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openbsd-ports/emulators/bochs/patches/patch-iodev_keyboard_cc
todd 0b3bc2d82a implement printd to silence printing of user unfriendly info (aka only 
for developers); much less output now.
2001-03-30 16:47:02 +00:00

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$OpenBSD: patch-iodev_keyboard_cc,v 1.2 2001/03/30 16:47:03 todd Exp $
--- iodev/keyboard.cc.orig Sat Mar 25 21:28:49 2000
+++ iodev/keyboard.cc Fri Mar 30 10:45:28 2001
@@ -131,7 +131,7 @@ bx_keyb_c::init(bx_devices_c *d, bx_cmos
BX_KEY_THIS s.kbd_controller.irq1_requested = 0;
BX_KEY_THIS s.kbd_controller.irq12_requested = 0;
-//fprintf(stderr, "# keyboard_serial_delay is %u usec\n",
+//bio->printd("#KBD] keyboard_serial_delay is %u usec\n",
// (unsigned) bx_options.keyboard_serial_delay);
BX_KEY_THIS s.kbd_controller.timer_pending = 0;
@@ -175,12 +175,14 @@ bx_keyb_c::read(Bit32u address, unsign
Bit32u ret = 0;
- if (io_len > 1)
- bx_panic("kbd: io read to address %08x, len=%u\n",
+ if (io_len > 1) {
+ bio->printd("[KBD] io read to address %08x, len=%u\n",
(unsigned) address, (unsigned) io_len);
+ return ret;
+ }
-//fprintf(stderr, "# KBD: read from port 0x%04x\n", (unsigned) address);
+//bio->printd("#KBD] read from port 0x%04x\n", (unsigned) address);
if (address == 0x60) { /* output buffer */
Bit8u val;
@@ -204,11 +206,11 @@ bx_keyb_c::read(Bit32u address, unsign
BX_KEY_THIS s.controller_Qsize--;
}
-//bx_printf("mouse: ___io_read aux = 0x%02x\n", (unsigned) val);
+//bio->printd("[MOUSE] ___io_read aux = 0x%02x\n", (unsigned) val);
activate_timer();
- if (bx_dbg.keyboard)
- bx_printf("KBD: READ(%02x) = %02x\n", (unsigned) address,
+ if (bio->getdbg().keyboard)
+ bio->printd("[KBD] READ(%02x) = %02x\n", (unsigned) address,
(unsigned) val);
RETURN(val);
}
@@ -217,7 +219,7 @@ bx_keyb_c::read(Bit32u address, unsign
BX_KEY_THIS s.kbd_controller.kbd_output_buffer = 0;
BX_KEY_THIS s.kbd_controller.outb = 0;
BX_KEY_THIS s.kbd_controller.auxb = 0;
-//fprintf(stderr, "# ___io_read kbd\n");
+//bio->printd("#MOUSE] ___io_read kbd\n");
if (BX_KEY_THIS s.controller_Qsize) {
unsigned i;
@@ -234,15 +236,15 @@ bx_keyb_c::read(Bit32u address, unsign
}
activate_timer();
- if (bx_dbg.keyboard)
- bx_printf("KBD: READ(%02x) = %02x\n", (unsigned) address,
+ if (bio->getdbg().keyboard)
+ bio->printd("[KBD] READ(%02x) = %02x\n", (unsigned) address,
(unsigned) val);
RETURN(val);
}
else {
- if (bx_dbg.keyboard) {
- bx_printf("KBD: num_elements = %d\n", BX_KEY_THIS s.kbd_internal_buffer.num_elements);
- bx_printf("KBD: read from port 60h with outb empty\n");
+ if (bio->getdbg().keyboard) {
+ bio->printd("[KBD] num_elements = %d\n", BX_KEY_THIS s.kbd_internal_buffer.num_elements);
+ bio->printd("[KBD] read from port 60h with outb empty\n");
}
val = 0;
RETURN(val);
@@ -267,21 +269,21 @@ bx_keyb_c::read(Bit32u address, unsign
#else /* BX_CPU_LEVEL > 0 */
/* XT MODE, System 8255 Mode Register */
else if (address == 0x64) { /* status register */
- if (bx_dbg.keyboard)
- bx_printf("KBD: IO read from port 64h, system 8255 mode register\n");
+ if (bio->getdbg().keyboard)
+ bio->printd("[KBD] IO read from port 64h, system 8255 mode register\n");
RETURN(BX_KEY_THIS s.kbd_controller.outb);
}
#endif /* BX_CPU_LEVEL > 0 */
else {
- bx_panic("KBD: unknown address in io read to keyboard port %x\n",
+ bio->printd("[KBD] unknown address in io read to keyboard port %x\n",
(unsigned) address);
RETURN(0); /* keep compiler happy */
}
read_return:
- if (bx_dbg.keyboard)
- bx_printf("keyboard: 8-bit read from %04x = %02x\n", (unsigned)address, ret);
+ if (bio->getdbg().keyboard)
+ bio->printd("[KBD] 8-bit read from %04x = %02x\n", (unsigned)address, ret);
return ret;
}
@@ -306,15 +308,17 @@ bx_keyb_c::write( Bit32u address, Bit3
#endif // !BX_USE_KEY_SMF
Bit8u command_byte;
- if (io_len > 1)
- bx_panic("kbd: io write to address %08x, len=%u\n",
+ if (io_len > 1) {
+ bio->printd("[KBD] io write to address %08x, len=%u\n",
(unsigned) address, (unsigned) io_len);
+ return;
+ }
- if (bx_dbg.keyboard)
- bx_printf("keyboard: 8-bit write to %04x = %02x\n", (unsigned)address, (unsigned)value);
+ if (bio->getdbg().keyboard)
+ bio->printd("[KBD] 8-bit write to %04x = %02x\n", (unsigned)address, (unsigned)value);
-//fprintf(stderr, "# KBD: WRITE(%02x) = %02x\n", (unsigned) address,
+//bio->printd("[KBD] WRITE(%02x) = %02x\n", (unsigned) address,
