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Flutter plugin for HyperSDK which enables payment orchestration via different dynamic modules.

Hyper SDK Flutter #

Flutter plugin for HyperSDK which enables payment orchestration via different dynamic modules.

Flutter Setup #

Add flutter plugin dependency in pubspec.yaml. Get dependency from pub.dev

Android Setup #

Add the build dependency in android/build.gradle file

buildscript {
    ....
    repositories {
        ....
        maven {
            url "https://maven.juspay.in/jp-build-packages/hypersdk-asset-download/releases/"
        }
    }

    dependencies {
        ....
        classpath 'in.juspay:hypersdk-asset-plugin:1.0.3'
    }
}

Apply the plugin to the application module in android/app/build.gradle file

apply plugin: 'hypersdk-asset-plugin'

Add file MerchantConfig.txt in the same directory(android/app/)as the gradle file in the previous step with the following content

clientId = <clientId> shared by Juspay Team

Note #

Your application's MainActivity should extend FlutterFragmentActivity instead of FlutterActivity.

HyperSDK only supports FragmentActivity.

import io.flutter.embedding.android.FlutterFragmentActivity


class MainActivity: FlutterFragmentActivity() {

}

Please refer to this doc for more information.

iOS Setup #

Add the following post_install script in the Podfile (ios/Podfile)

post_install do |installer|
  fuse_path = "./Pods/HyperSDK/Fuse.rb"
  clean_assets = true
  if File.exist?(fuse_path)
    if system("ruby", fuse_path.to_s, clean_assets.to_s)
    end
  end
end

Create file ios/MerchantConfig.txt with the following content

clientId = <clientId> shared by Juspay Team

Usage #

Import HyperSDK #

import 'package:hypersdk/hypersdkflutter.dart';

Step-1: Create Juspay Object #

This method creates an instance of Juspay class on which all the HyperSDK APIs / methods are triggered.

Note: This method is mandatory and is required to call any other subsequent methods from HyperSDK.

final hyperSDK = HyperSDK();

Step-2: Initiate #

This method should be called on the render of the host screen. This will boot up the SDK and start the Hyper engine. It takes a stringified JSON as its argument which will contain the base parameters for the entire session and remains static throughout one SDK instance lifetime. It also takes a function to handle initiate callbacks.

Note: It is highly recommended to initiate SDK from the order summary page (at least 5 seconds before opening your payment page) for seamless user experience.

await hyperSDK.initiate(initiatePayload, initiateCallbackHandler);

Step-3: Process #

This API should be triggered for all operations required from HyperSDK. The operation may be related to:

Displaying payment options on your payment page Performing a transaction User's payment profile management

await hyperSDK.process(processPayload, hyperSDKCallbackHandler)

Step-4: Android Hardware Back-Press Handling #

Hyper SDK internally uses an android fragment for opening the bank page and will need the control to hardware back press when the bank page is active.

For Android, this can be done by wrapping your scaffold widget(or any other parent widget) with WillPopScope Flutter Doumentation

Call await juspay.onBackPress(); inside onWillPop within WillPopScope.

Handling Android Hardware Back-Press can be done using WillPopScope as shown below

onWillPop: () async {
        if (Platform.isAndroid) {
          var backpressResult = await hyperSDK.onBackPress();
          if (backpressResult.toLowerCase() == "true") {
            return false;
          } else {
            return true;
          }
        } else {
          return true;
        }
      }

Step-5: Terminate #

This method shall be triggered when HyperSDK is no longer required.

await hyperSDK.terminate();

Optional: Is Initialised #

This is a helper / optional method to check whether SDK has been initialised after step-2. It returns a boolean.

await hyperSDK.isInitialised();

Callbacks #

Initiate callback handler #

Use this function to get result from initiate.

void initiateCallbackHandler(MethodCall methodCall) {
    if (methodCall.method == "initiate_result") {
      // check initiate result
    }
  }

Process callback handler #

Use this function to get results from process.

void hyperSDKCallbackHandler(MethodCall methodCall) {
    switch (methodCall.method) {
      case "hide_loader":
        break;
      case "process_result":
        var args = {};

        try {
          args = json.decode(methodCall.arguments);
        } catch (e) {
          print(e);
        }

        var error = args["error"] ?? false;

        var innerPayload = args["payload"] ?? {};

        var status = innerPayload["status"] ?? " ";
        var pi = innerPayload["paymentInstrument"] ?? " ";
        var pig = innerPayload["paymentInstrumentGroup"] ?? " ";

        if (!error) {
          switch (status) {
            case "charged":
              {
                // Successful Transaction
                // check order status via S2S API
              }
              break;
            case "cod_initiated":
              {
                // User opted for cash on delivery option displayed on payment page
              }
              break;
          }
        } else {
          var errorCode = args["errorCode"] ?? " ";
          var errorMessage = args["errorMessage"] ?? " ";
          switch (status) {
            case "backpressed":
              {
                // user back-pressed from PP without initiating any txn
              }
              break;
            case "user_aborted":
              {
                // user initiated a txn and pressed back
                // check order status via S2S API
              }
              break;
            case "pending_vbv":
              {}
              break;
            case "authorizing":
              {
                // txn in pending state
                // check order status via S2S API
              }
              break;
            case "authorization_failed":
              {}
              break;
            case "authentication_failed":
              {}
              break;
            case "api_failure":
              {
                // txn failed
                // check order status via S2S API
              }
              break;
            case "new":
              {
                // order created but txn failed
                // check order status via S2S API
              }
              break;
          }
        }
    }
  }

Payload Structure #

Payload type is Map<String,Dynamic>

For Payment Page Product, click here for payload.

For EC-Headless Product, click here for payload.

License #

hypersdkflutter is distributed under AGPL-3.0-only.

Attribution #

This project is based on the OSS project juspay_flutter by Deep Rooted.co published under MIT License

The original repository is accessible here.

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Publisher

verified publisher iconapp-dev.juspay.in

Flutter plugin for HyperSDK which enables payment orchestration via different dynamic modules.

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License

Icon for licenses.AGPL-3.0 (LICENSE)

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flutter

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