kolibrios/programs/games/mine/trunk/kos_sys.h--

/*
    Sphinx C-- header file for KolibriOS applications.
    Based on msys.h-- written by Alexey Sugonyaev and modified by Barry Kauler.
    This file is rewritten by Ivan Poddubny.

    e-mail: ivan-yar@bk.ru
*/

// KeyCode constant
#define UP_KEY		130+48
#define DOWN_KEY	129+48
#define LEFT_KEY	128+48
#define RIGHT_KEY	131+48
#define RETURN_KEY	13
#define BACKSPACE_KEY	8

//Button options
#define BT_DEL      0x80000000
#define BT_HIDE     0x40000000
#define BT_NOFRAME  0x20000000

// Color constant
#define clWhite		0x00ffffff
#define clGray		0x00808080
#define clLightGray	0x00c0c0c0
#define clWhiteGray 0x00E2E2E2
#define clDarkGray	0x00707070
#define clBlack		0x00000000
#define clRed		0x00ff0000
#define clGreen		0x0000ff00
#define clBlue		0x000000ff

// Events
#define evReDraw	1
#define evKey		2
#define evButton	3
#define evMouse		6
#define evIPC		7
#define evStack     8

#define OLD -1

struct FileInfo
{
  dword	read,
	firstBlock,
	qnBlockRead,
	retPtr,
	Work;
  byte	filedir;
};

struct ProcessInfo
{
  dword cpu_usage;
  word  winstackpos;
  word  winstackval;
  word  not_used1;
  byte  name[12];
  dword memstart,
        memory_used,
        PID,
        xstart,
        ystart,
        xsize,
        ysize;
  byte  not_used2[974];
};

#define SystemColors SystemColours // usa/british

struct SystemColours
{
  dword nonset1,
        nonset2,
        work_dark,
        work_light,
        w_title,
        w_work,
        w_work_button,
        w_work_button_text,
        w_work_text,
        w_work_graph;
};

/*********************************************************
  0 = DEFINE WINDOW
  {x_start|y_start}, {x_size|y_size}, color_back, color_title, color_frames
             EBX = [x_start][x_size]
             ECX = [y_start][y_size]
             EDX, ESI, EDI = [00RRGGBB]
*********************************************************/

inline fastcall void sys_draw_window(dword EBX, ECX, EDX, ESI, EDI)
{
 EAX = 0;               // function 0 : define and draw window
 $int 0x40
}


/*********************************************************
01 = PUTPIXEL
     ebx [x]
     ecx [y]
     edx pixel color 0x0XRRGGBB
                        ^ 0 normal put, 1 negative
     ret: nothing changed
*********************************************************/

inline fastcall void sys_put_pixel(dword EBX,ECX,EDX)
{
  EAX=1;
  $int 0x40
}


/*********************************************************
02 = GET KEY
     ret: al 0 successful -> ah = key
          al 1 no key in buffer
     MODIFIED, see below...
*********************************************************/

inline fastcall dword sys_get_key()
{
  EAX = 2;              // just read it key from buffer
  $int  0x40
  $shr eax,8
}            //return eax=key code.


/*********************************************************
03 = GET SYSTEM CLOCK
        ret: eax 0x00SSMMHH sec,min,hour
*********************************************************/

#define sys_get_time sys_get_clock
inline fastcall dword sys_get_clock()
{
  EAX=3;
  $int 0x40
}


/*********************************************************
04 = WRITE TEXT TO WINDOW
     ebx [x start]*65536 + [y start]
     ecx text color 0x00RRGGBB
     edx pointer to text beginning
     esi text length
     return: nothing changed
*********************************************************/

#define sys_print_text sys_write_text
inline fastcall void sys_write_text(dword EBX, ECX, EDX, ESI)
{
  EAX = 4;
  $int 0x40;
}

inline fastcall void sys_write_char(dword EBX, ECX, EDX)
{
  EAX = 4;
  ESI = 1;
  $int 0x40
}


