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Windows programming in C and bam10004.h
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ericmatteson...@hotmail.com
Jun 17, 2008, 10:30:12 PM6/17/08
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Windows programs written in C use
WM_KEYUP and WM_KEYDOWN and WM_PAINT */
// This is the first line of this header file.
// bam10004.h
// ( Written by Eric Matteson )
// Traditional 32-bit C Windows applications
// programs use WinMain instead of main and
// DispatchMessage calls LRESULT CALLBACK
// with type of message such as WM_KEYDOWN
// and WM_PAINT
// ...............
// int WINAPI WinMain(HINSTANCE,
// HINSTANCE,LPSTR,int);
// WINAPI does not really exist in the c language
// HINSTANCE is an undefined symbol or null
// and is not used
// There is a LPSTR with the command line argument
// and the rightmost int should be
// the length of the command
// line argument.
// ..................................
// typedef LRESULT (CALLBACK *WNDPROC)(HWND,
// UINT,WPARAM,LPARAM);
// CALLBACK does not really exist in the
// c language.
// ......................
// int SetDIBitsToDevice(HDC bamdc,
// int XDest,int YDest,DWORD dwWidth,
// DWORD dwHeight,
// int zeroXSrc,int zeroYSrc,UINT zeStartScan,
// UINT cScanLines,
// VOID* lpvBits,
// BITMAPINFO* lpbmi,
// UINT fuColorUse);
// SetDIBitsToDevice is used to draw a bitmap
// structure that is located in memory onto
// the screen. bam10004.h (Even numbered header)
// provides a high speed one-bit per pixel
// implementation of SetDIBitsToDevice.
// There are 12 arguments 1-12 only some
// are nonzero.
// Argument 1 is usully null and is not checked.
// Arguments 2 and 3 are the ( 0 minimum )
// coordinates of the upper left corner
// of the bitmap even though drawing starts
// at the lower left corner because bitmaps
// themselves are upside down.
// Argument 2 xCoord must be a multiple of 8.
// Arguments 4 and 5 are the width and height
// of the bitmap and must match the width
// and height inside the bitmap data structure.
// Argument 4 width must be a multiple of 8.
// ( 8 pixels per undividable whole byte. )
// Arguments 6 and 7 and 8 must be 0.
// Argument 9 must equal the height.
// Argument 10 is a pointer to a set of bytes
// that is eight pixels per byte for the
// required monochrome bitmap. Dots on screen
// are dark for 0 or white for 1.
// Argument 10 points to bitmapstructure+62
// at the required monochrome bitmap.
// Argument 11 points to bitmapstructure+14
// to verify width and height and one bit
// per pixel plus anything else that needs
// verifying.
// Argument 12 must be 0.
// REM bitmap header for bitmaps
// REM 0 00 2 "BM" value 19778
// REM 02 4 bfsize
// REM 06 2 2r1
// REM 08 2 2r2
// REM 0a 4 bfoffbits to start of bitmap
// REM 0e 4 bisize of header (*arg11_here)
// REM 18 12 4 biwidth IN PIXELS (multiple of 8)
// REM 22 16 4 biheight IN PIXELS
// REM 1a 2 biplanes srt to 0001
// REM 28 1c 2 bibitcount = {1,4,8,24} (1 here!)
// REM 1e 4 NZ_bicompression must be 0 here.
// REM 22 4 bisize size of image or 0 (0 here)
// REM 26 4 bixpelspermeter (Not checked)
// REM 2a 4 biypelspermeter (Not checked)
// REM 46 2e 4 biclrused is number of colors
// used while > 0 AND [1C]=8 (0 here)
// REM 32 4 biclrimportant or 0 (0 here)
// REM 54 36 4*[1C] or 0 for [1C]==24
// COLORTABLE BGR0 BGR0
// REM 62 3E bitmap in upside down format after
// colortable each line of dwords
// -------------------------------------------
// SetDIBitsToDevice then has to convert the
// upside down windows bitmap to upside up
// and also reverse the order of bits within
// each byte to provide the first buffer
// character array with a valid pattern
// to later send to the XWindows display.
// SetDIBitsToDevice also has to keep track of
// the target XWindow width promoted
// to the next whole multiple of 8
// if not a remainder of 0.
// .................................
// int GetMessage(MSG* gmsg,int zgm2,
// int zgm3,int zgm4);
// Unknown first parameter is null in this
// example. Internal global variables kkep
// track of message type from Linux XWindows
// and translate it into Windows message type.
// Returns nonzero until time to close
// Window and quit program.
// GetMessage is usually at top of while loop
// and calling DispatchMessage after it
// calls LRESULT CALLBACK.
// ......................
// int (*kellycb)(HWND cbh,UINT cbmess,
// WPARAM cbwp,LPARAM cbl);
// Often called LRESULT CALLBACK this is the
// declaration for the function pointer to
// the users application program that handles
// events. cbmess is message type like
// WM_KEYDOWN that uses cbwp as its raw
// keycode. WM_PAINT means it is time to call
// the redraw screen sequence BeginPaint
// SetDIBitsToDevice and EndPaint.
// ...............................
// int (*kellywm)(HINSTANCE wma1,HINSTANCE wmp2,
// LPSTR cmd3,int awid4);
// Template for WinMain. wma1 and wma2 are
// probably null and cmd3 is a string of
// the command line argument if present and
// awid4 is the length of the command line
// argument.
// int DispatchMessage(MSG* mcb);
// mcb might be null. Internal
// global variables that
// were set by previous call to
// GetMessage are used in this
// functions call to LRESULT CALLBACK
// in the users applications program
// to process each event.
// ......
// int GetWindowRect(HWND gwrhh,RECT* gwrwh);
// gets the Window rectangle width and
// height of host Linux XWindow.
// int RedrawWindow(HWND rdwh,RECT* rdwr,
// int rw3,int rwor4);
// sends a xexpose event to redraw the
// XWindow by setting next event to
// expose ythen returns WM_PAINT
// request from GetMessage then
// call to next DispatchMessage
// is a WM_PAINT
// ................................
// int EndPaint(HWND ephw,PAINTSTRUCT* eps);
// Arguments are ignored. might be null.
// The internal character array that was
// previously written to by SetDIBitsToDevice
// is placed into another buffer and then
// written to XWindows screen now.
// Then the GC is deleted.
// ...........
// HWND CreateWindow(char* jn,char* snw,
// int olap3,int xul,int yul,
// int widcw,int hgtcw,
// int cw8,int cw9,char* cwinstance,int cwii);
// widcw and hgtcw are the two arguments that
// work in this function
// widcw should be a multiple of 8 and
// less than 640.
// hgtcw should be less than 480.
// .................................
// HDC BeginPaint(HWND bphw,PAINTSTRUCT* bps);
// Creates the Graphics context called a GC
// BeginPaint is called before SetDIBitsToDevice
// and EndPaint is called after SetDIBitsToDevice
// These functions are called if cbmess is
// WM_PAINT within the LRESULT CALLBACK.
// ......................................
// int PostQuitMessage(int qmess);
// Call this with qmess=0 to end the
// Windows Applications program.
// .................................
// int TranslateMessage(MSG* tcb);
// Does nothing. Microsoft started by failing
// to translate arrow keys and other similar
// keys. In here it does NOTHING.
// -----------------------
// int RegisterClass(WNDCLASS* kelwnd);
// Used to set
// kellycb = (*(kelwnd)).lpfnWndProc;
// within the WNDCLASS structure in WinMain
// to set the name of the LRESULT CALLBACK
// routine within the users application program
// -----------------------------------------
// beginning of compilable header file.
// The following two arrays of constants
// were written by a computer program
int trev[]={0,-128,64,-64,32,-96,96,-32,
16,-112,80,-48,48,-80,112,-16,
8,-120,72,-56,40,-88,104,-24,
24,-104,88,-40,56,-72,120,-8,
4,-124,68,-60,36,-92,100,-28,
20,-108,84,-44,52,-76,116,-12,
12,-116,76,-52,44,-84,108,-20,
28,-100,92,-36,60,-68,124,-4,
2,-126,66,-62,34,-94,98,-30,
18,-110,82,-46,50,-78,114,-14,
10,-118,74,-54,42,-86,106,-22,
26,-102,90,-38,58,-70,122,-6,
6,-122,70,-58,38,-90,102,-26,
22,-106,86,-42,54,-74,118,-10,
14,-114,78,-50,46,-82,110,-18,
30,-98,94,-34,62,-66,126,-2,
1,-127,65,-63,33,-95,97,-31,
17,-111,81,-47,49,-79,113,-15,
9,-119,73,-55,41,-87,105,-23,
25,-103,89,-39,57,-71,121,-7,
5,-123,69,-59,37,-91,101,-27,
21,-107,85,-43,53,-75,117,-11,
13,-115,77,-51,45,-83,109,-19,
29,-99,93,-35,61,-67,125,-3,
3,-125,67,-61,35,-93,99,-29,
19,-109,83,-45,51,-77,115,-13,
11,-117,75,-53,43,-85,107,-21,
27,-101,91,-37,59,-69,123,-5,
7,-121,71,-57,39,-89,103,-25,
23,-105,87,-41,55,-73,119,-9,
15,-113,79,-49,47,-81,111,-17,
31,-97,95,-33,63,-65,127,-1};
int wkey[]={399,399,399,399,
399,399,399,399,
399,27,49,50,51,52,53,54,
55,56,57,48,189,187,8,399,
81,87,69,82,84,89,85,73,
79,80,219,221,13,399,65,83,
68,70,71,72,74,75,76,186,
222,192,16,220,90,88,67,86,
66,78,77,188,190,191,16,106,
399,32,399,399,399,399,399,399,
399,399,399,399,399,399,399,55,
56,57,109,52,53,54,107,49,
50,51,48,110,399,399,399,399,
399,36,38,33,37,399,39,35,
40,34,45,46,13,399,399,399,
111,399,399,399,399,399,399,399,
399,399,399,399,399,399,399,399,
399,399,399,399,399,399,399,399,
399,399,399,399,399,399,399,399,
399,399,399,399,399,399,399,399,
399,399,399,399,399,399,399,399,
399,399,399,399,399,399,399,399,
399,399,399,399,399,399,399,399,
399,399,399,399,399,399,399,399,
399,399,399,399,399,399,399,399,
399,399,399,399,399,399,399,399,
399,399,399,399,399,399,399,399,
399,399,399,399,399,399,399,399,
399,399,399,399,399,399,399,399,
399,399,399,399,399,399,399,399,
399,399,399,399,399,399,399,399,
399,399,399,399,399,399,399,399,
399,399,399,399,399,399,399,-1};
// The preceeding two arrays were created
// by a computer program.
