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https://github.com/mono/embeddinator-4000

Tools to turn .NET libraries into native libraries that can be consumed on Android, iOS, Mac, Linux and other platforms.
https://github.com/mono/embeddinator-4000

android bindings c c-plus-plus cplusplus cppsharp csharp dotnet interop java mobile mono monodroid monotouch objective-c xamarin

Last synced: 1 day ago
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Tools to turn .NET libraries into native libraries that can be consumed on Android, iOS, Mac, Linux and other platforms.

Host: GitHub
URL: https://github.com/mono/embeddinator-4000
Owner: mono
License: mit
Archived: true
Created: 2016-11-06T18:29:49.000Z (about 8 years ago)
Default Branch: main
Last Pushed: 2021-03-11T09:19:41.000Z (almost 4 years ago)
Last Synced: 2024-09-27T09:41:12.553Z (4 months ago)
Topics: android, bindings, c, c-plus-plus, cplusplus, cppsharp, csharp, dotnet, interop, java, mobile, mono, monodroid, monotouch, objective-c, xamarin
Language: C#
Homepage:
Size: 8.41 MB
Stars: 758
Watchers: 70
Forks: 95
Open Issues: 138
Metadata Files:
- Readme: README.md
- Contributing: Contributing.md
- License: LICENSE
- Code of conduct: CODE-OF-CONDUCT.md
- Codeowners: CODEOWNERS

Awesome Lists containing this project

README

![Embeddinator-4000 Logo](e4000-logo.png)

Embeddinator-4000 is a tool to turn existing .NET libraries into
libraries that can be consumed by other languages.

It is a tool that takes a .NET assembly and generates the necessary
glue to surface the .NET API as a native API. The goal is to surface
.NET libraries to all ecosystems where Mono/Xamarin run, and for each
platform we provide an interface that is native to that platform as well
as the tools needed to turn a .NET library into something that can be
consumed on that platform.

Presently there is support for .NET to C, Objective-C (across the various Apple platforms)
and Java (Android and regular Java), across Windows, Linux and macOS platforms.

## Getting Started

Check out our [documentation to get started](https://docs.microsoft.com/en-us/xamarin/tools/dotnet-embedding/index).

## Community

Feel free to join us at our [#managed-interop](https://gitter.im/managed-interop) Gitter discussion channel.

## Building

- Clone this repository
- Initialize/update submodules: `git submodule update --recursive --init`
- Open the solution file `Embeddinator-4000.sln` with Visual Studio or Visual Studio For Mac
- Build

If you prefer to build from the command line Cake or Make can be used to build instead of Visual Studio For Mac.

### Cake

The Android/C portions of the project can also be built with [Cake](https://cakebuild.net/) using the build.ps1 / build.sh scripts.

On OS X, you can setup your environment for Android by running a shell script:

```
./build.sh -t Generate-Android -v diagnostic
```

On Windows, in Powershell:

```
.\build.ps1 -t Generate-Android -v diagnostic
```

This will download a master build of Xamarin.Android and extract it into `/external/Xamarin.Android`.

`Embeddinator-4000.exe` will be compiled to `build/lib/Release`. The Cake script will also run Embeddinator against a test assembly, so you can be sure your system is setup properly.

### Makefile

The Objective-C portions of the project can be built with `make` in `objcgen`.

### Nuget Generation

To generate the nuget one can use either (they both invoke the same build process):

- `make nuget` in `objcgen`
- [Cake](https://cakebuild.net/) :`./build.sh -t Create-Package`

## Usage

The getting started [documentation](https://docs.microsoft.com/en-us/xamarin/tools/dotnet-embedding/index) walks through basic usage of the Embeddinator.

More details on platform specific invocations can be found [here](Usage.md).

## Development

The [contributing guide](Contributing.md) covers a number of areas to consider when contributing to Embeddinator-4000.

A number of internal documentation files exist describing the project and internal structure of Embeddinator:

- [General Project Structure](ProjectStructure.md)
- [Automated Tests](tests/Tests.md)
- [Objective-C Generator Internals](objcgen/Internals.md)