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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}

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