Subversion Repositories Kolibri OS

//CODED by Veliant, Leency, Nable, Pavelyakov. GNU GPL licence.

#ifndef INCLUDE_KOLIBRI_H

#define INCLUDE_KOLIBRI_H

#pragma option OST

#pragma option ON

#pragma option cri-

#pragma option -CPA

#initallvar 0

#ifndef __COFF__

#jumptomain FALSE

#startaddress 0

#code32 TRUE

#ifndef ENTRY_POINT

	#define ENTRY_POINT #______INIT______

#endif

char   os_name[]    = "MENUET01"n;

dword  os_version   = 0x00000001;

dword  start_addr   = ENTRY_POINT;

dword  final_addr   = #______STOP______+32;

dword  alloc_mem    = MEMSIZE;

dword  x86esp_reg   = MEMSIZE;

dword  I_Param      = #param;

dword  I_Path       = #program_path;

char param[4096];

char program_path[4096];

#else

extern dword            __argv;

extern dword            __path;

dword  I_Param      =   #__argv;

dword  I_Path       =   #__path;

#define param           __argv

#define program_path    __path

#define ______INIT______  start

#endif

#define bool      int

#define NULL      0

#define OLD      -1

#define true      1

#define false     0

//Process Events

#define evReDraw  1

#define evKey     2

#define evButton  3

#define evDesktop 5

#define evMouse   6

#define evIPC     7

#define evNetwork 8

#define evDebug   9

//Event mask bits for function 40

#define EVM_REDRAW                1b

#define EVM_KEY                  10b

#define EVM_BUTTON              100b

#define EVM_DESKTOPBG         10000b

#define EVM_MOUSE            100000b

#define EVM_IPC             1000000b

#define EVM_STACK          10000000b

#define EVM_DEBUG         100000000b

#define EVM_STACK2       1000000000b

#define EVM_MOUSE_FILTER  0x80000000

#define EVM_CURSOR_FILTER 0x40000000

//Button options

#define BT_DEL      0x80000000

#define BT_HIDE     0x40000000

#define BT_NOFRAME  0x20000000

#define CLOSE_BTN 1

//-------------------------------------------------------------------------

#include "../lib/system.h"

#include "../lib/mouse.h"

#include "../lib/keyboard.h"

inline fastcall dword calc(EAX) { return EAX; }

:struct raw_image {

	dword w, h, data;

};

//------------------------------------------------------------------------------

inline fastcall dword WaitEvent()

{

	$mov eax,10

	$int 0x40

}

inline fastcall dword CheckEvent()

{

	$mov eax,11

	$int 0x40

}

inline fastcall dword WaitEventTimeout(EBX)

{

	EAX = 23;

	$int 0x40

}

inline fastcall dword SetEventMask(EBX)

{

	$mov eax,40

	$int 0x40

}

inline fastcall pause(EBX)

{

	$mov eax, 5

	$int 0x40

}

inline fastcall word GetButtonID()

{

	$mov eax,17

	$int  0x40

	$shr eax,8

}

inline fastcall int GetKernelRev()

{

	char buf[16];

	EAX = 18;

	EBX = 13;

	ECX = #buf;

	$int 0x40

	EAX = ESDWORD[#buf+5];

}

inline fastcall dword GetFreeRAM()

{

	$mov eax, 18

	$mov ebx, 16

	$int 0x40

	//return eax = free RAM size in Kb

}

inline fastcall dword GetTotalRAM()

{

	$mov eax, 18

	$mov ebx, 17

	$int 0x40

	//return eax = total RAM size in Kb

}

inline fastcall int GetCpuIdleCount()

{

	EAX = 18;

	EBX = 4;

	$int 0x40

}

inline fastcall int GetCpuFrequency()

{

	EAX = 18;

	EBX = 5;

	$int 0x40

}

inline fastcall dword LoadDriver(ECX) //ECX - èìÿ äðàéâåðà

{

	$mov eax, 68

	$mov ebx, 16

	$int 0x40

	//return 0 - íåóäà÷à, èíà÷å eax = õýíäë äðàéâåðà

}

inline fastcall dword RuleDriver(ECX) //óêàçàòåëü íà óïðàâëÿþùóþ ñòðóêòóðó

{

	$mov eax, 68

	$mov ebx, 17

	$int 0x40

	//return eax = îïðåäåëÿåòñÿ äðàéâåðîì

}

struct proc_info

{

	#define SelfInfo -1

	dword	use_cpu;

	word	pos_in_stack,slot,rezerv1;

	unsigned char name[11];

	char	rezerv2;

	dword	adress,use_memory,ID,left,top,width,height;

	word	status_slot,rezerv3;

	dword	cleft,ctop,cwidth,cheight;

	char	status_window;

	byte    reserved[1024-71];

