Advantage(s): Correct calling convention for syscalls, stack-based syscalls are nice

Disadvantage(s): Thunks in the jumptable don't automatically update name/function prototype

1. Make a dump using dump.py.
2. Add binary_ninja/loader and https://github.com/ubuntor/binaryninja-m68k to Binary Ninja plugins.
3. Open the dump. The loader should run automatically and start disassembling.

Advantage(s): Syscalls are functions (so xrefs work), nicer handling of thunks

Disadvantage(s): Return value for syscalls that use pascal calling convention disappears (Ghidra Issue), stack-based syscall arguments are ugly

1. Make a dump using dump.py.
2. Put the files in ghidra/processor in $GHIDRA_INSTALL/Ghidra/Processors/68000/data/languages/.
3. Put the files in ghidra/data in $GHIDRA_INSTALL/Ghidra/Features/Base/data/.
4. Add the scripts in ghidra/scripts to Ghidra scripts. These will be in the Analysis/M68k category.
5. Open the dump as processor 68000, variant Mac.
6. Run M68kMacJankLoader.java (find functions from jumptable), M68kMacSymbols.java (find symbols), M68kMacPropagateThunks.java (propagate thunk calls), and M68kMacSyscallScript.java (markup syscalls) in that order.

• _FP68K (and _*Dispatch, _Pack*, etc.) routine number labelling
• Finish all syscalls
• Figure out ghidra issue
• Direct loader for Ghidra from binhex/derez