backup/DxWnd.reloaded
1
0
Fork 0
mirror of https://github.com/DxWnd/DxWnd.reloaded synced 2024-12-30 09:25:35 +01:00
Code Issues Projects Releases Activity
DxWnd.reloaded/dll/dxwcore.cpp
gho tik 3c26956485 v2_04_21_src
2017-03-25 10:00:24 -04:00

1541 lines
45 KiB
C++
Raw Permalink Blame History

#define _CRT_SECURE_NO_WARNINGS
#define SYSLIBNAMES_DEFINES
#include <stdio.h>
#include "dxwnd.h"
#include "dxwcore.hpp"
#include "syslibs.h"
#include "dxhelper.h"
#include "resource.h"
#include "hddraw.h"
#include "d3d9.h"
extern GetDC_Type pGetDCMethod();
extern ReleaseDC_Type pReleaseDC1;
extern HandleDDThreadLock_Type pReleaseDDThreadLock;
/* ------------------------------------------------------------------ */
// Internal function pointers
/* ------------------------------------------------------------------ */
typedef DWORD (*TimeShifter_Type)(DWORD, int);
typedef LARGE_INTEGER (*TimeShifter64_Type)(LARGE_INTEGER, int);
TimeShifter_Type pTimeShifter;
TimeShifter64_Type pTimeShifter64;
static DWORD TimeShifterFine(DWORD, int);
static LARGE_INTEGER TimeShifter64Fine(LARGE_INTEGER, int);
static DWORD TimeShifterCoarse(DWORD, int);
static LARGE_INTEGER TimeShifter64Coarse(LARGE_INTEGER, int);
/* ------------------------------------------------------------------ */
// Constructor, destructor, initialization....
/* ------------------------------------------------------------------ */
dxwCore::dxwCore()
{
// initialization stuff ....
FullScreen=FALSE;
SethWnd(NULL);
SetScreenSize();
dwMaxDDVersion=7;
hParentWnd = 0;
hChildWnd = 0;
bActive = TRUE;
bDInputAbs = 0;
TimeShift = 0;
ResetEmulatedDC();
MustShowOverlay=FALSE;
TimerEvent.dwTimerType = TIMER_TYPE_NONE;
// initialization of default vsync emulation array
iRefreshDelays[0]=16;
iRefreshDelays[1]=17;
iRefreshDelayCount=2;
TimeFreeze = FALSE;
dwScreenWidth = 0;
dwScreenHeight = 0;
}
dxwCore::~dxwCore()
{
}
void dxwCore::SetFullScreen(BOOL fs, int line)
{
OutTraceDW("SetFullScreen: %s at %d\n", fs?"FULLSCREEN":"WINDOWED", line);
FullScreen=fs;
}
void dxwCore::SetFullScreen(BOOL fs)
{
if(dxw.dwFlags3 & FULLSCREENONLY) fs=TRUE;
OutTraceDW("SetFullScreen: %s\n", fs?"FULLSCREEN":"WINDOWED");
FullScreen=fs;
}
BOOL dxwCore::IsFullScreen()
{
return (Windowize && FullScreen);
}
BOOL dxwCore::IsToRemap(HDC hdc)
{
if(!hdc) return TRUE;
return (Windowize && FullScreen && (OBJ_DC == (*pGetObjectType)(hdc)));
}
void dxwCore::InitTarget(TARGETMAP *target)
{
dwFlags1 = target->flags;
dwFlags2 = target->flags2;
dwFlags3 = target->flags3;
dwFlags4 = target->flags4;
dwFlags5 = target->flags5;
dwFlags6 = target->flags6;
dwFlags7 = target->flags7;
dwFlags8 = target->flags8;
dwFlags9 = target->flags9;
dwFlags10= target->flags10;
dwTFlags = target->tflags;
Windowize = (dwFlags2 & WINDOWIZE) ? TRUE : FALSE;
IsVisible = TRUE;
if(dwFlags3 & FULLSCREENONLY) FullScreen=TRUE;
gsModules = target->module;
MaxFPS = target->MaxFPS;
CustomOpenGLLib = target->OpenGLLib;
if(!strlen(CustomOpenGLLib)) CustomOpenGLLib=NULL;
// bounds control
dwTargetDDVersion = target->dxversion;
MaxDdrawInterface = target->MaxDdrawInterface;
if(dwTargetDDVersion<0) dwTargetDDVersion=0;
if(dwTargetDDVersion>12) dwTargetDDVersion=12;
TimeShift = target->InitTS;
if(TimeShift < -8) TimeShift = -8;
if(TimeShift > 8) TimeShift = 8;
FakeVersionId = target->FakeVersionId;
MaxScreenRes = target->MaxScreenRes;
Coordinates = target->coordinates;
switch(target->SwapEffect){
case 0: SwapEffect = D3DSWAPEFFECT_DISCARD; break;
case 1: SwapEffect = D3DSWAPEFFECT_FLIP; break;
case 2: SwapEffect = D3DSWAPEFFECT_COPY; break;
case 3: SwapEffect = D3DSWAPEFFECT_OVERLAY; break;
case 4: SwapEffect = D3DSWAPEFFECT_FLIPEX; break;
}
MustShowOverlay=((dwFlags2 & SHOWFPSOVERLAY) || (dwFlags4 & SHOWTIMESTRETCH));
if(dwFlags4 & FINETIMING){
pTimeShifter = TimeShifterFine;
pTimeShifter64 = TimeShifter64Fine;
}
else{
pTimeShifter = TimeShifterCoarse;
pTimeShifter64 = TimeShifter64Coarse;
}
iSiz0X = iSizX = target->sizx;
iSiz0Y = iSizY = target->sizy;
iPos0X = iPosX = target->posx;
iPos0Y = iPosY = target->posy;
iMaxW = target->resw;
iMaxH = target->resh;
// Aspect Ratio from window size, or traditional 4:3 by default
iRatioX = iSizX ? iSizX : 800;
iRatioY = iSizY ? iSizY : 600;
// AutoScale: when iSizX == iSizY == 0, size is set to current screen resolution
bAutoScale = !(iSizX && iSizY);
// guessed initial screen resolution
// v2.04.01.fx4: set default value ONLY when zero, because some program may initialize
// them before creating a window that triggers second initialization, like "Spearhead"
// through the Smack32 SmackSetSystemRes call
if(!dwScreenWidth) dwScreenWidth = 800;
if(!dwScreenHeight) dwScreenHeight = 600;
SlowRatio = target->SlowRatio;
ScanLine = target->ScanLine;
GDIEmulationMode = GDIMODE_NONE; // default
if (dwFlags2 & GDISTRETCHED) GDIEmulationMode = GDIMODE_STRETCHED;
if (dwFlags3 & GDIEMULATEDC) GDIEmulationMode = GDIMODE_EMULATED;
if (dwFlags6 & SHAREDDC) GDIEmulationMode = GDIMODE_SHAREDDC;
if(dwFlags5 & HYBRIDMODE) {
// special mode settings ....
dwFlags1 |= EMULATESURFACE;
dwFlags2 |= SETCOMPATIBILITY;
dwFlags5 &= ~(BILINEARFILTER | AEROBOOST);
}
if(dwFlags5 & GDIMODE) dwFlags1 |= EMULATESURFACE;
if(dwFlags5 & STRESSRESOURCES) dwFlags5 |= LIMITRESOURCES;
IsEmulated = (dwFlags1 & (EMULATESURFACE|EMULATEBUFFER)) ? TRUE : FALSE; // includes also the HYBRIDMODE and GDIMODE cases ....
extern GetWindowLong_Type pGetWindowLong;
extern SetWindowLong_Type pSetWindowLong;
// made before hooking !!!