// This bam10004.h header file is used
// to compile c language applications
// programs written for Microsoft Windows
// into Linux. One bit per pixel is provided
// so monochrome bitmaps can be displayed.
// This bam10004.h header file is written by
// Eric Matteson.
// Copyright C 2008 by Eric Matteson
// Permission is hereby granted to copy
// this source code file bam10004.h and
// to publish it on the Internet and
// to use it at least for non-profit use.
// name parts
// bam identifies as a bambi header file
// Windows to Linux Xwindows.
// five digit number 10004
// even numbers are for one-bit-per-pixel
// monochrome versions of this header.
// ----------------------------------------
// char debline[]={"DEBUG LINE *******--"};
// #include<stdio.h>
// ----------------------
#include<fcntl.h>
#include<sys/stat.h>
#include<unistd.h>
#include<dirent.h>
// ---------------------
#include<X11/Xutil.h>
int wlisawid,validkelly,kelmoupos;
int kellyulxz,kellyulyz;
int kellywid,kellyhgt,needfindc;
int typekelly,keykelly,kellygm;
int kellynum,kellydepth;
int kellymask;
char* kellynull;
GC kellygc;
Pixmap kellymap;
Display* kellydis;
Window kellywin;
XEvent xekelly;
XEvent sekelly;
XSizeHints* ksizeh;
XWMHints* kwmhints;
XClassHint* kclassh;
struct dirent *xfiveep;
DIR* xfivedp;
char** argkb;
int argkd;
// ---------------------
char wkelly[541000];
// ---
// Begin Windows 98 Win 32 API declarations
// types and structures
typedef unsigned long DWORD;
typedef char *LPSTR;
typedef void *kellyh;
typedef kellyh HDC;
typedef kellyh HANDLE;
typedef kellyh HGLOBAL;
typedef kellyh HINSTANCE;
typedef kellyh HWND;
typedef kellyh HBRUSH;
typedef kellyh HCURSOR;
typedef kellyh HICON;
typedef kellyh kellyhan;
typedef int BOOL;
typedef unsigned int UINT;
typedef unsigned int WPARAM;
typedef long LPARAM;
typedef unsigned char BYTE;
typedef char *BITMAPINFO;
typedef long LRESULT;
typedef const char *LPCWSTR;
typedef char POINT;
// typedef char VOID;
#define VOID void
// Numbers for Windows constants are
// chosen at random and these constants
// are not binary compaible with
// genuine Microsoft Windows!
// file access constants
#define FILE_BEGIN 768
#define FILE_CURRENT 769
#define FILE_END 770
#define GENERIC_READ 0x80000300
#define GENERIC_WRITE 0x40000300
#define CREATE_ALWAYS 770
#define FILE_ATTRIBUTE_NORMAL 896
#define FILE_SHARE_READ 769
#define OPEN_EXISTING 771
#define OPEN_ALWAYS 772
#define FILE_FLAG_SEQUENTIAL_SCAN 134218496
#define INVALID_HANDLE_VALUE NULL
// -----------------------
// graphics and keyboard constants
// are next with different
// random numbering rules.
#define WM_MOUSEMOVE 1130
#define WM_LBUTTONDOWN 1131
#define WM_RBUTTONDOWN 1134
#define MK_LBUTTON 619
#define MK_RBUTTON 620
#define GMEM_MOVEABLE 620
#define GMEM_DDESHARE 8810
#define CF_OEMTEXT 625
#define WM_CREATE 619
#define WM_DESTROY 620
#define WM_PAINT 633
#define WM_KEYDOWN 874
#define WM_KEYUP 875
#define RDW_ERASENOW 1130
#define RDW_INVALIDATE 619
#define CS_HREDRAW 620
#define CS_VREDRAW 619
#define IDI_APPLICATION 33130
#define IDC_ARROW 33130
#define COLOR_WINDOW 623
#define WS_OVERLAPPEDWINDOW 13596570
#define CALLBACK
#define WINAPI
// ------------------
typedef struct
{
long left;
long top;
long right;
long bottom;
}RECT;
typedef struct
{
HDC hdc;
BOOL fErase;
RECT rcPaint;
BOOL fRestore;
BOOL sIncUpdate;
BYTE rebReserved[32];
} PAINTSTRUCT;
typedef struct
{
char cFileName[144];
}WIN32_FIND_DATA;
typedef struct
{
HWND hwnd;
UINT message;
WPARAM wParam;
LPARAM lParam;
DWORD time;
POINT pt;
} MSG;
typedef LRESULT (CALLBACK *WNDPROC)(HWND,
UINT,WPARAM,LPARAM);
// typedef int (WINAPI *WinMain)(HINSTANCE,
// HINSTANCE,LPSTR,int);
int WINAPI WinMain(HINSTANCE,
HINSTANCE,LPSTR,int);
typedef struct
{
UINT style;
WNDPROC lpfnWndProc;
int cbClsExtra;
int cbWndExtra;
HINSTANCE hInstance;
HICON hIcon;
HCURSOR hCursor;
HBRUSH hbrBackground;
LPCWSTR lpszMenuName;
LPCWSTR lpszClassName;
} WNDCLASS;
// ----------------------
// declare win32 API functions
// file accessing functions
int ReadFile(HANDLE rhfile,VOID* rlpbuffer,
DWORD rwidth,unsigned long *outwid,char* nelly);
int WriteFile(HANDLE whfile,VOID* wlpbuffer,
DWORD wwidth,unsigned long *outwid,char* nelly);
DWORD SetFilePointer(HANDLE hsfile,long dmove,
long *dhigh,DWORD method);
DWORD GetFileSize(HANDLE gfshan,char* gfsnelly);
HANDLE CreateFile(char* gcfn,DWORD drwsel,
DWORD zsm,char* securnel,DWORD dwcd,
DWORD zattrib,HANDLE cfnelly);
int CloseHandle(HANDLE chww);
HANDLE FindFirstFile(char* fboot,
WIN32_FIND_DATA* fffd);
int FindNextFile(HANDLE fnfh,
WIN32_FIND_DATA* fffn);
int FindClose(HANDLE fcloh);
// graphics pixel functions
int SetDIBitsToDevice(HDC bamdc,
int XDest,int YDest,DWORD dwWidth,
DWORD dwHeight,
int zeroXSrc,int zeroYSrc,UINT zeStartScan,
UINT cScanLines,
VOID* lpvBits,
BITMAPINFO* lpbmi,
UINT fuColorUse);
int GetMessage(MSG* gmsg,int zgm2,
int zgm3,int zgm4);
int (*kellycb)(HWND cbh,UINT cbmess,
WPARAM cbwp,LPARAM cbl);
int (*kellywm)(HINSTANCE wma1,HINSTANCE wmp2,
LPSTR cmd3,int awid4);
int DispatchMessage(MSG* mcb);
int GetWindowRect(HWND gwrhh,RECT* gwrwh);
int RedrawWindow(HWND rdwh,RECT* rdwr,
int rw3,int rwor4);
int EndPaint(HWND ephw,PAINTSTRUCT* eps);
HWND CreateWindow(char* jn,char* snw,
int olap3,int xul,int yul,
int widcw,int hgtcw,
int cw8,int cw9,char* cwinstance,int cwii);
HDC BeginPaint(HWND bphw,PAINTSTRUCT* bps);
int PostQuitMessage(int qmess);
int TranslateMessage(MSG* tcb);
int RegisterClass(WNDCLASS* kelwnd);
// used functions are above
// unimplemented functions are next
int OpenClipboard(HWND ocbFrom);
kellyhan GetClipboardData(int GCDtype);
int CloseClipboard();
kellyhan GlobalAlloc(int GAt,int GATsize);
VOID* GlobalLock(kellyhan GLarea);
int GlobalUnlock(kellyhan GUhan);
kellyhan GlobalHandle(kellyhan GHahan);
kellyhan SetClipboardData(int SCDtype,
kellyhan SCDhan);
LRESULT DefWindowProc(HWND DWPa,UINT DWPb,
WPARAM DWPc,LPARAM DWPd);
kellyhan LoadIcon(char* LIlpc,int LIona);
kellyhan LoadCursor(char* LClpc,int LCona);
int ShowWindow(HWND SWh,int SWnum);
int UpdateWindow(HWND UWhan);
// - end of Windows 98 win32 API declarations
// ------------------------------------------
void getgc(Window wigc,GC* wrgc,int zbnzw);
Window makexw(XSizeHints* sizehints,
XWMHints* wmhints,XClassHint* classhints);
void deprint(char* depres,int depw,
int depin);
int mwrevcram(int repos,int revmany,
char* mwrfrom);
int findscpy(int fdscmax,char* fdscl,
char* fdscr);
// ------------------------ begin functions
int ReadFile(HANDLE rhfile,VOID* rlpbuffer,
DWORD rwidth,unsigned long *outwid,char* nelly)
