@tsdi is base Ioc container, via typescript decorator
npm install @tsdi/iocThis repo is for distribution on npm. The source for this module is in the
main repo.
@tsdi/ioc is Ioc container, Injector, via typescript decorator.
version 5+ of @ts-ioc/core tsioc
``shell
build: npm run build
//build with version:
npm run build -- --setvs=4.0.0-beta
//deploy:
./deploy.cmd
//or
npm run build -- --deploy=true
`
`shell
npm install @tsdi/ioc
`
`shell
// install aop
npm install @tsdi/aop
`
`ts
import { AopModule } from '@tsdi/aop';
import { IocContainer } from '@tsdi/ioc';
let container = new IocContainer();
// use aop.
container.use(AopModule);
// also can
container.register(AopModule);
// or
container.inject(AopModule)
//or
container.injectModule(AopModule)
`
`shell`
// install aop logs
npm install @tsdi/logs
`ts
import { LogModule } from '@tsdi/logs';
// in server
import { ContainerBuilder } from '@tsdi/platform-server'
// in browser
import { ContainerBuilder } from '@tsdi/platform-browser'
let builder = new ContainerBuilder();
let container = build.create();
container.use(LogModule);
`
class decortator, use to define the class is Ioc extends module. it will auto run after registered to helper your to setup module.
2. add service resolve.
3. module inject.
Ioc
1. Register one class will auto register depdence class (must has a class decorator).
2. get Instance can auto create constructor param. (must has a class decorator or register in container).
$3
1.
@Abstract abstract class decorator.
2. @AutoRun class, method decorator, use to define the class auto run (via a method or not) after registered.
3. @AutoWried property or param decorator, use to auto wried type instance or value to the instance of one class with the decorator.
4. @Inject property or param decorator, use to auto wried type instance or value to the instance of one class with the decorator.
5. @Injectable class decortator, use to define the class. it can setting provider to some token, singleton or not.
6. @AutoWried method decorator.
7. @Param param decorator, use to auto wried type instance or value to the instance of one class with the decorator.
8. @Singleton class decortator, use to define the class is singleton.
9. @Providers Providers decorator, for class. use to add private ref service for the class.
10. @Refs Refs decorator, for class. use to define the class as a service for target.
AOP
It's a dynamic aop base on ioc.
define a Aspect class, must with decorator:
*
@Aspect Aspect decorator, define for class. use to define class as aspect. it can setting provider to some token, singleton or not.*
@Before(matchstring|RegExp) method decorator, aop Before advice decorator.*
@After(matchstring|RegExp) method decorator, aop after advice decorator.*
@Around(matchstring|RegExp) method decorator, aop around advice decorator.*
@AfterThrowing(matchstring|RegExp) method decorator, aop AfterThrowing advice decorator.*
@AfterReturning(matchstring|RegExp) method decorator, aop AfterReturning advice decorator.*
@Pointcut(matchstring|RegExp) method decorator, aop Pointcut advice decorator.
see simples
boot
DI Module manager, application bootstrap. base on AOP.*
@DIModule DIModule decorator, use to define class as DI Module.
* @Bootstrap Bootstrap decorator, use to define class as bootstrp module.
* @Boot Boot decorator, use to define class as startup service for application.
* @Message Message decorator, for class. use to define the class as message handle register in global message queue.`tsimport { DIModule, BootApplication } from '@tsdi/boot';
export class TestService {
testFiled = 'test';
test() {
console.log('test');
}
}
@DIModule({
providers: [
{ provide: 'mark', useFactory: () => 'marked' },
TestService
],
exports: [
]
})
export class ModuleA {
}
@Injectable
export class ClassSevice {
@Inject('mark')
mark: string;
state: string;
start() {
console.log(this.mark);
}
}
@Aspect
export class Logger {
@Around('execution(*.start)')
log() {
console.log('start........');
}
}
@DIModule({
imports: [
AopModule,
ModuleA
],
providers:[
Logger,
ClassSevice
]
bootstrap: ClassSevice
})
export class ModuleB {
}
BootApplication.run(ModuleB);
`components
* Component decorator, use to defaine class as component with template.
* @Input Input decorator, use to define property or param as component binding field or args.see activity build boot simple
Activites
* activities
* pack
$3
`tslet container = new IocContainer();
`$3
see @tsdi/ioc interface IIocContainer
see @tsdi/core interface IContainer
ts// 1. register a class
container.register(Person);
// 2. register a factory;
container.register(Person, (container)=> {
...
return new Person(...);
});
// 3. register with keyword
container.register('keyword', Perosn);
// 4. register with alais
container.register(new Registration(Person, aliasname));
// register singleton
container.registerSingleton(Person)
// bind provider
container.bindProvider
// bind providers.
container.bindProviders
`$3
see interface IInjector
ts// get the injector of Person class type injected.
let injector = container.getInjector(Person);
// create new injector
let injector = container.createInjector();
// or create new injector via
let injector = container.getInstance(InjectorFactoryToken);
`$3
you can use yourself
by implement IMethodAccessor, register MethodAccessorToken with your MethodAccessor in container, see interface.`ts@Injectable
class Person {
constructor() {
}
say() {
return 'I love you.'
