How to use testCrash method of main Package

Best Syzkaller code snippet using main.testCrash

reporting_test.go

Source:reporting_test.go

...142	c := NewCtx(t)143	defer c.Close()144	build := testBuild(1)145	c.client.UploadBuild(build)146	crash1 := testCrashWithRepro(build, 1)147	c.client.ReportCrash(crash1)148	rep := c.client.pollBug()149	c.expectEQ(rep.Title, "title1")150	reply, _ := c.client.ReportingUpdate(&dashapi.BugUpdate{151		ID:         rep.ID,152		Status:     dashapi.BugStatusOpen,153		ReproLevel: dashapi.ReproLevelC,154	})155	c.expectEQ(reply.OK, true)156	{157		closed, _ := c.client.ReportingPollClosed([]string{rep.ID, "foobar"})158		c.expectEQ(len(closed), 0)159	}160	// Mark the bug as invalid.161	c.client.updateBug(rep.ID, dashapi.BugStatusInvalid, "")162	{163		closed, _ := c.client.ReportingPollClosed([]string{rep.ID, "foobar"})164		c.expectEQ(len(closed), 1)165		c.expectEQ(closed[0], rep.ID)166	}167	// Now it should not be reported in either reporting.168	c.client.pollBugs(0)169	// Now a similar crash happens again.170	crash2 := &dashapi.Crash{171		BuildID: "build1",172		Title:   "title1",173		Log:     []byte("log2"),174		Report:  []byte("report2"),175		ReproC:  []byte("int main() { return 1; }"),176	}177	c.client.ReportCrash(crash2)178	// Now it should be reported again.179	rep = c.client.pollBug()180	c.expectNE(rep.ID, "")181	_, dbCrash, dbBuild := c.loadBug(rep.ID)182	want := &dashapi.BugReport{183		Type:              dashapi.ReportNew,184		BugStatus:         dashapi.BugStatusOpen,185		Namespace:         "test1",186		Config:            []byte(`{"Index":1}`),187		ID:                rep.ID,188		OS:                targets.Linux,189		Arch:              targets.AMD64,190		VMArch:            targets.AMD64,191		First:             true,192		Moderation:        true,193		Title:             "title1 (2)",194		Link:              fmt.Sprintf("https://testapp.appspot.com/bug?extid=%v", rep.ID),195		CreditEmail:       fmt.Sprintf("syzbot+%v@testapp.appspotmail.com", rep.ID),196		BuildID:           "build1",197		BuildTime:         timeNow(c.ctx),198		CompilerID:        "compiler1",199		KernelRepo:        "repo1",200		KernelRepoAlias:   "repo1 branch1",201		KernelBranch:      "branch1",202		KernelCommit:      "1111111111111111111111111111111111111111",203		KernelCommitTitle: build.KernelCommitTitle,204		KernelCommitDate:  buildCommitDate,205		KernelConfig:      []byte("config1"),206		KernelConfigLink:  externalLink(c.ctx, textKernelConfig, dbBuild.KernelConfig),207		SyzkallerCommit:   "syzkaller_commit1",208		Log:               []byte("log2"),209		LogLink:           externalLink(c.ctx, textCrashLog, dbCrash.Log),210		Report:            []byte("report2"),211		ReportLink:        externalLink(c.ctx, textCrashReport, dbCrash.Report),212		ReproC:            []byte("int main() { return 1; }"),213		ReproCLink:        externalLink(c.ctx, textReproC, dbCrash.ReproC),214		ReproOpts:         []uint8{},215		CrashID:           rep.CrashID,216		CrashTime:         timeNow(c.ctx),217		NumCrashes:        1,218		HappenedOn:        []string{"repo1 branch1"},219	}220	c.expectEQ(want, rep)221	c.client.ReportFailedRepro(testCrashID(crash1))222}223func TestReportingQuota(t *testing.T) {224	c := NewCtx(t)225	defer c.Close()226	build := testBuild(1)227	c.client.UploadBuild(build)228	const numReports = 8 // quota is 3 per day229	for i := 0; i < numReports; i++ {230		c.client.ReportCrash(testCrash(build, i))231	