You can enjoy desktop development with Node.js and HTML5/CSS/WebGL right now. Here we also to announce that Stem project which is a JavaScript operating system, it makes developers be able to make things on embedded system with JavaScript only. There is no need to understand that difficult knowledge about embedded system when you work on Stem OS.
JavaScript is a client-side script language, but we can use it on server side programming now. However, it is still difficult to write server-side application for front-end developer.
Here we try to find a solution to write server-side script that developer only need to understand and have client-side experience.
The next generation JavaScript doesn't need to dependent on browser, that's just like other programming language. Node.js is it, no need browser, based on fastest V8 JavaScript Engine and provides many APIs for system integration. It can be used to server-side and system, even more purpose.
This document provides an overview of how to write Node.js modules. It discusses writing modules in JavaScript and C/C++, loading modules, publishing modules to the NPM registry, and some advanced topics like handling arguments and creating classes. The key points covered are:
- Modules can be written in JavaScript or C/C++ and exported via module.exports.
- Modules are loaded using require() and can be either core or third-party modules.
- Publishing a module to NPM involves initializing a package, uploading the files to the registry, and adding a main entry point.
- Advanced topics include getting arguments in C/C++ modules, understanding JavaScript types, and creating classes with
The next generation JavaScript doesn't need to dependent on browser, that's just like other programming language. Node.js is it, no need browser, based on fastest V8 JavaScript Engine and provides many APIs for system integration. It can be used to server-side and system, even more purpose.
This document provides an overview of how to write Node.js modules. It discusses writing modules in JavaScript and C/C++, loading modules, publishing modules to the NPM registry, and some advanced topics like handling arguments and creating classes. The key points covered are:
- Modules can be written in JavaScript or C/C++ and exported via module.exports.
- Modules are loaded using require() and can be either core or third-party modules.
- Publishing a module to NPM involves initializing a package, uploading the files to the registry, and adding a main entry point.
- Advanced topics include getting arguments in C/C++ modules, understanding JavaScript types, and creating classes with
The document discusses NPK, a Node.js packaging utility created by the author that allows obfuscation, compression, and compilation of Node.js code into a single binary file. It describes three levels of packaging supported by NPK - removing formatting to obscure code, encrypting and compressing the code so even the author's mother wouldn't recognize it, and compiling it into a binary that even the author's father wouldn't recognize. However, the author notes that source code is still accessible so encryption and other methods may be needed for true protection. The author welcomes feedback on NPK and suggestions for future versions.
This document discusses using JavaScript and Node.js with QML (Qt Modeling Language) for building applications. It provides an example of creating a basic window in QML using only a few lines of code. It also demonstrates how to load a QML file and interact with it from Node.js by setting and getting properties, triggering signals, and listening for signals. The document encourages learning more QML syntax and provides examples for building an IRC client or countdown timer combining Node.js and QML. It notes that with this approach, C++ is no longer needed and over 300,000 NPM modules can be utilized. It concludes by mentioning packaging Qt libraries as an NPM module and asking if there are any questions.
Enjoy Writing Modern Desktop Application in JavaScriptFred Chien
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This document summarizes a presentation about using JavaScript to write modern desktop applications. It introduces jsdx-toolkit, an open source GUI toolkit for Node.js based on Clutter/Mx that allows writing desktop apps in JavaScript. Key points covered include how jsdx-toolkit implements JavaScript APIs to interface with underlying libraries, allows creating windows, widgets, and multimedia playback. Future goals are discussed like JTKML, a modeling language to design UIs faster, and adding more system APIs to empower JavaScript for all development tasks.