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windows-nt/Source/XPSP1/NT/shell/themes/uxtheme/nctheme.cpp

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2020-09-26 03:20:57 -05:00
//-------------------------------------------------------------------------//
// NCTheme.cpp
//-------------------------------------------------------------------------//
// bug: resizable dialog (themesel) doesn't repaint client when needed
// (for test case, resize "themesel" using "bussolid" theme.
//-------------------------------------------------------------------------//
#include "stdafx.h"
#include "nctheme.h"
#include "sethook.h"
#include "info.h"
#include "rgn.h" // AddToCompositeRgn()
#include "scroll.h" // DrawSizeBox, DrawScrollBar, HandleScrollCmd
#include "resource.h"
#include "tmreg.h"
#include "wrapper.h"
#include "appinfo.h"
//-------------------------------------------------------------------------//
/// local macros, consts, vars
//-------------------------------------------------------------------------//
const RECT rcNil = {-1,-1,-1,-1};
const WINDOWPARTS BOGUS_WINDOWPART = (WINDOWPARTS)0;
#define VALID_WINDOWPART(part) ((part)!=BOGUS_WINDOWPART)
#define WS_MINMAX (WS_MINIMIZEBOX | WS_MAXIMIZEBOX)
#define HAS_CAPTIONBAR( dwStyle ) (WS_CAPTION == ((dwStyle) & WS_CAPTION))
#define DLGWNDCLASSNAME TEXT("#32770")
#define DLGWNDCLASSNAMEW L"#32770"
#define NUMBTNSTATES 4 /*number of defined states*/
#define MAKE_BTNSTATE(framestate, state) ((((framestate)-1) * NUMBTNSTATES) + (state))
#define MDIBTNINDEX(ncrc) ((ncrc)-NCMDIBTNFIRST)
#ifdef MAKEPOINT
#undef MAKEPOINT
#endif MAKEPOINT
#define MAKEPOINT(pt,lParam) POINTSTOPOINT(pt, MAKEPOINTS(lParam))
#define IsHTFrameButton(htCode) \
(((htCode) == HTMINBUTTON) || \
((htCode) == HTMAXBUTTON) || \
((htCode) == HTCLOSE) || \
((htCode) == HTHELP))
#define IsTopLevelWindow(hwnd) (IsWindow(hwnd) && NULL==GetParent(hwnd))
#define IsHTScrollBar(htCode) (((htCode) == HTVSCROLL) || ((htCode) == HTHSCROLL))
#define SIG_CTHEMEWND_HEAD "themewnd"
#define SIG_CTHEMEWND_TAIL "end"
//-------------------------------------------------------------------------//
HWND _hwndFirstTop = NULL; // first themed window in process
TCHAR _szWindowMetrics[128] = {0}; // WM_SETTINGCHANGE string param.
//-------------------------------------------------------------------------//
// debug painting switch.
#define DEBUG_NCPAINT
//-------------------------------------------------------------------------//
// internal helper forwards
//-------------------------------------------------------------------------//
HDC _GetNonclientDC( IN HWND hwnd, IN OPTIONAL HRGN hrgnUpdate );
BOOL _ClientRectToScreen( HWND, LPRECT prcClient );
void _ScreenToParent( HWND, LPRECT prcWnd );
BOOL _GetWindowMonitorRect( HWND hwnd, LPRECT prcMonitor );
BOOL _GetMaximizedContainer( IN HWND hwnd, OUT LPRECT prcContainer );
BOOL _IsFullMaximized( IN OPTIONAL HWND hwnd, IN LPCRECT prcWnd );
BOOL _IsMessageWindow( HWND );
void _MDIUpdate( HWND hwndMDIChildOrClient, UINT uSwpFlags );
BOOL _MDIClientUpdateChildren( HWND hwndMDIClient );
void _MDIChildUpdateParent( HWND hwndMDIChild, BOOL fSetMenu = FALSE );
HWND _MDIGetActive( HWND, OUT OPTIONAL BOOL* pfMaximized = NULL );
HWND _MDIGetParent( HWND hwnd, OUT OPTIONAL CThemeWnd** ppMdiFrame = NULL, OUT OPTIONAL HWND *phwndMDIClient = NULL );
HRESULT _CreateBackgroundBitmap( IN OPTIONAL HDC, IN HTHEME, IN int iPartId, IN int iStateId, IN OUT LPSIZE, OUT HBITMAP*);
HRESULT _CreateMdiMenuItemBitmap( IN HDC hdc, IN HTHEME hTheme, IN OUT SIZE* pSize, IN OUT MENUITEMINFO* pmii );
void _ComputeElementOffset( HTHEME, int iPartId, int iStateId, LPCRECT prcBase, POINT *pptOffset);
int _GetRawClassicCaptionHeight( DWORD dwStyle, DWORD dwExStyle );
int _GetSumClassicCaptionHeight( DWORD dwStyle, DWORD dwExStyle );
void _ComputeNcWindowStatus( IN HWND, IN DWORD dwStatus, IN OUT NCWNDMET* pncwm );
BOOL _NeedsWindowEdgeStyle(DWORD dwStyle, DWORD dwExStyle );
BOOL _MNCanClose(HWND);
int _GetWindowBorders(LONG lStyle, DWORD dwExStyle );
BOOL _GetWindowMetrics( HWND, IN OPTIONAL HWND hwndMDIActive, OUT NCWNDMET* pncwm );
BOOL _IsNcPartTransparent( WINDOWPARTS part, const NCTHEMEMET& nctm );
BOOL _GetNcFrameMetrics( HWND, HTHEME hTheme, const NCTHEMEMET&, IN OUT NCWNDMET& );
BOOL _GetNcCaptionMargins( HTHEME hTheme, IN const NCTHEMEMET& nctm, IN OUT NCWNDMET& ncwm );
LPWSTR _AllocWindowText( IN HWND hwnd );
BOOL _GetNcCaptionTextSize( IN HTHEME hTheme, IN HWND hwnd, IN HFONT hf, OUT SIZE* psizeCaption );
BOOL _GetNcCaptionTextRect( IN OUT NCWNDMET* pncwm );
COLORREF _GetNcCaptionTextColor( FRAMESTATES iStateId );
void _GetNcBtnHitTestRect( IN const NCWNDMET* pncwm, IN UINT uHitcode, BOOL fWindowRelative, OUT LPRECT prcHit );
void _GetBrushesForPart(HTHEME hTheme, int iPart, HBITMAP* phbm, HBRUSH* phbr);
BOOL _ShouldAssignFrameRgn( IN const NCWNDMET* pncwm, IN const NCTHEMEMET& nctm );
BOOL _IsNcPartTransparent( WINDOWPARTS part, const NCTHEMEMET& nctm );
BOOL _ComputeNcPartTransparency( HTHEME, IN OUT NCTHEMEMET* pnctm );
HRESULT _LoadNcThemeMetrics( HWND, IN OUT OPTIONAL NCTHEMEMET* pnctm );
HRESULT _LoadNcThemeSysMetrics( HWND hwnd, IN OUT OPTIONAL NCTHEMEMET* pnctm );
void _NcSetPreviewMetrics( BOOL fPreview );
BOOL _NcUsingPreviewMetrics();
//-------------------------------------------------------------------------//
#ifdef THEMED_NCBTNMETRICS
BOOL _GetClassicNcBtnMetrics( IN OPTIONAL NCWNDMET* pncwm, IN OPTIONAL HICON hAppIcon,
IN OPTIONAL BOOL fCanClose, IN OPTIONAL BOOL fRefresh = FALSE );
#else THEMED_NCBTNMETRICS
BOOL _GetNcBtnMetrics( IN OUT NCWNDMET*, IN const NCTHEMEMET*, IN HICON, IN OPTIONAL BOOL );
#endif THEMED_NCBTNMETRICS
//-------------------------------------------------------------------------//
// Debug painting.
#if defined(DEBUG)
ULONG _NcTraceFlags = 0;
# if defined(DEBUG_NCPAINT)
# define BEGIN_DEBUG_NCPAINT() int cgbl = 0; if(TESTFLAG(_NcTraceFlags, NCTF_NCPAINT)) {GdiSetBatchLimit(1);}
# define END_DEBUG_NCPAINT() if(TESTFLAG(_NcTraceFlags, NCTF_NCPAINT)) {GdiSetBatchLimit(cgbl);}
HRESULT _DebugDrawThemeBackground(HTHEME, HDC, int, int, const RECT*, OPTIONAL const RECT*);
HRESULT _DebugDrawThemeBackgroundEx(HTHEME, HDC, int, int, const RECT *prc, OPTIONAL const DTBGOPTS*);
void NcDebugClipRgn( HDC hdc, COLORREF rgbPaint );
# define NcDrawThemeBackground _DebugDrawThemeBackground
# define NcDrawThemeBackgroundEx _DebugDrawThemeBackgroundEx
# else //defined(DEBUG_NCPAINT)
# define BEGIN_DEBUG_NCPAINT()
# define END_DEBUG_NCPAINT()
# define NcDrawThemeBackground DrawThemeBackground
# define NcDrawThemeBackgroundEx DrawThemeBackgroundEx
# define NcDebugClipRgn(hdc,rgbPaint)
# endif //defined(DEBUG_NCPAINT)
#else
# define BEGIN_DEBUG_NCPAINT()
# define END_DEBUG_NCPAINT()
# define NcDrawThemeBackground DrawThemeBackground
# define NcDrawThemeBackgroundEx DrawThemeBackgroundEx
# define NcDebugClipRgn(hdc,rgbPaint)
#endif //defined(DEBUG)
#define RGBDEBUGBKGND RGB(0xFF,0x00,0xFF) // debug background indicator fill color
//-------------------------------------------------------------------------//
// process-global metrics
static NCTHEMEMET _nctmCurrent = {0};
CRITICAL_SECTION _csNcSysMet = {0}; // protects access to _incmCurrent
CRITICAL_SECTION _csThemeMet = {0}; // protects access to _nctmCurrent
//-------------------------------------------------------------------------//
// process NONCLIENTMETRICS cache.
struct CInternalNonclientMetrics
//-------------------------------------------------------------------------//
{
const NONCLIENTMETRICS& GetNcm()
{
Acquire(FALSE);
return _ncm;
}
HFONT GetFont( BOOL fSmallCaption )
{
if( _fSet)
{
return fSmallCaption ? _hfSmCaption : _hfCaption;
}
return NULL;
}
void operator =( const NONCLIENTMETRICS& ncmSrc )
{
_ncm = ncmSrc;
SAFE_DELETE_GDIOBJ(_hfCaption);
_hfCaption = CreateFontIndirect( &_ncm.lfCaptionFont );
SAFE_DELETE_GDIOBJ(_hfSmCaption);
_hfSmCaption = CreateFontIndirect( &_ncm.lfSmCaptionFont );
_fSet = TRUE;
}
BOOL Acquire( BOOL fRefresh )
{
//---- quick check for outdated metrics ----
if (!_fPreview)
{
int iNewHeight = GetSystemMetrics(SM_CYSIZE);
if (iNewHeight != _iCaptionButtonHeight) // out of date
{
fRefresh = TRUE; // force the issue
_iCaptionButtonHeight = iNewHeight;
}
}
// normal metrics
if( !_fSet || fRefresh )
{
// save logfont checksum
LOGFONT lfCaption = _ncm.lfCaptionFont;
LOGFONT lfSmCaption = _ncm.lfSmCaptionFont;
Log(LOG_TMLOAD, L"Acquire: calling ClassicSystemParmetersInfo");
_ncm.cbSize = sizeof(_ncm);
_fSet = ClassicSystemParametersInfo( SPI_GETNONCLIENTMETRICS, 0, &_ncm, FALSE );
if( _fSet )
{
// if old, new logfont checksums don't match, recycle our fonts
if( CompareLogfont( &lfCaption, &_ncm.lfCaptionFont) )
{
SAFE_DELETE_GDIOBJ(_hfCaption);
_hfCaption = CreateFontIndirect(&_ncm.lfCaptionFont);
}
if( CompareLogfont( &lfSmCaption, &_ncm.lfSmCaptionFont) )
{
SAFE_DELETE_GDIOBJ(_hfSmCaption);
_hfSmCaption = CreateFontIndirect(&_ncm.lfSmCaptionFont);
}
}
}
return _fSet;
}
void Clear()
{
SAFE_DELETE_GDIOBJ(_hfCaption);
SAFE_DELETE_GDIOBJ(_hfSmCaption);
ZeroMemory( &_ncm, sizeof(_ncm) );
_fSet = FALSE;
}
static int CompareLogfont( const LOGFONT* plf1, const LOGFONT* plf2 )
{
int n = memcmp( plf1, plf2, sizeof(LOGFONT) - sizeof(plf1->lfFaceName) );
if( !n )
{
n = lstrcmp( plf1->lfFaceName, plf2->lfFaceName );
}
return n;
}
NONCLIENTMETRICS _ncm;
int _iCaptionButtonHeight;
BOOL _fSet;
HFONT _hfCaption;
HFONT _hfSmCaption;
BOOL _fPreview;
} _incmCurrent = {0}, _incmPreview = {0};
//-------------------------------------------------------------------------//
// MDI sys button group abstraction
class CMdiBtns
//-------------------------------------------------------------------------//
{
public:
CMdiBtns();
~CMdiBtns() { Unload(); }
BOOL Load( IN HTHEME hTheme, IN OPTIONAL HDC hdc = NULL, IN OPTIONAL UINT uSysCmd = 0 );
BOOL ThemeItem( HMENU hMenu, int iPos, MENUITEMINFO* pmii, BOOL fTheme );
void Unload( IN OPTIONAL UINT uSysCmd = 0 );
BOOL Measure( IN HTHEME hTheme, IN OUT MEASUREITEMSTRUCT* pmis );
BOOL Draw( IN HTHEME hTheme, IN DRAWITEMSTRUCT* pdis );
private:
#define MDIBTNCOUNT 3 // 1=min, 2=restore, 3=close
//------------------------------------//
// MDI sys button descriptor element
struct MDIBTN
{
UINT wID;
WINDOWPARTS iPartId;
SIZINGTYPE sizingType;
SIZE size;
UINT fTypePrev;
HBITMAP hbmPrev;
HBITMAP hbmTheme;
} _rgBtns[MDIBTNCOUNT];
private:
MDIBTN* _FindBtn( IN UINT wID );
static CLOSEBUTTONSTATES _CalcState( IN ULONG ulodAction, IN ULONG ulodState );
};
//-------------------------------------------------------------------------//
//-------------------------------------------------------------------------//
// utility impl
//-------------------------------------------------------------------------//
//-------------------------------------------------------------------------//
BOOL _ClientRectToScreen( HWND hwnd, LPRECT prcClient )
{
if( prcClient && GetClientRect( hwnd, prcClient ) )
{
POINT* pp = (POINT*)prcClient;
//---- use MapWindowPoints() to account for mirrored windows ----
MapWindowPoints(hwnd, HWND_DESKTOP, pp, 2);
return TRUE;
}
return FALSE;
}
//-------------------------------------------------------------------------//
void _ScreenToParent( HWND hwnd, LPRECT prcWnd )
{
//if we have a parent, we need to convert to those coords
HWND hwndParent = GetAncestor(hwnd, GA_PARENT);
POINT* pp = (POINT*)prcWnd;
//---- use MapWindowPoints() to account for mirrored windows ----
MapWindowPoints(HWND_DESKTOP, hwndParent, pp, 2);
}
//-------------------------------------------------------------------------//
inline BOOL _StrictPtInRect( LPCRECT prc, const POINT& pt )
{
// Win32 PtInRect will test positive for an empty rectangle...
return !IsRectEmpty(prc) &&
PtInRect( prc, pt );
}
//-------------------------------------------------------------------------//
inline BOOL _RectInRect( LPCRECT prcTest, LPCRECT prc )
{
if ( prc->left < prcTest->left &&
prc->right > prcTest->right &&
prc->top < prcTest->top &&
prc->bottom > prcTest->bottom )
{
return TRUE;
}
else
{
return FALSE;
}
}
//-------------------------------------------------------------------------//
inline HDC _GetNonclientDC( IN HWND hwnd, IN OPTIONAL HRGN hrgnUpdate )
{
// private GetDCEx #defines from user
#define DCX_USESTYLE 0x00010000L
#define DCX_NODELETERGN 0x00040000L
DWORD dwDCX = DCX_USESTYLE|DCX_WINDOW|DCX_LOCKWINDOWUPDATE;
if( hrgnUpdate != NULL )
dwDCX |= (DCX_INTERSECTRGN|DCX_NODELETERGN);
return GetDCEx( hwnd, hrgnUpdate, dwDCX );
}
//-------------------------------------------------------------------------//
HWND _MDIGetActive( HWND hwndMDIClient, OUT OPTIONAL BOOL* pfMaximized )
{
BOOL fMaximized = FALSE;
HWND hwndActive = NULL;
if( IsWindow( hwndMDIClient ) )
hwndActive = (HWND)SendMessage( hwndMDIClient, WM_MDIGETACTIVE, 0, (LPARAM)&fMaximized );
if( pfMaximized ) *pfMaximized = fMaximized;
return hwndActive;
}
//-------------------------------------------------------------------------////
// computes rectangle of window's default monitor
BOOL _GetWindowMonitorRect( HWND hwnd, LPRECT prcMonitor )
{
if( IsWindow(hwnd) )
{
// default to primary monitor
SetRect( prcMonitor, 0, 0,
NcGetSystemMetrics(SM_CXSCREEN),
NcGetSystemMetrics(SM_CYSCREEN));
// try determining window's real monitor
HMONITOR hMon = MonitorFromWindow( hwnd, MONITOR_DEFAULTTONULL );
if( hMon )
{
MONITORINFO mi;
mi.cbSize = sizeof(mi);
if( GetMonitorInfo( hMon, &mi ) )
{
*prcMonitor = mi.rcWork;
}
}
return TRUE;
}
return FALSE;
}
//-------------------------------------------------------------------------////
// determines whether the indicate window is as large or larger than
// the target monitor
BOOL _GetMaximizedContainer(
IN HWND hwnd,
OUT LPRECT prcContainer )
{
ASSERT(IsWindow(hwnd));
HWND hwndParent = GetParent(hwnd);
if( hwndParent )
{
return GetWindowRect( hwndParent, prcContainer );
}
// top-level window: container is primary monitor
return _GetWindowMonitorRect( hwnd, prcContainer );
}
//-------------------------------------------------------------------------////
// determines whether the indicate window is as large or larger than
// the target monitor
BOOL _IsFullMaximized( IN OPTIONAL HWND hwnd, IN LPCRECT prcWnd )
{
if( !IsWindow(hwnd) )
return TRUE; // assume full-screen maximized window
if( IsZoomed(hwnd) )
{
RECT rcContainer = {0};
if( !_GetMaximizedContainer( hwnd, &rcContainer ) )
return TRUE;
// determine whether the rect is contained in the screen rect
return _RectInRect( &rcContainer, prcWnd );
}
return FALSE;
}
//-------------------------------------------------------------------------//
//
// _GetRawClassicCaptionHeight() -
//
// Using system metrics, computes the total height of the caption bar
// including edge and borders
//
inline int _GetRawClassicCaptionHeight( DWORD dwStyle, DWORD dwExStyle )
{
ASSERT(HAS_CAPTIONBAR(dwStyle)); // shouldn't be here without WS_CAPTION
return NcGetSystemMetrics(
TESTFLAG(dwExStyle, WS_EX_TOOLWINDOW ) ? SM_CYSMCAPTION : SM_CYCAPTION );
}
//-------------------------------------------------------------------------//
//
// _GetSumClassicCaptionHeight() -
//
// Using system metrics, computes the total height of the caption bar
// including edge and borders
//
inline int _GetSumClassicCaptionHeight( DWORD dwStyle, DWORD dwExStyle )
{
ASSERT(HAS_CAPTIONBAR(dwStyle)); // shouldn't be here without WS_CAPTION
// Factor in window border width.
return _GetWindowBorders( dwStyle, dwExStyle) +
_GetRawClassicCaptionHeight( dwStyle, dwExStyle );
}
//-------------------------------------------------------------------------//
//
// GetWindowBorders() - port from win32k, rtl\winmgr.c
//
// Computes window border dimensions based on style bits.