{
*outwid = read(rhfile,rlpbuffer,rwidth);
return 0;
}
int WriteFile(HANDLE whfile,VOID* wlpbuffer,
DWORD wwidth,unsigned long *outwid,char* nelly)
{
*outwid = write(whfile,wlpbuffer,wwidth);
return 0;
}
DWORD SetFilePointer(HANDLE hsfile,long dmove,
long *dhigh,DWORD method)
{
DWORD sfpres;
sfpres=0;
if(method == FILE_BEGIN)
{
sfpres=lseek(hsfile,dmove,SEEK_SET);
}
if(method == FILE_CURRENT)
{
sfpres=lseek(hsfile,dmove,SEEK_CUR);
}
if(method == FILE_END)
{
sfpres=lseek(hsfile,dmove,SEEK_END);
}
return sfpres;
}
DWORD GetFileSize(HANDLE gfshan,char* gfsnelly)
{
DWORD gfsgfsr;
long gfsdh[1];
gfsgfsr=SetFilePointer(gfshan,0,gfsdh,FILE_END);
SetFilePointer(gfshan,0,gfsdh,FILE_BEGIN);
return gfsgfsr;
}
HANDLE CreateFile(char* gcfn,DWORD drwsel,
DWORD zsm,char* securnel,DWORD dwcd,
DWORD zattrib,HANDLE cfnelly)
{
HANDLE crfres;
int opfres,latt;
opfres=0;
crfres = NULL;
latt = S_IRUSR | S_IWUSR | S_IRGRP | S_IROTH;
latt = latt | S_IWGRP;
latt = latt | S_IXUSR | S_IXGRP | S_IXOTH;
if(drwsel == GENERIC_WRITE)
{
opfres=open(gcfn,O_WRONLY | O_CREAT | O_TRUNC,
latt);
}
else if(drwsel==(GENERIC_READ | GENERIC_WRITE))
{
opfres=open(gcfn,O_RDWR | O_CREAT,
latt);
}
else if(drwsel == GENERIC_READ)
{
opfres=open(gcfn,O_RDONLY,
latt);
}
if((opfres > 0)&&(opfres <= 127))
{
crfres=(HANDLE)opfres;
}
return crfres;
}
int CloseHandle(HANDLE chww)
{
return close(chww);
}
// -------------------- 361
// void ldep(int lv)
// {
// deprint(debline,10,lv);
// fwrite(debline,12,1,stdout);
// }
// ----------------------------- 367
HANDLE FindFirstFile(char* fboot,
WIN32_FIND_DATA* fffd)
{
HANDLE fffres;
fffres=NULL;
// ldep(fffres);
xfivedp=opendir("./");
// ldep(xfivedp);
needfindc=1;
if(xfivedp != NULL)
{
xfiveep=readdir(xfivedp);
// ldep(xfiveep);
if(xfiveep == NULL)
{
closedir(xfivedp);
needfindc=0;
}
if(xfiveep != NULL)
{
if(findscpy(128,(*fffd).cFileName,(*xfiveep).d_name)>0)
{
fffres=xfivedp;
// ldep(fffres);
}
if(fffres == NULL)
{
closedir(xfivedp);
needfindc=0;
}
}
}
// ldep(fffres);
return fffres;
}
int FindNextFile(HANDLE fnfh,
WIN32_FIND_DATA* fffn)
{
int fnfres;
char fnfnus[144];
fnfnus[0]='\0';
fnfnus[1]='\0';
// findscpy(128,(*fffn).cFileName,fnfnus);
fnfres=2;
xfiveep=readdir(fnfh);
// ldep(xfiveep);
if(xfiveep != NULL)
{
if(findscpy(128,fnfnus,(*xfiveep).d_name)>0)
{
// ldep(*((*fffn).cFileName));
fnfres=1;
findscpy(128,(*fffn).cFileName,(*xfiveep).d_name);
}
}
if(((fnfres & 1) == 0)&&(needfindc == 1))
{
closedir(fnfh);
needfindc=0;
}
return fnfres;
}
int FindClose(HANDLE fcloh)
{
if(needfindc == 1)
{
closedir(fcloh);
needfindc=0;
}
return needfindc;
}
// end of file functions
int findscpy(int fdscmax,char* fdscl,
char* fdscr)
{
int fdscilop,fdsclow;
char fdscmid;
fdscilop=0;
while(fdscilop < fdscmax)
{
*(fdscl + fdscilop)='\0';
fdscilop = fdscilop + 1;
}
fdsclow=1;
fdscilop=0;
while(fdsclow > 0)
{
fdscmid = *(fdscr + fdscilop);
if(fdscmid < 33)fdsclow=0;
if(fdsclow > 0)
{
*(fdscl + fdscilop) = fdscmid;
fdscilop = fdscilop + 1;
if(fdscilop >= fdscmax)fdsclow=0;
}
}
if(fdscilop < fdscmax)
{
*(fdscl + fdscilop) = '\0';
}
return fdscilop;
}
void deprint(char* depres,int depw,int depin)
{
int deptop,depfrac,deprem,depbase;
int depctr,deprod;
deptop=depin;
depbase=10;
if(depin < 0)deptop=0-(depin+1);
depctr=depw-1;
while(depctr >= 0)
{
deprem=0-2;
depfrac=deptop/depbase;
while(deprem < 0)
{
deprod=depfrac*depbase;
deprem=deptop-deprod;
if(deprem < 0)depfrac=depfrac-1;
}
if(depin < 0)deprem=(depbase-1)-deprem;
deprem=deprem+48;
*(depres + depctr)=(char)deprem;
deptop=depfrac;
depctr=depctr-1;
}
*(depres+depw)='\015';
*(depres+(depw+1))='\012';
}
int mwrevcram(int repos,int revmany,
char* mwrfrom)
{
int mwrevout,mwrctr,mwrterm;
mwrevout=0;
mwrctr=revmany-1;
while(mwrctr >= 0)
{
mwrterm=(int)(*(mwrfrom+(mwrctr+repos)));
if(mwrterm < 0)mwrterm=mwrterm+256;
mwrevout=mwrevout*256;
mwrevout=mwrevout+mwrterm;
mwrctr=mwrctr-1;
}
return mwrevout;
}
// ------
// bitmap header
// 00 2 19778
// 02 12 skipped
// 14 4 skipped 00 +14 is start (BITMAPINFO*)
// 18 4 biwidth 04
// 22 4 biheight 08
// 26 2 biplanes 12 always 1
// 28 2 bibitcount 14 values {1,4,8,24};
// 30 4 zerouncompressed 16 0
// 34 12 skipper 20
// 46 4 biclrused 36 number of colors used if > 0
// 50 4 36 skip
// 54 8 monochrome colortable 00 16777215
// 62 bottom line of pixels
// increase width up to next dword
// --------
int SetDIBitsToDevice(HDC bamdc,
int XDest,int YDest,DWORD dwWidth,
DWORD dwHeight,
int zeroXSrc,int zeroYSrc,UINT zeStartScan,
UINT cScanLines,
VOID* lpvBits,
BITMAPINFO* lpbmi,
UINT fuColorUse)
{
char* lpvmi;
char* lvvbits;
int sbiwidth,sbiheight,sbibitcount;
int sznocomp,setret;
int sbiclrused,sctwhite,sctblack;
int swwid,sbytewid;
int shgtctr,swwdctr,svebase,svoutbase;
int svchr,svisub,svosub;
lpvmi=(char*)lpbmi;
lvvbits=(char*)lpvBits;
sbiwidth=mwrevcram(4,4,lpvmi);
sbiheight=mwrevcram(8,4,lpvmi);
sbibitcount=mwrevcram(14,2,lpvmi);
sznocomp=mwrevcram(16,4,lpvmi);
sbiclrused=mwrevcram(32,4,lpvmi);
sctblack=mwrevcram(40,4,lpvmi);
sctwhite=mwrevcram(44,4,lpvmi);
setret=0;
if(sbibitcount > 4)setret=982;
if(sbibitcount != 1)setret=1;
if(sznocomp != 0)setret=982;
if(sbiclrused != 0)setret=982;
if(sctblack != 0)setret=982;
if(sctwhite != 16777215)setret=1;
if(zeroXSrc != 0)setret=982;
if(zeroYSrc != 0)setret=982;
if(zeStartScan != 0)setret=982;
if(cScanLines != dwHeight)setret=982;
if(sbiheight != dwHeight)setret=982;
if(sbiwidth != dwWidth)setret=982;
swwid=0;
sbytewid=0;
if(sbibitcount == 1)
{
sbytewid=sbiwidth+31;
swwid=sbytewid >> 5;
sbytewid=swwid*4;
swwid=(sbiwidth + 7) >> 3;
}
if((sbibitcount == 1)&&(setret == 0))
{
shgtctr=0;
while(shgtctr < sbiheight)
{
svoutbase=(shgtctr + YDest)*wlisawid;
svoutbase=svoutbase+(XDest >> 3);
svebase=sbiheight-shgtctr;
svebase=svebase-1;
svebase=svebase*sbytewid;
swwdctr=0;
while(swwdctr < swwid)
{
svosub=swwdctr+svoutbase;
svisub=swwdctr+svebase;
svchr=(int)(*(lvvbits + svisub));
if(svchr < 0)svchr=svchr+256;
wkelly[svosub]=trev[svchr];
swwdctr=swwdctr+1;
}
shgtctr=shgtctr+1;
}
}
return setret;
}
// end of SetDIBitsToDevice
int GetMessage(MSG* gmsg,int zgm2,
int zgm3,int zgm4)
{
int t,sv;
typekelly=0;
validkelly=0;
t=XCheckMaskEvent(kellydis,kellymask,&xekelly);
if(t != 0)
{
if(xekelly.type == KeyRelease)
{
if(xekelly.xkey.send_event == 0)
{
sv=xekelly.xkey.keycode;
keykelly=wkey[sv];
typekelly=WM_KEYUP;
validkelly=1;
}
}
if(xekelly.type == KeyPress)
{
if(xekelly.xkey.send_event == 0)
{
sv=xekelly.xkey.keycode;
keykelly=wkey[sv];
typekelly=WM_KEYDOWN;
validkelly=1;
}
}
if(xekelly.type == ButtonPress)
{