pGetWindowLong = (dwFlags5 & ANSIWIDE) ? GetWindowLongW : GetWindowLongA;
pSetWindowLong = (dwFlags5 & ANSIWIDE) ? SetWindowLongW : SetWindowLongA;
// hint system
bHintActive = (dwFlags7 & SHOWHINTS) ? TRUE : FALSE;
MonitorId = target->monitorid;
// if specified, set the custom initial resolution
if(dxw.dwFlags7 & INITIALRES) SetScreenSize(target->resw, target->resh);
}
void dxwCore::SetScreenSize(void)
{
// if specified, use values registered in InitTarget
if(dxw.dwFlags7 & INITIALRES) return;
if(dxw.Windowize){
SetScreenSize(800, 600); // set to default screen resolution
}
else{
int sizx, sizy;
sizx = GetSystemMetrics(SM_CXSCREEN);
sizy = GetSystemMetrics(SM_CYSCREEN);
SetScreenSize(sizx, sizy);
}
}
void dxwCore::SetScreenSize(int x, int y)
{
DXWNDSTATUS *p;
OutTraceDW("DXWND: set screen size=(%d,%d)\n", x, y);
if(x) dwScreenWidth=x;
if(y) dwScreenHeight=y;
p = GetHookInfo();
if(p) {
p->Width = (short)dwScreenWidth;
p->Height = (short)dwScreenHeight;
}
if(dwFlags4 & LIMITSCREENRES){
#define HUGE 100000
DWORD maxw, maxh;
maxw=HUGE; maxh=HUGE;
switch(dxw.MaxScreenRes){
case DXW_LIMIT_320x200: maxw=320; maxh=200; break;
case DXW_LIMIT_400x300: maxw=400; maxh=300; break;
case DXW_LIMIT_640x480: maxw=640; maxh=480; break;
case DXW_LIMIT_800x600: maxw=800; maxh=600; break;
case DXW_LIMIT_1024x768: maxw=1024; maxh=768; break;
case DXW_LIMIT_1280x960: maxw=1280; maxh=960; break;
}
if(((DWORD)p->Width > maxw) || ((DWORD)p->Height > maxh)){
OutTraceDW("DXWND: limit device size=(%d,%d)\n", maxw, maxh);
// v2.02.95 setting new virtual desktop size
dwScreenWidth = p->Width = (short)maxw;
dwScreenHeight= p->Height = (short)maxh;
}
}
if(dxw.dwFlags7 & MAXIMUMRES){
if(((long)p->Width > dxw.iMaxW) || ((long)p->Height > dxw.iMaxH)){
OutTraceDW("DXWND: limit device size=(%d,%d)\n", dxw.iMaxW, dxw.iMaxH);
// v2.03.90 setting new virtual desktop size
dwScreenWidth = p->Width = (short)dxw.iMaxW;
dwScreenHeight= p->Height = (short)dxw.iMaxH;
}
}
}
void dxwCore::DumpDesktopStatus()
{
HDC hDC;
HWND hDesktop;
RECT desktop;
PIXELFORMATDESCRIPTOR pfd;
int iPixelFormat, iBPP;
char ColorMask[32+1];
// get the current pixel format index
hDesktop = GetDesktopWindow();
hDC = GetDC(hDesktop);
::GetWindowRect(hDesktop, &desktop);
iBPP = GetDeviceCaps(hDC, BITSPIXEL);
iPixelFormat = GetPixelFormat(hDC);
if(!iPixelFormat) iPixelFormat=1; // why returns 0???
// obtain a detailed description of that pixel format
if(!DescribePixelFormat(hDC, iPixelFormat, sizeof(PIXELFORMATDESCRIPTOR), &pfd)){
OutTrace("DescribePixelFormat ERROR: err=%d\n", GetLastError());
return;
}
memset(ColorMask, ' ', 32); // blank fill
ColorMask[32] = 0; // terminate
if ((pfd.cRedShift+pfd.cRedBits <= 32) &&
(pfd.cGreenShift+pfd.cGreenBits <= 32) &&
(pfd.cBlueShift+pfd.cBlueBits <= 32) &&
(pfd.cAlphaShift+pfd.cAlphaBits <= 32)){ // everything within the 32 bits ...
for (int i=pfd.cRedShift; i<pfd.cRedShift+pfd.cRedBits; i++) ColorMask[i]='R';
for (int i=pfd.cGreenShift; i<pfd.cGreenShift+pfd.cGreenBits; i++) ColorMask[i]='G';
for (int i=pfd.cBlueShift; i<pfd.cBlueShift+pfd.cBlueBits; i++) ColorMask[i]='B';
for (int i=pfd.cAlphaShift; i<pfd.cAlphaShift+pfd.cAlphaBits; i++) ColorMask[i]='A';
}
else
strcpy(ColorMask, "???");
OutTrace(
"Desktop"
"\tSize (W x H)=(%d x %d)\n"
"\tColor depth = %d (color bits = %d)\n"
"\tPixel format = %d\n"
"\tColor mask (RGBA)= (%d,%d,%d,%d)\n"
"\tColor shift (RGBA)= (%d,%d,%d,%d)\n"
"\tColor mask = \"%s\"\n"
,
desktop.right, desktop.bottom,
iBPP, pfd.cColorBits,
iPixelFormat,
pfd.cRedBits, pfd.cGreenBits, pfd.cBlueBits, pfd.cAlphaBits,
pfd.cRedShift, pfd.cGreenShift, pfd.cBlueShift, pfd.cAlphaShift,
ColorMask
);
}
void dxwCore::InitWindowPos(int x, int y, int w, int h)
{
iPosX = x;
iPosY = y; //v2.02.09
iSizX = w;
iSizY = h;
}
BOOL dxwCore::IsDesktop(HWND hwnd)
{
return (
(hwnd == 0)
||
(hwnd == (*pGetDesktopWindow)())
||
(hwnd == hWnd)
);
}
BOOL dxwCore::IsRealDesktop(HWND hwnd)
{
return (
(hwnd == 0)
||
(hwnd == (*pGetDesktopWindow)())
);
}
// v2.1.93: FixCursorPos completely revised to introduce a clipping tolerance in
// clipping regions as well as in normal operations
#define CLIP_TOLERANCE 4
POINT dxwCore::FixCursorPos(POINT prev)
{
POINT curr;
RECT rect;
extern LPRECT lpClipRegion;
static BOOL IsWithin = TRUE;
static POINT LastPos;
curr=prev;
// scale mouse coordinates
// remember: rect from GetClientRect always start at 0,0!