/*********************************************************
05 = DELAY X/100 SECS
     ebx delay in 1/100 secs
     ret: nothing changed
*********************************************************/

#define sys_wait sys_delay
inline fastcall void sys_delay(dword EBX)
{
  EAX = 5;
  $int 0x40
}


/*********************************************************
06 = OPEN FILE FROM FLOPPY
     ebx pointer to filename -> 11 capital letters
     ecx set 0x00000000 - reserved
     edx set 0xffffffff - reserved
     esi read to mem position
     ret: ebx = file size
*********************************************************/

inline fastcall dword sys_open_file_floppy(dword EBX, ESI)
{
  ECX = 0;
  EDX = -1;
  EAX = 6;
  $int 0x40
}


/*********************************************************
07 = PUTIMAGE
     ebx pointer to image in memory - RRGGBBRRGGBB..
     ecx image size [x]*65536+[y]
     edx image position in window [x]*65536+[y]
     ret: eax 0 succesful, 1 overlapped
*********************************************************/

inline fastcall dword sys_put_image(dword EBX, ECX, EDX)
{
  EAX = 7;
  $int 0x40
}


/*********************************************************
08 = DEFINE BUTTON
     ebx [x start]*65536 + [x size]
     ecx [y start]*65536 + [y size]
     edx button id number
     esi button color 0x 00 RR GG BB
     ret: nothing changed
*********************************************************/

inline fastcall void sys_draw_button(dword EBX, ECX, EDX, ESI)
{
  EAX = 8;
  $int 0x40
}

inline fastcall void sys_delete_button(dword EDX)
{
  EAX = 8;
  EDX |= 0x80000000;
  $int 0x40
}


/*********************************************************
09 = PROCESS INFO
     ebx pointer to 1024 bytes table
     ecx process number or -1 = who am I
     ret: eax number of processes
          table :  +00  dword   cpu usage
                   +04   word   processes position in windowing stack
                   +06   word   window stack value at ecx
                   +10  12 db   name of the process
                   +22  dword   start of processes memory
                   +26  dword   memory used by process
                   +30  dword   PID of the process
                   +34  dword   window x start
                   +38  dword   window y start
                   +42  dword   window x size
                   +46  dword   window y size
*********************************************************/

inline fastcall dword sys_process_info(dword EBX, ECX)
{
  EAX = 9;
  $int 0x40
}


/*********************************************************
10 = WAIT FOR EVENT
     ret: eax event type,
            1 window redraw,
            2 key in buffer,
            3 button pressed
*********************************************************/

inline fastcall dword sys_wait_event()
{
  EAX = 10;              // wait here for event
  $int 0x40
}


/*********************************************************
11 = CHECK FOR EVENT, NO WAIT
     ret: eax 0 no event,
              1 window redraw,
              2 key in buffer,
              3 button pressed
*********************************************************/

inline fastcall dword sys_nowait_event()
{
  EAX = 11;
  $int 0x40
}


/*********************************************************
12 = WINDOW REDRAW
  EBX=1 start of draw, =2 end of draw.
*********************************************************/

inline fastcall void sys_window_redraw(dword EBX)
{
  EAX = 12;              // function 12:tell os about windowdraw
  $int 0x40
}

inline fastcall void sys_begin_draw()
{
  EAX = 12;
  EBX = 1;
  $int 0x40
}

inline fastcall void sys_end_draw()
{
  EAX = 12;
  EBX = 2;
  $int 0x40
}

/*********************************************************
13 = DRAW BAR
DrawBar(EBX=[xstart][xsize],ECX=[ystart][ysize],EDX=[0x00RRGGBB])
     ebx [x start]*65536 + [x size]
     ecx [y start]*65536 + [y size]
     edx color 0x00RRGGBB
     ret: nothing changed
*********************************************************/

inline fastcall void sys_draw_bar(dword EBX, ECX, EDX)
{
  EAX = 13;
  $int 0x40
}


