How to use buildCallList method of main Package

Best Syzkaller code snippet using main.buildCallList

stress.go

Source:stress.go

...36	Logf(0, "parsed %v programs", len(corpus))37	if !*flagGenerate && len(corpus) == 0 {38		Fatalf("nothing to mutate (-generate=false and no corpus)")39	}40	calls := buildCallList()41	prios := prog.CalculatePriorities(corpus)42	ct := prog.BuildChoiceTable(prios, calls)43	fmt.Println("Choice Table 1 : ")44	fmt.Printf("%+v\n", ct)45	flags, timeout, err := ipc.DefaultFlags()46	if err != nil {47		Fatalf("%v", err)48	}49	gate = ipc.NewGate(2**flagProcs, nil)50	for pid := 0; pid < *flagProcs; pid++ {51		pid := pid52		go func() {53			env, err := ipc.MakeEnv(*flagExecutor, timeout, flags, pid)54			if err != nil {55				Fatalf("failed to create execution environment: %v", err)56			}57			rs := rand.NewSource(time.Now().UnixNano() + int64(pid)*1e12)58			rnd := rand.New(rs)59			for i := 0; ; i++ {60				var p *prog.Prog61				if *flagGenerate && len(corpus) == 0 || i%4 != 0 {62					p = prog.Generate(rs, programLength, ct)63					execute(pid, env, p)64					p.Mutate(rs, programLength, ct, corpus)65					execute(pid, env, p)66				} else {67					p = corpus[rnd.Intn(len(corpus))].Clone()68					p.Mutate(rs, programLength, ct, corpus)69					execute(pid, env, p)70					p.Mutate(rs, programLength, ct, corpus)71					execute(pid, env, p)72				}73			}74		}()75	}76	for range time.NewTicker(5 * time.Second).C {77		Logf(0, "executed %v programs", atomic.LoadUint64(&statExec))78	}79}80var outMu sync.Mutex81func execute(pid int, env *ipc.Env, p *prog.Prog) {82	if *flagExecutor == "" {83		return84	}85	atomic.AddUint64(&statExec, 1)86	if *flagLogProg {87		ticket := gate.Enter()88		defer gate.Leave(ticket)89		outMu.Lock()90		fmt.Printf("executing program %v\n%s\n", pid, p.Serialize())91		outMu.Unlock()92	}93	output, _, failed, hanged, err := env.Exec(p, false, false)94	if err != nil {95		fmt.Printf("failed to execute executor: %v\n", err)96	}97	paniced := failedRe.Match(output)98	if failed || hanged || paniced || err != nil {99		fmt.Printf("PROGRAM:\n%s\n", p.Serialize())100	}101	if failed || hanged || paniced || err != nil || *flagOutput {102		os.Stdout.Write(output)103	}104}105func readCorpus() []*prog.Prog {106	if *flagCorpus == "" {107		return nil108	}109	db, err := db.Open(*flagCorpus)110	if err != nil {111		Fatalf("failed to open corpus database: %v", err)112	}113	var progs []*prog.Prog114	for _, rec := range db.Records {115		p, err := prog.Deserialize(rec.Val)116		if err != nil {117			Fatalf("failed to deserialize corpus program: %v", err)118		}119		progs = append(progs, p)120	}121	return progs122}123func buildCallList() map[*sys.Call]bool {124	calls, err := host.DetectSupportedSyscalls()125	if err != nil {126		Logf(0, "failed to detect host supported syscalls: %v", err)127		calls = make(map[*sys.Call]bool)128		for _, c := range sys.Calls {129			calls[c] = true130		}131	}132	for _, c := range sys.Calls {133		if !calls[c] {134			Logf(0, "disabling unsupported syscall: %v", c.Name)135		}136	}137	trans := sys.TransitivelyEnabledCalls(calls)...

generate.go

Source:generate.go

...41	//		}42	//	}43	//	f.WriteString("\n")44	//}45	calls := buildCallList(target, "", "none")46	ct := target.BuildChoiceTable(prios, calls, 1)47	for i := 1; i < 100; i++ {48		p := target.Generate(rnd, 30, ct)49		_, err = f.Write(p.Serialize())50		f.WriteString("\n")51	}52	if err != nil {53		os.Exit(1)54	}55}56// enabledCallsä¼ éçæ¯ä½¿è½çå½æ°çidææçstringï¼å¦ï¼1,2,3,4,5,857// buildCallListå½æ°çä¸»è¦ä½ç¨æ¯å é¤ä¸äºä¸è¢«æ¯æçå½æ°58func buildCallList(target *prog.Target, enabledCalls, sandbox string) map[*prog.Syscall]bool {59	calls := make(map[*prog.Syscall]bool)60	if enabledCalls != "" {61		// éè¿","åç¦»ä½¿è½çå½æ°å¹¶éè¿parseuintå°å¶è½¬æ¢ä¸ºintç±»å62		for _, id := range strings.Split(enabledCalls, ",") {63			n, err := strconv.ParseUint(id, 10, 64)64			// éè¯¯çnå¼65			if err != nil || n >= uint64(len(target.Syscalls)) {66				panic(fmt.Sprintf("invalid syscall in -calls flag: %v", id))67			}68			// callsåæ¾ææçsyscallï¼keyå¼ä¸ºsyscall69			calls[target.Syscalls[n]] = true70		}71	} else {72		// å¦ææ²¡æä½¿è½çå½æ°ï¼é£ä¹é»è®¤æ¯ä½¿è½æætarget.syscallsä¸çå½æ°...

