Let's integrate our SDK in few minutes

Chat SDKs for React Native#

CONTUS MirrorFly Chat SDK with its robust features and functionalities makes the integration more efficient and easy for every client’s app.

On client-side implementation, our chat SDK allows you to initialize and configure the chat easily. On server-side implementation, we ensure the most reliable infra-management services for the chat within the app.

This guided documentation here demonstrates the process as how to install the chat SDK in your app so that you can send and receive the messages without any interruption within a few simple steps.

note

CONTUS MirrorFly Chat SDKs use the fastest way in action, to experience the same you must use our trial app to enhance your existing chat app. So just download our sample app and make a start with your app development. Click here to download the sample app.

Requirements#

With MirrorFly React Native, make sure that you install all the below mentioned peer dependencies with their specific versions.

Node - 14.20.0
npm - 6.14.10
react-native >=0.69.12

Things To Be Noted Before You Get Started#

SDK License Key#

caution

Skip this part if you are already having your license key.

To integrate MirrorFly Chat SDK into your app, you will need a SDK License Key. The MirrorFly server will use this license key to authenticate the SDK in your application.

To get the License Key,#

Step 1: Register here to get a MirrorFly User account. Registration is subject to verification and would take up to 24 hours.

Step 2: Login to your Account

Step 3: Get the License key from the application Info’ section

license-key

Integrate the Chat SDK#

Step 1: Update all your packages.json files.

Step 2: Check your packages files have any duplicate if it is not working in iOS.

Integrate Using Npm package#

note

Install mirrorfly-reactnative-sdk (https://www.npmjs.com/package/mirrorfly-reactnative-sdk) npm package by using the below command

Step 3: Install Mirrorfly Sdk in your application

npm i mirrorfly-reactnative-sdk

Step 4: Import the SDK into your application where you want

import { SDK } from "mirrorfly-reactnative-sdk";

Adding NPM package dependencies to Integrate the Chat SDK#

{
   
    "@react-native-async-storage/async-storage": "^1.17.7",//Any version
    "react-native-get-random-values": "1.7.1",//must use version >=1.7.1
    "react-native-document-picker" :"8.1.1",// must use version >=8.1.1
    'realm': "^10.8.0" <= "^11.9.0",
    'react-native-fs':  "^2.18.0",
    '@react-native-community/netinfo': "^8.0.0",
    'moment': "2.29.4",
    'rn-fetch-blob': "^0.12.0",
    'react-native-compressor': "1.6.1",
    'react-native-convert-ph-asset': "^1.0.3",
    'react-native-mov-to-mp4' :"^0.2.2"
    'fbjs': "^3.0.5",
    "react-native-create-thumbnail": "^1.6.4",
    //add the below calls related dependencies
    "react-native-webrtc": "118.0.2", // must use version "118.0.2"
    "react-native-background-timer": "2.*.*"
  }

Initialize Chat SDK#

To begin with the initialization process of the chat SDK you are required to have certain data that responds to the changes in the connection status in the client's app.

Now, paste the license key on the licensekey param and use the below given method to pass these data through the SDK for further processing.

In your App file (e.g., App.tsx or App.js), import the SDK and call the initializeSDK function with the appropriate parameters:

note

You can find the sandbox server details in the further Sandbox section for testing purposes.

const initializeObj = {
  apiBaseUrl: `API_URL`,
  licenseKey: `LICENSE_KEY`,
  isTrialLicenseKey: `TRIAL_MODE`,
  callbackListeners: {},
};
await SDK.initializeSDK(initializeObj);

Request Params#

Arguments	Description	Type	Required
apiBaseUrl	API Base URL for Backend	String	true
licenseKey	Mirrorfly's License Key	String	true
isTrialLicenseKey	if `true` Trial Mode will be Enabled	Boolean	false
callbackListeners	Check here for callback listerners	Object	true

Response Params#

Arguments	Description	Type
statusCode	Status Code	Number
message	Success/Error Message	String

