*(D:\PRG\AUDIO\PUBLIC\TIMER\source\timer.cOS2203fOpDCk0jvg(D:\PRG\AUDIO\PUBLIC\TIMER\source\timer.c͈P!c:\ln\watcom\h\conio.hňP!c:\ln\watcom\h\dos.hP!c:\ln\watcom\h\i86.h P!c:\ln\watcom\h\stdlib.hYP!c:\ln\watcom\h\stdio.h.6q&D:\PRG\AUDIO\PUBLIC\INCLUDE\task_man.h "CODEDATABSSFLATDGROUP_TEXTu iOCONSTי ͖CONST2 _DATA _BSS  iO i[O L_First, Timer 1 is set to 60 ticks per second and Timer 2 is set to 129 ticks per second. in Timer 1 = %d Timer 2 = %d Timer 3 = %dst Then, we start Timer 3 at 849 ticks per second.  Timer 1 = %d Timer 2 = %d Timer 3 = %dnd Now we'll set Timer 2 to run at 1000 ticks per second. % Timer 1 = %d Timer 2 = %d Timer 3 = %d s And finally, we'll halt Timo6 TimerFunc_TS_ScheduleTask_printf_ TS_Dispatch_ySQRVWU L$1ҸT$T$$<L$Ǹh|$,}%$PT$R\$Sh\|$,|hL$Q1=*?DIPXuzN!TS_SetTaskRate_ TS_Terminate_yl$$PT$R\$Sh|$,|h1D$$R\$Sl$Uh$|$,|hP1T$$St$Vl$Uh?G$6;JchzՌ TS_Shutdown_:[|$,|h ]_^ZY[ !&ˑmain_O!2 ./0!3.5H9W>f@BEIFLNPSVY[]&a3d5g@i[kenroyrstmer 2, leaving Timers 1 and 3 to continue. Timer 1 = %d Timer 2 = %d Timer 3 = %dck And now we're done. 8 @ ô TimerFunc_^|R _cstart_ clib3r math387r emu387gt