LittleJS - The Tiny JavaScript Game Engine That Can

All aboard!

LittleJS is a lightweight 2D JavaScript game engine with a super fast WebGL rendering system. The goal of this project is to be small, simple, and easy to use for a variety of applications from size coding game jams to commercial releases. This engine has everything necessary for most games including super fast rendering, physics, particles, sound effects, music, keyboard/mouse/gamepad input handling, update/render loop, and debug tools.

Features

• Very small footprint with no dependencies
• Can render 10,000+ objects at 60fps, often several times more
• Object oriented system with base class engine object
• 2D physics and collision handling for axis aligned boxes
• Positional audio effects with zzfx and music with zzfxm, mp3s, or wavs
• Input processing system with keyboard, mouse, gamepad, and touch support
• Engine helper functions and classes like Vector2, Color, and Timer
• Tile layer cached rendering

Gitpod

Always ready-to-code.

Gitpod is an open-source Kubernetes application for ready-to-code developer environments that spins up fresh, automated dev environmentsfor each task, in the cloud, in seconds. It enables you to describe your dev environment as code and start instant, remote and cloud-based developer environments directly from your browser or your Desktop IDE.

Tightly integrated with GitLab, GitHub, and Bitbucket, Gitpod automatically and continuously prebuilds dev environments for all your branches. As a result, team members can instantly start coding with fresh, ephemeral and fully-compiled dev environments - no matter if you are building a new feature, want to fix a bug or do a code review.

Features

Dev environments as code - Gitpod applies lessons learned from infrastructure-as-code. Spinning up dev environments is easily repeatable and reproducible empowering you to automate, version-control and share dev environments across your team.

Prebuilt dev environments - Gitpod continuously prebuilds

Stampino

Stampino is a fast and extremely powerful HTML template system, where you write dynamic templates using real HTML <template> tags:

<template id="my-template">  <h1>Hello {{ name }}</h1></template>

Overview

Stampino uses HTML <template> tags to define templates, lit-html for the underlying template rendering, and jexpr for binding expressions.

Stampino is based on the idea that a template defines a function from data to DOM, so it transforms <template> elements into lit-html render functions. Control flow, template composition, and extensibility are built on top of function composition.

This approach leads to a low-cost for features like conditionals and repeating, which are just <template>s themselves:

<template id="my-template">  <h2>Messages</h2>  <template type="if" if="{{ important }}">    <p class="important"

react-device-detect

Detect device, and render view according to the detected device type.

Installation

To install, you can use npm or yarn:

npm install react-device-detect --saveoryarn add react-device-detect

API

• Hooks, SSR and utilities
• Selectors
• Views

Usage

Example:

import { BrowserView, MobileView, isBrowser, isMobile } from 'react-device-detect';

<BrowserView>  <h1>This is rendered only in browser</h1></BrowserView><MobileView>  <h1>This is rendered only on mobile</h1></MobileView>

if you don't need a view, you can use isMobile for conditional rendering

import {isMobile} from 'react-device-detect';function App() {  renderContent = () => {    if (isMobile) {      return <div> This content is unavailable on mobile</div>    }    return <div> ...content </div>  }  render(

kbar

kbar is a simple plug-n-play React component to add a fast, portable, and extensible command+k interface to your site.

Background

Command+k interfaces are used to create a web experience where any type of action users would be able to do via clicking can be done through a command menu.

With macOS's Spotlight and Linear's command+k experience in mind, kbar aims to be a simpleabstraction to add a fast and extensible command+k menu to your site.

Features

• Built in animations and fully customizable components
• Keyboard navigation support; e.g. ctrl n / ctrl p for the navigation wizards
• Keyboard shortcuts support for registering keystrokes to specific actions; e.g. hit t for Twitter
• Nested actions enable creation of rich navigation experiences; e.g. hit backspace to navigate tothe previous action
• A simple data structure which enables anyone to easily build their own custom components

Usage

Have a fully functioning command menu

Compressor.js

JavaScript image compressor. Uses the Browser's native canvas.toBlob API to do the compression work, which means it is lossy compression, asynchronous, and has different compression effects in different browsers. General use this to precompress a client image file before upload it.