};

:void GetProcessInfo(dword _process_struct_pointer, _process_id)

{

	EAX = 9;

	EBX = _process_struct_pointer;

	ECX = _process_id;

	$int  0x40

}

inline fastcall int GetPointOwner( EBX, ECX) //ebx=m.x, ecx=m.y

{

	$mov eax,34

	$int 0x40

}

inline fastcall int GetProcessSlot( ECX)

{

	EAX = 18;

	EBX = 21;

	$int 0x40

}

inline fastcall int GetActiveProcess()

{

	EAX = 18;

	EBX = 7;

	$int 0x40

}

:int CheckActiveProcess(int Form_ID)

{

	int id9=GetProcessSlot(Form_ID);

	if (id9==GetActiveProcess()) return 1;

	return 0;

}

inline fastcall void ActivateWindow( ECX) //ECX - slot

{

	EAX = 18;

	EBX = 3;

	$int 0x40

}

:void ActivateWindow_Self()

{

	proc_info Form;

	GetProcessInfo(#Form, SelfInfo);

	ActivateWindow(GetProcessSlot(Form.ID));

}

:void RefreshWindow(dword ID_REFRESH,ID_ACTIVE)

{

	ActivateWindow(ID_REFRESH);

	ActivateWindow(ID_ACTIVE);

}

inline fastcall int MinimizeWindow()

{

	EAX = 18;

	EBX = 10;

	$int 0x40

}

inline fastcall int CreateThread(ECX,EDX)

{

	$mov eax,51

	$mov ebx,1

	$int 0x40

}

inline fastcall void SwitchToAnotherThread()

{

	$mov eax,68

	$mov ebx,1

	$int 0x40

}

inline fastcall int SendWindowMessage( ECX, EDX)

{

	$mov eax, 72

	$mov ebx, 1

	$int 0x40

}

inline fastcall int KillProcess( ECX)

{

	$mov eax,18;

	$mov ebx,18;

	$int 0x40

}

#define TURN_OFF 2

#define REBOOT 3

#define KERNEL 4

inline fastcall int ExitSystem( ECX)

{

	$mov eax, 18

	$mov ebx, 9

	$int 0x40

}

inline fastcall ExitProcess()

{

	$mov eax,-1;

	$int 0x40

}

//------------------------------------------------------------------------------

//eax = ÿçûê ñèñòåìû (1=eng, 2=fi, 3=ger, 4=rus)

///SYSFUNC DOESN'T WORK!!!  =>  https://bit.ly/2XNdiTD

#define SYS_LANG_ENG 1

#define SYS_LANG_FIN 2

#define SYS_LANG_GER 3

#define SYS_LANG_RUS 4

inline fastcall int GetSystemLanguage()

{

	EAX = 26;

	EBX = 5;

	$int 0x40

}

#define BUTTON_STYLE_FLAT 0

#define BUTTON_STYLE_GRADIENT 1

inline fastcall SetButtonStyle(ECX) //ECX - button style

{

	$mov eax,48

	$mov ebx,1

	int 64

}

inline fastcall GetSkinHeight()

{

	$push ebx

	$mov  eax,48

	$mov  ebx,4

	$int 0x40

	$pop  ebx

}

inline fastcall void SetSystemSkin( ECX)

{

	EAX = 48;

	EBX = 8;

	$int 0x40

}

inline fastcall int GetScreenWidth()

{

	$mov eax, 14

	$int 0x40

	$shr eax, 16

}

inline fastcall int GetScreenHeight()

{

	$mov eax, 14

	$int 0x40

	$and eax,0x0000FFFF

}

inline fastcall int GetClientTop()

{

	$mov eax, 48

	$mov ebx, 5

	$int 0x40

	$mov eax, ebx

	$shr eax, 16

}

inline fastcall int GetClientHeight()

{

	$mov eax, 48

	$mov ebx, 5

	$int 0x40

	$mov eax, ebx

}

inline fastcall dword LoadLibrary( ECX)

{

	$mov eax, 68

	$mov ebx, 19

	$int  0x40

}

inline fastcall int TestBit( EAX, CL)

{

	$shr eax,cl

	$and eax,1

}

:void SetClientScreenArea(dword _left, _right, _top, _bottom)

