AppsFlyer is a leading Mobile Attribution & Marketing Analytics platform that allows app marketers to easily measure the performance of all their marketing channels - paid, organic and social - from a single real-time dashboard.
mParticle’s integration with AppsFlyer includes a required Kit integration and an optional server-side integration. The Kit forwards event data from your app to AppsFlyer on the client side, and also handles app install attribution, uninstall tracking, and deeplinking, including deferred deeplinking. Supplementary data from outside your app can be forwarded to mParticle via our Events API and sent on to AppsFlyer server-to-server.
Google has several notions of user-provided consent. Two of these apply to AppsFlyer events: ad_user_data
and ad_personalization
. These represent consent for ad user data and ad personalization.
To configure user consent forwarding under this value, a mapping should be set-up leveraging mParticle’s notion of Consent Purposes. To learn more about handling user consent within mParticle’s platform, see the following docs: Data Privacy Controls.
Once a Consent Purpose is set up, user consent information can be associated with it in subsequent Event Batches. The Consent Purpose data mapping can then be configured for downstream forwarding via the User Consent Data Mapping connection setting.
In the absence of a user-defined consent value for the ad_user_data
and ad_personalization
fields via the Consent Purpose mapping, a default value can be optionally configured via a separate drop-down setting for each consent type. When no user consent is provided, the default status is used, if specified.
Caution: It is recommended that in the long term, you set up user-specified consent through the Consent Purpose mapping, such that the user consent is correctly forwarded to Google. It is your responsibility as a Data Controller to stay compliant under the GDPR, and set up user consent collection for downstream forwarding. The consent default setting can be deprecated in the future.
id12345
, just enter 12345
. For more information on setting up a new mParticle connection, see the Platform Guide.Setting Name | Data Type | Default Value | Description |
---|---|---|---|
Dev Key | string |
You can find your Dev Key within the AppsFlyer settings page. |
Setting Name | Data Type | Default Value | Platform | Description |
---|---|---|---|---|
Send Additional Product Data | bool |
false | All | If enabled, additional product data will be forwarded for purchase and add-to-cart events. This was designed for a downstream Facebook product. |
Apple App ID | string |
iOS | You can find your app’s Apple ID in the app page in iTunes Connect. | |
GDPR Applies | bool |
false | All | If enabled, the integration will be considered as European regulations do apply to these users and conversions. |
Consent Data Mapping | mapping |
null | All | A mapping of mParticle consents to Google consents. |
Ad User Data Default Consent Value | string |
Unspecified |
All | Select the Ad User Data Consent Status to be forwarded to AppsFlyer. |
Ad Personalization Default Consent Value | string |
Unspecified |
All | Select the Ad Personalization Consent Status to be forwarded to AppsFlyer. |
mParticle’s AppsFlyer integration requires that you add the AppsFlyer Kit to your iOS or Android app. Just by adding the binary to your app:
UIApplication
(iOS) and Activity
(Android) lifecycle events to the AppsFlyer SDK.setUser
APIs.mParticle publishes the AppsFlyer Kit as separate iOS and Android libraries which have a transitive dependency on the mParticle core libraries. You can add them to your app via Carthage, Cocoapods, Swift Package Manager, or Gradle:
# Sample Podfile
source 'https://github.com/CocoaPods/Specs.git'
target '<Your Target>' do
pod 'mParticle-AppsFlyer'
end
github "mparticle-integrations/mparticle-apple-integration-appsflyer" "~> 8.0"
To integrate the SDK using Swift Package Manager, open your Xcode project and navigate to File > Swift Packages > Add Package Dependency
Enter the repository URL `https://github.com/mparticle-integrations/mparticle-apple-integration-appsflyer` and click Next.
You can leave the version settings as default and click Next one more time to complete adding the package dependency.
// Sample build.gradle
dependencies {
// Ensure the Kit version matches that of the mParticle Core SDK that you're using
implementation 'com.mparticle:android-appsflyer-kit:5+'
}
Refer to the Apple SDK and Android SDK guides to read more about kits.
AppsFlyer’s SDK requires the forwarding of the Google Play Install Referrer Intent. The AppsFlyer kit will take care of this for you as long as you’ve added mParticle’s ReferrerReceiver
to you manifest, or you are manually forwarding the Intent to our ReferrerReceiver
class. The mParticle SDK will then forward the Install Referrer intent to each configured kit, including AppsFlyer.
Please see the Android SDK setup guide to ensure your manifest is configured properly.
The AppsFlyer SDK exposes client-side deep linking and attribution APIs, all of which are supported by the mParticle AppsFlyer kit and are covered in this section. The core use-cases are:
Each platform has very specific requirements to ensure that the above functionality is supported. The minimum requirements are:
devKey
configured above matches your AppsFlyer app.AndroidManifest.xml
has the proper Intent Filters to match any deep link domains that you’re testing.mParticle’s SDKs will automatically initialize the AppsFlyer SDK, forwarding the required UIApplication
lifecycle events and the continueUserAcivity
events for iOS and Android, as well as registering a delegate such that you can retrieve deep linking and attribution parameters on the client-side to customize your user’s in-app experience.
Specifically, the AppsFlyer SDK exposes one distinct callback:
didResolveDeepLink
mParticle’s API includes a wrapper for this callback, and both the iOS and Android kits expose a constant to inform you when the callback has been fired and if it was successful. On both platforms, the iOS/Android kit will register a delegate/callback with the AppsFlyer SDK on initialization and for the lifetime of the app’s process, and will call your completion handler block (iOS) or AttributionListener
(Android) whenever there is new conversion data available.
When a user clicks a OneLink link, the AppsFlyer SDK retrieves available OneLink data from the AppsFlyer servers. Then, the UDL API calls the didResolveDeepLink()
method which returns a DeepLinkResult
object containing a status and (if successful) a DeepLink
object containing the deep_link_value
and deep_link_sub1-10
parameters you can use to customize the resulting in-app outcome.
However, when users deep link directly using universal or app links, the didResolveDeepLink
method returns the full link unparsed since the app opens directly without going through AppsFlyer first. You can read more about AppsFlyer’s deep linking methods here.
The parameters returned in these results will match the result of the AppsFlyer SDK, as documented for Android and iOS.
See the deep linking documentation for iOS and Android for more information.
The following core test scenarios that should be verified:
The AppsFlyer Kit will forward app events and eCommerce events to AppsFlyer. Custom Mappings are available to map your custom app events onto AppsFlyer’s event names. Refer to the iOS and Android SDK docs for details on instrumenting your app for event tracking:
eCommerce
App Events
Note that AppsFlyer enforces a limit of 45 characters for event names.
The source code for each kit, as well as sample apps, are available on Github:
mParticle can forward app events and commerce events received via our Events API to AppsFlyer’s server-API. Note that AppsFlyer requires data to be linked to a unique AppsFlyer ID, generated client-side by the AppsFlyer Kit. mParticle stores the AppsFlyer ID in its internal user profile. This means that:
For iOS 14, mParticle will send the att
field based on the att_authorization_status
to AppsFlyer in their expected format. Check the iOS14 Implementation guide for more information.
If att_authorization_status
is available:
att_authorization_status |
att |
---|---|
authorized |
3 |
denied |
2 |
not_determined |
0 |
restricted |
1 |
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