if(dxw.dwFlags1 & MODIFYMOUSE){
int w, h; // width, height and border
if (!(*pGetClientRect)(hWnd, &rect)) { // v2.02.30: always use desktop win
OutTraceDW("GetClientRect ERROR %d at %d\n", GetLastError(),__LINE__);
curr.x = curr.y = 0;
}
w = rect.right - rect.left;
h = rect.bottom - rect.top;
if(dxw.dwFlags4 & RELEASEMOUSE){
if ((curr.x < 0) || (curr.y < 0) || (curr.x > w) || (curr.y > h)){
if(IsWithin){
int RestX, RestY;
RestX = w ? ((CLIP_TOLERANCE * w) / dxw.GetScreenWidth()) + 2 : CLIP_TOLERANCE + 2;
RestY = h ? ((CLIP_TOLERANCE * h) / dxw.GetScreenHeight()) + 2 : CLIP_TOLERANCE + 2;
if (curr.x < 0) curr.x = RestX;
if (curr.y < 0) curr.y = RestY;
if (curr.x > w) curr.x = w - RestX;
if (curr.y > h) curr.y = h - RestY;
LastPos = curr;
IsWithin = FALSE;
}
else{
curr = LastPos;
}
}
else{
IsWithin = TRUE;
LastPos = curr;
}
}
else {
if (curr.x < 0) curr.x = 0;
if (curr.y < 0) curr.y = 0;
if (curr.x > w) curr.x = w;
if (curr.y > h) curr.y = h;
}
if (w) curr.x = (curr.x * dxw.GetScreenWidth()) / w;
if (h) curr.y = (curr.y * dxw.GetScreenHeight()) / h;
}
if((dxw.dwFlags1 & DISABLECLIPPING) && lpClipRegion){
// v2.1.93:
// in clipping mode, avoid the cursor position to lay outside the valid rect
// note 1: the rect follow the convention and valid coord lay between left to righ-1,
// top to bottom-1
// note 2: CLIP_TOLERANCE is meant to handle possible integer divide tolerance errors
// that may prevent reaching the clip rect borders. The smaller you shrink the window,
// the bigger tolerance is required
if (curr.x < lpClipRegion->left+CLIP_TOLERANCE) curr.x=lpClipRegion->left;
if (curr.y < lpClipRegion->top+CLIP_TOLERANCE) curr.y=lpClipRegion->top;
if (curr.x >= lpClipRegion->right-CLIP_TOLERANCE) curr.x=lpClipRegion->right-1;
if (curr.y >= lpClipRegion->bottom-CLIP_TOLERANCE) curr.y=lpClipRegion->bottom-1;
}
else{
if (curr.x < CLIP_TOLERANCE) curr.x=0;
if (curr.y < CLIP_TOLERANCE) curr.y=0;
if (curr.x >= (LONG)dxw.GetScreenWidth()-CLIP_TOLERANCE) curr.x=dxw.GetScreenWidth()-1;
if (curr.y >= (LONG)dxw.GetScreenHeight()-CLIP_TOLERANCE) curr.y=dxw.GetScreenHeight()-1;
}
return curr;
}
POINT dxwCore::ScreenToClient(POINT point)
{
// convert absolute screen coordinates to frame relative
if (!(*pScreenToClient)(hWnd, &point)) {
OutTraceE("ScreenToClient(%x) ERROR %d at %d\n", hWnd, GetLastError(), __LINE__);
point.x =0; point.y=0;
}
return point;
}
void dxwCore::FixNCHITCursorPos(LPPOINT lppoint)
{
RECT rect;
POINT point;
point=*lppoint;
(*pGetClientRect)(dxw.GethWnd(), &rect);
(*pScreenToClient)(dxw.GethWnd(), &point);
if (point.x < 0) return;
if (point.y < 0) return;
if (point.x > rect.right) return;
if (point.y > rect.bottom) return;
*lppoint=point;
lppoint->x = (lppoint->x * dxw.GetScreenWidth()) / rect.right;
lppoint->y = (lppoint->y * dxw.GetScreenHeight()) / rect.bottom;
if(lppoint->x < CLIP_TOLERANCE) lppoint->x=0;
if(lppoint->y < CLIP_TOLERANCE) lppoint->y=0;
if(lppoint->x > (LONG)dxw.GetScreenWidth()-CLIP_TOLERANCE) lppoint->x=dxw.GetScreenWidth()-1;
if(lppoint->y > (LONG)dxw.GetScreenHeight()-CLIP_TOLERANCE) lppoint->y=dxw.GetScreenHeight()-1;
}
void dxwCore::InitializeClipCursorState(void)
{
RECT cliprect;
BOOL clipret;
clipret = (*pGetClipCursor)(&cliprect);
// v2.04.06: you always get a clipper area. To tell that the clipper is NOT active for your window
// you can compare the clipper area with the whole desktop. If they are equivalent, you have no
// clipper (or you are in fullscreen mode, but that is equivalent).
ClipCursorToggleState = TRUE;
if (((cliprect.right - cliprect.left) == (*pGetSystemMetrics)(SM_CXVIRTUALSCREEN)) &&
((cliprect.bottom - cliprect.top) == (*pGetSystemMetrics)(SM_CYVIRTUALSCREEN)))
ClipCursorToggleState = FALSE;
OutTraceDW("Initial clipper status=%x\n", ClipCursorToggleState);
}
BOOL dxwCore::IsClipCursorActive(void)
{
static BOOL bDoOnce = TRUE;
if (bDoOnce) InitializeClipCursorState();
return ClipCursorToggleState;
}
void dxwCore::SetClipCursor()
{
RECT Rect;
POINT UpLeftCorner={0,0};
OutTraceDW("SetClipCursor:\n");
if (hWnd==NULL) {
OutTraceDW("SetClipCursor: ASSERT hWnd==NULL\n");
return;
}
// check for errors to avoid setting random clip regions
//if((*pIsWindowVisible)(hWnd)){
// OutTraceE("SetClipCursor: not visible\n");
// return;
//}
if(!(*pGetClientRect)(hWnd, &Rect)){
OutTraceE("SetClipCursor: GetClientRect ERROR err=%d at %d\n", GetLastError(), __LINE__);
return;
}
if((Rect.right == 0) && (Rect.bottom == 0)){
OutTraceE("SetClipCursor: GetClientRect returns zero sized rect at %d\n", __LINE__);
return;
}
if(!(*pClientToScreen)(hWnd, &UpLeftCorner)){
OutTraceE("SetClipCursor: ClientToScreen ERROR err=%d at %d\n", GetLastError(), __LINE__);
return ;
}
Rect.left+=UpLeftCorner.x;
Rect.right+=UpLeftCorner.x;
Rect.top+=UpLeftCorner.y;
Rect.bottom+=UpLeftCorner.y;
if(dwFlags8 & CLIPMENU) {
// v2.04.11:
// if flag set and the window has a menu, extend the mouse clipper area to allow reaching the manu
// implementation is partial: doesn't take in account multi-lines menues or menus positioned
// not on the top of the window client area, but it seems good for the most cases.
if(GetMenu(hWnd)) Rect.top -= (*pGetSystemMetrics)(SM_CYMENU);
}
(*pClipCursor)(NULL);
if((*pClipCursor)(&Rect)){
ClipCursorToggleState = TRUE;
}
else{
OutTraceE("SetClipCursor: ERROR err=%d at %d\n", GetLastError(), __LINE__);
}
OutTraceDW("SetClipCursor: rect=(%d,%d)-(%d,%d)\n",
Rect.left, Rect.top, Rect.right, Rect.bottom);
}
void dxwCore::EraseClipCursor()
{
OutTraceDW("EraseClipCursor:\n");
(*pClipCursor)(NULL);
ClipCursorToggleState = FALSE;
}
void dxwCore::SethWnd(HWND hwnd)
{
RECT WinRect;
if(!pGetWindowRect) pGetWindowRect=::GetWindowRect;
if(!pGDIGetDC) pGDIGetDC=::GetDC;
hWnd=hwnd;
hWndFPS=hwnd;
if(hwnd){
(*pGetWindowRect)(hwnd, &WinRect);
OutTraceDW("SethWnd: setting main win=%x pos=(%d,%d)-(%d,%d)\n",
hwnd, WinRect.left, WinRect.top, WinRect.right, WinRect.bottom);
}
else{
OutTraceDW("SethWnd: clearing main win\n");
}
}
BOOL dxwCore::ishWndFPS(HWND hwnd)
{
return (hwnd == hWndFPS);
}
void dxwCore::FixWorkarea(LPRECT workarea)
{
int w, h, b; // width, height and border
w = workarea->right - workarea->left;
h = workarea->bottom - workarea->top;
if ((w * iRatioY) > (h * iRatioX)){
b = (w - (h * iRatioX / iRatioY))/2;
workarea->left += b;
workarea->right -= b;
}
else {
b = (h - (w * iRatioY / iRatioX))/2;
workarea->top += b;
workarea->bottom -= b;
}
}
//#define DUMPALLPALETTECHANGES TRUE
void dxwCore::DumpPalette(DWORD dwcount, LPPALETTEENTRY lpentries)
{
char sInfo[(14*256)+1];
sInfo[0]=0;
// "Spearhead" has a bug that sets 897 palette entries!
if(dwcount > 256) dwcount=256;
for(DWORD idx=0; idx<dwcount; idx++)
sprintf(sInfo, "%s(%02x.%02x.%02x:%02x)", sInfo,
lpentries[idx].peRed, lpentries[idx].peGreen, lpentries[idx].peBlue, lpentries[idx].peFlags);
strcat(sInfo,"\n");
OutTrace(sInfo);
#ifdef DUMPALLPALETTECHANGES
if(DUMPALLPALETTECHANGES){
extern DXWNDSTATUS *pStatus;
for(DWORD idx=0; idx<dwcount; idx++)
pStatus->Palette[idx]= lpentries[idx];
Sleep(2000);
}
#endif
}
void dxwCore::ScreenRefresh(void)
{
// optimization: don't blit too often!
