Build Android Apps On A Mac
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Azure Pipelines
This guidance explains how to automatically build Xamarin apps for Android and iOS.
Example
For a working example of how to build a Xamarin app, import (into Azure Repos or TFS) or fork (into GitHub) this repo:
The sample code includes an azure-pipelines.yml file at the root of the repository. You can use this file to build the app.
Follow all the instructions in Create your first pipeline to create a build pipeline for the sample app.
Building Android. Follow these instructions to begin building Android. Set up environment. Initialize the environment with the envsetup.sh script. Including lunch for selecting device targets and tapas for building unbundled apps, such as the reference TV app. Terms and Conditions This is the Android Software Development Kit License Agreement 1. Introduction 1.1 The Android Software Development Kit (referred to in the License Agreement as the 'SDK' and specifically including the Android system files, packaged APIs, and Google APIs add-ons) is licensed to you subject to the terms of the License Agreement. Jan 18, 2017 The macOS App Store is home to thousands of apps and you could potentially get an app for almost anything. But while you’re busy foraging for new apps, it’s easy to miss out on the stock Mac apps. Apple bundles a lot of useful apps into the Mac and today I’ll tell you about 7 handy built-in Mac apps you may not know about: 1. The Ultimate App Creator for iOS & Android Build mobile apps in a fraction of the time and cost using BuildFire’s powerful and easy to use mobile app builder platform. Simple and intuitive app builder - No coding required; Build custom functionality with our developer SDK; Build for. Build an iOS app in Visual Studio 2019. It's possible to build and debug the iOS app from Visual Studio with a networked Mac computer. Refer to the setup instructions for more information. This video covers the process of building and testing an iOS app using Visual Studio 2019 on Windows.
Build environment
You can use Azure Pipelines to build your Xamarin apps without needing to set up any infrastructure of your own. Xamarin tools are preinstalled on Microsoft-hosted agents in Azure Pipelines. You can use macOS or Windows agents to run Xamarin.Android builds, and macOS agents to run Xamarin.iOS builds. If you are using a self-hosted agent, you must install Visual Studio Tools for Xamarin for Windows agents or Visual Studio for Mac for macOS agents.
For the exact versions of Xamarin that are preinstalled, refer to Microsoft-hosted agents.
Create a file named azure-pipelines.yml in the root of your repository. Then, add the following snippet to your azure-pipelines.yml file to select the appropriate agent pool:
Build a Xamarin.Android app
To build a Xamarin.Android app, add the following snippet to your azure-pipelines.yml file. Change values to match your project configuration. See the Xamarin.Android task for more about these options.
Sign a Xamarin.Android app
See Sign your mobile Android app during CI for information about signing your app.
Next steps
See Android guidance for information about:
- Signing and aligning an Android APK
- Testing on the Android Emulator
- Testing on Azure-hosted devices
- Retaining build artifacts with the build record
- Distributing through App Center
- Distributing through Google Play
Build a Xamarin.iOS app
To build a Xamarin.iOS app, add the following snippet to your azure-pipelines.yml file. Change values to match your project configuration. See the Xamarin.iOS task for more about these options.
Sign and provision a Xamarin.iOS app - The PackageApp option
To generate a signed and provisioned Xamarin.iOS app .ipa package, set packageApp to true and make sure prior to this task you installed the right Apple Provisioning Profile and Apple Certificates that match your App Bundle ID into the agent running the job.
To fulfill these mandatory requisites use the Microsoft Provided tasks for installing an Apple Provisioning Profile and installing Apple Certificates.
Tip
The Xamarin.iOS build task will only generate an .ipa package if the agent running the job has the appropriate provisioning profile and Apple certificate installed. If you enable the packageApp option and the agent does not have the appropriate apple provisioning profile(.mobileprovision) and apple certificate(.p12) the build may report succeeded but there will be no .ipa generated.
For Microsoft Hosted agents the .ipa package is by default located under path:{iOS.csproj root}/bin/{Configuration}/{iPhone/iPhoneSimulator}/
You can configure the output path by adding an argument to the Xamarin.iOS task as following:
This example locates the .ipa in the Build Artifact Staging Directory ready to be pushed into Azure DevOps as an artifact to each build run.To push it into Azure DevOps simply add a Publish Artifact task to the end of your pipeline.
See Sign your mobile iOS app during CI for more information about signing and provisioning your iOS app.
Expand menu Advanced for the Xamarin.iOS build task and add /p:IpaPackageDir='/Users/vsts/agent/2.153.2/work/1/a' in the input field Arguments to place the generated .ipa package in the Build Artifact Staging Directory. To push it into Azure DevOps simply add a Publish Artifact task to the end of your pipeline.
Set the Xamarin SDK version on macOS
To set a specific Xamarin SDK version to use on the Microsoft-hosted macOS agent pool, add the following snippet before the XamariniOS task in your azure-pipelines.yml file. For details on properly formatting the version number (shown as 5_4_1 below), see How can I manually select versions of tools on the Hosted macOS agent?.
Build Xamarin.Android and Xamarin.iOS apps with one pipeline
You can build and test your Xamarin.Android app, Xamarin.iOS app, and related apps in the same pipeline by defining multiple jobs in azure-pipelines.yml. These jobs can run in parallel to save time. The following complete example builds a Xamarin.Android app on Windows, and a Xamarin.iOS app on macOS, using two jobs.
Next steps
See Xcode guidance for information about:
- Testing on Azure-hosted devices
- Retaining build artifacts with the build record
- Distributing through App Center
- Distributing through the Apple App Store
In addition to setting up virtual devices, it is possible to set up physical devices. These devices can be accessed after they have been appropriately configured for debugging.
Install the appropriate device drivers for the devices you would like to use. Details of how to do this can be found at the Android Developer Website here: http://developer.android.com/sdk/win-usb.html
How To Play Android Apps On Pc
The relevant device must be set to debug mode, once the necessary drivers are installed. To enable debug mode, please see your manufactures recommend instructions for doing so. An example for a Galaxy S3 running Android 4.1.1 is-
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Build Android Apps On A Mac Laptop
1) Go to Settings> About> Software Information> More
2. Now Scroll onto Build Number and tap it 7 times repeatedly. After tapping the build number 5 times you’ll see a message “Press it two more times to be a developer!” and after tapping 7 times you’ll see message “You are now a developer” or “Developer mode has been enabled”
Android App For Mac
3) Navigate to Settings> Developer options
Android For Mac
4) Check option for Android Debugging