The Cisco Webex iOS SDK makes it easy to integrate secure and convenient Cisco Webex messaging and calling features in your iOS apps.
This SDK is written in Swift 5 and requires iOS 13 or later.
- Unified feature set: Meeting, Messaging and CUCM calling.
- Greater feature velocity and in parity with the Webex mobile app.
- Easier for the developer community: SQLite is bundled for automatic data caching.
- Greater quality as it is built on a more robust infrastructure.
- Integrations created in the past will not work with v3 because they are not entitled to the scopes required by v3. You can either raise a support request to enable these scopes for your appId or you could create a new Integration that's meant to be used for v3. This does not affect Guest Issuer JWT token based sign in.
- Starting a screenshare is not yet supported for CUCM calls.
- Currently all resource ids that are exposed from the sdk are barebones GUIDs. You cannot directly use these ids to make calls to webexapis.com. You'll need to call
Webex.base64Encode(:ResourceType:resource:completionHandler)to get a base64 encoded resource. However, you're free to interchange between base64 encoded resource ids and barebones GUID while providing them as input to the sdk APIs. - FedRAMP( Federal Risk and Authorization Management Program) support from 3.1.0 onwards.
Assuming you already have an Xcode project, e.g. MyWebexApp, for your iOS app, here are the steps to integrate the Webex iOS SDK into your Xcode project using CocoaPods:
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Install CocoaPods:
gem install cocoapods
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Setup CocoaPods:
pod setup
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Create a new file,
Podfile, with following content in your MyWebexApp project directory:source 'https://github.com/CocoaPods/Specs.git' use_frameworks! target 'MyWebexApp' do platform :ios, '13' pod 'WebexSDK' end target 'MyWebexAppBroadcastExtension' do platform :ios, '13' pod 'WebexBroadcastExtensionKit' end
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Install the Webex iOS SDK from your MyWebexApp project directory:
pod install
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To your app’s
Info.plist, please add an entryGroupIdentifierwith the value as your app's GroupIdentifier. This is required so that we can get a path to store the local data warehouse. -
If you'll be using WebexBroadcastExtensionKit, You also need to add an entry
GroupIdentifierwith the value as your app's GroupIdentifier to your Broadcast Extension target. This is required so that we that we can communicate with the main app for screen sharing. -
Modify the
Signing & Capabilitiessection in your xcode project as follows
A sample app that implements this SDK with source code can be found at https://github.com/webex/webex-ios-sdk-example . This is to showcase how to consume the APIs and not meant to be a production grade app.
To use the SDK, you will need Cisco Webex integration credentials. If you do not already have a Cisco Webex account, visit Webex for Developers to create your account and register your integration. Make sure you select Yes for Will this integration use a mobile SDK?. Your app will need to authenticate users via an OAuth grant flow for existing Cisco Webex users or a JSON Web Token for guest users without a Cisco Webex account.
See the iOS SDK area of the Webex for Developers site for more information about this SDK.
Here are some examples of how to use the iOS SDK in your app.
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Create the Webex instance using Webex ID authentication (OAuth-based):
let clientId = "$YOUR_CLIENT_ID" let clientSecret = "$YOUR_CLIENT_SECRET" let scope = "spark:all" // space separated list of scopes. spark:all is always required let redirectUri = "https://webexdemoapp.com/redirect" let authenticator = OAuthAuthenticator(clientId: clientId, clientSecret: clientSecret, scope: scope, redirectUri: redirectUri, emailId: "[email protected]") let webex = Webex(authenticator: authenticator) webex.enableConsoleLogger = true webex.logLevel = .verbose // Highly recommended to make this end-user configurable incase you need to get detailed logs. webex.initialize { isLoggedIn in if isLoggedIn { print("User is authorized") } else { authenticator.authorize(parentViewController: self) { result in if result == .success { print("Login successful") } else { print("Login failed") } } } }
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Create the Webex instance with Guest ID authentication (JWT-based):
let authenticator = JWTAuthenticator() let webex = Webex(authenticator: authenticator) webex.initialize { [weak self] isLoggedIn in guard let self = self else { return } if isLoggedIn { print("User is authorized") } else { authenticator.authorizedWith(jwt: myJwt) { result in switch result { case .failure(let error): print("JWT Login failed") case .success(let authenticated): if authenticated { print("JWT Login successful") } } }) } }
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Use Webex service:
webex.spaces.create(title: "Hello World") { result in switch result { case .success(let space): // ... case .failure(let error): // ... } } // ... webex.memberships.create(spaceId: spaceId, personEmail: email) { result in switch result { case .success(let membership): // ... case .failure(let error): // ... } } }