/*********************************************************
14 = GET SCREEN MAX
     ret: eax [screen x max]*65536 + [screen y max]
*********************************************************/

inline fastcall dword sys_get_screen_size()
{
  EAX = 14;
  $int 0x40
}


/*********************************************************
15 = BACKGROUND
     ebx 1 : set background size
             ecx x size
             edx y size
     ebx 2 : write to background memory - max (0x100000-16)
             ecx position in memory in bytes
             edx color 0x00RRGGBB
     ebx 3 : draw background
     ebx 4 : type of background draw
             ecx 1 - tile
             ecx 2 - stretch
     ebx 5 : blockmove image to os bgr memory
             ecx - from
             edx - to where in os bgr memory
             esi - count of bytes to move
*********************************************************/

inline fastcall void sys_set_background(dword EBX, ECX, EDX, ESI)
{
  EAX = 15;
  $int 0x40
}


/*********************************************************
17 = GET PRESSED BUTTON ID
  ret: al 0 successful -> ah = id number al 1 no key in buffer.
  MODIFIED, see below.
*********************************************************/

inline fastcall dword sys_get_button_id()
{
  EAX = 17;            // Get ID
  $int  0x40
  $shr eax,8
}      //eax=id, eax=0 no id.


/*********************************************************
18 = SYSTEM SERVICE
     ebx 1 - system boot
     ebx 2 - force terminate , ecx process no
     ebx 4 - idle clock cycles / second
     ebx 5 - time stamp counter / second - cpu speed
HD-> ebx 6 - save ramdisk to /hd/1/menuet.img
*********************************************************/

inline fastcall dword sys_service(dword EBX, ECX)
{
  EAX = 18;
  $int 0x40
}

inline fastcall void sys_shutdown()
{
  EAX = 18;
  EBX = 1;
  $int 0x40
}

inline fastcall void sys_kill(dword ECX)
{
  EAX = 18;
  EBX = 2;
  $int 0x40
}

inline fastcall dword sys_get_idle()
{
  EAX = 18;
  EBX = 4;
  $int 0x40
}

inline fastcall dword sys_get_tscsec()
{
  EAX = 18;
  EBX = 5;
  $int 0x40
}


/*********************************************************
19 = START PROGRAM from RAMDISK
     ebx point to 11 char filename
     ecx 0, or point to ASCIIZ start parameters - max 256 bytes
     ret: eax 0      successful
          eax other  error code
*********************************************************/

inline fastcall dword sys_exec_app_ramdisk(dword EBX, ECX)
{
  EAX = 19;
  $int 0x40
}


/*********************************************************
20 = MIDI INTERFACE - MPU401
     ebx  1 - reset device
     ebx  2 - cl midi data to output
*********************************************************/

inline fastcall void sys_midi(dword EBX)
{
  EAX = 20;
  $int 0x40
}


/*********************************************************
21 = SETUP FOR DEVICES
     ebx 1=roland mpu midi base , base io address
     ebx 2=keyboard 1 base keymap  2 shift keymap (ecx pointer to keymap)
                    9 country 1eng 2fi 3ger 4rus
     ebx 3=cd base  1 pri.master  2 pri slave,
                    3 sec master  4 sec slave
     ebx 4=sb16 base, base io address
     ebx 5=system language, 1eng 2fi 3ger 4rus
     ebx 6=wss base, base io address
     ebx 7=hd base, 1 pri.master  2 pri slave
                    3 sec master  4 sec slave
     ebx 8=fat32 partition in hd
*********************************************************/

inline fastcall void sys_setup_devices(dword EBX, ECX)
{
  EAX = 21;
  $int 0x40
}


