electron-quick-start VS fastify

"pack": "build --dir","dist": "build","electron": "electron main.js","postinstall": "install-app-deps" Create main.js I just copied the code from the electron quick start. The only change I make is to the location of index.html which I set to /dist/index.html

Tauri has a small footprint by default but what about when we pack NodeJS binary with our app? The result of this is surprising. Taurine app is 3 times smaller than electron app. Compiled the Tauri app in .app the format has 63MB and the electron app in the same format has 205MB.

I cloned the quick-start directory from Electron's github and spun up my node-js. No problems there. 🦾

Well it automatically downloads electron 19.0.4 from git clone https://github.com/electron/electron-quick-start. Then I instantly receive the vulnerability issues from npm install & npm start. Not sure why the packages aren't upgrading to newest on install

# Clone this repository git clone https://github.com/electron/electron-quick-start # Go into the repository cd electron-quick-start # Install dependencies npm install # Run the app npm start

This was like one of the top results when I googled for like "electron stuck npm" https://github.com/electron/electron-quick-start/issues/127

This question already has answers here: How to deploy an Electron app as an executable or installable in Windows? (10 answers) Closed 2 years ago.I've been learning how to create applications in Electron and I need help compiling a simple project to a Windows executable. The program is a clone from this Github repo: https://github.com/electron/electron-quick-start. On the repo readme it shows how to run the program:

Create an electron application. Follow the steps here: https://github.com/electron/electron-quick-start

In any event, I just took a closer look at my project, and it looks like the key thing is to wait for Electron's ready event before registering the ipcMain listeners. So, taking Electron's quick-start example as a starting point, you would want to do it in the app.whenReady().then(() => { ... }) callback, probably just before creating the window. Does that help?

We will first initialise an empty electron project that will look similar to an electron first app or electron quick starter repository

For example, Fastify removed the instanceof operatorfrom its codebase because it was causing problems for those developers that rely on jest as a testing framework.

Both are frameworks but NextJs is for Forntend (web app in browser that use ReactJs under the hood) and NestJs is for Backend (server app running on a server witch use Express or Fastify). The only thing similar between them is the typed language in which they were written.

Restify & Fastify Hapi

Let's create a sample Node API project we can work with throughout to build a new docker image. We will leverage Fastify to create an API that we configure via the fastify-cli.

Fastify

In setting out to build this service, we wanted to use gRPC for its APIs. We’ve been reaching for REST when building APIs so far, primarily out of necessity, i.e., our public APIs needed auto-generated client SDKs and docs for developers working with them. We built those APIs with Fastify and Typebox but felt burned by a code-first approach to generating an OpenAPI spec. I’ll spare you the details and save that experience/learning for another article. Suffice it to say we love gRPC’s schema-first approach. This blog post summarizes our feelings well

Fastify – Fast and Low overhead web framework

Custom Functions are powered by Fastify (a light-weight Node.js framework that claims to be faster than Express.js), so they’re extremely flexible.