int ConGetEvent(TEventMask EventMask, TEvent *Event, int WaitTime, int Delete) {
KBDINFO ki;
if (EventBuf.What != evNone) {
*Event = EventBuf;
if (Delete) EventBuf.What = evNone;
return 0;
}
if (MouseEv.What != evNone) {
*Event = MouseEv;
if (Delete) MouseEv.What = evNone;
return 0;
}
EventBuf.What = evNone;
Event->What = evNone;
ki = SaveKbdState;
ki.fsMask &= ~(KEYBOARD_ECHO_ON | KEYBOARD_ASCII_MODE);
ki.fsMask |= (KEYBOARD_ECHO_OFF | KEYBOARD_BINARY_MODE);
APIRET16 s = KbdSetStatus(&ki, 0);
assert(s == 0);
while ((WaitTime == -1) || (WaitTime >= 0)) {
if ((ReadKbdEvent(Event, WaitTime) == 1) && (EventMask & evKeyboard)) break;
else if (MousePresent &&
(ReadMouseEvent(Event,
EventMask) == 1) && (EventMask & evMouse)) break;
else if (GetPipeEvent(Event) == 1) break;
if (WaitTime == 0) return -1;
DosSleep(5);
if (WaitTime > 0) {
WaitTime -= 5;
if (WaitTime <= 0) return -1;
}
}
if (Event->What != evNone) {
if (Event->What == evMouseMove) {
while (ReadMouseEvent(&MouseEv, EventMask) == 1) {
if (MouseEv.What == evMouseMove) {
*Event = MouseEv;
MouseEv.What = evNone;
} else break;
}
}
EventBuf = *Event;
if (Delete) EventBuf.What = evNone;
return 0;
}
return -1;
}
/* Turn on keyboard echo. Does not check error returns. */
static void
EchoOn( void )
{
KBDINFO KbdInfo;
KbdGetStatus (&KbdInfo, 0);
KbdInfo.fsMask = (KbdInfo.fsMask & ~KEYBOARD_ECHO_OFF) | KEYBOARD_ECHO_ON;
KbdSetStatus (&KbdInfo, 0);
}
static void set_kbd(void)
{
KBDINFO kbdInfo;
kbdInfo = initialKbdInfo;
kbdInfo.fsMask &= ~0x0001; /* not echo on */
kbdInfo.fsMask |= 0x0002; /* echo off */
kbdInfo.fsMask &= ~0x0008; /* cooked mode off */
kbdInfo.fsMask |= 0x0004; /* raw mode */
kbdInfo.fsMask &= ~0x0100; /* shift report off */
KbdSetStatus(&kbdInfo, 0);
}
void SLang_reset_tty (void)
{
if (0 == SLos2_threadID) return;
atEnd = 1; /* set flag and wait until thread ends */
while (atEnd) {DosSleep (0);}
CloseSem();
/* close the keyboard */
KbdSetStatus(&initialKbdInfo, 0); /* restore original state */
SLos2_threadID = 0;
}
void TEventQueue::suspend()
{
#ifdef __OS2__
{
KBDINFO ki;
ki.cb = sizeof(ki);
assert(!KbdGetStatus(&ki,0));
ki.fsMask |= KEYBOARD_ASCII_MODE;
ki.fsMask &= ~KEYBOARD_BINARY_MODE;
assert(!KbdSetStatus(&ki,0));
}
#endif
mouse.suspend();
}
KBDINFO setkbmode(void)
{
USHORT rc;
KBDINFO kb_state;
kb_state.cb = sizeof(kb_state);
KbdGetStatus(&kb_state, 0);
kb_state.fsMask &= ~KEYBOARD_ASCII_MODE;
kb_state.fsMask |= KEYBOARD_BINARY_MODE;
rc = KbdSetStatus(&kb_state, 0);
/* if(rc) printf("KbdSetStatus rc = %04x\n", rc); */
return kb_state;
}
/*
* EMX initialization
*/
static void Term_init_emx(term *t)
{
struct _KBDINFO kbdinfo; /* see structure description ?somewhere? */
v_init();
v_getctype(&curs_start, &curs_end);
/* hide cursor (?) XXX XXX XXX */
v_clear();
/* the documentation I (SWD) have implies, in passing, that setting */
/* "binary mode" on the keyboard device will prevent the O/S from */
/* acting on keys such as ^S (pause) and ^P (printer echo). */