if(xekelly.xbutton.send_event == 0)
{
keykelly=1;
typekelly=WM_LBUTTONDOWN;
validkelly=1;
// line 640
kelmoupos = 65536 * xekelly.xbutton.y;
kelmoupos = kelmoupos + xekelly.xbutton.x;
}
}
if(xekelly.type == MotionNotify)
{
if(xekelly.xmotion.send_event == 0)
{
keykelly=0;
typekelly=WM_MOUSEMOVE;
validkelly=1;
kelmoupos = 65536 * xekelly.xmotion.y;
kelmoupos = kelmoupos + xekelly.xmotion.x;
}
}
// ---------------------------------
// if(xekelly.type == CreateNotify)
// {
// if(xekelly.create.send_event == 0)
// {
// typekelly=WM_CREATE;
// validkelly=1;
// }
// }
if(xekelly.type == DestroyNotify)
{
// if(xekelly.create.send_event == 0)
// {
typekelly=WM_DESTROY;
validkelly=1;
// }
}
if(xekelly.type == Expose)
{
if(xekelly.xexpose.count == 0)
{
validkelly=1;
typekelly=WM_PAINT;
}
}
if(xekelly.type == ConfigureNotify)
{
if(xekelly.xconfigure.send_event == 0)
{
kellywid=xekelly.xconfigure.width;
kellyhgt=xekelly.xconfigure.height;
wlisawid = (kellywid + 7) >> 3;
}
}
}
return kellygm;
}
// end of GetMessage
int TranslateMessage(MSG* tcb)
{
return 0;
}
int DispatchMessage(MSG* mcb)
{
int dmr;
LPARAM dmouxy;
UINT cbmess;
WPARAM cbwp;
dmouxy=0;
cbwp=0;
dmr=1;
cbmess=typekelly;
if((typekelly==WM_KEYDOWN)||(typekelly==WM_KEYUP))
{
cbwp=keykelly;
}
if(typekelly==WM_LBUTTONDOWN)
{
cbwp = 1;
dmouxy = kelmoupos;
}
if(typekelly==WM_MOUSEMOVE)
{
cbwp = 0;
dmouxy = kelmoupos;
}
if(validkelly > 0)
{
dmr=(*kellycb)(NULL,cbmess,cbwp,dmouxy);
}
return dmr;
}
int GetWindowRect(HWND gwrhh,RECT* gwrwh)
{
(*gwrwh).left=0;
(*gwrwh).top=0;
(*gwrwh).right=kellywid+(*gwrwh).left;
(*gwrwh).bottom=kellyhgt+(*gwrwh).top;
return 0;
}
int RedrawWindow(HWND rdwh,RECT* rdwr,
int rw3,int rwor4)
{
sekelly.type=Expose;
sekelly.xexpose.type=Expose;
sekelly.xexpose.send_event=0;
sekelly.xexpose.display=kellydis;
sekelly.xexpose.window=kellywin;
sekelly.xexpose.x=(*rdwr).left;
sekelly.xexpose.y=(*rdwr).top;
sekelly.xexpose.width=(*rdwr).right-(*rdwr).left;
sekelly.xexpose.height=(*rdwr).bottom-(*rdwr).top;
XSendEvent(kellydis,kellywin,
1,ExposureMask,&sekelly);
return 0;
}
HDC BeginPaint(HWND bphw,PAINTSTRUCT* bps)
{
getgc(kellywin,&kellygc,1);
return 0;
}
int EndPaint(HWND ephw,PAINTSTRUCT* eps)
{
kellymap=XCreatePixmapFromBitmapData(kellydis,
kellywin,wkelly,kellywid,kellyhgt,
WhitePixel(kellydis,kellynum),
BlackPixel(kellydis,kellynum),kellydepth);
XCopyArea(kellydis,kellymap,kellywin,
kellygc,0,0,kellywid,kellyhgt,0,0);
XFreePixmap(kellydis,kellymap);
XFreeGC(kellydis,kellygc);
return 0;
}
HWND CreateWindow(char* jn,char* snw,
int olap3,int xul,int yul,
int widcw,int hgtcw,
int cw8,int cw9,char* cwinstance,int cwii)
{
kellyulxz=xul;
kellyulyz=yul;
kellywid=widcw;
kellyhgt=hgtcw;
wlisawid=(kellywid + 7) >> 3;
kellynull = NULL;
PostQuitMessage(1);
kellydis=XOpenDisplay(kellynull);
kellynum=DefaultScreen(kellydis);
kellydepth=DefaultDepth(kellydis,kellynum);
kellywin=makexw(ksizeh,kwmhints,kclassh);
XSetWMProperties(kellydis,kellywin,0,0,
argkb,argkd,ksizeh,kwmhints,kclassh);
// getgc(kellywin,&kellygc,1);
XMapWindow(kellydis,kellywin);
// backup initialization is next
(*kellycb)(NULL,WM_CREATE,0,0);
return 0;
}
int PostQuitMessage(int qmess)
{
kellygm=qmess;
return 0;
}
int RegisterClass(WNDCLASS* kelwnd)
{
kellycb = (*(kelwnd)).lpfnWndProc;
return 0;
}
void getgc(Window wigc,GC* wrgc,int zbnzw)
{
unsigned long vgcmask=0;
XGCValues vgcvalues;
unsigned int gclw=1;
int linestyle=LineSolid;
int capstyle=CapRound;
int joinstyle=JoinRound;
int fillstyle=FillSolid;
*wrgc=XCreateGC(kellydis,wigc,vgcmask,&vgcvalues);
XSetLineAttributes(kellydis,*wrgc,gclw,
linestyle,capstyle,joinstyle);
if(zbnzw == 0)
{
XSetBackground(kellydis,*wrgc,
WhitePixel(kellydis,kellynum));
}
if(zbnzw == 1)
{
XSetBackground(kellydis,*wrgc,
BlackPixel(kellydis,kellynum));
}
XSetFillStyle(kellydis,*wrgc,fillstyle);
if(zbnzw == 0)XSetForeground(kellydis,*wrgc,
BlackPixel(kellydis,kellynum));
if(zbnzw == 1)XSetForeground(kellydis,*wrgc,
WhitePixel(kellydis,kellynum));
}
// end of getgc(Window,GC*,int);
Window makexw(XSizeHints* sizehints,
XWMHints* wmhints,XClassHint* classhints)
{
// int sbmask;
Window trix;
trix=XCreateSimpleWindow(kellydis,
RootWindow(kellydis,kellynum),
kellyulxz,kellyulyz,
kellywid,kellyhgt,4,
BlackPixel(kellydis,kellynum),
WhitePixel(kellydis,kellynum));
// nzshift=0;
sizehints = XAllocSizeHints();
wmhints = XAllocWMHints();
classhints = XAllocClassHint();
(*(wmhints)).initial_state=NormalState;
(*(wmhints)).input = True;
(*(wmhints)).icon_pixmap = 0;
(*(wmhints)).flags = StateHint | InputHint;
(*(classhints)).res_name = 0;
(*(classhints)).res_class = "Basicwin";
(*(sizehints)).flags=PPosition|PSize|PMinSize;
(*(sizehints)).min_width = kellywid;
(*(sizehints)).min_height = kellyhgt;
kellymask = 0;
kellymask = kellymask | KeyPressMask;
kellymask = kellymask | KeyReleaseMask;
kellymask = kellymask | ExposureMask;
kellymask = kellymask | StructureNotifyMask;
kellymask = kellymask | ButtonPressMask;
kellymask = kellymask | PointerMotionMask;
// kellymask=kellymask | SubstructureNotifyMask;
XSelectInput(kellydis,trix,kellymask);
return trix;
}
// ------------- bottom of windowmake
// ------------------------------------
int OpenClipboard(HWND ocbFrom)
{
return 0;
}
kellyhan GetClipboardData(int GCDtype)
{
return NULL;
}
int CloseClipboard()
{
return 0;
}
kellyhan GlobalAlloc(int GAt,int GATsize)
{
return NULL;
}
VOID* GlobalLock(kellyhan GLarea)
{
return NULL;
}
int GlobalUnlock(kellyhan GUhan)
{
return 0;
}
kellyhan GlobalHandle(kellyhan GHahan)
{
return NULL;
}
kellyhan SetClipboardData(int SCDtype,
kellyhan SCDhan)
{
return NULL;
}
LRESULT DefWindowProc(HWND DWPa,UINT DWPb,
WPARAM DWPc,LPARAM DWPd)
{
return 1;
}
kellyhan LoadIcon(char* LIlpc,int LIona)
{
return NULL;
}
kellyhan LoadCursor(char* LClpc,int LCona)
{
return NULL;
}
int ShowWindow(HWND SWh,int SWnum)
{
return 0;
}
int UpdateWindow(HWND UWhan)
{
return 0;
}
// -------------------------------------
int main(int iiwi,char** argci)
{
int awid4;
LPSTR cmd3;
HINSTANCE wmp2;
HINSTANCE wma1;
int chteep,chwmt;
argkd=0;
argkb=NULL;
kellywm = &WinMain;
cmd3=NULL;
awid4=0;
chteep=0;
chwmt=65;
wmp2=0;
wma1=0;
if(iiwi == 2)
{
cmd3 = *(argci + 1);
while(chwmt > 32)
{
chwmt = (int)(*(cmd3 + chteep));
if(chwmt > 32)
{
chteep = chteep +1;
if(chteep > 75)chwmt=0;
}
}
awid4=chteep;
}
chteep=(*kellywm)(wma1,wmp2,cmd3,awid4);
return 0;
}
// main uses (*(*(argci + 1)+ctr)) if iiwi == 2
// bam10004.h
// This is the last line of this header file
/* after end of header file
WM_KEYUP and WM_KEYDOWN and WM_PAINT */
// This is the first line of this header file.
