Azure Mobile Sdk For Ios Download

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  4. Azure Mobile Client Sdk

Note

Visual Studio App Center supports end to end and integrated services central to mobile app development. Developers can use Build, Test and Distribute services to set up Continuous Integration and Delivery pipeline. Once the app is deployed, developers can monitor the status and usage of their app using the Analytics and Diagnostics services, and engage with users using the Push service. Developers can also leverage Auth to authenticate their users and Data service to persist and sync app data in the cloud.

If you are looking to integrate cloud services in your mobile application, sign up with App Center today.

Overview

This tutorial shows how to add Azure App Service Mobile Apps, a cloud backend service, to an iOS app. The first step is to create a new mobile backend on Azure. Then, download a simple Todo list iOS sample app that stores data in Azure.

To complete this tutorial, you need a Mac and an Azure account

  • This guide teaches you to perform common scenarios using the latest Azure Mobile Apps iOS SDK. If you are new to Azure Mobile Apps, first complete Azure Mobile Apps Quick Start to create a backend, create a table, and download a pre-built iOS Xcode project. In this guide, we focus on the client-side iOS SDK.
  • Azure Mobile Apps iOS SDK. IOS Client SDK for Azure Mobile Apps. View the Project on GitHub Azure/azure-mobile-apps-ios-client. Download ZIP File; Download TAR Ball; View On GitHub; Microsoft Azure Mobile Apps. With Microsoft Azure Mobile Apps you can add a scalable backend to your connected client applications in minutes.
  • Azure IoT Hub SDKs provide native iOS platform support through Azure IoT Hub C SDK. You can think of it as an iOS SDK that you can incorporate in your Swift or Objective C XCode project. There are two ways to use the C SDK on iOS: Use the CocoaPod libraries in XCode project directly.
  • Jan 19, 2017  Today we are releasing the Azure Mobile Apps iOS SDK to CocoaPods and other online properties. This is a drop-in replacement for the existing SDK. We only have one feature fix in this release. We updated the authentication code to support the SFSafariViewController. This release affects you if you use Google Authentication and a server-flow.
  • Apr 11, 2016 This page is intended for advanced manual installation of the Windows Azure SDK for.NET, which include SDKs, basic tools, and extended tools for VS 2013, VS 2015 and Dev '15' Preview.
  • Dec 19, 2012  In this video Chris Risner demonstrates how you can create your first iOS application using Windows Azure Mobile Services. The demo includes creating your first Mobile.

Jan 20, 2017  Today we are releasing the Azure Mobile Apps iOS SDK to CocoaPods and other online properties. This is a drop-in replacement for the existing SDK. We only have one feature fix in this release. We updated the authentication code to support the SFSafariVewController. Read more details and view some code snippets in our team's blog post.

Create a new Azure mobile app backend

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  1. Sign in to the Azure portal.

  2. Click Create a resource.

  3. In the search box, type Web App.

  4. In the results list, select Web App from the Marketplace.

  5. Select your Subscription and Resource Group (select an existing resource group or create a new one (using the same name as your app)).

  6. Choose a unique Name of your web app.

  7. Choose the default Publish option as Code.

  8. In the Runtime stack, you need to select a version under ASP.NET or Node. If you are building a .NET backend, select a version under ASP.NET. Otherwise if you are targeting a Node based application, select one of the version from Node.

  9. Select the right Operating System, either Linux or Windows.

  10. Select the Region where you would like this app to be deployed.

  11. Select the appropriate App Service Plan and hit Review and create.

  12. Under Resource Group, select an existing resource group or create a new one (using the same name as your app).

  13. Click Create. Wait a few minutes for the service to be deployed successfully before proceeding. Watch the Notifications (bell) icon in the portal header for status updates.

  14. Once the deployment is completed, click on the Deployment details section and then click on the Resource of Type Microsoft.Web/sites. It will navigate you to the App Service Web App that you just created.

  15. Click on the Configuration blade under Settings and in the Application settings, click on the New application setting button.

  16. In the Add/Edit application setting page, enter Name as MobileAppsManagement_EXTENSION_VERSION and Value as latest and hit OK.

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You are all set to use this newly created App Service Web app as a Mobile app.

Create a database connection and configure the client and server project

  1. Download the client SDK quickstarts for the following platforms:

    iOS (Objective-C)
    iOS (Swift)
    Android (Java)
    Xamarin.iOS
    Xamarin.Android
    Xamarin.Forms
    Cordova
    Windows (C#)

    Note

    If you use the iOS project you need to download 'azuresdk-iOS-*.zip' from latest GitHub release. Unzip and add the MicrosoftAzureMobile.framework file to the project's root.

  2. You will have to add a database connection or connect to an existing connection. First, determine whether you’ll create a data store or use an existing one.

    • Create a new data store: If you’re going to create a data store, use the following quickstart:

    • Existing data source: Follow the instructions below if you want to use an existing database connection

      1. SQL Database Connection String format -Data Source=tcp:{your_SQLServer},{port};Initial Catalog={your_catalogue};User ID={your_username};Password={your_password}

        {your_SQLServer} Name of the server, this can be found in the overview page for your database and is usually in the form of “server_name.database.windows.net”.{port} usually 1433.{your_catalogue} Name of the database.{your_username} User name to access your database.{your_password} Password to access your database.

      2. Add the connection string to your mobile appIn App Service, you can manage connection strings for your application by using the Configuration option in the menu.

