To provide a plugin which allows using the AllJoyn Thin Client library across all mobile platforms without requiring the user to deal with implementing and compiling the native code for each operating system.
- Windows Modern App
- Windows Phone
- Android (in-progress)
Various explanatory blog posts can be found here: http://www.stefangordon.com/introducing-the-alljoyn-plugin-for-cordova/
After cloning this repository, a plugin developer needs to get AJTCL by running these commands in the project root folder:
$ git clone https://github.com/AllJoyn-Cordova/ajtcl.git src/ajtcl
For plugin users, above is taken care of by a hook run after plugin is added with Cordova scripts.
$ cd /path/to/your/cordova/app $ cordova add [/path/to/plugin or https://github.com/AllJoyn-Cordova/cordova-plugin-alljoyn.git or cordova-plugin-alljoyn] $ cordova platform add windows
Running With Cordova Scripts:
// To run on Windows Phone 8.1 emulator $ cordova run windows --emulator --archs="x86" -- -phone // Running on Windows Phone 8.1 device $ cordova run windows --device --archs="arm" -- -phone // To run on Windows $ cordova run windows --device --archs="x64" -- -win
Alternative for running with Cordova scripts is to open the solution file generated after "cordova platform add windows"-command in Visual Studio and running the wanted app project. In this case, these is a need to manually select the correct architecture from build configuration.
In addition to the Android SDK, the NDK is required. See https://developer.android.com/tools/sdk/ndk/index.html for installation instructions.
The environment variables ANDROID_HOME and ANDROID_NDK_HOME must be set to the point to the locations where the Android SDK and NDK are installed.
There are some external dependencies when building the plugin for the Android platform. Those are Ant, Gradle and Swig (Swig version needs to be 3.0 or higher). Before building for Android, make sure the respective binaries are found from your PATH environment variable.
The plugin build process is currently depending on Android build tools version 20.0.0. If you don't have that installed, it can be obtained using the Android SDK manager or via command line with command:
$ android update sdk --no-ui --all --filter build-tools-20.0.0
When building on a Mac, one of the easiest ways to install the dependencies is via Homebrew with following command:
$ brew install ant gradle swig
After the dependencies are met, the steps to build and run using the Cordova CLI are something like:
$ cordova platform add android $ cordova build android $ cordova run android
If the Android build fails on Windows with an error like:
[...]\AllJoynLib\src\main\jni\aj_keyauthentication.o.d: No such file or directory
It might be caused by hitting the maximum path length limitation. As a workaround, try moving your project to a shorter path.
The tests can be run locally with:
$ npm install $ npm test
An AllJoyn router must be accessible in the network in which the target device runs for the tests to pass.
The target platform will be selected automatically based on which platform the tests are run. On Mac, an iOS build is made. On Windows, the Cordova universal Windows platform is used and on Linux, the build will be targeting Android. To switch the target, one needs to edit the variable cordovaPlatformMapping at the top of file tests/run.js.
To run tests on Windows, first ensure that fresh enough Cordova script is found from the path. You can look at appveyor.yml file from the root of this repository how this is done in the CI environment. You can use where command to check which cordova is found first from your path:
$ where cordova
If you only want to verify that the build is working via Cordova scripts, you can run:
$ npm run build-only