Implementation of client-server concept using socket programming in e-aduan portal in UiTM

Implementation of client-server concept using socket programming in e-aduan portal in uitm. This project aims to implement a client-server using socket programming that enables real-time communication between students (clients) and lecturers (servers) through chat features. Software tools and languages used include Laragon for local development, Visual Studio Code for code editing, HTML/CSS for web page design, PHP for server-side scripting, and WebSocket for real-time two-way communication. The e-aduan portal offers features such as user registration, real-time messaging, notifications for lecturers, report history display and status reporting. Implementation includes database construction, home page design and server-side processing. Performance evaluation focuses on throughput and latency using tools such as Wireshark for network traffic analysis. The results show successful implementation, providing an efficient platform for report submission, communication and updates between students and lecturers. However, some limitations are identified, including scalability and optimization for larger user loads. The implementation of the client-server concept using socket programming on the e-aduan portal in uitm showcases its potential in facilitating effective communication and streamlining the education process.