crypto-js VS mocha

The default settings seem to be at fault here, not the implementation it self.

> This is because it both defaults to SHA1, a cryptographic hash algorithm considered insecure since at least 2005, and defaults to one single iteration, a 'strength' or 'difficulty' value specified at 1,000 when specified in 1993

The fix: https://github.com/brix/crypto-js/commit/421dd538b2d34e7c24a...

crypto-js

CryptoJS 官方說明文件：GitHub。

You might use the .env file, which sits inside a server, to store important passwords and keys to databases and APIs. Keeping it in text inside a .env is risky as it may get exposed if the server is compromised. To avoid this issue, one should use Encryption and Decryption. There are a couple of tools and libraries which offer similar functionality. You can try any of those, but we recommend using CryptoJS or Forge.

Edit: They are likely using this version: https://github.com/brix/crypto-js/releases/tag/3.1.5

The Crypto-JS library should be able to decode this. The docs show a simple method, and I'm using it like so:

crypto-js

I kept searching and stumbled accross Staticrypt. This looked pretty promising. This is based on the crypto.js library and will take a full HTML page and encrypt it. The user will then need to enter the password for the script to un-encrypt it. It sounded pretty neat. I plugged in some HTML code and a password to the site to test it out, and sure enough, it spat out an encrypted page. It looked promising enough to look further into.

Don't even have to change any logic just encrypt on write and decrypt on read with something like this: https://github.com/brix/crypto-js

Mocha is a feature-rich JavaScript test framework that runs on Node.js, making asynchronous testing simple and enjoyable. It provides functions that execute in a specific order, collecting test results and offering accurate reporting.

Mocha js testing framework is widely used and maintained by a small team https://github.com/mochajs/mocha/issues/5027

Mocha is a simple and flexible JavaScript testing framework for browser and Node.js applications. Unlike other testing frameworks, it takes a minimalist approach and relies on external libraries for key tasks. It uses Sinon for handling spies, stubs, and mocks, and Chai as the assertion engine. Mocha is extensible through many plugins and can integrate with most test runners.

Introduction: Mocha is a feature-rich JavaScript testing framework that operates seamlessly with Node.js. It is especially known for its support of asynchronous testing, making it ideal for modern web applications.

Hardhat allows us to use Mocha and Chai to write tests in Javascript. To get started, navigate to the tests folder and create a new file called ethcommerce.js. Add the code below to your test file:

Mocha Documentation

Unit Testing: Yes, Rest APIs can also be tested using unit tests. This involves executing the HTTP requests and validating the result. Although this method initially requires more effort, it offers the advantage of complete integration into your development process and enables continuous testing. Each programming language has its own tools. I mainly develop with JavaScript, so I can show you a practical example here. I use Mocha and Chai as testing frameworks. For each test, one or more requests are sent to the corresponding Rest API endpoints and the result is validated.

Mocha: -Mocha JS -Wikipedia -W3Resource -Geeks For Geeks -Request for Maintainers

If you've ever done any type of testing with Node.js, you most likely have come up with libraries like Jest, Mocha or Vitest. This is because Node.js for a long time has never provided a native way to do testing. If you wanted some type of testing, you'd have to draw on testing libraries.

Today, I will go to great lengths to setup my tooling to ensure the fastest possible feedback. Why do I still use Mocha for testing JavaScript code when more modern alternatives exist? Because none of them can match the speed of mocha (despite at least one of them makes the claim to speed)