/* NTS: INT33H emulation is coded to call this ONLY if it hasn't taken over the role of mouse input */
void KEYBOARD_AUX_Event(float x,float y,Bitu buttons,int scrollwheel) {
keyb.ps2mouse.acx += x;
keyb.ps2mouse.acy += y;
keyb.ps2mouse.l = (buttons & 1)>0;
keyb.ps2mouse.r = (buttons & 2)>0;
keyb.ps2mouse.m = (buttons & 4)>0;
/* "Valid ranges are -8 to 7"
* http://www.computer-engineering.org/ps2mouse/ */
if (scrollwheel < -8)
scrollwheel = -8;
else if (scrollwheel > 7)
scrollwheel = 7;
if (keyb.ps2mouse.reporting && keyb.ps2mouse.mode == MM_STREAM) {
if ((keyb.used+4) < KEYBUFSIZE) {
int x,y;
x = (int)(keyb.ps2mouse.acx * (1 << keyb.ps2mouse.resolution));
x /= 16; /* FIXME: Or else the cursor is WAY too sensitive in Windows 3.1 */
if (x < -256) x = -256;
else if (x > 255) x = 255;
y = -((int)(keyb.ps2mouse.acy * (1 << keyb.ps2mouse.resolution)));
y /= 16; /* FIXME: Or else the cursor is WAY too sensitive in Windows 3.1 */
if (y < -256) y = -256;
else if (y > 255) y = 255;
KEYBOARD_AddBuffer(AUX|
((y == -256 || y == 255) ? 0x80 : 0x00) | /* Y overflow */
((x == -256 || x == 255) ? 0x40 : 0x00) | /* X overflow */
(y & 0x100 ? 0x20 : 0x00) | /* Y sign bit */
(x & 0x100 ? 0x10 : 0x00) | /* X sign bit */
0x08 | /* always 1? */
(keyb.ps2mouse.m ? 4 : 0) | /* M */
(keyb.ps2mouse.r ? 2 : 0) | /* R */
(keyb.ps2mouse.l ? 1 : 0)); /* L */
KEYBOARD_AddBuffer(AUX|(x&0xFF));
KEYBOARD_AddBuffer(AUX|(y&0xFF));
if (keyb.ps2mouse.intellimouse_btn45) {
KEYBOARD_AddBuffer(AUX|(scrollwheel&0xFF)); /* TODO: 4th & 5th buttons */
}
else if (keyb.ps2mouse.intellimouse_mode) {
KEYBOARD_AddBuffer(AUX|(scrollwheel&0xFF));
}
}
keyb.ps2mouse.acx = 0;
keyb.ps2mouse.acy = 0;
}
}
void KEYBOARD_AddKey(KBD_KEYS keytype,bool pressed) {
Bit8u ret=0;bool extend=false;
switch (keytype) {
case KBD_esc:ret=1;break;
case KBD_1:ret=2;break;
case KBD_2:ret=3;break;
case KBD_3:ret=4;break;
case KBD_4:ret=5;break;
case KBD_5:ret=6;break;
case KBD_6:ret=7;break;
case KBD_7:ret=8;break;
case KBD_8:ret=9;break;
case KBD_9:ret=10;break;
case KBD_0:ret=11;break;
case KBD_minus:ret=12;break;
case KBD_equals:ret=13;break;
case KBD_backspace:ret=14;break;
case KBD_tab:ret=15;break;
case KBD_q:ret=16;break;
case KBD_w:ret=17;break;
case KBD_e:ret=18;break;
case KBD_r:ret=19;break;
case KBD_t:ret=20;break;
case KBD_y:ret=21;break;
case KBD_u:ret=22;break;
case KBD_i:ret=23;break;
case KBD_o:ret=24;break;
case KBD_p:ret=25;break;
case KBD_leftbracket:ret=26;break;
case KBD_rightbracket:ret=27;break;
case KBD_enter:ret=28;break;
case KBD_leftctrl:ret=29;break;
case KBD_a:ret=30;break;
case KBD_s:ret=31;break;
case KBD_d:ret=32;break;
case KBD_f:ret=33;break;
case KBD_g:ret=34;break;
case KBD_h:ret=35;break;
case KBD_j:ret=36;break;
case KBD_k:ret=37;break;
case KBD_l:ret=38;break;
case KBD_semicolon:ret=39;break;
case KBD_quote:ret=40;break;
case KBD_grave:ret=41;break;
case KBD_leftshift:ret=42;break;
case KBD_backslash:ret=43;break;
case KBD_z:ret=44;break;
case KBD_x:ret=45;break;
case KBD_c:ret=46;break;
case KBD_v:ret=47;break;
case KBD_b:ret=48;break;
case KBD_n:ret=49;break;
case KBD_m:ret=50;break;
case KBD_comma:ret=51;break;
case KBD_period:ret=52;break;
case KBD_slash:ret=53;break;
case KBD_rightshift:ret=54;break;
case KBD_kpmultiply:ret=55;break;
case KBD_leftalt:ret=56;break;
case KBD_space:ret=57;break;
case KBD_capslock:ret=58;break;
case KBD_f1:ret=59;break;
case KBD_f2:ret=60;break;