// 20mSec seems a good compromise.
#define DXWREFRESHINTERVAL 20
LPDIRECTDRAWSURFACE lpDDSPrim;
extern HRESULT WINAPI extBlt(int, Blt_Type, LPDIRECTDRAWSURFACE, LPRECT, LPDIRECTDRAWSURFACE, LPRECT, DWORD, LPDDBLTFX);
static int t = -1;
if (t == -1)
t = (*pGetTickCount)()-(DXWREFRESHINTERVAL+1); // V.2.1.69: trick - subtract
int tn = (*pGetTickCount)();
if (tn-t < DXWREFRESHINTERVAL) return;
t = tn;
// if not too early, refresh primary surface ....
lpDDSPrim=dxwss.GetPrimarySurface();
extern Blt_Type pBltMethod();
extern int lpddsHookedVersion();
if (lpDDSPrim) extBlt(lpddsHookedVersion(), pBltMethod(), lpDDSPrim, NULL, lpDDSPrim, NULL, 0, NULL);
// v2.02.44 - used for what? Commenting out seems to fix the palette update glitches
// and make the "Palette updates don't blit" option useless....
//(*pInvalidateRect)(hWnd, NULL, FALSE);
}
void dxwCore::DoSlow(int delay)
{
MSG uMsg;
int t, tn;
t = (*pGetTickCount)();
uMsg.message=0; // initialize somehow...
while((tn = (*pGetTickCount)())-t < delay){
while (PeekMessage (&uMsg, NULL, 0, 0, PM_REMOVE) > 0){
if(WM_QUIT == uMsg.message) break;
TranslateMessage (&uMsg);
DispatchMessage (&uMsg);
}
(*pSleep)(1);
}
}
// Remarks:
// If the target window is owned by the current process, GetWindowText causes a WM_GETTEXT message
// to be sent to the specified window or control. If the target window is owned by another process
// and has a caption, GetWindowText retrieves the window caption text. If the window does not have
// a caption, the return value is a null string. This behavior is by design. It allows applications
// to call GetWindowText without becoming unresponsive if the process that owns the target window
// is not responding. However, if the target window is not responding and it belongs to the calling
// application, GetWindowText will cause the calling application to become unresponsive.
static void CountFPS(HWND hwnd)
{
static DWORD time = 0xFFFFFFFF;
static DWORD FPSCount = 0;
static HWND LasthWnd = 0;
extern void SetFPS(int);
static char sBuf[80+15+1]; // title + fps string + terminator
//DXWNDSTATUS Status;
DWORD tmp;
tmp = (*pGetTickCount)();
if((tmp - time) > 1000) {
char *fpss;
// log fps count
// OutTrace("FPS: Delta=%x FPSCount=%d\n", (tmp-time), FPSCount);
// show fps count on status win
GetHookInfo()->FPSCount = FPSCount; // for overlay display
// show fps on win title bar
if (dxw.dwFlags2 & SHOWFPS){
if(hwnd != LasthWnd){
GetWindowText(hwnd, sBuf, 80);
LasthWnd = hwnd;
}
fpss=strstr(sBuf," ~ (");
if(fpss==NULL) fpss=&sBuf[strlen(sBuf)];
sprintf_s(fpss, 15, " ~ (%d FPS)", FPSCount);
SetWindowText(hwnd, sBuf);
}
// reset
FPSCount=0;
time = tmp;
}
else {
FPSCount++;
OutTraceB("FPS: Delta=%x FPSCount++=%d\n", (tmp-time), FPSCount);
}
}
static void LimitFrameCount(DWORD delay)
{
static DWORD oldtime = (*pGetTickCount)();
DWORD newtime;
newtime = (*pGetTickCount)();
if(IsDebug) OutTrace("FPS limit: old=%x new=%x delay=%d sleep=%d\n",
oldtime, newtime, delay, (oldtime+delay-newtime));
// use '<' and not '<=' to avoid the risk of sleeping forever....
if((newtime < oldtime+delay) && (newtime >= oldtime)) {
//if(IsDebug) OutTrace("FPS limit: old=%x new=%x delay=%d sleep=%d\n",
// oldtime, newtime, delay, (oldtime+delay-newtime));
do{
if(IsDebug) OutTrace("FPS limit: sleep=%d\n", oldtime+delay-newtime);
(*pSleep)(oldtime+delay-newtime);
newtime = (*pGetTickCount)();
if(IsDebug) OutTrace("FPS limit: newtime=%d\n", newtime);
} while(newtime < oldtime+delay);
}
oldtime += delay;
if(oldtime < newtime-delay) oldtime = newtime-delay;
}
static BOOL SkipFrameCount(DWORD delay)
{
static DWORD oldtime=(*pGetTickCount)();
DWORD newtime;
newtime = (*pGetTickCount)();
if(newtime < oldtime+delay) return TRUE; // TRUE => skip the screen refresh
oldtime = newtime;
return FALSE; // don't skip, do the update
}
BOOL dxwCore::HandleFPS()
{
if(dwFlags2 & (SHOWFPS|SHOWFPSOVERLAY)) CountFPS(hWndFPS);
if(dwFlags2 & LIMITFPS) LimitFrameCount(dxw.MaxFPS);
if(dwFlags2 & SKIPFPS) if(SkipFrameCount(dxw.MaxFPS)) return TRUE;
return FALSE;
}
// auxiliary functions ...
void dxwCore::SetVSyncDelays(UINT RefreshRate)
{
int Reminder;
char sInfo[256];
if(!(dxw.dwFlags1 & SAVELOAD)) return;
if((RefreshRate < 10) || (RefreshRate > 100)) return;
gdwRefreshRate = RefreshRate;
if(!gdwRefreshRate) return;
iRefreshDelayCount=0;
Reminder=0;
do{
iRefreshDelays[iRefreshDelayCount]=(1000+Reminder)/gdwRefreshRate;
Reminder=(1000+Reminder)-(iRefreshDelays[iRefreshDelayCount]*gdwRefreshRate);
iRefreshDelayCount++;
} while(Reminder && (iRefreshDelayCount<MAXREFRESHDELAYCOUNT));
if(IsTraceDW){
strcpy(sInfo, "");
for(int i=0; i<iRefreshDelayCount; i++) sprintf(sInfo, "%s%d ", sInfo, iRefreshDelays[i]);
OutTraceDW("Refresh rate=%d: delay=%s\n", gdwRefreshRate, sInfo);
}
}
void dxwCore::VSyncWait()
{
static DWORD time = 0;
static BOOL step = 0;
DWORD tmp;
tmp = (*pGetTickCount)();
if((time - tmp) > 32) time = tmp;
(*pSleep)(time - tmp);
time += iRefreshDelays[step++];
if(step >= iRefreshDelayCount) step=0;
}
void dxwCore::VSyncWaitLine(DWORD ScanLine)
{
extern LPDIRECTDRAW lpPrimaryDD;
static DWORD iLastScanLine = 0;
DWORD iCurrentScanLine;
if (!lpPrimaryDD) return;
while(1){
HRESULT res;
if(res=lpPrimaryDD->GetScanLine(&iCurrentScanLine)) {
OutTraceE("VSyncWaitLine: GetScanLine ERROR res=%x\n", res);
iLastScanLine = 0;
break; // error
}
if((iLastScanLine <= ScanLine) && (iCurrentScanLine > ScanLine)) {
OutTraceB("VSyncWaitLine: line=%d last=%d\n", iCurrentScanLine, iLastScanLine);
break;
}
iLastScanLine = iCurrentScanLine;
(*pSleep)(1);
}
}
static float fMul[17]={2.14F, 1.95F, 1.77F, 1.61F, 1.46F, 1.33F, 1.21F, 1.10F, 1.00F, 0.91F, 0.83F, 0.75F, 0.68F, 0.62F, 0.56F, 0.51F, 0.46F};
static DWORD TimeShifterFine(DWORD val, int shift)
{
float fVal;
fVal = (float)val * fMul[shift+8];