// (unsigned) value);
switch (address) {
@@ -325,7 +329,8 @@ bx_keyb_c::write( Bit32u address, Bit3
// data byte written last to 0x60
BX_KEY_THIS s.kbd_controller.c_d = 0;
if (BX_KEY_THIS s.kbd_controller.inpb) {
- bx_panic("KBD: write to port 60h, not ready for write\n");
+ bio->printd("[KBD] write to port 60h, not ready for write\n");
+ break;
}
switch (BX_KEY_THIS s.kbd_controller.last_comm) {
case 0x60: // write command byte
@@ -346,21 +351,22 @@ bx_keyb_c::write( Bit32u address, Bit3
else if (BX_KEY_THIS s.kbd_controller.allow_irq1 && BX_KEY_THIS s.kbd_controller.outb)
BX_KEY_THIS s.kbd_controller.irq1_requested = 1;
-//fprintf(stderr, "# allow_irq12 set to %u\n", (unsigned)
+//bio->printd("#KBD] allow_irq12 set to %u\n", (unsigned)
// BX_KEY_THIS s.kbd_controller.allow_irq12);
if ( !scan_convert )
- bx_printf("keyboard: (mch) scan convert turned off\n");
+ bio->printd("[KBD] (mch) scan convert turned off\n");
// (mch) NT needs this
BX_KEY_THIS s.kbd_controller.scan_convert = scan_convert;
}
break;
case 0xd1: // write output port
- if (bx_dbg.keyboard)
- bx_printf("KBD: write output port with value %02xh\n",
+ if (bio->getdbg().keyboard)
+ bio->printd("[KBD] write output port with value %02xh\n",
(unsigned) value);
BX_SET_ENABLE_A20( (value & 0x02) != 0 );
- if (!(value & 0x01)) bx_panic("KBD: IO write: processor reset requested!\n");
+ if (!(value & 0x01)) /* XXX insert reset?? */
+ bio->printd("[KBD] IO write: processor reset requested!\n");
break;
case 0xd4: // Write to mouse
// I don't think this enables the AUX clock
@@ -375,7 +381,7 @@ bx_keyb_c::write( Bit32u address, Bit3
break;
default:
- bx_panic("KBD: === unsupported write to port 60h(lastcomm=%02x): %02x\n",
+ bio->printd("[KBD] === unsupported write to port 60h(lastcomm=%02x): %02x\n",
(unsigned) BX_KEY_THIS s.kbd_controller.last_comm, (unsigned) value);
}
}
@@ -386,7 +392,7 @@ bx_keyb_c::write( Bit32u address, Bit3
/* pass byte to keyboard */
/* ??? should conditionally pass to mouse device here ??? */
if (BX_KEY_THIS s.kbd_controller.kbd_clock_enabled==0) {
- bx_printf("KBD: keyboard disabled & send of byte %02x to kbd\n",
+ bio->printd("[KBD] keyboard disabled & send of byte %02x to kbd\n",
(unsigned) value);
}
kbd_ctrl_to_kbd(value);
@@ -402,11 +408,12 @@ bx_keyb_c::write( Bit32u address, Bit3
switch (value) {
case 0x20: // get keyboard command byte
- if (bx_dbg.keyboard)
- bx_printf("KBD: get keyboard command byte\n");
+ if (bio->getdbg().keyboard)
+ bio->printd("[KBD] get keyboard command byte\n");
// controller output buffer must be empty
if (BX_KEY_THIS s.kbd_controller.outb) {
-bx_panic("kbd: OUTB set and command 0x%02x encountered\n", value);
+ bio->printd("[KBD] OUTB set and command 0x%02x encountered\n",
+ value);
break;
}
command_byte =
@@ -420,37 +427,39 @@ bx_panic("kbd: OUTB set and command 0x%0
controller_enQ(command_byte, 0);
break;
case 0x60: // write command byte
- if (bx_dbg.keyboard)
- bx_printf("KBD: write command byte\n");
+ if (bio->getdbg().keyboard)
+ bio->printd("[KBD] write command byte\n");
// following byte written to port 60h is command byte
BX_KEY_THIS s.kbd_controller.expecting_port60h = 1;
break;
case 0xa1:
- bx_printf ("KBD: Dummy out Green PC for now : 0xa1\n");
+ bio->printd ("[KBD] Dummy out Green PC for now : 0xa1\n");
break;
case 0xa7: // disable the aux device
set_aux_clock_enable(0);
- if (bx_dbg.keyboard) bx_printf("KBD: aux device disabled\n");
+ if (bio->getdbg().keyboard) bio->printd("[KBD] aux device disabled\n");
break;
case 0xa8: // enable the aux device
set_aux_clock_enable(1);
- if (bx_dbg.keyboard) bx_printf("KBD: aux device enabled\n");
+ if (bio->getdbg().keyboard) bio->printd("[KBD] aux device enabled\n");
break;
case 0xa9: // Test Mouse Port
// controller output buffer must be empty
if (BX_KEY_THIS s.kbd_controller.outb) {
-bx_panic("kbd: OUTB set and command 0x%02x encountered\n", value);
+ bio->printd("[KBD] OUTB set and command 0x%02x encountered\n",
+ value);
break;
}
controller_enQ(0x00, 0); // no errors detected
break;
case 0xaa: // motherboard controller self test
- if (bx_dbg.keyboard) bx_printf("KBD: Self Test\n");
+ if (bio->getdbg().keyboard) bio->printd("[KBD] Self Test\n");
// controller output buffer must be empty
if (BX_KEY_THIS s.kbd_controller.outb) {
-bx_panic("kbd: OUTB set and command 0x%02x encountered\n", value);