buildCallList

Using AI Code Generation

1import (2func main() {3    for i := 0; i < 10; i++ {4        a[i] = rand.Intn(100)5    }6    fmt.Println(a)7    fmt.Println("Calling bubble sort")8    bubbleSort(a[:])9    fmt.Println(a)10    fmt.Println("Calling quick sort")11    quickSort(a[:], 0, 9)12    fmt.Println(a)13    fmt.Println("Calling merge sort")14    mergeSort(a[:])15    fmt.Println(a)16    fmt.Println("Calling insertion sort")17    insertionSort(a[:])18    fmt.Println(a)19    fmt.Println("Calling selection sort")20    selectionSort(a[:])21    fmt.Println(a)22    fmt.Println("Calling heap sort")23    heapSort(a[:])24    fmt.Println(a)25    fmt.Println("Calling shell sort")26    shellSort(a[:])27    fmt.Println(a)28    fmt.Println("Calling radix sort")29    radixSort(a[:])30    fmt.Println(a)31    fmt.Println("Calling counting sort")32    countingSort(a[:])33    fmt.Println(a)34    fmt.Println("Calling bucket sort")35    bucketSort(a[:])36    fmt.Println(a)37    fmt.Println("Calling tree sort")38    treeSort(a[:])39    fmt.Println(a)40    fmt.Println("Calling cocktail sort")41    cocktailSort(a[:])42    fmt.Println(a)43    fmt.Println("Calling comb sort")44    combSort(a[:])45    fmt.Println(a)46    fmt.Println("Calling cycle sort")47    cycleSort(a[:])48    fmt.Println(a)49    fmt.Println("Calling gnome sort")50    gnomeSort(a[:])51    fmt.Println(a)52    fmt.Println("Calling stooge sort")53    stoogeSort(a[:])54    fmt.Println(a)55    fmt.Println("Calling pancake sort")56    pancakeSort(a[:])57    fmt.Println(a)58    fmt.Println("Calling bitonic sort")59    bitonicSort(a[:])60    fmt.Println(a)61    fmt.Println("Calling bogo sort")62    bogoSort(a[:])63    fmt.Println(a)64    fmt.Println("Calling bogosort sort")65    bogosortSort(a[:])66    fmt.Println(a)67    fmt.Println("Calling bogobogosort sort")68    bogobogosortSort(a[:])69    fmt.Println(a)70    fmt.Println("Calling bogobogobog

buildCallList

Using AI Code Generation

1import "fmt"2func main() {3    var x = buildCallList()4    fmt.Println(x)5}6import "fmt"7func buildCallList() []string {8    var x = []string{"a", "b", "c"}9    fmt.Println(x)10}

buildCallList

Using AI Code Generation

1import (2func main() {3	fmt.Println("Enter the number of floors")4	fmt.Scanln(&n)5	buildCallList(n)6}7import (8func buildCallList(n int) {9	fmt.Println("Enter the call list")10	for i := 0; i < n; i++ {11		fmt.Scanln(&temp)12		callList = append(callList, temp)13	}14	buildElevator(callList)15}16import (17func buildElevator(callList []int) {18	for i := 0; i < len(callList); i++ {19		if callList[i] < 0 {20		} else {21		}22		elevator := Elevator{id, floor, direction}23		elevatorList = append(elevatorList, elevator)24	}25	printElevatorList(elevatorList)26}27import (28type Elevator struct {29}30import (31func printElevatorList(elevatorList []Elevator) {32	fmt.Println("Elevator List")33	for i := 0; i < len(elevatorList); i++ {34		fmt.Println("Elevator ID:", elevatorList[i].id, "

buildCallList

Using AI Code Generation

1Main main = new Main();2Call call = new Call();3Call call2 = new Call();4Call call3 = new Call();5Call call4 = new Call();6Call call5 = new Call();7Call call6 = new Call();8Call call7 = new Call();9Call call8 = new Call();10Call call9 = new Call();11Call call10 = new Call();12Call call11 = new Call();13Call call12 = new Call();14Call call13 = new Call();15Call call14 = new Call();16Call call15 = new Call();17Call call16 = new Call();18Call call17 = new Call();19Call call18 = new Call();20Call call19 = new Call();21Call call20 = new Call();22Call call21 = new Call();23Call call22 = new Call();24Call call23 = new Call();25Call call24 = new Call();26Call call25 = new Call();27Call call26 = new Call();28Call call27 = new Call();

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