Instant Code Generator
1Rajeev Ranjan, 1Priyanshu Rai, 1Rohit Tyagi, 2Indra kishor 2Anil kumar
1Final Year B.Tech Poornima Institute of Engineering and Technology, 2Assistant Professor Poornima Institute of Engineering and Technology
Abstract: This research paper introduces the concept and development of an Instant Code Generator system leveraging the ChatGPT API. The primary objective is to create a platform where users can obtain code snippets in multiple programming languages through natural language requests. The project is motivated by the growing demand for efficient code generation tools that can accelerate software development processes. By utilizing advanced language models like ChatGPT, this system aims to bridge the gap between human intent and machine-generated code.
The methodology involves integrating the ChatGPT API into a code repository system, where each code snippet is associated with specific natural language prompts. When a user submits a request, ChatGPT interprets the query and retrieves or generates the most relevant code snippet in real-time. The architecture of the system includes a user interface for seamless interaction, the ChatGPT API for natural language processing, and a code repository that stores and manages code snippets across various programming languages.
Potential applications of this tool range from aiding developers in quickly prototyping solutions to assisting learners in understanding programming concepts through practical examples. The implications of this system extend to enhancing developer productivity, promoting educational initiatives, and facilitating rapid experimentation in software development.
In conclusion, this research explores the innovative use of AI-driven language models for code generation and outlines a roadmap for future enhancements, such as improving code quality and expanding language support. This Instant Code Generator represents a significant advancement in leveraging AI to streamline and enhance the software development lifecycle.
Keywords- Continuous Integration, DevOps, software architecture, requirements engineering, software testing, quality assurance, version control practices, software maintenance, user experience (UX) design, scalability, security, software design patterns, mobile app development, web development, artificial intelligence in software development, software metrics, software project management
