Serverless-Boilerplate-Express-TypeScript VS TypeScript-Website

You can find more details in my open source boilerplate: https://github.com/ixartz/Serverless-Boilerplate-Express-TypeScript where I'm using TypeScript.

You can check out the GitHub repo for more details at: Node.js Boilerplate with Serverless and Prisma

Here is the link to the Node.js Boilerplate code: https://github.com/ixartz/Serverless-Boilerplate-Express-TypeScript

You can checkout the Serverless Boilerplate Typescript GitHub repo.

As you might know, AWS has recently announced AWS Lambda Function URLs. This is a new feature that allows you to deploy your lambda behind a HTTPS endpoint without API Gateway. So, no need to set up a API gateway with related cost associated to it or add complexity to your serverless architecture for a single lambda function. I'm the author of a Serverless Boilerplate Template that uses Express.js with AWS Lambda. Usually, I got a lot of questions on why I add Express.js to my boilerplate code. Indeed, adding Express.js with API Gateway is redundant and it's not necessary. It'll increase the deployed package size. Now with Lambda Function URLs, you don't need an API Gateway all the time. Without API gateway, all HTTP requests are sending to one lambda function. That means you need a Web framework to handle the request like Express.js. To be clear and avoid any confusion, API gateway is still a solution. But, based on your context and your needs, you can choose to use Lambda Function URLs and remove the API gateway. In the past, a lot of people were suggesting me to remove Express.js from my starter code. Now with Lambda Function, I'm not sure if it's a good idea to remove it from your boilerplate code. What is your thoughts on this?

For new components, it does make sense to follow the style defined in the React documentation by writing components using a function definition. However, arrow functions using React.FC also remain a popular choice and are used by Vercel and the official TypeScript website

I opened a pull request to remove that, because you're right, there's no way somebody can read the whole handbook in 30 minutes!

Yep, this is my answer too - I use this pattern pretty often. For example, here's the main object that represents the TypeScript Playground at runtime: https://github.com/microsoft/TypeScript-website/blob/86901a0520855050b16b0c23bd6923212fdd0c9c/packages/playground/src/index.ts#L622-L623

In this series of articles, I intend to provide a detailed, accurate, and step-by-step explanation of how to implement a RESTful web interface using a stack of Typescript, Node.js, Dynamoose, DynamoDB, Jest, Serverless Framework, AWS, and Amazon Cognito.

Install TypeScript package: npm i -D typescript

Beyond testing your code, it's an excellent idea to write your library in TypeScript. Type errors are among the most common type of mistake in JavaScript, so using TypeScript will almost always reduce development time and may occasionally prevent you from publishing broken code if you forget to add a test. Moreover, the excellent TypeScript compiler will allow you to avoid using a bundler when publishing your package (we'll get into this more later) and will make supporting TypeScript and JavaScript users simultaneously much easier.

TypeScript is a JavaScript superset with optional type annotations checked during transpilation.