case KBD_f3:ret=61;break;
case KBD_f4:ret=62;break;
case KBD_f5:ret=63;break;
case KBD_f6:ret=64;break;
case KBD_f7:ret=65;break;
case KBD_f8:ret=66;break;
case KBD_f9:ret=67;break;
case KBD_f10:ret=68;break;
case KBD_numlock:ret=69;break;
case KBD_scrolllock:ret=70;break;
case KBD_kp7:ret=71;break;
case KBD_kp8:ret=72;break;
case KBD_kp9:ret=73;break;
case KBD_kpminus:ret=74;break;
case KBD_kp4:ret=75;break;
case KBD_kp5:ret=76;break;
case KBD_kp6:ret=77;break;
case KBD_kpplus:ret=78;break;
case KBD_kp1:ret=79;break;
case KBD_kp2:ret=80;break;
case KBD_kp3:ret=81;break;
case KBD_kp0:ret=82;break;
case KBD_kpperiod:ret=83;break;
case KBD_extra_lt_gt:ret=86;break;
case KBD_f11:ret=87;break;
case KBD_f12:ret=88;break;
//The Extended keys
case KBD_kpenter:extend=true;ret=28;break;
case KBD_rightctrl:extend=true;ret=29;break;
case KBD_kpdivide:extend=true;ret=53;break;
case KBD_rightalt:extend=true;ret=56;break;
case KBD_home:extend=true;ret=71;break;
case KBD_up:extend=true;ret=72;break;
case KBD_pageup:extend=true;ret=73;break;
case KBD_left:extend=true;ret=75;break;
case KBD_right:extend=true;ret=77;break;
case KBD_end:extend=true;ret=79;break;
case KBD_down:extend=true;ret=80;break;
case KBD_pagedown:extend=true;ret=81;break;
case KBD_insert:extend=true;ret=82;break;
case KBD_delete:extend=true;ret=83;break;
case KBD_pause:
KEYBOARD_AddBuffer(0xe1);
KEYBOARD_AddBuffer(29|(pressed?0:0x80));
KEYBOARD_AddBuffer(69|(pressed?0:0x80));
return;
case KBD_printscreen:
/* Not handled yet. But usuable in mapper for special events */
return;
default:
E_Exit("Unsupported key press");
break;
}
/* Add the actual key in the keyboard queue */
if (pressed) {
if (keyb.repeat.key==keytype) keyb.repeat.wait=keyb.repeat.rate;
else keyb.repeat.wait=keyb.repeat.pause;
keyb.repeat.key=keytype;
} else {
keyb.repeat.key=KBD_NONE;
keyb.repeat.wait=0;
ret+=128;
}
if (extend) KEYBOARD_AddBuffer(0xe0);
KEYBOARD_AddBuffer(ret);
}
static void write_p60(Bitu port,Bitu val,Bitu iolen) {
switch (keyb.command) {
case CMD_NONE: /* None */
/* No active command this would normally get sent to the keyboard then */
KEYBOARD_ClrBuffer();
switch (val) {
case 0xed: /* Set Leds */
keyb.command=CMD_SETLEDS;
KEYBOARD_AddBuffer(0xfa); /* Acknowledge */
break;
case 0xee: /* Echo */
KEYBOARD_AddBuffer(0xfa); /* Acknowledge */
break;
case 0xf2: /* Identify keyboard */
/* AT's just send acknowledge */
KEYBOARD_AddBuffer(0xfa); /* Acknowledge */
break;
case 0xf3: /* Typematic rate programming */
keyb.command=CMD_SETTYPERATE;
KEYBOARD_AddBuffer(0xfa); /* Acknowledge */
break;
case 0xf4: /* Enable keyboard,clear buffer, start scanning */
LOG(LOG_KEYBOARD,LOG_NORMAL)("Clear buffer,enable Scaning");
KEYBOARD_AddBuffer(0xfa); /* Acknowledge */
keyb.scanning=true;
break;
case 0xf5: /* Reset keyboard and disable scanning */
LOG(LOG_KEYBOARD,LOG_NORMAL)("Reset, disable scanning");
keyb.scanning=false;
KEYBOARD_AddBuffer(0xfa); /* Acknowledge */
break;
case 0xf6: /* Reset keyboard and enable scanning */
LOG(LOG_KEYBOARD,LOG_NORMAL)("Reset, enable scanning");
KEYBOARD_AddBuffer(0xfa); /* Acknowledge */
keyb.scanning=false;
break;
case 0xff:
KEYBOARD_AddBuffer(0xfa); /* Acknowledge */
KEYBOARD_AddBuffer(0xaa);
break;
default:
/* Just always acknowledge strange commands */
LOG(LOG_KEYBOARD,LOG_ERROR)("60:Unhandled command %X",val);
KEYBOARD_AddBuffer(0xfa); /* Acknowledge */
}
return;