+ bio->printd("[KBD] OUTB set and command 0x%02x encountered\n",
+ value);
break;
}
// (mch) Why is this commented out??? Enabling
@@ -460,34 +469,35 @@ bx_panic("kbd: OUTB set and command 0x%0
case 0xab: // Interface Test
// controller output buffer must be empty
if (BX_KEY_THIS s.kbd_controller.outb) {
-bx_panic("kbd: OUTB set and command 0x%02x encountered\n", value);
+bio->printd("[KBD] OUTB set and command 0x%02x encountered\n", value);
break;
}
controller_enQ(0x00, 0);
break;
case 0xad: // disable keyboard
set_kbd_clock_enable(0);
- if (bx_dbg.keyboard) bx_printf("KBD: keyboard disabled\n");
+ if (bio->getdbg().keyboard) bio->printd("[KBD] keyboard disabled\n");
break;
case 0xae: // enable keyboard
set_kbd_clock_enable(1);
- if (bx_dbg.keyboard) bx_printf("KBD: keyboard enabled\n");
+ if (bio->getdbg().keyboard) bio->printd("[KBD] keyboard enabled\n");
break;
case 0xc0: // read input port
// controller output buffer must be empty
if (BX_KEY_THIS s.kbd_controller.outb) {
-bx_panic("kbd: OUTB set and command 0x%02x encountered\n", value);
+ bio->printd("[KBD] OUTB set and command 0x%02x encountered\n",
+ value);
break;
}
// keyboard power normal
controller_enQ(0x00, 0);
break;
case 0xd0: // read output port: next byte read from port 60h
- if (bx_dbg.keyboard)
- bx_printf("KBD: io write to port 64h, command d0h (partial)\n");
+ if (bio->getdbg().keyboard)
+ bio->printd("[KBD] io write to port 64h, command d0h (partial)\n");
// controller output buffer must be empty
if (BX_KEY_THIS s.kbd_controller.outb) {
-bx_panic("kbd: OUTB set and command 0x%02x encountered\n", value);
+bio->printd("[KBD] OUTB set and command 0x%02x encountered\n", value);
break;
}
controller_enQ(
@@ -498,20 +508,20 @@ bx_panic("kbd: OUTB set and command 0x%0
break;
case 0xd1: // write output port: next byte written to port 60h
- if (bx_dbg.keyboard)
- bx_printf("KBD: write output port\n");
+ if (bio->getdbg().keyboard)
+ bio->printd("[KBD] write output port\n");
// following byte to port 60h written to output port
BX_KEY_THIS s.kbd_controller.expecting_port60h = 1;
break;
case 0xd3: // write mouse output buffer
- bx_panic("KBD: io write 0x64: command = 0xD3(write mouse outb)\n");
+ bio->printd("[KBD] io write 0x64: command = 0xD3(write mouse outb)\n");
BX_KEY_THIS s.kbd_controller.expecting_port60h = 1;
break;
case 0xd4: // write to mouse
- if (bx_dbg.mouse)
- bx_printf("KBD: io write 0x64: command = 0xD4 (write to mouse)\n");
+ if (bio->getdbg().mouse)
+ bio->printd("[KBD] io write 0x64: command = 0xD4 (write to mouse)\n");
// following byte written to port 60h
BX_KEY_THIS s.kbd_controller.expecting_port60h = 1;
break;
@@ -522,32 +532,34 @@ bx_panic("kbd: OUTB set and command 0x%0
case 0xc1: // Continuous Input Port Poll, Low
case 0xc2: // Continuous Input Port Poll, High
case 0xe0: // Read Test Inputs
- bx_panic("KBD: io write 0x64: command = %02xh\n", (unsigned) value);
+ bio->printd("[KBD] io write 0x64: command = %02xh\n", (unsigned) value);
break;
case 0xfe: // System Reset, transition to real mode
- if (bx_dbg.keyboard)
- bx_printf("KBD: system reset\n");
- bx_panic("system reset via KBD ctrl command FEh\n");
+ if (bio->getdbg().keyboard)
+ bio->printd("[KBD] system reset via ctrl command FEh\n");
+ bx_pc_system.ResetSignal( PCS_SET ); /* XXX is this right? */
+ BX_CPU.reset(BX_RESET_HARDWARE);
// Use bx_pc_system if necessary bx_cpu.reset_cpu();
- bx_pc_system.ResetSignal( PCS_SET );
+ // bx_pc_system.ResetSignal( PCS_SET );
break;
default:
if (value==0xff || (value>=0xf0 && value<=0xfd)) {
/* useless pulse output bit commands ??? */
- if (bx_dbg.keyboard)
- bx_printf("KBD: io write to port 64h, useless command %02x\n",
+ if (bio->getdbg().keyboard)
+ bio->printd("[KBD] io write to port 64h, useless command %02x\n",
(unsigned) value);
return;
}
- bx_panic("KBD: unsupported io write to keyboard port %x, value = %x\n",
+ bio->printd("[KBD] unsupported io write to keyboard port %x, value = %x\n",
(unsigned) address, (unsigned) value);
break;
}
break;
- default: bx_panic("KBD: unknown address in bx_keyb_c::write()\n");
+ default:
+ bio->printd("[KBD] unknown address in bx_keyb_c::write()\n");
}
}
@@ -557,15 +569,17 @@ bx_keyb_c::gen_scancode(Bit32u key)
{
Bit8u scancode;
- if (bx_dbg.record_io) {
- fprintf((FILE*)bx_dbg.record_io, "gen_scancode %lld %x\n", bx_pc_system.time_ticks(), key);
+ if (bio->getdbg().record_io) {
