Convert 6502 Assembler source from

• 2500AD Cross Assembler
• Commodore Macro Assembler
• Programmers Development System (PDS)
  to ACME Cross Assembler.

Visual Studio Code has an excellent extension for working with the ACME Cross assembler. ACME VS Code Extension

In addition, this template Ingo Hinterding Assemble 6502 in VS Code makes it easy.

The conversion does not support all features, just enough to get my source code translated. The most signification limitations are:

• Very little support for macros, only simple parameterless macros in PDS right now
• The translator has no knowledge of the state of conditionals
• The ACME cross assembler has no support for concepts such as PUBLIC and EXTERNAL
• BIT7 directives are supported for strings, but no DC support

convertoacme.exe INPUT.ASM conversion.json > OUTPUT.ASM

Or using a simple batch: for %%i in (*.ASM) do converttoacme.exe %%1 conversion.json > converted%%1

See the samplesetting folder for some simple examples

{
"Format":"AD2500 | MADS | PDS",
"Modules":[
  {
    "File":"FILENAME.ASM",
    "abr":"XX", // Prefix to uniquify a colliding symbol
    "Renames": [
      "SYMBOL_TO_UNIQUIFY", . . .
    ]
    }, . . .
],
"Macros":["MacroName", . . . ],
"EmitOriginal":true // Emit a copy of modified lines as a comment
}

If you have a binary of your original program, comparing the original to ACME's build in a good hex diff tool can really help.

VBinDiff by Christopher J. Madsen helped me a lot