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Turn your ES5 code into readable ES6. Lebab does the opposite of what Babel does. Lebab transpiles your ES5 code to ES6/ES7. It does exactly the opposite of what Babel does. Convert your old-fashioned code using the lebab cli tool, enabling a specific transformation. The recommended way of using Lebab is to apply one transform at a time, read what exactly the transform does and what are its limitations, apply it to your code and inspect the diff carefully. ...

Flow type linting rules for ESLint. This plugin exports a recommended configuration that enforces Flow type good practices. To enable this configuration use the extends property in your .eslintrc config file. ESLint is designed to be flexible and configurable for your use case. You can turn off every rule and run only with basic syntax validation or mix and match the bundled rules and your custom rules to fit the needs of your project. There are two primary ways to configure ESLint. Use...

Cross-end unified solution. A set of code runs multiple ends, what you see at one end is what you see at multiple ends. Support importing native components at each end. Export CML components to each end. Elegantly upgrade the CML cross-terminal solution. Easy to use, simple and efficient. VS Code, WebStorm, Sublime, Atom plug-ins, syntax highlighting, command completion. Multi-end specification check, syntax error prompt, runtime polymorphism check.

This Yeoman generator allows you to start any Webapp with the best Developer Experience out of the box! No matter what framework or module management you want to use, we got you covered with a cutting-edge working configuration. To take profit of the best of the Yeoman infrastructure, we heavily relies on the composability natures of the generators. Thereby, each needs of your future application will be addressed by a dedicated Yeoman generator (each will be used depending of the options you selected or not).

...Though IT departments have matured these last 10 years and have now no doubt on the benefits of a continuous control of code quality, three major concerns were still remaining, without any tools able to effectively addressing these needs: * How to understand quality indicators, and how to compare them with the state of the art? * How to measure and manage the gap between the absolute quality level of a software, and a reasonable (reachable) target of quality? * What are the shortest and safe ways to achieve your quality goals?