case CMD_SETOUTPORT:
MEM_A20_Enable((val & 2)>0);
keyb.outport = val;
if (!(val & 1)) {
x86_init_reset();
}
keyb.command = CMD_NONE;
break;
case CMD_SETTYPERATE:
{
static const int delay[] = { 250, 500, 750, 1000 };
static const int repeat[] =
{ 33,37,42,46,50,54,58,63,67,75,83,92,100,
109,118,125,133,149,167,182,200,217,233,
250,270,303,333,370,400,435,476,500 };
keyb.repeat.pause = delay[(val>>5)&3];
keyb.repeat.rate = repeat[val&0x1f];
keyb.command=CMD_NONE;
}
/* Fallthrough! as setleds does what we want */
case CMD_SETLEDS:
keyb.command=CMD_NONE;
KEYBOARD_ClrBuffer();
KEYBOARD_AddBuffer(0xfa); /* Acknowledge */
break;
}
}
void KEYBOARD_AddKey2(KBD_KEYS keytype,bool pressed) {
Bit8u ret=0,ret2=0;bool extend=false;
if (keyb.reset)
return;
/* if the keyboard is disabled, then store the keystroke but don't transmit yet */
/*if (!keyb.active || !keyb.scanning) {
keyb.pending_key = keytype;
keyb.pending_key_state = pressed;
return;
}*/
switch (keytype) {
case KBD_kor_hancha:
keyb.repeat.key=KBD_NONE;
keyb.repeat.wait=0;
if (!pressed) return;
KEYBOARD_AddBuffer(0xF1);
break;
case KBD_kor_hanyong:
keyb.repeat.key=KBD_NONE;
keyb.repeat.wait=0;
if (!pressed) return;
KEYBOARD_AddBuffer(0xF2);
break;
case KBD_esc:ret=0x76;break;
case KBD_1:ret=0x16;break;
case KBD_2:ret=0x1e;break;
case KBD_3:ret=0x26;break;
case KBD_4:ret=0x25;break;
case KBD_5:ret=0x2e;break;
case KBD_6:ret=0x36;break;
case KBD_7:ret=0x3d;break;
case KBD_8:ret=0x3e;break;
case KBD_9:ret=0x46;break;
case KBD_0:ret=0x45;break;
case KBD_minus:ret=0x4e;break;
case KBD_equals:ret=0x55;break;
case KBD_kpequals:ret=0x0F;break; /* According to Battler */
case KBD_backspace:ret=0x66;break;
case KBD_tab:ret=0x0d;break;
case KBD_q:ret=0x15;break;
case KBD_w:ret=0x1d;break;
case KBD_e:ret=0x24;break;
case KBD_r:ret=0x2d;break;
case KBD_t:ret=0x2c;break;
case KBD_y:ret=0x35;break;
case KBD_u:ret=0x3c;break;
case KBD_i:ret=0x43;break;
case KBD_o:ret=0x44;break;
case KBD_p:ret=0x4d;break;
case KBD_leftbracket:ret=0x54;break;
case KBD_rightbracket:ret=0x5b;break;
case KBD_enter:ret=0x5a;break;
case KBD_leftctrl:ret=0x14;break;
case KBD_a:ret=0x1c;break;
case KBD_s:ret=0x1b;break;
case KBD_d:ret=0x23;break;
case KBD_f:ret=0x2b;break;
case KBD_g:ret=0x34;break;
case KBD_h:ret=0x33;break;
case KBD_j:ret=0x3b;break;
case KBD_k:ret=0x42;break;
case KBD_l:ret=0x4b;break;
case KBD_semicolon:ret=0x4c;break;
case KBD_quote:ret=0x52;break;
case KBD_jp_hankaku:ret=0x0e;break;
case KBD_grave:ret=0x0e;break;
case KBD_leftshift:ret=0x12;break;
case KBD_backslash:ret=0x5d;break;
case KBD_z:ret=0x1a;break;
case KBD_x:ret=0x22;break;
case KBD_c:ret=0x21;break;
case KBD_v:ret=0x2a;break;
case KBD_b:ret=0x32;break;
case KBD_n:ret=0x31;break;
case KBD_m:ret=0x3a;break;
case KBD_comma:ret=0x41;break;
case KBD_period:ret=0x49;break;
case KBD_slash:ret=0x4a;break;
case KBD_rightshift:ret=0x59;break;
case KBD_kpmultiply:ret=0x7c;break;
case KBD_leftalt:ret=0x11;break;
case KBD_space:ret=0x29;break;
case KBD_capslock:ret=0x58;break;
case KBD_f1:ret=0x05;break;
case KBD_f2:ret=0x06;break;
case KBD_f3:ret=0x04;break;
case KBD_f4:ret=0x0c;break;
case KBD_f5:ret=0x03;break;
case KBD_f6:ret=0x0b;break;
case KBD_f7:ret=0x83;break;
case KBD_f8:ret=0x0a;break;
case KBD_f9:ret=0x01;break;
case KBD_f10:ret=0x09;break;
case KBD_f11:ret=0x78;break;
case KBD_f12:ret=0x07;break;
/* IBM F13-F24 = Shift F1-F12 */
