it doeesn't
find some weird way to screw with me there.I have to say, abandoning the
standard library is a very liberating experience :-)
Willard
Sent from Samsung tablet
Original message
From "John R. Hogerhuis"
Date: 03/23/2017 12:02 PM (GMT-07:00)
To
On Thu, Mar 23, 2017 at 1:55 AM, Willard Goosey wrote:
>
> And I really really hoped that the system variables would be as easily
> used. Unfortunately it's not to be. A reference to extern char *CRSX
> (x=CRSX) generates "lhld CRSX \n mov a,m" when what I need is "lxi h,
> CRSX\n mov a,m" . I am
On Thu, Mar 23, 2017 at 1:55 AM, Willard Goosey wrote:
> G!!!
>
> Ok, so. My m100.def has, for SmallC purposes, 3 classes of equates. ROM
> function that don't require arguments or return values, ROM functions that
> do require args or return values, and system variables.
>
> Because I u
G!!!
Ok, so. My m100.def has, for SmallC purposes, 3 classes of equates. ROM
function that don't require arguments or return values, ROM functions that do
require args or return values, and system variables.
Because I use sed to translate the ASM/ZMAC original equates into ASX syntax
On Wed, 22 Mar 2017 18:39:35 -0600, Willard Goosey wrote:
Hope you find your book! Amazon only wants $100 for a used copy
Yeah, I noticed that. Alas, I had to replace my copy of Loeliger's
Threaded Interpretive Languages when I couldn't find my original
copy several years ago, so I suspec
y wants $100 for a used copy
Willard
Sent from Samsung tablet
Original message
From Daryl Tester
Date: 03/22/2017 3:57 PM (GMT-07:00)
To m100@lists.bitchin100.com
Subject Re: [M100] Smallc tech note
On Wed, 22 Mar 2017 02:46:34 -0600, Willard Goosey wrote:
> Fun
On Wed, 22 Mar 2017 02:46:34 -0600, Willard Goosey wrote:
Function arguments are pushed left to right This is backwards
from normal C compiling.
Ahh, so this is one of those compilers from my youth that did that.
I don't remember it being mandated in the C language (at the time
anyway), s
Function arguments are pushed left to right This is backwards from normal C
compiling.
This would make varargs-type functions very hard except that the number of
arguments is passed in A. By this particular Small C anyway.
Willard
Sent from Samsung tablet
