Piggymetrics: A Microservice Architecture for Personal Finance Management
A brief introduction to the project:
Piggymetrics is a GitHub project that provides a microservice architecture for personal finance management. It aims to help individuals keep track of their expenses, set financial goals, and plan for the future. The project is significant as it addresses the need for a comprehensive and customizable solution for managing personal finances.
Project Overview:
Piggymetrics aims to provide a user-friendly platform for managing personal finances. It allows users to track their income and expenses, create budgets, and set financial goals. The project's primary goal is to empower individuals to take control of their finances and make informed decisions. The project caters to a wide range of users, including individuals, families, and small businesses.
Project Features:
Key features of Piggymetrics include expense tracking, budgeting, goal setting, and forecasting. Users can categorize their expenses, visualize spending patterns, and identify areas where they can save money. The budgeting feature helps users stay on track with their financial goals by setting limits and monitoring progress. The goal setting feature enables users to plan for major expenses or savings targets. The forecasting feature provides insights into future financial trends based on historical data.
Technology Stack:
Piggymetrics leverages a range of technologies and programming languages. The backend is built using Java and Spring Boot, while the frontend is developed using AngularJS. These technologies were chosen for their reliability, scalability, and performance. The project also utilizes MongoDB as the database and RabbitMQ as the message broker. Notable libraries and tools used include Netflix OSS for microservices, Docker for containerization, and Travis CI for continuous integration.
Project Structure and Architecture:
Piggymetrics follows a microservice architecture, which allows for scalability, resilience, and flexibility. The project consists of several microservices, each responsible for a specific functionality. These microservices communicate with each other through APIs using RESTful principles. The project also incorporates design patterns such as the Gateway pattern for API routing and the Circuit Breaker pattern for fault tolerance. Overall, the architecture ensures loose coupling, maintainability, and extensibility.
