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Quick Integration Solution

Last updated: 2022-06-21 17:13:27

    Introduction to TUIKit

    TUIKit is a set of TUI components based on IM SDKs. It provides features such as the conversation, chat, search, relationship chain, group, and audio/video call features. You can use these TUI components to quickly build your own business logic.

    TUIKit Integration

    Environment requirements

    • Android Studio 3.6.1
    • Gradle-5.1.1
    • Android Gradle Plugin Version 3.4.0

    Integrating module source code

    1. Download the TUIKit source code from GitHub. Ensure that the TUIKit folder is at the same level as your project folder, for example:
    2. According to your business requirements, add the corresponding TUI components in settings.gradle. For example, you can add tuichat to include the chat feature, add tuiconversation to include the conversation list feature, and add tuicalling to include the audio/video call feature. TUI components are independent of each other, and adding or removing them does not affect project compilation.
    // Include the upper-layer app module
    include ':app'
    // Include the internal communication module (require module)
    include ':tuicore'
    project(':tuicore').projectDir = new File(settingsDir, '../TUIKit/TUICore/tuicore')
    // Include the chat feature module (basic feature module)
    include ':tuichat'
    project(':tuichat').projectDir = new File(settingsDir, '../TUIKit/TUIChat/tuichat')
    // Include the relationship chain feature module (basic feature module)
    include ':tuicontact'
    project(':tuicontact').projectDir = new File(settingsDir, '../TUIKit/TUIContact/tuicontact')
    // Include the conversation list feature module (basic feature module)
    include ':tuiconversation'
    project(':tuiconversation').projectDir = new File(settingsDir, '../TUIKit/TUIConversation/tuiconversation')
    // Include the search feature module (To use this module, you need to purchase the Flagship Edition package.)
    include ':tuisearch'
    project(':tuisearch').projectDir = new File(settingsDir, '../TUIKit/TUISearch/tuisearch')
    // Include the group feature module
    include ':tuigroup'
    project(':tuigroup').projectDir = new File(settingsDir, '../TUIKit/TUIGroup/tuigroup')
    // Include the audio/video call feature module
    include ':tuicalling'
    project(':tuicalling').projectDir = new File(settingsDir, '../TUIKit/TUICalling/tuicalling')
    1. Add the following to build.gradle in App:
    dependencies {
      api project(':tuiconversation')
      api project(':tuicontact')
      api project(':tuichat')
      api project(':tuisearch')
      api project(':tuigroup')
      api project(':tuicalling')    
    1. Add the following to the gradle.properties file to automatically convert third-party libraries to use AndroidX:

    2. Add the following to the build.gradle file of the root project to add the Maven repository:

    allprojects {
      repositories {
          maven { url "https://mirrors.tencent.com/nexus/repository/maven-public/" }
    1. Sync the project, and compile and run it. The expected project structure is shown in the following figure:

    Quick Build

    Instant messaging software usually consists of several basic UIs such as the conversation list, chat window, friend list, and audio/video call UIs. It only takes a few lines of code to build these UIs in your project. The process is as follows:

    Step 1. Log in to TUIKit

    // Called when the user UI clicks login
    // Context must be passed to the application object, otherwise some pictures cannot be loaded
    TUILogin.login(context,sdkAppID,userID, userSig, new TUICallback() {
    public void onError(final int code, final String desc) {
    public void onSuccess() {

    Step 2. Create viewPager

    1. Add the UI layout in activity_main.xml:
    <?xml version="1.0" encoding="utf-8"?>
    <LinearLayout xmlns:android="http://schemas.android.com/apk/res/android"
      android:layout_weight = "1"/>
    1. Create FragmentAdapter.java to work with ViewPager2 to display the conversation and contacts UIs.
    import androidx.annotation.NonNull;
    import androidx.fragment.app.Fragment;
    import androidx.fragment.app.FragmentActivity;
    import androidx.fragment.app.FragmentManager;
    import androidx.lifecycle.Lifecycle;
    import androidx.viewpager2.adapter.FragmentStateAdapter;
    import java.util.List;
    public class FragmentAdapter extends FragmentStateAdapter {
      private static final String TAG = FragmentAdapter.class.getSimpleName();
       private List<Fragment> fragmentList;
       public FragmentAdapter(@NonNull FragmentActivity fragmentActivity) {
       public FragmentAdapter(@NonNull Fragment fragment) {
       public FragmentAdapter(@NonNull FragmentManager fragmentManager, @NonNull Lifecycle lifecycle) {
          super(fragmentManager, lifecycle);
       public void setFragmentList(List<Fragment> fragmentList) {
          this.fragmentList = fragmentList;
      public Fragment createFragment(int position) {
          if (fragmentList == null || fragmentList.size() <= position) {
              return new Fragment();
          return fragmentList.get(position);
      public int getItemCount() {
          return fragmentList == null ? 0 : fragmentList.size();

    Step 3. Build the core fragment

    The getting, synchronization, display, and interaction of the conversation list TUIConversationFragment and contact list TUIContactFragment UI data are already encapsulated in TUI components, and UIs can be used as easily as common Android fragments.