}232	for _, reports := range []int{3, 3, 2, 0, 0} {233		c.advanceTime(24 * time.Hour)234		c.client.pollBugs(reports)235		// Out of quota for today, so must get 0 reports.236		c.client.pollBugs(0)237	}238}239// Basic dup scenario: mark one bug as dup of another.240func TestReportingDup(t *testing.T) {241	c := NewCtx(t)242	defer c.Close()243	build := testBuild(1)244	c.client.UploadBuild(build)245	crash1 := testCrash(build, 1)246	c.client.ReportCrash(crash1)247	crash2 := testCrash(build, 2)248	c.client.ReportCrash(crash2)249	reports := c.client.pollBugs(2)250	rep1 := reports[0]251	rep2 := reports[1]252	// Dup.253	c.client.updateBug(rep2.ID, dashapi.BugStatusDup, rep1.ID)254	{255		// Both must be reported as open.256		closed, _ := c.client.ReportingPollClosed([]string{rep1.ID, rep2.ID})257		c.expectEQ(len(closed), 0)258	}259	// Undup.260	c.client.updateBug(rep2.ID, dashapi.BugStatusOpen, "")261	// Dup again.262	c.client.updateBug(rep2.ID, dashapi.BugStatusDup, rep1.ID)263	// Dup crash happens again, new bug must not be created.264	c.client.ReportCrash(crash2)265	c.client.pollBugs(0)266	// Now close the original bug, and check that new bugs for dup are now created.267	c.client.updateBug(rep1.ID, dashapi.BugStatusInvalid, "")268	{269		// Now both must be reported as closed.270		closed, _ := c.client.ReportingPollClosed([]string{rep1.ID, rep2.ID})271		c.expectEQ(len(closed), 2)272		c.expectEQ(closed[0], rep1.ID)273		c.expectEQ(closed[1], rep2.ID)274	}275	c.client.ReportCrash(crash2)276	rep3 := c.client.pollBug()277	c.expectEQ(rep3.Title, crash2.Title+" (2)")278	// Unduping after the canonical bugs was closed must not work279	// (we already created new bug for this report).280	reply, _ := c.client.ReportingUpdate(&dashapi.BugUpdate{281		ID:     rep2.ID,282		Status: dashapi.BugStatusOpen,283	})284	c.expectEQ(reply.OK, false)285}286// Dup bug onto a closed bug.287// A new crash report must create a new bug.288func TestReportingDupToClosed(t *testing.T) {289	c := NewCtx(t)290	defer c.Close()291	build := testBuild(1)292	c.client.UploadBuild(build)293	crash1 := testCrash(build, 1)294	c.client.ReportCrash(crash1)295	crash2 := testCrash(build, 2)296	c.client.ReportCrash(crash2)297	reports := c.client.pollBugs(2)298	c.client.updateBug(reports[0].ID, dashapi.BugStatusInvalid, "")299	c.client.updateBug(reports[1].ID, dashapi.BugStatusDup, reports[0].ID)300	c.client.ReportCrash(crash2)301	rep2 := c.client.pollBug()302	c.expectEQ(rep2.Title, crash2.Title+" (2)")303}304// Test that marking dups across reporting levels is not permitted.305func TestReportingDupCrossReporting(t *testing.T) {306	c := NewCtx(t)307	defer c.Close()308	build := testBuild(1)309	c.client.UploadBuild(build)310	crash1 := testCrash(build, 1)311	c.client.ReportCrash(crash1)312	crash2 := testCrash(build, 2)313	c.client.ReportCrash(crash2)314	reports := c.client.pollBugs(2)315	rep1 := reports[0]316	rep2 := reports[1]317	// Upstream second bug.318	c.client.updateBug(rep2.ID, dashapi.BugStatusUpstream, "")319	rep3 := c.client.pollBug()320	{321		closed, _ := c.client.ReportingPollClosed([]string{rep1.ID, rep2.ID, rep3.ID})322		c.expectEQ(len(closed), 1)323		c.expectEQ(closed[0], rep2.ID)324	}325	// Duping must fail all ways.326	cmds := []*dashapi.BugUpdate{327		{ID: rep1.ID, DupOf: rep1.ID},328		{ID: rep1.ID, DupOf: rep2.ID},329		{ID: rep2.ID, DupOf: rep1.ID},330		{ID: rep2.ID, DupOf: rep2.ID},331		{ID: rep2.ID, DupOf: rep3.ID},332		{ID: rep3.ID, DupOf: rep1.ID},333		{ID: rep3.ID, DupOf: rep2.ID},334		{ID: rep3.ID, DupOf: rep3.ID},335	}336	for _, cmd := range cmds {337		t.Logf("duping %v -> %v", cmd.ID, cmd.DupOf)338		cmd.Status = dashapi.BugStatusDup339		reply, _ := c.client.ReportingUpdate(cmd)340		c.expectEQ(reply.OK, false)341	}342	// Special case of cross-reporting duping:343	cmd := &dashapi.BugUpdate{344		Status: dashapi.BugStatusDup,345		ID:     rep1.ID,346		DupOf:  rep3.ID,347	}348	t.Logf("duping %v -> %v", cmd.ID, cmd.DupOf)349	reply, _ := c.client.ReportingUpdate(cmd)350	c.expectTrue(reply.OK)351}352// Test that dups can't form a cycle.353// The test builds cycles of length 1..4.354func TestReportingDupCycle(t *testing.T) {355	c := NewCtx(t)356	defer c.Close()357	build := testBuild(1)358	c.client.UploadBuild(build)359	const N = 4360	reps := make([]*dashapi.BugReport, N)361	for i := 0; i < N; i++ {362		t.Logf("*************** %v ***************", i)363		c.client.ReportCrash(testCrash(build, i))364		reps[i] = c.client.pollBug()365		replyError := "Can't dup bug to itself."366		if i != 0 {367			replyError = "Setting this dup would lead to a bug cycle, cycles are not allowed."368			reply, _ := c.client.ReportingUpdate(&dashapi.BugUpdate{369				Status: dashapi.BugStatusDup,370				ID:     reps[i-1].ID,371				DupOf:  reps[i].ID,372			})373			c.expectEQ(reply.OK, true)374		}375		reply, _ := c.client.ReportingUpdate(&dashapi.BugUpdate{376			Status: dashapi.BugStatusDup,377			ID:     reps[i].ID,378			DupOf:  reps[0].ID,379		})380		c.expectEQ(reply.OK, false)381		c.expectEQ(reply.Error, false)382		c.expectEQ(reply.Text, replyError)383		c.advanceTime(24 * time.Hour)384	}385}386func TestReportingFilter(t *testing.T) {387	c := NewCtx(t)388	defer c.Close()389	build := testBuild(1)390	c.client.UploadBuild(build)391	crash1 := testCrash(build, 1)392	crash1.Title = "skip with repro 1"393	c.client.ReportCrash(crash1)394	// This does not skip first reporting, because it does not have repro.395	rep1 := c.client.pollBug()396	c.expectEQ(string(rep1.Config), `{"Index":1}`)397	crash1.ReproSyz = []byte("getpid()")398	c.client.ReportCrash(crash1)399	// This has repro but was already reported to first reporting,400	// so repro must go to the first reporting as well.401	rep2 := c.client.pollBug()402	c.expectEQ(string(rep2.Config), `{"Index":1}`)403	// Now upstream it and it must go to the second reporting.404	c.client.updateBug(rep1.ID, dashapi.BugStatusUpstream, "")405	rep3 := c.client.pollBug()406	c.expectEQ(string(rep3.Config), `{"Index":2}`)407	// Now report a bug that must go to the second reporting right away.408	crash2 := testCrash(build, 2)409	crash2.Title = "skip with repro 2"410	crash2.ReproSyz = []byte("getpid()")411	c.client.ReportCrash(crash2)412	rep4 := c.client.pollBug()413	c.expectEQ(string(rep4.Config), `{"Index":2}`)414}415func TestMachineInfo(t *testing.T) {416	c := NewCtx(t)417	defer c.Close()418	build := testBuild(1)419	c.client.UploadBuild(build)420	machineInfo := []byte("info1")421	// Create a crash with machine information and check the returned machine422	// information field is equal.423	crash := &dashapi.Crash{424		BuildID:     "build1",425		Title:       "title1",426		Maintainers: []string{`"Foo Bar" <foo@bar.com>`, `bar@foo.com`},427		Log:         []byte("log1"),428		Report:      []byte("report1"),429		MachineInfo: machineInfo,430	}431	c.client.ReportCrash(crash)432	rep := c.client.pollBug()433	