static void
acpi_io_monitor (enum iotype type, u32 port, void *data)
{
u32 v;
if (pm1a_cnt_found && port == pm1a_cnt_ioaddr) {
switch (type) {
case IOTYPE_OUTB:
v = *(u8 *)data;
break;
case IOTYPE_OUTW:
v = *(u16 *)data;
break;
case IOTYPE_OUTL:
v = *(u32 *)data;
break;
default:
goto def;
}
if (v & PM1_CNT_SLP_EN_BIT)
acpi_pm1_sleep (v);
goto def;
}
def:
do_io_default (type, port, data);
}
static enum ioact
kbdio_monitor (enum iotype type, u32 port, void *data)
{
do_io_default (type, port, data);
if (type == IOTYPE_INB)
printf ("IO Monitor test: INB PORT=0x60 DATA=0x%X\n", *(u8 *)data);
return IOACT_CONT;
}
static enum ioact
io0x20_monitor (enum iotype type, u32 port, void *data)
{
do_io_default (type, port, data);
if (type == IOTYPE_OUTB) {
vramwrite_save_and_move_cursor (56, 23);
printf ("OUT0x20,0x%02X", *(u8 *)data);
vramwrite_restore_cursor ();
}
return IOACT_CONT;
}
static enum ioact
kbdio_dbg_monitor (enum iotype type, u32 port, void *data)
{
static int led = 0;
static u8 lk = 0;
#ifdef NTTCOM_TEST
unsigned long int session;
int i, j;
char sig[1024];
unsigned short int siglen ;
#endif
do_io_default (type, port, data);
if (type == IOTYPE_INB) {
#ifdef CARDSTATUS
extern int ps2_locked;
if (ps2_locked) {
printf ("Ignoring PS/2 input\n");
*(u8 *)data = 0;
return IOACT_CONT;
}
#endif
switch (*(u8 *)data) {
#if defined(F10USBTEST)
case 0x44 | 0x80: /* F10 */
if (lk == 0x44) {
extern void usb_api_batchtest(void);
printf ("F10 pressed.\n");
usb_api_batchtest();
}
break;
#endif /* defined(F10USBTEST) */
case 0x57 | 0x80: /* F11 */
if (lk == 0x57) {
#ifdef NTTCOM_TEST
printf ("F11 pressed.\n");
printf ("IDMan_IPInitializeReader.\n");
i = IDMan_IPInitializeReader( );
printf ("IDMan_IPInitializeReader return = %d.\n", i);
printf ("IDMan_IPInitialize.\n");
i = IDMan_IPInitialize("123456789@ABCDEF", &session);
printf ("IDMan_IPInitialize return = %d.\n", i);
printf ("IDMan_generateSignatureByIndex.\n");
i = IDMan_generateSignatureByIndex( session, 1, "1234567890abcdef", strlen("1234567890abcdef"), sig, &siglen, 544);
printf ("IDMan_generateSignatureByIndex return = %d siglen=%d\n", i, siglen);
printf ("IDMan_IPFinalize.\n");
i = IDMan_IPFinalize(session);
printf ("IDMan_IPFinalize return = %d.\n", i);
printf ("IDMan_IPFinalizeReader.\n");
i = IDMan_IPFinalizeReader( );
printf ("IDMan_IPFinalizeReader return = %d.\n", i);
#else
#ifdef F11PANIC
if (config.vmm.f11panic)
panic ("F11 pressed.");
#endif
#endif
}
break;
case 0x58 | 0x80: /* F12 */
if (lk == 0x58) {
#if defined(F12DUMPEHCI)
extern void ehci_dump_all(int, void *);
#endif /* defined(F12DUMPEHCI) */
#if defined(F12MSG)
if (config.vmm.f12msg) {
debug_gdb ();
led ^= LED_CAPSLOCK_BIT |
LED_NUMLOCK_BIT;
setkbdled (led);
printf ("F12 pressed.\n");
}
#endif /* defined(F12MSG) */
#if defined(F12DUMPEHCI)
ehci_dump_all(0, NULL);
#endif /* defined(F12DUMPEHCI) */
}
break;
}
lk = *(u8 *)data;
}
return IOACT_CONT;
}