return (DWORD)fVal;
}
static DWORD TimeShifterCoarse(DWORD val, int shift)
{
int exp, reminder;
if (shift > 0) {
exp = shift >> 1;
reminder = shift & 0x1;
if (reminder) val -= (val >> 2); // val * (1-1/4) = val * 3/4
val >>= exp; // val * 2^exp
}
if (shift < 0) {
exp = (-shift) >> 1;
reminder = (-shift) & 0x1;
val <<= exp; // val / 2^exp
if (reminder) val += (val >> 1); // val * (1+1/2) = val * 3/2
}
return val;
}
static LARGE_INTEGER TimeShifter64Fine(LARGE_INTEGER val, int shift)
{
float fVal;
fVal = (float)val.LowPart * fMul[shift+8];
val.HighPart = 0;
val.LowPart = (DWORD)fVal;
return val;
}
static LARGE_INTEGER TimeShifter64Coarse(LARGE_INTEGER val, int shift)
{
int exp, reminder;
if (shift > 0) {
exp = shift >> 1;
reminder = shift & 0x1;
if (reminder) val.QuadPart -= (val.QuadPart >> 2); // val * (1-1/4) = val * 3/4
val.QuadPart >>= exp; // val * 2^exp
}
if (shift < 0) {
exp = (-shift) >> 1;
reminder = (-shift) & 0x1;
val.QuadPart <<= exp; // val / 2^exp
if (reminder) val.QuadPart += (val.QuadPart >> 1); // val * (1+1/2) = val * 3/2
}
return val;
}
DWORD dxwCore::GetTickCount(void)
{
DWORD dwTick;
static DWORD dwLastRealTick=0;
static DWORD dwLastFakeTick=0;
DWORD dwNextRealTick;
static BOOL FirstTime = TRUE;
if(FirstTime){
dwLastRealTick=(*pGetTickCount)();
dwLastFakeTick=dwLastRealTick;
FirstTime=FALSE;
}
dwNextRealTick=(*pGetTickCount)();
dwTick=(dwNextRealTick-dwLastRealTick);
TimeShift=GetHookInfo()->TimeShift;
dwTick = (*pTimeShifter)(dwTick, TimeShift);
if(TimeFreeze) dwTick=0;
dwLastFakeTick += dwTick;
dwLastRealTick = dwNextRealTick;
return dwLastFakeTick;
}
DWORD dxwCore::StretchTime(DWORD dwTimer)
{
TimeShift=GetHookInfo()->TimeShift;
dwTimer = (*pTimeShifter)(dwTimer, -TimeShift);
return dwTimer;
}
DWORD dxwCore::StretchCounter(DWORD dwTimer)
{
TimeShift=GetHookInfo()->TimeShift;
dwTimer = (*pTimeShifter)(dwTimer, TimeShift);
return (dxw.TimeFreeze) ? 0 : dwTimer;
}
LARGE_INTEGER dxwCore::StretchCounter(LARGE_INTEGER dwTimer)
{
static int Reminder = 0;
LARGE_INTEGER ret;
LARGE_INTEGER zero = {0,0};
TimeShift=GetHookInfo()->TimeShift;
dwTimer.QuadPart += Reminder;
ret = (*pTimeShifter64)(dwTimer, TimeShift);
Reminder = (ret.QuadPart==0) ? dwTimer.LowPart : 0;
return (dxw.TimeFreeze) ? zero : ret;
}
void dxwCore::GetSystemTimeAsFileTime(LPFILETIME lpSystemTimeAsFileTime)
{
DWORD dwTick;
DWORD dwCurrentTick;
FILETIME CurrFileTime;
static DWORD dwStartTick=0;
static FILETIME StartFileTime;
if(dwStartTick==0) {
SYSTEMTIME StartingTime;
// first time through, initialize & return true time
dwStartTick = (*pGetTickCount)();
(*pGetSystemTime)(&StartingTime);
SystemTimeToFileTime(&StartingTime, &StartFileTime);
*lpSystemTimeAsFileTime = StartFileTime;
}
else {
dwCurrentTick=(*pGetTickCount)();
dwTick=(dwCurrentTick-dwStartTick);
TimeShift=GetHookInfo()->TimeShift;
dwTick = (*pTimeShifter)(dwTick, TimeShift);
if(dxw.TimeFreeze) dwTick=0;
// From MSDN: Contains a 64-bit value representing the number of
// 100-nanosecond intervals since January 1, 1601 (UTC).
// So, since 1mSec = 10.000 * 100nSec, you still have to multiply by 10.000.
CurrFileTime.dwHighDateTime = StartFileTime.dwHighDateTime; // wrong !!!!
CurrFileTime.dwLowDateTime = StartFileTime.dwLowDateTime + (10000 * dwTick); // wrong !!!!
*lpSystemTimeAsFileTime=CurrFileTime;
// reset to avoid time jumps on TimeShift changes...
StartFileTime = CurrFileTime;
dwStartTick = dwCurrentTick;
}
}
void dxwCore::GetSystemTime(LPSYSTEMTIME lpSystemTime)
{
DWORD dwTick;
DWORD dwCurrentTick;
FILETIME CurrFileTime;
static DWORD dwStartTick=0;
static FILETIME StartFileTime;
if(dwStartTick==0) {
SYSTEMTIME StartingTime;
// first time through, initialize & return true time
dwStartTick = (*pGetTickCount)();
(*pGetSystemTime)(&StartingTime);
SystemTimeToFileTime(&StartingTime, &StartFileTime);
*lpSystemTime = StartingTime;
}
else {
dwCurrentTick=(*pGetTickCount)();
dwTick=(dwCurrentTick-dwStartTick);
TimeShift=GetHookInfo()->TimeShift;
dwTick = (*pTimeShifter)(dwTick, TimeShift);
if(TimeFreeze) dwTick=0;
// From MSDN: Contains a 64-bit value representing the number of
// 100-nanosecond intervals since January 1, 1601 (UTC).
// So, since 1mSec = 10.000 * 100nSec, you still have to multiply by 10.000.
CurrFileTime.dwHighDateTime = StartFileTime.dwHighDateTime; // wrong !!!!
CurrFileTime.dwLowDateTime = StartFileTime.dwLowDateTime + (10000 * dwTick); // wrong !!!!
FileTimeToSystemTime(&CurrFileTime, lpSystemTime);
// reset to avoid time jumps on TimeShift changes...
StartFileTime = CurrFileTime;
dwStartTick = dwCurrentTick;
}
}
void dxwCore::ShowOverlay()
{
if (MustShowOverlay) {
RECT rect;
(*pGetClientRect)(hWnd, &rect);
this->ShowOverlay(GetDC(hWnd), rect.right, rect.bottom);
}
}
void dxwCore::ShowOverlay(LPDIRECTDRAWSURFACE lpdds)
{
typedef HRESULT (WINAPI *GetDC_Type) (LPDIRECTDRAWSURFACE, HDC FAR *);
typedef HRESULT (WINAPI *ReleaseDC_Type)(LPDIRECTDRAWSURFACE, HDC);
extern GetDC_Type pGetDCMethod();
extern ReleaseDC_Type pReleaseDCMethod();
if (MustShowOverlay) {
HDC hdc; // the working dc
int h, w;
if(!lpdds) return;
if (FAILED((*pGetDCMethod())(lpdds, &hdc))) return;
w = this->GetScreenWidth();
h = this->GetScreenHeight();
if(this->dwFlags4 & BILINEAR2XFILTER) {
w <<=1;
h <<=1;
}
this->ShowOverlay(hdc, w, h);
(*pReleaseDCMethod())(lpdds, hdc);
}
}
void dxwCore::ShowOverlay(HDC hdc)
{
if(!hdc) return;
RECT rect;
(*pGetClientRect)(hWnd, &rect);
this->ShowOverlay(hdc, rect.right, rect.bottom);
}
void dxwCore::ShowOverlay(HDC hdc, int w, int h)
{
if(!hdc) return;
if (dwFlags2 & SHOWFPSOVERLAY) ShowFPS(hdc, w, h);
if (dwFlags4 & SHOWTIMESTRETCH) ShowTimeStretching(hdc, w, h);
}
// nasty global to ensure that the corner is picked semi-random, but never overlapped
// between FPS and TimeStretch (and, as a side effect, never twice the same!)
