rcb@netcom.UUCP (Roy Bixler) (09/04/90)
I have just ported my first program which uses Turbo C's graphics to GEM and the Atari ST. Everything works except for when I call evnt_timer(). I have checked out 3 different sources on the parameter usage and they all have a different story. Abacus' GEM Programmer's Reference says that evnt_timer() takes two 32-bit parameters, which make up a 64-bit millisecond delay (the first parameter is the low-order 32 bits ...). Tim Oren's Profession GEM series column 12 specifies that the millisecond delay is a 32-bit value passed as 2 16-bit parameters. The aesbind.h file that comes with GCC 1.37.1 says there is one 32-bit parameter. I have tried all of these and the result is always that my timer waits a lot longer than I would like (i.e. the machine seems to lock up). If I reverse the order of parameters (where there are 2 parameters, of course), there is no delay. Can anyone help? Roy Bixler netcom!rcb@apple.com
bammi@curie.ces.cwru.edu (Jwahar R. Bammi) (09/04/90)
In article <13154@netcom.UUCP> rcb@netcom.UUCP (Roy Bixler) writes: and the Atari ST. Everything works except for when I call evnt_timer(). sounds like i screwed up the low and high words of the long in the aes bindings. here is a diff: - *** /tmp/,RCSt1a01858 Mon Sep 3 17:06:12 1990 --- aesevnt.c Mon Sep 3 17:02:33 1990 *************** *** 117,124 **** { unsigned short *i = (unsigned short *)&Interval; ! _int_in[0] = i[0]; ! _int_in[1] = i[1]; return __aes__(AES_CONTROL_ENCODE(24, 2, 1, 0)); } --- 117,124 ---- { unsigned short *i = (unsigned short *)&Interval; ! _int_in[0] = i[1]; ! _int_in[1] = i[0]; return __aes__(AES_CONTROL_ENCODE(24, 2, 1, 0)); } *************** *** 170,177 **** _int_in[12] = In2W; _int_in[13] = In2H; ! _int_in[14] = i[0]; ! _int_in[15] = i[1]; #ifdef __MSHORT__ _addrin[0] = MesagBuf; --- 170,177 ---- _int_in[12] = In2W; _int_in[13] = In2H; ! _int_in[14] = i[1]; ! _int_in[15] = i[0]; #ifdef __MSHORT__ _addrin[0] = MesagBuf; -- bang: {any internet host}!dsrgsun.CES.CWRU.Edu!bammi jwahar r. bammi domain: bammi@dsrgsun.ces.CWRU.edu GEnie: J.Bammi