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Make an outgoing call:
webex.phone.dial("[email protected]", option: MediaOption.audioVideo(local: ..., remote: ...)) { result in switch result { case .success(let call): call.onConnected = { // ... } call.onDisconnected = { reason in // ... } case .failure(let error): // failure } }
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Make an outgoing CUCM call:
webex.phone.dial("+1180012345", option: MediaOption.audioVideo(local: ..., remote: ...)) { result in switch result { case .success(let call): call.onConnected = { // ... } call.onDisconnected = { reason in // ... } case .failure(let error): // failure } }
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Receive a call:
webex.phone.onIncoming = { call in call.answer(option: MediaOption.audioVideo(local: ..., remote: ...)) { error in if let error = error { // failure } else { // success } }
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Make an space call:
webex.phone.dial(spaceId, option: MediaOption.audioVideo(local: ..., remote: ...)) { result in switch result { 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 } }
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Screen share (view only):
var selfVideoView = MediaRenderView() var remoteVideoView = MediaRenderView() var screenShareView = MediaRenderView() webex.phone.dial("[email protected]", option: MediaOption.audioVideoScreenShare(video: (local: selfVideoView, remote: remoteVideoView), screenShare: screenShareView)) { 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 } }
NOTE: Screen sharing will only work using v3 SDK with the latest WebexBroadcastExtensionKit.
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Post a message:
let plain = "foo" let markdown = "**foo**" let html = "<strong>foo</strong>"
let text = Message.Text.html(html: html) webex.messages.post(text, toPersonEmail: emailAddress, completionHandler: { response in switch response.result { case .success(let message): // ... case .failure(let error): // ... } }
let text = Message.Text.markdown(markdown: markdown) webex.messages.post(text, toPersonEmail: emailAddress) { result in switch result { case .success(let message): // ... case .failure(let error): // ... } }
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Receive a message event:
webex.messages.onEvent = { messageEvent in switch messageEvent{ case .messageReceived(let message): // ... case .messageDeleted(let messageId): // ... } }
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send read receipt of a message
webex.messages.markAsRead(spaceId: spaceId, messageId: messageId, completionHandler: { result in switch result { case .success(_): // ... case .failure(let error): // ... } })
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receive a membership event
webex.memberships.onEvent = { membershipEvent in switch membershipEvent { case .created(let membership): // ... case .deleted(let membership): // ... case .update(let membership): // ... case .messageSeen(let membership, let lastSeenId): // ... } }
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get read statuses of all memberships in a space
webex.memberships.listWithReadStatus(spaceId: spaceId, completionHandler: { response in switch response.result { case .success(let readStatuses): // ... case .failure(let error): // ... } })
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receive a space event
webex.spaces.onEvent = { spaceEvent in switch spaceEvent { case .create(let space): // ... case .update(let space): // ... case .spaceCallStarted(let spaceId): // ... case .spaceCallEnded(let spaceId): // ... } }
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get read status of a space for login user
webex.spaces.getWithReadStatus(spaceId: spaceId, completionHandler: { response in switch response.result { case .success(let spaceInfo): if let lastActivityDate = spaceInfo.lastActivityDate, let lastSeenDate = spaceInfo.lastSeenActivityDate, lastActivityDate > lastSeenDate { // space is unreadable } else { // space is readable } case .failure(let error): // ... } })
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get meeting detail of a space
webex.spaces.getMeetingInfo(spaceId: spaceId, completionHandler: { result in switch result { case .success(let meetingInfo): // ... case .failure(let error): // ... } })
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get a list of spaces that have ongoing call
webex.spaces.listWithActiveCalls(completionHandler: { result in switch result { case .success(let spaceIds): // ... case .failure(_ ): // ... } })
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Change the layout for the active speaker and other attendee composed video
let option: MediaOption = MediaOption.audioVideo(local: ..., remote: ...) option.compositedVideoLayout = .grid webex.phone.dial(spaceId, option: option) { ret in // ... }
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Background Noise Removal(BNR)
19.1 Enable BNR
webex.phone.audioBNREnabled = true
19.2 Set BNR mode, the default is
.HP. It only affects if settingaudioBNREnabledto true.webex.phone.audioBNRMode = .HP
- Webex iOS SDK API docs
- Guide for migration from v2.x to v3.x
- Guide for creating v3 compatible integrations & CUCM Push notifications
- Guide for CUCM calling
- Guide for using Multistream
- Guide for using SDK in FedRAMP environment
- WebexSDK Wikis
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