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How to use TypeDefined method of result Package

Best Testkube code snippet using result.TypeDefined

parameter_resolver.go

Source:parameter_resolver.go

1package goldi2import "reflect"3// The ParameterResolver is used by type factories to resolve the values of the dynamic factory arguments4// (parameters and other type references).5type ParameterResolver struct {6	Container *Container7}8// NewParameterResolver creates a new ParameterResolver and initializes it with the given Container.9// The container is used when resolving parameters and the type references.10func NewParameterResolver(container *Container) *ParameterResolver {11	return &ParameterResolver{12		Container: container,13	}14}15// Resolve takes a parameter and resolves any references to configuration parameter values or type references.16// If the type of `parameter` is not a parameter or type reference it is returned as is.17// Parameters must always have the form `%my.beautiful.param%.18// Type references must have the form `@my_type.bla`.19// It is also legal to request an optional type using the syntax `@?my_optional_type`.20// If this type is not registered Resolve will not return an error but instead give you the null value21// of the expected type.22func (r *ParameterResolver) Resolve(parameter reflect.Value, expectedType reflect.Type) (reflect.Value, error) {23	if parameter.Kind() != reflect.String {24		return parameter, nil25	}26	stringParameter := parameter.Interface().(string)27	if IsParameterOrTypeReference(stringParameter) == false {28		return parameter, nil29	}30	if IsTypeReference(stringParameter) {31		return r.resolveTypeReference(stringParameter, expectedType)32	}33	return r.resolveParameter(parameter, stringParameter, expectedType), nil34}35func (r *ParameterResolver) resolveParameter(parameter reflect.Value, stringParameter string, expectedType reflect.Type) reflect.Value {36	parameterName := stringParameter[1 : len(stringParameter)-1]37	configuredValue, isConfigured := r.Container.Config[parameterName]38	if isConfigured == false {39		return parameter40	}41	parameter = reflect.New(expectedType).Elem()42	parameter.Set(reflect.ValueOf(configuredValue))43	return parameter44}45func (r *ParameterResolver) resolveTypeReference(typeIDAndPrefix string, expectedType reflect.Type) (reflect.Value, error) {46	t := NewTypeID(typeIDAndPrefix)47	typeInstance, typeDefined, err := r.Container.get(t.ID)48	if err != nil {49		return reflect.Zero(expectedType), err50	}51	if typeDefined == false {52		if t.IsOptional {53			return reflect.Zero(expectedType), nil54		}55		return reflect.Value{}, newUnknownTypeReferenceError(t.ID, `the referenced type "@%s" has not been defined`, t.ID)56	}57	if t.IsFuncReference {58		method := reflect.ValueOf(typeInstance).MethodByName(t.FuncReferenceMethod)59		if method.IsValid() == false {60			return reflect.Value{}, newTypeReferenceError(t.ID, typeInstance, `the referenced method %q does not exist or is not exported`, t.Raw)61		}62		return method, nil63	}64	if reflect.TypeOf(typeInstance).AssignableTo(expectedType) == false {65		return reflect.Value{}, newTypeReferenceError(t.ID, typeInstance,66			`the referenced type %q (type %T) is not assignable to the expected type %v`, t.Raw, typeInstance, expectedType,67		)68	}69	result := reflect.New(expectedType).Elem()70	result.Set(reflect.ValueOf(typeInstance))71	return result, nil72}...