//
int _GetWindowBorders(LONG lStyle, DWORD dwExStyle )
{
int cBorders = 0;
//
// Is there a 3D border around the window?
//
if( TESTFLAG(dwExStyle, WS_EX_WINDOWEDGE) )
cBorders += 2;
else if ( TESTFLAG(dwExStyle, WS_EX_STATICEDGE) )
++cBorders;
//
// Is there a single flat border around the window? This is true for
// WS_BORDER, WS_DLGFRAME, and WS_EX_DLGMODALFRAME windows.
//
if( TESTFLAG(lStyle, WS_CAPTION) || TESTFLAG(dwExStyle, WS_EX_DLGMODALFRAME) )
++cBorders;
//
// Is there a sizing flat border around the window?
//
if( TESTFLAG(lStyle, WS_THICKFRAME) && !TESTFLAG(lStyle, WS_MINIMIZE) )
{
NONCLIENTMETRICS ncm;
cBorders += (NcGetNonclientMetrics( &ncm, FALSE ) ?
ncm.iBorderWidth : NcGetSystemMetrics( SM_CXBORDER ));
}
return(cBorders);
}
//-------------------------------------------------------------------------//
// Determines whether WS_EX_WINDOWEDGE should be assumed.
// Ripped from USER sources (rtl\winmgr.c)
BOOL _NeedsWindowEdgeStyle(DWORD dwStyle, DWORD dwExStyle )
{
BOOL fGetsWindowEdge = FALSE;
if (dwExStyle & WS_EX_DLGMODALFRAME)
fGetsWindowEdge = TRUE;
else if (dwExStyle & WS_EX_STATICEDGE)
fGetsWindowEdge = FALSE;
else if (dwStyle & WS_THICKFRAME)
fGetsWindowEdge = TRUE;
else switch (dwStyle & WS_CAPTION)
{
case WS_DLGFRAME:
fGetsWindowEdge = TRUE;
break;
case WS_CAPTION:
fGetsWindowEdge = TRUE; // PORTPORT: SHIMSHIM should be: = (RtlGetExpWinVer(hMod) > VER40)
// we will assume a new app; old apps are denied.
break;
}
return(fGetsWindowEdge);
}
//-------------------------------------------------------------------------//
// _MNCanClose
//
// returns TRUE only if USER32 determines that the window can be closed
// (by checking its system menu items and their disabled state)
//
BOOL _MNCanClose(HWND hwnd)
{
LogEntryNC(L"_MNCanClose");
BOOL fRetVal = FALSE;
TITLEBARINFO tbi = {sizeof(tbi)};
//---- don't use GetSystemMenu() - has user handle leak issues ----
if (GetTitleBarInfo(hwnd, &tbi))
{
//---- mask out the good bits ----
DWORD dwVal = (tbi.rgstate[5] & (~(STATE_SYSTEM_PRESSED | STATE_SYSTEM_FOCUSABLE)));
fRetVal = (dwVal == 0); // only if no bad bits are left
}
if ( !fRetVal && TESTFLAG(GetWindowLong(hwnd, GWL_EXSTYLE), WS_EX_MDICHILD) )
{
HMENU hMenu = GetSystemMenu(hwnd, FALSE);
MENUITEMINFO menuInfo;
menuInfo.cbSize = sizeof(MENUITEMINFO);
menuInfo.fMask = MIIM_STATE;
if ( GetMenuItemInfo(hMenu, SC_CLOSE, FALSE, &menuInfo) )
{
fRetVal = !(menuInfo.fState & MFS_GRAYED) ? TRUE : FALSE;
}
}
LogExitNC(L"_MNCanClose");
return fRetVal;
}
//-------------------------------------------------------------------------//
void CThemeWnd::UpdateMDIFrameStuff( HWND hwndMDIClient, BOOL fSetMenu )
{
HWND hwndMDIActive = _MDIGetActive( hwndMDIClient, NULL );
// cache MDIClient, maximized M window handle
_hwndMDIClient = IsWindow(hwndMDIActive) ? hwndMDIClient : NULL;
}
//-------------------------------------------------------------------------//
BOOL CALLBACK _FreshenThemeMetricsCB( HWND hwnd, LPARAM lParam )
{
CThemeWnd* pwnd = CThemeWnd::FromHwnd( hwnd );
if( VALID_THEMEWND(pwnd) )
{
pwnd->AddRef();
pwnd->GetNcWindowMetrics( NULL, NULL, NULL, NCWMF_RECOMPUTE );
pwnd->Release();
}
return TRUE;
}
//-------------------------------------------------------------------------//
BOOL _IsMessageWindow( HWND hwnd )
{
// A window parented by HWND_MESSAGE has no UI and should not be themed.
static ATOM _atomMsgWnd = 0;
HWND hwndParent = (HWND)GetWindowLongPtr( hwnd, GWLP_HWNDPARENT );
if( hwndParent )
{
ATOM atomParent = (ATOM)GetClassLong( hwndParent, GCW_ATOM );
// have we seen the message window wndclass before?
if( _atomMsgWnd )
return (atomParent == _atomMsgWnd); // compare class atoms
// haven't seen a message window come through in this process,
// so compare class names.
WCHAR szClass[128];
if( GetClassNameW( hwndParent, szClass, ARRAYSIZE(szClass) ) )
{
if( 0 == AsciiStrCmpI( szClass, L"Message" ) )
{
_atomMsgWnd = atomParent;
return TRUE;
}
}
}
return FALSE;
}
//-------------------------------------------------------------------------//
// Retrieves MDI frame and/or MDICLIENT window for an MDI child window
HWND _MDIGetParent(
HWND hwnd, OUT OPTIONAL CThemeWnd** ppMdiFrame, OUT OPTIONAL HWND* phwndMDIClient )
{
if( ppMdiFrame ) *ppMdiFrame = NULL;
if( phwndMDIClient ) *phwndMDIClient = NULL;
if( TESTFLAG(GetWindowLong( hwnd, GWL_EXSTYLE ), WS_EX_MDICHILD) )
{
HWND hwndMDIClient = GetParent(hwnd);
if( IsWindow(hwndMDIClient) )
{
HWND hwndFrame = GetParent(hwndMDIClient);
if( IsWindow(hwndFrame) )
{
if( phwndMDIClient ) *phwndMDIClient = hwndMDIClient;
if( ppMdiFrame )
*ppMdiFrame = CThemeWnd::FromHwnd(hwndFrame);
return hwndFrame;
}
}
}
return NULL;
}
//-------------------------------------------------------------------------//
HWND _FindMDIClient( HWND hwndFrame )
{
for( HWND hwndChild = GetWindow(hwndFrame, GW_CHILD); hwndChild != NULL;
hwndChild = GetNextWindow(hwndChild, GW_HWNDNEXT))
{
TCHAR szClass[48];
if( GetClassName(hwndChild, szClass, ARRAYSIZE(szClass)) )
{
if( 0 == lstrcmpi(szClass, TEXT("MDIClient")) )
{
return hwndChild;
}
}
}
return NULL;
}
//-------------------------------------------------------------------------//
// Handle MDI relative updating on WM_WINDOWPOSCHANGED
void _MDIUpdate( HWND hwnd, UINT uSwpFlags)
{
// Notify MDI frame if we became maximized, etc.
BOOL bIsClient = FALSE;
// Could be the MDI client, could be a MDI child
if (!(TESTFLAG(uSwpFlags, SWP_NOMOVE) && TESTFLAG(uSwpFlags, SWP_NOSIZE)))
{
bIsClient = _MDIClientUpdateChildren( hwnd );
}
if (!bIsClient)
{
_MDIChildUpdateParent( hwnd, FALSE );
}
}
//-------------------------------------------------------------------------//
// Post-WM_WINDOWPOSCHANGED processing for MDI client or children.
// We need to recompute each child when the MDI client moves.
BOOL _MDIClientUpdateChildren( HWND hwndMDIChildOrClient )
{
// Find if it's the MDI client window
HWND hWndChild = GetWindow(hwndMDIChildOrClient, GW_CHILD);
if (IsWindow(hWndChild) && TESTFLAG(GetWindowLong(hWndChild, GWL_EXSTYLE), WS_EX_MDICHILD))
{
// Yes it's the MDI client, refresh each MDI child's metrics
do
{
_FreshenThemeMetricsCB(hWndChild, NULL);
} while (NULL != (hWndChild = GetWindow(hWndChild, GW_HWNDNEXT)));
return TRUE;
}
return FALSE;
}
//-------------------------------------------------------------------------//
// Informs MDI frame that a child window may
void _MDIChildUpdateParent( HWND hwndMDIChild, BOOL fSetMenu )
{
CThemeWnd* pwndParent;
HWND hwndMDIClient;
if( _MDIGetParent( hwndMDIChild, &pwndParent, &hwndMDIClient ) &&
VALID_THEMEWND(pwndParent) )
{
pwndParent->UpdateMDIFrameStuff( hwndMDIClient, fSetMenu );
}
}
//-------------------------------------------------------------------------//
// Creates a replacement menu item bitmap for MDI frame window menubar
// buttons for maximized MDI child.
HRESULT _CreateMdiMenuItemBitmap(
IN HDC hdc,
IN HTHEME hTheme,
IN OUT SIZE* pSize,
IN OUT MENUITEMINFO* pmii )
{
WINDOWPARTS iPartId;
CLOSEBUTTONSTATES iStateId = CBS_NORMAL;
switch( (UINT)pmii->wID )
{
case SC_CLOSE:
iPartId = WP_MDICLOSEBUTTON;
break;
case SC_MINIMIZE:
iPartId = WP_MDIMINBUTTON;
break;
case SC_RESTORE:
iPartId = WP_MDIRESTOREBUTTON;
break;
default:
return E_INVALIDARG;
}
iStateId = TESTFLAG(pmii->fState, MFS_DISABLED) ? CBS_DISABLED : CBS_NORMAL;
if( NULL == pSize )
{
SIZE size;
size.cx = NcGetSystemMetrics(SM_CXMENUSIZE);
size.cy = NcGetSystemMetrics(SM_CYMENUSIZE);
pSize = &size;
}
return _CreateBackgroundBitmap( hdc, hTheme, iPartId, iStateId, pSize, &pmii->hbmpItem );
}
//-------------------------------------------------------------------------//
HRESULT _CreateBackgroundBitmap(
IN OPTIONAL HDC hdcCompatible,
IN HTHEME hTheme,
IN int iPartId,
IN int iStateId,
IN OUT LPSIZE pSize, // in: if cx <= 0 || cx <=0, assume truesize. out: background size
OUT HBITMAP* phbmOut )
{
ASSERT(hdcCompatible);
ASSERT(hTheme);
ASSERT(pSize);
ASSERT(phbmOut);
HRESULT hr = E_FAIL;
SIZE size;
*phbmOut = NULL;
size = *pSize;
pSize->cx = pSize->cy = 0;
// Create working DC.
HDC hdcMem = CreateCompatibleDC(hdcCompatible);
if( hdcMem != NULL )
{
// determine output size;
hr = (size.cx <= 0 || size.cy <= 0) ?
GetThemePartSize( hTheme, hdcCompatible, iPartId, iStateId, NULL, TS_TRUE, &size ) : S_OK;
if( SUCCEEDED(hr) )
{
HBITMAP hbmOut = CreateCompatibleBitmap( hdcCompatible, size.cx, size.cy );
if( hbmOut )
{
HBITMAP hbm0 = (HBITMAP)SelectObject(hdcMem, hbmOut);
RECT rcBkgnd;
SetRect( &rcBkgnd, 0, 0, size.cx, size.cy );
hr = NcDrawThemeBackground( hTheme, hdcMem, iPartId, iStateId, &rcBkgnd, 0 );
SelectObject( hdcMem, hbm0 );
if( SUCCEEDED(hr) )
{
*phbmOut = hbmOut;
pSize->cx = size.cx;
pSize->cy = size.cy;
}
else
{
SAFE_DELETE_GDIOBJ(hbmOut);
}
}
else
{
hr = E_OUTOFMEMORY;
}
}
DeleteDC(hdcMem);
}
return hr;
}
//-------------------------------------------------------------------------//
// _ComputeElementOffset() - calculates specified offset for caption or button
// This could be generalized in the themeapi, yes? [scotthan]
void _ComputeElementOffset(
HTHEME hTheme,
int iPartId,
int iStateId,
LPCRECT prcBase,
POINT *pptOffset)
{
OFFSETTYPE eOffsetType;
if (FAILED(GetThemeEnumValue(hTheme, iPartId, iStateId, TMT_OFFSETTYPE, (int *)&eOffsetType)))
eOffsetType = OT_TOPLEFT; // default value
POINT ptOffset;
if (FAILED(GetThemePosition(hTheme, iPartId, iStateId, TMT_OFFSET, &ptOffset)))
{
ptOffset.x = 0;
ptOffset.y = 0;
}
RECT rcBase = *prcBase;
switch (eOffsetType)
{
case OT_TOPLEFT:
ptOffset.x += rcBase.left;
ptOffset.y += rcBase.top;
break;
case OT_TOPRIGHT:
ptOffset.x += rcBase.right;
ptOffset.y += rcBase.top;
break;
case OT_TOPMIDDLE:
ptOffset.x += (rcBase.left + rcBase.right)/2;
ptOffset.y += rcBase.top;
break;
case OT_BOTTOMLEFT:
ptOffset.x += rcBase.left;
ptOffset.y += rcBase.bottom;
break;
case OT_BOTTOMRIGHT:
ptOffset.x += rcBase.right;
ptOffset.y += rcBase.bottom;
break;
case OT_BOTTOMMIDDLE:
ptOffset.x += (rcBase.left + rcBase.right)/2;
ptOffset.y += rcBase.bottom;
break;
// Todo: handle the remaining cases:
case OT_LEFTOFCAPTION:
case OT_RIGHTOFCAPTION:
case OT_LEFTOFLASTBUTTON:
case OT_RIGHTOFLASTBUTTON:
case OT_ABOVELASTBUTTON:
case OT_BELOWLASTBUTTON:
ASSERT(FALSE);
break;
}
*pptOffset = ptOffset;
}
//-------------------------------------------------------------------------//
// _ComputeNcWindowStatus
//
// Assigns and translates window status bits to/in NCWNDMET block.
//
void _ComputeNcWindowStatus( IN HWND hwnd, IN DWORD dwStatus, IN OUT NCWNDMET* pncwm )
{
BOOL fActive = TESTFLAG( dwStatus, WS_ACTIVECAPTION );
if (fActive || !HAS_CAPTIONBAR(pncwm->dwStyle) )
{
pncwm->framestate = FS_ACTIVE;
}
else
{
pncwm->framestate = FS_INACTIVE;
}
if( HAS_CAPTIONBAR(pncwm->dwStyle) )
{
pncwm->rgbCaption = _GetNcCaptionTextColor( pncwm->framestate );
}
}
//-------------------------------------------------------------------------////
BOOL _GetWindowMetrics( HWND hwnd, IN OPTIONAL HWND hwndMDIActive, OUT NCWNDMET* pncwm )
{
WINDOWINFO wi;
wi.cbSize = sizeof(wi);
if( GetWindowInfo( hwnd, &wi ) )
{
pncwm->dwStyle = wi.dwStyle;
pncwm->dwExStyle = wi.dwExStyle;
pncwm->rcS0[NCRC_WINDOW] = wi.rcWindow;
pncwm->rcS0[NCRC_CLIENT] = wi.rcClient;
pncwm->fMin = IsIconic(hwnd);
pncwm->fMaxed = IsZoomed(hwnd);
pncwm->fFullMaxed = pncwm->fMaxed ? _IsFullMaximized(hwnd, &wi.rcWindow) : FALSE;
pncwm->dwWindowStatus = wi.dwWindowStatus;
// if this window is the active MDI child and is owned by the foreground window
// (which may not be the case if a popup, for example, is foremost), then
// fix up the status bit.
if( hwnd == hwndMDIActive )
{
HWND hwndFore = GetForegroundWindow();
if( IsChild(hwndFore, hwndMDIActive) )
{
pncwm->dwWindowStatus = WS_ACTIVECAPTION;
}
}
return TRUE;
}
return FALSE;
}
//-------------------------------------------------------------------------//
BOOL _ShouldAssignFrameRgn(
IN const NCWNDMET* pncwm,
IN const NCTHEMEMET& nctm )
{
if( TESTFLAG( CThemeWnd::EvaluateStyle(pncwm->dwStyle, pncwm->dwExStyle), TWCF_FRAME|TWCF_TOOLFRAME) )
{
// always need window region for maximized windows.
