func (s *serviceSuite) TearDownTest(c *check.C) { if !common.IsInRebootProcess() { common.RemoveSnap(c, data.BasicServiceSnapName) } // run cleanup last s.SnappySuite.TearDownTest(c) }
func (s *initRAMFSSuite) TearDownTest(c *check.C) { s.SnappySuite.TearDownTest(c) if !common.IsInRebootProcess() { bootDir := getCurrentBootDir(c) cli.ExecCommand( c, "sudo", "mv", path.Join(os.Getenv("ADT_ARTIFACTS"), "initrd.img"), bootDir) } }
func (fr *SubunitV2ParserReporter) Write(data []byte) (int, error) { var err error sdata := string(data) if matches := announceRegexp.FindStringSubmatch(sdata); len(matches) == 2 { testID := matches[1] if isTest(testID) && !common.IsInRebootProcess() { err = fr.statuser.Status(subunit.Event{TestID: matches[1], Status: "exists"}) } } else if matches := successRegexp.FindStringSubmatch(sdata); len(matches) == 2 { testID := matches[1] if isTest(testID) && !common.IsInRebootProcess() { err = fr.statuser.Status(subunit.Event{TestID: matches[1], Status: "success"}) } } else if matches := failureRegexp.FindStringSubmatch(sdata); len(matches) == 2 { err = fr.statuser.Status(subunit.Event{TestID: matches[1], Status: "fail"}) } else if matches := skipRegexp.FindStringSubmatch(sdata); len(matches) == 3 { reason := matches[2] // Do not report anything about the set ups skipped because of another test's reboot. duringReboot := matchString( fmt.Sprintf(regexp.QuoteMeta(common.FormatSkipDuringReboot), ".*", ".*"), reason) afterReboot := matchString( fmt.Sprintf(regexp.QuoteMeta(common.FormatSkipAfterReboot), ".*", ".*"), reason) if duringReboot || afterReboot { return 0, nil } err = fr.statuser.Status(subunit.Event{ TestID: matches[1], Status: "skip", FileName: "reason", FileBytes: []byte(reason), MIME: "text/plain;charset=utf8", }) } if wr, ok := fr.Next.(*writerRecorder); ok { return wr.nbytes, err } return 0, err }
func (fr *SubunitV2ParserReporter) Write(data []byte) (int, error) { var err error sdata := string(data) if matches := announceRegexp.FindStringSubmatch(sdata); len(matches) == 2 { testID := matches[1] if isTest(testID) && !common.IsInRebootProcess() { err = fr.statuser.Status(subunit.Event{TestID: matches[1], Status: "exists"}) } } else if matches := successRegexp.FindStringSubmatch(sdata); len(matches) == 2 { testID := matches[1] if isTest(testID) && !common.IsInRebootProcess() { err = fr.statuser.Status(subunit.Event{TestID: matches[1], Status: "success"}) } } else if matches := failureRegexp.FindStringSubmatch(sdata); len(matches) == 2 { err = fr.statuser.Status(subunit.Event{TestID: matches[1], Status: "fail"}) } else if matches := skipRegexp.FindStringSubmatch(sdata); len(matches) == 3 { reason := matches[2] // Do not take into account skipped SetUpTest if strings.HasSuffix(matches[1], "SetUpTest") { return 0, nil } // Do not report anything about the set ups skipped because of another test's reboot. if checkReboot(reason) { return 0, nil } err = fr.statuser.Status(subunit.Event{ TestID: matches[1], Status: "skip", FileName: "reason", FileBytes: []byte(reason), MIME: "text/plain;charset=utf8", }) } if wr, ok := fr.Next.(*writerRecorder); ok { return wr.nbytes, err } return 0, err }