mirror of
https://github.com/KolibriOS/kolibrios.git
synced 2024-11-28 11:43:09 +03:00
578 lines
10 KiB
NASM
578 lines
10 KiB
NASM
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
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;
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; PSX-Pad for KolibriOS
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; Copyright (C) Jeffrey Amelynck 2008. All rights reserved.
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;
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; hidnplayr@kolibrios.org
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;
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; v0.1
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; date: 4/09/2008
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; type: private beta
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; functions implemented: Read raw data from Digital controller and Analog controller with red led.
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;
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; v0.2:
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; date: 5/09/2008
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; type: public beta
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; functions implemented: Same as above plus converting keycodes from keypad do keyboard scancodes.
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; : To use this function you need a kernel wich can input scancodes using function 18,23.
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; ; I also did some cleanup and speedup
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;
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;
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; v0.2.1
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; by O. Bogomaz aka Albom, albom85@yandex.ru
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; using of standart kernel function 72.1
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;
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;
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; TODO: - Multiple controllers
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; - Analog controller(s)
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;
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;
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; More info about PSX/PS2 gamepad protocol:
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; http://curiousinventor.com/guides/ps2
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; http://www.geocities.com/digitan000/Hardware/22/e22_page.html
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;
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; How to connect your PSX pad to the PC:
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; http://www.emulatronia.com/reportajes/directpad/psxeng/print.htm
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;
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;
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; PSX-Pad for KolibriOS is distributed in the hope that it will be useful,
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; but WITHOUT ANY WARRANTY.
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; No author or distributor accepts responsibility to anyone for the
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; consequences of using it or for whether it serves any particular purpose or
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; works at all, unless he says so in writing. Refer to the GNU General Public
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; License (the "GPL") for full details.
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;
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; Everyone is granted permission to copy, modify and redistribute KolibriOS,
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; but only under the conditions described in the GPL. A copy of this license
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; is supposed to have been given to you along with KolibriOS so you can know
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; your rights and responsibilities. It should be in a file named COPYING.
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; Among other things, the copyright notice and this notice must be preserved
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; on all copies.
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;
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use32
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org 0x0
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db 'MENUET01' ; 8 byte id
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dd 0x01 ; header version
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dd START ; start of code
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dd I_END ; size of image
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dd 0x100000 ; memory for app
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dd 0x100000 ; esp
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dd 0x0 , 0x0 ; I_Param , I_Icon
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; Bits on Data Port (outputs for pc)
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command equ 0
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attention equ 1
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clock equ 2
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vcc equ (1 shl 3 + 1 shl 4 + 1 shl 5 + 1 shl 6 + 1 shl 7)
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; Bits on Status Port (inputs for PC)
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data equ 6
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ack equ 5
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__DEBUG__ equ 1
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__DEBUG_LEVEL__ equ 2
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include '../../macros.inc'
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;include 'fdo.inc'
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START:
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mov eax, 40 ; Disable notification of all events
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xor ebx, ebx
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int 0x40
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; DEBUGF 2,"\nPSX-Pad for KolibriOS v0.2\n\n"
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mov eax, 46 ; Ask the kernel if wse may use the LPT port
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mov ebx, 0
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movzx ecx, [BASE]
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movzx edx, [CONTROL]
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int 0x40
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test eax, eax
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jz @f
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; DEBUGF 2,"Could not reserve port!\n"
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jmp exit
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@@:
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mov dx, [CONTROL] ; disable bi-directional data port
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in al, dx
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and al, 0xdf
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out dx, al
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mov eax, 18 ; read CPU-speed, we'll need it for 100us delay
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mov ebx, 5
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int 0x40 ; now we've got the cpuspeed in hz, we need it in Mhz
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xor edx, edx
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mov ecx, 1000000
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div ecx
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mov [CPUSPEED], eax
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; DEBUGF 2,"CPUspeed: %u\n",eax
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; DEBUGF 1,"Raising attention line\n"
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call raise_att
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; DEBUGF 1,"Raising Clock\n"
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call raise_clk
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; DEBUGF 1,"Powering Up controller\n"
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call raise_vcc
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;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
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;
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; All things are ready to go, enter mainloop!
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;
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; This loop constantly poll's the PSX-pad for data
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;
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mainloop:
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mov eax, 5 ; Lets start by giving the other applications some cpu time, we'll take ours later.