{

	EAX = 48;

	EBX = 6;

	ECX = _left * 65536 + _right;

	EDX = _top * 65536 + _bottom;

	$int 64;

}

//------------------------------------------------------------------------------

#define ROLLED_UP 0x04

:void DefineAndDrawWindow(dword _x, _y, _w, _h, _window_type, _bgcolor, _title, _flags)

{

	EAX = 12;              // function 12:tell os about windowdraw

	EBX = 1;

	$int 0x40

	$xor EAX,EAX

	EBX = _x << 16 + _w;

	ECX = _y << 16 + _h;

	EDX = _window_type << 24 | _bgcolor;

	EDI = _title;

	ESI = _flags;

	$int 0x40

	EAX = 12;              // function 12:tell os about windowdraw

	EBX = 2;

	$int 0x40

}

inline fastcall MoveSize( EBX,ECX,EDX,ESI)

{

	$mov eax, 67

	$int 0x40

}

inline fastcall void DrawTitle( ECX)

{

	EAX = 71;

	EBX = 1;

	$int 0x40;

}

// @EDX is a process id, -1 for self

// @ESI is a new LayerBehaviour

// @RETURN: EAX, 0 is fail, 1 is success

#define ZPOS_DESKTOP     -2

#define ZPOS_ALWAYS_BACK -1

#define ZPOS_NORMAL      0

#define ZPOS_ALWAYS_TOP  1

inline fastcall dword SetWindowLayerBehaviour(EDX, ESI)

{

	EAX = 18;

	EBX = 25;

	ECX = 2;

	$int 64

}

:void WriteTextB(dword x,y,byte fontType, dword color, str_offset)

{

	WriteText(x,y,fontType, color, str_offset);

	$add ebx, 1<<16

	$int 0x40

}

:void WriteText(dword x,y,byte fontType, dword color, str_offset)

{

	EAX = 4;

	EBX = x<<16+y;

	ECX = fontType<<24+color;

	EDX = str_offset;

	$int 0x40;

}

:dword WriteBufText(dword x,y,byte fontType, dword color, str_offset, buf_offset)

{

	EDI = buf_offset;

	WriteText(x,y, fontType, color, str_offset);

}

:void WriteTextWithBg(dword x,y,byte fontType, dword color, str_offset, bgcolor)

{

	EDI = bgcolor;

	WriteText(x,y, fontType, color, str_offset);

}

:void WriteNumber(dword x,y,byte fontType, dword color, flags, number_or_offset)

{

	EAX = 47;

	EBX = flags;

	ECX = number_or_offset;

	EDX = x<<16+y;

	ESI = fontType<<24+color;

	$int 0x40;

}

:void CopyScreen(dword dst_offset, x, y, w, h)

{

  EAX = 36;

  EBX = dst_offset;

  ECX = w << 16 + h;

  EDX = x << 16 + y;

  $int  0x40;

}

:dword GetPixelColorFromScreen(dword _x, _y)

{

	EAX = 35;

	EBX = _y * screen.w + _x;

	$int 64

}

#define DRAW_DESKTOP_BG_TILE 1

#define DRAW_DESKTOP_BG_STRETCH 2

:void SetBackgroundImage(dword w,h, image, mode)

{

	$mov     eax,15      // SF_BACKGROUND_SET 15 - work with desktop background graphics

	$mov     ebx,4       // SSF_MODE_BG 4 - set drawing mode for the background

	$mov     ecx,mode    // drawing mode - tile (1), stretch (2)

	$int     64

	$mov     eax,15      // SF_BACKGROUND_SET 15 - work with desktop background graphics

	$mov     ebx,1       // SSF_SIZE_BG=1 - set a size of the background image

	$mov     ecx,w       // width

	$mov     edx,h       // height

	$int     64

	$mov     eax,15      // SF_BACKGROUND_SET 15 - work with desktop background graphics

	$mov     ebx,5       // SSF_IMAGE_BG=5 - put block of pixels on the background image

	$mov     ecx,image   // pointer to the data in the format BBGGRRBBGGRR...