case KBD_f13:ret=0x12;ret2=0x05;break;
case KBD_f14:ret=0x12;ret2=0x06;break;
case KBD_f15:ret=0x12;ret2=0x04;break;
case KBD_f16:ret=0x12;ret2=0x0c;break;
case KBD_f17:ret=0x12;ret2=0x03;break;
case KBD_f18:ret=0x12;ret2=0x0b;break;
case KBD_f19:ret=0x12;ret2=0x83;break;
case KBD_f20:ret=0x12;ret2=0x0a;break;
case KBD_f21:ret=0x12;ret2=0x01;break;
case KBD_f22:ret=0x12;ret2=0x09;break;
case KBD_f23:ret=0x12;ret2=0x78;break;
case KBD_f24:ret=0x12;ret2=0x07;break;
case KBD_numlock:ret=0x77;break;
case KBD_scrolllock:ret=0x7e;break;
case KBD_kp7:ret=0x6c;break;
case KBD_kp8:ret=0x75;break;
case KBD_kp9:ret=0x7d;break;
case KBD_kpminus:ret=0x7b;break;
case KBD_kp4:ret=0x6b;break;
case KBD_kp5:ret=0x73;break;
case KBD_kp6:ret=0x74;break;
case KBD_kpplus:ret=0x79;break;
case KBD_kp1:ret=0x69;break;
case KBD_kp2:ret=0x72;break;
case KBD_kp3:ret=0x7a;break;
case KBD_kp0:ret=0x70;break;
case KBD_kpperiod:ret=0x71;break;
/* case KBD_extra_lt_gt:ret=;break; */
//The Extended keys
case KBD_kpenter:extend=true;ret=0x5a;break;
case KBD_rightctrl:extend=true;ret=0x14;break;
case KBD_kpdivide:extend=true;ret=0x4a;break;
case KBD_rightalt:extend=true;ret=0x11;break;
case KBD_home:extend=true;ret=0x6c;break;
case KBD_up:extend=true;ret=0x75;break;
case KBD_pageup:extend=true;ret=0x7d;break;
case KBD_left:extend=true;ret=0x6b;break;
case KBD_right:extend=true;ret=0x74;break;
case KBD_end:extend=true;ret=0x69;break;
case KBD_down:extend=true;ret=0x72;break;
case KBD_pagedown:extend=true;ret=0x7a;break;
case KBD_insert:extend=true;ret=0x70;break;
case KBD_delete:extend=true;ret=0x71;break;
case KBD_pause:
KEYBOARD_AddBuffer(0xe1);
KEYBOARD_AddBuffer(0x14);
KEYBOARD_AddBuffer(0x77);
KEYBOARD_AddBuffer(0xe1);
KEYBOARD_AddBuffer(0xf0);
KEYBOARD_AddBuffer(0x14);
KEYBOARD_AddBuffer(0xf0);
KEYBOARD_AddBuffer(0x77);
return;
case KBD_printscreen:
extend=true;
if (pressed) { ret=0x12; ret2=0x7c; }
else { ret=0x7c; ret2=0x12; }
return;
case KBD_lwindows:extend=true;ret=0x1f;break;
case KBD_rwindows:extend=true;ret=0x27;break;
case KBD_rwinmenu:extend=true;ret=0x2f;break;
case KBD_jp_muhenkan:ret=0x67;break;
case KBD_jp_henkan:ret=0x64;break;
case KBD_jp_hiragana:ret=0x13;break;/*also Katakana */
default:
E_Exit("Unsupported key press");
break;
}
/* Add the actual key in the keyboard queue */
if (pressed) {
if (keyb.repeat.key==keytype) keyb.repeat.wait=keyb.repeat.rate;
else keyb.repeat.wait=keyb.repeat.pause;
keyb.repeat.key=keytype;
} else {
if (keytype >= KBD_f13 && keytype <= KBD_f24) {
unsigned int t = ret;
ret = ret2;
ret2 = t;
}
keyb.repeat.key=KBD_NONE;
keyb.repeat.wait=0;
}
if (extend) KEYBOARD_AddBuffer(0xe0);
if (!pressed) KEYBOARD_AddBuffer(0xf0);
KEYBOARD_AddBuffer(ret);
if (ret2 != 0) {
if (extend) KEYBOARD_AddBuffer(0xe0);
if (!pressed) KEYBOARD_AddBuffer(0xf0);
KEYBOARD_AddBuffer(ret2);
}
}
static void write_p60(Bitu port,Bitu val,Bitu iolen) {
switch (keyb.command) {
case CMD_NONE: /* None */
if (keyb.reset)
return;
/* No active command this would normally get sent to the keyboard then */
KEYBOARD_ClrBuffer();
switch (val) {
case 0xed: /* Set Leds */
keyb.command=CMD_SETLEDS;
KEYBOARD_AddBuffer(0xfa); /* Acknowledge */
break;
case 0xee: /* Echo */
KEYBOARD_AddBuffer(0xee); /* JC: The correct response is 0xEE, not 0xFA */
break;
case 0xf0: /* set scancode set */
keyb.command=CMD_SETSCANSET;
KEYBOARD_AddBuffer(0xfa); /* Acknowledge */
break;
case 0xf2: /* Identify keyboard */
