Software Engineering

hashnode

devto

github

Raju G. • Peerlist

A simple URL shortener built with Go, Gin, MySQL and Docker. With proper testcases.

URL-Shortening-Service

<h3>Build Your Own Redis with C++</h3>This project is a C++ scaffold for the "Build Your Own Redis" challenge, where you'll create a toy Redis clone capable of handling basic commands like PING, SET, and GET. It serves as a clean, well-structured foundation for anyone looking to learn the inner workings of Redis through hands-on implementation.The project demonstrates how the Redis protocol (RESP), event loops, networking, and command parsing work together to form a functional key-value store. Along the way, you'll explore core systems programming concepts while progressively adding more complexity and features.Key Features:<ul><li>Minimal C++ implementation for a Redis-compatible server.</li><li>Handles basic Redis commands with a focus on type-safe command handling.</li><li>Utilizes CMake for build configuration and vcpkg for dependency management.</li><li>Includes JavaScript end-to-end tests to validate protocol behavior.</li><li>Supports extensions for additional commands and features like in-memory key-value store and concurrency.</li></ul>Designed for developers looking to deepen their understanding of server-side programming and protocol handling, this project provides a comprehensive setup for building and testing your own Redis server.

redis-cpp

Managing the development of a Tmux multiplexer using Go, this project is currently in progress. As is common with ongoing work, it's important to acknowledge that there could be several elements still undergoing refinement and may not yet operate entirely as intended. 😎 Please look into the project and suggest any improvements. 🚀

gorevive

Cookiecutter-Goapistarterkit: Streamlined Go Project Structure for DevelopersKickstart your Go projects with the Cookiecutter-Goapistarterkit, a comprehensive template designed to help developers efficiently structure their Go applications. This starter kit provides a clear and organized layout, including essential directories and files:<ul><li>/project_root: The root directory of your Go project.</li><li>go.mod: Manage your project's dependencies with this Go module file.</li><li><a target="_blank" rel="noopener noreferrer nofollow" class="text-green-text rich-link break-all link-break" href="http://README.md">README.md</a>: Document your project and provide essential information.</li><li>LICENSE: Include licensing details for open-source distribution.</li><li>Makefile: Simplify build and management tasks with this optional file.</li><li>cmd/: Store application-specific commands and main entry points.</li><li>internal/: Keep internal packages and logic private to your project.</li><li>pkg/: Optional directory for public packages available to other projects.</li><li>bin/: Compile and store executable binary files.</li><li>test/: Organize unit tests and integration tests for robust code quality.</li></ul>

Go APi Starter Kit

The underwater sensor backend API simulates sensor data from a network of underwater sensors, organized into groups and providing real-time insights on temperature, transparency, and nearby fish species detection. Implemented in Go language, the API leverages PostgreSQL for data storage and Redis for caching. The Docker Compose file ensures seamless deployment locally, while Swagger spec facilitates API documentation. With endpoints ranging from group statistics to sensor-specific data retrieval, including average temperature, transparency, species detection, and region-based queries, this API offers comprehensive functionality for underwater monitoring needs. Additionally, end-to-end tests ensure reliability and robustness, making this solution a reliable choice for underwater sensor data management.