/*********************************************************
23 = WAIT FOR EVENT WITH TIMEOUT
     ebx time to delay in hs
     ret: eax event type: 0 no event, 1 window redraw,
                          2 key in buffer, 3 button
*********************************************************/

inline fastcall dword sys_wait_event_timeout(dword EBX)
{
  EAX = 23;
  $int 0x40
}


/*********************************************************
24 = CD AUDIO
     ebx 1 - play from ecx 00 FR SS MM
     ebx 2 - get playlist size of ecx to [edx]
     ebx 3 - stop/pause play
*********************************************************/

inline fastcall void sys_cd_audio(dword EBX, ECX, EDX)
{
  EAX = 24;
  $int 0x40
}


/*********************************************************
25 = SB16 - mixer I
     ebx 1 - set main volume cl [L]*16+[R]
     ebx 2 - set cd   volume cl [L]*16+[R]
*********************************************************/

inline fastcall void sys_sb16_mixer_1(dword EBX, ECX)
{
  EAX = 25;
  $int 0x40
}


/*********************************************************
26 = GET SETUP FOR DEVICES
     ebx 1=roland mpu midi base , base io address
     ebx 2=keyboard 1 base keymap  2 shift keymap
                    9 country 1eng 2fi 3ger 4rus
     ebx 3=cd base  1 pri.master  2 pri slave,
                    3 sec master  4 sec slave
     ebx 4=sb16 base, base io address
     ebx 5=system language, 1eng 2fi 3ger 4rus
     ebx 6=wss base, base io address
     ebx 7=hd base, 1 pri.master  2 pri slave
                    3 sec master  4 sec slave
     ebx 8=fat32 partition in hd
     ebx 9=1/100 timer tics from start -> eax
     return value in eax
*********************************************************/

inline fastcall dword sys_get_setup_devices(dword EBX)
{
  EAX = 26;
  $int 0x40
}


/*********************************************************
27 = WINDOWS SOUND SYSTEM
     ebx 1 - set main volume to cl 0-255
     ebx 2 - set cd   volume to cl 0-255
*********************************************************/

inline fastcall void sys_windows_sound_system(dword EBX, ECX)
{
  EAX = 27;
  $int 0x40
}


/*********************************************************
28 = SB16 - mixer II
     ebx 1 - set main volume to cl 0-255
     ebx 2 - set cd   volume to cl 0-255
*********************************************************/

inline fastcall void sys_sb16_mixer_2(dword EBX, ECX)
{
  EAX = 28;
  $int 0x40
}


/*********************************************************
29 = GET DATE
     ret: eax 0x00YYDDMM year date month
*********************************************************/

inline fastcall dword sys_get_date()
{
  EAX = 29;
  $int 0x40
}


/*********************************************************
30 = READ HD
     ebx  pointer to file
     ecx  file lenght
     edx  block to read, starts from 1, blocksize = 512 bytes
     esi  reserved, set as 1
     edi  pointer to return/work area (atleast 20 000 bytes)
     return: work_area+1024 <- requested block of 512 bytes
*********************************************************/

inline fastcall dword sys_read_hd(dword EBX, ECX, EDX, ESI, EDI)
{
  EAX = 30;
  $int 0x40
}


/*********************************************************
31 = START APP FROM HD
     ebx  pointer to file
     ecx  file lenght
     edx  pointer to return/work area (atleast 20 000 bytes)
     ret  eax=0 successful, eax<>0 errorcode
*********************************************************/

inline fastcall dword sys_exec_app_hd()
{
  EAX = 31;
  $int 0x40
}


/*********************************************************
32 = DELETE FILE FROM FLOPPY IMAGE IN MEMORY
     ebx  pointer to filename
*********************************************************/

inline fastcall dword sys_floppy_delete(EBX)
{
  EAX = 32;
  $int 0x40
}


/*********************************************************
33 = SAVE FILE TO FLOPPY IMAGE IN MEMORY
     ebx  pointer to file name
     ecx  pointer to data
     edx  count to write in bytes
     esi  0 create new , ( 1 append - not implemented yet )
*********************************************************/

inline fastcall dword sys_floppy_save(EBX,ECX,EDX)
{
  EAX = 33;
  ESI = 0;
  $int 0x40
}


