Leanplum​

Step-by-step guide to send event data from RudderStack to Leanplum

Leanplum is a popular mobile marketing and customer engagement platform. It allows you to boost customer engagement and thereby drive retention, better conversion and increased business revenue.

RudderStack allows you to configure Leanplum as a destination and send your event data to it directly.

Getting Started

To enable sending data to Leanplum, you will first need to add it as a destination to the source from which you are sending your event data. Once the destination is enabled, events from our SDK will start flowing to Leanplum.

Before configuring your source and destination on the RudderStack, please verify if the source platform is supported by Leanplum, by referring to the table below:

Connection Mode

Web

Mobile

Server

Device mode

-

Supported

-

Cloud mode

-

-

-

Once you have confirmed that the platform supports sending events to Leanplum, perform the steps below:

Please follow our Adding a Source and Destination guide to add a source and destination in RudderStack.

  • Give a name to the destination and click on Next. You should then see the following screen:

Leanplum Connection Settings in RudderStack
  • Enter the Leanplum Application ID as well as Client Key.

  • Click on Next to complete the configuration.

Leanplum should now be added and enabled as a destination in RudderStack.

If you choose to keep the Use in Development Environment flag ON then please put your developmentKey in the Client Key field. Failing to do so will result to faulty initialization of the SDK and events will not be passed.

Adding Leanplum to your project

Depending on your platform of integration, follow these steps below to add Leanplum to your project:

Android
iOS
Android

Please follow the steps below to add Leanplum to your Android Project:

  • Add the following repository to your app/build.gradle file.

repositories {
maven { url "https://dl.bintray.com/rudderstack/rudderstack" }
}
  • After that, add the following dependencies in the same file:

implementation 'com.rudderstack.android.sdk:core:1.0.1-beta.1'
implementation 'com.rudderstack.android.integration:leanplum:0.1.0-beta.2'
  • Finally, change the initialization of your RudderClient in your Application class.

val rudderClient = RudderClient.getInstance(
this,
<YOUT_WRITE_KEY>,
RudderConfig.Builder()
.withEndPointUri(<YOUR_DATA_PLANE_URL>)
.withFactory(LeanplumIntegrationFactory.FACTORY)
.build()
)
iOS

Follow these steps to add Leanplum to your iOS project:

  • Go your Podfile and add the Rudder-Leanplum extension:

pod 'Rudder-Leanplum', '0.1.0-beta.1'
  • After adding the dependency followed by pod install , you can add the imports to your AppDelegate.m file as shown:

#import "RudderLeanplumFactory.h"
  • Finally, change the initialization of your RudderClient as shown:

RudderConfigBuilder *builder = [[RudderConfigBuilder alloc] init];
[builder withEndPointUrl:<YOUR_DATA_PLANE_URL>];
[builder withFactory:[RudderLeanplumFactory instance]];
[RudderClient getInstance:<YOUR_WRITE_KEY> config:[builder build]];

The RudderStack SDKs store the traits information from the identify call in SharedPreference and NSUserDefaults for Android and iOS respectively. If RudderStack detects the userId in the persisted traits information, it starts the native SDK along with the userId . On the other hand, if it can't find the userId , it starts the SDK normally without it. This activity helps to build a better session.

The code for Android is same as below:

Leanplum.start(applicationContext, userId) for a persisted userId and Leanplum.start(applicationContext) if it is not present.

RudderStack follows a similar pattern for iOS as well.

While searching for userId in the persisted traits, RudderStack looks for either of this fields: userId and id.

Identify

RudderStack sets the userId of the user to the Leanplum SDK via the setUserId method, and passes all the properties under context.traits to the setUserAttributes method, to get populated in Leanplum.

The following is an example of an identifycall:

[[RudderClient sharedInstance] identify:@"developer_user_id"
traits:@{@"email": @"bar@foo.com"}];

Track

Leanplum accepts any free-flowing property and event name. So, we forward the event as is to the Leanplum SDK without any modification to the payload, as long as the eventName is not null.

The following is an example of a track call in RudderStack:

[[RudderClient sharedInstance] track:@"Accepted Terms of Service"
properties:@{
@"foo": @"bar",
@"foo_int": @134
}];

Screen

Leanplum supports tracking the user-states. We use the screen calls to advance the states of the user to LeanPlum. For every screen event we are calling the advanceTo method of LeanPlum SDK along with the screen name and the properties along with it.

We also send the automatically tracked screen events to LeanPlum.

The following is an example of a screen call in RudderStack:

[[RudderClient sharedInstance] screen:@"Main"];

Reset

RudderStack calls clearUserContent method of the Leanplum SDK to clear the persisted data.

The following code snippet shows a sample reset call:

[[RudderClient sharedInstance] reset];

Debugging

RudderStack sets the verbose logging for development mode for the Leanplum Native SDK, based on the logLevel of the RudderClient. If the logLevel is set as DEBUG or more, RudderStack will turn on logging using the enableVerboseLoggingInDevelopmentMode method of the Leanplum SDK.

FAQs

Where do I get the Application ID and the Client Key?

You can find your Application ID and Client Key by logging on to your Leanplum account and navigating to More - App Settings . Then, click on the Keys & Settings button for the application you want to integrate with, and you should get the required credentials.

Contact Us

If you come across any issues while configuring Leanplum with RudderStack, please feel free to contact us or start a conversation on our Discord channel. We will be happy to help you.