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mov ebx, 5
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int 0x40
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; DEBUGF 1,"Lowering attention line\n"
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call lower_att ; We've got the attention from the PSX-Pad now :) (yes, it's active low..)
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; DEBUGF 1,"Sending Startup byte.. "
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mov ah, 0x01 ; Startup code
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call tx_rx
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call wait_for_ack
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; DEBUGF 1,"Rx: %x\n",bl
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; DEBUGF 1,"Request for data.. "
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mov ah, 0x42 ; Request for data
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call tx_rx
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call wait_for_ack
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; DEBUGF 1,"Rx: %x\n",bl
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cmp bl, 0x41
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je digital_controller
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cmp bl, 0x73
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je analog_red_controller
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; cmp ah, 0x23
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; je negcon_controller
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; cmp ah, 0x53
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; je analog_green_controller
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; cmp ah, 0x12
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; je psx_mouse
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; DEBUGF 2,"Unsupported controller/mode:%x !\n",bl
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jmp exit
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digital_controller:
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call command_idle
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call wait_for_ack
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; Right now, we receive 0x5a from the controller, wich means: sending data!
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; DEBUGF 1,"Receiving data.. "
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call command_idle
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call wait_for_ack
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mov byte [digital+1], bl
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call command_idle
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mov byte [digital+0], bl
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; DEBUGF 1,"Digital data: %x\n",[digital]:4
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mov ax, word [digital_]
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xor ax, word [digital]
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mov cx, word [digital]
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bt ax, 6 ; X
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jnc @f
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pusha
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and cx, 1 shl 6
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shl cx, 1
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add cl, 29
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call sendkey
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popa
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@@:
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bt ax, 5 ; O
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jnc @f
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pusha
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mov cx, word [digital]
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and cx, 1 shl 5
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shl cx, 2
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add cl, 56
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call sendkey
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popa
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@@:
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bt ax, 11 ; Start
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jnc @f
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pusha
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mov cx, word [digital]
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and cx, 1 shl 11
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shr cx, 4
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add cl, 28
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call sendkey
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popa
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@@:
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bt ax, 8 ; Select
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jnc @f
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pusha
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mov cx, word [digital]
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and cx, 1 shl 8
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shr cx, 1
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add cl, 14
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call sendkey
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popa
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@@:
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bt ax, 12 ; up
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jnc @f
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pusha
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mov cl, 224
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call sendkey
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mov cx, word [digital]
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and cx, 1 shl 12
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shr cx, 5
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add cl, 72
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call sendkey
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popa
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@@:
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bt ax, 13 ; right
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jnc @f
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pusha
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mov cl, 224
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call sendkey
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mov cx, word [digital]
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and cx, 1 shl 13
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shr cx, 6
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add cl, 77
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call sendkey
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popa
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@@:
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bt ax, 14 ; down
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jnc @f
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pusha
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mov cl, 224
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call sendkey
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mov cx, word [digital]
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and cx, 1 shl 14
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shr cx, 7
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add cl, 80
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call sendkey
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popa
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@@:
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bt ax, 15 ; left
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jnc @f
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pusha
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mov cl, 224 ; extended key
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call sendkey
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mov cx, word [digital]
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and cx, 1 shl 15
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shr cx, 8
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add cl, 75 ; left
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call sendkey
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popa
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@@:
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mov ax, word [digital]
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mov word [digital_],ax
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call raise_att
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jmp mainloop
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analog_red_controller:
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call command_idle
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call wait_for_ack
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; Right now, we receive 0x5a from the controller, wich means: sending data!