KEYBOARD_AddBuffer(0xfa); /* Acknowledge */
KEYBOARD_AddBuffer(0xab); /* ID */
KEYBOARD_AddBuffer(0x83);
break;
case 0xf3: /* Typematic rate programming */
keyb.command=CMD_SETTYPERATE;
KEYBOARD_AddBuffer(0xfa); /* Acknowledge */
break;
case 0xf4: /* Enable keyboard,clear buffer, start scanning */
LOG(LOG_KEYBOARD,LOG_NORMAL)("Clear buffer, enable scanning");
KEYBOARD_AddBuffer(0xfa); /* Acknowledge */
keyb.scanning=true;
break;
case 0xf5: /* Reset keyboard and disable scanning */
LOG(LOG_KEYBOARD,LOG_NORMAL)("Reset, disable scanning");
keyb.scanning=false;
KEYBOARD_AddBuffer(0xfa); /* Acknowledge */
break;
case 0xf6: /* Reset keyboard and enable scanning */
LOG(LOG_KEYBOARD,LOG_NORMAL)("Reset, enable scanning");
keyb.scanning=true; /* JC: Original DOSBox code was wrong, this command enables scanning */
KEYBOARD_AddBuffer(0xfa); /* Acknowledge */
break;
case 0xff: /* keyboard resets take a long time (about 250ms), most keyboards flash the LEDs during reset */
KEYBOARD_Reset();
KEYBOARD_Add8042Response(0xFA); /* ACK */
KEYBOARD_Add8042Response(0xAA); /* SELF TEST OK (TODO: Need delay!) */
keyb.reset=true;
KEYBOARD_SetLEDs(7); /* most keyboard I test with tend to flash the LEDs during reset */
PIC_AddEvent(KEYBOARD_ResetDelay,RESETDELAY);
break;
default:
/* Just always acknowledge strange commands */
LOG(LOG_KEYBOARD,LOG_ERROR)("60:Unhandled command %X",(int)val);
KEYBOARD_AddBuffer(0xfa); /* Acknowledge */
}
return;
case CMD_SETSCANSET:
keyb.command=CMD_NONE;
if (val == 0) { /* just asking */
if (keyb.cb_xlat) {
switch (keyb.scanset) {
case 1: KEYBOARD_AddBuffer(0x43); break;
case 2: KEYBOARD_AddBuffer(0x41); break;
case 3: KEYBOARD_AddBuffer(0x3F); break;
}
}
else {
KEYBOARD_AddBuffer(keyb.scanset);
}
KEYBOARD_AddBuffer(0xfa); /* Acknowledge */
}
else {
KEYBOARD_AddBuffer(0xfa); /* Acknowledge */
KEYBOARD_AddBuffer(0xfa); /* Acknowledge again */
if (val > 3) val = 3;
keyb.scanset = val;
}
break;
case CMD_WRITEAUX:
keyb.command=CMD_NONE;
KEYBOARD_AUX_Write(val);
break;
case CMD_WRITEOUTPUT:
keyb.command=CMD_NONE;
KEYBOARD_ClrBuffer();
KEYBOARD_AddBuffer(val); /* and now you return the byte as if it were typed in */
break;
case CMD_WRITEAUXOUT:
KEYBOARD_AddBuffer(AUX|val); /* stuff into AUX output */
break;
case CMD_SETOUTPORT:
if (!(val & 1)) {
if (allow_keyb_reset) {
LOG_MSG("Restart by keyboard controller requested\n");
On_Software_CPU_Reset();
}
else {
LOG_MSG("WARNING: Keyboard output port written with bit 1 clear. Is the guest OS or application attempting to reset the system?\n");
}
}
MEM_A20_Enable((val & 2)>0);
keyb.command = CMD_NONE;
break;
case CMD_SETTYPERATE:
if (keyb.reset)
return;
{
static const int delay[] = { 250, 500, 750, 1000 };
static const int repeat[] =
{ 33,37,42,46,50,54,58,63,67,75,83,92,100,
109,118,125,133,149,167,182,200,217,233,
250,270,303,333,370,400,435,476,500 };
keyb.repeat.pause = delay[(val >> 5) & 3];
keyb.repeat.rate = repeat[val & 0x1f];
keyb.command = CMD_NONE;
KEYBOARD_ClrBuffer();
KEYBOARD_AddBuffer(0xfa); /* Acknowledge */
}
break;
case CMD_SETLEDS:
if (keyb.reset)
return;
keyb.command=CMD_NONE;
KEYBOARD_ClrBuffer();
KEYBOARD_AddBuffer(0xfa); /* Acknowledge */
KEYBOARD_SetLEDs(val&7);
break;
case CMD_SETCOMMAND: /* 8042 command, not keyboard */
/* TODO: If biosps2=true and aux=false, disallow the guest OS from changing AUX port parameters including IRQ */
keyb.command=CMD_NONE;
