def main():
"""
Entry point of the application which parses the given arguments.
"""
command_parser = CommandParser(EnhanceCommand(EnhanceService()),
TemplateCommand(), RotationCommand())
command_parser.parse_args()
def test_execute_minus_rotation_divisible_by_90_should_set_rotation(self):
"""
Given
a rotation smaller than 0 divisble by 90
When
RotationCommand.execute() is called
Then
the configuration should not be filled with the rotation.
"""
# Arrange
class_under_test = RotationCommand()
rotation = -270
enhance_configuration = EnhancementConfiguration()
expected_rotation = -270
# Act
class_under_test.execute(rotation, False, enhance_configuration)
# Assert
self.assertEqual(expected_rotation, enhance_configuration.rotation)
def test_execute_rotation_bigger_than_360_should_not_set_rotation(self):
"""
Given
a rotation bigger than 360
When
RotationCommand.execute() is called
Then
the configuration should not be filled with the rotation.
"""
# Arrange
class_under_test = RotationCommand()
rotation = 360 + 90
enhance_configuration = EnhancementConfiguration()
expected_rotation = 0
# Act
class_under_test.execute(rotation, False, enhance_configuration)
# Assert
self.assertEqual(expected_rotation, enhance_configuration.rotation)
def test_execute_incorrectly_formatted_rotation_should_not_set_rotation(
self):
"""
Given
a incorrectly formatted rotation
When
RotationCommand.execute() is called
Then
the configuration should not be filled with the rotation.
"""
# Arrange
class_under_test = RotationCommand()
rotation = "kekse729"
enhance_configuration = EnhancementConfiguration()
expected_rotation = 0
# Act
class_under_test.execute(rotation, False, enhance_configuration)
# Assert
self.assertEqual(expected_rotation, enhance_configuration.rotation)