type_configurator.go

Source:type_configurator.go

1package goldi2import (3	"fmt"4	"reflect"5)6// The TypeConfigurator is used to configure a type after its instantiation.7// You can specify a function in another type that is known to the container.8// The type instance is passed to the configurator type, allowing the9// configurator to do whatever it needs to configure the type after its creation.10//11// A TypeConfigurator can be used, for example, when you have a type that requires12// complex setup based on configuration settings coming from different sources.13// Using an external configurator, you can decouple the setup logic from the business logic14// of the corresponding type to keep it DRY and easy to maintain. Also this way its easy to15// exchange setup logic at run time for example on different environments.16//17// Another interesting use case is when you have multiple objects that share a common18// configuration or that should be configured in a similar way at runtime.19type TypeConfigurator struct {20	ConfiguratorTypeID string21	MethodName         string22}23// NewTypeConfigurator creates a new TypeConfigurator24func NewTypeConfigurator(configuratorTypeID, methodName string) *TypeConfigurator {25	return &TypeConfigurator{26		ConfiguratorTypeID: configuratorTypeID,27		MethodName:         methodName,28	}29}30// Configure will get the configurator type and ass `thing` its configuration function.31// The method returns an error if thing is nil, the configurator type is not defined or32// the configurators function does not exist.33func (c *TypeConfigurator) Configure(thing interface{}, container *Container) error {34	if thing == nil {35		return fmt.Errorf("can not configure nil")36	}37	configurator, typeDefined, err := container.get(c.ConfiguratorTypeID)38	if err != nil {39		return err40	}41	if typeDefined == false {42		return newUnknownTypeReferenceError(c.ConfiguratorTypeID, `the configurator type "@%s" has not been defined`, c.ConfiguratorTypeID)43	}44	configuratorType := reflect.TypeOf(configurator)45	configuratorKind := configuratorType.Kind()46	if configuratorKind != reflect.Struct && !(configuratorKind == reflect.Ptr && configuratorType.Elem().Kind() == reflect.Struct) {47		return newTypeReferenceError(c.ConfiguratorTypeID, configuratorType, "the configurator instance is no struct or pointer to struct but a %T", configurator)48	}49	configuratorValue := reflect.ValueOf(configurator)50	configuratorMethod := configuratorValue.MethodByName(c.MethodName)51	if configuratorMethod.IsValid() == false {52		return newTypeReferenceError(c.ConfiguratorTypeID, configuratorType, "the configurator does not have a method %q", c.MethodName)53	}54	result := configuratorMethod.Call([]reflect.Value{reflect.ValueOf(thing)})55	if len(result) > 0 {56		lastResult := result[len(result)-1]57		errType := reflect.TypeOf((*error)(nil)).Elem()58		if lastResult.Type().AssignableTo(errType) && !lastResult.IsNil() {59			return lastResult.Interface().(error)60		}61	}62	return nil63}...

filter.go

Source:filter.go

...103}104func (f filter) TextSearch() string {105	return f.textSearch106}107func (f filter) TypeDefined() bool {108	return f.objectType != ""109}110func (f filter) Type() string {111	return f.objectType112}113func (f filter) Selector() string {114	return f.selector115}...

TypeDefined

Using AI Code Generation

1import (2func main() {3	s.Push(10)4	s.Push(20)5	s.Push(30)6	s.Push(40)7	fmt.Println(s)8	fmt.Println(s.Pop())9	fmt.Println(s)10	fmt.Println(s.Pop())11	fmt.Println(s)12	fmt.Println(s.Pop())13	fmt.Println(s)14	fmt.Println(s.Pop())15	fmt.Println(s)16}17import (18func main() {19	s.Push(10)20	s.Push(20)21	s.Push(30)22	s.Push(40)23	for s.Len() > 0 {24		fmt.Println(s.Pop())25	}26}27import (28func main() {29	s.Push(10)30	s.Push(20)31	s.Push(30)32	s.Push(40)33	for i := range s.Values() {34		fmt.Println(i)35	}36}37import (38func main() {39	s.Push(10)40	s.Push(20)41	s.Push(30)42	s.Push(40)43	for _, i := range s.Values() {44		fmt.Println(i)45	}46}47import (48func main() {49	s.Push(10)50	s.Push(20)

TypeDefined

Using AI Code Generation

1var result = new Result();2result.TypeDefined(typeof (string));3{4    public void TypeDefined(Type t)5    {6        if (t == typeof (string))7        {8            Console.WriteLine("String Type");9        }10    }11}

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