+ bio->printd("[KBD] gen_scancode %lld %x\n", bx_pc_system.time_ticks(), key);
}
- if (!BX_KEY_THIS s.kbd_controller.scan_convert)
- bx_panic("keyboard: gen_scancode with scan_convert cleared\n");
+ if (!BX_KEY_THIS s.kbd_controller.scan_convert) {
+ bio->printd("[KBD] gen_scancode with scan_convert cleared\n");
+ return;
+ }
- if (bx_dbg.keyboard)
- bx_printf("KBD: gen_scancode(): scancode: %08x\n", (unsigned) key);
+ if (bio->getdbg().keyboard)
+ bio->printd("[KBD] gen_scancode(): scancode: %08x\n", (unsigned) key);
// Ignore scancode if keyboard clock is driven low
if (BX_KEY_THIS s.kbd_controller.kbd_clock_enabled==0)
@@ -640,20 +654,21 @@ bx_keyb_c::gen_scancode(Bit32u key)
case BX_KEY_GRAVE: scancode = 0x29; break;
case BX_KEY_BACKSPACE: scancode = 0x0e; break;
+ case BX_KEY_KP_ENTER:
case BX_KEY_ENTER: scancode = 0x1c; break;
case BX_KEY_TAB: scancode = 0x0f; break;
case BX_KEY_LEFT:
- //fprintf(stderr,"# Grey left-arrow key not on 83-key keyboard\n");
+ //bio->printd("#KBD] Grey left-arrow key not on 83-key keyboard\n");
scancode = 0x4b; break;
case BX_KEY_RIGHT:
- //fprintf(stderr,"# Grey right-arrow key not on 83-key keyboard\n");
+ //bio->printd("#KBD] Grey right-arrow key not on 83-key keyboard\n");
scancode = 0x4d; break;
case BX_KEY_UP:
- //fprintf(stderr,"# Grey up-arrow key not on 83-key keyboard\n");
+ //bio->printd("#KBD] Grey up-arrow key not on 83-key keyboard\n");
scancode = 0x48; break;
case BX_KEY_DOWN:
- //fprintf(stderr,"# Grey down-arrow key not on 83-key keyboard\n");
+ //bio->printd("#KBD] Grey down-arrow key not on 83-key keyboard\n");
scancode = 0x50; break;
case BX_KEY_KP_LEFT: scancode = 0x4b; break;
@@ -661,43 +676,46 @@ bx_keyb_c::gen_scancode(Bit32u key)
case BX_KEY_KP_UP: scancode = 0x48; break;
case BX_KEY_KP_DOWN: scancode = 0x50; break;
- case BX_KEY_INSERT:
- fprintf(stderr,"# Grey insert key not on 83-key keyboard\n");
- return;
- case BX_KEY_DELETE:
- fprintf(stderr,"# Grey delete key not on 83-key keyboard\n");
- return;
- case BX_KEY_HOME:
- fprintf(stderr,"# Grey home key not on 83-key keyboard\n");
- return;
- case BX_KEY_END:
- fprintf(stderr,"# Grey end key not on 83-key keyboard\n");
- return;
- case BX_KEY_PAGE_UP:
- fprintf(stderr,"# Grey page-up key not on 83-key keyboard\n");
- return;
- case BX_KEY_PAGE_DOWN:
- fprintf(stderr,"# Grey page-down key not on 83-key keyboard\n");
- return;
+ //case BX_KEY_INSERT:
+ //bio->printd("#KBD] Grey insert key not on 83-key keyboard\n");
+ //return;
+ //case BX_KEY_DELETE:
+ //bio->printd("#KBD] Grey delete key not on 83-key keyboard\n");
+ //return;
+ //case BX_KEY_HOME:
+ //bio->printd("#KBD] Grey home key not on 83-key keyboard\n");
+ //return;
+ //case BX_KEY_END:
+ //bio->printd("#KBD] Grey end key not on 83-key keyboard\n");
+ //return;
+ //case BX_KEY_PAGE_UP:
+ //bio->printd("#KBD] Grey page-up key not on 83-key keyboard\n");
+ //return;
+ //case BX_KEY_PAGE_DOWN:
+ //bio->printd("#KBD] Grey page-down key not on 83-key keyboard\n");
+ //return;
+ case BX_KEY_INSERT:
case BX_KEY_KP_INSERT: scancode = 0x52; break;
+ case BX_KEY_DELETE:
case BX_KEY_KP_DELETE: scancode = 0x53; break;
+ case BX_KEY_HOME:
case BX_KEY_KP_HOME: scancode = 0x47; break;
+ case BX_KEY_END:
case BX_KEY_KP_END: scancode = 0x4f; break;
+ case BX_KEY_PAGE_UP:
case BX_KEY_KP_PAGE_UP: scancode = 0x49; break;
+ case BX_KEY_PAGE_DOWN:
case BX_KEY_KP_PAGE_DOWN: scancode = 0x51; break;
case BX_KEY_KP_ADD: scancode = 0x4e; break;
case BX_KEY_KP_SUBTRACT: scancode = 0x4a; break;
case BX_KEY_KP_5: scancode = 0x4c; break;
- case BX_KEY_KP_ENTER:
- fprintf(stderr,"# Grey Enter key not on 83-key keyboard\n");
- return;
case BX_KEY_KP_MULTIPLY:
- fprintf(stderr,"# Grey Multiply key not on 83-key keyboard\n");
+ bio->printd("#KBD] Grey Multiply key not on 83-key keyboard\n");
return;
case BX_KEY_KP_DIVIDE:
- fprintf(stderr,"# Grey Divide key not on 83-key keyboard\n");
+ bio->printd("#KBD] Grey Divide key not on 83-key keyboard\n");
return;
case BX_KEY_NUM_LOCK: scancode = 0x45; break;
@@ -713,7 +731,7 @@ bx_keyb_c::gen_scancode(Bit32u key)
case BX_KEY_F10: scancode = 0x44; break;
default:
- fprintf(stderr, "# bx_keyb_c::gen_scancode : Unhandled %u\n",
+ bio->printd("#KBD] bx_keyb_c::gen_scancode : Unhandled %u\n",
(unsigned) key);
return;
}
@@ -750,8 +768,8 @@ bx_keyb_c::set_aux_clock_enable(Bit8u
{
Boolean prev_aux_clock_enabled;
- if (bx_dbg.keyboard)
