How to use checkType method of compiler Package

Best Syzkaller code snippet using compiler.checkType

validate.go

Source:validate.go

...64	o.Mutex.Lock()65	defer o.Mutex.Unlock()66	o.Errors = append(o.Errors, err)67}68func validatePackage(p *types.Package, checkType string, opts *ValidateOpts, reciper tree.Builder, cacheDeps *pkg.InMemoryDatabase) error {69	var errstr string70	var ans error71	var depSolver types.PackageSolver72	if opts.WithSolver {73		emptyInstallationDb := pkg.NewInMemoryDatabase(false)74		depSolver = solver.NewSolver(types.SolverOptions{Type: types.SolverSingleCoreSimple}, pkg.NewInMemoryDatabase(false),75			reciper.GetDatabase(),76			emptyInstallationDb)77	}78	found, err := reciper.GetDatabase().FindPackages(79		&types.Package{80			Name:     p.GetName(),81			Category: p.GetCategory(),82			Version:  ">=0",83		},84	)85	if err != nil || len(found) < 1 {86		if err != nil {87			errstr = err.Error()88		} else {89			errstr = "No packages"90		}91		util.DefaultContext.Error(fmt.Sprintf("[%9s] %s/%s-%s: Broken. No versions could be found by database %s",92			checkType,93			p.GetCategory(), p.GetName(), p.GetVersion(),94			errstr,95		))96		opts.IncrBrokenDeps()97		return errors.New(98			fmt.Sprintf("[%9s] %s/%s-%s: Broken. No versions could be found by database %s",99				checkType,100				p.GetCategory(), p.GetName(), p.GetVersion(),101				errstr,102			))103	}104	// Ensure that we use the right package from right recipier for deps105	pReciper, err := reciper.GetDatabase().FindPackage(106		&types.Package{107			Name:     p.GetName(),108			Category: p.GetCategory(),109			Version:  p.GetVersion(),110		},111	)112	if err != nil {113		errstr = fmt.Sprintf("[%9s] %s/%s-%s: Error on retrieve package - %s.",114			checkType,115			p.GetCategory(), p.GetName(), p.GetVersion(),116			err.Error(),117		)118		util.DefaultContext.Error(errstr)119		return errors.New(errstr)120	}121	p = pReciper122	pkgstr := fmt.Sprintf("%s/%s-%s", p.GetCategory(), p.GetName(),123		p.GetVersion())124	validpkg := true125	if len(opts.Matches) > 0 {126		matched := false127		for _, rgx := range opts.RegMatches {128			if rgx.MatchString(pkgstr) {129				matched = true130				break131			}132		}133		if !matched {134			return nil135		}136	}137	if len(opts.Excludes) > 0 {138		excluded := false139		for _, rgx := range opts.RegExcludes {140			if rgx.MatchString(pkgstr) {141				excluded = true142				break143			}144		}145		if excluded {146			return nil147		}148	}149	util.DefaultContext.Info(fmt.Sprintf("[%9s] Checking package ", checkType)+150		fmt.Sprintf("%s/%s-%s", p.GetCategory(), p.GetName(), p.GetVersion()),151		"with", len(p.GetRequires()), "dependencies and", len(p.GetConflicts()), "conflicts.")152	all := p.GetRequires()153	all = append(all, p.GetConflicts()...)154	for idx, r := range all {155		var deps types.Packages156		var err error157		if r.IsSelector() {158			deps, err = reciper.GetDatabase().FindPackages(159				&types.Package{160					Name:     r.GetName(),161					Category: r.GetCategory(),162					Version:  r.GetVersion(),163				},164			)165		} else {166			deps = append(deps, r)167		}168		if err != nil || len(deps) < 1 {169			if err != nil {170				errstr = err.Error()171			} else {172				errstr = "No packages"173			}174			util.DefaultContext.Error(fmt.Sprintf("[%9s] %s/%s-%s: Broken Dep %s/%s-%s - %s",175				checkType,176				p.GetCategory(), p.GetName(), p.GetVersion(),177				r.GetCategory(), r.GetName(), r.GetVersion(),178				errstr,179			))180			opts.IncrBrokenDeps()181			ans = errors.New(182				fmt.Sprintf("[%9s] %s/%s-%s: Broken Dep %s/%s-%s - %s",183					checkType,184					p.GetCategory(), p.GetName(), p.GetVersion(),185					r.GetCategory(), r.GetName(), r.GetVersion(),186					errstr))187			validpkg = false188		} else {189			util.DefaultContext.Debug(fmt.Sprintf("[%9s] Find packages for dep", checkType),190				fmt.Sprintf("%s/%s-%s", r.GetCategory(), r.GetName(), r.GetVersion()))191			if opts.WithSolver {192				util.DefaultContext.Info(fmt.Sprintf("[%9s]  :soap: [%2d/%2d] %s/%s-%s: %s/%s-%s",193					checkType,194					idx+1, len(all),195					p.GetCategory(), p.GetName(), p.GetVersion(),196					r.GetCategory(), r.GetName(), r.GetVersion(),197				))198				// Check if the solver is already been done for the deep199				_, err := cacheDeps.Get(r.HashFingerprint(""))200				if err == nil {201					util.DefaultContext.Debug(fmt.Sprintf("[%9s]  :direct_hit: Cache Hit for dep", checkType),202						fmt.Sprintf("%s/%s-%s", r.GetCategory(), r.GetName(), r.GetVersion()))203					continue204				}205				util.DefaultContext.Spinner()206				solution, err := depSolver.Install(types.Packages{r})207				ass := solution.SearchByName(r.GetPackageName())208				util.DefaultContext.SpinnerStop()209				if err == nil {210					if ass == nil {211						ans = errors.New(212							fmt.Sprintf("[%9s] %s/%s-%s: solution doesn't retrieve package %s/%s-%s.",213								checkType,214								p.GetCategory(), p.GetName(), p.GetVersion(),215								r.GetCategory(), r.GetName(), r.GetVersion(),216							))217						if util.DefaultContext.Config.General.Debug {218							for idx, pa := range solution {219								fmt.Println(fmt.Sprintf("[%9s] %s/%s-%s: solution %d: %s",220									checkType,221									p.GetCategory(), p.GetName(), p.GetVersion(), idx,222									pa.Package.GetPackageName()))223							}224						}225						util.DefaultContext.Error(ans.Error())226						opts.IncrBrokenDeps()227						validpkg = false228					} else {229						_, err = solution.Order(reciper.GetDatabase(), ass.Package.GetFingerPrint())230					}231				}232				if err != nil {233					util.DefaultContext.Error(fmt.Sprintf("[%9s] %s/%s-%s: solver broken for dep %s/%s-%s - %s",234						checkType,235						p.GetCategory(), p.GetName(), p.GetVersion(),236						r.GetCategory(), r.GetName(), r.GetVersion(),237						err.Error(),238					))239					ans = errors.New(240						fmt.Sprintf("[%9s] %s/%s-%s: solver broken for Dep %s/%s-%s - %s",241							checkType,242							p.GetCategory(), p.GetName(), p.GetVersion(),243							r.GetCategory(), r.GetName(), r.GetVersion(),244							err.Error()))245					opts.IncrBrokenDeps()246					validpkg = false247				}248				// Register the key249				cacheDeps.Set(r.HashFingerprint(""), "1")250			}251		}252	}253	if !validpkg {254		opts.IncrBrokenPkgs()255	}...