if( pncwm->fFullMaxed )
return TRUE;
// otherwise, need region only if the background is transparent
for( int i = 0; i < ARRAYSIZE( pncwm->rgframeparts ); i++ )
{
if( _IsNcPartTransparent( pncwm->rgframeparts[i], nctm ) )
return TRUE;
}
}
return FALSE;
}
//-------------------------------------------------------------------------//
BOOL _IsNcPartTransparent( WINDOWPARTS part, const NCTHEMEMET& nctm )
{
#define GET_NCTRANSPARENCY(part,field) \
case part: return nctm.nct.##field
switch(part)
{
GET_NCTRANSPARENCY(WP_CAPTION, fCaption);
GET_NCTRANSPARENCY(WP_SMALLCAPTION, fCaption);
GET_NCTRANSPARENCY(WP_MINCAPTION, fMinCaption);
GET_NCTRANSPARENCY(WP_SMALLMINCAPTION, fSmallMinCaption);
GET_NCTRANSPARENCY(WP_MAXCAPTION, fMaxCaption);
GET_NCTRANSPARENCY(WP_SMALLMAXCAPTION, fSmallMaxCaption);
GET_NCTRANSPARENCY(WP_FRAMELEFT, fFrameLeft);
GET_NCTRANSPARENCY(WP_FRAMERIGHT, fFrameRight);
GET_NCTRANSPARENCY(WP_FRAMEBOTTOM, fFrameBottom);
GET_NCTRANSPARENCY(WP_SMALLFRAMELEFT, fSmFrameLeft);
GET_NCTRANSPARENCY(WP_SMALLFRAMERIGHT, fSmFrameRight);
GET_NCTRANSPARENCY(WP_SMALLFRAMEBOTTOM, fSmFrameBottom);
}
return FALSE;
}
//-------------------------------------------------------------------------//
BOOL _ComputeNcPartTransparency( HTHEME hTheme, IN OUT NCTHEMEMET* pnctm )
{
#define TEST_NCTRANSPARENCY(part) IsThemePartDefined(hTheme,part,0) ? \
IsThemeBackgroundPartiallyTransparent(hTheme,part,FS_ACTIVE) : FALSE;
pnctm->nct.fCaption = TEST_NCTRANSPARENCY(WP_CAPTION);
pnctm->nct.fSmallCaption = TEST_NCTRANSPARENCY(WP_SMALLCAPTION);
pnctm->nct.fMinCaption = TEST_NCTRANSPARENCY(WP_MINCAPTION);
pnctm->nct.fSmallMinCaption = TEST_NCTRANSPARENCY(WP_SMALLMINCAPTION);
pnctm->nct.fMaxCaption = TEST_NCTRANSPARENCY(WP_MAXCAPTION);
pnctm->nct.fSmallMaxCaption = TEST_NCTRANSPARENCY(WP_SMALLMAXCAPTION);
pnctm->nct.fFrameLeft = TEST_NCTRANSPARENCY(WP_FRAMELEFT);
pnctm->nct.fFrameRight = TEST_NCTRANSPARENCY(WP_FRAMERIGHT);
pnctm->nct.fFrameBottom = TEST_NCTRANSPARENCY(WP_FRAMEBOTTOM);
pnctm->nct.fSmFrameLeft = TEST_NCTRANSPARENCY(WP_SMALLFRAMELEFT);
pnctm->nct.fSmFrameRight = TEST_NCTRANSPARENCY(WP_SMALLFRAMERIGHT);
pnctm->nct.fSmFrameBottom = TEST_NCTRANSPARENCY(WP_SMALLFRAMEBOTTOM);
return TRUE;
}
//-------------------------------------------------------------------------//
// NCTHEMEMET implementation
//-------------------------------------------------------------------------//
//-------------------------------------------------------------------------//
BOOL GetCurrentNcThemeMetrics( OUT NCTHEMEMET* pnctm )
{
*pnctm = _nctmCurrent;
return IsValidNcThemeMetrics( pnctm );
}
//-------------------------------------------------------------------------//
HTHEME GetCurrentNcThemeHandle()
{
return _nctmCurrent.hTheme;
}
//-------------------------------------------------------------------------//
void InitNcThemeMetrics( NCTHEMEMET* pnctm )
{
if( !pnctm )
pnctm = &_nctmCurrent;
ZeroMemory( pnctm, sizeof(*pnctm) );
}
//---------------------------------------------------------------------------
void ClearNcThemeMetrics( NCTHEMEMET* pnctm )
{
if( !pnctm )
pnctm = &_nctmCurrent;
//---- minimize THREAD-UNSAFE access to _nctmCurrent by ----
//---- NULL-ing out the hTheme type members as soon as ----
//---- they are closed ----
if( pnctm->hTheme )
{
CloseThemeData( pnctm->hTheme );
pnctm->hTheme = NULL;
}
if( pnctm->hThemeTab )
{
CloseThemeData( pnctm->hThemeTab );
pnctm->hThemeTab = NULL;
}
SAFE_DELETE_GDIOBJ( pnctm->hbmTabDialog );
SAFE_DELETE_GDIOBJ( pnctm->hbrTabDialog );
InitNcThemeMetrics( pnctm );
}
//-------------------------------------------------------------------------//
// Computes process-global, per-theme metrics for the nonclient area theme.
HRESULT AcquireNcThemeMetrics()
{
HRESULT hr = S_OK;
EnterCriticalSection( &_csThemeMet );
ClearNcThemeMetrics( &_nctmCurrent );
NcGetNonclientMetrics( NULL, FALSE );
hr = _LoadNcThemeMetrics(NULL, &_nctmCurrent);
LeaveCriticalSection( &_csThemeMet );
Log(LOG_TMCHANGE, L"AcquireNcThemeMetrics: got hTheme=0x%x", _nctmCurrent.hTheme);
return hr;
}
//-------------------------------------------------------------------------//
// Computes and/or loads per-theme (as opposed to per-window)
// system metrics and resources not managed by the theme manager.
//
// Called by _LoadNcThemeMetrics
HRESULT _LoadNcThemeSysMetrics( HWND hwnd, IN OUT NCTHEMEMET* pnctm )
{
HRESULT hr = E_FAIL;
ASSERT(pnctm);
// grab system metrics for nonclient area.
NONCLIENTMETRICS ncm = {0};
ncm.cbSize = sizeof(ncm);
if( NcGetNonclientMetrics( &ncm, FALSE ) )
{
#ifdef THEMED_NCBTNMETRICS
_GetClassicNcBtnMetrics( NULL, NULL, FALSE, TRUE );
#endif THEMED_NCBTNMETRICS
hr = S_OK;
// Establish minimized window size
if( 0 >= pnctm->sizeMinimized.cx )
pnctm->sizeMinimized.cx = NcGetSystemMetrics( SM_CXMINIMIZED );
if( 0 >= pnctm->sizeMinimized.cy )
pnctm->sizeMinimized.cy = NcGetSystemMetrics( SM_CYMINIMIZED );
}
else
{
hr = HRESULT_FROM_WIN32(GetLastError());
if( SUCCEEDED(hr) )
hr = E_FAIL;
}
// Maximized caption height or width
pnctm->cyMaxCaption = _GetRawClassicCaptionHeight( WS_CAPTION|WS_OVERLAPPED, 0 );
return hr;
}
//-------------------------------------------------------------------------//
// Computes and/or loads per-theme (as opposed to per-window)
// metrics and resources not managed by the theme manager
HRESULT _LoadNcThemeMetrics( HWND hwnd, NCTHEMEMET* pnctm )
{
HRESULT hr = E_FAIL;
// Initialize incoming NCTHEMEMET:
if( pnctm )
{
InitNcThemeMetrics( pnctm );
HTHEME hTheme = ::OpenNcThemeData( hwnd, L"Window" );
if( hTheme )
{
pnctm->hTheme = hTheme;
// determine transparency for each frame part.
_ComputeNcPartTransparency(hTheme, pnctm);
// menubar pixels not accounted for by CalcMenuBar or PaintMenuBar
pnctm->dyMenuBar = NcGetSystemMetrics(SM_CYMENU) - NcGetSystemMetrics(SM_CYMENUSIZE);
// normal caption margins
if( FAILED( GetThemeMargins( hTheme, NULL, WP_CAPTION, CS_ACTIVE, TMT_CAPTIONMARGINS,
NULL, &pnctm->marCaptionText )) )
{
FillMemory( &pnctm->marCaptionText, sizeof(pnctm->marCaptionText), 0 );
}
// maximized caption margins
if( FAILED( GetThemeMargins( hTheme, NULL, WP_MAXCAPTION, CS_ACTIVE, TMT_CAPTIONMARGINS,
NULL, &pnctm->marMaxCaptionText )) )
{
FillMemory( &pnctm->marMaxCaptionText, sizeof(pnctm->marMaxCaptionText), 0 );
}
// minimized caption margins
if( FAILED( GetThemeMargins( hTheme, NULL, WP_MINCAPTION, CS_ACTIVE, TMT_CAPTIONMARGINS,
NULL, &pnctm->marMinCaptionText )) )
{
FillMemory( &pnctm->marMinCaptionText, sizeof(pnctm->marMinCaptionText), 0 );
}
// dynamically resizing small (toolframe) caption margins
if( FAILED( GetThemeMargins( hTheme, NULL, WP_SMALLCAPTION, CS_ACTIVE, TMT_CAPTIONMARGINS,
NULL, &pnctm->marSmCaptionText )) )
{
FillMemory( &pnctm->marSmCaptionText, sizeof(pnctm->marSmCaptionText), 0 );
}
// caption and frame resizing border hittest template parts
pnctm->fCapSizingTemplate = IsThemePartDefined( hTheme, WP_CAPTIONSIZINGTEMPLATE, 0);
pnctm->fLeftSizingTemplate = IsThemePartDefined( hTheme, WP_FRAMELEFTSIZINGTEMPLATE, 0);
pnctm->fRightSizingTemplate = IsThemePartDefined( hTheme, WP_FRAMERIGHTSIZINGTEMPLATE, 0);
pnctm->fBottomSizingTemplate = IsThemePartDefined( hTheme, WP_FRAMEBOTTOMSIZINGTEMPLATE, 0);
// toolwindow caption and frame resizing border hittest template parts
pnctm->fSmCapSizingTemplate = IsThemePartDefined( hTheme, WP_SMALLCAPTIONSIZINGTEMPLATE, 0);
pnctm->fSmLeftSizingTemplate = IsThemePartDefined( hTheme, WP_SMALLFRAMELEFTSIZINGTEMPLATE, 0);
pnctm->fSmRightSizingTemplate = IsThemePartDefined( hTheme, WP_SMALLFRAMERIGHTSIZINGTEMPLATE, 0);
pnctm->fSmBottomSizingTemplate = IsThemePartDefined( hTheme, WP_SMALLFRAMEBOTTOMSIZINGTEMPLATE, 0);
// Minimized window size.
// If this is a truesize image, honor its dimensions; otherwise use
// width, height properties. Fall back on system metrics.
SIZINGTYPE st = ST_TRUESIZE;
hr = GetThemeInt( hTheme, WP_MINCAPTION, FS_ACTIVE, TMT_SIZINGTYPE, (int*)&st );
if( ST_TRUESIZE == st )
{
hr = GetThemePartSize( hTheme, NULL, WP_MINCAPTION, FS_ACTIVE, NULL,
TS_TRUE, &pnctm->sizeMinimized );
if( FAILED(hr) )
{
GetThemeMetric( hTheme, NULL, WP_MINCAPTION, FS_ACTIVE, TMT_WIDTH,
(int*)&pnctm->sizeMinimized.cx );
GetThemeMetric( hTheme, NULL, WP_MINCAPTION, FS_ACTIVE, TMT_HEIGHT,
(int*)&pnctm->sizeMinimized.cy );
}
}
// -- normal nonclient button size.
int cy = NcGetSystemMetrics( SM_CYSIZE );
hr = GetThemePartSize( pnctm->hTheme, NULL, WP_CLOSEBUTTON, 0, NULL, TS_TRUE, &pnctm->sizeBtn );
if( SUCCEEDED(hr) )
{
pnctm->theme_sysmets.cxBtn = MulDiv( cy, pnctm->sizeBtn.cx, pnctm->sizeBtn.cy );
}
else
{
pnctm->theme_sysmets.cxBtn =
pnctm->sizeBtn.cx = NcGetSystemMetrics( SM_CXSIZE );
pnctm->sizeBtn.cy = cy;
}
// -- toolframe nonclient button size.
cy = NcGetSystemMetrics( SM_CYSMSIZE );
hr = GetThemePartSize( pnctm->hTheme, NULL, WP_SMALLCLOSEBUTTON, 0, NULL, TS_TRUE, &pnctm->sizeSmBtn );
if( SUCCEEDED(hr) )
{
pnctm->theme_sysmets.cxSmBtn = MulDiv( cy, pnctm->sizeSmBtn.cx, pnctm->sizeSmBtn.cy );
}
else
{
pnctm->theme_sysmets.cxSmBtn =
pnctm->sizeSmBtn.cx = NcGetSystemMetrics( SM_CXSMSIZE );
pnctm->sizeSmBtn.cy = cy;
}
// -- validate sysmet hook values
pnctm->theme_sysmets.fValid = TRUE;
// dialog background for dialogs parented by PROPSHEETs or
// specifically stamped via EnableThemeDialogTexture to match the tab control background.
//
// We need to open the tab control's theme so that we can get the background of tab dialogs
// We can't dynamically load this because of how this cache is set up: It's all or nothing.
pnctm->hThemeTab = ::OpenThemeData(hwnd, L"Tab");
_GetBrushesForPart(pnctm->hThemeTab, TABP_BODY, &pnctm->hbmTabDialog, &pnctm->hbrTabDialog);
hr = _LoadNcThemeSysMetrics( hwnd, pnctm );
}
}
return hr;
}
//-------------------------------------------------------------------------//
BOOL IsValidNcThemeMetrics( NCTHEMEMET* pnctm )
{
return pnctm->hTheme != NULL;
}
//-------------------------------------------------------------------------//
// THREADWINDOW implementation
//-------------------------------------------------------------------------//
//
// Note: this is a fixed length array of threads-window mappings.
// We'll use this to keep track of the threads processing a certain message
//
// Thread local storage would be better suited to the task, but we
// learned early on that the unique load/unload situation of uxtheme
// causes us to miss DLL_THREAD_DETACH in some scenarios, which would mean
// leaking the TLS.
//
typedef struct _THREADWINDOW
{
DWORD dwThread;
HWND hwnd;
} THREADWINDOW;
//-------------------------------------------------------------------------//
// WM_NCPAINT tracking:
THREADWINDOW _rgtwNcPaint[16] = {0}; // threads processing NCPAINT in this process
int _cNcPaintWnd = 0; // count of threads processing NCPAINT in this process
CRITICAL_SECTION _csNcPaint; // serializes access to _rgtwNcPaint
//-------------------------------------------------------------------------//
void NcPaintWindow_Add( HWND hwnd )
{
EnterCriticalSection( &_csNcPaint );
for( int i = 0; i < ARRAYSIZE(_rgtwNcPaint); i++ )
{
if( 0 == _rgtwNcPaint[i].dwThread )
{
_rgtwNcPaint[i].dwThread = GetCurrentThreadId();
_rgtwNcPaint[i].hwnd = hwnd;
_cNcPaintWnd++;
}
}
LeaveCriticalSection( &_csNcPaint );
}
//-------------------------------------------------------------------------//
void NcPaintWindow_Remove()
{
if( _cNcPaintWnd )
{
DWORD dwThread = GetCurrentThreadId();
EnterCriticalSection( &_csNcPaint );
for( int i = 0; i < ARRAYSIZE(_rgtwNcPaint); i++ )
{
if( dwThread == _rgtwNcPaint[i].dwThread )
{
_rgtwNcPaint[i].dwThread = 0;
_rgtwNcPaint[i].hwnd = 0;
_cNcPaintWnd--;
break;
}
}
LeaveCriticalSection( &_csNcPaint );
}
}
//-------------------------------------------------------------------------//
HWND NcPaintWindow_Find()
{
HWND hwnd = NULL;
if( _cNcPaintWnd )
{
DWORD dwThread = GetCurrentThreadId();
EnterCriticalSection( &_csNcPaint );
for( int i = 0; i < ARRAYSIZE(_rgtwNcPaint); i++ )
{
if( dwThread == _rgtwNcPaint[i].dwThread )
{
hwnd = _rgtwNcPaint[i].hwnd;
break;
}
}
LeaveCriticalSection( &_csNcPaint );
}
return hwnd;
}
//-------------------------------------------------------------------------//
// CThemeWnd implementation
//-------------------------------------------------------------------------//
//-------------------------------------------------------------------------//
LONG CThemeWnd::_cObj = 0;
//-------------------------------------------------------------------------//
CThemeWnd::CThemeWnd()
: _hwnd(NULL),
_hTheme(NULL),
_dwRenderedNcParts(0),
_hwndMDIClient(NULL),
_hAppIcon(NULL),
_hrgnWnd(NULL),
_fClassFlags(0),
_fDirtyFrameRgn(0),
_fFrameThemed(FALSE),
_fThemedMDIBtns(FALSE),
_pMdiBtns(NULL),
_fAssigningFrameRgn(FALSE),
_fAssignedFrameRgn(FALSE),
_fSuppressStyleMsgs(FALSE),
_fInThemeSettingChange(FALSE),
_fDetached(FALSE),
_fCritSectsInit(FALSE),
_dwRevokeFlags(0),
_cLockRedraw(0),
_cNcPaint(0),
_cNcThemePaint(0),
_htHot(HTERROR),
_fProcessedEraseBk(0),
#ifdef LAME_BUTTON
_hFontLame(NULL),
#endif // LAME_BUTTON
#ifdef DEBUG_THEMEWND_DESTRUCTOR
_fDestructed(FALSE),
_fDeleteCritsec(FALSE),
#endif DEBUG_THEMEWND_DESTRUCTOR
_cRef(1)
{
InterlockedIncrement( &_cObj );
// set object validation signature tags
strcpy(_szHead, SIG_CTHEMEWND_HEAD);
strcpy(_szTail, SIG_CTHEMEWND_TAIL);
// cached subregion arrays
ZeroMemory( _rghrgnParts, sizeof(_rghrgnParts) );
ZeroMemory( _rghrgnSizingTemplates, sizeof(_rghrgnSizingTemplates) );
// initialize add'l structures.
InitWindowMetrics();
FillMemory(&_sizeRgn, sizeof(_sizeRgn), 0xFF);
#ifdef DEBUG
*_szCaption = *_szWndClass = 0;
#endif DEBUG
}
//-------------------------------------------------------------------------//
CThemeWnd::~CThemeWnd()
{
_CloseTheme();
_FreeRegionHandles();
UnloadMdiBtns();
ClearLameResources();
if( _fCritSectsInit )
{
DeleteCriticalSection( &_cswm );
#ifdef DEBUG_THEMEWND_DESTRUCTOR
_fDeleteCritsec = TRUE;
#endif DEBUG_THEMEWND_DESTRUCTOR
}
InterlockedDecrement( &_cObj );
#ifdef DEBUG_THEMEWND_DESTRUCTOR
_fDestructed = TRUE; // destructor has been called.
#endif DEBUG_THEMEWND_DESTRUCTOR
}
//-------------------------------------------------------------------------//
void CThemeWnd::_CloseTheme()
{
if( _hTheme )
{
CloseThemeData(_hTheme);
_hTheme = NULL;
}
}
//-------------------------------------------------------------------------//
LONG CThemeWnd::AddRef()
{
return InterlockedIncrement( &_cRef );
}
//-------------------------------------------------------------------------//
LONG CThemeWnd::Release()
{
LONG cRef = InterlockedDecrement( &_cRef );
if( 0 == cRef )
{
if (_hwnd)
{
//---- check if last window of app ----
ShutDownCheck(_hwnd);
}
//Log(LOG_RFBUG, L"DELETING CThemeWnd=0x%08x", this);
delete this;
}
return cRef;
}
//-------------------------------------------------------------------------//
ULONG CThemeWnd::EvaluateWindowStyle( HWND hwnd )
{
ULONG dwStyle = GetWindowLong( hwnd, GWL_STYLE );
ULONG dwExStyle = GetWindowLong( hwnd, GWL_EXSTYLE );
return EvaluateStyle( dwStyle, dwExStyle );
}
//-------------------------------------------------------------------------//
// CThemeWnd::EvaluateStyle() - determines appropriate theming flags for the
// specified window style bits.
ULONG CThemeWnd::EvaluateStyle( DWORD dwStyle, DWORD dwExStyle )
{
ULONG fClassFlags = 0;
//--- frame check ---
if( HAS_CAPTIONBAR(dwStyle) )
{
fClassFlags |=
(TESTFLAG(dwExStyle, WS_EX_TOOLWINDOW) ? TWCF_TOOLFRAME : TWCF_FRAME );
}
//--- client edge check ---
if( TESTFLAG(dwExStyle, WS_EX_CLIENTEDGE) )
fClassFlags |= TWCF_CLIENTEDGE;
//--- scrollbar check ---
if( TESTFLAG(dwStyle, WS_HSCROLL|WS_VSCROLL) )
fClassFlags |= TWCF_SCROLLBARS;
return fClassFlags;
}
//-------------------------------------------------------------------------//
// CThemeWnd::_EvaluateExclusions() - determines special-case per-window exclusions
ULONG CThemeWnd::_EvaluateExclusions( HWND hwnd, NCEVALUATE* pnce )
{
// Windows parented by HWND_MESSAGE should not be themed..
if( _IsMessageWindow(hwnd) )
{
pnce->fExile = TRUE;
return 0L;
}
TCHAR szWndClass[128];
*szWndClass = 0;
if( TESTFLAG(pnce->fClassFlags, (TWCF_FRAME|TWCF_TOOLFRAME)) )
{
do
{
if( !pnce->fIgnoreWndRgn )
{
//--- Complex region check on frame
RECT rcRgn = {0};
int nRgn = GetWindowRgnBox( hwnd, &rcRgn );
if( COMPLEXREGION == nRgn || SIMPLEREGION == nRgn )
{
pnce->fClassFlags &= ~TWCF_FRAME;
break;
}
}
// SHIMSHIM [scotthan]:
#ifndef __NO_APPHACKS__
// Check for excluded window classes.
static LPCWSTR _rgExcludedClassesW[] =
{
L"MsoCommandBar", // Outlook's custom combobox control.
