How to use makeCallStats method of main Package

Best Syzkaller code snippet using main.makeCallStats

main_test.go

Source:main_test.go

...312			wantStats: &Stats{313				TotalMismatches: 1,314				TotalProgs:      1,315				Calls: map[string]*CallStats{316					"breaks_returns": makeCallStats("breaks_returns", 1, 0, map[ReturnState]bool{}),317					"test$res0":      makeCallStats("test$res0", 1, 1, map[ReturnState]bool{{Errno: 2}: true, {Errno: 5}: true}),318					"minimize$0":     makeCallStats("minimize$0", 1, 0, map[ReturnState]bool{}),319				},320			},321		},322		{323			name: "no report written",324			res: []*ExecResult{325				makeExecResult(0, []int{11, 33, 22}),326				makeExecResult(1, []int{11, 33, 22}),327			},328			wantStats: &Stats{329				TotalProgs: 1,330				Calls: map[string]*CallStats{331					"breaks_returns": makeCallStats("breaks_returns", 1, 0, map[ReturnState]bool{}),332					"minimize$0":     makeCallStats("minimize$0", 1, 0, map[ReturnState]bool{}),333					"test$res0":      makeCallStats("test$res0", 1, 0, map[ReturnState]bool{}),334				},335			},336		},337	}338	for _, test := range tests {339		t.Run(test.name, func(t *testing.T) {340			prog := getTestProgram(t)341			pi := &progInfo{342				prog: prog,343				res: func() [][]*ExecResult {344					res := make([][]*ExecResult, 1)345					res[0] = test.res346					return res347				}()}348			vrf := Verifier{349				resultsdir: makeTestResultDirectory(t),350				stats:      emptyTestStats(),351			}352			resultFile := filepath.Join(vrf.resultsdir, "result-0")353			vrf.processResults(pi)354			if diff := cmp.Diff(test.wantStats, vrf.stats); diff != "" {355				t.Errorf("vrf.stats mismatch (-want +got):\n%s", diff)356			}357			if got, want := osutil.IsExist(resultFile), test.wantExist; got != want {358				t.Errorf("osutil.IsExist report file: got %v want %v", got, want)359			}360			os.Remove(filepath.Join(vrf.resultsdir, "result-0"))361		})362	}363}364func TestCreateReport(t *testing.T) {365	rr := ResultReport{366		Prog: "breaks_returns()\n" +367			"minimize$0(0x1, 0x1)\n" +368			"test$res0()\n",369		Reports: []*CallReport{370			{Call: "breaks_returns", States: map[int]ReturnState{371				0: returnState(1, 1),372				1: returnState(1, 1),373				2: returnState(1, 1)}},374			{Call: "minimize$0", States: map[int]ReturnState{375				0: returnState(3, 3),376				1: returnState(3, 3),377				2: returnState(3, 3)}},378			{Call: "test$res0", States: map[int]ReturnState{379				0: returnState(2, 7),380				1: returnState(5, 3),381				2: returnState(22, 1)},382				Mismatch: true},383		},384	}385	got := string(createReport(&rr, 3))386	want := "ERRNO mismatches found for program:\n\n" +387		"[=] breaks_returns()\n" +388		"\tâ³ Pool: 0, Flags: 1, Errno: 1 (operation not permitted)\n" +389		"\tâ³ Pool: 1, Flags: 1, Errno: 1 (operation not permitted)\n" +390		"\tâ³ Pool: 2, Flags: 1, Errno: 1 (operation not permitted)\n\n" +391		"[=] minimize$0(0x1, 0x1)\n" +392		"\tâ³ Pool: 0, Flags: 3, Errno: 3 (no such process)\n" +393		"\tâ³ Pool: 1, Flags: 3, Errno: 3 (no such process)\n" +394		"\tâ³ Pool: 2, Flags: 3, Errno: 3 (no such process)\n\n" +395		"[!] test$res0()\n" +396		"\tâ³ Pool: 0, Flags: 