BuiltInTest.go

Source:BuiltInTest.go

...11type BuiltInTest struct {12	position  lexer.Position13	inverted  bool14	condition AST15	checkType string16	argument  AST17}18var _ AST = &BuiltInTest{}19func NewBuiltInTest(token *lexer.Token, inverted bool, condition AST, checkType string, arg AST) *BuiltInTest {20	return &BuiltInTest{21		position:  token.Start,22		inverted:  inverted,23		condition: condition,24		checkType: checkType,25		argument:  arg,26	}27}28func (op *BuiltInTest) Position() lexer.Position {29	return op.position30}31func (op *BuiltInTest) Execute(ec compilerInterface.ExecutionContext) (*compilerInterface.Value, error) {32	value, err := op.condition.Execute(ec)33	if err != nil {34		return nil, err35	}36	if value == nil {37		return nil, ec.NilResultFor(op.condition)38	}39	value = value.Unwrap()40	// If we have an argument, resolve it41	var argument *compilerInterface.Value42	if op.argument != nil {43		argument, err = op.argument.Execute(ec)44		if err != nil {45			return nil, err46		}47		if argument == nil {48			return nil, ec.NilResultFor(op.argument)49		}50		argument = argument.Unwrap()51	}52	// Find the test function53	test, found := BuiltInTests[op.checkType]54	if !found {55		return nil, ec.ErrorAt(op, fmt.Sprintf("Unknown test type `%s`", op.checkType))56	}57	// Execute it58	result, err := test(value, argument)59	if err != nil {60		return nil, ec.ErrorAt(op, err.Error())61	}62	// Invert the result if needed63	if op.inverted {64		result = !result65	}66	return compilerInterface.NewBoolean(result), nil67}68func (op *BuiltInTest) String() string {69	var builder strings.Builder70	builder.WriteString(op.condition.String())71	builder.WriteString(" is ")72	if op.inverted {73		builder.WriteString("not ")74	}75	builder.WriteString(op.checkType)76	if op.argument != nil {77		builder.WriteRune('(')78		builder.WriteString(op.argument.String())79		builder.WriteRune(')')80	}81	return builder.String()82}83var BuiltInTests = map[string]func(v, arg *compilerInterface.Value) (bool, error){84	"boolean": func(v, arg *compilerInterface.Value) (bool, error) {85		return v.Type() == compilerInterface.BooleanValue, nil86	},87	"callable": func(v, arg *compilerInterface.Value) (bool, error) { return v.Function != nil, nil },88	"defined":  func(v, arg *compilerInterface.Value) (bool, error) { return !v.IsUndefined, nil },89	"divisibleby": func(v, arg *compilerInterface.Value) (bool, error) {...

