If you're interested in writing assembler pgms for these
computers, I have a DOS executable which will turn the
*.lst file produced by ASM7 (available at WHTech) into a
*.b74 file in the format:
100 DATA n,n,n,n,n,n,n,n,n,n
110 DATA ...
...
190 ! 100 bytes (or whatever)
The pgm can then be loaded into memory with a POKE loop
(usually after reserving space with GETMEM) & run with EXEC.
The CC40 User Guide has more info, and there is a detailed
discussion of file formats (& much more) in the CC40 EA Tech-
nical Reference Manual, both available at WHTech. TI-74 &
CC40 file formats are identical; ROM routine addresses are'nt,
unfortunately. There is also a good discussion of low-level I/O
in the TI-95 Programming Guide, which pertains to the three
machines.
If interested I'll email you the file - It's about 40K, and will run on
a DOS machine, and also works on VPC 2007, or at least it does
on mine.
Hard to believe I'm the only one who writes code for these interesting
old computers!
Jack
computers, I have a DOS executable which will turn the
*.lst file produced by ASM7 (available at WHTech) into a
*.b74 file in the format:
100 DATA n,n,n,n,n,n,n,n,n,n
110 DATA ...
...
190 ! 100 bytes (or whatever)
The pgm can then be loaded into memory with a POKE loop
(usually after reserving space with GETMEM) & run with EXEC.
The CC40 User Guide has more info, and there is a detailed
discussion of file formats (& much more) in the CC40 EA Tech-
nical Reference Manual, both available at WHTech. TI-74 &
CC40 file formats are identical; ROM routine addresses are'nt,
unfortunately. There is also a good discussion of low-level I/O
in the TI-95 Programming Guide, which pertains to the three
machines.
If interested I'll email you the file - It's about 40K, and will run on
a DOS machine, and also works on VPC 2007, or at least it does
on mine.
Hard to believe I'm the only one who writes code for these interesting
old computers!
Jack