keyb.cb_xlat = (val >> 6) & 1;
keyb.auxactive = !((val >> 5) & 1);
keyb.active = !((val >> 4) & 1);
keyb.cb_sys = (val >> 2) & 1;
keyb.cb_irq12 = (val >> 1) & 1;
keyb.cb_irq1 = (val >> 0) & 1;
if (keyb.used && !keyb.scheduled && !keyb.p60changed && keyb.active) {
keyb.scheduled=true;
PIC_AddEvent(KEYBOARD_TransferBuffer,KEYDELAY);
}
break;
}
}
void KEYBOARD_AUX_Write(Bitu val) {
if (keyb.ps2mouse.type == MOUSE_NONE)
return;
if (keyb.ps2mouse.mode == MM_WRAP) {
if (val != 0xFF && val != 0xEC) {
KEYBOARD_AddBuffer(AUX|val);
return;
}
}
switch (keyb.aux_command) {
case ACMD_NONE:
switch (val) {
case 0xff: /* reset */
LOG(LOG_KEYBOARD,LOG_NORMAL)("AUX reset");
KEYBOARD_AddBuffer(AUX|0xfa); /* ack */
KEYBOARD_AddBuffer(AUX|0xaa); /* reset */
KEYBOARD_AddBuffer(AUX|0x00); /* i am mouse */
Mouse_AutoLock(false);
AUX_Reset();
break;
case 0xf6: /* set defaults */
KEYBOARD_AddBuffer(AUX|0xfa); /* ack */
AUX_Reset();
break;
case 0xf5: /* disable data reporting */
KEYBOARD_AddBuffer(AUX|0xfa); /* ack */
keyb.ps2mouse.reporting = false;
break;
case 0xf4: /* enable data reporting */
KEYBOARD_AddBuffer(AUX|0xfa); /* ack */
keyb.ps2mouse.reporting = true;
Mouse_AutoLock(true);
break;
case 0xf3: /* set sample rate */
KEYBOARD_AddBuffer(AUX|0xfa); /* ack */
keyb.aux_command = ACMD_SET_RATE;
break;
case 0xf2: /* get device ID */
KEYBOARD_AddBuffer(AUX|0xfa); /* ack */
/* and then the ID */
if (keyb.ps2mouse.intellimouse_btn45)
KEYBOARD_AddBuffer(AUX|0x04);
else if (keyb.ps2mouse.intellimouse_mode)
KEYBOARD_AddBuffer(AUX|0x03);
else
KEYBOARD_AddBuffer(AUX|0x00);
break;
case 0xf0: /* set remote mode */
KEYBOARD_AddBuffer(AUX|0xfa); /* ack */
keyb.ps2mouse.mode = MM_REMOTE;
break;
case 0xee: /* set wrap mode */
KEYBOARD_AddBuffer(AUX|0xfa); /* ack */
keyb.ps2mouse.mode = MM_WRAP;
break;
case 0xec: /* reset wrap mode */
KEYBOARD_AddBuffer(AUX|0xfa); /* ack */
keyb.ps2mouse.mode = MM_REMOTE;
break;
case 0xeb: /* read data */
KEYBOARD_AddBuffer(AUX|0xfa); /* ack */
KEYBOARD_AUX_Event(0,0,
(keyb.ps2mouse.m << 2)|
(keyb.ps2mouse.r << 1)|
(keyb.ps2mouse.l << 0),
0);
break;
case 0xea: /* set stream mode */
KEYBOARD_AddBuffer(AUX|0xfa); /* ack */
keyb.ps2mouse.mode = MM_STREAM;
break;
case 0xe9: /* status request */
KEYBOARD_AddBuffer(AUX|0xfa); /* ack */
KEYBOARD_AddBuffer(AUX|KEYBOARD_AUX_DevStatus());
KEYBOARD_AddBuffer(AUX|keyb.ps2mouse.resolution);
KEYBOARD_AddBuffer(AUX|keyb.ps2mouse.samplerate);
break;
case 0xe8: /* set resolution */
KEYBOARD_AddBuffer(AUX|0xfa); /* ack */
keyb.aux_command = ACMD_SET_RESOLUTION;
break;
case 0xe7: /* set scaling 2:1 */
KEYBOARD_AddBuffer(AUX|0xfa); /* ack */
keyb.ps2mouse.scale21 = true;
LOG(LOG_KEYBOARD,LOG_NORMAL)("PS/2 mouse scaling 2:1");
break;
case 0xe6: /* set scaling 1:1 */
KEYBOARD_AddBuffer(AUX|0xfa); /* ack */
keyb.ps2mouse.scale21 = false;
LOG(LOG_KEYBOARD,LOG_NORMAL)("PS/2 mouse scaling 1:1");
break;
}
break;
case ACMD_SET_RATE:
KEYBOARD_AddBuffer(AUX|0xfa); /* ack */
memmove(keyb.ps2mouse.last_srate,keyb.ps2mouse.last_srate+1,2);
keyb.ps2mouse.last_srate[2] = val;
keyb.ps2mouse.samplerate = val;
keyb.aux_command = ACMD_NONE;
LOG(LOG_KEYBOARD,LOG_NORMAL)("PS/2 mouse sample rate set to %u",(int)val);
if (keyb.ps2mouse.type >= MOUSE_INTELLIMOUSE) {
if (keyb.ps2mouse.last_srate[0] == 200 && keyb.ps2mouse.last_srate[2] == 80) {
if (keyb.ps2mouse.last_srate[1] == 100) {
if (!keyb.ps2mouse.intellimouse_mode) {
