/Montoring-containerization-springBoot-angular

This project offers a comprehensive solution for monitoring, analyzing code, and implementing CI/CD pipelines using Jenkins for a Dockerized Spring Boot and Angular application.

Primary LanguageJava

Dockerization of Spring Boot and Angular Project 🐳

This repository contains a Dockerized setup for a Spring Boot backend and Angular frontend project.

Application Structure 📁

The application consists of two main folders:

  1. app/backend: Contains the Spring Boot backend code.
  2. app/frontend: Contains the Angular frontend code.

Infrastructure Setup 🛠️

The infrastructure folder contains Docker Compose file with services like Jenkins, Grafana, Prometheus, Nexus, Node Exporter, MySQL Exporter, Promtail, Loki, SonarQube, Ansible, and n8n.

Jenkins 🛠️

  • Image: jenkins/jenkins:lts
  • Container Name: jenkins
  • Ports:
    • 8080: Jenkins UI
    • 50000: Jenkins agent port
  • Volumes:
    • ./jenkins_home:/var/jenkins_home
  • Networks: backend-network
  • Notes:

Grafana 📊

  • Image: grafana/grafana
  • Container Name: grafana
  • Ports:
    • 3000: Grafana UI
    • 9090: Prometheus data source
  • Volumes:
    • ./grafana:/var/lib/grafana
  • Networks: backend-network
  • Notes:

Prometheus 📈

  • Image: prom/prometheus
  • Container Name: prometheus
  • Ports:
    • 8090: Prometheus UI
  • Volumes:
    • ./prometheus:/etc/prometheus
    • ./prometheus/data:/prometheus
  • Networks: backend-network
  • Notes:

Nexus 🛠️

  • Image: sonatype/nexus3
  • Container Name: nexus
  • Ports:
    • 8081: Nexus UI
  • Volumes:
    • ./nexus-data:/nexus-data
  • Networks: backend-network
  • Notes:

Node Exporter 📊

  • Image: prom/node-exporter
  • Container Name: node-exporter
  • Ports:
    • 9100: Node Exporter port
  • Networks: backend-network

MySQL Exporter 📈

  • Image: prom/mysqld-exporter
  • Container Name: mysql-exporter
  • Ports:
    • 9104: MySQL Exporter port
  • Environment Variables:
    • DATA_SOURCE_NAME: "user:password@(host:port)/"
  • Networks: backend-network

Promtail 📋

  • Image: grafana/promtail
  • Container Name: promtail
  • Ports:
    • 9080: HTTP port
    • 9095: gRPC port
  • Volumes:
    • ./promtail:/etc/promtail
    • /var/log:/var/log
  • Networks: backend-network

Loki 📋

  • Image: grafana/loki
  • Container Name: loki
  • Ports:
    • 3100: HTTP port
    • 9095: gRPC port
  • Volumes:
    • ./loki:/etc/loki
  • Networks: backend-network

SonarQube 🛠️

  • Image: sonarqube
  • Container Name: sonarqube
  • Ports:
    • 9000: SonarQube UI
  • Networks: backend-network
  • Notes:

Usage 🚀

  1. Application Setup:

    • Navigate to the app directory.
    • Place your Spring Boot backend code in the backend folder and Angular frontend code in the frontend folder.
    • Ensure your backend application is configured to connect to the MySQL database using the correct credentials.

  2. Infrastructure Setup:

    • Navigate to the infrastructure directory.
    • Run docker-compose up -d to start the infrastructure services.

  3. Running the Application:

    • Navigate to the app directory.
    • Run docker-compose up -d to start the backend, frontend, and database services.

  4. Access your services:

TODO 📝

Ansible

  • Implement Ansible on the pipeline to automate tasks such as backup and deployment.
  • Configure Ansible playbooks according to your requirements.
  • Ensure proper integration with the existing Dockerized setup.

n8n

  • Set up n8n to automate workflows and tasks related to the project.
  • Define workflows in n8n to streamline processes such as data synchronization, notifications, and integrations.
  • Integrate n8n with other services in the Dockerized infrastructure.

Notes 📝

  • Ensure Docker is installed and running on your system.
  • Modify Dockerfiles and configuration files according to your project requirements.
  • Configure Ansible and n8n according to your automation and workflow needs.