import unittest from modules import util class TestUtils(unittest.TestCase): def test_can_parse_tokens_with_lora(self): test_cases = [ { "input": ("some prompt, very cool, , cool ", [], 5), "output": ( [('hey-lora.safetensors', 0.4), ('you-lora.safetensors', 0.2)], 'some prompt, very cool, cool'), }, # Test can not exceed limit { "input": ("some prompt, very cool, , cool ", [], 1), "output": ( [('hey-lora.safetensors', 0.4)], 'some prompt, very cool, cool' ), }, # test Loras from UI take precedence over prompt { "input": ( "some prompt, very cool, , , , , , ", [("hey-lora.safetensors", 0.4)], 5, ), "output": ( [ ('hey-lora.safetensors', 0.4), ('l1.safetensors', 0.4), ('l2.safetensors', -0.2), ('l3.safetensors', 0.3), ('l4.safetensors', 0.5) ], 'some prompt, very cool' ) }, { "input": ("some prompt, very cool, ", [], 3), "output": ( [ ('hey-lora.safetensors', 0.4), ('you-lora.safetensors', 0.2) ], 'some prompt, very cool, ' ), }, { "input": (", , , and ", [], 6), "output": ( [], ', , , and ' ) } ] for test in test_cases: prompt, loras, loras_limit = test["input"] expected = test["output"] actual = util.parse_lora_references_from_prompt(prompt, loras, loras_limit) self.assertEqual(expected, actual)