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changed trap messages somewhat, corrected bug in InOut, undone changes

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to confarray.c
This commit is contained in:
ceriel 1987-11-02 11:22:06 +00:00
parent c41fae1f8a
commit b24e6763c3
3 changed files with 12 additions and 19 deletions
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3
lang/m2/libm2/InOut.mod
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@ -256,6 +256,8 @@ IMPLEMENTATION MODULE InOut ;
integ := int
END;
IF buf[index] > " " THEN
Write(buf[index]);
Write(termCH);
Traps.Message("illegal integer");
HALT;
END;
@ -419,6 +421,7 @@ IMPLEMENTATION MODULE InOut ;
END WriteString;
BEGIN (* InOut initialization *)
unread := FALSE;
WITH ibuf DO
fildes := 0;
bufferedcount := BUFSIZ;

6
lang/m2/libm2/catch.c
View file

@ -9,12 +9,12 @@ static struct errm {
{ ERANGE, "range bound error"},
{ ESET, "set bound error"},
{ EIOVFL, "integer overflow"},
{ EFOVFL, "floating overflow"},
{ EFUNFL, "floating underflow"},
{ EFOVFL, "real overflow"},
{ EFUNFL, "real underflow"},
{ EIDIVZ, "divide by 0"},
{ EFDIVZ, "divide by 0.0"},
{ EIUND, "undefined integer"},
{ EFUND, "undefined float"},
{ EFUND, "undefined real"},
{ ECONV, "conversion error"},
{ ESTACK, "stack overflow"},

22
lang/m2/libm2/confarray.c
View file

@ -1,13 +1,5 @@
#include <m2_traps.h>
/* Runtime handling of "value" conformant arrays.
The routine that accepts the conformant array parameter first calls
the routine new_stackptr. This routine computes a new stack pointer
for the calling routine and returns it. The new space on the stack is
large enough to store the array.
Then, it calls copy_array to do the copying.
*/
struct descr {
char *addr;
int low;
@ -22,9 +14,6 @@ char *
_new_stackptr(pdescr, a)
register struct descr *pdescr;
{
/* The parameter "a" is not used and not supplied.
It's address is the old stack-pointer.
*/
unsigned int size = (((pdescr->highminlow + 1) * pdescr->size +
(EM_WSIZE - 1)) & ~(EM_WSIZE - 1));
@ -41,19 +30,20 @@ _new_stackptr(pdescr, a)
}
_copy_array(p, a)
register int *p;
register char *p;
{
register int *q;
register char *q;
register unsigned int sz;
char dummy;
ppdescr--;
sz = (((*ppdescr)->highminlow + 1) * (*ppdescr)->size) / EM_WSIZE;
sz = (((*ppdescr)->highminlow + 1) * (*ppdescr)->size +
(EM_WSIZE -1)) & ~ (EM_WSIZE - 1);
if ((char *) &a - (char *) &dummy > 0) {
(*ppdescr)->addr = (char *) (q = &a);
(*ppdescr)->addr = q = (char *) &a;
}
else (*ppdescr)->addr = (char *) (q = &a - sz);
else (*ppdescr)->addr = q = (char *) &a - sz;
while (sz--) *q++ = *p++;
}