}
}
@Injectable
class Child extends Person {
constructor() {
super();
}
say() {
return 'Mama';
}
}
class MethodTest {
constructor() {
}
@AutoWried
sayHello(person: Person) {
return person.say();
}
}
class MethodTest2 {
constructor() {
}
@AutoWried()
sayHello( @Inject(Child) person: Person) {
return person.say();
}
}
class MethodTest3 {
constructor() {
}
@AutoWried
sayHello( @Inject(Child) personA: Person, personB: Person) {
return personA.say() + ', ' + personB.say();
}
}
@Injectable
class Geet {
constructor(private name: string){
}
print(hi?:string){
return
${hi}, from ${this.name};
}
}container.register(Geet);
container.invoke(Geet, gt=> gt.print, ... //inject providers.)
let instance = container.resolve(Geet, )
container.invoke(instance, gt=> gt.print, ...//inject providers.);
container.invoke(instance, 'print', ...);
container.register(MethodTest);
container.invoke(MethodTest, 'sayHello');
container.register(MethodTest2);
container.invoke(MethodTest2, tg=> tg.sayHello);
container.register(MethodTest3);
container.invoke(MethodTest3, 'sayHello');
`
Use Demo
tsimport { Method, ContainerBuilder, AutoWired, Injectable, Singleton, IContainer, ParameterMetadata, Param, Aspect } from '@tsdi/core';
export class SimppleAutoWried {
constructor() {
}
@AutoWired
dateProperty: Date;
}
@Singleton
export class Person {
name = 'testor';
}
// > v0.3.5 all class decorator can depdence.
@Singleton
// @Injectable
export class RoomService {
constructor() {
}
@AutoWired
current: Date;
}
@Injectable()
export class ClassRoom {
constructor(public service: RoomService) {
}
}
export abstract class Student {
constructor() {
}
abstract sayHi(): string;
}
@Injectable({ provide: Student })
export class MiddleSchoolStudent extends Student {
constructor() {
super();
}
sayHi() {
return 'I am a middle school student';
}
}
@Injectable()
export class MClassRoom {
@AutoWired(MiddleSchoolStudent)
leader: Student;
constructor() {
}
}
@Injectable({ provide: Student, alias: 'college' })
export class CollegeStudent extends Student {
constructor() {
super();
}
sayHi() {
return 'I am a college student';
}
}
@Injectable
export class CollegeClassRoom {
constructor(
@Param(CollegeStudent)
@AutoWired(CollegeStudent)
public leader: Student) {
}
}
@Injectable
export class InjMClassRoom {
// @Inject(MiddleSchoolStudent)
@Inject
// @Inject({ type: MiddleSchoolStudent })
// @Inject({ provider: MiddleSchoolStudent })
leader: Student;
constructor() {
}
}
export interface IClassRoom {
leader: Student;
}
@Injectable
export class InjCollegeClassRoom {
constructor(
// all below decorator can work, also @AutoWired, @Param is.
// @Inject(new Registration(Student, 'college')) // need CollegeStudent also register.
@Inject(CollegeStudent)
// @Inject({ provider: CollegeStudent })
// @Inject({ provider: Student, alias: 'college' }) //need CollegeStudent also register.
// @Inject({ type: CollegeStudent })
public leader: Student
) {
}
}
@Injectable
export class InjCollegeAliasClassRoom {
constructor(
// all below decorator can work, also @AutoWired, @Param is.
@Inject(new Registration(Student, 'college')) // need CollegeStudent also register.
// @Inject(CollegeStudent)
// @Inject({ provider: CollegeStudent })
// @Inject({ provider: Student, alias: 'college' }) // need CollegeStudent also register.
// @Inject({ type: CollegeStudent })
public leader: Student
) {
}
}
@Injectable('StringClassRoom')
export class StingMClassRoom {
// @Inject(MiddleSchoolStudent)
@Inject
// @Inject({ type: MiddleSchoolStudent })
leader: Student;
constructor() {
}
}
export class StringIdTest {
constructor(@Inject('StringClassRoom') public room: IClassRoom) {
}
}
export const CollClassRoom = Symbol('CollegeClassRoom');
@Injectable(CollClassRoom)
export class SymbolCollegeClassRoom {
@Inject(CollegeStudent)
leader: Student;
constructor() {
}
}
export class SymbolIdest {
@Inject(CollClassRoom)
public room: IClassRoom
constructor() {
}
}
@Injectable
class MethodTestPerson {
say() {
return 'hello word.'
}
}
class MethodTest {
@AutoWried
sayHello(person: MethodTestPerson) {
return person.say();
}
}
// 1. Custom register one class will auto inject depdence class (must has a class decorator).
let builder = new ContainerBuilder();
let container = builder.create();
container.register(MethodTest);
container.invoke(MethodTest, 'sayHello')
.then(data =>{
console.log(data);
});
container.register(SimppleAutoWried);
let instance = container.get(SimppleAutoWried);
console.log(instance.dateProperty);
container.register(ClassRoom);
let room = container.get(ClassRoom);
console.log(room.service.current);
container.register(MiddleSchoolStudent);
container.register(CollegeStudent);
let student = container.get(Student);
console.log(student.sayHi());
let student2 = container.get(new Registration(Student, 'college'));
console.log(student2.sayHi());
let student3 = container.get(Student, 'college'));
console.log(student3.sayHi());
builder.build({
files: __dirname + '/*{.ts,.js}'
})
.then(container => {
let instance = container.get(Student);
console.log(instance.sayHi());
let instance2 = container.get(new Registration(Student, 'college'));
console.log(instance2.sayHi());
let instance3 = container.get(Student, 'college');
console.log(instance3.sayHi())
});
``see AOP extends (https://github.com/zhouhoujun/tsioc/blob/master/packages/aop/src/AopModule.ts)
You can extend yourself decorator via:
MIT © Houjun