URCL - Simple hardware independent assembly language - Designed to be simple enough that even Minecraft CPUs can use it!
URCL - Simple hardware independent assembly language
Designed to be simple enough that even Minecraft CPUs can use it!
Universal Reduced Computer Language is a RISC assembly-like language which is designed to be as simple as it possibly can be.
Unlike real assembly code, URCL does not have to deal with branch delay slots, read before write hazards, IO timings, flags, etc. - this lets users spend more time writing their program and less time fighting their hardware.
Since URCL is extremely simple, it can be easily translated into real assembly code fairly easily.
Any CPU that supports URCL is then able to make use of all the URCL tools - such as emulators, optimisers and compilers without having to make these tools yourself.
Writing URCL code has all the fun parts of writing assembly code, like dealing with simple operations on registers, but without the downsides of fighting the hardware.
URCL makes writing assembly code fun and less of a chore.
Server Description: URCL - Empowering Simplicity in Assembly Language 🖥️
Embark on a journey into the world of Universal Reduced Computer Language (URCL), where simplicity meets innovation. URCL stands out as a RISC assembly-like language meticulously designed to be straightforward and hardware-independent. This unique feature makes it accessible even to Minecraft CPUs, revolutionizing the way assembly language is approached.
Server Purpose: Simplifying Assembly Language for All
Hardware Independence:
URCL breaks free from the constraints of intricate hardware intricacies. Devoid of complexities like branch delay slots, read-before-write hazards, and IO timings, URCL empowers users to focus on programming rather than wrestling with hardware nuances.
Versatile Applicability:
URCL's simplicity serves as a universal language applicable to a broad range of CPUs. Any CPU compatible with URCL can seamlessly utilize the array of tools available, including emulators, optimizers, and compilers, without the need for custom tool development.
Ease of Translation:
Translating URCL into real assembly code becomes a breeze due to its extreme simplicity. Users benefit from a streamlined process, enabling efficient translation and utilization of URCL tools, fostering a harmonious relationship between code and hardware.
Enhancing Coding Enjoyment:
Writing URCL code brings back the joy of assembly code creation without the cumbersome hardware-related challenges. Engage in the thrill of dealing with simple operations on registers, transforming the assembly code creation process into an enjoyable endeavor.
