weddle/spark-ios-sdk

Cisco Spark iOS SDK

The Cisco Spark iOS SDK makes it easy to integrate secure and convenient Cisco Spark messaging and calling features in your iOS apps.

This SDK is written in Swift 3 and requires iOS 9 or later.

Table of Contents

• Install
• Usage
• License

Install

Assuming you already have an Xcode project, e.g. MySparkApp, for your iOS app, here are the steps to integrate the Spark iOS SDK into your Xcode project using CocoaPods:

1. Install CocoaPods:

   gem install cocoapods

2. Setup CocoaPods:

   pod setup

3. Create a new file, Podfile, with following content in your MySparkApp project directory:

   source 'https://github.com/CocoaPods/Specs.git'
   
   platform :ios, '9.0'
   use_frameworks!
   
   target 'MySparkApp' do
     pod 'SparkSDK'
   end

4. Install the Spark iOS SDK from your MySparkApp project directory:

   pod install

Usage

To use the SDK, you will need Cisco Spark integration credentials. If you do not already have a Cisco Spark account, visit Spark for Developers to create your account and register your integration. Your app will need to authenticate users via an OAuth grant flow for existing Cisco Spark users or a JSON Web Token for guest users without a Cisco Spark account.

See the iOS SDK area of the Spark for Developers site for more information about this SDK.

Example

Here are some examples of how to use the iOS SDK in your app.

1. Create the Spark instance using Spark ID authentication (OAuth-based):

   let clientId = "$YOUR_CLIENT_ID"
   let clientSecret = "$YOUR_CLIENT_SECRET"
   let scope = "spark:all"
   let redirectUri = "Sparkdemoapp://response"
   
   let authenticator = OAuthAuthenticator(clientId: clientId, clientSecret: clientSecret, scope: scope, redirectUri: redirectUri)
   let spark = Spark(authenticator: authenticator)
   
   if !authenticator.authorized {
       authenticator.authorize(parentViewController: self) { success in
           if !success {
               print("User not authorized")
           }
       }
   }

2. Create the Spark instance with Guest ID authentication (JWT-based):

   let authenticator = JWTAuthenticator()
   let spark = Spark(authenticator: authenticator)
   
   if !authenticator.authorized {
       authenticator.authorizedWith(jwt: myJwt)
   }

3. Register the device to send and receive calls:

   spark.phone.register() { error in
       if let error = error {
           // Device not registered, and calls will not be sent or received
       } else {
           // Device registered
       }
   }

4. Use Spark service:

   spark.rooms.create(title: "Hello World") { response in
       switch response.result {
       case .success(let room):
           // ...
       case .failure(let error):
           // ...
       }
   }
   
   // ...
   
   spark.memberships.create(roomId: roomId, personEmail: email) { response in
       switch response.result {
       case .success(let membership):
           // ...
       case .failure(let error):
           // ...
       }
   }
   
   // ...
   
   spark.messages.post(personEmail: email, text: "Hello there") { response in
       switch response.result {
       case .success(let message):
           // ...
       case .failure(let error):
           // ...
       }
   }

5. Make an outgoing call:

   spark.phone.dial("coworker@acm.com", option: MediaOption.audioVideo(local: ..., remote: ...)) { ret in
       switch ret {
       case .success(let call):
           call.onConnected = {
               // ...
           }
           call.onDisconnected = { reason in
               // ...
           }
       case .failure(let error):
           // failure
       }
   }

6. Receive a call:

   spark.phone.onIncoming = { call in
       call.answer(option: MediaOption.audioVideo(local: ..., remote: ...)) { error in
       if let error = error {
           // success
       }
       else {
           // failure
       }
   }

7. Make an room call:

   spark.phone.dial(roomId, option: MediaOption.audioVideo(local: ..., remote: ...)) { ret in
       switch ret {
       case .success(let call):
           call.onConnected = {
               // ...
           }
           call.onDisconnected = { reason in
               // ...
           }
           call.onCallMembershipChanged = { changed in
               switch changed {
               case .joined(let membership):
                   //
               case .left(let membership):
                   //
               default:
                   //
               }                
           }            
       case .failure(let error):
           // failure
       }
   }

8. Screen share (view only):

   spark.phone.dial("coworker@acm.com", option: MediaOption.audioVideoScreenShare(video: (local: ..., remote: ...))) { ret in
       switch ret {
       case .success(let call):
           call.onConnected = {
               // ...
           }
           call.onDisconnected = { reason in
               // ...
           }
           call.onMediaChanged = { changed in
               switch changed {
                   ...
               case .remoteSendingScreenShare(let sending):
                   call.screenShareRenderView = sending ? view : nil
               }
           }
       case .failure(let error):
           // failure
       }
   }

License

© 2016-2017 Cisco Systems, Inc. and/or its affiliates. All Rights Reserved.

See LICENSE for details.