Hi In this project we will do CICD pipeline for Java based Game board selector application.

Using terraform to create a ec2 instances for Jenkins, sonarqube, jfrog.

Setup nexus using terraform

Install dependent plugins in Jenkins

Setup sonarqube , Jenkins, jfrog

Write Jenkins pipeline as checkout -> compile -> trivy fs scan -> sonarqube integration -> build code -> publish to nexus -> docker build -> docker tag -> trivy docker image scan -> docker push

Install Jenkins

Login to Jenkins -> credentials -> docker cred (name) -> docker username and password

Plugins -> eclipse , docker,

Tools -> idk using eclipse, maven , docker

Install sonarqube : take ec2 instance > install docker > sudo docker run -d --name sonarqube -p 9000:9000 sonarqube:lts-community

Login to sonarqube : :9000 -> admin, admin -> goto administration create a token -> goto projects create a project manually by giving details locally and give the token to create project.

Install trivy to do trivy scanning on Jenkins server -> https://aquasecurity.github.io/trivy/v0.18.3/installation/

Pipeline ::

Write manifest files like deployment, service for backend and frontend.

Check these files using online k8s clusters

Create EKS cluster, ArgoCD

Configure ARGO for deployment

Create Role for EKS Cluster: Go to AWS Management Console.-> IAM -> Roles -> Create role-> AWS Service -> EKS-cluster -> Click "Next" and provide a name for the role.

Create Role for EC2 Instances :

Create EKS Cluster: Navigate to Amazon EKS service.-> Click on "Create cluster".-> Enter the desired name, select version, and specify the role created in step 1.-> Configure Security Group, Cluster Endpoint, etc. -> create the cluster.

Create Compute Resources: Navigate to Amazon EKS service. -> Click on "Compute" or "Node groups".-> Provide a name for the compute resource.-> Select the role created in step 2.->Select Node Type & Size.-> Click "Next" and proceed to create the compute resource.

Configure Cloud Shell:

Go to EKS_Terraform folder and give terraform init, terraform validate, terraform plan, terraform apply --auto-approve -> Your EKS cluster is created.

Create Namespace for ArgoCD: kubectl create namespace argocd

Apply ArgoCD Manifests: kubectl apply -n argocd -f https://raw.githubusercontent.com/argoproj/argo-cd/v2.4.7/manifests/install.yaml kubectl get all -n argocd

Patch Service Type to LoadBalancer: kubectl patch svc argocd-server -n argocd -p '{"spec": {"type": "LoadBalancer"}}' kubectl get svc -n argocd

Retrieve Admin Password: Username : admin kubectl -n argocd get secret argocd-initial-admin-secret -o jsonpath="{.data.password}" | base64 -d These commands will install ArgoCD into the specified namespace, set up the service as a LoadBalancer, and retrieve the admin password for you to access the ArgoCD UI.

Filter and search/sort within the game database

Add/Edit/Delete user accounts (with authentication)

Add/Edit/Delete user-added games

Add/Edit/Delete comments to games

Users can upload their own avatar images

Can filter games by category/mechanic