def test_script_parameters_str(self):
handler = effects.ScriptedEffectHandler(
self.fileman, self.res_path + "/script_good.json")
params = handler.get_parameters()
# String: Value set, should be returned.
self.assertEqual(params["test_text"], "My Text",
"Script parameter returned incorrect value!")
def test_script_parameters_int(self):
handler = effects.ScriptedEffectHandler(
self.fileman, self.res_path + "/script_good.json")
params = handler.get_parameters()
# Number: Value not set, should return default.
self.assertEqual(params["test_number"], 48,
"Script parameter returned incorrect value!")
def test_script_parameters_default(self):
handler = effects.ScriptedEffectHandler(
self.fileman, self.res_path + "/script_good.json")
params = handler.get_parameters()
# Colour: Value not set, should return default.
self.assertEqual(params["test_colour"], "#00FF00",
"Script parameter returned incorrect default!")
def test_script_is_device_compatible_3(self):
handler = effects.ScriptedEffectHandler(
self.fileman, self.res_path + "/script_good.json")
# This effect is not designed for mice
device = {"name": "Razer Mamba", "form_factor": {"id": "mouse"}}
self.assertFalse(
handler.is_device_compatible(device),
"Miscategorised a device as compatible for effect script!")
def test_script_is_device_compatible_1(self):
handler = effects.ScriptedEffectHandler(
self.fileman, self.res_path + "/script_good.json")
# This effect was written specifically for this hardware
device = {
"name": "Razer BlackWidow Chroma",
"form_factor": {
"id": "keyboard"
}
}
self.assertTrue(
handler.is_device_compatible(device),
"Miscategorised a device as incompatible for effect script!")
def test_script_is_device_compatible_2(self):
handler = effects.ScriptedEffectHandler(
self.fileman, self.res_path + "/script_good.json")
# This effect works on any keyboards
device = {
"name": "Razer BlackWidow Ultimate 2016",
"form_factor": {
"id": "keyboard"
}
}
self.assertTrue(
handler.is_device_compatible(device),
"Miscategorised a device as incompatible for effect script!")
def test_script_can_run_on_platform(self):
handler = effects.ScriptedEffectHandler(
self.fileman, self.res_path + "/script_good.json")
self.assertEqual(handler.can_run_on_platform(), True,
"Could not determine OS for effect script!")
def test_script_import_results(self):
handler = effects.ScriptedEffectHandler(
self.fileman, self.res_path + "/script_good.json")
results = handler.get_import_results()
self.assertTrue(results["math"],
"Failed to get module status for effect script!")
def test_script_can_find_modules(self):
handler = effects.ScriptedEffectHandler(
self.fileman, self.res_path + "/script_good.json")
self.assertEqual(handler.can_find_modules(), True,
"Could not find modules for effect script!")
def test_script_can_find_modules_bad(self):
handler = effects.ScriptedEffectHandler(
self.fileman, self.res_path + "/script_bad.json")
self.assertEqual(handler.can_find_modules(), False,
"Found non-existant modules for effect script!")
def test_script_modules_bad(self):
handler = effects.ScriptedEffectHandler(
self.fileman, self.res_path + "/script_bad.json")
self.assertEqual(
handler.get_modules(), None,
"Improperly listing modules for a bad effect script!")
def test_script_modules(self):
handler = effects.ScriptedEffectHandler(
self.fileman, self.res_path + "/script_good.json")
self.assertEqual(handler.get_modules(), ["math", "time"],
"Unexpected modules from effect script!")
def test_script_integrity_bad(self):
handler = effects.ScriptedEffectHandler(
self.fileman, self.res_path + "/script_bad.json")
self.assertEqual(handler.get_integrity_check(), False,
"Improperly validated a bad effect script!")
def test_script_integrity(self):
handler = effects.ScriptedEffectHandler(
self.fileman, self.res_path + "/script_good.json")
self.assertEqual(handler.get_integrity_check(), True,
"Failed to validate effect script integrity!")
def test_script_handler_init(self):
handler = effects.ScriptedEffectHandler(
self.fileman, self.res_path + "/script_good.json")