- bx_printf("set_aux_clock_enable(%u)\n", (unsigned) value);
+ if (bio->getdbg().keyboard)
+ bio->printd("[KBD] set_aux_clock_enable(%u)\n", (unsigned) value);
if (value==0) {
BX_KEY_THIS s.kbd_controller.aux_clock_enabled = 0;
}
@@ -768,8 +786,8 @@ bx_keyb_c::set_aux_clock_enable(Bit8u
bx_keyb_c::get_kbd_enable(void)
{
#ifdef BX_DEBUG
- if (bx_dbg.keyboard)
- bx_printf("KBD: get_kbd_enable(): getting kbd_clock_enabled of: %02x\n",
+ if (bio->getdbg().keyboard)
+ bio->printd("[KBD] get_kbd_enable(): getting kbd_clock_enabled of: %02x\n",
(unsigned) BX_KEY_THIS s.kbd_controller.kbd_clock_enabled);
#endif
@@ -781,16 +799,16 @@ bx_keyb_c::controller_enQ(Bit8u data,
{
// source is 0 for keyboard, 1 for mouse
- if (bx_dbg.keyboard)
- bx_printf("controller_enQ(%02x)\n", (unsigned) data);
+ if (bio->getdbg().keyboard)
+ bio->printd("[KBD] controller_enQ(%02x)\n", (unsigned) data);
if (BX_KEY_THIS s.kbd_controller.outb)
- bx_printf("KBD: controller_enQ(): OUTB set!\n");
+ bio->printd("[KBD] controller_enQ(): OUTB set!\n");
// see if we need to Q this byte from the controller
if (BX_KEY_THIS s.kbd_controller.outb) {
if (BX_KEY_THIS s.controller_Qsize >= BX_KBD_CONTROLLER_QSIZE)
- bx_panic("KBD: controller_enq(): controller_Q full!\n");
+ bio->printd("[KBD] controller_enq(): controller_Q full!\n");
BX_KEY_THIS s.controller_Q[BX_KEY_THIS s.controller_Qsize++] = data;
BX_KEY_THIS s.controller_Qsource = source;
return;
@@ -820,7 +838,7 @@ bx_keyb_c::kbd_enQ_imm(Bit8u val)
int tail;
if (BX_KEY_THIS s.kbd_internal_buffer.num_elements >= BX_KBD_ELEMENTS) {
- bx_panic("KBD: internal keyboard buffer full (imm)\n");
+ bio->printd("[KBD] internal keyboard buffer full (imm)\n");
return;
}
@@ -841,18 +859,18 @@ bx_keyb_c::kbd_enQ(Bit8u scancode)
{
int tail;
- if (bx_dbg.keyboard)
- bx_printf("enQ(%02x)\n", (unsigned) scancode);
+ if (bio->getdbg().keyboard)
+ bio->printd("[KBD] enQ(%02x)\n", (unsigned) scancode);
if (BX_KEY_THIS s.kbd_internal_buffer.num_elements >= BX_KBD_ELEMENTS) {
- bx_printf("KBD: internal keyboard buffer full, ignoring scancode.(%02x)\n",
+ bio->printd("[KBD] internal keyboard buffer full, ignoring scancode.(%02x)\n",
(unsigned) scancode);
return;
}
/* enqueue scancode in multibyte internal keyboard buffer */
- if (bx_dbg.keyboard)
- bx_printf("KBD: enQ: putting scancode %02x in internal buffer\n",
+ if (bio->getdbg().keyboard)
+ bio->printd("[KBD] enQ: putting scancode %02x in internal buffer\n",
(unsigned) scancode);
tail = (BX_KEY_THIS s.kbd_internal_buffer.head + BX_KEY_THIS s.kbd_internal_buffer.num_elements) %
BX_KBD_ELEMENTS;
@@ -861,14 +879,14 @@ bx_keyb_c::kbd_enQ(Bit8u scancode)
if (!BX_KEY_THIS s.kbd_controller.outb && BX_KEY_THIS s.kbd_controller.kbd_clock_enabled) {
activate_timer();
-//fprintf(stderr, "# activating timer...\n");
+//bio->printd("#KBD] activating timer...\n");
return;
}
-//fprintf(stderr, "# not activating timer...\n");
-//fprintf(stderr, "# allow_irq1 = %u\n", (unsigned) BX_KEY_THIS s.kbd_controller.allow_irq1);
-//fprintf(stderr, "# outb = %u\n", (unsigned) BX_KEY_THIS s.kbd_controller.outb);
-//fprintf(stderr, "# clock_enab = %u\n", (unsigned) BX_KEY_THIS s.kbd_controller.kbd_clock_enabled);
-//fprintf(stderr, "# out_buffer = %u\n", (unsigned) BX_KEY_THIS s.kbd_controller.kbd_output_buffer);
+//bio->printd("#KBD] not activating timer...\n");
+//bio->printd("#KBD] allow_irq1 = %u\n", (unsigned) BX_KEY_THIS s.kbd_controller.allow_irq1);
+//bio->printd("#KBD] outb = %u\n", (unsigned) BX_KEY_THIS s.kbd_controller.outb);
+//bio->printd("#KBD] clock_enab = %u\n", (unsigned) BX_KEY_THIS s.kbd_controller.kbd_clock_enabled);
+//bio->printd("#KBD] out_buffer = %u\n", (unsigned) BX_KEY_THIS s.kbd_controller.kbd_output_buffer);
}
Boolean
@@ -878,7 +896,7 @@ bx_keyb_c::mouse_enQ_packet(Bit8u b1,
return(0); /* buffer doesn't have the space */
}
-//bx_printf("mouse: enQ_packet(%02x, %02x, %02x)\n",
+//bio->printd("[MOUSE] enQ_packet(%02x, %02x, %02x)\n",
// (unsigned) b1, (unsigned) b2, (unsigned) b3);
mouse_enQ(b1);
@@ -893,15 +911,15 @@ bx_keyb_c::mouse_enQ(Bit8u mouse_data)
{
int tail;
- if (bx_dbg.mouse)
- bx_printf("mouse_enQ(%02x)\n", (unsigned) mouse_data);
+ if (bio->getdbg().mouse)
+ bio->printd("[MOUSE] mouse_enQ(%02x)\n", (unsigned) mouse_data);
if (BX_KEY_THIS s.mouse_internal_buffer.num_elements >= BX_MOUSE_BUFF_SIZE) {
- bx_printf("mouse: internal mouse buffer full, ignoring mouse data.(%02x)\n",
