Despite sounding weird, the multiplication without division is actually very helpful for low cost and resource constrained MCUs/soft-CPUs. Even utilizing the `mno-div` complication flag, division can still occur in…
Something of note here is the built-in Verilator and Renode simulation. If you don't physically have an FPGA but still want to try custom hardware acceleration this repo lets you simulate your improvements.
This is a really great list for learning C89/C99! I have to double recommend "Expert C Programming: Deep C Secrets", such a fascinating and fun book (albeit showing some age).
I think many kernel developers view that as a problem as well. KUnit hopefully will change this when it becomes more widely used. I recommend more kernel developers check it out, it's quite nice even in its current form!
Despite sounding weird, the multiplication without division is actually very helpful for low cost and resource constrained MCUs/soft-CPUs. Even utilizing the `mno-div` complication flag, division can still occur in…
Something of note here is the built-in Verilator and Renode simulation. If you don't physically have an FPGA but still want to try custom hardware acceleration this repo lets you simulate your improvements.
This is a really great list for learning C89/C99! I have to double recommend "Expert C Programming: Deep C Secrets", such a fascinating and fun book (albeit showing some age).
I think many kernel developers view that as a problem as well. KUnit hopefully will change this when it becomes more widely used. I recommend more kernel developers check it out, it's quite nice even in its current form!