primitive_type.go

Source:primitive_type.go

...16		return nil, fmt.Errorf("wasnt a list type")17	}18	return primitive, nil19}20func IsAny(checkType dtype.Type) bool {21	unliased := UnaliasWithResolveInvoker(checkType)22	primitive, wasPrimitive := unliased.(*PrimitiveAtom)23	if !wasPrimitive {24		return false25	}26	return primitive.PrimitiveName().Name() == "Any"27}28func IsListLike(typeToCheck dtype.Type) bool {29	unaliasType := UnaliasWithResolveInvoker(typeToCheck)30	primitiveAtom, _ := unaliasType.(*PrimitiveAtom)31	if primitiveAtom == nil {32		return false33	}34	name := primitiveAtom.PrimitiveName().Name()35	return name == "List"36}37func IsIntLike(typeToCheck dtype.Type) bool {38	unaliasType := UnaliasWithResolveInvoker(typeToCheck)39	primitiveAtom, _ := unaliasType.(*PrimitiveAtom)40	if primitiveAtom == nil {41		return false42	}43	name := primitiveAtom.AtomName()44	return name == "Int" || name == "Fixed" || name == "Char"45}46func IsListAny(checkType dtype.Type) bool {47	unliased := UnaliasWithResolveInvoker(checkType)48	listAtom, err := GetListType(unliased)49	if err != nil {50		return false51	}52	return IsAny(listAtom.GenericTypes()[0])53}54func IsLocalType(checkType dtype.Type) bool {55	unliased := UnaliasWithResolveInvoker(checkType)56	_, wasLocalType := unliased.(*LocalType)57	return wasLocalType58}59func IsTypeIdRef(checkType dtype.Type) bool {60	unliased := UnaliasWithResolveInvoker(checkType)61	primitive, wasPrimitive := unliased.(*PrimitiveAtom)62	if !wasPrimitive {63		return false64	}65	wasTypeRef := primitive.AtomName() == "TypeRef"66	return wasTypeRef67}68func ArgumentNeedsTypeIdInsertedBefore(p dtype.Type) bool {69	unaliased := UnaliasWithResolveInvoker(p)70	return IsAny(unaliased)71}72func IsAnyOrFunctionWithAnyMatching(p dtype.Type) bool {73	if IsAny(p) {74		return true75	}76	unalias := UnaliasWithResolveInvoker(p)77	functionAtom, wasFunctionAtom := unalias.(*FunctionAtom)78	if wasFunctionAtom {79		for _, param := range functionAtom.FunctionParameterTypes() {80			_, isAnyMatching := param.(*AnyMatchingTypes)81			if isAnyMatching {82				return true83			}84		}85	}86	return false87}88func IsAtomAny(checkType dtype.Atom) bool {89	primitive, wasPrimitive := checkType.(*PrimitiveAtom)90	if !wasPrimitive {91		return false92	}93	return primitive.AtomName() == "Any"94}95type PrimitiveAtom struct {96	name         *ast.TypeIdentifier97	genericTypes []dtype.Type98	references   []*PrimitiveTypeReference99}100func NewPrimitiveType(name *ast.TypeIdentifier, genericTypes []dtype.Type) *PrimitiveAtom {101	for _, generic := range genericTypes {102		if generic == nil {103			panic("not allowed to be nil generic")...