// (122225) In OnOwpPostCreate we call SetWindowPos which causes
// a WM_WINDOWPOSCHANGING to be sent to the control. However
// the controls isn't ready to begin accepting messages and
// the following error message is display:
//
// Runtime Error!
// Program: Outlook.exe
// R6025 - pure virtual function call
L"Exceed", // 150248: Hummingbird Exceed 6.xx
// The application's main window class name, a hidden window
// whose only purpose is to appear in the task bar in order to handle
// his context menu. The ExceedWndProc AVs when themed due to the
// additional messages generated in OnOwpPostCreate.
//---- winlogoon hidden windows ----
L"NDDEAgnt", // on private desktop
L"MM Notify Callback", // on private desktop
L"SAS window class", // on private desktop
};
if( GetClassNameW( hwnd, szWndClass, ARRAYSIZE(szWndClass) ) &&
AsciiScanStringList( szWndClass, _rgExcludedClassesW,
ARRAYSIZE(_rgExcludedClassesW), TRUE ) )
{
pnce->fClassFlags &= ~TWCF_FRAME;
pnce->fExile = TRUE;
break;
}
#endif __NO_APPHACKS__
} while(0);
}
// Some applications (MsDev) create scrollbar controls and incorrectly include
// WS_[V|H]SCROLL style bits causing us to think they are non-client scrolls.
// See #204191.
if( TESTFLAG(pnce->fClassFlags, TWCF_SCROLLBARS) )
{
if( !*szWndClass && GetClassName( hwnd, szWndClass, ARRAYSIZE(szWndClass) ) )
{
if( 0 == AsciiStrCmpI(szWndClass, L"scrollbar") )
pnce->fClassFlags &= ~TWCF_SCROLLBARS;
}
}
return pnce->fClassFlags;
}
//-------------------------------------------------------------------------//
// CThemeWnd::_Evaluate() - determines appropriate theming flags for the
// specified window.
ULONG CThemeWnd::_Evaluate( HWND hwnd, NCEVALUATE* pnce )
{
pnce->fClassFlags = 0;
pnce->dwStyle = GetWindowLong( hwnd, GWL_STYLE );
pnce->dwExStyle = GetWindowLong( hwnd, GWL_EXSTYLE );
if( GetClassLong( hwnd, GCW_ATOM ) == (DWORD)(DWORD_PTR)WC_DIALOG )
{
pnce->fClassFlags |= TWCF_DIALOG;
}
#ifdef DEBUG
//--- dialog check ---
if( TESTFLAG( pnce->fClassFlags, TWCF_DIALOG ) )
{
TCHAR szWndClass[96];
if( !GetClassNameW( hwnd, szWndClass, ARRAYSIZE(szWndClass) ) )
return 0;
ASSERT(0 == lstrcmpW(szWndClass, DLGWNDCLASSNAMEW));
}
#endif DEBUG
pnce->fClassFlags |= EvaluateStyle( pnce->dwStyle, pnce->dwExStyle );
if( pnce->fClassFlags )
{
pnce->fClassFlags = _EvaluateExclusions( hwnd, pnce );
}
return pnce->fClassFlags;
}
//-------------------------------------------------------------------------//
// Retrieves the address of the CThemeWnd object instance from the
// indicated window.
CThemeWnd* CThemeWnd::FromHwnd( HWND hwnd )
{
CThemeWnd *pwnd = NULL;
if( IsWindow(hwnd) )
{
if( g_dwProcessId )
{
DWORD dwPid = 0;
GetWindowThreadProcessId( hwnd, &dwPid );
if( dwPid == g_dwProcessId )
{
pwnd = (CThemeWnd*)GetProp( hwnd, MAKEINTATOM(GetThemeAtom(THEMEATOM_NONCLIENT)) );
if ( VALID_THEMEWND(pwnd) )
{
// verify this is a valid CThemeWnd object pointer
if ( IsBadReadPtr(pwnd, sizeof(CThemeWnd)) ||
(memcmp(pwnd->_szHead, SIG_CTHEMEWND_HEAD, ARRAYSIZE(pwnd->_szHead)) != 0) ||
(memcmp(pwnd->_szTail, SIG_CTHEMEWND_TAIL, ARRAYSIZE(pwnd->_szTail)) != 0) )
{
pwnd = THEMEWND_REJECT;
}
}
}
}
}
return pwnd;
}
//-------------------------------------------------------------------------//
// retrieves CThemeWnd instance from window or ancestors.
CThemeWnd* CThemeWnd::FromHdc( HDC hdc, int cAncestors )
{
HWND hwnd = NULL;
for( hwnd = WindowFromDC(hdc);
cAncestors >=0 && IsWindow(hwnd);
cAncestors--, hwnd = GetParent(hwnd) )
{
CThemeWnd* pwnd = FromHwnd(hwnd);
if( VALID_THEMEWND(pwnd) )
{
return pwnd;
}
}
return NULL;
}
//-------------------------------------------------------------------------//
// Static wrapper: attaches a CThemeWnd instance to the specified window.
CThemeWnd* CThemeWnd::Attach( HWND hwnd, IN OUT OPTIONAL NCEVALUATE* pnce )
{
LogEntryNC(L"Attach");
#ifdef LOGGING
//---- remember first window (app window) hooked for ShutDownCheck() ----
//---- this is only for BoundsChecker (tm) runs for finding leaks ----
if (! g_hwndFirstHooked)
{
if ((GetMenu(hwnd)) && (! GetParent(hwnd)))
g_hwndFirstHooked = hwnd;
}
#endif
CThemeWnd* pwnd = NULL;
// Note: Important not to do anything here that causes
// a window message to be posted or sent to the window: could
// mean tying ourselves up in a recursive knot (see _ThemeDefWindowProc).
pwnd = FromHwnd( hwnd );
if( NULL == pwnd )
{
HTHEME hTheme = NULL;
NCEVALUATE nce;
// copy any IN params from NCEVALUATE struct
if( !pnce )
{
ZeroMemory(&nce, sizeof(nce));
pnce = &nce;
}
ULONG ulTargetFlags = _Evaluate( hwnd, pnce );
// Anything worth theming?
if( TESTFLAG(ulTargetFlags, TWCF_NCTHEMETARGETMASK) )
{
hTheme = _AcquireThemeHandle( hwnd, &ulTargetFlags );
if( NULL == hTheme )
{
Fail(hwnd);
}
}
else
{
// reject windows with untargeted a
Reject(hwnd, pnce->fExile);
}
if( NULL != hTheme )
{
// Yes, create a real nctheme object for the window
if( (pwnd = new CThemeWnd) != NULL )
{
if( !pwnd->_AttachInstance( hwnd, hTheme, ulTargetFlags, pnce->pvWndCompat ) )
{
pwnd->Release();
pwnd = NULL;
}
}
else // cleanup hTheme if CThemeWnd creation failed
{
CloseThemeData(hTheme);
}
}
}
LogExitNC(L"Attach");
return pwnd;
}
//-------------------------------------------------------------------------//
// Instance method: attaches the CThemeWnd object to the specified window.
BOOL CThemeWnd::_AttachInstance( HWND hwnd, HTHEME hTheme, ULONG ulTargetFlags, PVOID pvWndCompat )
{
if( _fCritSectsInit || NT_SUCCESS(RtlInitializeCriticalSection( &_cswm )) )
{
Log(LOG_NCATTACH, L"_AttachInstance: Nonclient attached to hwnd=0x%x", hwnd);
_fCritSectsInit = TRUE;
_hwnd = hwnd;
_hTheme = hTheme;
_fClassFlags = ulTargetFlags;
_fFrameThemed = TESTFLAG( ulTargetFlags, TWCF_FRAME|TWCF_TOOLFRAME );
return SetProp( hwnd, MAKEINTATOM(GetThemeAtom(THEMEATOM_NONCLIENT)), this );
}
return FALSE;
}
//-------------------------------------------------------------------------//
void CThemeWnd::RemoveWindowProperties(HWND hwnd, BOOL fDestroying)
{
//---- remove properties that require theme or hooks ----
RemoveProp(hwnd, MAKEINTATOM(GetThemeAtom(THEMEATOM_HTHEME)));
if (fDestroying)
{
// Help apps by cleaning up the dialog texture.
RemoveProp(hwnd, MAKEINTATOM(GetThemeAtom(THEMEATOM_DLGTEXTURING)));
//---- remove all remaining theme properties ----
ApplyStringProp(hwnd, NULL, GetThemeAtom(THEMEATOM_SUBIDLIST));
ApplyStringProp(hwnd, NULL, GetThemeAtom(THEMEATOM_SUBAPPNAME));
//---- notify appinfo (foreign tracking, preview) ----
g_pAppInfo->OnWindowDestroyed(hwnd);
}
else
{
//---- only do this if hwnd is not being destroyed ----
ClearExStyleBits(hwnd);
}
}
//-------------------------------------------------------------------------//
// Static wrapper: detaches and destroys the CThemeWnd instance attached to the indicated
// window
void CThemeWnd::Detach( HWND hwnd, DWORD dwDisposition )
{
LogEntryNC(L"Detach");
// DO NOT GENERATE ANY WINDOW MESSAGES FROM THIS FUNCTION!!!
// (unless cleaning up frame).
// Prevent message threads from detaching when unhook thread (DetachAll) is executing...
if( !UNHOOKING() || TESTFLAG(dwDisposition, HMD_BULKDETACH) )
{
CThemeWnd* pwnd = FromHwnd( hwnd );
if( pwnd ) // nonclient tagged
{
if( VALID_THEMEWND(pwnd) )
{
// only one thread flips the _fDetached bit and proceeds through
// instance detatch and object free. Otherwise, object can be freed
// simultaneously on two different threads,
// e.g. (1) message thread and (2) UIAH_UNHOOK thread (ouch! scotthan).
if( !InterlockedCompareExchange( (LONG*)&pwnd->_fDetached, TRUE, FALSE ) )
{
pwnd->_DetachInstance( dwDisposition );
pwnd->Release();
}
}
else
{
RemoveProp( hwnd, MAKEINTATOM(GetThemeAtom(THEMEATOM_NONCLIENT)) );
}
}
if (hwnd)
{
RemoveWindowProperties( hwnd, ((dwDisposition & HMD_WINDOWDESTROY) != 0) );
}
}
LogExitNC(L"Detach");
}
//-------------------------------------------------------------------------//
// Instance method: detaches the CThemeWnd object from the specified window.
BOOL CThemeWnd::_DetachInstance( DWORD dwDisposition )
{
HWND hwnd = _hwnd;
// untheme maxed MDI child sysbuttons.
ThemeMDIMenuButtons(FALSE, FALSE);
// Here's our last chance to ensure frame theme is withdrawn cleanly.
if( (IsFrameThemed() || IsRevoked(RF_REGION)) && AssignedFrameRgn() &&
!TESTFLAG(dwDisposition, HMD_PROCESSDETACH|HMD_WINDOWDESTROY))
{
RemoveFrameTheme( FTF_REDRAW );
}
//SPEW_THEMEWND( pwnd, 0, TEXT("UxTheme - Detaching and deleting themewnd: %s\n") );
DetachScrollBars( hwnd );
_hwnd =
_hwndMDIClient = NULL;
UnloadMdiBtns();
_CloseTheme();
Log(LOG_NCATTACH, L"_DetachInstance: Nonclient detached to hwnd=0x%x", hwnd);
RemoveProp( hwnd, MAKEINTATOM(GetThemeAtom(THEMEATOM_NONCLIENT)) );
return TRUE;
}
//-------------------------------------------------------------------------//
// Ensures that the specified window will not be themed during its lifetime
BOOL CThemeWnd::Reject( HWND hwnd, BOOL fExile )
{
// set a 'nil' tag on the window
return hwnd ? SetProp( hwnd, MAKEINTATOM(GetThemeAtom(THEMEATOM_NONCLIENT)),
fExile ? THEMEWND_EXILE : THEMEWND_REJECT ) : FALSE;
}
//-------------------------------------------------------------------------//
// Ensures that the specified window will not be themed during its lifetime
BOOL CThemeWnd::Fail( HWND hwnd )
{
// set a failure tag on the window
return hwnd ? SetProp( hwnd, MAKEINTATOM(GetThemeAtom(THEMEATOM_NONCLIENT)),
THEMEWND_FAILURE ) : FALSE;
}
//-------------------------------------------------------------------------//
// Revokes theming on a themed window
BOOL CThemeWnd::Revoke()
{
// Warning Will Robinson: After we detach, the CThemeWnd::_hwnd
// and related members will be reset, so save this on the stack.
BOOL fRet = TRUE;
HWND hwnd = _hwnd;
if( !IsRevoked(RF_INREVOKE) )
{
EnterRevoke();
_dwRevokeFlags &= ~RF_DEFER;
Detach( hwnd, HMD_REVOKE );
fRet = Reject( hwnd, TRUE );
LeaveRevoke();
}
return fRet;
}
//-------------------------------------------------------------------------//
// cookie passed to EnumChildWindows callback for CThemeWnd::DetachAll
typedef struct
{
DWORD dwProcessId;
DWORD dwDisposition;
}DETACHALL;
//-------------------------------------------------------------------------//
// EnumChildWindows callback for CThemeWnd::DetachAll
BOOL CThemeWnd::_DetachDesktopWindowsCB( HWND hwnd, LPARAM lParam )
{
DETACHALL* pda = (DETACHALL*)lParam;
// detach this window
if( IsWindowProcess( hwnd, pda->dwProcessId ) )
{
//---- clear the nonclient theme ----
CThemeWnd::Detach(hwnd, HMD_THEMEDETACH|pda->dwDisposition);
if( !TESTFLAG(pda->dwDisposition, HMD_PROCESSDETACH) )
{
//---- clear the client theme now, so that we can invalidate ----
//---- all old theme handles after this. ----
SafeSendMessage(hwnd, WM_THEMECHANGED, (WPARAM)-1, 0);
Log(LOG_TMHANDLE, L"Did SEND of WM_THEMECHANGED to client hwnd=0x%x", hwnd);
}
}
return TRUE;
}
//-------------------------------------------------------------------------//
// Detaches all themed windows managed by this process.
void CThemeWnd::DetachAll( DWORD dwDisposition )
{
DETACHALL da;
da.dwProcessId = GetCurrentProcessId();
da.dwDisposition = dwDisposition;
da.dwDisposition |= HMD_BULKDETACH;
//---- this will enum all windows for this process (all desktops, all child levels) ----
EnumProcessWindows( _DetachDesktopWindowsCB, (LPARAM)&da );
}
//-------------------------------------------------------------------------//
HTHEME CThemeWnd::_AcquireThemeHandle( HWND hwnd, ULONG* pfClassFlags )
{
HTHEME hTheme = ::OpenNcThemeData( hwnd, L"Window" );
if( NULL == hTheme )
{
if( pfClassFlags )
{
if( TESTFLAG(*pfClassFlags, TWCF_ANY) )
(*pfClassFlags) &= ~TWCF_ALL;
else
*pfClassFlags = 0;
}
}
//---- Did OpenNcThemeData() discover a new theme ----
if (g_pAppInfo->HasThemeChanged())
{
//---- IMPORTANT: we must refresh our theme metrics now, ----
//---- BEFORE we do our nonclient layout calcs & build a region window ----
AcquireNcThemeMetrics();
}
return hTheme;
}
//-------------------------------------------------------------------------//
// CThemeWnd::SetFrameTheme
//
// Initiates theming of the frame.
void CThemeWnd::SetFrameTheme(
IN ULONG dwFlags,
IN OPTIONAL WINDOWINFO* pwi )
{
LogEntryNC(L"SetFrameTheme");
ASSERT(TestCF( TWCF_FRAME|TWCF_TOOLFRAME ));
InitLameResources();
DWORD fSwp = SWP_NOZORDER|SWP_NOACTIVATE;
RECT rcWnd = {0};
BOOL bSwp = FALSE;
if( !TESTFLAG( dwFlags, FTF_NOMODIFYPLACEMENT ) )
{
GetWindowRect( _hwnd, &rcWnd );
fSwp |= (SWP_NOSIZE|SWP_NOMOVE/*|SWP_FRAMECHANGED 341700: this flag causes some apps to crash on WINDOWPOSCHANGED*/);
bSwp = TRUE;
}
// Generate a WM_WINDOWPOSCHANGING message to
// force a SetWindowRgn + frame repaint.
if( TESTFLAG(dwFlags, FTF_REDRAW) )
{
fSwp |= SWP_DRAWFRAME;
}
else
{
fSwp |= SWP_NOSENDCHANGING;
}
// theme MDI menubar buttons
_hwndMDIClient = _FindMDIClient(_hwnd);
if( _hwndMDIClient )
{
ThemeMDIMenuButtons(TRUE, FALSE);
}
// Kick frame region update.
_fFrameThemed = TRUE; // we invoked SetFrameTheme. Must be set BEFORE SetWindowPos.so we handle NCCALCSIZE properly.