Sandbox Details#

The apiUrl and licenseKey details can get it from the 'Overview' section in the mirrorfly Console dashboard.

license-key

function connectionListener(response) {
  if (response.status === "CONNECTED") {
    console.log("Connection Established");
  } else if (response.status === "DISCONNECTED") {
    console.log("Disconnected");
  }
}

const initializeObj = {
  apiBaseUrl: "https://api-preprod-sandbox.mirrorfly.com/api/v1",
  licenseKey: "XXXXXXXXXXXXXXXXX",
  isTrialLicenseKey: true,
  callbackListeners: {
    connectionListener
  },
};
await SDK.initializeSDK(initializeObj);

note

To learn more about callback listeners, go to the Callback Event Listener Section.

Example Response#

{
  "statusCode": 200,
  "message": "Success"
}

Register User#

Step 1: You can use the below given method to register a new user.

Step 2: Once you are registered, you will be provided with a username and password that you can utilize to make the connection with the server via connect method.

await SDK.register(`USER_IDENTIFIER`);

Request Params#

Status	Description	Type	Required
`USER_IDENTIFIER`	Unique Id to Register the User	String	true

Keyword	Description
`USER_IDENTIFIER`	Unique ID assigned for each user Ex: 12345678 (any alphanumeric). The below characters is not allowed in userId: U+0022 (") U+0026 (&) U+0027 (') U+002F (/) U+003A (:) U+003C (<) U+003E (>) U+0040 (@) userID should follow below specification: https://xmpp.org/extensions/xep-0106.html

Response Params#

Arguments	Description	Type
statusCode	Status Code	Number
message	Success/Error Message	String
data	Username and Password	Object

Sample Response:#

{
  statusCode: 200,
  message: "Success",
  data: {
    username: "123456789",
    password: "987654321"
  }
}

caution

username is the unique id that allows you to connect with other users to send or receive messages.

Connect to MirrorFly Server#

Step 1: You can use the credentials that you have obtained while registration to make the connection with the server.

Step 2: Once you have created the connection successfully, you will be responded with an approval message as ‘statusCode of 200’ or else will get an execution error.

Step 3: With this you can also trace the connection status that you receive in connectionListener callback function.

Step 4: If you face any error while making a connection with the server, you will receive an error message with callback.

await SDK.connect(`USERNAME`, `PASSWORD`);

Request Params#

Status	Description	Type	Required
`USERNAME`	Username	String	true
`PASSWORD`	Password	String	true

Response Params#

Arguments	Description	Type
statusCode	Status Code	Number
message	Success/Error Message	String

Sample Response:#

{
  message: "Login Success",
  statusCode: 200
}

note

To learn more about all possible logins and profile related setup, go to Profile Section.

Send a Message#

Finally, to send a message to another user you can use the below given method,

note

You can use the const userJid = SDK.getJid(USER_ID) method, to generate a JID for any user.

await SDK.sendTextMessage(`TO_USER_JID`, `MESSAGE_BODY`,`MESSAGE_ID`,`REPLY_TO`);

Request Param#

Status	Description	Type	Required
`TO_USER_JID`	JID of the To User. username + "@" + xmppSocketHost	JID String	true
`MESSAGE_BODY`	Text Message Body	String	true
`MESSAGE_ID`	Text Message Id	String	true
`REPLY_TO`	Specifies the Message ID of replied message (Optional)	String	true

Response Params#

Arguments	Description	Type
statusCode	Status Code	Number
message	Success/Error Message	String

Response Format:#

   {
    "message": "",// String - Success/Error Message 
    "statusCode": "" // Number - status code
    }
  

Receive a Message#

To receive a message from another user you must implement the messageListener function. It’s a function that will be triggered whenever you receive a new message or related event in one-to-one or group chat. Further to initialize the SDK, you need to add the below callback method during the process.

function messageListener(response) {
  console.log("Message Listener", response);
}

note

To learn more on 'message listener callbacks,' see the Message Callback Event Listener Section