# JSIL

**Repository Path**: fyindex/JSIL

## Basic Information

- **Project Name**: JSIL
- **Description**: No description available
- **Primary Language**: Unknown
- **License**: MIT
- **Default Branch**: master
- **Homepage**: None
- **GVP Project**: No

## Statistics

- **Stars**: 0
- **Forks**: 0
- **Created**: 2020-09-26
- **Last Updated**: 2024-08-05

## Categories & Tags

**Categories**: Uncategorized

**Tags**: None

## README

![JSIL logo](http://jsil.org/images/jsil_48px.png) JSIL
====

JSIL is a compiler that transforms .NET applications and libraries from their native executable format - CIL bytecode - into standards-compliant, cross-browser JavaScript. You can take this JavaScript and run it in a web browser or any other modern JavaScript runtime. Unlike other cross-compiler tools targeting JavaScript, JSIL produces readable, easy-to-debug JavaScript that resembles the code a developer might write by hand, while still maintaining the behavior and structure of the original .NET code.

For live demos and code samples, [visit the website](http://jsil.org).

For help on getting started using JSILc, see [the wiki](https://github.com/sq/JSIL/wiki).

JSIL is currently in partial maintenance mode (due to time constraints on the maintainer's part), but bug reports and questions are still actively responded to. Pull requests still welcome!

License
=======

Copyright 2011 K. Gadd

Additional contributions by Igor Kiselev and assorted community members.

License: MIT/X11

Replay/Record support & Emscripten integration sponsored by Mozilla Corporation

License: MIT/X11

Acknowledgements
========

JSIL depends upon or is based on the following open source libraries:

 * Mono.Cecil: MIT/X11 (thanks to Jb Evain)
 * ICSharpCode.Decompiler: MIT/X11 (developed as part of ILSpy)
 * Mono.Options: MIT/X11 (Jonathan Pryor & Federico Di Gregorio)
 * printStackTrace: Public Domain (Eric Wendelin and others)
 * XAPParse: Microsoft Public License/Ms-PL (Andy Patrick)
 * webgl-2d: MIT (Corban Brook, Bobby Richter, Charles J. Cliffe, and others)
 * S3TC DXT1 / DXT5 Texture Decompression Routines (Benjamin Dobell)
 
The Upstream folder also contains:

 * Win32 build of the Spidermonkey command-line JavaScript shell. It is built from sources provided by the Mozilla project (http://www.mozilla.org/). This build is used for running JavaScript automated tests.
 * A specific version of the NUnit.Framework assembly, used by the automated tests. This ensures that they compile correctly regardless of which version of NUnit you have installed.
 * Win32 build of PNGQuant for optimizing PNG files. (Jef Poskanzer, Greg Roelofs)
 * Mono ILASM for CIL tests execution

The following NuGet packages are used:
 * Grunt
 * Node
 * NPM
 * NUnit
 * NUnit Test Adapter
 * FSharp CodeDom
 
Logo by [John Flynn](http://www.bryneshrimp.com).