Unlock 30% off on Manual Testing Annual Plans this Holiday Season.

Copied to Clipboard!

How to use filterArch method of compiler Package

Best Syzkaller code snippet using compiler.filterArch

compiler.go

Source:compiler.go

...67}68// Compile compiles sys description.69func Compile(desc *ast.Description, consts map[string]uint64, target *targets.Target, eh ast.ErrorHandler) *Prog {70	comp := createCompiler(desc.Clone(), target, eh)71	comp.filterArch()72	comp.typecheck()73	// The subsequent, more complex, checks expect basic validity of the tree,74	// in particular corrent number of type arguments. If there were errors,75	// don't proceed to avoid out-of-bounds references to type arguments.76	if comp.errors != 0 {77		return nil78	}79	if consts == nil {80		fileConsts := comp.extractConsts()81		if comp.errors != 0 {82			return nil83		}84		return &Prog{fileConsts: fileConsts}85	}86	if comp.target.SyscallNumbers {87		comp.assignSyscallNumbers(consts)88	}89	comp.patchConsts(consts)90	comp.check()91	if comp.errors != 0 {92		return nil93	}94	syscalls := comp.genSyscalls()95	comp.layoutTypes(syscalls)96	types := comp.generateTypes(syscalls)97	prg := &Prog{98		Resources:   comp.genResources(),99		Syscalls:    syscalls,100		Types:       types,101		Unsupported: comp.unsupported,102	}103	if comp.errors != 0 {104		return nil105	}106	for _, w := range comp.warnings {107		eh(w.pos, w.msg)108	}109	return prg110}111type compiler struct {112	desc     *ast.Description113	target   *targets.Target114	eh       ast.ErrorHandler115	errors   int116	warnings []warn117	ptrSize  uint64118	unsupported    map[string]bool119	resources      map[string]*ast.Resource120	typedefs       map[string]*ast.TypeDef121	structs        map[string]*ast.Struct122	intFlags       map[string]*ast.IntFlags123	strFlags       map[string]*ast.StrFlags124	used           map[string]bool // contains used structs/resources125	usedTypedefs   map[string]bool126	brokenTypedefs map[string]bool127	structVarlen  map[string]bool128	structTypes   map[string]prog.Type129	builtinConsts map[string]uint64130}131type warn struct {132	pos ast.Pos133	msg string134}135func (comp *compiler) error(pos ast.Pos, msg string, args ...interface{}) {136	comp.errors++137	comp.eh(pos, fmt.Sprintf(msg, args...))138}139func (comp *compiler) warning(pos ast.Pos, msg string, args ...interface{}) {140	comp.warnings = append(comp.warnings, warn{pos, fmt.Sprintf(msg, args...)})141}142func (comp *compiler) filterArch() {143	files := comp.fileList()144	comp.desc = comp.desc.Filter(func(n ast.Node) bool {145		pos, typ, name := n.Info()146		meta := files[filepath.Base(pos.File)]147		if meta.SupportsArch(comp.target.Arch) {148			return true149		}150		switch n.(type) {151		case *ast.Resource, *ast.Struct, *ast.Call, *ast.TypeDef:152			// This is required to keep the unsupported diagnostic working,153			// otherwise sysgen will think that these things are still supported on some arches.154			comp.unsupported[typ+" "+name] = true155		}156		return false...

filterArch

Using AI Code Generation

1func main() {2    c := compiler{}3    c.filterArch("amd64")4}5func (c compiler) filterArch(arch string) {6    fmt.Println("filterArch called")7}

filterArch

Using AI Code Generation

1import (2type Compiler struct {3}4func (c Compiler) filterArch(path string, info os.FileInfo) bool {5    if strings.Contains(path, c.arch) {6    }7}8func main() {9    c := Compiler{arch: "386"}10    err := filepath.Walk("C:/Go/src", c.filterArch)11    if err != nil {12        fmt.Println(err)13    }14}

filterArch

Using AI Code Generation

1import "fmt"2type compiler struct {3}4func (c *compiler) filterArch(arch string) bool {5}6func main() {7    c := &compiler{os: "windows", arch: "amd64"}8    fmt.Println(c.filterArch("amd64"))9}10import "fmt"11type compiler interface {12    filterArch(arch string) bool13}14type goCompiler struct {15}16func (c *goCompiler) filterArch(arch string) bool {17}18func main() {19    c := &goCompiler{os: "windows", arch: "amd64"}20    fmt.Println(comp.filterArch("amd64"))21}

