""" Unit test for deterministic compiler and slice-cut verifier. Testing single label: 'speech disfluency' and zero target fields. """ from schema import RawCandidate from compiler import compile_candidate_to_example def run_tests(): # Test 1: Speech disfluency with filler and date retraction c1 = RawCandidate( category="DISFLUENCY", raw_text="I want to do this, like, on Friday, wait no, Saturday.", clean_text="I want to do this on Saturday.", disfluent_spans=["like, ", "Friday, wait no, "] ) ex1, err1 = compile_candidate_to_example(c1, "test_01") assert err1 is None, f"Test 1 failed: {err1}" assert ex1.clean_text == "I want to do this on Saturday." assert len(ex1.spans) == 2 assert all(s.label == "speech disfluency" for s in ex1.spans) print("Test 1 Passed: Disfluency Spans:", [s.model_dump() for s in ex1.spans]) # Test 2: Speech disfluency with cued retraction c2 = RawCandidate( category="DISFLUENCY", raw_text="Send that to John... actually make that both John and Sarah's managers.", clean_text="Send that to both John and Sarah's managers.", disfluent_spans=["John... actually make that "] ) ex2, err2 = compile_candidate_to_example(c2, "test_02") assert err2 is None, f"Test 2 failed: {err2}" assert ex2.clean_text == "Send that to both John and Sarah's managers." assert ex2.spans[0].label == "speech disfluency" print("Test 2 Passed: Cued Correction Span:", [s.model_dump() for s in ex2.spans]) # Test 3: CLEAN c3 = RawCandidate( category="CLEAN", raw_text="I like this architecture because it works well.", clean_text="I like this architecture because it works well.", disfluent_spans=[] ) ex3, err3 = compile_candidate_to_example(c3, "test_03") assert err3 is None, f"Test 3 failed: {err3}" assert len(ex3.spans) == 0 print("Test 3 Passed: CLEAN negative control passed!") print(">>> ALL COMPILER TESTS PASSED! <<<") if __name__ == "__main__": run_tests()