// bam10004.h
// ( Written by Eric Matteson )
// Traditional 32-bit C Windows applications
// programs use WinMain instead of main and
// DispatchMessage calls LRESULT CALLBACK
// with type of message such as WM_KEYDOWN
// and WM_PAINT
// ...............
// int WINAPI WinMain(HINSTANCE,
// HINSTANCE,LPSTR,int);
// WINAPI does not really exist in the c language
// HINSTANCE is an undefined symbol or null
// and is not used
// There is a LPSTR with the command line argument
// and the rightmost int should be
// the length of the command
// line argument.
// ..................................
// typedef LRESULT (CALLBACK *WNDPROC)(HWND,
// UINT,WPARAM,LPARAM);
// CALLBACK does not really exist in the
// c language.
// ......................
// int SetDIBitsToDevice(HDC bamdc,
// int XDest,int YDest,DWORD dwWidth,
// DWORD dwHeight,
// int zeroXSrc,int zeroYSrc,UINT zeStartScan,
// UINT cScanLines,
// VOID* lpvBits,
// BITMAPINFO* lpbmi,
// UINT fuColorUse);
// SetDIBitsToDevice is used to draw a bitmap
// structure that is located in memory onto
// the screen. bam10004.h (Even numbered header)
// provides a high speed one-bit per pixel
// implementation of SetDIBitsToDevice.
// There are 12 arguments 1-12 only some
// are nonzero.
// Argument 1 is usully null and is not checked.
// Arguments 2 and 3 are the ( 0 minimum )
// coordinates of the upper left corner
// of the bitmap even though drawing starts
// at the lower left corner because bitmaps
// themselves are upside down.
// Argument 2 xCoord must be a multiple of 8.
// Arguments 4 and 5 are the width and height
// of the bitmap and must match the width
// and height inside the bitmap data structure.
// Argument 4 width must be a multiple of 8.
// ( 8 pixels per undividable whole byte. )
// Arguments 6 and 7 and 8 must be 0.
// Argument 9 must equal the height.
// Argument 10 is a pointer to a set of bytes
// that is eight pixels per byte for the
// required monochrome bitmap. Dots on screen
// are dark for 0 or white for 1.
// Argument 10 points to bitmapstructure+62
// at the required monochrome bitmap.
// Argument 11 points to bitmapstructure+14
// to verify width and height and one bit
// per pixel plus anything else that needs
// verifying.
// Argument 12 must be 0.
// REM bitmap header for bitmaps
// REM 0 00 2 "BM" value 19778
// REM 02 4 bfsize
// REM 06 2 2r1
// REM 08 2 2r2
// REM 0a 4 bfoffbits to start of bitmap
// REM 0e 4 bisize of header (*arg11_here)
// REM 18 12 4 biwidth IN PIXELS (multiple of 8)
// REM 22 16 4 biheight IN PIXELS
// REM 1a 2 biplanes srt to 0001
// REM 28 1c 2 bibitcount = {1,4,8,24} (1 here!)
// REM 1e 4 NZ_bicompression must be 0 here.
// REM 22 4 bisize size of image or 0 (0 here)
// REM 26 4 bixpelspermeter (Not checked)
// REM 2a 4 biypelspermeter (Not checked)
// REM 46 2e 4 biclrused is number of colors
// used while > 0 AND [1C]=8 (0 here)
// REM 32 4 biclrimportant or 0 (0 here)
// REM 54 36 4*[1C] or 0 for [1C]==24
// COLORTABLE BGR0 BGR0
// REM 62 3E bitmap in upside down format after
// colortable each line of dwords
// -------------------------------------------
// SetDIBitsToDevice then has to convert the
// upside down windows bitmap to upside up
// and also reverse the order of bits within
// each byte to provide the first buffer
// character array with a valid pattern
// to later send to the XWindows display.
// SetDIBitsToDevice also has to keep track of
// the target XWindow width promoted
// to the next whole multiple of 8
// if not a remainder of 0.
// .................................
// int GetMessage(MSG* gmsg,int zgm2,
// int zgm3,int zgm4);
// Unknown first parameter is null in this
// example. Internal global variables kkep
// track of message type from Linux XWindows
// and translate it into Windows message type.
// Returns nonzero until time to close
// Window and quit program.
// GetMessage is usually at top of while loop
// and calling DispatchMessage after it
// calls LRESULT CALLBACK.
// ......................
// int (*kellycb)(HWND cbh,UINT cbmess,
// WPARAM cbwp,LPARAM cbl);
// Often called LRESULT CALLBACK this is the
// declaration for the function pointer to
// the users application program that handles
// events. cbmess is message type like
// WM_KEYDOWN that uses cbwp as its raw
// keycode. WM_PAINT means it is time to call
// the redraw screen sequence BeginPaint
// SetDIBitsToDevice and EndPaint.
// ...............................
// int (*kellywm)(HINSTANCE wma1,HINSTANCE wmp2,
// LPSTR cmd3,int awid4);
// Template for WinMain. wma1 and wma2 are
// probably null and cmd3 is a string of
// the command line argument if present and
// awid4 is the length of the command line
// argument.
// int DispatchMessage(MSG* mcb);
// mcb might be null. Internal
// global variables that
// were set by previous call to
// GetMessage are used in this
// functions call to LRESULT CALLBACK
// in the users applications program
// to process each event.
// ......
// int GetWindowRect(HWND gwrhh,RECT* gwrwh);
// gets the Window rectangle width and
// height of host Linux XWindow.
// int RedrawWindow(HWND rdwh,RECT* rdwr,
// int rw3,int rwor4);
// sends a xexpose event to redraw the
// XWindow by setting next event to
// expose ythen returns WM_PAINT
// request from GetMessage then
// call to next DispatchMessage
// is a WM_PAINT
// ................................
// int EndPaint(HWND ephw,PAINTSTRUCT* eps);
// Arguments are ignored. might be null.
// The internal character array that was
// previously written to by SetDIBitsToDevice
// is placed into another buffer and then
// written to XWindows screen now.
// Then the GC is deleted.
// ...........
// HWND CreateWindow(char* jn,char* snw,
// int olap3,int xul,int yul,
// int widcw,int hgtcw,
// int cw8,int cw9,char* cwinstance,int cwii);
// widcw and hgtcw are the two arguments that
// work in this function
// widcw should be a multiple of 8 and
// less than 640.
// hgtcw should be less than 480.
// .................................
// HDC BeginPaint(HWND bphw,PAINTSTRUCT* bps);
// Creates the Graphics context called a GC
// BeginPaint is called before SetDIBitsToDevice
// and EndPaint is called after SetDIBitsToDevice
// These functions are called if cbmess is
// WM_PAINT within the LRESULT CALLBACK.
// ......................................
// int PostQuitMessage(int qmess);
// Call this with qmess=0 to end the
// Windows Applications program.
// .................................
// int TranslateMessage(MSG* tcb);
// Does nothing. Microsoft started by failing
// to translate arrow keys and other similar
// keys. In here it does NOTHING.
// -----------------------
// int RegisterClass(WNDCLASS* kelwnd);
// Used to set
// kellycb = (*(kelwnd)).lpfnWndProc;
// within the WNDCLASS structure in WinMain
// to set the name of the LRESULT CALLBACK
// routine within the users application program
// -----------------------------------------
// beginning of compilable header file.
// The following two arrays of constants
// were written by a computer program
int trev[]={0,-128,64,-64,32,-96,96,-32,
16,-112,80,-48,48,-80,112,-16,
8,-120,72,-56,40,-88,104,-24,
24,-104,88,-40,56,-72,120,-8,
4,-124,68,-60,36,-92,100,-28,
20,-108,84,-44,52,-76,116,-12,
12,-116,76,-52,44,-84,108,-20,
28,-100,92,-36,60,-68,124,-4,
2,-126,66,-62,34,-94,98,-30,
18,-110,82,-46,50,-78,114,-14,
10,-118,74,-54,42,-86,106,-22,
26,-102,90,-38,58,-70,122,-6,
6,-122,70,-58,38,-90,102,-26,
22,-106,86,-42,54,-74,118,-10,
14,-114,78,-50,46,-82,110,-18,
30,-98,94,-34,62,-66,126,-2,
1,-127,65,-63,33,-95,97,-31,
17,-111,81,-47,49,-79,113,-15,
9,-119,73,-55,41,-87,105,-23,
25,-103,89,-39,57,-71,121,-7,
5,-123,69,-59,37,-91,101,-27,
21,-107,85,-43,53,-75,117,-11,
13,-115,77,-51,45,-83,109,-19,
29,-99,93,-35,61,-67,125,-3,
3,-125,67,-61,35,-93,99,-29,
19,-109,83,-45,51,-77,115,-13,
11,-117,75,-53,43,-85,107,-21,
27,-101,91,-37,59,-69,123,-5,
7,-121,71,-57,39,-89,103,-25,
23,-105,87,-41,55,-73,119,-9,
15,-113,79,-49,47,-81,111,-17,
31,-97,95,-33,63,-65,127,-1};
int wkey[]={399,399,399,399,
399,399,399,399,
399,27,49,50,51,52,53,54,
55,56,57,48,189,187,8,399,
81,87,69,82,84,89,85,73,
79,80,219,221,13,399,65,83,
68,70,71,72,74,75,76,186,
222,192,16,220,90,88,67,86,
66,78,77,188,190,191,16,106,
399,32,399,399,399,399,399,399,
399,399,399,399,399,399,399,55,
56,57,109,52,53,54,107,49,
50,51,48,110,399,399,399,399,
399,36,38,33,37,399,39,35,
40,34,45,46,13,399,399,399,
111,399,399,399,399,399,399,399,
399,399,399,399,399,399,399,399,
399,399,399,399,399,399,399,399,
399,399,399,399,399,399,399,399,
399,399,399,399,399,399,399,399,
399,399,399,399,399,399,399,399,
399,399,399,399,399,399,399,399,
399,399,399,399,399,399,399,399,
399,399,399,399,399,399,399,399,
399,399,399,399,399,399,399,399,
399,399,399,399,399,399,399,399,
399,399,399,399,399,399,399,399,
399,399,399,399,399,399,399,399,
399,399,399,399,399,399,399,399,
399,399,399,399,399,399,399,399,
399,399,399,399,399,399,399,399,
399,399,399,399,399,399,399,399,
399,399,399,399,399,399,399,-1};
// The preceeding two arrays were created
// by a computer program.