7, Errno: 2 (no such file or directory)\n" +397		"\tâ³ Pool: 1, Flags: 3, Errno: 5 (input/output error)\n" +398		"\tâ³ Pool: 2, Flags: 1, Errno: 22 (invalid argument)\n\n"399	if diff := cmp.Diff(got, want); diff != "" {400		t.Errorf("createReport: (-want +got):\n%s", diff)401	}402}403func TestCleanup(t *testing.T) {404	prog := getTestProgram(t)405	tests := []struct {406		name       string407		progs      map[int]*progInfo408		wantProg   *progInfo409		wantStats  *Stats410		progExists bool411		fileExists bool412	}{413		{414			name: "results not ready for verification",415			progs: map[int]*progInfo{416				4: {417					idx:      4,418					received: 0,419					res: func() [][]*ExecResult {420						res := make([][]*ExecResult, 1)421						res[0] = make([]*ExecResult, 3)422						return res423					}(),424				}},425			wantProg: &progInfo{426				idx:      4,427				received: 1,428				res:      [][]*ExecResult{{makeExecResultCrashed(0), nil, nil}},429			},430			wantStats:  emptyTestStats(),431			fileExists: false,432		},433		{434			name: "results sent for verification, no report generated",435			progs: map[int]*progInfo{436				4: {437					idx:      4,438					prog:     prog,439					received: 2,440					res: func() [][]*ExecResult {441						res := make([][]*ExecResult, 1)442						res[0] = make([]*ExecResult, 3)443						res[0][1] = makeExecResultCrashed(1)444						res[0][2] = makeExecResultCrashed(2)445						return res446					}(),447				}},448			wantStats: &Stats{449				TotalProgs: 1,450				Calls: map[string]*CallStats{451					"breaks_returns": makeCallStats("breaks_returns", 1, 0, map[ReturnState]bool{}),452					"minimize$0":     makeCallStats("minimize$0", 1, 0, map[ReturnState]bool{}),453					"test$res0":      makeCallStats("test$res0", 1, 0, map[ReturnState]bool{}),454				},455			},456			fileExists: false,457		},458		{459			name: "results sent for verification, report generation",460			progs: map[int]*progInfo{461				4: {462					idx:      4,463					prog:     prog,464					received: 2,465					res: func() [][]*ExecResult {466						res := make([][]*ExecResult, 1)467						res[0] = make([]*ExecResult, 3)468						res[0][1] = makeExecResult(1, []int{11, 33, 44})469						res[0][2] = makeExecResult(2, []int{11, 33, 22})470						return res471					}(),472				}},473			wantStats: &Stats{474				TotalMismatches:  3,475				TotalProgs:       1,476				MismatchingProgs: 1,477				Calls: map[string]*CallStats{478					"breaks_returns": makeCallStats("breaks_returns", 1, 1,479						map[ReturnState]bool{480							crashedReturnState(): true,481							returnState(11):      true}),482					"minimize$0": makeCallStats("minimize$0", 1, 1,483						map[ReturnState]bool{484							crashedReturnState(): true,485							returnState(33):      true}),486					"test$res0": makeCallStats("test$res0", 1, 1,487						map[ReturnState]bool{488							crashedReturnState(): true,489							returnState(22):      true,490							returnState(44):      true}),491				},492			},493			fileExists: true,494		},495	}496	for _, test := range tests {497		t.Run(test.name, func(t *testing.T) {498			srv := createTestServer(t)499			srv.progs = test.progs500			srv.pools = map[int]*poolInfo{...

