What an amazing #retrocomputing hack:
https://github.com/reinauer/amifuse
Python program which mounts any #Amiga partition on Linux or macOS using the original filesystem handler (e.g. L:SmartFilesystem or L:PFS3) running in an #m68k emulator.
What an amazing #retrocomputing hack:
https://github.com/reinauer/amifuse
Python program which mounts any #Amiga partition on Linux or macOS using the original filesystem handler (e.g. L:SmartFilesystem or L:PFS3) running in an #m68k emulator.
What an amazing #retrocomputing hack:
https://github.com/reinauer/amifuse
Python program which mounts any #Amiga partition on Linux or macOS using the original filesystem handler (e.g. L:SmartFilesystem or L:PFS3) running in an #m68k emulator.
Between 1988 and 1995 Jack Crenshaw posted on Usenet "Let's Build a Compiler", a tutorial series on writing a Pascal compiler that generates 68K Assembly. 35 years later Eli Bendersky revisited the series and rewrote the compiler in Python to generate WebAssembly.
https://eli.thegreenplace.net/2025/revisiting-lets-build-a-compiler
RE: https://oldbytes.space/@amoroso/115706283832274942
Speaking of Jack Crenshaw's "Let's Build a Compiler", Ahmed Thabet reformatted the series and published a prettified and browsable version. Nice.
Between 1988 and 1995 Jack Crenshaw posted on Usenet "Let's Build a Compiler", a tutorial series on writing a Pascal compiler that generates 68K Assembly. 35 years later Eli Bendersky revisited the series and rewrote the compiler in Python to generate WebAssembly.
https://eli.thegreenplace.net/2025/revisiting-lets-build-a-compiler
Between 1988 and 1995 Jack Crenshaw posted on Usenet "Let's Build a Compiler", a tutorial series on writing a Pascal compiler that generates 68K Assembly. 35 years later Eli Bendersky revisited the series and rewrote the compiler in Python to generate WebAssembly.
https://eli.thegreenplace.net/2025/revisiting-lets-build-a-compiler
RE: https://oldbytes.space/@amoroso/115706283832274942
Speaking of Jack Crenshaw's "Let's Build a Compiler", Ahmed Thabet reformatted the series and published a prettified and browsable version. Nice.
Between 1988 and 1995 Jack Crenshaw posted on Usenet "Let's Build a Compiler", a tutorial series on writing a Pascal compiler that generates 68K Assembly. 35 years later Eli Bendersky revisited the series and rewrote the compiler in Python to generate WebAssembly.
https://eli.thegreenplace.net/2025/revisiting-lets-build-a-compiler
I wanted to find a small niche hobby coding project that approximately nobody would care about.
I'm tooting about it now, and I don't expect you to care.
I want to use m68k-linux-gnu-as cross-assembler, but it doesn't support the Motorola syntax the original Amiga tools did.
How hard can it be to write a preprocessor that converts vasm mot syntax module compatible assembly to GNU as?!
Turns out, less trivial than I thought.
I wanted to find a small niche hobby coding project that approximately nobody would care about.
I'm tooting about it now, and I don't expect you to care.
I want to use m68k-linux-gnu-as cross-assembler, but it doesn't support the Motorola syntax the original Amiga tools did.
How hard can it be to write a preprocessor that converts vasm mot syntax module compatible assembly to GNU as?!
Turns out, less trivial than I thought.
Asm Editor is a web app IDE for learning, developing, and running x86, M68K, RISC-V, and MIPS Assembly code. It features an editor, assembler, and debugger, as well as other tools and learning resources.
Asm Editor is a web app IDE for learning, developing, and running x86, M68K, RISC-V, and MIPS Assembly code. It features an editor, assembler, and debugger, as well as other tools and learning resources.