// This bam10004.h header file is used
// to compile c language applications
// programs written for Microsoft Windows
// into Linux. One bit per pixel is provided
// so monochrome bitmaps can be displayed.
// This bam10004.h header file is written by
// Eric Matteson.
// Copyright C 2008 by Eric Matteson
// Permission is hereby granted to copy
// this source code file bam10004.h and
// to publish it on the Internet and
// to use it at least for non-profit use.
// name parts
// bam identifies as a bambi header file
// Windows to Linux Xwindows.
// five digit number 10004
// even numbers are for one-bit-per-pixel
// monochrome versions of this header.
// ----------------------------------------
// char debline[]={"DEBUG LINE *******--"};
// #include<stdio.h>
// ----------------------
#include<fcntl.h>
#include<sys/stat.h>
#include<unistd.h>
#include<dirent.h>
// ---------------------
#include<X11/Xutil.h>
int wlisawid,validkelly,kelmoupos;
int kellyulxz,kellyulyz;
int kellywid,kellyhgt,needfindc;
int typekelly,keykelly,kellygm;
int kellynum,kellydepth;
int kellymask;
char* kellynull;
GC kellygc;
Pixmap kellymap;
Display* kellydis;
Window kellywin;
XEvent xekelly;
XEvent sekelly;
XSizeHints* ksizeh;
XWMHints* kwmhints;
XClassHint* kclassh;
struct dirent *xfiveep;
DIR* xfivedp;
char** argkb;
int argkd;
// ---------------------
char wkelly[541000];
// ---
// Begin Windows 98 Win 32 API declarations
// types and structures
typedef unsigned long DWORD;
typedef char *LPSTR;
typedef void *kellyh;
typedef kellyh HDC;
typedef kellyh HANDLE;
typedef kellyh HGLOBAL;
typedef kellyh HINSTANCE;
typedef kellyh HWND;
typedef kellyh HBRUSH;
typedef kellyh HCURSOR;
typedef kellyh HICON;
typedef kellyh kellyhan;
typedef int BOOL;
typedef unsigned int UINT;
typedef unsigned int WPARAM;
typedef long LPARAM;
typedef unsigned char BYTE;
typedef char *BITMAPINFO;
typedef long LRESULT;
typedef const char *LPCWSTR;
typedef char POINT;
// typedef char VOID;
#define VOID void
// Numbers for Windows constants are
// chosen at random and these constants
// are not binary compaible with
// genuine Microsoft Windows!
// file access constants
#define FILE_BEGIN 768
#define FILE_CURRENT 769
#define FILE_END 770
#define GENERIC_READ 0x80000300
#define GENERIC_WRITE 0x40000300
#define CREATE_ALWAYS 770
#define FILE_ATTRIBUTE_NORMAL 896
#define FILE_SHARE_READ 769
#define OPEN_EXISTING 771
#define OPEN_ALWAYS 772
#define FILE_FLAG_SEQUENTIAL_SCAN 134218496
#define INVALID_HANDLE_VALUE NULL
// -----------------------
// graphics and keyboard constants
// are next with different
// random numbering rules.
#define WM_MOUSEMOVE 1130
#define WM_LBUTTONDOWN 1131
#define WM_RBUTTONDOWN 1134
#define MK_LBUTTON 619
#define MK_RBUTTON 620
#define GMEM_MOVEABLE 620
#define GMEM_DDESHARE 8810
#define CF_OEMTEXT 625
#define WM_CREATE 619
#define WM_DESTROY 620
#define WM_PAINT 633
#define WM_KEYDOWN 874
#define WM_KEYUP 875
#define RDW_ERASENOW 1130
#define RDW_INVALIDATE 619
#define CS_HREDRAW 620
#define CS_VREDRAW 619
#define IDI_APPLICATION 33130
#define IDC_ARROW 33130
#define COLOR_WINDOW 623
#define WS_OVERLAPPEDWINDOW 13596570
#define CALLBACK
#define WINAPI
// ------------------
typedef struct
{
long left;
long top;
long right;
long bottom;
}RECT;
typedef struct
{
HDC hdc;
BOOL fErase;
RECT rcPaint;
BOOL fRestore;
BOOL sIncUpdate;
BYTE rebReserved[32];
} PAINTSTRUCT;
typedef struct
{
char cFileName[144];
}WIN32_FIND_DATA;
typedef struct
{
HWND hwnd;
UINT message;
WPARAM wParam;
LPARAM lParam;
DWORD time;
POINT pt;
} MSG;
typedef LRESULT (CALLBACK *WNDPROC)(HWND,
UINT,WPARAM,LPARAM);
// typedef int (WINAPI *WinMain)(HINSTANCE,
// HINSTANCE,LPSTR,int);
int WINAPI WinMain(HINSTANCE,
HINSTANCE,LPSTR,int);
typedef struct
{
UINT style;
WNDPROC lpfnWndProc;
int cbClsExtra;
int cbWndExtra;
HINSTANCE hInstance;
HICON hIcon;
HCURSOR hCursor;
HBRUSH hbrBackground;
LPCWSTR lpszMenuName;
LPCWSTR lpszClassName;
} WNDCLASS;
// ----------------------
// declare win32 API functions
// file accessing functions
int ReadFile(HANDLE rhfile,VOID* rlpbuffer,
DWORD rwidth,unsigned long *outwid,char* nelly);
int WriteFile(HANDLE whfile,VOID* wlpbuffer,
DWORD wwidth,unsigned long *outwid,char* nelly);
DWORD SetFilePointer(HANDLE hsfile,long dmove,
long *dhigh,DWORD method);
DWORD GetFileSize(HANDLE gfshan,char* gfsnelly);
HANDLE CreateFile(char* gcfn,DWORD drwsel,
DWORD zsm,char* securnel,DWORD dwcd,
DWORD zattrib,HANDLE cfnelly);
int CloseHandle(HANDLE chww);
HANDLE FindFirstFile(char* fboot,
WIN32_FIND_DATA* fffd);
int FindNextFile(HANDLE fnfh,
WIN32_FIND_DATA* fffn);
int FindClose(HANDLE fcloh);
// graphics pixel functions
int SetDIBitsToDevice(HDC bamdc,
int XDest,int YDest,DWORD dwWidth,
DWORD dwHeight,
int zeroXSrc,int zeroYSrc,UINT zeStartScan,
UINT cScanLines,
VOID* lpvBits,
BITMAPINFO* lpbmi,
UINT fuColorUse);
int GetMessage(MSG* gmsg,int zgm2,
int zgm3,int zgm4);
int (*kellycb)(HWND cbh,UINT cbmess,
WPARAM cbwp,LPARAM cbl);
int (*kellywm)(HINSTANCE wma1,HINSTANCE wmp2,
LPSTR cmd3,int awid4);
int DispatchMessage(MSG* mcb);
int GetWindowRect(HWND gwrhh,RECT* gwrwh);
int RedrawWindow(HWND rdwh,RECT* rdwr,
int rw3,int rwor4);
int EndPaint(HWND ephw,PAINTSTRUCT* eps);
HWND CreateWindow(char* jn,char* snw,
int olap3,int xul,int yul,
int widcw,int hgtcw,
int cw8,int cw9,char* cwinstance,int cwii);
HDC BeginPaint(HWND bphw,PAINTSTRUCT* bps);
int PostQuitMessage(int qmess);
int TranslateMessage(MSG* tcb);
int RegisterClass(WNDCLASS* kelwnd);
// used functions are above
// unimplemented functions are next
int OpenClipboard(HWND ocbFrom);
kellyhan GetClipboardData(int GCDtype);
int CloseClipboard();
kellyhan GlobalAlloc(int GAt,int GATsize);
VOID* GlobalLock(kellyhan GLarea);
int GlobalUnlock(kellyhan GUhan);
kellyhan GlobalHandle(kellyhan GHahan);
kellyhan SetClipboardData(int SCDtype,
kellyhan SCDhan);
LRESULT DefWindowProc(HWND DWPa,UINT DWPb,
WPARAM DWPc,LPARAM DWPd);
kellyhan LoadIcon(char* LIlpc,int LIona);
kellyhan LoadCursor(char* LClpc,int LCona);
int ShowWindow(HWND SWh,int SWnum);
int UpdateWindow(HWND UWhan);
// - end of Windows 98 win32 API declarations
// ------------------------------------------
void getgc(Window wigc,GC* wrgc,int zbnzw);
Window makexw(XSizeHints* sizehints,
XWMHints* wmhints,XClassHint* classhints);
void deprint(char* depres,int depw,
int depin);
int mwrevcram(int repos,int revmany,
char* mwrfrom);
int findscpy(int fdscmax,char* fdscl,
char* fdscr);
// ------------------------ begin functions
int ReadFile(HANDLE rhfile,VOID* rlpbuffer,
