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Malicious npm Packages Inject SSH Backdoors via Typosquatted Libraries
Socket’s threat research team has detected six malicious npm packages typosquatting popular libraries to insert SSH backdoors.
simple-boot-core
Advanced tools
npm init -y
npm install simple-boot-core
tsc --init --experimentalDecorators --emitDecoratorMetadata
// index.ts
import {SimpleApplication} from 'simple-boot-core';
import {Router} from 'simple-boot-core/decorators/route/Router';
import {Sim} from 'simple-boot-core/decorators/SimDecorator';
@Sim()
class User {
say() {
console.log('say~ hello');
}
}
@Sim() @Router({ path: '', route: {'/user': User}})
class AppRouter {}
const app = new SimpleApplication(AppRouter);
// type 1
app.run();
app.sim(User).say();
// type 2
// app.run().getOrNewSim(User).say();
// type 3
// app.run();
// const atomic = app.simAtomic(User);
// atomic.value.say();
// type 4 routing
// app.run();
// app.routing('/user').then(it => {
// it.getModuleInstance<User>()?.say();
// })
npx ts-node index.ts
# say~ hello
Decorators must be declared to be managed.
@Sim()
class ProjectService {
sum(x: number, y: number) {
return x + y;
}
}
@Sim()
class User {
constructor(private projectService: ProjectService) {
}
say() {
console.log(`say~ hello: ${this.projectService.sum(5, 25)}`);
}
}
// 💥 call say()
// say~ hello: 30
Sim Object created just one call
@Sim()
class User implements OnSimCreate {
onSimCreate(): void {
console.log('on Create')
}
}
// output 💥
// on Create
@Sim()
class User {
@Before({property: 'say'})
sayBefore() {
console.log('sayBefore')
}
@After({property: 'say'})
sayAfter() {
console.log('sayAfter')
}
say() {
console.log(`say~ hello`);
}
}
// 💥 call say()
// sayBefore
// say~ hello
// sayAfter
@Sim()
class User {
@ExceptionHandler()
otherException(@Inject({situationType: ExceptionHandlerSituationType.ERROR_OBJECT}) e: any) {
console.log(`otherException : ${e.message}`)
}
@ExceptionHandler({type: Error})
errorTypeException(e: Error) {
console.log(`errorTypeException : ${e.message}`)
}
say1() {
console.log(`say~ hello`);
throw {message: 'otherException'}
}
say2() {
console.log(`say~ hello`);
throw new Error('error');
}
}
// 💥 call say1()
// say~ hello
// { message: 'otherException' }
// otherException : otherException
// 💥 call say2()
// say~ hello
// Error: error at ...
// errorTypeException : error
@Sim()
class GlobalAdvice {
@ExceptionHandler()
otherException(@Inject({situationType: ExceptionHandlerSituationType.ERROR_OBJECT}) e: any) {
console.log(`otherException : ${e.message}`)
}
@ExceptionHandler({type: Error})
errorTypeException(e: Error) {
console.log(`errorTypeException : ${e.message}`)
}
}
@Sim()
class User {
say1() {
console.log(`say~ hello`);
throw {message: 'otherException'}
}
say2() {
console.log(`say~ hello`);
throw new Error('error');
}
}
const option = new SimOption([GlobalAdvice])
new SimpleApplication(AppRouter, option).run().routing('/user').then(it => {
it.getModuleInstance<User>()?.say1();
})
// 💥 call say1()
// say~ hello
// { message: 'otherException' }
// otherException : otherException
// 💥 call say2()
// say~ hello
// Error: error at ...
// errorTypeException : error
@Sim()
@Router({
path: '',
route: {
'/user': User
}
})
class AppRouter {
}
@Sim()
@Router({
path: '',
route: {
'/user': User
}
})
class AppRouter implements RouterAction {
async canActivate(url: Intent, module: any) {
console.log('--', url, module)
}
}
const option = new SimOption([GlobalAdvice])
new SimpleApplication(AppRouter, option).run().routing('/user').then(it => {
it.getModuleInstance<User>()?.say();
})
// output 💥
// -- Intent { uri: '/user', data: undefined, event: undefined } User { say: [Function (anonymous)], say2: [Function (anonymous)] }
// say~ hello
@Sim()
@Router({
path: ''
})
class AppRouter {
@Route({path:'/user'})
user1() {
console.log('user say1~')
}
@Route({path:'/user'})
user2() {
console.log('user say2~')
}
@Route({path:'/user-props'})
user2(props: string) {
console.log('user propss', props)
}
}
const option = new SimOption([GlobalAdvice])
new SimpleApplication(AppRouter, option).run().routing('/user').then(it => {
it.propertyKeys?.forEach(key => {
it.executeModuleProperty(key);
});
})
new SimpleApplication(AppRouter, option).run().routing('/user-props').then(it => {
// direct call
let propertyKey = it.propertyKeys?.[0];
let moduleInstance = routerModule.getModuleInstance<(props: string) => void>(propertyKey);
moduleInstance('propData');
})
// output 💥
// user say1~
// user say2~
@Sim({scheme: 'AppRouter'}) @Router({path: '',route: {'/user': User}})
class AppRouter {
say(intent: Intent) {
console.log('say1-->', intent.data);
}
}
const app = new SimpleApplication(AppRouter).run();
app.publishIntent(new Intent('AppRouter://say1', {name: 'visualkhh', age: 99}));
// output 💥
// say1--> { name: 'visualkhh', age: 99 }
const intent = new Intent('AppRouter://say2', ['visualkhh', 99]);
intent.publishType = PublishType.INLINE_DATA_PARAMETERS;
app.publishIntent(intent);
// output 💥
// say2--> visualkhh 99
const global = new Intent('://say2'); // <-- global intent message event
const queryParam = new Intent('scheme://say2?age=5&name=visualkhh'); // <-- query parameter
queryParam.queryParams.name;
queryParam.queryParams.age;
FAQs
front end SPA frameworks
The npm package simple-boot-core receives a total of 0 weekly downloads. As such, simple-boot-core popularity was classified as not popular.
We found that simple-boot-core demonstrated a not healthy version release cadence and project activity because the last version was released a year ago. It has 1 open source maintainer collaborating on the project.
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