    Add the following to the onCreate method in MainActivity.java:

    List<Fragment> fragments = new ArrayList<>();
    // Conversation UI provided by tuiconversation
    fragments.add(new TUIConversationFragment());
    // Contacts UI provided by tuicontact
    fragments.add(new TUIContactFragment());
    ViewPager2 mainViewPager = findViewById(R.id.view_pager);
    FragmentAdapter fragmentAdapter = new FragmentAdapter(this);
    mainViewPager.setCurrentItem(0, false);

    Step 4. Build the audio/video call feature

    TUI components allow users to initiate audio/video calls in chat UIs and can be quickly integrated with a few steps:

    Video Call
    Audio Call
    1. Activate the TRTC service:
      1. Log in to the IM console and click the target app card to go to the basic configuration page of the app.
      2. Click Activate under Activate Tencent Real-Time Communication (TRTC).
      3. Click Confirm in the pop-up dialog box.
        A TRTC app with the same SDKAppID as the IM app will be created in the TRTC console. You can use the same account and authentication information for IM and TRTC.
    2. Integrate the TUICalling component:
      Add tuicalling dependencies to the build.gradle file in App:
    api project(':tuicalling')
    1. Initiate and answer a video or audio call:
      Initiate an Audio/Video Call
      Answer a Video Call
      Answer an Audio Call
    - After you integrate the TUICalling component, the chat UI displays the **Video Call** and **Audio Call** buttons by default. When a user clicks either button, TUIKit automatically displays the call invitation UI and sends the call invitation request to the callee.
    - When an **online** user receives a call invitation with **the app running in the foreground**, TUIKit automatically displays the call receiving UI, where the user can answer or reject the call.
    - When an **offline** user receives a call invitation, offline push is required to wake up the App call. For more information about offline push, see [Add the offline push feature](#Step5).
    1. Add the offline push feature:
      To implement offline push for audio/video calls, follow these steps:
      1. Configure offline push for App.
      2. Integrate the TUICalling component.
      3. Use TUICalling to initiate a call invitation. An offline push message will be generated by default. For more information about the message generation logic, see the sendOnlineMessageWithOfflinePushInfo method in the TRTCCallingImpl.java class of the TUICalling module.
      4. After the peer receives the offline push message, refer to the redirect method in the OfflineMessageDispatcher.java class in App to wake up the call UI.


    1. Why do I receive the message "Manifest merger failed : Attribute application@allowBackup value=(true) from AndroidManifest.xml"?

    In the IM SDK, the value of allowBackup is false by default, indicating that the backup and restore feature of the application is disabled. You can delete the allowBackup property from the AndroidManifest.xml file to disable the backup and restore feature. You can also add tools:replace="android:allowBackup" to the application node of the AndroidManifest.xml file to overwrite the IM SDK configuration with your own configuration. For example:

    <manifest xmlns:android="http://schemas.android.com/apk/res/android"
          <activity android:name=".MainActivity">
                  <action android:name="android.intent.action.MAIN" />
                   <category android:name="android.intent.category.LAUNCHER" />

    2. Why do I receive the message "NDK at /Users/***/Library/Android/sdk/ndk-bundle did not have a source.properties file"?

    The possible cause is that the versions of the Gradle and Gradle plugin in use are higher than expected. You can use the recommended versions shown as follows:

    Alternatively, you can keep using your current Gradle version by adding your NDK path to the local.properties file. For example:

    3. Why do I receive the message "Cannot fit requested classes in a single dex file"?

    The possible cause is that your API level is lower than expected. You need to enable MultiDex support in the build.gradle file in App and add multiDexEnabled true and the corresponding dependencies:

    android {
      defaultConfig {
          minSdkVersion 15
          targetSdkVersion 28
          multiDexEnabled true
    dependencies {
      implementation "androidx.multidex:multidex:2.0.1"

    In addition, add the following code to the Application file:

    public class MyApplication extends SomeOtherApplication {
      protected void attachBaseContext(Context base) {

    4. What should I be aware of if I have created the TRTC and IM SDKAppIDs and want to integrate the IM SDK and TRTC SDK at the same time?

    If you have created the TRTC and IM SDKAppIDs, you cannot use the same account or authentication information for these two apps. You need to generate a UserSig corresponding to the TRTC SDKAppID to perform authentication. For more information on how to generate UserSig, see How to Generate Usersig.
    After obtaining the TRTC SDKAppID and UserSig, you need to use them to replace the corresponding values in the TRTCCallingImpl source code:

    private void enterTRTCRoom() {
       TRTCCloudDef.TRTCParams TRTCParams = new TRTCCloudDef.TRTCParams(mSdkAppId, mCurUserId, mCurUserSig, mCurRoomID, "", "");

    5. How long is the default call invitation timeout duration? How can I modify the default timeout duration?

    The default call invitation timeout duration is 30s. You can modify the TIME_OUT_COUNT field in TRTCCallingImpl.java to customize the timeout duration.

    6. Will an invitee receive a call invitation if the invitee goes offline and then online within the call invitation timeout duration?

    • If the call invitation is initiated in a one-to-one chat, the invitee can receive the call invitation.
    • If the call invitation is initiated in a group chat, the invitee cannot receive the call invitation.
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