        To add a connection string:

        1. Click on the Application settings tab.

        2. Click on [+] New connection string.

        3. You will need to provide Name, Value and Type for your connection string.

        4. Type Name as MS_TableConnectionString

        5. Value should be the connecting string you formed in the step before.

        6. If you are adding a connection string to a SQL Azure database choose SQLAzure under type.

  3. Azure Mobile Apps has SDKs for .NET and Node.js backends.

    • Node.js backend

      If you’re going to use Node.js quickstart app, follow the instructions below.

      1. In the Azure portal, go to Easy Tables, you will see this screen.

      2. Make sure the SQL connection string is already added in the Configuration tab. Then check the box of I acknowledge that this will overwrite all site contents and click the Create TodoItem table button.

      3. In Easy Tables, click the + Add button.

      4. Create a TodoItem table with anonymous access.

    • .NET backend

      If you’re going to use .NET quickstart app, follow the instructions below.

      1. Download the Azure Mobile Apps .NET server project from the azure-mobile-apps-quickstarts repository.

      2. Build the .NET server project locally in Visual Studio.

      3. In Visual Studio, open Solution Explorer, right-click on ZUMOAPPNAMEService project, click Publish, you will see a Publish to App Service window. If you are working on Mac, check out other ways to deploy the app here.

      4. Select App Service as publish target, then click Select Existing, then click the Publish button at the bottom of the window.

      5. You will need to log into Visual Studio with your Azure subscription first. Select the Subscription, Resource Group, and then select the name of your app. When you are ready, click OK, this will deploy the .NET server project that you have locally into the App Service backend. When deployment finishes, you will be redirected to http://{zumoappname}.azurewebsites.net/ in the browser.

Azure Mobile Sdk For Ios Download Mac

Run the iOS app

  1. Open the downloaded client project using Xcode.

  2. Go to the Azure portal and navigate to the mobile app that you created. On the Overview blade, look for the URL which is the public endpoint for your mobile app. Example - the sitename for my app name 'test123' will be https://test123.azurewebsites.net.

  3. For Swift project, open the file ToDoTableViewController.swift in this folder - ZUMOAPPNAME/ZUMOAPPNAME/ToDoTableViewController.swift. The application name is ZUMOAPPNAME.

  4. In viewDidLoad() method, replace ZUMOAPPURL parameter with public endpoint above.

    let client = MSClient(applicationURLString: 'ZUMOAPPURL')

    becomes

    let client = MSClient(applicationURLString: 'https://test123.azurewebsites.net')

  5. For Objective-C project, open the file QSTodoService.m in this folder - ZUMOAPPNAME/ZUMOAPPNAME. The application name is ZUMOAPPNAME.

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  6. In init method, replace ZUMOAPPURL parameter with public endpoint above.

    self.client = [MSClient clientWithApplicationURLString:@'ZUMOAPPURL'];

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    self.client = [MSClient clientWithApplicationURLString:@'https://test123.azurewebsites.net'];

  7. Press the Run button to build the project and start the app in the iOS simulator.

  8. In the app, click the plus (+) icon, type meaningful text, such as Complete the tutorial, and then click the save button. This sends a POST request to the Azure backend you deployed earlier. The backend inserts data from the request into the TodoItem SQL table, and returns information about the newly stored items back to the mobile app. The mobile app displays this data in the list.

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Things in the Internet of Things may refer to a wide range of devices with varying capability: sensors, microcontrollers, smart devices, industrial gateways, and even mobile devices. A mobile device can be an IoT device, where it is sending device-to-cloud telemetry and managed by the cloud. It can also be the device running a back-end service application, which manages other IoT devices. In both cases, Azure IoT Hub SDKs can be used to develop applications that work for mobile devices.

Develop for native iOS platform

Azure IoT Hub SDKs provide native iOS platform support through Azure IoT Hub C SDK. You can think of it as an iOS SDK that you can incorporate in your Swift or Objective C XCode project. There are two ways to use the C SDK on iOS:

  • Use the CocoaPod libraries in XCode project directly.
  • Download the source code for C SDK and build for iOS platform following the build instruction for MacOS.

Azure IoT Hub C SDK is written in C99 for maximum portability to various platforms. The porting process involves writing a thin adoption layer for the platform-specific components, which can be found here for iOS. The features in the C SDK can be leveraged on iOS platform, including the Azure IoT Hub primitives supported and SDK-specific features such as retry policy for network reliability. The interface for iOS SDK is also similar to the interface for Azure IoT Hub C SDK.

These documentations walk through how to develop a device application or service application on an iOS device:

Develop with Azure IoT Hub CocoaPod libraries

Azure IoT Hub SDKs releases a set of Objective-C CocoaPod libraries for iOS development. To see the latest list of CocoaPod libraries, see CocoaPods for Microsoft Azure IoT. Once the relevant libraries are incorporated into your XCode project, there are two ways to write IoT Hub related code:

  • Objective C function: If your project is written in Objective-C, you can call APIs from Azure IoT Hub C SDK directly. If your project is written in Swift, you can call @objc func before creating your function, and proceed to writing all logics related to Azure IoT Hub using C or Objective-C code. A set of samples demonstrating both can be found in the sample repository.

  • Incorporate C samples: If you have written a C device application, you can reference it directly in your XCode project:

    • Add the sample.c file to your XCode project from XCode.
    • Add the header file to your dependency. A header file is included in the sample repository as an example. For more information, please visit Apple's documentation page for Objective-C.

Develop for Android platform

Azure Mobile Sdk For Ios Download Pc

Azure IoT Hub Java SDK supports Android platform. For the specific API version tested, please visit our platform support page for the latest update.

These documentations walk through how to develop a device application or service application on an Android device using Gradle and Android Studio:

Azure Mobile Client Sdk

Next steps