/*********************************************************
34 = READ DIRECTORY FROM FLOPPY
     ebx  reserved : set as zero
     ecx  reserved : set as zero
     edx  start 512 block to read
     esi  reserved : set as 1
     edi  pointer to return area
*********************************************************/

/*********************************************************
35 = READ SCREEN PIXEL
     ebx = pixel count from top left of the screen
     return : eax = 0x00RRGGBB
*********************************************************/

inline fastcall dword sys_read_pixel(dword EBX)
{
  EAX = 35;
  $int 0x40
}


/*********************************************************
37 = READ MOUSE POSITION
     ebx=0 screen relative
     ebx=1 window relative
     ebx=2 buttons pressed
     return in eax
*********************************************************/

inline fastcall dword sys_read_mouse(dword EBX)
{
  EAX = 37;
  $int 0x40
}


/*********************************************************
38 = DRAW LINE
     ebx  [x start] shl 16 + [x end]
     ecx  [y start] shl 16 + [y end]
     edx  colour 0x00RRGGBB
     return : nothing changed
*********************************************************/

inline fastcall void sys_draw_line(dword EBX, ECX, EDX)
{
  EAX = 38;
  $int 0x40
}


/*********************************************************
39 = GET BACKGROUND
     ebx=1 -> eax=[bgr x size] shl 16 + [bgr y size]
     ebx=2
       ecx= postition of backgrounds memorymap to return in eax
     ebx=4 -> eax=1 tiled, eax=2 stretched
*********************************************************/

inline fastcall dword sys_get_background(dword EBX, ECX)
{
  EAX = 39;
  $int 0x40
}


/*********************************************************
40 = SET BITFIELD FOR WANTED EVENTS
     as default:
     ebx = 00000000 00000000 00000000 00000111b  events:
                                             I   window draw
                                            I    key in buffer
                                           I     button in buffer
                                          I      (end request)
                                         I       desktop background draw
                                        I        mouse change
                                       I         IPC message
                                      I          stack
           I---------------I                     get irqs data

*********************************************************/

//sys_set_event_mask()
//{
//}

/*********************************************************
41 = GET IRQ OWNER
     ebx = irq
     return : PID of the process
*********************************************************/

/*********************************************************
42 = GET DATA READ BY IRQ
     ebx  IRQ number
     return :  eax  number of bytes in buffer
                bl  data
               ecx  0 = successful data read
                    1 = no data in buffer
                    2 = incorrect IRQ owner
*********************************************************/

/*********************************************************
43 = SEND/READ DATA TO/FROM DEVICE
   
     SEND:

     bl : data
     cx : port

     return: eax: status of read ( 0 if successful, other if error )

     READ:

     ecx : bit 31 set + port

     return: eax: 0 status of read ( 0 if successful, other if error )
             ebx: low 8 bits : value
*********************************************************/

inline fastcall dword sys_read_port(word CX)
{
  EAX = 43;
  ECX |= 0x80000000;   // set bit 31
  $int 0x40
}

inline fastcall dword sys_read_port_fast(dword ECX)
{
  EAX = 43;
  $int 0x40
}

inline fastcall dword sys_write_port(word CX,byte BL)
{
  EAX = 43;
  $int 0x40
}


/*********************************************************
44 = PROGRAM IRQ's
     ebx  pointer to table
     ecx  irq number
*********************************************************/

inline fastcall void sys_program_irqs(dword EBX,ECX)
{
  EAX = 44;
  $int 0x40
}


/*********************************************************
45 = RESERVE/FREE IRQ
     ebx  0 reserve  1 free
     ecx  IRQ number

     ret  eax 0 successful,  1 error
*********************************************************/

inline fastcall dword sys_reserve_irq(dword ECX)
{
  EAX = 45;
  EBX = 0;
  $int 0x40
}

inline fastcall dword sys_free_irq(dword ECX)
{
  EAX = 45;
  EBX = 1;
  $int 0x40
}