LOG(LOG_KEYBOARD,LOG_NORMAL)("Intellimouse mode enabled");
keyb.ps2mouse.intellimouse_mode=true;
}
}
else if (keyb.ps2mouse.last_srate[1] == 200 && keyb.ps2mouse.type >= MOUSE_INTELLIMOUSE45) {
if (!keyb.ps2mouse.intellimouse_btn45) {
LOG(LOG_KEYBOARD,LOG_NORMAL)("Intellimouse 4/5-button mode enabled");
keyb.ps2mouse.intellimouse_btn45=true;
}
}
}
}
break;
case ACMD_SET_RESOLUTION:
keyb.aux_command = ACMD_NONE;
KEYBOARD_AddBuffer(AUX|0xfa); /* ack */
keyb.ps2mouse.resolution = val & 3;
LOG(LOG_KEYBOARD,LOG_NORMAL)("PS/2 mouse resolution set to %u",(int)(1 << (val&3)));
break;
};
}
void KEYBOARD_AddKey1(KBD_KEYS keytype,bool pressed) {
Bit8u ret=0,ret2=0;bool extend=false;
if (keyb.reset)
return;
/* if the keyboard is disabled, then store the keystroke but don't transmit yet */
/*if (!keyb.active || !keyb.scanning) {
keyb.pending_key = keytype;
keyb.pending_key_state = pressed;
return;
}*/
switch (keytype) {
case KBD_kor_hancha:
keyb.repeat.key=KBD_NONE;
keyb.repeat.wait=0;
if (!pressed) return;
KEYBOARD_AddBuffer(0xF1);
break;
case KBD_kor_hanyong:
keyb.repeat.key=KBD_NONE;
keyb.repeat.wait=0;
if (!pressed) return;
KEYBOARD_AddBuffer(0xF2);
break;
case KBD_esc:ret=1;break;
case KBD_1:ret=2;break;
case KBD_2:ret=3;break;
case KBD_3:ret=4;break;
case KBD_4:ret=5;break;
case KBD_5:ret=6;break;
case KBD_6:ret=7;break;
case KBD_7:ret=8;break;
case KBD_8:ret=9;break;
case KBD_9:ret=10;break;
case KBD_0:ret=11;break;
case KBD_minus:ret=12;break;
case KBD_equals:ret=13;break;
case KBD_kpequals:ret=0x59;break; /* According to Battler */
case KBD_backspace:ret=14;break;
case KBD_tab:ret=15;break;
case KBD_q:ret=16;break;
case KBD_w:ret=17;break;
case KBD_e:ret=18;break;
case KBD_r:ret=19;break;
case KBD_t:ret=20;break;
case KBD_y:ret=21;break;
case KBD_u:ret=22;break;
case KBD_i:ret=23;break;
case KBD_o:ret=24;break;
case KBD_p:ret=25;break;
case KBD_leftbracket:ret=26;break;
case KBD_rightbracket:ret=27;break;
case KBD_enter:ret=28;break;
case KBD_leftctrl:
ret=29;
keyb.leftctrl_pressed=pressed;
break;
case KBD_a:ret=30;break;
case KBD_s:ret=31;break;
case KBD_d:ret=32;break;
case KBD_f:ret=33;break;
case KBD_g:ret=34;break;
case KBD_h:ret=35;break;
case KBD_j:ret=36;break;
case KBD_k:ret=37;break;
case KBD_l:ret=38;break;
case KBD_semicolon:ret=39;break;
case KBD_quote:ret=40;break;
case KBD_jp_hankaku:ret=41;break;
case KBD_grave:ret=41;break;
case KBD_leftshift:ret=42;break;
case KBD_backslash:ret=43;break;
case KBD_z:ret=44;break;
case KBD_x:ret=45;break;
case KBD_c:ret=46;break;
case KBD_v:ret=47;break;
case KBD_b:ret=48;break;
case KBD_n:ret=49;break;
case KBD_m:ret=50;break;
case KBD_comma:ret=51;break;
case KBD_period:ret=52;break;
case KBD_slash:ret=53;break;
case KBD_rightshift:ret=54;break;
case KBD_kpmultiply:ret=55;break;
case KBD_leftalt:ret=56;break;
case KBD_space:ret=57;break;
case KBD_capslock:ret=58;break;
case KBD_f1:ret=59;break;
case KBD_f2:ret=60;break;
case KBD_f3:ret=61;break;
case KBD_f4:ret=62;break;
case KBD_f5:ret=63;break;
case KBD_f6:ret=64;break;
case KBD_f7:ret=65;break;
case KBD_f8:ret=66;break;
case KBD_f9:ret=67;break;
case KBD_f10:ret=68;break;
case KBD_f11:ret=87;break;
case KBD_f12:ret=88;break;
/* IBM F13-F24 apparently map to Shift + F1-F12 */
case KBD_f13:ret=0x2A;ret2=59;break;
case KBD_f14:ret=0x2A;ret2=60;break;
case KBD_f15:ret=0x2A;ret2=61;break;
case KBD_f16:ret=0x2A;ret2=62;break;