filterArch

Using AI Code Generation

1import "fmt"2type Compiler struct {3}4func (c *Compiler) filterArch(arch string) bool {5}6func main() {7    compilers := []Compiler{8        Compiler{"gcc", "386"},9        Compiler{"gcc", "amd64"},10        Compiler{"gcc", "arm"},11        Compiler{"gcc", "arm64"},12        Compiler{"gcc", "ppc64"},13        Compiler{"gcc", "ppc64le"},14        Compiler{"gcc", "mips"},15        Compiler{"gcc", "mipsle"},16        Compiler{"gcc", "mips64"},17        Compiler{"gcc", "mips64le"},18        Compiler{"gcc", "s390x"},19        Compiler{"gccgo", "386"},20        Compiler{"gccgo", "amd64"},21        Compiler{"gccgo", "arm"},22        Compiler{"gccgo", "arm64"},23        Compiler{"gccgo", "ppc64"},24        Compiler{"gccgo", "ppc64le"},25        Compiler{"gccgo", "mips"},26        Compiler{"gccgo", "mipsle"},27        Compiler{"gccgo", "mips64"},28        Compiler{"gccgo", "mips64le"},29        Compiler{"gccgo", "s390x"},30        Compiler{"clang", "386"},31        Compiler{"clang", "amd64"},32        Compiler{"clang", "arm"},33        Compiler{"clang", "arm64"},34        Compiler{"clang", "ppc64"},35        Compiler{"clang", "ppc64le"},36        Compiler{"clang", "mips"},37        Compiler{"clang", "mipsle"},38        Compiler{"clang", "mips64"},39        Compiler{"clang", "mips64le"},40        Compiler{"clang", "s390x"},41        Compiler{"clanggo", "386"},42        Compiler{"clanggo", "amd64"},43        Compiler{"clanggo", "arm"},44        Compiler{"clanggo", "arm64"},45        Compiler{"clanggo", "ppc64"},46        Compiler{"clanggo", "ppc64le"},47        Compiler{"clanggo", "mips"},48        Compiler{"clanggo", "mipsle"},49        Compiler{"clanggo", "mips64"},50        Compiler{"clanggo", "mips64le"},51        Compiler{"clang

filterArch

Using AI Code Generation

1import "fmt"2func main() {3    fmt.Println("Hello, playground")4    var c1 = compiler{}5    var c2 = compiler{}6    var c3 = compiler{}7    var c4 = compiler{}8    var compilers = []compiler{c1,c2,c3,c4}9    var res = filterArch(compilers,arch)10    fmt.Println(res)11}12type compiler struct {13}14func filterArch(compilers []compiler, arch string) []compiler {15    for _, c := range compilers {16        for _, a := range c.arch {17            if a == arch {18                result = append(result, c)19            }20        }21    }22}23import "fmt"24func main() {25    fmt.Println("Hello, playground")26    var c1 = compiler{}27    var c2 = compiler{}28    var c3 = compiler{}29    var c4 = compiler{}30    var compilers = []compiler{c1,c2,c3,c4}31    var res = filterArch(compilers,arch)32    fmt.Println(res)33}34type compiler struct {35}36func filterArch(compilers []compiler, arch string) []compiler {37    for _, c := range compilers {38        for _, a := range c.arch {39            if a == arch {40                result = append(result, c)41            }42        }43    }44}

filterArch

Using AI Code Generation

1import (2func main() {3	if !compiler.supported(arch, os) {4		fmt.Println("Compiler", compiler, "is not supported on", arch, os)5	} else {6		fmt.Println("Compiler", compiler, "is supported on", arch, os)7	}8}

filterArch

Using AI Code Generation

1import (2func main() {3	compiler := Compiler{4	}5	if compiler.filterArch("amd64") {6		fmt.Println("amd64 architecture is present")7	} else {8		fmt.Println("amd64 architecture is not present")9	}10}

filterArch

Using AI Code Generation

1import (2func main() {3	arch := os.Getenv("GOARCH")4	fmt.Println(arch)5	file, err := os.Create("2.go")6	if err != nil {7		log.Fatal(err)8	}9	filteredCode := filterArch(arch)10	_, err = file.WriteString(filteredCode)11	if err != nil {12		log.Fatal(err)13	}14	file.Sync()15	file.Close()16	compileCmd := exec.Command("go", "build", "-o", "2", "2.go")17	err = compileCmd.Run()18	if err != nil {19		log.Fatal(err)20	}21	runCmd := exec.Command("./2")22	err = runCmd.Run()23	if err != nil {24		log.Fatal(err)25	}26}27func filterArch(arch string) string {28	if arch == "amd64" {29import (30func main() {31	fmt.Println("amd64")32}33	}34	if arch == "arm64" {35import (36func main() {37	fmt.Println("arm64")38}39	}40	if arch == "arm" {41import (42func main() {43	fmt.Println("arm")44}45	}46	if arch == "ppc64" {

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.