DWORD rwidth,unsigned long *outwid,char* nelly)
{
*outwid = read(rhfile,rlpbuffer,rwidth);
return 0;
}
int WriteFile(HANDLE whfile,VOID* wlpbuffer,
DWORD wwidth,unsigned long *outwid,char* nelly)
{
*outwid = write(whfile,wlpbuffer,wwidth);
return 0;
}
DWORD SetFilePointer(HANDLE hsfile,long dmove,
long *dhigh,DWORD method)
{
DWORD sfpres;
sfpres=0;
if(method == FILE_BEGIN)
{
sfpres=lseek(hsfile,dmove,SEEK_SET);
}
if(method == FILE_CURRENT)
{
sfpres=lseek(hsfile,dmove,SEEK_CUR);
}
if(method == FILE_END)
{
sfpres=lseek(hsfile,dmove,SEEK_END);
}
return sfpres;
}
DWORD GetFileSize(HANDLE gfshan,char* gfsnelly)
{
DWORD gfsgfsr;
long gfsdh[1];
gfsgfsr=SetFilePointer(gfshan,0,gfsdh,FILE_END);
SetFilePointer(gfshan,0,gfsdh,FILE_BEGIN);
return gfsgfsr;
}
HANDLE CreateFile(char* gcfn,DWORD drwsel,
DWORD zsm,char* securnel,DWORD dwcd,
DWORD zattrib,HANDLE cfnelly)
{
HANDLE crfres;
int opfres,latt;
opfres=0;
crfres = NULL;
latt = S_IRUSR | S_IWUSR | S_IRGRP | S_IROTH;
latt = latt | S_IWGRP;
latt = latt | S_IXUSR | S_IXGRP | S_IXOTH;
if(drwsel == GENERIC_WRITE)
{
opfres=open(gcfn,O_WRONLY | O_CREAT | O_TRUNC,
latt);
}
else if(drwsel==(GENERIC_READ | GENERIC_WRITE))
{
opfres=open(gcfn,O_RDWR | O_CREAT,
latt);
}
else if(drwsel == GENERIC_READ)
{
opfres=open(gcfn,O_RDONLY,
latt);
}
if((opfres > 0)&&(opfres <= 127))
{
crfres=(HANDLE)opfres;
}
return crfres;
}
int CloseHandle(HANDLE chww)
{
return close(chww);
}
// -------------------- 361
// void ldep(int lv)
// {
// deprint(debline,10,lv);
// fwrite(debline,12,1,stdout);
// }
// ----------------------------- 367
HANDLE FindFirstFile(char* fboot,
WIN32_FIND_DATA* fffd)
{
HANDLE fffres;
fffres=NULL;
// ldep(fffres);
xfivedp=opendir("./");
// ldep(xfivedp);
needfindc=1;
if(xfivedp != NULL)
{
xfiveep=readdir(xfivedp);
// ldep(xfiveep);
if(xfiveep == NULL)
{
closedir(xfivedp);
needfindc=0;
}
if(xfiveep != NULL)
{
if(findscpy(128,(*fffd).cFileName,(*xfiveep).d_name)>0)
{
fffres=xfivedp;
// ldep(fffres);
}
if(fffres == NULL)
{
closedir(xfivedp);
needfindc=0;
}
}
}
// ldep(fffres);
return fffres;
}
int FindNextFile(HANDLE fnfh,
WIN32_FIND_DATA* fffn)
{
int fnfres;
char fnfnus[144];
fnfnus[0]='\0';
fnfnus[1]='\0';
// findscpy(128,(*fffn).cFileName,fnfnus);
fnfres=2;
xfiveep=readdir(fnfh);
// ldep(xfiveep);
if(xfiveep != NULL)
{
if(findscpy(128,fnfnus,(*xfiveep).d_name)>0)
{
// ldep(*((*fffn).cFileName));
fnfres=1;
findscpy(128,(*fffn).cFileName,(*xfiveep).d_name);
}
}
if(((fnfres & 1) == 0)&&(needfindc == 1))
{
closedir(fnfh);
needfindc=0;
}
return fnfres;
}
int FindClose(HANDLE fcloh)
{
if(needfindc == 1)
{
closedir(fcloh);
needfindc=0;
}
return needfindc;
}
// end of file functions
int findscpy(int fdscmax,char* fdscl,
char* fdscr)
{
int fdscilop,fdsclow;
char fdscmid;
fdscilop=0;
while(fdscilop < fdscmax)
{
*(fdscl + fdscilop)='\0';
fdscilop = fdscilop + 1;
}
fdsclow=1;
fdscilop=0;
while(fdsclow > 0)
{
fdscmid = *(fdscr + fdscilop);
if(fdscmid < 33)fdsclow=0;
if(fdsclow > 0)
{
*(fdscl + fdscilop) = fdscmid;
fdscilop = fdscilop + 1;
if(fdscilop >= fdscmax)fdsclow=0;
}
}
if(fdscilop < fdscmax)
{
*(fdscl + fdscilop) = '\0';
}
return fdscilop;
}
void deprint(char* depres,int depw,int depin)
{
int deptop,depfrac,deprem,depbase;
int depctr,deprod;
deptop=depin;
depbase=10;
if(depin < 0)deptop=0-(depin+1);
depctr=depw-1;
while(depctr >= 0)
{
deprem=0-2;
depfrac=deptop/depbase;
while(deprem < 0)
{
deprod=depfrac*depbase;
deprem=deptop-deprod;
if(deprem < 0)depfrac=depfrac-1;
}
if(depin < 0)deprem=(depbase-1)-deprem;
deprem=deprem+48;
*(depres + depctr)=(char)deprem;
deptop=depfrac;
depctr=depctr-1;
}
*(depres+depw)='\015';
*(depres+(depw+1))='\012';
}
int mwrevcram(int repos,int revmany,
char* mwrfrom)
{
int mwrevout,mwrctr,mwrterm;
mwrevout=0;
mwrctr=revmany-1;
while(mwrctr >= 0)
{
mwrterm=(int)(*(mwrfrom+(mwrctr+repos)));
if(mwrterm < 0)mwrterm=mwrterm+256;
mwrevout=mwrevout*256;
mwrevout=mwrevout+mwrterm;
mwrctr=mwrctr-1;
}
return mwrevout;
}
// ------
// bitmap header
// 00 2 19778
// 02 12 skipped
// 14 4 skipped 00 +14 is start (BITMAPINFO*)
// 18 4 biwidth 04
// 22 4 biheight 08
// 26 2 biplanes 12 always 1
// 28 2 bibitcount 14 values {1,4,8,24};
// 30 4 zerouncompressed 16 0
// 34 12 skipper 20
// 46 4 biclrused 36 number of colors used if > 0
// 50 4 36 skip
// 54 8 monochrome colortable 00 16777215
// 62 bottom line of pixels
// increase width up to next dword
// --------
int SetDIBitsToDevice(HDC bamdc,
int XDest,int YDest,DWORD dwWidth,
DWORD dwHeight,
int zeroXSrc,int zeroYSrc,UINT zeStartScan,
UINT cScanLines,
VOID* lpvBits,
BITMAPINFO* lpbmi,
UINT fuColorUse)
{
char* lpvmi;
char* lvvbits;
int sbiwidth,sbiheight,sbibitcount;
int sznocomp,setret;
int sbiclrused,sctwhite,sctblack;
int swwid,sbytewid;
int shgtctr,swwdctr,svebase,svoutbase;
int svchr,svisub,svosub;
lpvmi=(char*)lpbmi;
lvvbits=(char*)lpvBits;
sbiwidth=mwrevcram(4,4,lpvmi);
sbiheight=mwrevcram(8,4,lpvmi);
sbibitcount=mwrevcram(14,2,lpvmi);
sznocomp=mwrevcram(16,4,lpvmi);
sbiclrused=mwrevcram(32,4,lpvmi);
sctblack=mwrevcram(40,4,lpvmi);
sctwhite=mwrevcram(44,4,lpvmi);
setret=0;
if(sbibitcount > 4)setret=982;
if(sbibitcount != 1)setret=1;
if(sznocomp != 0)setret=982;
if(sbiclrused != 0)setret=982;
if(sctblack != 0)setret=982;
if(sctwhite != 16777215)setret=1;
if(zeroXSrc != 0)setret=982;
if(zeroYSrc != 0)setret=982;
if(zeStartScan != 0)setret=982;
if(cScanLines != dwHeight)setret=982;
if(sbiheight != dwHeight)setret=982;
if(sbiwidth != dwWidth)setret=982;
swwid=0;
sbytewid=0;
if(sbibitcount == 1)
{
sbytewid=sbiwidth+31;
swwid=sbytewid >> 5;
sbytewid=swwid*4;
swwid=(sbiwidth + 7) >> 3;
}
if((sbibitcount == 1)&&(setret == 0))
{
shgtctr=0;
while(shgtctr < sbiheight)
{
svoutbase=(shgtctr + YDest)*wlisawid;
svoutbase=svoutbase+(XDest >> 3);
svebase=sbiheight-shgtctr;
svebase=svebase-1;
svebase=svebase*sbytewid;
swwdctr=0;
while(swwdctr < swwid)
{
svosub=swwdctr+svoutbase;
svisub=swwdctr+svebase;
svchr=(int)(*(lvvbits + svisub));
if(svchr < 0)svchr=svchr+256;
wkelly[svosub]=trev[svchr];
swwdctr=swwdctr+1;
}
shgtctr=shgtctr+1;
}
}
return setret;
}
// end of SetDIBitsToDevice
int GetMessage(MSG* gmsg,int zgm2,
int zgm3,int zgm4)
{
int t,sv;
typekelly=0;
validkelly=0;
t=XCheckMaskEvent(kellydis,kellymask,&xekelly);
if(t != 0)
{
if(xekelly.type == KeyRelease)
{
if(xekelly.xkey.send_event == 0)
{
sv=xekelly.xkey.keycode;
keykelly=wkey[sv];
typekelly=WM_KEYUP;
validkelly=1;
}
}
if(xekelly.type == KeyPress)
{
if(xekelly.xkey.send_event == 0)
{
sv=xekelly.xkey.keycode;
keykelly=wkey[sv];
typekelly=WM_KEYDOWN;
validkelly=1;
}
}
if(xekelly.type == ButtonPress)