SetDirtyFrameRgn(TRUE, TRUE); // ensure region assembly on non-resizing windows and dlgs.
if( !TESTFLAG( dwFlags, FTF_NOMODIFYPLACEMENT ) && bSwp )
{
_ScreenToParent( _hwnd, &rcWnd );
SetWindowPos( _hwnd, NULL, rcWnd.left, rcWnd.top,
RECTWIDTH(&rcWnd), RECTHEIGHT(&rcWnd), fSwp );
}
LogExitNC(L"SetFrameTheme");
}
//-------------------------------------------------------------------------//
void CThemeWnd::_FreeRegionHandles()
{
#ifdef DEBUG
if( _hrgnWnd )
{
SPEW_RGNRECT(NCTF_RGNWND, TEXT("_FreeRegionHandles() - deleting window region"), _hrgnWnd, -1 );
}
#endif DEBUG
SAFE_DELETE_GDIOBJ(_hrgnWnd);
for( int i = 0; i < cFRAMEPARTS; i++ )
{
#ifdef DEBUG
if( _rghrgnParts[i] )
{
SPEW_RGNRECT(NCTF_RGNWND, TEXT("_FreeRegionHandles() - deleting component region"), _rghrgnParts[i], _ncwm.rgframeparts[i] );
}
if( _rghrgnSizingTemplates[i] )
{
SPEW_RGNRECT(NCTF_RGNWND, TEXT("_FreeRegionHandles() - deleting template region"), _rghrgnSizingTemplates[i], _ncwm.rgframeparts[i] );
}
#endif DEBUG
SAFE_DELETE_GDIOBJ(_rghrgnParts[i]);
SAFE_DELETE_GDIOBJ(_rghrgnSizingTemplates[i]);
}
}
//-------------------------------------------------------------------------//
// CThemeWnd::RemoveFrameTheme
//
// Initiates theming of the frame. This method will not free the
// theme handle nor update the theme index.
void CThemeWnd::RemoveFrameTheme( ULONG dwFlags )
{
LogEntryNC(L"RemoveFrameTheme");
ASSERT(TestCF( TWCF_FRAME|TWCF_TOOLFRAME ));
_fFrameThemed = FALSE; // we're reverting SetFrameTheme
ClearRenderedNcPart(RNCF_ALL);
// Remove region
if( AssignedFrameRgn() && !TESTFLAG(dwFlags, FTF_NOMODIFYRGN) )
{
_fAssignedFrameRgn = FALSE;
_AssignRgn( NULL, dwFlags );
_FreeRegionHandles();
}
// Force redraw
if( TESTFLAG(dwFlags, FTF_REDRAW) )
InvalidateRect( _hwnd, NULL, TRUE );
ClearLameResources();
LogExitNC(L"RemoveFrameTheme");
}
//-------------------------------------------------------------------------//
BOOL CThemeWnd::IsNcThemed()
{
if( _hTheme != NULL && (IsRevoked(RF_DEFER) || !IsRevoked(RF_INREVOKE|RF_TYPEMASK)) &&
TestCF(TWCF_ANY & TWCF_NCTHEMETARGETMASK) )
{
if( TestCF(TWCF_FRAME|TWCF_TOOLFRAME) )
{
// if we're a frame window, we should be properly initialized
// w/ SetFrameTheme()
return _fFrameThemed;
}
return TRUE;
}
return FALSE;
}
//-------------------------------------------------------------------------//
BOOL CThemeWnd::IsFrameThemed()
{
return IsNcThemed() && _fFrameThemed &&
(AssignedFrameRgn() ? TRUE : TestCF( TWCF_FRAME|TWCF_TOOLFRAME ));
}
//-------------------------------------------------------------------------//
void CThemeWnd::SetDirtyFrameRgn( BOOL fDirty, BOOL fFrameChanged )
{
_fDirtyFrameRgn = fDirty;
Log(LOG_NCATTACH, L"SetDirtyFrameRgn: fDirty=%d, fFrameChanged=%d",
fDirty, fFrameChanged);
if( fFrameChanged ) // assure a region update despite no size change.
{
_sizeRgn.cx = _sizeRgn.cy = -1;
}
}
//-------------------------------------------------------------------------//
// CThemeWnd::CreateCompositeRgn() - assembles a composite region from
// non-client segment regions sized to fill the specified window rectangle.
//
HRGN CThemeWnd::CreateCompositeRgn(
IN const NCWNDMET* pncwm,
OUT HRGN rghrgnParts[],
OUT HRGN rghrgnTemplates[] )
{
ASSERT( pncwm->fFrame == TRUE ); // shouldn't be here unless we're a frame window
HRGN hrgnWnd = NULL, hrgnContent = NULL;
HRGN rghrgn[cFRAMEPARTS] = {0};
int i;
if( pncwm->fFullMaxed )
{
// All full-screen maximized windows get a region, which is used to clip
// the window to the current monitor. The window region for a maximized
// window consists of the maxcaption region combined with a rect region
// corresponding to the content area.
RECT rcFullCaption = pncwm->rcW0[NCRC_CAPTION];
rcFullCaption.top += pncwm->cnBorders;
rcFullCaption.left += pncwm->cnBorders;
rcFullCaption.right -= pncwm->cnBorders;
if( SUCCEEDED(GetThemeBackgroundRegion(_hTheme, NULL, pncwm->rgframeparts[iCAPTION], pncwm->framestate,
&rcFullCaption, &rghrgn[iCAPTION])) )
{
SPEW_RGNRECT(NCTF_RGNWND, TEXT("CreateCompositeRgn() maximized caption rgn"), rghrgn[iCAPTION], pncwm->rgframeparts[iCAPTION] );
AddToCompositeRgn(&hrgnWnd, rghrgn[iCAPTION], 0, 0);
if( !IsRectEmpty( &pncwm->rcW0[NCRC_CONTENT] ) )
{
// remainder of full-maxed frame region is the content area (client+menubar+scrollbars),
// and is always rectangular
hrgnContent = CreateRectRgnIndirect( &pncwm->rcW0[NCRC_CONTENT] );
SPEW_RGNRECT(NCTF_RGNWND, TEXT("CreateCompositeRgn() maximized frame content rgn"), hrgnContent, 0 );
AddToCompositeRgn(&hrgnWnd, hrgnContent, 0, 0);
SAFE_DELETE_GDIOBJ(hrgnContent);
}
}
}
else
{
// Normal windows consist of either a stand-alone frame part, or a frame
// part plus a caption part. In the first case, the window region is
// the frame region. In the second case, the window region is a composite
// of the frame and caption rects.
for( i = 0; i < ARRAYSIZE(pncwm->rgframeparts); i++ )
{
if( (iCAPTION == i || !pncwm->fMin) && !IsRectEmpty( &pncwm->rcW0[NCRC_FRAMEFIRST + i] ) )
{
if( _IsNcPartTransparent(pncwm->rgframeparts[i], _nctmCurrent) )
{
if( FAILED(GetThemeBackgroundRegion( _hTheme, NULL, pncwm->rgframeparts[i], pncwm->framestate,
&pncwm->rcW0[NCRC_FRAMEFIRST+i], &rghrgn[i] )) )
{
rghrgn[i] = NULL;
}
}
else
{
rghrgn[i] = CreateRectRgnIndirect( &pncwm->rcW0[NCRC_FRAMEFIRST + i] );
}
}
if( rghrgn[i] != NULL )
{
SPEW_RGNRECT(NCTF_RGNWND, TEXT("CreateCompositeRgn() frame subrgn"), rghrgn[i], pncwm->rgframeparts[i] );
AddToCompositeRgn(&hrgnWnd, rghrgn[i], 0, 0);
}
}
// don't forget window content area (client+menubar+scrollbars), which is always rectangular
if( !pncwm->fMin && !IsRectEmpty( &pncwm->rcW0[NCRC_CONTENT] ) )
{
hrgnContent = CreateRectRgnIndirect( &pncwm->rcW0[NCRC_CONTENT] );
SPEW_RGNRECT(NCTF_RGNWND, TEXT("CreateCompositeRgn() normal frame content rgn"), hrgnContent, 0 );
AddToCompositeRgn(&hrgnWnd, hrgnContent, 0, 0);
SAFE_DELETE_GDIOBJ(hrgnContent);
}
}
// copy subregions back to caller
CopyMemory( rghrgnParts, rghrgn, sizeof(rghrgn) );
// extract frame resizing templates
ZeroMemory( rghrgn, sizeof(rghrgn) ); // reuse region array
for( i = 0; i < cFRAMEPARTS; i++ )
{
const RECT* prc = &pncwm->rcW0[NCRC_FRAMEFIRST + i];
if( VALID_WINDOWPART(pncwm->rgsizehitparts[i]) && !IsRectEmpty( prc ) )
{
if( SUCCEEDED(GetThemeBackgroundRegion( _hTheme, NULL, pncwm->rgsizehitparts[i], pncwm->framestate,
prc, &rghrgn[i])) )
{
SPEW_RGNRECT(NCTF_RGNWND, TEXT("CreateCompositeRgn() sizing template"), rghrgn[i], pncwm->rgframeparts[i] );
}
}
}
CopyMemory( rghrgnTemplates, rghrgn, sizeof(rghrgn) );
return hrgnWnd;
}
//-------------------------------------------------------------------------//
void CThemeWnd::AssignFrameRgn( BOOL fAssign, DWORD dwFlags )
{
if( fAssign )
{
NCWNDMET* pncwm = NULL;
NCTHEMEMET nctm = {0};
if( GetNcWindowMetrics( NULL, &pncwm, &nctm, 0 ) )
{
// should we set up a window region on this frame?
if( pncwm->fFrame )
{
if( _ShouldAssignFrameRgn( pncwm, nctm ) )
{
if( (_sizeRgn.cx != RECTWIDTH(&pncwm->rcW0[NCRC_WINDOW]) ||
_sizeRgn.cy != RECTHEIGHT(&pncwm->rcW0[NCRC_WINDOW])) )
{
HRGN hrgnWnd = NULL;
HRGN rghrgnParts[cFRAMEPARTS] = {0};
HRGN rghrgnTemplates[cFRAMEPARTS] = {0};
if( (hrgnWnd = CreateCompositeRgn( pncwm, rghrgnParts, rghrgnTemplates )) != NULL )
{
_sizeRgn.cx = RECTWIDTH(&pncwm->rcW0[NCRC_WINDOW]);
_sizeRgn.cy = RECTHEIGHT(&pncwm->rcW0[NCRC_WINDOW]);
// cache all of our regions for fast hit-testing.
_FreeRegionHandles();
_hrgnWnd = _DupRgn( hrgnWnd ); // dup this one cuz after _AssignRgn, we don't own it.
CopyMemory( _rghrgnParts, rghrgnParts, sizeof(_rghrgnParts) );
CopyMemory( _rghrgnSizingTemplates, rghrgnTemplates, sizeof(_rghrgnSizingTemplates) );
// assign the region
_AssignRgn( hrgnWnd, dwFlags );
}
}
}
// otherwise, if we've assigned a region, make sure we remove it.
else if( AssignedFrameRgn() )
{
fAssign = FALSE;
}
}
}
}
if( !fAssign )
{
_AssignRgn( NULL, dwFlags );
FillMemory(&_sizeRgn, sizeof(_sizeRgn), 0xFF);
_FreeRegionHandles();
}
SetDirtyFrameRgn(FALSE); // make sure we reset this in case we didn't hit _AssignRgn.
}
//-------------------------------------------------------------------------//
// CThemeWnd::_AssignRgn() - assigns the specified region
// to the window, prevents recursion (SetWindowRgn w/ bRedraw == TRUE
// generates WM_WINDOWPOSCHANGING, WM_NCCALCSIZE, && WM_NCPAINT).
//
void CThemeWnd::_AssignRgn( HRGN hrgn, DWORD dwFlags )
{
if( TESTFLAG(dwFlags, FTF_NOMODIFYRGN) )
{
_fAssignedFrameRgn = FALSE;
}
else if( !IsWindowInDestroy(_hwnd) )
{
// Assign the new region.
_fAssigningFrameRgn = TRUE;
SPEW_RGNRECT(NCTF_RGNWND, TEXT("_AssignRgn() rect"), hrgn, -1 );
_fAssignedFrameRgn = SetWindowRgn( _hwnd, hrgn, TESTFLAG(dwFlags, FTF_REDRAW) ) != 0;
_fAssigningFrameRgn = FALSE;
}
SetDirtyFrameRgn(FALSE);
}
//-------------------------------------------------------------------------//
// CThemeWnd::GetNcWindowMetrics
//
// Computes internal per-window theme metrics.
//
BOOL CThemeWnd::GetNcWindowMetrics(
IN OPTIONAL LPCRECT prcWnd,
OUT OPTIONAL NCWNDMET** ppncwm,
OUT OPTIONAL NCTHEMEMET* pnctm,
IN DWORD dwOptions )
{
LogEntryNC(L"GetNcWindowMetrics");
NCTHEMEMET nctm;
BOOL bRet = FALSE;
BOOL fMenuBar = _ncwm.cyMenu != 0;
WINDOWPARTS rgframeparts[cFRAMEPARTS];
CopyMemory( rgframeparts, _ncwm.rgframeparts, sizeof(rgframeparts) );
// fetch per-theme metrics; we're going to need theme throughout
if (TESTFLAG(dwOptions, NCWMF_PREVIEW))
{
_LoadNcThemeMetrics(_hwnd, &nctm);
}
else if( !GetCurrentNcThemeMetrics( &nctm ) )
{
goto exit;
}
if( pnctm ) *pnctm = nctm;
if( !_ncwm.fValid || prcWnd != NULL )
dwOptions |= NCWMF_RECOMPUTE;
if( TESTFLAG(dwOptions, NCWMF_RECOMPUTE) )
{
// get caption text size before entering critsec (sends WM_GETTEXTLENGTH, WM_GETTEXT).
SIZE sizeCaptionText = {0};
HFONT hfCaption = NULL;
HWND hwndMDIActive = NULL;
// Do rough determination of whether or not we're a frame window and need to compute text metrics.
// We'll finalize this later
BOOL fFrame, fSmallFrame;
if( _ncwm.fValid )
{
fFrame = TESTFLAG( CThemeWnd::EvaluateStyle(_ncwm.dwStyle, _ncwm.dwExStyle), TWCF_FRAME|TWCF_TOOLFRAME );
fSmallFrame = TESTFLAG( CThemeWnd::EvaluateStyle(_ncwm.dwStyle, _ncwm.dwExStyle), TWCF_TOOLFRAME );
}
else
{
fFrame = TestCF(TWCF_FRAME|TWCF_TOOLFRAME);
fSmallFrame = TestCF(TWCF_TOOLFRAME);
}
// Compute text metrics outside of critical section (sends WM_GETTEXT);
if( fFrame && _fFrameThemed )
{
hfCaption = NcGetCaptionFont( fSmallFrame );
_GetNcCaptionTextSize( _hTheme, _hwnd, hfCaption, &sizeCaptionText );
}
// Retrieve active MDI sibling outside of critical section (sends WM_MDIGETACTIVE);
if( TESTFLAG(GetWindowLong(_hwnd, GWL_EXSTYLE), WS_EX_MDICHILD) )
{
hwndMDIActive = _MDIGetActive( GetParent(_hwnd) );
}
ASSERT(_fCritSectsInit);
EnterCriticalSection( &_cswm );
ZeroMemory( &_ncwm, sizeof(_ncwm) );
if( (bRet = _GetWindowMetrics( _hwnd, hwndMDIActive, &_ncwm )) != FALSE )
{
_ComputeNcWindowStatus( _hwnd, _ncwm.dwWindowStatus, &_ncwm );
// if window RECT is provided by the caller, stuff it now.
if( prcWnd )
{
_ncwm.rcS0[NCRC_WINDOW] = *prcWnd;
SetRectEmpty( &_ncwm.rcS0[NCRC_CLIENT] );
}
// stuff caption text size
_ncwm.sizeCaptionText = sizeCaptionText;
_ncwm.hfCaption = hfCaption;
// retrieve frame metrics.
if( _GetNcFrameMetrics( _hwnd, _hTheme, nctm, _ncwm ) )
{
if( _ncwm.fFrame )
{
// user32!SetMenu has been called, or the caption or frame part has changed
// So ensure frame region update.
if( (_ncwm.cyMenu == 0 && fMenuBar) || (_ncwm.cyMenu > 0 && !fMenuBar) ||
memcmp( rgframeparts, _ncwm.rgframeparts, sizeof(rgframeparts) ) )
{
SetDirtyFrameRgn(TRUE, TRUE);
}
// Compute NC button placement
AcquireFrameIcon(_ncwm.dwStyle, _ncwm.dwExStyle, FALSE);
#ifdef THEMED_NCBTNMETRICS
_GetClassicNcBtnMetrics( &_ncwm, _hAppIcon, _MNCanClose(_hwnd), FALSE );
#else THEMED_NCBTNMETRICS
_GetNcBtnMetrics( &_ncwm, &nctm, _hAppIcon, _MNCanClose(_hwnd) );
#endif THEMED_NCBTNMETRICS
// Determine the caption margin for lame button metrics.
_GetNcCaptionMargins( _hTheme, nctm, _ncwm );
_GetNcCaptionTextRect( &_ncwm );
if( _ncwm.fFrame )
{
GetLameButtonMetrics( &_ncwm, &sizeCaptionText );
}
}
// Compute window-relative metrics
//
// If passed a window rect, base offsets on current window rect.
// This is done to ensure preview window's (_hwnd) fake child windows are rendered correctly.
RECT rcWnd = _ncwm.rcS0[NCRC_WINDOW];
if( prcWnd )
{
if( _hwnd )
GetWindowRect( _hwnd, &rcWnd );
// for an incoming window rect, assign the computed client rect.
_ncwm.rcS0[NCRC_CLIENT] = _ncwm.rcS0[NCRC_UXCLIENT];
}
for( int i = NCRC_FIRST; i < NCRC_COUNT; i++ )
{
_ncwm.rcW0[i] = _ncwm.rcS0[i];
OffsetRect( &_ncwm.rcW0[i], -rcWnd.left, -rcWnd.top );
}
// All base computations are done; mark valid.
_ncwm.fValid = TRUE;
}
}
LeaveCriticalSection( &_cswm );
}
if( ppncwm )
{
*ppncwm = &_ncwm;
}
bRet = TRUE;
exit:
LogExitNC(L"GetNcWindowMetrics");
return bRet;
}
//-------------------------------------------------------------------------//
void CThemeWnd::ReleaseNcWindowMetrics( IN NCWNDMET* pncwm )
{
LeaveCriticalSection( &_cswm );
}
//-------------------------------------------------------------------------//
inline COLORREF _GetNcCaptionTextColor( FRAMESTATES iStateId )
{
return GetSysColor( FS_ACTIVE == iStateId ?
COLOR_CAPTIONTEXT : COLOR_INACTIVECAPTIONTEXT );
}
//-------------------------------------------------------------------------//
// Get CTLCOLOR brush for solid fills
void _GetBrushesForPart(HTHEME hTheme, int iPart, HBITMAP* phbm, HBRUSH* phbr)
{
int nBgType;
*phbm = NULL;
*phbr = NULL;
// Get CTLCOLOR brush for solid fills
HRESULT hr = GetThemeEnumValue( hTheme, iPart, 0, TMT_BGTYPE, &nBgType );
if( SUCCEEDED( hr ))
{
if (BT_BORDERFILL == nBgType)
{
int nFillType;
hr = GetThemeEnumValue( hTheme, iPart, 0, TMT_FILLTYPE, &nFillType );
if (SUCCEEDED( hr ) &&
FT_SOLID == nFillType)
{
COLORREF cr;
hr = GetThemeColor( hTheme, iPart, 0, TMT_FILLCOLOR, &cr);
*phbr = CreateSolidBrush(cr);
}
else
{
ASSERTMSG(FALSE, "Themes: The theme file specified an invalid fill type for dialog boxes");
}
}
else if (BT_IMAGEFILE == nBgType)
{
HDC hdc = GetWindowDC(NULL);
if ( hdc )
{
hr = GetThemeBitmap(hTheme, hdc, iPart, 0, NULL, phbm);
if (SUCCEEDED(hr))
{
*phbr = CreatePatternBrush(*phbm);
}
ReleaseDC(NULL, hdc);
}
}
}
}
//-------------------------------------------------------------------------//
//
// Chooses appropriate hit testing parts for the various Nc area
//
void _GetNcSizingTemplates(
IN const NCTHEMEMET& nctm,
IN OUT NCWNDMET& ncwm ) // window metric block. dwStyle, dwExStyle, rcS0[NCRC_WINDOW] members are required.