/*********************************************************
46 = RESERVE/FREE PORT AREA
     ebx  0 reserve  1 free
     ecx  port area start
     edx  port area end
     ret  eax 0 successful,  1 error
*********************************************************/

inline fastcall dword sys_reserve_port_area(dword ECX,EDX)
{
  EAX = 46;
  EBX = 0;
  $int 0x40
}

inline fastcall dword sys_free_port_area()
{
  EAX = 46;
  EBX = 1;
  $int 0x40
}


/*********************************************************
47 = DISPLAY NUMBER TO WINDOW
     ebx = print type, bl=0 -> ecx is number
                       bl=1 -> ecx is pointer
                       bh=0 -> display decimal
                       bh=1 -> display hexadecimal
                       bh=2 -> display binary
           bits 16-21 = number of digits to display (0-32)
           bits 22-31 = reserved
     ecx = number or pointer
     edx = x shl 16 + y
     esi = color
*********************************************************/
inline fastcall void sys_write_number(dword EBX, ECX, EDX, ESI)
{
  EAX = 47;
  $int 0x40
}


/*********************************************************
48 = DEFINE GENERAL WINDOW PROPERTIES
     ebx = 0      apply/redraw
        ecx = 0 , apply/redraw desktop
     ebx = 1      define button style
        ecx = 0 , set flat buttons
        ecx = 1 , set 3d buttons
     ebx = 2      define window colors
        ecx = pointer to table
        edx = number of bytes defined
     ebx = 3      get define window colors
        ecx = pointer to table
        edx = number of bytes to get
     ebx = 4      get window skin height
*********************************************************/

inline fastcall void sys_redraw_desktop()
{
  EAX = 48;
  EBX = ECX = 0;
  $int 0x40
}

inline fastcall void sys_set_button_style(dword ECX)
{
  EAX = 48;
  EBX = 1;
  $int 0x40
}

inline fastcall void sys_set_colors(dword ECX,EDX)
{
  EAX = 48;
  EBX = 2;
  $int 0x40
}

inline fastcall void sys_get_colors(dword ECX,EDX)
{
  EAX = 48;
  EBX = 3;
  $int 0x40
}

inline fastcall dword sys_get_skin_height()
{
  EAX = 48;
  EBX = 4;
  $int 0x40
}


/*********************************************************
50 = FREE FORM WINDOW SHAPE AND SCALE
     ebx = 0 ; shape reference area
       ecx = pointer to reference area
             byte per pixel, 0 not used, 1=used, other = reserved
     ebx = 1 ; scale of reference area (default 1:1)
       ecx : scale is set to 2^ecx
     return: nothing changed
*********************************************************/

inline void sys_freeform_window(dword EBX,ECX)
{
  EAX = 50;
  $int 0x40
}


/*********************************************************
51 = CREATE THREAD
     ebx = 1  ; create
       ecx    ; = thread entry point
       edx    ; = thread stack position
     return : eax = pid or 0xfffffff0+ for error
*********************************************************/

inline fastcall dword sys_create_thread(dword ECX,EDX)
{
  EAX = 51;
  EBX = 1;
  $int 0x40
}


/*********************************************************
52 = STACK DRIVER STATUS
     - see stack.txt
           net.h--


53 = SOCKET INTERFACE
     - see stack.txt
           net.h--
*********************************************************/


