builder.build_string(child, 0, "ship") case _: pass # Check to make sure there were no issues self.assertTrue( Logger.get_error_count() == 0 and name == "Much Confused Wardragon" and mass == 35 and drag == 0.3 and description == "This Wardragon bears no resemblance to any actual ship in the game Endless Sky. It has no material existence, despite having mass and possibly explaining the existence of the dark matter in our universe." )This test takes data from the test node, builds it, and makes sure it's working properly.
def test_human_readable_nodes(self)-
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def test_human_readable_nodes(self): """ This test checks to make sure that nodes with extra empty lines in the iddle of their definitions still parse properly. """ # Start the error counter Logger.reset_error_count() # Open and parse the test data root_node: DataNode = DataNode.create_root_node() reader: DataReader = DataReader("../testdata/humanreadable.txt", root_node) reader.parse() loaded_node: DataNode = root_node.children[0] # Check to make sure there were no issues self.assertTrue(Logger.get_error_count() == 0 and TestUtils.get_test_node() == loaded_node)This test checks to make sure that nodes with extra empty lines in the iddle of their definitions still parse properly.
def test_io(self)-
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def test_io(self): """ This test creates a new DataNode, writes it to a file using DataWriter, reads it using DataReader, and compares it against the original node. """ # Start the error counter Logger.reset_error_count() # Write test data to a file writer: DataWriter = DataWriter("test.txt") writer.open() writer.write(TestUtils.get_test_node()) writer.close() # Read test data from the file reader: DataReader = DataReader("test.txt", DataNode.create_root_node()) reader.parse() print(reader.root) for child in reader.root.children: print(child) loaded_node: DataNode = reader.root.children[0] # Do clean-up Path.unlink(Path("test.txt")) # Check to make sure there were no issues print("TEST RESULTS:") print(TestUtils.get_test_node()) print(loaded_node) print("Errors:", Logger.get_error_count()) print("---") self.assertTrue( Logger.get_error_count() == 0 and TestUtils.get_test_node() == loaded_node )This test creates a new DataNode, writes it to a file using DataWriter, reads it using DataReader, and compares it against the original node.
def test_node_equality(self)-
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def test_node_equality(self): """A test to make sure identical data nodes are being treated as equal.""" self.assertEqual(TestUtils.get_test_node(), TestUtils.get_test_node())A test to make sure identical data nodes are being treated as equal.