+ bio->printd("[MOUSE] internal mouse buffer full, ignoring mouse data.(%02x)\n",
(unsigned) mouse_data);
return;
}
-//fprintf(stderr, "# mouse_enq() aux_clock_enabled = %u\n",
+//bio->printd("#MOUSE] mouse_enq() aux_clock_enabled = %u\n",
// (unsigned) BX_KEY_THIS s.kbd_controller.aux_clock_enabled);
/* enqueue mouse data in multibyte internal mouse buffer */
@@ -912,33 +930,33 @@ bx_keyb_c::mouse_enQ(Bit8u mouse_data)
if (!BX_KEY_THIS s.kbd_controller.outb && BX_KEY_THIS s.kbd_controller.aux_clock_enabled) {
activate_timer();
-//fprintf(stderr, "# activating timer...\n");
+//bio->printd("#MOUSE] activating timer...\n");
return;
}
-//fprintf(stderr, "# not activating timer...\n");
-//fprintf(stderr, "# allow_irq12= %u\n", (unsigned) BX_KEY_THIS s.kbd_controller.allow_irq12);
-//fprintf(stderr, "# outb = %u\n", (unsigned) BX_KEY_THIS s.kbd_controller.outb);
-//fprintf(stderr, "# clock_enab = %u\n", (unsigned) BX_KEY_THIS s.kbd_controller.aux_clock_enabled);
-//fprintf(stderr, "# out_buffer = %u\n", (unsigned) BX_KEY_THIS s.kbd_controller.aux_output_buffer);
+//bio->printd("#MOUSE] not activating timer...\n");
+//bio->printd("#MOUSE] allow_irq12= %u\n", (unsigned) BX_KEY_THIS s.kbd_controller.allow_irq12);
+//bio->printd("#MOUSE] outb = %u\n", (unsigned) BX_KEY_THIS s.kbd_controller.outb);
+//bio->printd("#MOUSE] clock_enab = %u\n", (unsigned) BX_KEY_THIS s.kbd_controller.aux_clock_enabled);
+//bio->printd("#MOUSE] out_buffer = %u\n", (unsigned) BX_KEY_THIS s.kbd_controller.aux_output_buffer);
}
void
bx_keyb_c::kbd_ctrl_to_kbd(Bit8u value)
{
- if (bx_dbg.keyboard)
- bx_printf("KBD: controller passed byte %02xh to keyboard\n");
+ if (bio->getdbg().keyboard)
+ bio->printd("[KBD] controller passed byte %02xh to keyboard\n");
if (BX_KEY_THIS s.kbd_internal_buffer.expecting_typematic) {
BX_KEY_THIS s.kbd_internal_buffer.expecting_typematic = 0;
BX_KEY_THIS s.kbd_internal_buffer.delay = (value >> 5) & 0x03;
switch (BX_KEY_THIS s.kbd_internal_buffer.delay) {
- case 0: bx_printf("KBD: setting delay to 250 mS\n"); break;
- case 1: bx_printf("KBD: setting delay to 250 mS\n"); break;
- case 2: bx_printf("KBD: setting delay to 250 mS\n"); break;
- case 3: bx_printf("KBD: setting delay to 250 mS\n"); break;
+ case 0: bio->printd("[KBD] setting delay to 250 mS\n"); break;
+ case 1: bio->printd("[KBD] setting delay to 250 mS\n"); break;
+ case 2: bio->printd("[KBD] setting delay to 250 mS\n"); break;
+ case 3: bio->printd("[KBD] setting delay to 250 mS\n"); break;
}
BX_KEY_THIS s.kbd_internal_buffer.repeat_rate = value & 0x1f;
- bx_printf("KBD: setting repeat rate to %u\n", (unsigned) value);
+ bio->printd("[KBD] setting repeat rate to %u\n", (unsigned) value);
kbd_enQ(0xFA); // send ACK
return;
}
@@ -946,7 +964,7 @@ bx_keyb_c::kbd_ctrl_to_kbd(Bit8u value
if (BX_KEY_THIS s.kbd_internal_buffer.expecting_led_write) {
BX_KEY_THIS s.kbd_internal_buffer.expecting_led_write = 0;
BX_KEY_THIS s.kbd_internal_buffer.led_status = value;
- bx_printf("KBD: LED status set to %02x\n",
+ bio->printd("[KBD] LED status set to %02x\n",
(unsigned) BX_KEY_THIS s.kbd_internal_buffer.led_status);
kbd_enQ(0xFA); // send ACK %%%
return;
@@ -977,14 +995,14 @@ bx_keyb_c::kbd_ctrl_to_kbd(Bit8u value
break;
case 0xf2: // identify keyboard
- bx_printf("KBD: indentify keyboard command received\n");
+ bio->printd("[KBD] indentify keyboard command received\n");
kbd_enQ(0xFA); // AT sends ACK, MFII sends ACK+ABh+41h
return;
break;
case 0xf3: // typematic info
BX_KEY_THIS s.kbd_internal_buffer.expecting_typematic = 1;
- bx_printf("KBD: setting typematic info\n");
+ bio->printd("[KBD] setting typematic info\n");
kbd_enQ(0xFA); // send ACK
return;
break;
@@ -1000,7 +1018,7 @@ bx_keyb_c::kbd_ctrl_to_kbd(Bit8u value
resetinternals(1);
kbd_enQ(0xFA); // send ACK
BX_KEY_THIS s.kbd_internal_buffer.scanning_enabled = 0;
- bx_printf ("KBD: reset-disable command received\n");
+ bio->printd ("[KBD] reset-disable command received\n");
return;
break;
@@ -1008,7 +1026,7 @@ bx_keyb_c::kbd_ctrl_to_kbd(Bit8u value
resetinternals(1);
kbd_enQ(0xFA); // send ACK
BX_KEY_THIS s.kbd_internal_buffer.scanning_enabled = 1;
- bx_printf ("KBD: reset-enable command received\n");
+ bio->printd ("[KBD] reset-enable command received\n");
return;
break;
@@ -1026,12 +1044,12 @@ bx_keyb_c::kbd_ctrl_to_kbd(Bit8u value
break;
case 0xfe: // resend. aiiee.