	$mov     edx,0       // offset in data of the background image

	ESI      = 3*w*h;    // size of data in bytes = 3 * number of pixels

	$int     64

	$mov     eax,15      // SF_BACKGROUND_SET 15 - work with desktop background graphics

	$mov     ebx,3       // SSF_REDRAW_BG=3 - redraw background

	$int     64

}

:void PutImage(dword x,y, w,h, data_offset)

{

	EAX = 7;

	EBX = data_offset;

	ECX = w<<16+h;

	EDX = x<<16+y;

	$int 0x40

}

:void PutPaletteImage(dword inbuf,w,h,x,y,bits,pal)

{

	if (h<1) || (w<0) return;

	EAX = 65;

	EBX = inbuf;

	ECX = w<<16+h;

	EDX = x<<16+y;

	ESI = bits;

	EDI = pal;

	EBP = 0;

	$int 0x40

}

inline fastcall void PutPixel( EBX,ECX,EDX)

{

  EAX=1;

  $int 0x40

}

:void DrawBar(dword x,y,w,h,color)

{

	EAX = 13;

	EBX = x<<16+w;

	ECX = y<<16+h;

	EDX = color;

	$int 0x40

}

:void DefineButton(dword x,y,w,h,id,color)

{

	EAX = 8;

	EDX = id + BT_DEL;

	$int 0x40;

	EDX = id;

	ESI = color;

	EBX = x<<16+w;

	ECX = y<<16+h;

	$int 0x40

}

:void UnsafeDefineButton(dword x,y,w,h,id,color)

{

	EAX = 8;

	EBX = x<<16+w;

	ECX = y<<16+h;

	EDX = id;

	ESI = color;

	$int 0x40

}

:void DefineDragableWindow(dword _x, _y, _w, _h)

{

	DefineAndDrawWindow(_x, _y, _w, _h, 0x41,0x000000,EDI,0b);

}

:void DefineUnDragableWindow(dword _x, _y, _w, _h)

{

	DefineAndDrawWindow(_x, _y, _w, _h, 0x01, 0, EDI, 0x01fffFFF);

}

:void EventDragWindow()

{

	proc_info Form1;

	dword tmp_x,tmp_y;

	dword z1,z2;

	tmp_x = mouse.x;

	tmp_y = mouse.y;

	do {

		GetProcessInfo(#Form1, SelfInfo);

		mouse.get();

		if (tmp_x!=mouse.x) || (tmp_y!=mouse.y)

		{

			z1 = Form1.left + mouse.x - tmp_x;

			z2 = Form1.top + mouse.y - tmp_y;

			if(z1<=10) || (z1>20000) z1=0; else if(z1>screen.w-Form1.width-10)z1=screen.w-Form1.width;

			if(z2<=10) || (z2>20000) z2=0; else if(z2>screen.h-Form1.height-10)z2=screen.h-Form1.height;

			MoveSize(z1 , z2, OLD, OLD);

			draw_window();

		}

		pause(1);

	} while (mouse.lkm);

}

:void DefineHiddenButton(dword _x, _y, _w, _h, _id)

{

	DefineButton(_x, _y, _w, _h, _id + BT_HIDE, 0);

}

inline fastcall void DeleteButton( EDX)

{

	EAX = 8;

	EDX += BT_DEL;

	$int 0x40

}

inline fastcall dword GetStartTime()

{

	$mov eax,26

	$mov ebx,9

	$int 0x40

}

:dword X_EventRedrawWindow,Y_EventRedrawWindow;

:void _EventRedrawWindow()

{

	DefineAndDrawWindow(X_EventRedrawWindow,Y_EventRedrawWindow,1,1,0x34,0xFFFFFF,EDI,0);

	ExitProcess();

}

:char REDRAW_BUFF_EVENT_[4096];

:void EventRedrawWindow(dword x,y)

{

	X_EventRedrawWindow = x;

	Y_EventRedrawWindow = y;

	CreateThread(#_EventRedrawWindow,#REDRAW_BUFF_EVENT_+4092);

}

:struct _screen

{

	dword w,h;

} screen;

:byte skin_h;

dword __generator;  // random number generator init

//The initialization of the initial data before running

:void ______INIT______()

{

	skin_h   = @GetSkinHeight();

	screen.w  = @GetScreenWidth()+1;

	screen.h = @GetScreenHeight()+1;

	__generator = @GetStartTime();

#ifndef __COFF__

	mem_init();

#endif

	main();

}

#ifdef __COFF__

@ void start();

#undef ______INIT______

#else

______STOP______:

#endif

#endif

#ifndef INCLUDE_MEM_H

#include "../lib/mem.h"

#endif

#ifndef INCLUDE_DEBUG_H

#include "../lib/debug.h"

#endif

#ifndef INCLUDE_IPC_H

#include "../lib/ipc.h"

#endif