How to use orderedStates method of main Package

Best Syzkaller code snippet using main.orderedStates

stats.go

Source:stats.go

...125	Occurrences uint64126	// States stores the kernel return state that caused mismatches.127	States map[ReturnState]bool128}129func (stats *CallStats) orderedStates() []string {130	states := stats.States131	ss := make([]string, 0, len(states))132	for s := range states {133		ss = append(ss, fmt.Sprintf("%q", s))134	}135	sort.Strings(ss)136	return ss137}138// MakeStats creates a stats object.139func MakeStats() *Stats {140	return (&Stats{141		Calls: StatMapStringToCallStats{142			mapStringToCallStats: make(mapStringToCallStats),143		},144	}).Init()145}146func (stats *Stats) SetCallInfo(key string, info *CallStats) {147	stats.Calls.SetCallInfo(key, info)148}149// SetSyscallMask initializes the allowed syscall list.150func (stats *Stats) SetSyscallMask(calls map[*prog.Syscall]bool) {151	stats.StartTime.Set(time.Now())152	for syscall := range calls {153		stats.SetCallInfo(syscall.Name, &CallStats{154			Name:   syscall.Name,155			States: make(map[ReturnState]bool)})156	}157}158// ReportGlobalStats creates a report with statistics about all the159// supported system calls for which errno mismatches were identified in160// the verified programs, shown in decreasing order.161func (stats *Stats) GetTextDescription(deltaTime float64) string {162	var result strings.Builder163	tc := stats.Calls.totalExecuted()164	fmt.Fprintf(&result, "total number of mismatches / total number of calls "+165		"executed: %d / %d (%0.2f %%)\n\n",166		stats.TotalCallMismatches.Get(), tc, getPercentage(stats.TotalCallMismatches.Get(), tc))167	fmt.Fprintf(&result, "programs / minute: %0.2f\n\n", float64(stats.TotalProgs.Get())/deltaTime)168	fmt.Fprintf(&result, "true mismatching programs: %d / total number of programs: %d (%0.2f %%)\n",169		stats.MismatchingProgs.Get(), stats.TotalProgs.Get(),170		getPercentage(stats.MismatchingProgs.Get(), stats.TotalProgs.Get()))171	fmt.Fprintf(&result, "flaky programs: %d / total number of programs: %d (%0.2f %%)\n\n",172		stats.FlakyProgs.Get(), stats.TotalProgs.Get(), getPercentage(stats.FlakyProgs.Get(), stats.TotalProgs.Get()))173	cs := stats.Calls.orderedStats()174	for _, c := range cs {175		fmt.Fprintf(&result, "%s\n", stats.getCallStatsTextDescription(c.Name))176	}177	return result.String()178}179// getCallStatsTextDescription creates a report with the current statistics for call.180func (stats *Stats) getCallStatsTextDescription(call string) string {181	totalCallMismatches := stats.TotalCallMismatches.Get()182	stats.mu.Lock()183	defer stats.mu.Unlock()184	syscallStat, ok := stats.Calls.mapStringToCallStats[call]185	if !ok {186		return ""187	}188	syscallName, mismatches, occurrences := syscallStat.Name, syscallStat.Mismatches, syscallStat.Occurrences189	return fmt.Sprintf("statistics for %s:\n"+190		"\tâ³ mismatches of %s / occurrences of %s: %d / %d (%0.2f %%)\n"+191		"\tâ³ mismatches of %s / total number of mismatches: "+192		"%d / %d (%0.2f %%)\n"+193		"\tâ³ %d distinct states identified: %v\n", syscallName, syscallName, syscallName, mismatches, occurrences,194		getPercentage(mismatches, occurrences), syscallName, mismatches, totalCallMismatches,195		getPercentage(mismatches, totalCallMismatches),196		len(syscallStat.States), syscallStat.orderedStates())197}198func getPercentage(value, total uint64) float64 {199	return float64(value) / float64(total) * 100200}...