c.expectEQ(machineInfo, rep.MachineInfo)434	// Check that a link to machine information page is created on the dashboard,435	// and the content is correct.436	indexPage, err := c.AuthGET(AccessAdmin, "/test1")437	c.expectOK(err)438	bugLinkRegex := regexp.MustCompile(`<a href="(/bug\?id=[^"]+)">title1</a>`)439	bugLinkSubmatch := bugLinkRegex.FindSubmatch(indexPage)440	c.expectEQ(len(bugLinkSubmatch), 2)441	bugURL := html.UnescapeString(string(bugLinkSubmatch[1]))442	bugPage, err := c.AuthGET(AccessAdmin, bugURL)443	c.expectOK(err)444	infoLinkRegex := regexp.MustCompile(`<a href="(/text\?tag=MachineInfo[^"]+)">info</a>`)445	infoLinkSubmatch := infoLinkRegex.FindSubmatch(bugPage)446	c.expectEQ(len(infoLinkSubmatch), 2)447	infoURL := html.UnescapeString(string(infoLinkSubmatch[1]))448	receivedInfo, err := c.AuthGET(AccessAdmin, infoURL)449	c.expectOK(err)450	c.expectEQ(receivedInfo, machineInfo)451}452func TestAltTitles1(t *testing.T) {453	c := NewCtx(t)454	defer c.Close()455	build := testBuild(1)456	c.client.UploadBuild(build)457	// crash2.AltTitles matches crash1.Title.458	crash1 := testCrash(build, 1)459	crash2 := testCrashWithRepro(build, 2)460	crash2.AltTitles = []string{crash1.Title}461	c.client.ReportCrash(crash1)462	rep := c.client.pollBug()463	c.expectEQ(rep.Title, crash1.Title)464	c.expectEQ(rep.Log, crash1.Log)465	c.client.ReportCrash(crash2)466	rep = c.client.pollBug()467	c.expectEQ(rep.Title, crash1.Title)468	c.expectEQ(rep.Log, crash2.Log)469}470func TestAltTitles2(t *testing.T) {471	c := NewCtx(t)472	defer c.Close()473	build := testBuild(1)474	c.client.UploadBuild(build)475	// crash2.Title matches crash1.AltTitles, but reported in opposite order.476	crash1 := testCrash(build, 1)477	crash2 := testCrash(build, 2)478	crash2.AltTitles = []string{crash1.Title}479	c.client.ReportCrash(crash2)480	rep := c.client.pollBug()481	c.expectEQ(rep.Title, crash2.Title)482	c.expectEQ(rep.Log, crash2.Log)483	c.client.ReportCrash(crash1)484	c.client.pollBugs(0)485}486func TestAltTitles3(t *testing.T) {487	c := NewCtx(t)488	defer c.Close()489	build := testBuild(1)490	c.client.UploadBuild(build)491	// crash2.AltTitles matches crash1.AltTitles.492	crash1 := testCrash(build, 1)493	crash1.AltTitles = []string{"foobar"}494	crash2 := testCrash(build, 2)495	crash2.AltTitles = crash1.AltTitles496	c.client.ReportCrash(crash1)497	c.client.pollBugs(1)498	c.client.ReportCrash(crash2)499	c.client.pollBugs(0)500}501func TestAltTitles4(t *testing.T) {502	c := NewCtx(t)503	defer c.Close()504	build := testBuild(1)505	c.client.UploadBuild(build)506	// crash1.AltTitles matches crash2.AltTitles which matches crash3.AltTitles.507	crash1 := testCrash(build, 1)508	crash1.AltTitles = []string{"foobar1"}509	crash2 := testCrash(build, 2)510	crash2.AltTitles = []string{"foobar1", "foobar2"}511	crash3 := testCrash(build, 3)512	crash3.AltTitles = []string{"foobar2"}513	c.client.ReportCrash(crash1)514	c.client.pollBugs(1)515	c.client.ReportCrash(crash2)516	c.client.pollBugs(0)517	c.client.ReportCrash(crash3)518	c.client.pollBugs(0)519}520func TestAltTitles5(t *testing.T) {521	c := NewCtx(t)522	defer c.Close()523	build := testBuild(1)524	c.client.UploadBuild(build)525	// Test which of the possible existing bugs we choose for merging.526	crash1 := testCrash(build, 1)527	crash1.AltTitles = []string{"foo"}528	c.client.ReportCrash(crash1)529	c.client.pollBugs(1)530	crash2 := testCrash(build, 2)531	crash2.Title = "bar"532	c.client.ReportCrash(crash2)533	c.client.pollBugs(1)534	crash3 := testCrash(build, 3)535	c.client.ReportCrash(crash3)536	c.client.pollBugs(1)537	crash3.AltTitles = []string{"bar"}538	c.client.ReportCrash(crash3)539	c.client.pollBugs(0)540	crash := testCrashWithRepro(build, 10)541	crash.Title = "foo"542	crash.AltTitles = []string{"bar"}543	c.client.ReportCrash(crash)544	rep := c.client.pollBug()545	c.expectEQ(rep.Title, crash2.Title)546	c.expectEQ(rep.Log, crash.Log)547}548func TestAltTitles6(t *testing.T) {549	c := NewCtx(t)550	defer c.Close()551	build := testBuild(1)552	c.client.UploadBuild(build)553	// Test which of the possible existing bugs we choose for merging in presence of closed bugs.554	crash1 := testCrash(build, 1)555	crash1.AltTitles = []string{"foo"}556	c.client.ReportCrash(crash1)557	rep := c.client.pollBug()558	c.client.updateBug(rep.ID, dashapi.BugStatusInvalid, "")559	c.client.ReportCrash(crash1)560	c.client.pollBug()561	crash2 := testCrash(build, 2)562	crash2.Title = "bar"563	c.client.ReportCrash(crash2)564	rep = c.client.pollBug()565	c.client.updateBug(rep.ID, dashapi.BugStatusInvalid, "")566	c.advanceTime(24 * time.Hour)567	crash3 := testCrash(build, 3)568	c.client.ReportCrash(crash3)569	c.client.pollBugs(1)570	crash3.AltTitles = []string{"foo"}571	c.client.ReportCrash(crash3)572	c.client.pollBugs(0)573	crash := testCrashWithRepro(build, 10)574	crash.Title = "foo"575	crash.AltTitles = []string{"bar"}576	c.client.ReportCrash(crash)577	rep = c.client.pollBug()578	c.expectEQ(rep.Title, crash1.Title+" (2)")579	c.expectEQ(rep.Log, crash.Log)580}581func TestAltTitles7(t *testing.T) {582	c := NewCtx(t)583	defer c.Close()584	build := testBuild(1)585	c.client.UploadBuild(build)586	// Test that bug merging is stable: if we started merging into a bug, we continue merging into that bug587	// even if a better candidate appears.588	crash1 := testCrash(build, 1)589	crash1.AltTitles = []string{"foo"}590	c.client.ReportCrash(crash1)591	c.client.pollBug()592	// This will be merged into crash1.593	crash2 := testCrash(build, 2)594	crash2.AltTitles = []string{"foo"}595	c.client.ReportCrash(crash2)596	c.client.pollBugs(0)597	// Now report a better candidate.598	crash3 := testCrash(build, 3)599	crash3.Title = "aaa"600	c.client.ReportCrash(crash3)601	c.client.pollBug()602	crash3.AltTitles = []string{crash2.Title}603	c.client.ReportCrash(crash3)604	c.client.pollBugs(0)605	// Now report crash2 with a repro and ensure that it's still merged into crash1.606	crash2.ReproOpts = []byte("some opts")607	crash2.ReproSyz = []byte("getpid()")608	c.client.ReportCrash(crash2)609	rep := c.client.pollBug()610	c.expectEQ(rep.Title, crash1.Title)611	c.expectEQ(rep.Log, crash2.Log)612}613func TestDetachExternalTracker(t *testing.T) {614	c := NewCtx(t)615	defer c.Close()616	build := testBuild(1)617	c.client.UploadBuild(build)618	crash1 := testCrash(build, 1)619	c.client.ReportCrash(crash1)620	// Get single report for "test" type.621	resp, _ := c.client.ReportingPollBugs("test")622	c.expectEQ(len(resp.Reports), 1)623	rep1 := resp.Reports[0]624	c.expectNE(rep1.ID, "")625	c.expectEQ(string(rep1.Config), `{"Index":1}`)626	// Signal detach_reporting for current bug.627	reply, _ := c.client.ReportingUpdate(&dashapi.BugUpdate{628		ID:         rep1.ID,629		Status:     dashapi.BugStatusUpstream,630		ReproLevel: dashapi.ReproLevelNone,631		Link:       "http://URI/1",632		CrashID:    rep1.CrashID,...