- bx_panic ("KBD: got 0xFE (resend)\n");
+ bio->printd("[KBD] got 0xFE (resend)\n");
return;
break;
case 0xff: // reset: internal keyboard reset and afterwards the BAT
- bx_printf("KBD: rest command received\n");
+ bio->printd("[KBD] rest command received\n");
kbd_enQ(0xFA); // send ACK
kbd_enQ(0xAA); // BAT test passed
return;
@@ -1042,7 +1060,7 @@ case 0xd3:
return;
default:
- bx_panic("KBD: kbd_ctrl_to_kbd(): got value of %02x\n",
+ bio->printd("[KBD] kbd_ctrl_to_kbd(): got value of %02x\n",
(unsigned) value);
kbd_enQ(0xFA); /* send ACK ??? */
return;
@@ -1085,14 +1103,14 @@ bx_keyb_c::periodic( Bit32u usec_delta
/* nothing in outb, look for possible data xfer from keyboard or mouse */
if (BX_KEY_THIS s.kbd_controller.kbd_clock_enabled && BX_KEY_THIS s.kbd_internal_buffer.num_elements) {
-//fprintf(stderr, "# servicing keyboard code\n");
- if (bx_dbg.keyboard)
- bx_printf("KBD: service_keyboard: key in internal buffer waiting\n");
+//bio->printd("#KBD] servicing keyboard code\n");
+ if (bio->getdbg().keyboard)
+ bio->printd("[KBD] service_keyboard: key in internal buffer waiting\n");
BX_KEY_THIS s.kbd_controller.kbd_output_buffer =
BX_KEY_THIS s.kbd_internal_buffer.buffer[BX_KEY_THIS s.kbd_internal_buffer.head];
BX_KEY_THIS s.kbd_controller.outb = 1;
BX_KEY_THIS s.kbd_controller.auxb = 0;
-//fprintf(stderr, "# ___kbd::periodic kbd\n");
+//bio->printd("#KBD] ___kbd::periodic kbd\n");
BX_KEY_THIS s.kbd_internal_buffer.head = (BX_KEY_THIS s.kbd_internal_buffer.head + 1) %
BX_KBD_ELEMENTS;
BX_KEY_THIS s.kbd_internal_buffer.num_elements--;
@@ -1100,26 +1118,26 @@ bx_keyb_c::periodic( Bit32u usec_delta
BX_KEY_THIS s.kbd_controller.irq1_requested = 1;
}
else if (BX_KEY_THIS s.kbd_controller.aux_clock_enabled && BX_KEY_THIS s.mouse_internal_buffer.num_elements) {
-//fprintf(stderr, "# servicing mouse code\n");
- if (bx_dbg.mouse)
- bx_printf("KBD: service_keyboard: key in internal buffer waiting\n");
+//bio->printd("#MOUSE] servicing mouse code\n");
+ if (bio->getdbg().mouse)
+ bio->printd("[KBD] service_keyboard: key in internal buffer waiting\n");
BX_KEY_THIS s.kbd_controller.aux_output_buffer =
BX_KEY_THIS s.mouse_internal_buffer.buffer[BX_KEY_THIS s.mouse_internal_buffer.head];
BX_KEY_THIS s.kbd_controller.outb = 1;
BX_KEY_THIS s.kbd_controller.auxb = 1;
-//fprintf(stderr, "# ___kbd:periodic aux\n");
+//bio->printd("#KBD] ___kbd:periodic aux\n");
BX_KEY_THIS s.mouse_internal_buffer.head = (BX_KEY_THIS s.mouse_internal_buffer.head + 1) %
BX_MOUSE_BUFF_SIZE;
BX_KEY_THIS s.mouse_internal_buffer.num_elements--;
-//fprintf(stderr, "# allow12 = %u\n", (unsigned) BX_KEY_THIS s.kbd_controller.allow_irq12);
+//bio->printd("#KBD] allow12 = %u\n", (unsigned) BX_KEY_THIS s.kbd_controller.allow_irq12);
if (BX_KEY_THIS s.kbd_controller.allow_irq12)
BX_KEY_THIS s.kbd_controller.irq12_requested = 1;
}
else {
-//fprintf(stderr, "# servicing no code\n");
- if (bx_dbg.keyboard) {
- bx_printf("KBD: service_keyboard(): no keys waiting\n");
+//bio->printd("#KBD] servicing no code\n");
+ if (bio->getdbg().keyboard) {
+ bio->printd("[KBD] service_keyboard(): no keys waiting\n");
}
}
return(retval);
@@ -1141,13 +1159,13 @@ bx_keyb_c::activate_timer(void)
void
bx_keyb_c::kbd_ctrl_to_mouse(Bit8u value)
{
-bx_printf("MOUSE: kbd_ctrl_to_mouse(%02xh)\n", (unsigned) value);
-bx_printf(" enable = %u\n", (unsigned) BX_KEY_THIS s.mouse.enable);
-bx_printf(" allow_irq12 = %u\n",
+bio->printd("[MOUSE] kbd_ctrl_to_mouse(%02xh)\n", (unsigned) value);
+bio->printd("[MOUSE] enable = %u", (unsigned) BX_KEY_THIS s.mouse.enable);
+bio->printd("[MOUSE] allow_irq12 = %u\n",
(unsigned) BX_KEY_THIS s.kbd_controller.allow_irq12);
-bx_printf(" aux_clock_enabled = %u\n",
+bio->printd("[MOUSE] aux_clock_enabled = %u\n",
(unsigned) BX_KEY_THIS s.kbd_controller.aux_clock_enabled);
-//fprintf(stderr, "# MOUSE: kbd_ctrl_to_mouse(%02xh)\n", (unsigned) value);
+//bio->printd("#MOUSE] kbd_ctrl_to_mouse(%02xh)\n", (unsigned) value);
// an ACK (0xFA) is always the first response to any valid input
// received from the system other than Set-Wrap-Mode & Resend-Command
