Inji Verify

Inji Verify offers a seamless credential verification experience through QR code scanning, upload functionality, and Pixel Pass SDK integration for accurate decoding. Utilizing a robust Verification SDK ensures the authenticity and integrity of credentials. The portal displays credentials accurately based on issuer configurations and handles errors effectively. With a user-friendly, responsive interface, real-time verification, and scalable performance, Inji Verify provides an efficient and flexible verification solution

Contents:

This document contains the following sections:

• Installations
• Folder Structure
• Developer Setup
• Demo Setup

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Installations:

Prerequisites:

• JAVA 21

  Can be installed using sdkman. Run following commands to install node

  $ curl -s "https://get.sdkman.io" | bash
  $ sdk install java 21.0.5-tem

• Maven

Folder Structure:

Once the repo is cloned, following folders can be found under the inji-verify repository folder:

• deploy: folder contains deployment scripts required to deploy on K8S
• helm: folder contains helm charts required to deploy on K8S
• utilities: folder contains sample QR code variation generation utility for testing
• docker-compose : folder containing setup for docker compose
  • config
  • db-init
  • docker-compose.yml
  • Readme.md
• verify-ui: contains the application source code for web UI, Dockerfile and docker-compose.yml files
  • src (source code)
  • Dockerfile
  • Readme.md
• ui-test: contains the ui automation tests
• verify-service: contains source code for the verify backend service
  • src (source code)
  • Dockerfile
  • Readme.md
• verify-service-bom: contains BOM for the verify backend service dependencies

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Developer Setup:

Once the repo is cloned, move into the inji-verify repository folder and run the following command to check out to the develop branch:

cd inji-verify # move into the repository folder
git checkout develop

Development server:

To get a development server up and running, run the following commands:

mvn clean
mvn spring-boot:run

Run Docker Image:

(Note: Make sure that the following commands are run in the directory where Dockerfile is present)

Run the following commands to build and test the application as docker images

mvn -U -B package
docker build -t <dockerImageName>:<tag> .
docker run -it -d -p 3000:8000 --env-file ./.env --name inji-verify-service-dev <dockerImageName>:<tag>

Inji verify backend is designed to run in local with in memory H2 DB also we have another spring profile to do same. This can be controlled by passing active_profile_env environment variable while building the docker image

mvn -U -B package
docker build --build-arg active_profile=local -t <dockerImageName>:<tag> .
docker run -it -d -p 3000:8000 --env-file ./.env --name inji-verify-service-dev <dockerImageName>:<tag>

To build the Docker image locally, use the following command. Ensure you are in the directory containing the Dockerfile:

docker build -t inji-verify-service:local

Stop and delete the docker containers using the following commands:

docker stop inji-verify-service-dev
docker rm inji-verify-service-dev

Demo Setup:

This section helps to quickly get started with a demo of the Inji Verify application

Once the repository is cloned, move into the inji-verify repository directory. Choose one of the branches that are currently available for the demo:

release branches:

• release-0.11.x

tags :

• v0.11.0

active branches:

• master
• develop

cd ./inji-verify # repository folder
git checkout branchName/tagname # choose from any of the above branches

Deployment in K8 cluster