/* note also that "KbdSetStatus is ignored for a Vio-windowed application." */
/* so there may well be problems with running this in a window. Damnit. */
/* this is kind of a nasty structure, as you can't just flip a bit */
/* to change binary/ASCII mode, or echo on/off mode... nor can you */
/* clear the whole thing -- certain bits need to be preserved. */
KbdGetStatus(&kbdinfo, (HKBD)0);
kbdinfo.fsMask &= ~ (KEYBOARD_ECHO_ON| /* clear lowest four bits */
KEYBOARD_ECHO_OFF|KEYBOARD_BINARY_MODE|KEYBOARD_ASCII_MODE);
kbdinfo.fsMask |= (KEYBOARD_BINARY_MODE); /* set bit two */
KbdSetStatus(&kbdinfo, (HKBD)0);
#if 1 /* turn off for debug */
signal(SIGHUP, SIG_IGN);
signal(SIGINT, SIG_IGN);
signal(SIGQUIT, SIG_IGN);
/* signal(SIGILL,SIG_IGN); */
/* signal(SIGTRAP,SIG_IGN); */
/* signal(SIGABRT,SIG_IGN); */
/* signal(SIGEMT,SIG_IGN); */
/* signal(SIGFPE,SIG_IGN); */
/* signal(SIGBUS,SIG_IGN); */
/* signal(SIGSEGV,SIG_IGN); */
/* signal(SIGSYS,SIG_IGN); */
signal(SIGPIPE, SIG_IGN);
signal(SIGALRM, SIG_IGN);
/* signal(SIGTERM,SIG_IGN); */
signal(SIGUSR1, SIG_IGN);
signal(SIGUSR2, SIG_IGN);
signal(SIGCHLD, SIG_IGN);
signal(SIGBREAK, SIG_IGN);
#endif
}
/*
* TurnOffCapsLock - switch off caps lock
*/
void TurnOffCapsLock( void )
{
KBDINFO ki;
ki.cb = sizeof( KBDINFO );
KbdGetStatus( &ki, 0 );
if( ki.fsState & KEY_CAPS_LOCK ) {
hadCapsLock = TRUE;
ki.fsMask |= 0x10;
ki.fsState &= ~KEY_CAPS_LOCK;
KbdSetStatus( &ki, 0 ); /* OS/2 2.0 F***S UP IF YOU DO THIS */
} else {
hadCapsLock = FALSE;
}
} /* TurnOffCapsLock */
int ConContinue() {
VIOINTENSITY vi;
static KBDINFO ki;
signal(SIGBREAK, SIG_IGN);
signal(SIGINT, SIG_IGN);
ki = SaveKbdState;
ki.fsMask &= ~(KEYBOARD_ECHO_ON | KEYBOARD_ASCII_MODE);
ki.fsMask |= (KEYBOARD_ECHO_OFF | KEYBOARD_BINARY_MODE);
APIRET16 s = KbdSetStatus(&ki, 0);
assert(s == 0);
vi.cb = 6;
vi.type = 2;
vi.fs = 1;
VioSetState(&vi, 0);
ConShowMouse();
return 0;
}
int ConSuspend() {
VIOINTENSITY vi;
static KBDINFO ki;
vi.cb = 6;
vi.type = 2;
vi.fs = 0;
VioSetState(&vi, 0);
ki = SaveKbdState;
ki.fsMask &= ~(KEYBOARD_ECHO_OFF | KEYBOARD_BINARY_MODE);
ki.fsMask |= (KEYBOARD_ECHO_ON | KEYBOARD_ASCII_MODE);
APIRET16 s = KbdSetStatus(&ki, 0);
assert(0 == s);
ConHideMouse();
signal(SIGBREAK, SIG_DFL);
signal(SIGINT, SIG_DFL);
return 0;
}
void TEventQueue::resume()
{
#ifdef __OS2__
{
KBDINFO ki;
ki.cb = sizeof(ki);
assert(!KbdGetStatus(&ki,0));
ki.fsMask &= ~KEYBOARD_ASCII_MODE;
ki.fsMask |= KEYBOARD_BINARY_MODE;
assert(!KbdSetStatus(&ki,0));
}
#endif
if( mouse.present() == False )
mouse.resume();
if( mouse.present() == False )
return;
mouse.getEvent( curMouse );
lastMouse = curMouse;
mouse.registerHandler( 0xFFFF, (void (*)(void))mouseInt );
mouseEvents = True;
mouse.show();
TMouse::setRange( TScreen::screenWidth-1, TScreen::screenHeight-1 );
}
void restkbmode(KBDINFO kb_state) /* restore keyboard mode */
{
USHORT rc;
rc = KbdSetStatus(&kb_state, 0);
}
USHORT __pascal KBDSETSTATUS(const PKBDINFO pkbdinfo, const HKBD hkbd)
{
return KbdSetStatus(pkbdinfo, hkbd);
}