testCrash

Using AI Code Generation

1import "fmt"2func main() {3    fmt.Println("Hello, playground")4    testCrash()5}6import "fmt"7func testCrash() {8    fmt.Println("testCrash")9}10import "fmt"11func main() {12    fmt.Println("Hello, playground")13    testCrash()14}15import "fmt"16func testCrash() {17    fmt.Println("testCrash")18}194. How can we import a package?20import package_name as alias_name217. How can we import a package from a local path?22We can import a package from a local path using the syntax as below:23import “path/to/package”248. How can we import a package from a remote path?25We can import a package from a remote path using the syntax as below:26import “github.com/username/package”

testCrash

Using AI Code Generation

1import (2func main() {3	fmt.Println("Hello, playground")4}5import (6func main() {7	fmt.Println("Hello, playground")8}9main.main()10github.com/robfig/cron.func·001()11created by github.com/robfig/cron.(*Cron).run12github.com/robfig/cron.func·001()13created by github.com/robfig/cron.(*Cron).run14github.com/robfig/cron.func·001()15created by github.com/robfig/cron.(*Cron).run16github.com/robfig/cron.func·001()17created by github.com/robfig/cron.(*Cron).run

testCrash

Using AI Code Generation

1import (2func main() {3	fmt.Println("Hello, playground")4}5import (6func main() {7	fmt.Println("Hello, playground")8}9    /usr/local/go/src/main (from $GOROOT)10    /Users/abc/go/src/main (from $GOPATH)

testCrash

Using AI Code Generation

1import (2func main() {3    fmt.Println("Start of main")4    main.testCrash()5    fmt.Println("End of main")6}7main.main.testCrash()8main.main()9The syntax of the panic() function is:10func panic(v interface{})11The syntax of the recover() function is:12func recover() interface{}13import (14func main() {15    fmt.Println("Start of main")16    defer func() {17        if r := recover(); r != nil {18            fmt.Println("Recovered from", r)19        }20    }()21    main.testCrash()22    fmt.Println("End of main")23}24func (m main) testCrash() {25    fmt.Println("Start of testCrash")26    panic("testCrash called")27    fmt.Println("End of testCrash")28}29The syntax of the recover() function is:30func recover() interface{}31import (32func main() {33    fmt.Println("Start of main")34    defer func() {35        if r := recover(); r != nil {36            fmt.Println("Recovered from", r)37        }38    }()39    main.testCrash()40    fmt.Println("End of main")41}42func (m

testCrash

Using AI Code Generation

1import (2func main() {3	fmt.Println("Enter a number")4	fmt.Scanf("%d", &a)5	fmt.Println("Entered number is", a)6	fmt.Println("Calling testCrash method")7	main.testCrash()8}9main.main()10import (11func main() {12	fmt.Println("Enter a number")13	fmt.Scanf("%d", &a)14	fmt.Println("Entered number is", a)15	fmt.Println("Calling testCrash method")16	main.testCrash()17}18main.main()19import (20func main() {21	fmt.Println("Enter a number")22	fmt.Scanf("%d", &a)23	fmt.Println("Entered number is", a)24	fmt.Println("Calling testCrash method")25	testCrash()26}

testCrash

Using AI Code Generation

1import "main"2func main() {3    main.testCrash()4}5main.testCrash(0x0, 0x0)6main.main()7func testCrash(x int, y int) {8}9import "main"10func main() {11    main.testCrash(1, 2)12}13main.testCrash(0x1, 0x2)14main.main()15func testCrash(x int, y int) {16}17import "main"18func main() {19    main.testCrash(1, 2)20}

testCrash

Using AI Code Generation

1import (2func main() {3    mainObj := main.Main{}4    mainObj.TestCrash()5    fmt.Println("Crash method executed")6}7main.Main.TestCrash(0x0)8main.main()

testCrash

Using AI Code Generation

1import "testing"2func TestCrash(t *testing.T) {3    t.Error("Crash!")4}5func main() {6}7import (8func TestCrash(t *testing.T) {9    t.Error("Crash!")10}11func TestPass(t *testing.T) {12    t.Log("Pass!")13}14func main() {15}16--- FAIL: TestCrash (0.00 seconds)17--- PASS: TestPass (0.00 seconds)18--- FAIL: TestCrash (0.00 seconds)19--- FAIL: TestCrash (0.00 seconds)20--- PASS: TestPass (0.00 seconds)

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