private void updateResultsForAnyExternalFailures(
TestOutcome testOutcome, TestOutcome scenarioOutcome) {
if (rowResultsAreInconsistantWithOverallResult(testOutcome)) {
testOutcome.getDataTable().getRows().get(0).updateResult(testOutcome.getResult());
scenarioOutcome.addFailingExternalStep(
new AssertionError(testOutcome.getTestFailureMessage()));
}
}
private List<TestOutcome> aggregatedScenarioOutcomes(List<TestOutcome> allOutcomes) {
Map<String, TestOutcome> scenarioOutcomes = new HashMap<>();
for (TestOutcome testOutcome : allOutcomes) {
final String normalizedMethodName = normalizeMethodName(testOutcome);
TestOutcome scenarioOutcome =
scenarioOutcomeFor(normalizedMethodName, testOutcome, scenarioOutcomes);
recordTestOutcomeAsSteps(testOutcome, scenarioOutcome);
if (testOutcome.isDataDriven()) {
updateResultsForAnyExternalFailures(
testOutcome, scenarioOutcomes.get(normalizedMethodName));
scenarioOutcome.addDataFrom(testOutcome.getDataTable());
}
}
List<TestOutcome> aggregatedScenarioOutcomes = new ArrayList<>();
aggregatedScenarioOutcomes.addAll(scenarioOutcomes.values());
return aggregatedScenarioOutcomes;
}
private boolean rowResultsAreInconsistantWithOverallResult(TestOutcome testOutcome) {
TestResult overallRowResult = overallResultFrom(testOutcome.getDataTable().getRows());
return (testOutcome.isError() || testOutcome.isFailure())
&& (!testOutcome.getDataTable().getRows().isEmpty())
&& (testOutcome.getResult() != overallRowResult);
}
