def testGetSuspectedCLConfidenceScoreAndApproachUseLessTest(self):
build = {
'failure_type': failure_type.TEST,
'failures': {
'a': ['t1']
},
'status': suspected_cl_status.CORRECT,
'approaches': [analysis_approach_type.HEURISTIC],
'top_score': 5
}
first_build = {
'failure_type':
failure_type.TEST,
'failures': {
'a': ['t1', 't2']
},
'status':
suspected_cl_status.CORRECT,
'approaches':
[analysis_approach_type.TRY_JOB, analysis_approach_type.HEURISTIC],
'top_score':
5
}
confidence, approach = (
suspected_cl_util.GetSuspectedCLConfidenceScoreAndApproach(
self.cl_confidences, build, first_build))
self.assertEqual(
suspected_cl_util._RoundConfidentToInteger(
self.cl_confidences.test_heuristic_try_job.confidence),
confidence)
self.assertEqual(analysis_approach_type.TRY_JOB, approach)
def testGetSuspectedCLConfidenceScoreAndApproachUseFirstBuild(self):
build = {
'failure_type': failure_type.COMPILE,
'failures': None,
'status': suspected_cl_status.CORRECT,
'approaches': [analysis_approach_type.TRY_JOB],
'top_score': 5
}
first_build = {
'failure_type':
failure_type.COMPILE,
'failures':
None,
'status':
suspected_cl_status.CORRECT,
'approaches':
[analysis_approach_type.TRY_JOB, analysis_approach_type.HEURISTIC],
'top_score':
5
}
confidence, approach = (
suspected_cl_util.GetSuspectedCLConfidenceScoreAndApproach(
self.cl_confidences, build, first_build))
self.assertEqual(
suspected_cl_util._RoundConfidentToInteger(
self.cl_confidences.compile_heuristic_try_job.confidence),
confidence)
self.assertEqual(analysis_approach_type.TRY_JOB, approach)
def testGetConfidenceScoreCompileTryJob(self):
build = {
'failure_type': failure_type.COMPILE,
'failures': None,
'status': suspected_cl_status.CORRECT,
'approaches': [analysis_approach_type.TRY_JOB],
'top_score': 5
}
self.assertEqual(
suspected_cl_util._RoundConfidentToInteger(
self.cl_confidences.test_try_job.confidence),
suspected_cl_util.GetSuspectedCLConfidenceScore(
self.cl_confidences, build))
def testGetConfidenceScoreCompileHeuristic(self):
build = {
'failure_type': failure_type.COMPILE,
'failures': None,
'status': suspected_cl_status.CORRECT,
'approaches': [analysis_approach_type.HEURISTIC],
'top_score': 4
}
self.assertEqual(
suspected_cl_util._RoundConfidentToInteger(
self.cl_confidences.compile_heuristic[1].confidence),
suspected_cl_util.GetSuspectedCLConfidenceScore(
self.cl_confidences, build))