/*********************************************************
55 = SOUND INTERFACE
   
     ebx = 0     ; load sound block
       ecx =     ; pointer to (default size 65536 byte) soundblock
   
     ebx = 1     ; play (default 44 khz 8 bit mono) sound block

     ebx = 2     ; set format
       ecx = 1   ; set play block length
         edx =   ; block length
*********************************************************/

inline fastcall void sys_sound_load(dword ECX)
{
  EAX = 55;
  EBX = 0;
  $int 0x40
}

inline fastcall void sys_sound_play()
{
  EAX = 55;
  EBX = 1;
  $int 0x40
}

inline fastcall void sys_sound_format_length(dword EDX)
{
  EAX = 55;
  EBX = 2;
  ECX = 1;
  $int 0x40
}


/*********************************************************
56 = WRITE FILE TO HD
     ebx  pointer to 12 char filename
     ecx  bytes to write
     edx  pointer to data to write
     esi  pointer to path
          path db 0
*********************************************************/


/*********************************************************
57 = DELETE FILE FROM HD
     ebx   pointer to filename : 11 capital letters
     edx   pointer to path : path db 0
*********************************************************/


/*********************************************************
58 = SYSTEM TREE ACCESS
     ebx    pointer to fileinfo block
     fileinfo:
     dd   0x0                  ; 0=read (/write/delete/append)
     dd   0x0                  ; 512 block to read 0+
     dd   0x1                  ; blocks to read (/bytes to write/append)
     dd   0x20000              ; return data pointer
     dd   0x10000              ; work area for os - 16384 bytes
     db   '/RAMDISK/FIRST/KERNEL.ASM',0  ; ASCIIZ dir & filename
*********************************************************/
inline fastcall void sys_tree_access(dword EBX)
{
  EAX = 58;
  $int 0x40
}


/*********************************************************
59 = TRACE FOR SYSTEM CALLS FROM PROCESSES
     ebx = 0   ; get system events
       ecx     ; pointer to table  -> ; 64 bytes/system call descriptor
                                      ; +00 PID
                                      ; +32 EDI
                                      ; +36 ESI
                                      ; +40 EBP
                                      ; +44 ESP
                                      ; +48 EBX
                                      ; +52 EDX
                                      ; +56 ECX
                                      ; +60 EAX
       edx     ; number of bytes to return to table (currently max 16*64)
     return:  eax = number of system calls from start
                     latest call is saved to (eax mod 16)*64 in table
               ebx = 0 : above format
*********************************************************/

inline fastcall void sys_syscall_trace(dword ECX,EDX)
{
  EAX = 59;
  EBX = 0;
  $int 0x40
}


/*********************************************************
60 = IPC
	ebx = 1 ; define receive area
		ecx = pointer to start
		edx = size of area

	ebx = 2 ; send message
		ecx = PID
		edx = pointer to message
		esi = length
*********************************************************/

inline fastcall void sys_ipc_init(dword ECX, EDX)
{
  EAX = 60;
  EBX = 1;
  $int 0x40
}

inline fastcall void sys_ipc_send(dword ECX, EDX, ESI)
{
  EAX = 60;
  EBX = 2;
  $int 0x40
}


/*********************************************************
63 = GENERAL DEBUG BOARD
   
     ebx = 1 write byte in cl
     ebx = 2 read byte : ebx = 1 -> byte in al ; ebx = 0 -> no data
*********************************************************/

inline fastcall void sys_debug_write_char(byte CL)
{
  EAX = 63;
  EBX = 1;
  $int 0x40
}

:fastcall void sys_debug_write_string(dword ESI)
{
  $pusha
  CL = DSBYTE[ESI];
  while(CL!=0)
  {
    sys_debug_write_char(CL);
    ESI++;
    CL = DSBYTE[ESI];
  }
  $popa
}

inline fastcall dword sys_debug_read_char(dword EBX)
{
  EAX = 63;
  EBX = 2;
  $int 0x40
}


inline fastcall dword window_move_size(dword EBX,ECX,EDX,ESI){
	EAX = 67;
	$int 0x40
}


/*********************************************************
-1 = EXIT PROCESS
*********************************************************/

inline fastcall void sys_exit_process()
{
 $or  eax,0xffffffff
 $int 0x40
}