CStep

CStep is a programming language designed for creating custom control systems. It is primarily used in industrial automation and robotics for applications requiring precise timing and real-time execution. The language aims to simplify the development of complex control logic by offering a structured and readable syntax.

Developed with an emphasis on deterministic behavior, CStep allows developers to define states and transitions within a program, making it suitable for finite state machine implementations. This approach helps in managing the sequential and parallel operations common in control systems. The language supports various data types and provides built-in functions for common control tasks such as input/output handling, timer management, and mathematical operations.

CStep compilers are typically integrated into development environments that provide tools for debugging, simulation, and deployment onto target hardware. The focus on real-time performance means that CStep code is often compiled directly into machine code, minimizing overhead and ensuring predictable execution times. Its use is prevalent in manufacturing environments where reliability and responsiveness are critical for operational efficiency and safety.