How to use getInputResources method of prog Package

Best Syzkaller code snippet using prog.getInputResources

resources.go

Source:resources.go

...63	if c := target.SyscallMap["clock_gettime"]; c != nil {64		c.outputResources = append(c.outputResources, timespecRes)65	}66	for _, c := range target.Syscalls {67		c.inputResources = target.getInputResources(c)68	}69	// Populate resource ctors accounting for resource compatibility.70	for _, res := range target.Resources {71		for call, callResources := range callsResources {72			preciseOk := false73			impreciseOk := false74			for _, callRes := range callResources {75				if preciseOk && impreciseOk {76					break77				}78				if isCompatibleResourceImpl(res.Kind, callRes.Kind, true) {79					preciseOk = true80				}81				if isCompatibleResourceImpl(res.Kind, callRes.Kind, false) {82					impreciseOk = true83				}84			}85			if preciseOk {86				res.Ctors = append(res.Ctors, ResourceCtor{call, true})87			}88			if impreciseOk {89				res.Ctors = append(res.Ctors, ResourceCtor{call, false})90			}91		}92	}93}94// isCompatibleResource returns true if resource of kind src can be passed as an argument of kind dst.95func (target *Target) isCompatibleResource(dst, src string) bool {96	if target.isAnyRes(dst) {97		return true98	}99	if target.isAnyRes(src) {100		return false101	}102	dstRes := target.resourceMap[dst]103	if dstRes == nil {104		panic(fmt.Sprintf("unknown resource %q", dst))105	}106	srcRes := target.resourceMap[src]107	if srcRes == nil {108		panic(fmt.Sprintf("unknown resource %q", src))109	}110	return isCompatibleResourceImpl(dstRes.Kind, srcRes.Kind, false)111}112// isCompatibleResourceImpl returns true if resource of kind src can be passed as an argument of kind dst.113// If precise is true, then it does not allow passing a less specialized resource (e.g. fd)114// as a more specialized resource (e.g. socket). Otherwise it does.115func isCompatibleResourceImpl(dst, src []string, precise bool) bool {116	if len(dst) > len(src) {117		// Destination resource is more specialized, e.g dst=socket, src=fd.118		if precise {119			return false120		}121		dst = dst[:len(src)]122	}123	if len(src) > len(dst) {124		// Source resource is more specialized, e.g dst=fd, src=socket.125		src = src[:len(dst)]126	}127	for i, k := range dst {128		if k != src[i] {129			return false130		}131	}132	return true133}134func (target *Target) getInputResources(c *Syscall) []*ResourceDesc {135	dedup := make(map[*ResourceDesc]bool)136	var resources []*ResourceDesc137	ForeachCallType(c, func(typ Type, ctx *TypeCtx) {138		if ctx.Dir == DirOut {139			return140		}141		switch typ1 := typ.(type) {142		case *ResourceType:143			if !typ1.IsOptional && !dedup[typ1.Desc] {144				dedup[typ1.Desc] = true145				resources = append(resources, typ1.Desc)146			}147		case *StructType:148			if target.OS == "linux" && !dedup[timespecRes] && (typ1.Name() == "timespec" || typ1.Name() == "timeval") {...

getInputResources

Using AI Code Generation

1import (2type Prog struct {3}4func NewProg(address common.Address, client *ethclient.Client) (*Prog, error) {5    contract, err := bindProg(address, client)6    if err != nil {7    }8    return &Prog{ProgAddress: address, ProgCaller: &ProgCaller{contract: contract}, ProgTransactor: &ProgTransactor{contract: contract}, ProgFilterer: &ProgFilterer{contract: contract}}, nil9}10type ProgCaller struct {11}12func (prog *ProgCaller) Contract() *bind.BoundContract {13}14func (prog *ProgCaller) GetInputResources(opts *bind.CallOpts, _index *big.Int) (string, error) {15    var out []interface{}16    err := prog.contract.Call(opts, &out, "getInputResources", _index)17    if err != nil {18    }19    out0 := *abi.ConvertType(out[0], new(string)).(*string)20}21type ProgTransactor struct {22}23func (prog *ProgTransactor) Contract() *bind.BoundContract {24}25type ProgFilterer struct {26}27func (prog *ProgFilterer) Contract() *bind.BoundContract {28}29func main() {30    if err != nil {31        log.Fatal(err)32    }33    address := common.HexToAddress("0x5a5a5a5a5a