static int LastCorner;
void dxwCore::ShowFPS(HDC xdc, int w, int h)
{
char sBuf[81];
static DWORD dwTimer = 0;
static int corner = 0;
static int x, y;
static DWORD color;
if((*pGetTickCount)()-dwTimer > 6000){
dwTimer = (*pGetTickCount)();
corner = dwTimer % 4;
if(corner==LastCorner) corner = (corner+1) % 4;
LastCorner = corner;
color=0xFF0000; // blue
switch (corner) {
case 0: x=10; y=10; break;
case 1: x=w-60; y=10; break;
case 2: x=w-60; y=h-20; break;
case 3: x=10; y=h-20; break;
}
}
SetTextColor(xdc,color);
SetBkMode(xdc, OPAQUE);
sprintf_s(sBuf, 80, "FPS: %d", GetHookInfo()->FPSCount);
TextOut(xdc, x, y, sBuf, strlen(sBuf));
}
void dxwCore::ShowTimeStretching(HDC xdc, int w, int h)
{
char sBuf[81];
static DWORD dwTimer = 0;
static int corner = 0;
static int x, y;
static DWORD color;
static int LastTimeShift = 1000; // any initial number different from -8 .. +8
static int LastTimeFreeze = 1000; // any initial number different from TRUE, FALSE
if((*pGetTickCount)()-dwTimer > 4000){
if((LastTimeShift==TimeShift) && (LastTimeFreeze==TimeFreeze)) return; // after a while, stop the show
dwTimer = (*pGetTickCount)();
LastTimeShift=TimeShift;
corner = dwTimer % 4;
if(corner==LastCorner) corner = (corner+1) % 4;
LastCorner = corner;
color=0x0000FF; // red
switch (corner) {
case 0: x=10; y=10; break;
case 1: x=w-60; y=10; break;
case 2: x=w-60; y=h-20; break;
case 3: x=10; y=h-20; break;
}
}
SetTextColor(xdc,color);
SetBkMode(xdc, OPAQUE);
sprintf_s(sBuf, 80, "t%s", dxw.GetTSCaption());
TextOut(xdc, x, y, sBuf, strlen(sBuf));
}
char *dxwCore::GetTSCaption(int shift)
{
static char *sTSCaptionCoarse[17]={
"x16","x12","x8","x6",
"x4","x3","x2","x1.5",
"x1",
":1.5",":2",":3",":4",
":6",":8",":12",":16"};
static char *sTSCaptionFine[17]={
"x2.14","x1.95","x1.77","x1.61",
"x1.46","x1.33","x1.21","x1.10",
"x1.00",
":1.10",":1.21",":1.33",":1.46",
":1.61",":1.77",":1.95",":2.14"};
if(TimeFreeze) return "x0";
if (shift<(-8) || shift>(+8)) return "???";
shift += 8;
return (dxw.dwFlags4 & FINETIMING) ? sTSCaptionFine[shift] : sTSCaptionCoarse[shift];
}
char *dxwCore::GetTSCaption(void)
{
return GetTSCaption(TimeShift);
}
void dxwCore::ShowBanner(HWND hwnd)
{
static BOOL JustOnce=FALSE;
extern HMODULE hInst;
BITMAP bm;
HDC hClientDC;
HBITMAP g_hbmBall;
RECT client;
RECT win;
POINT PrevViewPort;
int StretchMode;
hClientDC=(*pGDIGetDC)(hwnd);
(*pGetClientRect)(hwnd, &client);
//(*pInvalidateRect)((*pGetDesktopWindow)(), NULL, FALSE); // invalidate full desktop, no erase.
(*pInvalidateRect)(0, NULL, FALSE); // invalidate full desktop, no erase.
(*pGDIBitBlt)(hClientDC, 0, 0, client.right, client.bottom, NULL, 0, 0, BLACKNESS);
if(JustOnce || (dwFlags2 & NOBANNER)) return;
JustOnce=TRUE;
g_hbmBall = LoadBitmap(hInst, MAKEINTRESOURCE(IDB_BANNER));
HDC hdcMem = CreateCompatibleDC(hClientDC);
HBITMAP hbmOld = (HBITMAP)(*pSelectObject)(hdcMem, g_hbmBall);
GetObject(g_hbmBall, sizeof(bm), &bm);
(*pGetWindowRect)(hwnd, &win);
OutTraceDW("ShowBanner: hwnd=%x win=(%d,%d)-(%d,%d) banner size=(%dx%d)\n",
hwnd, win.left, win.top, win.right, win.bottom, bm.bmWidth, bm.bmHeight);
//if(!pSetViewportOrgEx) pSetViewportOrgEx=SetViewportOrgEx;
(*pSetViewportOrgEx)(hClientDC, 0, 0, &PrevViewPort);
StretchMode=GetStretchBltMode(hClientDC);
SetStretchBltMode(hClientDC, HALFTONE);
for (int i=1; i<=16; i++){
int w, h;
w=(bm.bmWidth*i)/8;
h=(bm.bmHeight*i)/8;
(*pGDIStretchBlt)(hClientDC, (client.right-w)/2, (client.bottom-h)/2, w, h, hdcMem, 0, 0, bm.bmWidth, bm.bmHeight, SRCCOPY);
Sleep(40);
}
for (int i=16; i>=8; i--){
int w, h;
w=(bm.bmWidth*i)/8;
h=(bm.bmHeight*i)/8;
(*pGDIBitBlt)(hClientDC, 0, 0, client.right, client.bottom, NULL, 0, 0, BLACKNESS);
(*pGDIStretchBlt)(hClientDC, (client.right-w)/2, (client.bottom-h)/2, w, h, hdcMem, 0, 0, bm.bmWidth, bm.bmHeight, SRCCOPY);
Sleep(40);
}
SetStretchBltMode(hClientDC, StretchMode);
(*pSetViewportOrgEx)(hClientDC, PrevViewPort.x, PrevViewPort.y, NULL);
(*pSelectObject)(hdcMem, hbmOld);
DeleteDC(hdcMem);
(*pGDIReleaseDC)(hwnd, hClientDC);
Sleep(200);
}
void dxwCore::PushDLL(char *lpName, int idx)
{
SysNames[idx] = lpName; // add entry
}
int dxwCore::GetDLLIndex(char *lpFileName)
{
int idx;
char *lpName, *lpNext;
lpName=lpFileName;
while (lpNext=strchr(lpName,'\\')) lpName=lpNext+1;
for(idx=0; SysNames[idx]; idx++){
char SysNameExt[81];
strcpy(SysNameExt, SysNames[idx]);
strcat(SysNameExt, ".dll");
if(
(!lstrcmpi(lpName,SysNames[idx])) ||
(!lstrcmpi(lpName,SysNameExt))
){
OutTraceDW("Registered DLL FileName=%s\n", lpFileName);
break;
}
}
if (!SysNames[idx]) return -1;
return idx;
}
DWORD dxwCore::FixWinStyle(DWORD dwStyle)
{
switch(dxw.Coordinates){
case DXW_SET_COORDINATES:
case DXW_DESKTOP_CENTER:
if(dxw.dwFlags2 & MODALSTYLE){
dwStyle &= ~(WS_BORDER | WS_CAPTION | WS_DLGFRAME | WS_SYSMENU | WS_THICKFRAME);
}
else {
dwStyle = WS_OVERLAPPEDWINDOW;
}
break;
case DXW_DESKTOP_WORKAREA:
case DXW_DESKTOP_FULL:
dwStyle = 0;
break;
}
return dwStyle;
}
DWORD dxwCore::FixWinExStyle(DWORD dwExStyle)
{
switch(dxw.Coordinates){
case DXW_SET_COORDINATES:
case DXW_DESKTOP_CENTER:
if(dxw.dwFlags2 & MODALSTYLE){
dwExStyle &= ~(WS_EX_CLIENTEDGE | WS_EX_DLGMODALFRAME | WS_EX_STATICEDGE | WS_EX_WINDOWEDGE);
}
else {
dwExStyle &= ~(WS_EX_CLIENTEDGE | WS_EX_DLGMODALFRAME | WS_EX_STATICEDGE | WS_EX_WINDOWEDGE);
}
break;
case DXW_DESKTOP_WORKAREA:
case DXW_DESKTOP_FULL:
dwExStyle = 0;
break;
}
return dwExStyle;
}
void dxwCore::FixWindowFrame(HWND hwnd)
{
LONG nStyle, nExStyle;
OutTraceDW("FixWindowFrame: hwnd=%x foreground=%x\n", hwnd, GetForegroundWindow());
nStyle=(*pGetWindowLong)(hwnd, GWL_STYLE);
// beware: 0 is a valid return code!