@@ -1158,8 +1176,8 @@ bx_printf(" aux_clock_enabled = %u\n",
switch (BX_KEY_THIS s.kbd_controller.last_mouse_command) {
case 0xf3: // Set Mouse Sample Rate
BX_KEY_THIS s.mouse.sample_rate = value;
- if (bx_dbg.mouse)
- bx_printf("[mouse] Sampling rate set: %d Hz\n", value);
+ if (bio->getdbg().mouse)
+ bio->printd("[mouse] Sampling rate set: %d Hz\n", value);
controller_enQ(0xFA, 1); // ack
break;
@@ -1178,18 +1196,19 @@ bx_printf(" aux_clock_enabled = %u\n",
BX_KEY_THIS s.mouse.resolution_cpmm = 8;
break;
default:
- bx_panic("[mouse] Unknown resolution %d\n", value);
+ bio->printd("[mouse] Unknown resolution %d\n", value);
break;
}
- if (bx_dbg.mouse)
- bx_printf("[mouse] Resolution set to %d counts per mm\n",
+ if (bio->getdbg().mouse)
+ bio->printd("[mouse] Resolution set to %d counts per mm\n",
BX_KEY_THIS s.mouse.resolution_cpmm);
controller_enQ(0xFA, 1); // ack
break;
default:
- bx_panic("MOUSE: unknown last command (%02xh)\n", (unsigned) BX_KEY_THIS s.kbd_controller.last_mouse_command);
+ bio->printd("[MOUSE] unknown last command (%02xh)\n", (unsigned) BX_KEY_THIS s.kbd_controller.last_mouse_command);
+ break;
}
} else {
BX_KEY_THIS s.kbd_controller.expecting_mouse_parameter = 0;
@@ -1198,15 +1217,15 @@ bx_printf(" aux_clock_enabled = %u\n",
case 0xe6: // Set Mouse Scaling to 1:1
controller_enQ(0xFA, 1); // ACK
BX_KEY_THIS s.mouse.scaling = 2;
- if (bx_dbg.mouse)
- bx_printf("[mouse] Scaling set to 1:1\n");
+ if (bio->getdbg().mouse)
+ bio->printd("[mouse] Scaling set to 1:1\n");
break;
case 0xe7: // Set Mouse Scaling to 2:1
controller_enQ(0xFA, 1); // ACK
BX_KEY_THIS s.mouse.scaling = 2;
- if (bx_dbg.mouse)
- bx_printf("[mouse] Scaling set to 2:1\n");
+ if (bio->getdbg().mouse)
+ bio->printd("[mouse] Scaling set to 2:1\n");
break;
case 0xe8: // Set Mouse Resolution
@@ -1217,8 +1236,8 @@ bx_printf(" aux_clock_enabled = %u\n",
case 0xf2: // Read Device Type
controller_enQ(0xFA, 1); // ACK
controller_enQ(0x00, 1); // Device ID
- if (bx_dbg.mouse)
- bx_printf("[mouse] Read mouse ID\n");
+ if (bio->getdbg().mouse)
+ bio->printd("[mouse] Read mouse ID\n");
break;
case 0xf3: // Set Mouse Sample Rate (sample rate written to port 60h)
@@ -1229,15 +1248,15 @@ bx_printf(" aux_clock_enabled = %u\n",
case 0xf4: // Enable (in stream mode)
BX_KEY_THIS s.mouse.enable = 1;
controller_enQ(0xFA, 1); // ACK
- if (bx_dbg.mouse)
- bx_printf("[mouse] Mouse enabled (stream mode)\n");
+ if (bio->getdbg().mouse)
+ bio->printd("[mouse] Mouse enabled (stream mode)\n");
break;
case 0xf5: // Disable (in stream mode)
BX_KEY_THIS s.mouse.enable = 0;
controller_enQ(0xFA, 1); // ACK
- if (bx_dbg.mouse)
- bx_printf("[mouse] Mouse disabled (stream mode)\n");
+ if (bio->getdbg().mouse)
+ bio->printd("[mouse] Mouse disabled (stream mode)\n");
break;
case 0xff: // Reset
@@ -1250,8 +1269,8 @@ bx_printf(" aux_clock_enabled = %u\n",
controller_enQ(0xFA, 1); // ACK
controller_enQ(0xAA, 1); // completion code
controller_enQ(0x00, 1); // ID code (normal mouse, wheelmouse has id 0x3)
- if (bx_dbg.mouse)
- bx_printf("[mouse] Mouse reset\n");
+ if (bio->getdbg().mouse)
+ bio->printd("[mouse] Mouse reset\n");
break;
case 0xe9: // Get mouse information
@@ -1260,12 +1279,12 @@ bx_printf(" aux_clock_enabled = %u\n",
controller_enQ(BX_KEY_THIS s.mouse.get_status_byte(), 1); // status
controller_enQ(BX_KEY_THIS s.mouse.get_resolution_byte(), 1); // resolution
controller_enQ(BX_KEY_THIS s.mouse.sample_rate, 1); // sample rate
- if (bx_dbg.mouse)
- bx_printf("[mouse] Get mouse information\n");
+ if (bio->getdbg().mouse)
+ bio->printd("[mouse] Get mouse information\n");
break;
default:
- bx_panic("MOUSE: kbd_ctrl_to_mouse(%02xh)\n", (unsigned) value);
+ bio->printd("[MOUSE] kbd_ctrl_to_mouse(%02xh)\n", (unsigned) value);
}
}
}
@@ -1289,7 +1308,7 @@ bx_keyb_c::mouse_motion(int delta_x, int
if ( (delta_y < -1) || (delta_y > 1) )
delta_y /= 2;
- //fprintf(stderr, "# MOUSE: Dx=%d Dy=%d\n",
+ //bio->printd("#MOUSE] Dx=%d Dy=%d\n",
// delta_x, delta_y);
b1 = (button_state & 0x0f) | 0x08; // bit3 always set
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