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How to use isComplexPtr method of prog Package

Best Syzkaller code snippet using prog.isComplexPtr

any_test.go

...48			`foo$any0(&(0x7f0000000000)=ANY=[@ANYBLOB="1100000044332211223300000000000088776655443322117d00bc11", @ANYRES32=0x0, @ANYBLOB="0000000044aabb00", @ANYRES64=0x1, @ANYBLOB="44332211112233445566778800000000"])`,49		},50		{51			// Squashing of structs with out_overlay is not supported yet52			// (used to panic, see isComplexPtr).53			`54overlay_any(&(0x7f0000000000)=@overlay2={0x0, 0x0, <r0=>0x0, 0x0})55overlay_uses(0x0, 0x0, 0x0, r0)56`,57			``,58		},59	}60	for i, test := range tests {61		t.Run(fmt.Sprint(i), func(t *testing.T) {62			p, err := target.Deserialize([]byte(test.prog), Strict)63			if err != nil {64				t.Fatalf("failed to deserialize prog: %v", err)65			}66			ptrArg := p.Calls[0].Args[0].(*PointerArg)67			if test.squashed == "" {68				if target.isComplexPtr(ptrArg) {69					t.Fatalf("arg is complex and can be squashed")70				}71				return72			}73			if !target.isComplexPtr(ptrArg) {74				t.Fatalf("arg is not complex")75			}76			if target.ArgContainsAny(ptrArg) {77				t.Fatalf("arg is already squashed")78			}79			target.squashPtr(ptrArg)80			if !target.ArgContainsAny(ptrArg) {81				t.Fatalf("arg is not squashed")82			}83			p1 := strings.TrimSpace(string(p.Serialize()))84			target.squashPtr(ptrArg)85			p2 := strings.TrimSpace(string(p.Serialize()))86			if p1 != p2 {87				t.Fatalf("double squash changed program:\n%v\nvs:\n%v", p1, p2)...

isComplexPtr

Using AI Code Generation

1import "fmt"2type prog struct {3}4func main() {5    p1 := prog{6    }7    fmt.Println("p1 is", p1)8    fmt.Println("p2 is", p2)9    fmt.Println("Is p2 a complex pointer?", isComplexPtr(p2))10}11func isComplexPtr(p *prog) bool {12}13p1 is {Go 1.12}

isComplexPtr

Using AI Code Generation

1import (2type prog struct {3}4func main() {5    p1 := prog{"Naveen", 25}6    p2 := prog{"Praveen", 26}7    fmt.Println("p1 is", p1.isComplexPtr())8    fmt.Println("p2 is", p2.isComplexPtr())9}10func (p prog) isComplexPtr() bool {11}12import (13type prog struct {14}15func main() {16    p1 := prog{"Naveen", 25}17    p2 := prog{"Praveen", 26}18    fmt.Println("p1 is", p1.isComplexPtr())19    fmt.Println("p2 is", p2.isComplexPtr())20}21func (p *prog) isComplexPtr() bool {22}

isComplexPtr

Using AI Code Generation

1import (2func main() {3	fmt.Println(isComplexPtr(p))4}5func isComplexPtr(p interface{}) bool {6	if p == nil {7	}8}9import (10func main() {11	fmt.Println(isComplexPtr(p, p1))12}13func isComplexPtr(p interface{}, p1 interface{}) bool {14	if p == nil && p1 == nil {15	}16}17import (18func main() {19	fmt.Println(isComplexPtr(p, p1, p2))20}21func isComplexPtr(p interface{}, p1 interface{}, p2 interface{}) bool {22	if p == nil && p1 == nil && p2 == nil {23	}24}25The isComplexPtr() method takes three interfaces as parameters and returns a boolean value. In the main() method, we are creating three pointers p, p1 and p2 of type int and passing them to the isComplexPtr() method. The isComplexPtr() method checks if the value of p, p1 and p2 is nil or not. Since p,

isComplexPtr

Using AI Code Generation

1import "fmt"2func main() {3fmt.Println("x = ", x)4fmt.Println("p = ", p)5fmt.Println("q = ", q)6fmt.Println("r = ", r)7fmt.Println("s = ", s)8fmt.Println("t = ", t)9fmt.Println("u = ", u)10fmt.Println("v = ", v)11fmt.Println("w = ", w)12fmt.Println("y = ", y)13fmt.Println("z = ", z)14fmt.Println("Is p complex? ", prog.isComplexPtr(p))15fmt.Println("Is q complex? ", prog.isComplexPtr(q))16fmt.Println("Is r complex? ", prog.isComplexPtr(r))17fmt.Println("Is s complex? ", prog.isComplexPtr(s))18fmt.Println("Is t complex? ", prog.isComplexPtr(t))19fmt.Println("Is u complex? ", prog.isComplexPtr(u))20fmt.Println("Is v complex? ", prog.isComplexPtr(v))21fmt.Println("Is w complex? ", prog.isComplexPtr(w))22fmt.Println("Is y complex? ", prog.isComplexPtr(y))23fmt.Println("Is z complex? ", prog.isComplexPtr(z))24}25import "fmt"26func main() {27fmt.Println("x = ", x)28fmt.Println("p = ", p)29fmt.Println("q = ", q)30fmt.Println("r

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