func appendResult2(test JUnitXMLTest, results *core.TestResults, failure JUnitXMLFailure) {
results.Failed++
results.Failures = append(results.Failures, core.TestFailure{
Name: combineNames(test.ClassName, test.Name),
Type: failure.Type,
Traceback: messageOrTraceback(failure), // TODO(pebers): store both of these, not just one.
Stdout: test.Stdout,
Stderr: test.Stderr,
})
}
func parseGoTestResults(data []byte) (core.TestResults, error) {
results := core.TestResults{}
lines := bytes.Split(data, []byte{'\n'})
testsStarted := map[string]bool{}
for i, line := range lines {
testStartMatches := testStart.FindSubmatch(line)
testResultMatches := testResult.FindSubmatch(line)
if testStartMatches != nil {
testsStarted[strings.TrimSpace(string(testStartMatches[1]))] = true
} else if testResultMatches != nil {
testName := strings.TrimSpace(string(testResultMatches[2]))
if !testsStarted[testName] {
continue
}
results.NumTests++
if bytes.Equal(testResultMatches[1], []byte("PASS")) {
results.Passed++
results.Passes = append(results.Passes, testName)
} else if bytes.Equal(testResultMatches[1], []byte("SKIP")) {
results.Skipped++
i++ // Skip following line too that has the reason for being skipped
} else {
output := ""
for j := i + 1; j < len(lines) && !bytes.HasPrefix(lines[j], []byte("===")); j++ {
output += string(lines[j]) + "\n"
i = j
}
results.Failed++
results.Failures = append(results.Failures, core.TestFailure{
Name: testName, Type: "FAILURE", Traceback: output, Stdout: "", Stderr: "",
})
}
} else if bytes.Equal(line, []byte("PASS")) {
// Do nothing, all's well.
} else if bytes.Equal(line, []byte("FAIL")) {
if results.Failed == 0 {
return results, fmt.Errorf("Test indicated final failure but no failures found yet")
}
}
}
return results, nil
}