import { Context } from 'aws-lambda'; export const lambdaHandler = async (event: string, context: Context): Promise<string> => { console.log('Remaining time: ', context.getRemainingTimeInMillis()); console.log('Function name: ', context.functionName); return context.logStreamName; }; ...
async function f() { for await (const x of g()) { console.log(x); } }The for..await..of statement is only legal within an Async Function or Async Generator.CaveatsKeep in mind that our support for async iterators relies on support for Symbol.asyncIterator to exist at runtime. You...
function BaseResolver<T extends Type<unknown>>(classRef: T): any { @Resolver({ isAbstract: true }) abstract class BaseResolverHost { @Query(() => [classRef], { name: `findAll${classRef.name}` }) async findAll(): Promise<T[]> { return []; } } return BaseResolverHost; } ...
async function test() { // throw new Error("123"); ---1 可以被捕捉 return new Promise((resolve, reject) => { setTimeout(()=> { //throw new Error("456"); --- 2 不能被捕捉 // reject(new Error("789")); --- 3 可以被捕捉 }, 3000); setTimeout(()=> { resolve(3); ...
Asynchronous Function On line 18 we define the signature of thecreatefunction. Please note that this is an asynchronous function. We need that to useawaitin Node. However, functions in MLE modules run always synchronously within the Oracle Database, even if a function is declared asasync. So,...
async function run() { const program = new Command() program .argument('<url>', 'Lighthouse will run the analysis on the URL.') .option( '-i, --iteration <type>', 'How many times Lighthouse should run the analysis per URL', ...
because, once again, this function does not returnonlya promise, so it should not be reported Regarding the point 5: the rule appears to be enforcing three separate issues: useasyncso that the promise-returning functions only throw synchronously (as the name implies) ...
If you want to throw synchronously for some reason, you can override the behaviour using with @AssertType({ async: false }):import { ValidateClass, AssertType } from 'typescript-is'; @ValidateClass() class A { async method(@AssertType({ async: false }) value: number) { // You can...
functiongetData(){console.log("elephant")constp=newPromise((resolve)=>{console.log("giraffe")resolve("lion")console.log("zebra")})console.log("koala")returnp}asyncfunctionmain(){console.log("cat")constresult=awaitgetData()console.log(result)}console.log("dog")main().then(()=>{console....
constschema=z.string().refine(async(val)=>val.length<=8);awaitschema.safeParseAsync("hello");// => { success: true; data: "hello" } Zod infers a static type from your schema definitions. You can extract this type with thez.infer<>utility and use it however you like. ...