{
if(xekelly.xbutton.send_event == 0)
{
keykelly=1;
typekelly=WM_LBUTTONDOWN;
validkelly=1;
// line 640
kelmoupos = 65536 * xekelly.xbutton.y;
kelmoupos = kelmoupos + xekelly.xbutton.x;
}
}
if(xekelly.type == MotionNotify)
{
if(xekelly.xmotion.send_event == 0)
{
keykelly=0;
typekelly=WM_MOUSEMOVE;
validkelly=1;
kelmoupos = 65536 * xekelly.xmotion.y;
kelmoupos = kelmoupos + xekelly.xmotion.x;
}
}
// ---------------------------------
// if(xekelly.type == CreateNotify)
// {
// if(xekelly.create.send_event == 0)
// {
// typekelly=WM_CREATE;
// validkelly=1;
// }
// }
if(xekelly.type == DestroyNotify)
{
// if(xekelly.create.send_event == 0)
// {
typekelly=WM_DESTROY;
validkelly=1;
// }
}
if(xekelly.type == Expose)
{
if(xekelly.xexpose.count == 0)
{
validkelly=1;
typekelly=WM_PAINT;
}
}
if(xekelly.type == ConfigureNotify)
{
if(xekelly.xconfigure.send_event == 0)
{
kellywid=xekelly.xconfigure.width;
kellyhgt=xekelly.xconfigure.height;
wlisawid = (kellywid + 7) >> 3;
}
}
}
return kellygm;
}
// end of GetMessage
int TranslateMessage(MSG* tcb)
{
return 0;
}
int DispatchMessage(MSG* mcb)
{
int dmr;
LPARAM dmouxy;
UINT cbmess;
WPARAM cbwp;
dmouxy=0;
cbwp=0;
dmr=1;
cbmess=typekelly;
if((typekelly==WM_KEYDOWN)||(typekelly==WM_KEYUP))
{
cbwp=keykelly;
}
if(typekelly==WM_LBUTTONDOWN)
{
cbwp = 1;
dmouxy = kelmoupos;
}
if(typekelly==WM_MOUSEMOVE)
{
cbwp = 0;
dmouxy = kelmoupos;
}
if(validkelly > 0)
{
dmr=(*kellycb)(NULL,cbmess,cbwp,dmouxy);
}
return dmr;
}
int GetWindowRect(HWND gwrhh,RECT* gwrwh)
{
(*gwrwh).left=0;
(*gwrwh).top=0;
(*gwrwh).right=kellywid+(*gwrwh).left;
(*gwrwh).bottom=kellyhgt+(*gwrwh).top;
return 0;
}
int RedrawWindow(HWND rdwh,RECT* rdwr,
int rw3,int rwor4)
{
sekelly.type=Expose;
sekelly.xexpose.type=Expose;
sekelly.xexpose.send_event=0;
sekelly.xexpose.display=kellydis;
sekelly.xexpose.window=kellywin;
sekelly.xexpose.x=(*rdwr).left;
sekelly.xexpose.y=(*rdwr).top;
sekelly.xexpose.width=(*rdwr).right-(*rdwr).left;
sekelly.xexpose.height=(*rdwr).bottom-(*rdwr).top;
XSendEvent(kellydis,kellywin,
1,ExposureMask,&sekelly);
return 0;
}
HDC BeginPaint(HWND bphw,PAINTSTRUCT* bps)
{
getgc(kellywin,&kellygc,1);
return 0;
}
int EndPaint(HWND ephw,PAINTSTRUCT* eps)
{
kellymap=XCreatePixmapFromBitmapData(kellydis,
kellywin,wkelly,kellywid,kellyhgt,
WhitePixel(kellydis,kellynum),
BlackPixel(kellydis,kellynum),kellydepth);
XCopyArea(kellydis,kellymap,kellywin,
kellygc,0,0,kellywid,kellyhgt,0,0);
XFreePixmap(kellydis,kellymap);
XFreeGC(kellydis,kellygc);
return 0;
}
HWND CreateWindow(char* jn,char* snw,
int olap3,int xul,int yul,
int widcw,int hgtcw,
int cw8,int cw9,char* cwinstance,int cwii)
{
kellyulxz=xul;
kellyulyz=yul;
kellywid=widcw;
kellyhgt=hgtcw;
wlisawid=(kellywid + 7) >> 3;
kellynull = NULL;
PostQuitMessage(1);
kellydis=XOpenDisplay(kellynull);
kellynum=DefaultScreen(kellydis);
kellydepth=DefaultDepth(kellydis,kellynum);
kellywin=makexw(ksizeh,kwmhints,kclassh);
XSetWMProperties(kellydis,kellywin,0,0,
argkb,argkd,ksizeh,kwmhints,kclassh);
// getgc(kellywin,&kellygc,1);
XMapWindow(kellydis,kellywin);
// backup initialization is next
(*kellycb)(NULL,WM_CREATE,0,0);
return 0;
}
int PostQuitMessage(int qmess)
{
kellygm=qmess;
return 0;
}
int RegisterClass(WNDCLASS* kelwnd)
{
kellycb = (*(kelwnd)).lpfnWndProc;
return 0;
}
void getgc(Window wigc,GC* wrgc,int zbnzw)
{
unsigned long vgcmask=0;
XGCValues vgcvalues;
unsigned int gclw=1;
int linestyle=LineSolid;
int capstyle=CapRound;
int joinstyle=JoinRound;
int fillstyle=FillSolid;
*wrgc=XCreateGC(kellydis,wigc,vgcmask,&vgcvalues);
XSetLineAttributes(kellydis,*wrgc,gclw,
linestyle,capstyle,joinstyle);
if(zbnzw == 0)
{
XSetBackground(kellydis,*wrgc,
WhitePixel(kellydis,kellynum));
}
if(zbnzw == 1)
{
XSetBackground(kellydis,*wrgc,
BlackPixel(kellydis,kellynum));
}
XSetFillStyle(kellydis,*wrgc,fillstyle);
if(zbnzw == 0)XSetForeground(kellydis,*wrgc,
BlackPixel(kellydis,kellynum));
if(zbnzw == 1)XSetForeground(kellydis,*wrgc,
WhitePixel(kellydis,kellynum));
}
// end of getgc(Window,GC*,int);
Window makexw(XSizeHints* sizehints,
XWMHints* wmhints,XClassHint* classhints)
{
// int sbmask;
Window trix;
trix=XCreateSimpleWindow(kellydis,
RootWindow(kellydis,kellynum),
kellyulxz,kellyulyz,
kellywid,kellyhgt,4,
BlackPixel(kellydis,kellynum),
WhitePixel(kellydis,kellynum));
// nzshift=0;
sizehints = XAllocSizeHints();
wmhints = XAllocWMHints();
classhints = XAllocClassHint();
(*(wmhints)).initial_state=NormalState;
(*(wmhints)).input = True;
(*(wmhints)).icon_pixmap = 0;
(*(wmhints)).flags = StateHint | InputHint;
(*(classhints)).res_name = 0;
(*(classhints)).res_class = "Basicwin";
(*(sizehints)).flags=PPosition|PSize|PMinSize;
(*(sizehints)).min_width = kellywid;
(*(sizehints)).min_height = kellyhgt;
kellymask = 0;
kellymask = kellymask | KeyPressMask;
kellymask = kellymask | KeyReleaseMask;
kellymask = kellymask | ExposureMask;
kellymask = kellymask | StructureNotifyMask;
kellymask = kellymask | ButtonPressMask;
kellymask = kellymask | PointerMotionMask;
// kellymask=kellymask | SubstructureNotifyMask;
XSelectInput(kellydis,trix,kellymask);
return trix;
}
// ------------- bottom of windowmake
// ------------------------------------
int OpenClipboard(HWND ocbFrom)
{
return 0;
}
kellyhan GetClipboardData(int GCDtype)
{
return NULL;
}
int CloseClipboard()
{
return 0;
}
kellyhan GlobalAlloc(int GAt,int GATsize)
{
return NULL;
}
VOID* GlobalLock(kellyhan GLarea)
{
return NULL;
}
int GlobalUnlock(kellyhan GUhan)
{
return 0;
}
kellyhan GlobalHandle(kellyhan GHahan)
{
return NULL;
}
kellyhan SetClipboardData(int SCDtype,
kellyhan SCDhan)
{
return NULL;
}
LRESULT DefWindowProc(HWND DWPa,UINT DWPb,
WPARAM DWPc,LPARAM DWPd)
{
return 1;
}
kellyhan LoadIcon(char* LIlpc,int LIona)
{
return NULL;
}
kellyhan LoadCursor(char* LClpc,int LCona)
{
return NULL;
}
int ShowWindow(HWND SWh,int SWnum)
{
return 0;
}
int UpdateWindow(HWND UWhan)
{
return 0;
}
// -------------------------------------
int main(int iiwi,char** argci)
{
int awid4;
LPSTR cmd3;
HINSTANCE wmp2;
HINSTANCE wma1;
int chteep,chwmt;
argkd=0;
argkb=NULL;
kellywm = &WinMain;
cmd3=NULL;
awid4=0;
chteep=0;
chwmt=65;
wmp2=0;
wma1=0;
if(iiwi == 2)
{
cmd3 = *(argci + 1);
while(chwmt > 32)
{
chwmt = (int)(*(cmd3 + chteep));
if(chwmt > 32)
{
chteep = chteep +1;
if(chteep > 75)chwmt=0;
}
}
awid4=chteep;
}
chteep=(*kellywm)(wma1,wmp2,cmd3,awid4);
return 0;
}
// main uses (*(*(argci + 1)+ctr)) if iiwi == 2
// bam10004.h
// This is the last line of this header file
/* after end of header file
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