🚀 go-pugleaf

I've not tried to use the pragma, one reason being that this would 
necessitate building a version of the assembler module for all possible 
models and for all possible CPUs, note that TopSpeed has no naming 
convention for libraries for different CPUs. I don't recall seeing 
processor-specific code in any TopSpeed assembler modules.

I would have thought it would have been better to determine the type of 
CPU at runtime, either by having a global variable that the assembler 
code checks or by building a table containing the entry points during 
initialisation.

Remember that if CPU-specific code is built, it may cause problems on 
multi-CPU systems, e.g. a '386 with a '186 as an I/O processor.

Mark Morgan Lloyd
mark_tbu@cix.compulink.co.uk

[Opinions above are the author's, not those of his employers or 
colleagues]