{
FillMemory( ncwm.rgsizehitparts, sizeof(ncwm.rgsizehitparts), BOGUS_WINDOWPART );
// No need on windows without frames
if( !ncwm.fFrame )
return;
// minimized or full-screen maximized window
if( ncwm.fMin || ncwm.fFullMaxed )
return;
// No need on windows that aren't sizable
if( !TESTFLAG(ncwm.dwStyle, WS_THICKFRAME) )
return;
if( ncwm.fSmallFrame)
{
if (nctm.fSmCapSizingTemplate)
ncwm.rgsizehitparts[iCAPTION] = WP_SMALLCAPTIONSIZINGTEMPLATE;
if (nctm.fSmLeftSizingTemplate)
ncwm.rgsizehitparts[iFRAMELEFT] = WP_SMALLFRAMELEFTSIZINGTEMPLATE;
if (nctm.fSmRightSizingTemplate)
ncwm.rgsizehitparts[iFRAMERIGHT] = WP_SMALLFRAMERIGHTSIZINGTEMPLATE;
if (nctm.fSmBottomSizingTemplate)
ncwm.rgsizehitparts[iFRAMEBOTTOM] = WP_SMALLFRAMEBOTTOMSIZINGTEMPLATE;
}
else
{
if (nctm.fCapSizingTemplate)
ncwm.rgsizehitparts[iCAPTION] = WP_CAPTIONSIZINGTEMPLATE;
if (nctm.fLeftSizingTemplate)
ncwm.rgsizehitparts[iFRAMELEFT] = WP_FRAMELEFTSIZINGTEMPLATE;
if (nctm.fRightSizingTemplate)
ncwm.rgsizehitparts[iFRAMERIGHT] = WP_FRAMERIGHTSIZINGTEMPLATE;
if (nctm.fBottomSizingTemplate)
ncwm.rgsizehitparts[iFRAMEBOTTOM] = WP_FRAMEBOTTOMSIZINGTEMPLATE;
}
}
//-------------------------------------------------------------------------//
//
// Computes theme metrics for frame window.
//
BOOL _GetNcFrameMetrics(
IN OPTIONAL HWND hwnd, // window handle (required for multiline menubar calcs).
IN HTHEME hTheme, // theme handle (required)
IN const NCTHEMEMET& nctm, // theme metric block
IN OUT NCWNDMET& ncwm ) // window metric block. dwStyle, dwExStyle, rcS0[NCRC_WINDOW] members are required.
{
LogEntryNC(L"_GetNcFrameMetrics");
ASSERT(hTheme);
// recompute style class
ncwm.dwStyleClass = CThemeWnd::EvaluateStyle( ncwm.dwStyle, ncwm.dwExStyle );
ncwm.cnBorders = _GetWindowBorders( ncwm.dwStyle, ncwm.dwExStyle );
// compute frame attributes, state
ncwm.fFrame = TESTFLAG( ncwm.dwStyleClass, (TWCF_FRAME|TWCF_TOOLFRAME) );
ncwm.fSmallFrame = TESTFLAG( ncwm.dwStyleClass, TWCF_TOOLFRAME );
// compute frame and caption parts
if( ncwm.fFrame )
{
ncwm.rgframeparts[iFRAMEBOTTOM] =
ncwm.rgframeparts[iFRAMELEFT] =
ncwm.rgframeparts[iFRAMERIGHT] =
ncwm.rgframeparts[iCAPTION] = BOGUS_WINDOWPART;
if( ncwm.fMin ) // minimized window
{
ncwm.rgframeparts[iCAPTION] = WP_MINCAPTION;
}
else if( ncwm.fFullMaxed ) // full-screen maximized window
{
ncwm.rgframeparts[iCAPTION] = WP_MAXCAPTION;
}
else // normal or partial-screen maximized window with thick border
{
if( ncwm.fSmallFrame )
{
ncwm.rgframeparts[iCAPTION] = WP_SMALLCAPTION;
ncwm.rgframeparts[iFRAMELEFT] = WP_SMALLFRAMELEFT;
ncwm.rgframeparts[iFRAMERIGHT] = WP_SMALLFRAMERIGHT;
ncwm.rgframeparts[iFRAMEBOTTOM] = WP_SMALLFRAMEBOTTOM;
}
else
{
ncwm.rgframeparts[iCAPTION] = ncwm.fMaxed ? WP_MAXCAPTION : WP_CAPTION;
ncwm.rgframeparts[iFRAMELEFT] = WP_FRAMELEFT;
ncwm.rgframeparts[iFRAMERIGHT] = WP_FRAMERIGHT;
ncwm.rgframeparts[iFRAMEBOTTOM] = WP_FRAMEBOTTOM;
}
}
// stash caption text color.
ncwm.rgbCaption = _GetNcCaptionTextColor( ncwm.framestate );
// retrieve sizing templates.
_GetNcSizingTemplates( nctm, ncwm );
}
//-----------------------------------------------------------//
// Frame metrics
//
// Frame area includes 'skin' boundaries,
// menu, integrated caption and client edge.
//
// Independent of the frame is the separate caption seg,
// scrollbars, and sizebox
//-----------------------------------------------------------//
if( ncwm.fFrame ) // frame windows only
{
// Initialize positions of main frame components...
// Content rect: area bounded by frame theme.
// Client rect: area contained in content rect that excludes all nonclient
// elements (viz, scrollbars, menubar, inside edges).
// Caption rect: pertains to minimized and maximized windows,
// and normal windows if the theme defines a caption part
ncwm.rcS0[NCRC_CAPTION] =
ncwm.rcS0[NCRC_CONTENT] = ncwm.rcS0[NCRC_WINDOW];
SetRectEmpty( &ncwm.rcS0[NCRC_UXCLIENT] );
if( ncwm.fMin ) /* minimized frame */
{
// zero out content, client rectangles.
ncwm.rcS0[NCRC_CONTENT].right = ncwm.rcS0[NCRC_CONTENT].left;
ncwm.rcS0[NCRC_CONTENT].bottom = ncwm.rcS0[NCRC_CONTENT].top;
ncwm.rcS0[NCRC_CLIENT] =
ncwm.rcS0[NCRC_UXCLIENT] = ncwm.rcS0[NCRC_CONTENT];
}
else
{
NONCLIENTMETRICS ncm;
if( NcGetNonclientMetrics( &ncm, FALSE ) )
{
ncwm.rcS0[NCRC_FRAMEBOTTOM] =
ncwm.rcS0[NCRC_FRAMELEFT] =
ncwm.rcS0[NCRC_FRAMERIGHT] = ncwm.rcS0[NCRC_WINDOW];
// themed caption rect spans left, top, right bordersS
// and 1 pixel edge below caption
ncwm.rcS0[NCRC_CAPTION].bottom =
ncwm.rcS0[NCRC_CAPTION].top + ncwm.cnBorders +
(ncwm.fSmallFrame ? ncm.iSmCaptionHeight : ncm.iCaptionHeight) +
1 /* 1 pixel below caption */;
// update the content and rects while we're here:
InflateRect( &ncwm.rcS0[NCRC_CONTENT], -ncwm.cnBorders, -ncwm.cnBorders );
ncwm.rcS0[NCRC_CONTENT].top = ncwm.rcS0[NCRC_CAPTION].bottom;
if( ncwm.rcS0[NCRC_CONTENT].bottom < ncwm.rcS0[NCRC_CONTENT].top )
ncwm.rcS0[NCRC_CONTENT].bottom = ncwm.rcS0[NCRC_CONTENT].top;
// at this point the client rect is identical to the content rect (haven't computed menubar, scrollbars).
ncwm.rcS0[NCRC_UXCLIENT] = ncwm.rcS0[NCRC_CONTENT];
// bottom border segment.
ncwm.rcS0[NCRC_FRAMEBOTTOM].top = ncwm.rcS0[NCRC_FRAMEBOTTOM].bottom - ncwm.cnBorders;
// side border segments
ncwm.rcS0[NCRC_FRAMELEFT].top =
ncwm.rcS0[NCRC_FRAMERIGHT].top = ncwm.rcS0[NCRC_CAPTION].bottom;
ncwm.rcS0[NCRC_FRAMELEFT].bottom =
ncwm.rcS0[NCRC_FRAMERIGHT].bottom = ncwm.rcS0[NCRC_FRAMEBOTTOM].top;
ncwm.rcS0[NCRC_FRAMELEFT].right = ncwm.rcS0[NCRC_FRAMELEFT].left + ncwm.cnBorders;
ncwm.rcS0[NCRC_FRAMERIGHT].left = ncwm.rcS0[NCRC_FRAMERIGHT].right - ncwm.cnBorders;
}
}
}
else // frameless windows with scrollbars and/or client-edge:
{
// Non-frame windows
ncwm.rcS0[NCRC_UXCLIENT] = ncwm.rcS0[NCRC_WINDOW];
InflateRect( &ncwm.rcS0[NCRC_UXCLIENT], -ncwm.cnBorders, -ncwm.cnBorders );
ncwm.rcS0[NCRC_CONTENT] = ncwm.rcS0[NCRC_UXCLIENT];
}
// Menubar
if( !(ncwm.fMin || TESTFLAG( ncwm.dwStyle, WS_CHILD )) ) // child windows don't have menubars
{
// Menubar offsets (for painting)
ncwm.cnMenuOffsetTop = ncwm.rcS0[NCRC_CONTENT].top - ncwm.rcS0[NCRC_WINDOW].top;
ncwm.cnMenuOffsetLeft = ncwm.rcS0[NCRC_CONTENT].left - ncwm.rcS0[NCRC_WINDOW].left;
ncwm.cnMenuOffsetRight = ncwm.rcS0[NCRC_WINDOW].right - ncwm.rcS0[NCRC_CONTENT].right;
if( hwnd )
{
// calc menubar does the right thing for multiline menubars
ncwm.cyMenu = CalcMenuBar( hwnd, ncwm.cnMenuOffsetLeft,
ncwm.cnMenuOffsetRight,
ncwm.cnMenuOffsetTop,
&ncwm.rcS0[NCRC_WINDOW] );
}
else
{
// no window (e.g. preview) == no menu, meaning don't call CalcMenuBar.
// we emulate computations best we can:
ncwm.cyMenu = NcGetSystemMetrics( SM_CYMENUSIZE );
}
// CalcMenuBar and SM_CYMENUSIZE are 1 pixel short of reality.
if( ncwm.cyMenu )
ncwm.cyMenu += nctm.dyMenuBar;
// Menubar rect (for hit-testing and clipping)
SetRect( &ncwm.rcS0[NCRC_MENUBAR],
ncwm.rcS0[NCRC_CONTENT].left,
ncwm.rcS0[NCRC_CONTENT].top,
ncwm.rcS0[NCRC_CONTENT].right,
min(ncwm.rcS0[NCRC_CONTENT].bottom, ncwm.rcS0[NCRC_CONTENT].top + ncwm.cyMenu) );
ncwm.rcS0[NCRC_UXCLIENT].top = ncwm.rcS0[NCRC_MENUBAR].bottom;
}
// Client Edge.
if( !ncwm.fMin && TESTFLAG(ncwm.dwExStyle, WS_EX_CLIENTEDGE) )
{
CopyRect( &ncwm.rcS0[NCRC_CLIENTEDGE], &ncwm.rcS0[NCRC_UXCLIENT] );
InflateRect( &ncwm.rcS0[NCRC_UXCLIENT],
-NcGetSystemMetrics( SM_CXEDGE ),
-NcGetSystemMetrics( SM_CYEDGE ));
}
//-----------------------------------------------------------//
// Scrollbars and sizebox/gripper
//-----------------------------------------------------------//
if( !ncwm.fMin )
{
// horizontal scroll bar.
if( TESTFLAG(ncwm.dwStyle, WS_HSCROLL) )
{
ncwm.rcS0[NCRC_HSCROLL] = ncwm.rcS0[NCRC_UXCLIENT];
ncwm.rcS0[NCRC_HSCROLL].top = ncwm.rcS0[NCRC_UXCLIENT].bottom =
ncwm.rcS0[NCRC_HSCROLL].bottom - NcGetSystemMetrics( SM_CYHSCROLL );
if( IsRectEmpty( &ncwm.rcS0[NCRC_CLIENT] ) /* this happens in preview */ )
{
ncwm.rcS0[NCRC_HSCROLL].left = ncwm.rcS0[NCRC_UXCLIENT].left;
ncwm.rcS0[NCRC_HSCROLL].right = ncwm.rcS0[NCRC_UXCLIENT].right;
}
else
{
ncwm.rcS0[NCRC_HSCROLL].left = ncwm.rcS0[NCRC_CLIENT].left;
ncwm.rcS0[NCRC_HSCROLL].right = ncwm.rcS0[NCRC_CLIENT].right;
}
}
// vertical scroll bar
if( TESTFLAG(ncwm.dwStyle, WS_VSCROLL) )
{
ncwm.rcS0[NCRC_VSCROLL] = ncwm.rcS0[NCRC_UXCLIENT];
if( TESTFLAG(ncwm.dwExStyle, WS_EX_LAYOUTRTL) ^ TESTFLAG(ncwm.dwExStyle, WS_EX_LEFTSCROLLBAR) )
{
ncwm.rcS0[NCRC_VSCROLL].right = ncwm.rcS0[NCRC_UXCLIENT].left =
ncwm.rcS0[NCRC_VSCROLL].left + NcGetSystemMetrics( SM_CXVSCROLL );
// Adjust for horz scroll, gripper
if( TESTFLAG(ncwm.dwStyle, WS_HSCROLL) )
{
ncwm.rcS0[NCRC_SIZEBOX]= ncwm.rcS0[NCRC_HSCROLL];
ncwm.rcS0[NCRC_SIZEBOX].right = ncwm.rcS0[NCRC_HSCROLL].left =
ncwm.rcS0[NCRC_UXCLIENT].left;
}
}
else
{
ncwm.rcS0[NCRC_VSCROLL].left = ncwm.rcS0[NCRC_UXCLIENT].right =
ncwm.rcS0[NCRC_VSCROLL].right - NcGetSystemMetrics( SM_CXVSCROLL );
// Adjust for horz scroll, gripper
if( TESTFLAG(ncwm.dwStyle, WS_HSCROLL) )
{
ncwm.rcS0[NCRC_SIZEBOX]= ncwm.rcS0[NCRC_HSCROLL];
ncwm.rcS0[NCRC_SIZEBOX].left = ncwm.rcS0[NCRC_HSCROLL].right =
ncwm.rcS0[NCRC_UXCLIENT].right;
}
}
if( IsRectEmpty( &ncwm.rcS0[NCRC_CLIENT] ) /* this happens in preview */ )
{
ncwm.rcS0[NCRC_VSCROLL].top = ncwm.rcS0[NCRC_UXCLIENT].top;
ncwm.rcS0[NCRC_VSCROLL].bottom = ncwm.rcS0[NCRC_UXCLIENT].bottom;
}
else
{
ncwm.rcS0[NCRC_VSCROLL].top = ncwm.rcS0[NCRC_CLIENT].top;
ncwm.rcS0[NCRC_VSCROLL].bottom = ncwm.rcS0[NCRC_CLIENT].bottom;
}
}
}
LogExitNC(L"_GetNcFrameMetrics");
return TRUE;
}
#define EXT_TRACK_VERT 0x01
#define EXT_TRACK_HORZ 0x02
//-------------------------------------------------------------------------//
void _GetNcBtnHitTestRect(
IN const NCWNDMET* pncwm,
IN UINT uHitcode,
BOOL fWindowRelative,
OUT LPRECT prcHit )
{
const RECT* prcBtn = NULL;
int dxLeft = 0; // button's left side delta
int dxRight = 0; // button's right side delta
// adjust hitrect to classic-look caption bar strip:
RECT rcHit = fWindowRelative ? pncwm->rcW0[NCRC_CAPTION] : pncwm->rcS0[NCRC_CAPTION];
rcHit.top += pncwm->cnBorders;
rcHit.left += pncwm->cnBorders;
rcHit.right -= pncwm->cnBorders;
rcHit.bottom -= 1;
// determine which button we're working with, how to extend the left, right sides.
switch( uHitcode )
{
case HTMINBUTTON:
prcBtn = fWindowRelative ? &pncwm->rcW0[NCRC_MINBTN] : &pncwm->rcS0[NCRC_MINBTN];
dxLeft = -1;
break;
case HTMAXBUTTON:
prcBtn = fWindowRelative ? &pncwm->rcW0[NCRC_MAXBTN] : &pncwm->rcS0[NCRC_MAXBTN];
dxRight = 1;
break;
case HTHELP:
prcBtn = fWindowRelative ? &pncwm->rcW0[NCRC_HELPBTN] : &pncwm->rcS0[NCRC_HELPBTN];
dxLeft = -1;
dxRight = 1;
break;
case HTCLOSE:
prcBtn = fWindowRelative ? &pncwm->rcW0[NCRC_CLOSEBTN] : &pncwm->rcS0[NCRC_CLOSEBTN];
dxLeft = -1;
dxRight = rcHit.right - prcBtn->right;
break;
case HTSYSMENU:
prcBtn = fWindowRelative ? &pncwm->rcW0[NCRC_SYSBTN] : &pncwm->rcS0[NCRC_SYSBTN];
dxLeft = rcHit.left - prcBtn->left;
dxRight = 1;
break;
}
if( prcBtn )
{
*prcHit = *prcBtn;
if( !IsRectEmpty( prcBtn ) )
{
rcHit.left = prcBtn->left + dxLeft;
rcHit.right = prcBtn->right + dxRight;
*prcHit = rcHit;
}
}
else
{
SetRectEmpty( prcHit );
}
}
//-------------------------------------------------------------------------//
// wraps alloc, retrieval of window text
LPWSTR _AllocWindowText( IN HWND hwnd )
{
LPWSTR pszRet = NULL;
if (hwnd && IsWindow(hwnd))
{
if( (pszRet = new WCHAR[MAX_PATH]) != NULL )
{
int cch;
if( (cch = InternalGetWindowText(hwnd, pszRet, MAX_PATH)) <= 0 )
{
__try // some wndprocs can't handle an early WM_GETTEXT (eg.310700).
{
cch = GetWindowText(hwnd, pszRet, MAX_PATH);
}
__except(EXCEPTION_EXECUTE_HANDLER)
{
cch = 0;
}
}
if( !cch )
{
SAFE_DELETE_ARRAY(pszRet); // delete and zero pointer
}
}
}
return pszRet;
}
//-------------------------------------------------------------------------//
// _GetNcCaptionMargins() - computes a margin from the window ULC based on the
// offsets in the theme and the location of enabled caption buttons. The left
// margin is to the right of the last left-aligned button, and the right margin
// is to the left of the first right-aligned button.
