This is an open-source remake of a well-known platform game Dangerous Dave 2 with flexible and highly customizable core and many new features.
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Updated
Feb 17, 2025 - HTML
This is an open-source remake of a well-known platform game Dangerous Dave 2 with flexible and highly customizable core and many new features.
Codebase for the ADL Initiative's Total Learning Architecture (TLA) reference implementation. Once matured and implemented, the TLA will enable personalized, data-driven, and technology-enabled lifelong learning across the DoD, other Federal Government agencies, and beyond.
Padavan 4.4 - The "Dave Täht Tribute" Edition - "When you miss Dave, modprobe sch_cake!" — A tribute to the soul of bufferbloat mitigation. — Multi-device/multi-language support
C++ version of the classic game Dangerous Dave
SauceAlfredo's bot idea
Padavan 3.4 ng Builder - The "Dave Täht Tribute" Edition - "When you miss Dave, modprobe sch_cake!" — A tribute to the soul of bufferbloat mitigation. — Automatic Padavan firmware builds using GitHub servers — Multi-device/multi-language support
Padavan 3.4 - The "Dave Täht Tribute" Edition - "When you miss Dave, modprobe sch_cake!" — A tribute to the soul of bufferbloat mitigation. — Multi-device/multi-language support
Out of tree build for the new cake qdisc - The "Dave Täht Tribute" Fork Edition - "When you miss Dave, modprobe sch_cake!" — A tribute to the soul of bufferbloat mitigation.
Simple project to get started with xmc4500-relax-kit
This project demonstrates how to control and toggle two LEDs on an Infineon XMC microcontroller using a timer interrupt. The application initializes the DAVE framework and configures digital I/O pins for LED control. A timer interrupt service routine (ISR) periodically toggles the led_state variable, which determines which LED is turned ON and whic
📲🎮Mobile gaming dashboard with XION blockchain integration, featuring zkTLS proofs for verified achievements, biometric wallet security, and real-time session tracking.
My own implementation of Discord's DAVE protocol, using OpenMLS, Python and Rust.
This project demonstrates how to control the direction and speed of a DC motor using an Infineon XMC microcontroller. The application utilizes PWM (Pulse Width Modulation) for speed control and digital I/O pins for direction control. A timer interrupt periodically updates the motor state, cycling through four modes
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