Question 1

How to install WLA DX on Windows?

Accepted Answer

Clone the repository, use CMake to generate build files, and compile with MSVC or Clang as per the CI setup. Detailed steps are in the INSTALL file, and binaries are in the 'binaries' folder after building.

Question 2

WLA DX vs RGBDS for Game Boy development?

Accepted Answer

WLA DX supports GB-Z80 along with many other architectures, offering flexibility for multi-target projects. RGBDS is more specialized for Game Boy with a larger community, so choose WLA DX if you need cross-architecture capabilities.

Question 3

Can WLA DX output ROM files for NES?

Accepted Answer

Yes, by defining appropriate memory maps and using the wlalink tool, WLA DX can generate binaries compatible with NES and other retro systems, as documented in the Read the Docs guides.

Question 4

How to create a custom memory map in WLA DX?

Accepted Answer

Define memory sections in your assembly files using WLA DX's directives, then configure the linker with a script file. The documentation provides examples for different architectures to get started.

Question 5

Is WLA DX good for ARM assembly?

Accepted Answer

No, WLA DX does not support ARM or other modern CPUs; it's focused on classic architectures like Z80 and 6502, so use other tools like GNU Assembler for ARM projects.

Question 6

What debugging tools work with WLA DX?

Accepted Answer

WLA DX outputs object and binary files, but debugging typically requires external emulators or hardware-specific tools. It can generate symbols for use with debuggers in emulators like BGB or Mesen.

wla-dx

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