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A 6502-microprocessor driven timer that calculates second based on CPU clock speed (2MHz) and triggers update event using interrupts, with each “second” equivalent to approx. 998 milliseconds in real life.
🚀 We've just created our own HTTP server "webserv". Which we can test using a real web browser. Our main goal was to gain a better understanding of the HTTP protocol, which is crucial for internet communication. Webserv has helped us unravel the mysteries of HTTP. Come and explore the world of HTTP with us. 🌟
Real-Time Clock project with multiplexing between seven-segment displays, Keypad, and LCD. The project maintains variables to track hours, minutes, and seconds. It likely updates these values based on the timer interrupt to keep track of the current time.
A comprehensive implementation and guide to designing a state machine-based multiplexing system using Unix Domain Sockets. This repository covers both theoretical concepts and practical code examples to help you seamlessly integrate multiplexing into your Unix-based applications, ensuring efficient communication and resource management.