CycleC

CycleC is a programming language designed for the creation of embedded systems and real-time applications. Its primary goal is to offer a balance between high-level programming constructs and low-level hardware control, making it suitable for scenarios where performance and direct hardware manipulation are critical.

The language's syntax is influenced by C, aiming for a familiar feel for developers experienced in that domain, while introducing features specifically tailored for embedded development. These features often include constructs for managing memory directly, handling interrupts, and interacting with hardware peripherals. CycleC also emphasizes safety and reliability, incorporating mechanisms to prevent common programming errors that can be particularly problematic in embedded environments, such as buffer overflows or data races.

CycleC's development typically involves a specialized compiler that targets specific microcontrollers and embedded architectures. This compilation process often includes optimizations to minimize code size and execution time, which are crucial constraints in resource-limited embedded systems. The language's ecosystem may include a debugger, libraries for common embedded tasks, and development tools that facilitate the entire embedded software development lifecycle. Its application areas span from industrial automation and automotive systems to consumer electronics and the Internet of Things (IoT).