case KBD_f17:ret=0x2A;ret2=63;break;
case KBD_f18:ret=0x2A;ret2=64;break;
case KBD_f19:ret=0x2A;ret2=65;break;
case KBD_f20:ret=0x2A;ret2=66;break;
case KBD_f21:ret=0x2A;ret2=67;break;
case KBD_f22:ret=0x2A;ret2=68;break;
case KBD_f23:ret=0x2A;ret2=87;break;
case KBD_f24:ret=0x2A;ret2=88;break;
case KBD_numlock:ret=69;break;
case KBD_scrolllock:ret=70;break;
case KBD_kp7:ret=71;break;
case KBD_kp8:ret=72;break;
case KBD_kp9:ret=73;break;
case KBD_kpminus:ret=74;break;
case KBD_kp4:ret=75;break;
case KBD_kp5:ret=76;break;
case KBD_kp6:ret=77;break;
case KBD_kpplus:ret=78;break;
case KBD_kp1:ret=79;break;
case KBD_kp2:ret=80;break;
case KBD_kp3:ret=81;break;
case KBD_kp0:ret=82;break;
case KBD_kpperiod:ret=83;break;
case KBD_extra_lt_gt:ret=86;break;
//The Extended keys
case KBD_kpenter:extend=true;ret=28;break;
case KBD_rightctrl:
extend=true;ret=29;
keyb.rightctrl_pressed=pressed;
break;
case KBD_kpdivide:extend=true;ret=53;break;
case KBD_rightalt:extend=true;ret=56;break;
case KBD_home:extend=true;ret=71;break;
case KBD_up:extend=true;ret=72;break;
case KBD_pageup:extend=true;ret=73;break;
case KBD_left:extend=true;ret=75;break;
case KBD_right:extend=true;ret=77;break;
case KBD_end:extend=true;ret=79;break;
case KBD_down:extend=true;ret=80;break;
case KBD_pagedown:extend=true;ret=81;break;
case KBD_insert:extend=true;ret=82;break;
case KBD_delete:extend=true;ret=83;break;
case KBD_pause:
if (!pressed) {
/* keyboards send both make&break codes for this key on
key press and nothing on key release */
return;
}
if (!keyb.leftctrl_pressed && !keyb.rightctrl_pressed) {
/* neither leftctrl, nor rightctrl pressed -> PAUSE key */
KEYBOARD_AddBuffer(0xe1);
KEYBOARD_AddBuffer(29);
KEYBOARD_AddBuffer(69);
KEYBOARD_AddBuffer(0xe1);
KEYBOARD_AddBuffer(29|0x80);
KEYBOARD_AddBuffer(69|0x80);
} else if (!keyb.leftctrl_pressed || !keyb.rightctrl_pressed) {
/* exactly one of [leftctrl, rightctrl] is pressed -> Ctrl+BREAK */
KEYBOARD_AddBuffer(0xe0);
KEYBOARD_AddBuffer(70);
KEYBOARD_AddBuffer(0xe0);
KEYBOARD_AddBuffer(70|0x80);
}
/* pressing this key also disables any previous key repeat */
keyb.repeat.key=KBD_NONE;
keyb.repeat.wait=0;
return;
case KBD_printscreen:
extend=true;
if (pressed) { ret=0x2a; ret2=0x37; }
else { ret=0xb7; ret2=0xaa; }
return;
case KBD_lwindows:extend=true;ret=0x5B;break;
case KBD_rwindows:extend=true;ret=0x5C;break;
case KBD_rwinmenu:extend=true;ret=0x5D;break;
case KBD_jp_muhenkan:ret=0x7B;break;
case KBD_jp_henkan:ret=0x79;break;
case KBD_jp_hiragana:ret=0x70;break;/*also Katakana */
case KBD_jp_backslash:ret=0x73;break;/*JP 106-key: _ \ or ろ (ro) <-- WARNING: UTF-8 unicode */
case KBD_jp_yen:ret=0x7d;break;/*JP 106-key: | ¥ (yen) or ー (prolonged sound mark) <-- WARNING: UTF-8 unicode */
default:
E_Exit("Unsupported key press");
break;
}
/* Add the actual key in the keyboard queue */
if (pressed) {
if (keyb.repeat.key == keytype) keyb.repeat.wait = keyb.repeat.rate;
else keyb.repeat.wait = keyb.repeat.pause;
keyb.repeat.key = keytype;
} else {
if (keyb.repeat.key == keytype) {
/* repeated key being released */
keyb.repeat.key = KBD_NONE;
keyb.repeat.wait = 0;
}
if (keytype >= KBD_f13 && keytype <= KBD_f24) {
unsigned int t = ret;
ret = ret2;
ret2 = t;
}
ret += 128;
if (ret2 != 0) ret2 += 128;
}
if (extend) KEYBOARD_AddBuffer(0xe0);
KEYBOARD_AddBuffer(ret);
if (ret2 != 0) {
if (extend) KEYBOARD_AddBuffer(0xe0);
KEYBOARD_AddBuffer(ret2);
}
}