getInputResources

Using AI Code Generation

1import (2func main() {3    if err != nil {4        log.Fatal(err)5    }6    contractAddress := common.HexToAddress("0x5c4ac68aAc56eBe098D621Cd8CE9F43270Aaa355")7    contract, err := NewProg(contractAddress, client)8    if err != nil {9        log.Fatal(err)10    }11    result, err := contract.GetInputResources(nil)12    if err != nil {13        log.Fatal(err)14    }

getInputResources

Using AI Code Generation

1import "fmt"2func main() {3    fmt.Printf("Enter first number: ")4    fmt.Scanf("%d", &a)5    fmt.Printf("Enter second number: ")6    fmt.Scanf("%d", &b)7    fmt.Println("Sum of two numbers is", a+b)8}

getInputResources

Using AI Code Generation

1import (2type Prog struct {3}4func (p *Prog) getInputResources() {5	fmt.Println("Enter the program name")6	fmt.Scanln(&p.name)7	fmt.Println("Enter the number of dependencies")8	fmt.Scanln(&count)9	for i:=0;i<count;i++ {10		fmt.Println("Enter the dependency name")11		fmt.Scanln(&dep)12		p.dependency = append(p.dependency, dep)13	}14}15func main() {16	p.getInputResources()17	fmt.Println(p)18}19{A [B C]}20import (21type Prog struct {22}23func (p *Prog) getOutputResources() {24	fmt.Println("Enter the program name")25	fmt.Scanln(&p.name)26	fmt.Println("Enter the number of dependencies")27	fmt.Scanln(&count)28	for i:=0;i<count;i++ {29		fmt.Println("Enter the dependency name")30		fmt.Scanln(&dep)31		p.dependency = append(p.dependency, dep)32	}33}34func main() {35	p.getOutputResources()36	fmt.Println(p)37}38{A [B C]}39import (40type Prog struct {41}42func (p *Prog) getOutputResources() {43	fmt.Println("Enter the program name")44	fmt.Scanln(&p.name)45	fmt.Println("Enter the number of dependencies")46	fmt.Scanln(&count)47	for i:=0;i<count;i++ {48		fmt.Println("Enter the dependency name

getInputResources

Using AI Code Generation

1import (2func main() {3	prog := new(Program)4	prog.AddResource("resource1")5	prog.AddResource("resource2")6	inputRes := prog.getInputResources()7	fmt.Println("Input Resources:")8	for _, res := range inputRes {9		fmt.Println(res)10	}11}12import (13func main() {14	prog := new(Program)15	prog.AddResource("resource1")16	prog.AddResource("resource2")17	prog.AddDependency("resource1", "resource2")18	inputRes := prog.getInputResources()19	fmt.Println("Input Resources:")20	for _, res := range inputRes {21		fmt.Println(res)22	}23}24import (25func main() {26	prog := new(Program)27	prog.AddResource("resource1")28	prog.AddResource("resource2")29	prog.AddDependency("resource1", "resource2")30	prog.AddDependency("resource2", "resource1")31	inputRes := prog.getInputResources()32	fmt.Println("Input Resources:")33	for _, res := range inputRes {34		fmt.Println(res)35	}36}37import (38func main() {39	prog := new(Program)40	prog.AddResource("resource1")41	prog.AddResource("resource2")42	prog.AddDependency("resource1", "resource2")43	prog.AddDependency("resource2", "

getInputResources

Using AI Code Generation

1import (2func main() {3    prog = Prog{1, "golang", "golang programming language", "golang", []string{"golang", "programming", "language"}}4    fmt.Println("Input Resources: ", prog.getInputResources())5}6import (7func main() {8    prog = Prog{1, "golang", "golang programming language", "golang", []string{"golang", "programming", "language"}}9    fmt.Println("Output Resources: ", prog.getOutputResources())10}11import (12func main() {13    prog = Prog{1, "golang", "golang programming language", "golang", []string{"golang", "programming", "language"}}14    fmt.Println("All Resources: ", prog.getAllResources())15}16import (17func main() {18    prog1 = Prog{1, "golang", "golang programming language", "golang", []string{"golang", "programming", "language"}}19    prog2 = Prog{2, "java", "java programming language", "java", []string{"java", "programming", "language"}}20    prog3 = Prog{3, "python", "python programming language", "python", []string{"python", "programming", "language"}}21    progs := []Prog{prog1, prog2, prog3}22    for _, prog := range progs {23        fmt.Println("Input Resources: ", prog.getInputResources())24    }25}

Automation Testing Tutorials

Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.