• Website

Table of contents

• Main
• Getting started
• Options
• Methods
• No conflict
• Browser support
• Contributing
• Versioning
• License

Main

dist/ compressor.js        (UMD) compressor.min.js    (UMD, compressed) compressor.common.js (CommonJS, default) compressor.esm.js    (ES Module)

Getting started

Install

npm install compressorjs

Usage

Syntax

new Compressor(file[, options])

file

• Type: File or Blob

The target image file for compressing.

options

• Type: Object
• Optional

The options for compressing. Check out the available options.

Example

<input type="file" id="file" accept="image/*">

import axios from 'axios';import Compressor from 'compressorjs';document.getElementById(

NextUI

Getting Started

Visit https://nextui.org/guide to get started with NextUI.

Documentation

Visit https://nextui.org/docs to view the full documentation.

Quick Start

1. Installation: Inside your React project directory, install NextUI by running either of the following:

yarn add @nextui-org/react# ornpm i @nextui-org/react

2. Setup: For NextUI to work correctly, you need to set up the CssBaseline at the root of your application.

Go to the root of your application and do this:

import { CssBaseline } from '@nextui-org/react';const Application = () => (  <>    <CssBaseline /> // ---> Normalize styles    <AppComponent /> // ---> Your App Component  </>);

3. Using NextUI components: Once NextUI is installed you can use any of the components as follows.

import { Button } from '@nextui-org/react';const Component = () => <Button>Click me</Button>;

Contributing

Contributions

An open-source, on-premise, self-hosted cypress tests dashboard

Sorry-cypress is an open-source cypress tests dashboard that unlocks unlimited parallelization, test recordings, integration with Github, Slack and more.

Sorry-cypress can be installed on AWS, Google Cloud, Heroku or any other infrastructure - cloud and on-premise - using Docker, docker-compose, or Kubernetes.

https://sorry-cypress.dev

Currents.dev - pay less for cypress tests.

Cost-effective alternative cypress dashboard. Pay less for parallelization, test recordings and integrations.

https://currents.dev

Table of contents

• Features
• Quickstart
• FAQ
• Changelog
• License
• Donate
• Contributors

Features

• run cypress tests in parallel with no limitations
• upload screenshots and videos to your own storage
• browse test results, screenshots and video recordings
• self-hosted - use your own infrastructure, own your data
• integrate with GitHub, Slack or anything else via webhooks
• works on popular cloud platforms and your data center
  • Docker images
  • Docker compose files
  • Kubernetes Helm Charts
  • AWS
  • Heroku
  • Google Cloud
  • Azure

Quickstart

It takes just 5

Gitify

GitHub Notifications on your menu bar. Available on macOS, Windows and Linux. Gitify Mobile has been deprecated in favour of the official GitHub mobile app.

Download

You can download Gitify for free from the website www.gitify.io or install it via Homebrew Cask.

brew install --cask gitify

Gitify supports macOS, Windows and Linux.

Prerequisites & Libraries

• Node 12+
• Yarn
• Electron
• TypeScript
• React
• Tailwind CSS

Installation

yarn install

Development

Optional: If you prefer to use your own OAuth credentials, you can do so by passing them as environment variables when bundling the app. This is optional as the app has some default "development" keys (use at your own discretion).

OAUTH_CLIENT_ID="123" OAUTH_CLIENT_SECRET="456789" yarn build

To watch for changes(webpack) in the src directory:

yarn run watch

To run the electron app:

yarn start

Releases

The release process is automated. Follow the steps below.

1. Create a new draft release

envsafe

Validate access to environment variables and parse them to the right type. Makes sure you don't accidentally deploy apps with missing or invalid environment variables.

======================================== Invalid environment variables    API_URL: Invalid url input: "http//example.com/graphql" Missing environment variables:    MY_VAR: Missing value or empty string    PORT: Missing value or empty string========================================

Heavily inspired by the great project envalid, but with some key differences:

• Written in 100% TypeScript
• Always strict - only access the variables you have defined
• Built for node.js and the browser
• No dependencies - tiny bundle for browser/isomorphic apps

• How to use
  • Install
  • Basic usage
• Built-in validators
  • Possible options
• Custom validators/parsers
• Error reporting
• Strict mode (recommended for JS-users)

How to use

Works the same in the browser and in node. See the ./examples-folder for more examples.

Install

yarn add envsafe

npm i envsafe --save

Basic usage

import { str, envsafe,