//if (!nStyle){
// OutTraceE("FixWindowFrame: GetWindowLong ERROR %d at %d\n",GetLastError(),__LINE__);
// return;
//}
nExStyle=(*pGetWindowLong)(hwnd, GWL_EXSTYLE);
// beware: 0 is a valid return code!
//if (!nExStyle){
// OutTraceE("FixWindowFrame: GetWindowLong ERROR %d at %d\n",GetLastError(),__LINE__);
// return;
//}
OutTraceDW("FixWindowFrame: style=%x(%s) exstyle=%x(%s)\n",
nStyle, ExplainStyle(nStyle),
nExStyle, ExplainExStyle(nExStyle));
// fix style
if (!(*pSetWindowLongA)(hwnd, GWL_STYLE, FixWinStyle(nStyle))){
OutTraceE("FixWindowFrame: SetWindowLong ERROR %d at %d\n",GetLastError(),__LINE__);
return;
}
// fix exstyle
if (!(*pSetWindowLongA)(hwnd, GWL_EXSTYLE, FixWinExStyle(nExStyle))){
OutTraceE("FixWindowFrame: SetWindowLong ERROR %d at %d\n",GetLastError(),__LINE__);
return;
}
// ShowWindow retcode means in no way an error code! Better ignore it.
(*pShowWindow)(hwnd, SW_RESTORE);
return;
}
void dxwCore::FixStyle(char *ApiName, HWND hwnd, WPARAM wParam, LPARAM lParam)
{
LPSTYLESTRUCT lpSS;
lpSS = (LPSTYLESTRUCT) lParam;
switch (wParam) {
case GWL_STYLE:
OutTraceDW("%s: new Style=%x(%s)\n",
ApiName, lpSS->styleNew, ExplainStyle(lpSS->styleNew));
if (dxw.dwFlags1 & FIXWINFRAME){ // set canonical style
lpSS->styleNew= WS_OVERLAPPEDWINDOW;
}
if (dxw.dwFlags9 & FIXTHINFRAME){ // set canonical style with thin border
lpSS->styleNew= WS_OVERLAPPEDTHIN;
}
if (dxw.dwFlags1 & LOCKWINSTYLE){ // set to current value
lpSS->styleNew= (*pGetWindowLong)(hwnd, GWL_STYLE);
}
if (dxw.dwFlags1 & PREVENTMAXIMIZE){ // disable maximize settings
if (lpSS->styleNew & WS_MAXIMIZE){
OutTraceDW("%s: prevent maximize style\n", ApiName);
lpSS->styleNew &= ~WS_MAXIMIZE;
}
}
break;
case GWL_EXSTYLE:
OutTraceDW("%s: new ExStyle=%x(%s)\n",
ApiName, lpSS->styleNew, ExplainExStyle(lpSS->styleNew));
if (dxw.dwFlags1 & FIXWINFRAME){ // set canonical style
lpSS->styleNew= 0;
}
if (dxw.dwFlags1 & LOCKWINSTYLE){ // set to current value
lpSS->styleNew= (*pGetWindowLong)(hwnd, GWL_EXSTYLE);
}
if ((dxw.dwFlags5 & UNLOCKZORDER) && (hwnd==hWnd)){ // disable maximize settings
if (lpSS->styleNew & WS_EX_TOPMOST){
OutTraceDW("%s: prevent EXSTYLE topmost style\n", ApiName);
lpSS->styleNew &= ~WS_EX_TOPMOST;
}
}
break;
default:
break;
}
}
void dxwCore::PushTimer(UINT uTimerId, UINT uDelay, UINT uResolution, LPTIMECALLBACK lpTimeProc, DWORD_PTR dwUser, UINT fuEvent)
{
// save current timer
TimerEvent.dwTimerType = TIMER_TYPE_WINMM;
TimerEvent.t.uTimerId = uTimerId;
TimerEvent.t.uDelay = uDelay;
TimerEvent.t.uResolution = uResolution;
TimerEvent.t.lpTimeProc = lpTimeProc;
TimerEvent.t.dwUser = dwUser;
TimerEvent.t.fuEvent = fuEvent;
}
void dxwCore::PushTimer(HWND hWnd, UINT_PTR nIDEvent, UINT uElapse, TIMERPROC lpTimerFunc)
{
// save current timer
TimerEvent.dwTimerType = TIMER_TYPE_USER32;
TimerEvent.t.hWnd = hWnd;
TimerEvent.t.nIDEvent = nIDEvent;
TimerEvent.t.uElapse = uElapse;
TimerEvent.t.lpTimerFunc = lpTimerFunc;
}
void dxwCore::PopTimer(UINT uTimerId)
{
// clear current timer
if(TimerEvent.dwTimerType != TIMER_TYPE_WINMM) {
// this should never happen, unless there are more than 1 timer!
char msg[256];
sprintf(msg,"PopTimer: TimerType=%x last=%x\n", TIMER_TYPE_WINMM, TimerEvent.dwTimerType);
//MessageBox(0, msg, "PopTimer", MB_OK | MB_ICONEXCLAMATION);
OutTraceE(msg);
return;
}
if(uTimerId != TimerEvent.t.uTimerId){
// this should never happen, unless there are more than 1 timer!
char msg[256];
sprintf(msg,"PopTimer: TimerId=%x last=%x\n", uTimerId, TimerEvent.t.uTimerId);
//MessageBox(0, msg, "PopTimer", MB_OK | MB_ICONEXCLAMATION);
OutTraceE(msg);
return;
}
TimerEvent.dwTimerType = TIMER_TYPE_NONE;
}
void dxwCore::PopTimer(HWND hWnd, UINT_PTR nIDEvent)
{
// clear current timer
if(TimerEvent.dwTimerType != TIMER_TYPE_USER32) {
// this should never happen, unless there are more than 1 timer!
char msg[256];
sprintf(msg,"PopTimer: TimerType=%x last=%x\n", TIMER_TYPE_WINMM, TimerEvent.dwTimerType);
//MessageBox(0, msg, "PopTimer", MB_OK | MB_ICONEXCLAMATION);
OutTraceE(msg);
return;
}
if(nIDEvent != TimerEvent.t.nIDEvent){
// this should never happen, unless there are more than 1 timer!