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; DEBUGF 1,"Receiving data.. "
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call command_idle
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call wait_for_ack
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mov byte [analog_red+5], bl
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call command_idle
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call wait_for_ack
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mov byte [analog_red+4], bl
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call command_idle
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call wait_for_ack
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mov byte [analog_red+3], bl
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call command_idle
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call wait_for_ack
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mov byte [analog_red+2], bl
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call command_idle
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call wait_for_ack
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mov byte [analog_red+1], bl
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call command_idle
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mov byte [analog_red+0], bl
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; DEBUGF 2,"Analog data: %x%x\n",[analog_red]:8,[analog_red+4]:4
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call raise_att
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jmp mainloop
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exit:
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mov eax, -1
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int 0x40
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sendkey: ; This function inserts Keyboard Scan-codes into the kernel's queue
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; Scancode is in cl
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; mov eax, 18
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; mov ebx, 23
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; int 0x40
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pushad
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mov eax, 72 ; <-- standart function (by Albom)
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mov ebx, 1
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mov edx, ecx
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and edx, 0xff
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mov ecx, 2
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int 0x40
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popad
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ret
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;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
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;
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; Low-level code starts here
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;
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raise_att:
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mov al, [PORT_DATA]
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bts ax, attention
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mov [PORT_DATA], al
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mov dx, [BASE]
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out dx, al
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ret
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lower_att:
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mov al, [PORT_DATA]
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btr ax, attention
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mov [PORT_DATA], al
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mov dx, [BASE]
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out dx, al
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ret
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raise_clk:
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mov al, [PORT_DATA]
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bts ax, clock
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mov [PORT_DATA], al
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mov dx, [BASE]
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out dx, al
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ret
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lower_clk:
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mov al, [PORT_DATA]
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btr ax, clock
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mov [PORT_DATA], al
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mov dx, [BASE]
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out dx, al
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ret
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raise_vcc:
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mov al, [PORT_DATA]
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or al, vcc
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mov [PORT_DATA], al
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mov dx, [BASE]
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out dx, al
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ret
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lower_vcc:
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mov al, [PORT_DATA]
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and al, 0xff - vcc
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mov [PORT_DATA], al
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mov dx, [BASE]
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out dx, al
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ret
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wait_for_ack:
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mov dx, [STATUS]
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mov ecx, 10000
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.loop:
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in al, dx
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bt ax, ack
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jnc .ack
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loop .loop
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; DEBUGF 2,"ACK timeout!\n"
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; pop eax ; balance the stack, we're not doing a ret like we should..
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; jmp mainloop
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.ack:
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; DEBUGF 1,"ACK !\n"
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ret
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;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
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; This code comes from Serge's audio driver.
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; If you know a better way to do 100 us wait, please tell me.
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; This RDTSC stuff is know to have a bug in the newer AMD processors.
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delay:
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push ecx
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push edx
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push ebx
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push eax
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mov eax, 100
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mov ecx, [CPUSPEED]
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mul ecx
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mov ebx, eax ;low
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mov ecx, edx ;high
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rdtsc
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add ebx, eax
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adc ecx,edx
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@@:
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rdtsc
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sub eax, ebx
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sbb edx, ecx
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js @B
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pop eax
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pop ebx
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pop edx
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pop ecx
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ret
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tx_rx:
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; ah = byte to send
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; bl = received byte
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mov ecx, 8
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mov bl, 0
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tx_rx_loop:
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call delay
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call lower_clk
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mov dl, ah
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and dl, 1
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; DEBUGF 1,"OUTb:%u ", dl
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mov al, [PORT_DATA]
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and al, 0xfe
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or al, dl
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mov [PORT_DATA], al
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mov dx, [BASE]
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out dx, al
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shr ah, 1
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call delay
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call raise_clk
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mov dx, [STATUS]
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in al, dx
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shl al, 1
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and al, 1 shl 7
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; DEBUGF 1,"INb:%x\n", al
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shr bl, 1
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or bl, al
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loop tx_rx_loop
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ret
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command_idle:
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; bl = received byte
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mov bl, 0
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mov ecx, 8
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command_idle_loop:
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call delay
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call lower_clk
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call delay
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call raise_clk
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mov dx, [STATUS]
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in al, dx
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shl al, 1
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and al, 1 shl 7
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shr bl, 1
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or bl, al
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loop command_idle_loop
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ret
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; DATA AREA
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;include_debug_strings ; ALWAYS present in data section
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; Addresses to PORT
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BASE dw 0x378
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STATUS dw 0x379
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CONTROL dw 0x37a
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; Buffer for data port
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PORT_DATA db 0
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; hmm, what would this be...
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CPUSPEED dd ?
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; buffers for data from controller
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digital rb 2
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digital_ rb 2 ; this buffer is used to find keychanges (if somebody just pressed/released a key)
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analog_red rb 6
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analog_red_ rb 6
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I_END:
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