orderedStates

Using AI Code Generation

1import (2func main() {3    fmt.Println(orderedStates(states))4}5import (6func main() {7    fmt.Println(orderedStates(states))8}9import (10func main() {11    fmt.Println(orderedStates(states))12}13import (14func main() {15    fmt.Println(orderedStates(states))16}17import (18func main() {19    fmt.Println(orderedStates(states))20}21import (22func main() {23    fmt.Println(orderedStates(states))24}25import (26func main() {27    fmt.Println(orderedStates(states))28}29import (30func main() {31    fmt.Println(orderedStates(states))32}33import (34func main() {35    fmt.Println(orderedStates(states))36}37import (38func main() {39    fmt.Println(orderedStates(states))40}41import (42func main() {43    fmt.Println(orderedStates(states))44}45import (46func main() {47    fmt.Println(orderedStates(states))48}49import (

orderedStates

Using AI Code Generation

1import (2func main() {3	states := []string{4	}5	fmt.Println(orderedStates(states))6}7func orderedStates(states []string) []string {8	sort.Strings(states)9}10import (11func main() {12	states := []string{

orderedStates

Using AI Code Generation

1import (2func main() {3	states := make(map[string]string)4	orderedStates := orderedStates(states)5	fmt.Println("Ordered States: ", orderedStates)6}7import (8func orderedStates(states map[string]string) []string {9	for _, state := range states {10		orderedStates = append(orderedStates, state)11	}12	sort.Strings(orderedStates)13}

orderedStates

Using AI Code Generation

1import (2func main() {3    fmt.Println(orderedStates())4}5import (6func TestOrderedStates(t *testing.T) {7    result := orderedStates()8    if len(result) != 50 {9        t.Error("Expected 50 states, got ", len(result))10    }11}12import (13func main() {14    fmt.Println(orderedStates())15}16import (17func TestOrderedStates(t *testing.T) {18    result := orderedStates()19    if len(result) != 50 {20        t.Error("Expected 50 states, got ", len(result))21    }22}23import (24func main() {25    fmt.Println(orderedStates())26}27import (28func TestOrderedStates(t *testing.T) {29    result := orderedStates()30    if len(result) != 50 {31        t.Error("Expected 50 states, got ", len(result))32    }33}34import (35func main() {36    fmt.Println(orderedStates())37}38import (39func TestOrderedStates(t *testing.T) {40    result := orderedStates()

orderedStates

Using AI Code Generation

1import "fmt"2import "sort"3import "strings"4func main() {5    states := main{6    }7    fmt.Println(states.orderedStates())8}9import "fmt"10import "sort"11import "strings"12func main() {13    states := main{

orderedStates

Using AI Code Generation

1import (2func main() {3	s := state.New()4	s.Set("a", "b")5	s.Set("b", "c")6	s.Set("c", "a")7	fmt.Println(s.OrderedStates())8}9import (10func main() {11	s := state.New()12	s.Set("a", "b")13	s.Set("b", "c")14	s.Set("c", "a")15	fmt.Println(s.OrderedStates())16}17import (18func main() {19	s := state.New()20	s.Set("a", "b")21	s.Set("b", "c")22	s.Set("c", "a")23	fmt.Println(s.OrderedStates())24}25import (26func main() {27	s := state.New()28	s.Set("a", "b")29	s.Set("b", "c")30	s.Set("c", "a")31	fmt.Println(s.OrderedStates())32}33import (34func main() {35	s := state.New()36	s.Set("a", "b")37	s.Set("b", "c")38	s.Set("c", "a")39	fmt.Println(s.OrderedStates())40}41import (42func main() {43	s := state.New()44	s.Set("a", "b")45	s.Set("b", "c")46	s.Set("c", "a")47	fmt.Println(s.OrderedStates())48}49import (50func main() {51	s := state.New()52	s.Set("a", "b")53	s.Set("b", "c")54	s.Set("c", "a")55	fmt.Println(s.OrderedStates())56}

orderedStates

Using AI Code Generation

1import (2func main() {3	fmt.Println("Hello World")4	country := Country{5		States: []string{"Uttar Pradesh", "Bihar", "Maharashtra", "Karnataka"},6	}7	fmt.Println(country.orderedStates())8}9import (10type Country struct {11}12func (c Country) orderedStates() []string {13	sort.Strings(c.States)14}15import (16func main() {17	fmt.Println("Hello World")18	m := map[string]int{19	}20	fmt.Println(m)21	for k := range m {22		keys = append(keys, k)23	}24	sort.Strings(keys)25	for _, k := range keys {26		fmt.Println(k, m[k])27	}28}29import (30func main() {31	fmt.Println("Hello World")32	m := map[string]int{33	}34	fmt.Println(m)35	for k, v := range m {36		a = append(a, kv{k, v})37	}38	sort.Sort(byValue(a))39	for _, kv := range a {40		fmt.Printf("%s %d

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