//
BOOL _GetNcCaptionMargins( IN HTHEME hTheme, IN const NCTHEMEMET& nctm, IN OUT NCWNDMET& ncwm )
{
ZeroMemory( &ncwm.CaptionMargins, sizeof(ncwm.CaptionMargins) );
if( ncwm.fFrame )
{
// assign per-window CaptinMargins, hfCaption values
if( ncwm.fSmallFrame )
{
ncwm.CaptionMargins = nctm.marSmCaptionText;
}
else
{
if( ncwm.fMaxed )
{
ncwm.CaptionMargins = nctm.marMaxCaptionText;
}
else if( ncwm.fMin )
{
ncwm.CaptionMargins = nctm.marMinCaptionText;
}
else
{
ncwm.CaptionMargins = nctm.marCaptionText;
}
}
ncwm.hfCaption = NcGetCaptionFont(ncwm.fSmallFrame);
RECT rcContainer = ncwm.rcS0[NCRC_CAPTION];
RECT *prcBtn = &ncwm.rcS0[NCBTNFIRST];
rcContainer.left += ncwm.cnBorders;
rcContainer.right -= ncwm.cnBorders;
// sysmenu icon, if present, is the leftmost limit
if( !IsRectEmpty( &ncwm.rcS0[NCRC_SYSBTN] ) )
{
rcContainer.left = ncwm.rcS0[NCRC_SYSBTN].right;
}
// Compute our rightmost limit
for( UINT cRects = NCBTNRECTS; cRects; --cRects, ++prcBtn )
{
if (!IsRectEmpty(prcBtn))
{
if( prcBtn->left < rcContainer.right )
{
rcContainer.right = prcBtn->left;
}
}
}
if( rcContainer.right < rcContainer.left )
{
rcContainer.right = rcContainer.left;
}
// final captions margins are adjusted to accommodate buttons.
ncwm.CaptionMargins.cxLeftWidth += (rcContainer.left - ncwm.rcS0[NCRC_CAPTION].left);
ncwm.CaptionMargins.cxRightWidth += (ncwm.rcS0[NCRC_CAPTION].right - rcContainer.right);
return TRUE;
}
return FALSE;
}
//-------------------------------------------------------------------------//
BOOL _GetNcCaptionTextSize( HTHEME hTheme, HWND hwnd, HFONT hf, OUT SIZE* psizeCaption )
{
BOOL fRet = FALSE;
LPWSTR pszCaption = _AllocWindowText( hwnd );
psizeCaption->cx = psizeCaption->cy = 0;
if( pszCaption )
{
HDC hdc = GetWindowDC(hwnd);
if( hdc )
{
//---- select font ----
HFONT hf0 = (HFONT)SelectObject(hdc, hf);
//---- let theme mgr do the calculation ----
RECT rcExtent;
HRESULT hr = GetThemeTextExtent( hTheme, hdc, WP_CAPTION, 0,
pszCaption, lstrlen(pszCaption), 0, NULL, &rcExtent );
//---- store result in "psizeCaption ----
if (SUCCEEDED(hr))
{
psizeCaption->cx = WIDTH(rcExtent);
psizeCaption->cy = HEIGHT(rcExtent);
}
//---- clean up ----
SelectObject(hdc, hf0);
ReleaseDC(hwnd, hdc);
}
SAFE_DELETE_ARRAY(pszCaption);
}
return fRet;
}
//-------------------------------------------------------------------------//
// Retrieves position of available area for caption text, in window-relative
// coordinates
BOOL _GetNcCaptionTextRect( IN OUT NCWNDMET* pncwm )
{
pncwm->rcS0[NCRC_CAPTIONTEXT] = pncwm->rcS0[NCRC_CAPTION];
// accommodate classic top sizing border:
pncwm->rcS0[NCRC_CAPTIONTEXT].top += pncwm->cnBorders;
// Assign left, right based on resp. caption margins
pncwm->rcS0[NCRC_CAPTIONTEXT].left += pncwm->CaptionMargins.cxLeftWidth;
pncwm->rcS0[NCRC_CAPTIONTEXT].right -= pncwm->CaptionMargins.cxRightWidth;
// vertically center the text between margins
int cyPadding = (RECTHEIGHT(&pncwm->rcS0[NCRC_CAPTIONTEXT]) - pncwm->sizeCaptionText.cy)/2;
pncwm->rcS0[NCRC_CAPTIONTEXT].top += cyPadding;
pncwm->rcS0[NCRC_CAPTIONTEXT].bottom -= cyPadding;
return TRUE;
}
//-------------------------------------------------------------------------//
// retrieve the window icon
HICON CThemeWnd::AcquireFrameIcon(
DWORD dwStyle, DWORD dwExStyle, BOOL fWinIniChange )
{
if( _hAppIcon != NULL )
{
if( fWinIniChange )
{
_hAppIcon = NULL;
}
}
if( !TESTFLAG(dwStyle, WS_SYSMENU) || TESTFLAG(dwExStyle, WS_EX_TOOLWINDOW) )
{
// return nil value without throwing away cached icon handle;
// this may be a transient style change.
return NULL;
}
NONCLIENTMETRICS ncm = {0};
NcGetNonclientMetrics( &ncm, FALSE );
BOOL fPerferLargeIcon = ((30 < ncm.iCaptionHeight) ? TRUE : FALSE);
if( NULL == _hAppIcon && NULL == (_hAppIcon = _GetWindowIcon(_hwnd, fPerferLargeIcon)) )
{
if ( HAS_CAPTIONBAR(dwStyle) &&
((dwStyle & (WS_BORDER|WS_DLGFRAME)) != WS_DLGFRAME) &&
!TESTFLAG(dwExStyle, WS_EX_DLGMODALFRAME) )
{
// If we still can't get an icon and the window has
// SYSMENU set, then they get the default winlogo icon
_hAppIcon = LoadIcon(NULL, IDI_WINLOGO);
}
}
return _hAppIcon;
}
//-------------------------------------------------------------------------//
void _CopyInflateRect( LPRECT prcDst, LPCRECT prcSrc, int cx, int cy)
{
prcDst->left = prcSrc->left - cx;
prcDst->right = prcSrc->right + cx;
prcDst->top = prcSrc->top - cy;
prcDst->bottom = prcSrc->bottom + cy;
}
//-------------------------------------------------------------------------//
// CThemeWnd::ScreenToWindow() - transforms points from screen coords to
// window coords.
//
void CThemeWnd::ScreenToWindow( LPPOINT prgPts, UINT cPts )
{
RECT rcWnd;
if( GetWindowRect( _hwnd, &rcWnd ) )
{
for( UINT i = 0; i < cPts; i++ )
{
prgPts[i].x -= rcWnd.left;
prgPts[i].y -= rcWnd.top;
}
}
}
//-------------------------------------------------------------------------//
// CThemeWnd::ScreenToWindow() - transforms non-empty rectangles from
// screen coords to window coords.
//
void CThemeWnd::ScreenToWindowRect( LPRECT prc )
{
if( !IsRectEmpty(prc) )
ScreenToWindow( (LPPOINT)prc, 2 );
}
//-------------------------------------------------------------------------//
// CThemeWnd::InitWindowMetrics()
//
// initializes theme resources
void CThemeWnd::InitWindowMetrics()
{
ZeroMemory( &_ncwm, sizeof(_ncwm) );
}
//-------------------------------------------------------------------------//
BOOL _fClassicNcBtnMetricsReset = TRUE;
//-------------------------------------------------------------------------//
// computes classic button position
BOOL _GetClassicNcBtnMetrics(
IN OPTIONAL NCWNDMET* pncwm,
IN HICON hAppIcon,
IN OPTIONAL BOOL fCanClose,
BOOL fRefresh )
{
static int cxEdge, cyEdge;
static int cxBtn, cyBtn, cxSmBtn, cySmBtn;
static RECT rcClose, rcMin, rcMax, rcHelp, rcSys;
static RECT rcSmClose;
static BOOL fInit = FALSE;
if( _fClassicNcBtnMetricsReset || fRefresh )
{
cxBtn = NcGetSystemMetrics( SM_CXSIZE );
cyBtn = NcGetSystemMetrics( SM_CYSIZE );
cxSmBtn = NcGetSystemMetrics( SM_CXSMSIZE );
cySmBtn = NcGetSystemMetrics( SM_CYSMSIZE );
cxEdge = NcGetSystemMetrics( SM_CXEDGE );
cyEdge = NcGetSystemMetrics( SM_CYEDGE );
// common top, w/ zero v-offset
rcClose.top = rcMin.top = rcMax.top = rcHelp.top = rcSys.top = rcSmClose.top = 0;
// common bottom, w/ zero v-offset
rcClose.bottom = rcMin.bottom = rcMax.bottom = rcHelp.bottom = rcClose.top + (cyBtn - (cyEdge * 2));
rcSmClose.bottom= (cySmBtn - (cyEdge * 2));
// sysmenu icon bottom
rcSys.bottom = rcSys.top + NcGetSystemMetrics(SM_CYSMICON);
// close, min, max left, right (as offsets from container's right boundary)
rcClose.right = -cxEdge;
rcClose.left = rcClose.right - (cxBtn - cxEdge);
rcMax.right = rcClose.left - cxEdge;
rcMax.left = rcMax.right - (cxBtn - cxEdge);
rcHelp = rcMax;
rcMin.right = rcMax.left;
rcMin.left = rcMin.right - (cxBtn - cxEdge);
// appicon left, right (as offsets from container's left boundary)
rcSys.left = cxEdge;
rcSys.right = rcSys.left + NcGetSystemMetrics(SM_CXSMICON);
// toolwindow close, left, right
rcSmClose.right = -cxEdge;
rcSmClose.left = rcSmClose.right - (cxSmBtn - cxEdge);
_fClassicNcBtnMetricsReset = FALSE;
}
if( !_fClassicNcBtnMetricsReset &&
pncwm && pncwm->fFrame && TESTFLAG(pncwm->dwStyle, WS_SYSMENU) )
{
NONCLIENTMETRICS ncm;
if( NcGetNonclientMetrics( &ncm, FALSE ) )
{
const RECT* prcBox = &pncwm->rcS0[NCRC_CAPTION];
int cnLOffset = prcBox->left + pncwm->cnBorders;
int cnROffset = prcBox->right - pncwm->cnBorders;
int cnCtrOffset = pncwm->cnBorders + prcBox->top +
(pncwm->fSmallFrame ? (ncm.iCaptionHeight - RECTHEIGHT(&rcClose))/2 :
(ncm.iSmCaptionHeight - RECTHEIGHT(&rcSmClose))/2);
// assign outbound rectangles.
// vertically center w/ respect to classic caption area,
// horizontally position w/ respect to respective container boundary.
// close button
pncwm->rcS0[NCRC_CLOSEBTN] = pncwm->fSmallFrame ? rcSmClose : rcClose;
OffsetRect( &pncwm->rcS0[NCRC_CLOSEBTN], cnROffset, cnCtrOffset );
pncwm->rawCloseBtnState = fCanClose ? CBS_NORMAL : CBS_DISABLED;
// (1) min/max/help/appicons not displayed for toolwindows
// (2) min/max btns mutually exclusive w/ context help btn
if( !TESTFLAG(pncwm->dwExStyle, WS_EX_TOOLWINDOW) )
{
// min, max
if( TESTFLAG(pncwm->dwStyle, WS_MINIMIZEBOX|WS_MAXIMIZEBOX) )
{
pncwm->rcS0[NCRC_MINBTN] = rcMin;
OffsetRect( &pncwm->rcS0[NCRC_MINBTN], cnROffset, cnCtrOffset );
pncwm->rcS0[NCRC_MAXBTN] = rcMax;
OffsetRect( &pncwm->rcS0[NCRC_MAXBTN], cnROffset, cnCtrOffset );
pncwm->iMaxButtonPart = pncwm->fMaxed ? WP_RESTOREBUTTON : WP_MAXBUTTON;
pncwm->iMinButtonPart = pncwm->fMin ? WP_RESTOREBUTTON : WP_MINBUTTON;
pncwm->rawMaxBtnState = TESTFLAG(pncwm->dwStyle, WS_MAXIMIZEBOX) ? CBS_NORMAL : CBS_DISABLED;
pncwm->rawMinBtnState = TESTFLAG(pncwm->dwStyle, WS_MINIMIZEBOX) ? CBS_NORMAL : CBS_DISABLED;
}
// help btn
else if( TESTFLAG(pncwm->dwExStyle, WS_EX_CONTEXTHELP) )
{
pncwm->rcS0[NCRC_HELPBTN] = rcHelp;
OffsetRect( &pncwm->rcS0[NCRC_HELPBTN], cnROffset, cnCtrOffset );
}
if( hAppIcon )
{
// sysmenu icon
pncwm->rcS0[NCRC_SYSBTN] = rcSys;
OffsetRect( &pncwm->rcS0[NCRC_SYSBTN], cnLOffset,
pncwm->cnBorders + prcBox->top + (ncm.iCaptionHeight - RECTHEIGHT(&rcSys))/2 );
}
}
return TRUE;
}
return FALSE;
}
return fInit;
}
//-------------------------------------------------------------------------//
// computes classic button position
BOOL _GetNcBtnMetrics(
IN OUT NCWNDMET* pncwm,
IN const NCTHEMEMET* pnctm,
IN HICON hAppIcon,
IN OPTIONAL BOOL fCanClose )
{
BOOL fRet = TRUE;
if( pncwm && pncwm->fFrame && TESTFLAG(pncwm->dwStyle, WS_SYSMENU) )
{
NONCLIENTMETRICS ncm;
fRet = NcGetNonclientMetrics( &ncm, FALSE );
if( fRet )
{
// (1) compute baseline rectangles
int cxEdge = NcGetSystemMetrics( SM_CXEDGE );
int cyEdge = NcGetSystemMetrics( SM_CYEDGE );
int cyBtn = NcGetSystemMetrics( SM_CYSIZE );
int cxBtn = MulDiv( cyBtn, pnctm->sizeBtn.cx, pnctm->sizeBtn.cy );
int cySmBtn = NcGetSystemMetrics( SM_CYSMSIZE );
int cxSmBtn = MulDiv( cySmBtn, pnctm->sizeSmBtn.cx, pnctm->sizeSmBtn.cy );
// remove padding from x,y
cyBtn -= (cyEdge * 2);
cxBtn -= (cyEdge * 2);
cySmBtn -= (cyEdge * 2);
cxSmBtn -= (cyEdge * 2);
RECT rcClose, rcMin, rcMax, rcHelp, rcSys, rcSmClose;
// common top, w/ zero v-offset
rcClose.top = rcMin.top = rcMax.top = rcHelp.top = rcSys.top = rcSmClose.top = 0;
// common bottom, w/ zero v-offset
rcClose.bottom = rcMin.bottom = rcMax.bottom = rcHelp.bottom =
max( rcClose.top, rcClose.top + cyBtn );
rcSmClose.bottom =
max( rcSmClose.top, cySmBtn );
// sysmenu icon bottom
rcSys.bottom = rcSys.top + NcGetSystemMetrics(SM_CYSMICON);
// close, min, max left, right (as offsets from container's right boundary)
rcClose.right = -cxEdge;
rcClose.left = rcClose.right - cxBtn;
rcMax.right = rcClose.left - cxEdge;
rcMax.left = rcMax.right - cxBtn;
rcHelp = rcMax;
rcMin.right = rcMax.left - cxEdge;
rcMin.left = rcMin.right - cxBtn;
// appicon left, right (as offsets from container's left boundary)
rcSys.left = cxEdge;
rcSys.right = rcSys.left + NcGetSystemMetrics(SM_CXSMICON);
// toolwindow close, left, right
rcSmClose.right = -cxEdge;
rcSmClose.left = rcSmClose.right - cxSmBtn;
const RECT* prcBox = &pncwm->rcS0[NCRC_CAPTION];
int cnLOffset = prcBox->left + pncwm->cnBorders;
int cnROffset = prcBox->right - pncwm->cnBorders;
int cnCtrOffset = pncwm->cnBorders + prcBox->top +
(pncwm->fSmallFrame ? (ncm.iCaptionHeight - RECTHEIGHT(&rcClose))/2 :
(ncm.iSmCaptionHeight - RECTHEIGHT(&rcSmClose))/2);
// (2) assign outbound rectangles.
// vertically center w/ respect to classic caption area,
// horizontally position w/ respect to respective container boundary.
// close button
pncwm->rcS0[NCRC_CLOSEBTN] = pncwm->fSmallFrame ? rcSmClose : rcClose;
OffsetRect( &pncwm->rcS0[NCRC_CLOSEBTN], cnROffset, cnCtrOffset );
pncwm->rawCloseBtnState = fCanClose ? CBS_NORMAL : CBS_DISABLED;
// (1) min/max/help/appicons not displayed for toolwindows
// (2) min/max btns mutually exclusive w/ context help btn
if( !TESTFLAG(pncwm->dwExStyle, WS_EX_TOOLWINDOW) )
{
// min, max
if( TESTFLAG(pncwm->dwStyle, WS_MINIMIZEBOX|WS_MAXIMIZEBOX) )
{
pncwm->rcS0[NCRC_MINBTN] = rcMin;
OffsetRect( &pncwm->rcS0[NCRC_MINBTN], cnROffset, cnCtrOffset );
pncwm->rcS0[NCRC_MAXBTN] = rcMax;
OffsetRect( &pncwm->rcS0[NCRC_MAXBTN], cnROffset, cnCtrOffset );
pncwm->iMaxButtonPart = pncwm->fMaxed ? WP_RESTOREBUTTON : WP_MAXBUTTON;
pncwm->iMinButtonPart = pncwm->fMin ? WP_RESTOREBUTTON : WP_MINBUTTON;
pncwm->rawMaxBtnState = TESTFLAG(pncwm->dwStyle, WS_MAXIMIZEBOX) ? CBS_NORMAL : CBS_DISABLED;
pncwm->rawMinBtnState = TESTFLAG(pncwm->dwStyle, WS_MINIMIZEBOX) ? CBS_NORMAL : CBS_DISABLED;
}
// help btn
else if( TESTFLAG(pncwm->dwExStyle, WS_EX_CONTEXTHELP) )
{
pncwm->rcS0[NCRC_HELPBTN] = rcHelp;
OffsetRect( &pncwm->rcS0[NCRC_HELPBTN], cnROffset, cnCtrOffset );
}
if( hAppIcon )
{
// sysmenu icon
pncwm->rcS0[NCRC_SYSBTN] = rcSys;
OffsetRect( &pncwm->rcS0[NCRC_SYSBTN], cnLOffset,
pncwm->cnBorders + prcBox->top + (ncm.iCaptionHeight - RECTHEIGHT(&rcSys))/2 );
}
}
}
}
return fRet;
}
//-------------------------------------------------------------------------//
// CThemeWnd::NcBackgroundHitTest() - hit test the Caption or Frame part
//
WORD CThemeWnd::NcBackgroundHitTest(
POINT ptHit, LPCRECT prcWnd,
DWORD dwStyle, DWORD dwExStyle,
FRAMESTATES fs,
const WINDOWPARTS rgiParts[],
const WINDOWPARTS rgiTemplates[],
const RECT rgrcParts[] )
{
WORD hitcode = HTNOWHERE;
HRESULT hr = E_FAIL;
eFRAMEPARTS iPartHit = (eFRAMEPARTS)-1;
// do a standard rect hit test:
for( int i = 0; i < cFRAMEPARTS; i++ )
{
if( _StrictPtInRect(&rgrcParts[i], ptHit) )
{
iPartHit = (eFRAMEPARTS)i;
break;
}
}
if( iPartHit >= 0 )
{
BOOL fResizing = TESTFLAG(dwStyle, WS_THICKFRAME);
DWORD dwHTFlags = fResizing ? HTTB_RESIZINGBORDER : HTTB_FIXEDBORDER;
RECT rcHit = rgrcParts[iPartHit];
switch( iPartHit )
{
case iCAPTION:
// Ensure caption rect and test point are zero-relative to
// the correct origin (if we have a window region,
// this would be window origin, otherwise, it's the part origin.)
if( _hrgnWnd != NULL )
rcHit = *prcWnd;
if( fResizing )
dwHTFlags &= ~HTTB_RESIZINGBORDER_BOTTOM;
break;
case iFRAMEBOTTOM:
if( fResizing )
dwHTFlags &= ~HTTB_RESIZINGBORDER_TOP;
break;
case iFRAMELEFT:
if( fResizing )
dwHTFlags = HTTB_RESIZINGBORDER_LEFT;
break;
case iFRAMERIGHT:
if( fResizing )
dwHTFlags = HTTB_RESIZINGBORDER_RIGHT;
break;
}
ptHit.x -= prcWnd->left;
ptHit.y -= prcWnd->top;
OffsetRect( &rcHit, -prcWnd->left, -prcWnd->top );
// Here our assumption is that the hit testing for the template
// is "as good" or "better" than the rectangles checking applied
// to the caption part. So we do one or the other. There are
// situations where you would need to do both (if the template
// were outside the window region and you were able to get USER to
// send you NcHitTest messages for it). For those situations
// you would need to call both so that you can distinguish between
// a mouse hit over the caption "client" area vs. over the
// outside-transparent area.
if( VALID_WINDOWPART(rgiTemplates[iPartHit]) )
{
hr = HitTestThemeBackground( _hTheme, NULL, rgiTemplates[iPartHit], fs,
dwHTFlags | (fResizing ? HTTB_SIZINGTEMPLATE : 0),
&rcHit, _rghrgnSizingTemplates[iPartHit], ptHit, &hitcode );
}
else
{
hr = HitTestThemeBackground( _hTheme, NULL, rgiParts[iPartHit], fs,
dwHTFlags | (fResizing ? HTTB_SYSTEMSIZINGMARGINS : 0),
&rcHit, _hrgnWnd, ptHit, &hitcode );
}
if( SUCCEEDED(hr) )
{
if( iCAPTION == iPartHit && (HTCLIENT == hitcode || HTBORDER == hitcode) )
hitcode = HTCAPTION;
}
}
if ( FAILED(hr) )
{
hitcode = HTNOWHERE;
}
return hitcode;
}
//-------------------------------------------------------------------------//
// CThemeWnd::TrackFrameButton() - track the mouse over the caption buttons,
// pressing/releasing as appropriate. Return back SC_* command to report or 0
// if the mouse was released off of the button.