char msg[256];
sprintf(msg,"PopTimer: TimerId=%x last=%x\n", nIDEvent, TimerEvent.t.nIDEvent);
//MessageBox(0, msg, "PopTimer", MB_OK | MB_ICONEXCLAMATION);
OutTraceE(msg);
return;
}
TimerEvent.dwTimerType = TIMER_TYPE_NONE;
}
void dxwCore::RenewTimers()
{
OutTraceE("DXWND: RenewTimers type=%x\n", TimerEvent.dwTimerType);
switch(TimerEvent.dwTimerType){
case TIMER_TYPE_NONE:
OutTraceDW("DXWND: RenewTimers type=NONE\n");
break;
case TIMER_TYPE_USER32:
if(pSetTimer && pKillTimer){
UINT uElapse;
UINT_PTR res;
res=(*pKillTimer)(TimerEvent.t.hWnd, TimerEvent.t.nIDEvent);
if(!res) OutTraceE("DXWND: KillTimer ERROR hWnd=%x IDEvent=%x err=%d\n", TimerEvent.t.hWnd, TimerEvent.t.nIDEvent, GetLastError());
uElapse = dxw.StretchTime(TimerEvent.t.uElapse);
res=(*pSetTimer)(TimerEvent.t.hWnd, TimerEvent.t.nIDEvent, uElapse, TimerEvent.t.lpTimerFunc);
TimerEvent.t.nIDEvent = res;
if(res)
OutTraceDW("DXWND: RenewTimers type=USER32 Elsapse=%d IDEvent=%x\n", uElapse, res);
else
OutTraceE("DXWND: SetTimer ERROR hWnd=%x Elapse=%d TimerFunc=%x err=%d\n", TimerEvent.t.hWnd, uElapse, TimerEvent.t.lpTimerFunc, GetLastError());
}
break;
case TIMER_TYPE_WINMM:
if(ptimeKillEvent && ptimeSetEvent){
UINT NewDelay;
MMRESULT res;
(*ptimeKillEvent)(TimerEvent.t.uTimerId);
NewDelay = dxw.StretchTime(TimerEvent.t.uDelay);
res=(*ptimeSetEvent)(NewDelay, TimerEvent.t.uResolution, TimerEvent.t.lpTimeProc, TimerEvent.t.dwUser, TimerEvent.t.fuEvent);
TimerEvent.t.uTimerId = res;
OutTraceDW("DXWND: RenewTimers type=WINMM Delay=%d TimerId=%x\n", NewDelay, res);
}
break;
default:
OutTraceE("DXWND: RenewTimers type=%x(UNKNOWN)\n", TimerEvent.dwTimerType);
break;
}
}
LARGE_INTEGER dxwCore::StretchLargeCounter(LARGE_INTEGER CurrentInCount)
{
LARGE_INTEGER CurrentOutPerfCount;
static LARGE_INTEGER LastInPerfCount;
static LARGE_INTEGER LastOutPerfCount;
static BOOL FirstTime = TRUE;
LARGE_INTEGER ElapsedCount;
if(FirstTime){
// first time through, initialize both inner and output per counters with real values
LastInPerfCount.QuadPart = CurrentInCount.QuadPart;
LastOutPerfCount.QuadPart = CurrentInCount.QuadPart;
FirstTime=FALSE;
}
ElapsedCount.QuadPart = CurrentInCount.QuadPart - LastInPerfCount.QuadPart;
ElapsedCount = dxw.StretchCounter(ElapsedCount);
CurrentOutPerfCount.QuadPart = LastOutPerfCount.QuadPart + ElapsedCount.QuadPart;
LastInPerfCount = CurrentInCount;
LastOutPerfCount = CurrentOutPerfCount;
OutTraceB("dxw::StretchCounter: Count=[%x-%x]\n", CurrentOutPerfCount.HighPart, CurrentOutPerfCount.LowPart);
return CurrentOutPerfCount;
}
BOOL dxwCore::CheckScreenResolution(unsigned int w, unsigned int h)
{
#define HUGE 100000
if(dxw.dwFlags4 & LIMITSCREENRES){
DWORD maxw, maxh;
maxw=HUGE; maxh=HUGE; // v2.02.96
switch(MaxScreenRes){
case DXW_NO_LIMIT: maxw=HUGE; maxh=HUGE; break;
case DXW_LIMIT_320x200: maxw=320; maxh=200; break;
case DXW_LIMIT_640x480: maxw=640; maxh=480; break;
case DXW_LIMIT_800x600: maxw=800; maxh=600; break;
case DXW_LIMIT_1024x768: maxw=1024; maxh=768; break;
case DXW_LIMIT_1280x960: maxw=1280; maxh=960; break;
case DXW_LIMIT_1280x1024: maxw=1280; maxh=1024; break;
}
if((w > maxw) || (h > maxh)) return FALSE;
}
if(dxw.dwFlags7 & MAXIMUMRES){
if(((long)w > dxw.iMaxW) || ((long)h > dxw.iMaxH)) return FALSE;
}
return TRUE;
}
UINT VKeyConfig[DXVK_SIZE];
static char *VKeyLabels[DXVK_SIZE]={
"none",
"cliptoggle",
"refresh",
"logtoggle",
"plocktoggle",
"fpstoggle",
"timefast",
"timeslow",
"timetoggle",
"altf4",
"printscreen",
"corner",
"freezetime",
"fullscreen",
"workarea",
"desktop",
};
void dxwCore::MapKeysInit()
{
char InitPath[MAX_PATH];
char *p;
DWORD dwAttrib;
int KeyIdx;
dwAttrib = GetFileAttributes("dxwnd.dll");
if (dwAttrib != INVALID_FILE_ATTRIBUTES && !(dwAttrib & FILE_ATTRIBUTE_DIRECTORY)) return;
GetModuleFileName(GetModuleHandle("dxwnd"), InitPath, MAX_PATH);
p=&InitPath[strlen(InitPath)-strlen("dxwnd.dll")];
strcpy(p, "dxwnd.ini");
VKeyConfig[DXVK_NONE]=DXVK_NONE;
for(KeyIdx=1; KeyIdx<DXVK_SIZE; KeyIdx++){
VKeyConfig[KeyIdx]=GetPrivateProfileInt("keymapping", VKeyLabels[KeyIdx], KeyIdx==DXVK_ALTF4 ? 0x73 : 0x00, InitPath);
if(VKeyConfig[KeyIdx]) OutTrace("keymapping[%d](%s)=%x\n", KeyIdx, VKeyLabels[KeyIdx], VKeyConfig[KeyIdx]);
}
}
UINT dxwCore::MapKeysConfig(UINT message, LPARAM lparam, WPARAM wparam)
{
if(message!=WM_SYSKEYDOWN) return DXVK_NONE;
for(int idx=1; idx<DXVK_SIZE; idx++)
if(VKeyConfig[idx]==wparam) {
OutTrace("keymapping GOT=0x%02X\n", idx);
return idx;
}
return DXVK_NONE;
}
void dxwCore::ToggleFreezedTime()
{
static DWORD dwLastTime = 0;
if(((*pGetTickCount)() - dwLastTime) < 1000) return;
TimeFreeze = !TimeFreeze;
dwLastTime = (*pGetTickCount)();
OutTraceDW("DxWnd: time is %s\n", dxw.TimeFreeze ? "freezed" : "unfreezed");
}
void dxwCore::MessagePump()
{
MSG msg;
while(PeekMessage(&msg, NULL, 0, 0, PM_NOREMOVE)){
OutTraceW("MESSAGEPUMP: msg=%x l-wParam=(%x,%x)\n", msg.message, msg.lParam, msg.wParam);
if((msg.message >= WM_KEYFIRST) && (msg.message <= WM_KEYLAST)) break; // do not consume keyboard inputs
if((msg.message >= WM_MOUSEFIRST) && (msg.message <= WM_MOUSELAST)) break; // do not consume mouse inputs
PeekMessage(&msg, NULL, 0, 0, PM_REMOVE);
TranslateMessage(&msg);
DispatchMessage(&msg);
}
}
void dxwCore::Mark(HDC hdc, BOOL scale, COLORREF color, int x, int y, int cx, int cy)
{
RECT frame;
HBRUSH brush = CreateSolidBrush(color);
frame.left = x; frame.top = y;
frame.right = x+cx; frame.bottom = y+cy;
if(scale) dxw.MapClient(&frame);
(*pFrameRect)(hdc, &frame, brush);
DeleteObject(brush);
}
void dxwCore::Mark(HDC hdc, BOOL scale, COLORREF color, RECT frame)
{
HBRUSH brush = CreateSolidBrush(color);
if(scale) dxw.MapClient(&frame);
(*pFrameRect)(hdc, &frame, brush);
DeleteObject(brush);
}
Reference in New Issue View Git Blame Copy Permalink