checkType

Using AI Code Generation

1import "fmt"2type compiler struct {3}4func (c compiler) checkType() {5    fmt.Println("Go compiler")6}7func main() {8    c.checkType()9}10import "fmt"11type language struct {12}13func (l language) getName() string {14}15type compiler struct {16}17func main() {18    c := compiler{}19    fmt.Println(c.getName())20}21import "fmt"22type language interface {23    getName() string24}25type goLang struct {26}27func (g goLang) getName() string {28}29func main() {30    g := goLang{name: "Go"}31    printName(g)32}33func printName(l language) {34    fmt.Println(l.getName())35}36import "fmt"37type language interface {38    getName() string39}40type goLang struct {41}42func (g goLang) getName() string {43}44func main() {45    g := goLang{name: "Go"}46    printName(g)47}48func printName(l language) {49    fmt.Println(l.getName())50}51import "fmt"52type goLang struct {53}54func (g goLang) getName() string {55}56func main() {

checkType

Using AI Code Generation

1import (2func main() {3	fmt.Println(reflect.TypeOf(x))4	fmt.Println(reflect.TypeOf(y))5}6import (7func main() {8	fmt.Println(reflect.TypeOf(x))9	fmt.Println(reflect.TypeOf(y))10}11import (12func main() {13	fmt.Println(reflect.TypeOf(x))14	fmt.Println(reflect.TypeOf(y))15}16import (17func main() {18	fmt.Println(reflect.TypeOf(x))19	fmt.Println(reflect.TypeOf(y))20}21import (22func main() {23	fmt.Println(reflect.TypeOf(x))24	fmt.Println(reflect.TypeOf(y))25}26import (27func main() {28	fmt.Println(reflect.TypeOf(x))29	fmt.Println(reflect.TypeOf(y))30}31import (32func main() {33	fmt.Println(reflect.TypeOf(x))34	fmt.Println(reflect.TypeOf(y))35}36import (37func main() {38	fmt.Println(reflect.TypeOf(x))39	fmt.Println(reflect.TypeOf(y))40}

checkType

Using AI Code Generation

1import (2func main() {3	fmt.Println("Type: ", reflect.TypeOf(x))4}5import (6func main() {7	fmt.Println("Type: ", reflect.TypeOf(x))8}9Recommended Posts: Go | reflect.TypeOf() Method

checkType

Using AI Code Generation

1import "fmt"2type compiler struct {3}4func main() {5c := compiler{language: "go", version: 1.16}6c.checkType()7}8func (c compiler) checkType() {9fmt.Println("Type of c is", c)10}11Type of c is {go 1.16}12import "fmt"13type compiler struct {14}15func main() {16c := compiler{language: "go", version: 1.16}17c.checkType()18}19func (c *compiler) checkType() {20fmt.Println("Type of c is", c)21}22Type of c is &{go 1.16}23import "fmt"24type compiler struct {25}26func main() {27c := compiler{language: "go", version: 1.16}28c.checkType()29}30func (c *compiler) checkType() {31fmt.Println("Type of c is", c)32}33Type of c is &{go 1.16}34In the above program, checkType() method is called by a compiler class object. The compiler class has a language and version variable. The checkType() method is used to print the type of the compiler class object. The compiler class

checkType

Using AI Code Generation

1import "fmt"2func main() {3    compiler := new(Compiler)4    compiler.checkType("Go")5}6import "fmt"7func main() {8    compiler := new(Compiler)9    compiler.checkType("Go")10}11func (compiler *Compiler) checkType(language string) {12    fmt.Println(language, "is a compiled language")13}14import "fmt"15func main() {16    compiler := new(Compiler)17    compiler.checkType("Go")18}19type Compiler struct {20}21func (compiler *Compiler) checkType(language string) {22    fmt.Println(language, "is a compiled language")23}24import "fmt"25func main() {26    compiler := new(Compiler)27    compiler.checkType("Go")28}29type Compiler struct {30}31func (compiler *Compiler) checkType(language string) {32    fmt.Println(language, "is a compiled language")33}34import "fmt"35func main() {36    compiler := new(Compiler)37    compiler.checkType("Go")38}39type Compiler struct {40}41func (compiler *Compiler) checkType(language string) {42    fmt.Println(language, "is a compiled language")43}44import "fmt"45func main() {46    compiler := new(Compiler)47    compiler.checkType("Go")48}49type Compiler struct {50}51func (compiler *Compiler) checkType(language string)

checkType

Using AI Code Generation

1import "fmt"2type compiler struct {3}4func (c compiler) checkType() {5    if (c.typeOfVariable == "int") {6        fmt.Println("Type of variable is integer")7    } else if (c.typeOfVariable == "float") {8        fmt.Println("Type of variable is float")9    } else if (c.typeOfVariable == "string") {10        fmt.Println("Type of variable is string")11    } else {12        fmt.Println("Type not found")13    }14}15func main() {16    c := compiler{17    }18    c.checkType()19}

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