verifier_test.go

Source:verifier_test.go

...187			wantStats: (&Stats{188				TotalCallMismatches: StatUint64{1, nil},189				Calls: StatMapStringToCallStats{190					mapStringToCallStats: mapStringToCallStats{191						"breaks_returns": makeCallStats("breaks_returns", 1, 0, map[ReturnState]bool{}),192						"test$res0":      makeCallStats("test$res0", 1, 1, map[ReturnState]bool{{Errno: 2}: true, {Errno: 5}: true}),193						"minimize$0":     makeCallStats("minimize$0", 1, 0, map[ReturnState]bool{}),194					},195				},196			}).Init(),197		},198	}199	for _, test := range tests {200		t.Run(test.name, func(t *testing.T) {201			prog := getTestProgram(t)202			vrf := Verifier{203				resultsdir: makeTestResultDirectory(t),204				stats:      emptyTestStats(),205			}206			resultFile := filepath.Join(vrf.resultsdir, "result-0")207			vrf.AddCallsExecutionStat(test.res, prog)...

makeCallStats

Using AI Code Generation

1import (2func main() {3	var stats = makeCallStats()4	fmt.Println(stats)5}6import (7func makeCallStats() map[string]int {8	stats := make(map[string]int)9}

makeCallStats

Using AI Code Generation

1import (2func main() {3	mainObj.makeCallStats()4}5import (6func main() {7	mainObj.makeCallStats()8}9import (10func main() {11	mainObj.makeCallStats()12}13import (14func main() {15	mainObj.makeCallStats()16}17import (18func main() {19	mainObj.makeCallStats()20}21import (22func main() {23	mainObj.makeCallStats()24}25import (26func main() {27	mainObj.makeCallStats()28}29import (30func main() {31	mainObj.makeCallStats()32}33import (34func main() {35	mainObj.makeCallStats()36}37import (38func main() {39	mainObj.makeCallStats()40}41import (42func main() {43	mainObj.makeCallStats()44}45import (46func main() {

makeCallStats

Using AI Code Generation

1import (2func main() {3	fmt.Println("Hello, playground")4}5import (6func makeCallStats() {7	fmt.Println("Hello, playground")8}

makeCallStats

Using AI Code Generation

1import (2type CallStats struct {3}4func (cs *CallStats) String() string {5}6func main() {7	cs := makeCallStats()8	fmt.Println(cs)9}10import (11type CallStats struct {12}13func (cs *CallStats) String() string {14}15func makeCallStats() *CallStats {16}17import (18type CallStats struct {19}20func (cs *CallStats) String() string {21}22func makeCallStats() *CallStats {23}24func main() {25	cs := makeCallStats()26	fmt.Println(cs)27}28import (29type CallStats struct {30}31func (cs *CallStats) String() string {32}33func main() {34	cs := makeCallStats()35	fmt.Println(cs)36}37import (38type CallStats struct {39}40func (cs *CallStats) String() string {41}42func makeCallStats() *CallStats {43}44import (45type CallStats struct {46}47func (cs *CallStats) String() string {48}49func main() {50	cs := makeCallStats()51	fmt.Println(cs)52}53func makeCallStats() *CallStats {

makeCallStats

Using AI Code Generation

1import (2func main() {3	cs := CallStats{time.Now(), 0, 0, 0, 0, 0, 0}4	cs.makeCallStats(10, 20, 30, 40, 50, 60)5	fmt.Println(cs)6}72019-08-11 19:17:38.133144 +0530 IST m=+0.000000001 CallStats{CallDuration:10, CallAttempts:20, CallConnects:30, CallAbandons:40, CallSuccess:50, CallFailure:60}

makeCallStats

Using AI Code Generation

1import (2func main() {3    fmt.Println("Calling makeCallStats method")4    main.makeCallStats()5}6import (7func main() {8    fmt.Println("Calling makeCallStats method")9    main.makeCallStats()10}11import (12func main() {13    fmt.Println("Calling makeCallStats method")14    main.makeCallStats()15}16import (17func main() {18    fmt.Println("Calling makeCallStats method")19    main.makeCallStats()20}21import (22func main() {23    fmt.Println("Calling makeCallStats method")24    main.makeCallStats()25}26import (27func main() {28    fmt.Println("Calling makeCallStats method")29    main.makeCallStats()30}31import (32func main() {33    fmt.Println("Calling makeCallStats method")34    main.makeCallStats()35}36import (37func main() {38    fmt.Println("Calling makeCallStats method")39    main.makeCallStats()40}

makeCallStats

Using AI Code Generation

1import (2func main() {3	var (4		makeCallStats func(int, int) (int, int, int)5		callStats []func(int, int) (int, int, int)6	makeCallStats = func(min, max int) (int, int, int) {7	}8	callStats = append(callStats, makeCallStats)9	fmt.Println(callStats[0](5, 10))10	fmt.Println(callStats[0](10, 5))11	fmt.Println(makeCallStats(5, 10))12	fmt.Println(makeCallStats(10, 5))13	fmt.Println(reflect.TypeOf(makeCallStats))14}15func(int, int) (int, int, int)

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