//
BOOL CThemeWnd::TrackFrameButton(
HWND hwnd,
INT iHitCode,
OUT OPTIONAL WPARAM* puSysCmd,
BOOL fHottrack )
{
int iStateId, iNewStateId;
int iPartId = -1;
UINT cmd = 0;
MSG msg = {0};
LPRECT prcBtnPaint = NULL;
RECT rcBtnTrack;
HDC hdc;
if (puSysCmd)
{
*puSysCmd = 0;
}
// map iHitCode to the correct part number
switch (iHitCode)
{
case HTHELP:
cmd = SC_CONTEXTHELP;
iPartId = WP_HELPBUTTON;
prcBtnPaint = &_ncwm.rcW0[NCRC_HELPBTN];
break;
case HTCLOSE:
cmd = SC_CLOSE;
iPartId = _ncwm.fSmallFrame ? WP_SMALLCLOSEBUTTON : WP_CLOSEBUTTON;
prcBtnPaint = &_ncwm.rcW0[NCRC_CLOSEBTN];
break;
case HTMINBUTTON:
cmd = _ncwm.fMin ? SC_RESTORE : SC_MINIMIZE;
iPartId = _ncwm.iMinButtonPart;
prcBtnPaint = &_ncwm.rcW0[NCRC_MINBTN];
break;
case HTMAXBUTTON:
cmd = _ncwm.fMaxed ? SC_RESTORE : SC_MAXIMIZE;
iPartId = _ncwm.iMaxButtonPart;
prcBtnPaint = &_ncwm.rcW0[NCRC_MAXBTN];
break;
case HTSYSMENU:
if (puSysCmd)
{
*puSysCmd = SC_MOUSEMENU | iHitCode;
}
return TRUE;
}
// If we didn't recognize the hit code there's nothing to track
if (iPartId >= 0 )
{
// Get the window DC, in window coords
hdc = _GetNonclientDC(_hwnd, NULL);
if ( hdc )
{
// Don't paint in the window's content area, clip to the content area
ExcludeClipRect( hdc, _ncwm.rcW0[NCRC_CONTENT].left,
_ncwm.rcW0[NCRC_CONTENT].top,
_ncwm.rcW0[NCRC_CONTENT].right,
_ncwm.rcW0[NCRC_CONTENT].bottom );
// Calculate the tracking rect. We track a larger button rect when maximized
// but paint into the normal sized rect.
rcBtnTrack = *prcBtnPaint;
_GetNcBtnHitTestRect( &_ncwm, iHitCode, TRUE, &rcBtnTrack );
// when tracking MDI child window frame buttons, clip to their
// parent rect.
if ( TESTFLAG(GetWindowLong(hwnd, GWL_EXSTYLE), WS_EX_MDICHILD) )
{
RECT rcMDIClient;
GetWindowRect(GetParent(hwnd), &rcMDIClient);
ScreenToWindowRect(&rcMDIClient);
InflateRect(&rcMDIClient, -NcGetSystemMetrics(SM_CXEDGE), -NcGetSystemMetrics(SM_CYEDGE));
IntersectClipRect(hdc, rcMDIClient.left, rcMDIClient.top, rcMDIClient.right, rcMDIClient.bottom);
}
if (fHottrack)
{
// draw the button hot if the mouse is over it
iStateId = (iHitCode == _htHot) ? SBS_HOT : CBS_NORMAL;
}
else
{
// draw the button depressed
iStateId = SBS_PUSHED;
}
iStateId = MAKE_BTNSTATE(_ncwm.framestate, iStateId);
NcDrawThemeBackground(_hTheme, hdc, iPartId, iStateId, prcBtnPaint, 0);
// TODO NotifyWinEvent(EVENT_OBJECT_STATECHANGE, pwnd, OBJID_TITLEBAR, iButton, 0);
if ( !fHottrack )
{
BOOL fTrack, fMouseUp = FALSE;
SetCapture(hwnd); // take mouse capture
do // mouse button tracking loop
{
fTrack = FALSE;
// Let's go to sleep, to be awakened only on a mouse message placed in our
// thread's queue.
switch (MsgWaitForMultipleObjectsEx(0, NULL, INFINITE /*why consume CPU processing a timeout when we don't have to?*/,
QS_MOUSE, MWMO_INPUTAVAILABLE))
{
case WAIT_OBJECT_0: // a mouse message or important system event has been queued
if (PeekMessage(&msg, NULL, WM_MOUSEFIRST, WM_MOUSELAST, PM_REMOVE))
{
// PeekMessage returns a point in screen relative coords. Mirror the
// point it this is a RTL window. Translate the point to window coords.
if ( TESTFLAG(_ncwm.dwExStyle, WS_EX_LAYOUTRTL) )
{
// mirror the point to hittest correctly
MIRROR_POINT(_ncwm.rcS0[NCRC_WINDOW], msg.pt);
}
ScreenToWindow( &msg.pt, 1 );
if (msg.message == WM_LBUTTONUP)
{
ReleaseCapture();
fMouseUp = TRUE;
}
else if ((msg.message == WM_MOUSEMOVE) && cmd)
{
iNewStateId = MAKE_BTNSTATE(_ncwm.framestate, PtInRect(&rcBtnTrack, msg.pt) ? SBS_PUSHED : SBS_NORMAL);
if (iStateId != iNewStateId)
{
iStateId = iNewStateId;
NcDrawThemeBackground(_hTheme, hdc, iPartId, iStateId, prcBtnPaint, 0);
// TODO NotifyWinEvent(EVENT_OBJECT_STATECHANGE, pwnd, OBJID_TITLEBAR, iButton, 0);
}
fTrack = TRUE;
}
}
else
{
// Check loss of capture. This can happen if we loose activation
// via alt-tab and may not have received a WM_CAPTURECHANGED message
if (GetCapture() != hwnd)
{
break;
}
}
// Dequeue CAPTURECHANGED
if (PeekMessage(&msg, NULL, WM_CAPTURECHANGED, WM_CAPTURECHANGED, PM_REMOVE) ||
fMouseUp)
{
break;
}
fTrack = TRUE; // go back to sleep until the next mouse event
break;
default:
break;
}
} while (fTrack);
// draw button in normal state if it is not in that state already
iNewStateId = MAKE_BTNSTATE(_ncwm.framestate, CBS_NORMAL);
if (iStateId != iNewStateId)
{
NcDrawThemeBackground(_hTheme, hdc, iPartId, iNewStateId, prcBtnPaint, 0);
}
// if we did not end up on a button return 0
if( puSysCmd && (*puSysCmd = cmd) != 0 )
{
// TODO NotifyWinEvent(EVENT_OBJECT_STATECHANGE, pwnd, OBJID_TITLEBAR, iButton, 0);
// If mouse wasn't released over the button, cancel the command.
if( !(fMouseUp && PtInRect(&rcBtnTrack, msg.pt)) )
*puSysCmd = 0;
}
}
// Done with DC now
ReleaseDC(_hwnd, hdc);
}
}
return TRUE;
}
//-------------------------------------------------------------------------//
DWORD GetTextAlignFlags(HTHEME hTheme, IN NCWNDMET* pncwm, BOOL fReverse)
{
CONTENTALIGNMENT contentAlignment = CA_LEFT;
DWORD dwAlignFlags = 0;
//---- compute text alignment ----
GetThemeInt(hTheme, pncwm->rgframeparts[iCAPTION], pncwm->framestate, TMT_CONTENTALIGNMENT,
(int *)&contentAlignment);
if (fReverse)
{
//---- reverse alignment ----
switch(contentAlignment)
{
default:
case CA_LEFT: dwAlignFlags |= DT_RIGHT; break;
case CA_CENTER: dwAlignFlags |= DT_CENTER; break;
case CA_RIGHT: dwAlignFlags |= DT_LEFT; break;
}
}
else
{
//---- normal alignment ----
switch(contentAlignment)
{
default:
case CA_LEFT: dwAlignFlags |= DT_LEFT; break;
case CA_CENTER: dwAlignFlags |= DT_CENTER; break;
case CA_RIGHT: dwAlignFlags |= DT_RIGHT; break;
}
}
return dwAlignFlags;
}
//-------------------------------------------------------------------------//
void _BorderRect( HDC hdc, COLORREF rgb, LPCRECT prc, int cxBorder, int cyBorder )
{
COLORREF rgbSave = SetBkColor( hdc, rgb );
RECT rc = *prc;
// bottom border
rc = *prc; rc.top = prc->bottom - cyBorder;
ExtTextOut( hdc, rc.left, rc.top, ETO_OPAQUE, &rc, NULL, 0, NULL );
// right border
rc = *prc; rc.left = prc->right - cxBorder;
ExtTextOut( hdc, rc.left, rc.top, ETO_OPAQUE, &rc, NULL, 0, NULL );
// left border
rc = *prc; rc.right = prc->left + cxBorder;
ExtTextOut( hdc, rc.left, rc.top, ETO_OPAQUE, &rc, NULL, 0, NULL );
// top border
rc = *prc; rc.bottom = prc->top + cyBorder;
ExtTextOut( hdc, rc.left, rc.top, ETO_OPAQUE, &rc, NULL, 0, NULL );
SetBkColor( hdc, rgbSave );
}
//-------------------------------------------------------------------------//
void _DrawWindowEdges( HDC hdc, NCWNDMET* pncwm, BOOL fIsFrame )
{
// non-frame window edge & border
if( !fIsFrame )
{
RECT rcWnd = pncwm->rcW0[NCRC_WINDOW];
int cxBorder = NcGetSystemMetrics(SM_CXBORDER),
cyBorder = NcGetSystemMetrics(SM_CYBORDER);
// static, window edge
if( TESTFLAG(pncwm->dwExStyle, WS_EX_WINDOWEDGE) )
{
RECT rcClip = rcWnd;
InflateRect( &rcClip, -pncwm->cnBorders, -pncwm->cnBorders );
ExcludeClipRect( hdc, rcClip.left, rcClip.top, rcClip.right, rcClip.bottom );
DrawEdge( hdc, &rcWnd, EDGE_RAISED, BF_RECT | BF_ADJUST | BF_MIDDLE);
SelectClipRgn( hdc, NULL );
}
else if( TESTFLAG(pncwm->dwExStyle, WS_EX_STATICEDGE) )
{
DrawEdge( hdc, &rcWnd, BDR_SUNKENOUTER, BF_RECT | BF_ADJUST );
}
// Normal border
else if( TESTFLAG(pncwm->dwStyle, WS_BORDER) )
{
_BorderRect( hdc, GetSysColor( COLOR_WINDOWFRAME),
&rcWnd, cxBorder, cyBorder );
}
}
// client edge
if( TESTFLAG(pncwm->dwExStyle, WS_EX_CLIENTEDGE) )
{
#ifdef _TEST_CLIENTEDGE_
HBRUSH hbr = CreateSolidBrush( RGB(255,0,255) );
FillRect(hdc, &ncwm.rcW0[NCRC_CLIENTEDGE], hbr);
DeleteObject(hbr);
#else _TEST_CLIENTEDGE_
DrawEdge( hdc, &pncwm->rcW0[NCRC_CLIENTEDGE], EDGE_SUNKEN, BF_RECT | BF_ADJUST);
#endif _TEST_CLIENTEDGE_
}
}
//-------------------------------------------------------------------------//
void CThemeWnd::NcPaintCaption(
IN HDC hdcOut,
IN NCWNDMET* pncwm,
IN BOOL fBuffered,
IN DWORD dwCaptionFlags, // draw caption flags (DC_xxx, winuser.h)
IN DTBGOPTS* pdtbopts )
{
ASSERT(hdcOut);
ASSERT(pncwm);
ASSERT(pncwm->fFrame);
ASSERT(HAS_CAPTIONBAR(pncwm->dwStyle));
DWORD dwOldAlign = 0;
// caption text implies caption background
if( TESTFLAG( dwCaptionFlags, DC_TEXT|DC_ICON ) || 0 == dwCaptionFlags )
{
dwCaptionFlags = DC_ENTIRECAPTION;
}
if( dwCaptionFlags != DC_ENTIRECAPTION
#if defined(DEBUG) && defined(DEBUG_NCPAINT)
|| TESTFLAG( _NcTraceFlags, NCTF_NCPAINT )
#endif DEBUG
)
{
fBuffered = FALSE;
}
// create caption double buffer
HBITMAP hbmBuf = fBuffered ? CreateCompatibleBitmap(hdcOut, RECTWIDTH(&pncwm->rcW0[NCRC_CAPTION]),
RECTHEIGHT(&pncwm->rcW0[NCRC_CAPTION])) :
NULL;
if( !fBuffered || hbmBuf )
{
HDC hdc = fBuffered ? CreateCompatibleDC(hdcOut) : hdcOut;
if( hdc )
{
//--- DO NOT EXIT FROM WITHIN THIS CONDITIONAL ---//
EnterNcThemePaint();
HBITMAP hbm0 = fBuffered ? (HBITMAP)SelectObject(hdc, hbmBuf) : NULL;
if( TESTFLAG( dwCaptionFlags, DC_BACKGROUND ) )
{
// Draw caption background
RECT rcBkgnd = pncwm->rcW0[NCRC_CAPTION];
if( pncwm->fFullMaxed )
{
rcBkgnd.top += pncwm->cnBorders;
rcBkgnd.left += pncwm->cnBorders;
rcBkgnd.right -= pncwm->cnBorders;
}
NcDrawThemeBackgroundEx( _hTheme, hdc, pncwm->rgframeparts[iCAPTION], pncwm->framestate,
&rcBkgnd, pdtbopts );
}
if( TESTFLAG( dwCaptionFlags, DC_BUTTONS ) )
{
// Draw standard caption buttons
if (!IsRectEmpty(&pncwm->rcW0[NCRC_CLOSEBTN]))
{
NcDrawThemeBackground( _hTheme, hdc, pncwm->fSmallFrame ? WP_SMALLCLOSEBUTTON : WP_CLOSEBUTTON,
MAKE_BTNSTATE(pncwm->framestate, pncwm->rawCloseBtnState),
&pncwm->rcW0[NCRC_CLOSEBTN], 0);
}
if (!IsRectEmpty(&pncwm->rcW0[NCRC_MAXBTN]))
{
NcDrawThemeBackground(_hTheme, hdc, pncwm->iMaxButtonPart,
MAKE_BTNSTATE(pncwm->framestate, pncwm->rawMaxBtnState),
&pncwm->rcW0[NCRC_MAXBTN], 0);
}
if (!IsRectEmpty(&pncwm->rcW0[NCRC_MINBTN]))
{
NcDrawThemeBackground( _hTheme, hdc, pncwm->iMinButtonPart,
MAKE_BTNSTATE(pncwm->framestate, pncwm->rawMinBtnState),
&pncwm->rcW0[NCRC_MINBTN], 0);
}
if (!IsRectEmpty(&pncwm->rcW0[NCRC_HELPBTN]))
NcDrawThemeBackground(_hTheme, hdc, WP_HELPBUTTON, MAKE_BTNSTATE(pncwm->framestate, CBS_NORMAL),
&pncwm->rcW0[NCRC_HELPBTN], 0);
}
// Draw sysmenu icon
if( TESTFLAG( dwCaptionFlags, DC_ICON ) )
{
if (!IsRectEmpty(&pncwm->rcW0[NCRC_SYSBTN]) && _hAppIcon)
{
#define MAX_APPICON_RETRIES 1
int cRetries = 0;
DWORD dwLayout = GetLayout(hdc);
if( GDI_ERROR != dwLayout && TESTFLAG(dwLayout, LAYOUT_RTL) )
{
SetLayout(hdc, dwLayout|LAYOUT_BITMAPORIENTATIONPRESERVED);
}
do
{
// note: we don't draw sysmenu icon mirrored
if( DrawIconEx(hdc, pncwm->rcW0[NCRC_SYSBTN].left, pncwm->rcW0[NCRC_SYSBTN].top, _hAppIcon,
RECTWIDTH(&pncwm->rcW0[NCRC_SYSBTN]), RECTHEIGHT(&pncwm->rcW0[NCRC_SYSBTN]),
0, NULL, DI_NORMAL))
{
break; // success; done
}
// failure; try recycling the handle
if( _hAppIcon && GetLastError() == ERROR_INVALID_CURSOR_HANDLE )
{
_hAppIcon = NULL;
AcquireFrameIcon( pncwm->dwStyle, pncwm->dwExStyle, FALSE );
if( (++cRetries) > MAX_APPICON_RETRIES )
{
_hAppIcon = NULL; // failed to retrieve a new icon handle; bail for good.
}
}
} while( _hAppIcon && cRetries <= MAX_APPICON_RETRIES );
if( GDI_ERROR != dwLayout )
{
SetLayout(hdc, dwLayout);
}
}
}
if( TESTFLAG( dwCaptionFlags, DC_TEXT ) )
{
// Draw caption text
HFONT hf0 = NULL;
DWORD dwDTFlags = DT_SINGLELINE | DT_NOPREFIX | DT_END_ELLIPSIS;
BOOL fSelFont = FALSE;
LPWSTR pszText = _AllocWindowText(_hwnd);
if( pszText && *pszText )
{
// Compute frame text rect
if( pncwm->hfCaption )
{
hf0 = (HFONT)SelectObject( hdc, pncwm->hfCaption );
fSelFont = TRUE;
}
//---- compute text alignment ----
BOOL fReverse = TESTFLAG(_ncwm.dwExStyle, WS_EX_RIGHT);
dwDTFlags |= GetTextAlignFlags(_hTheme, pncwm, fReverse);
}
//---- adjust text align for WS_EX_RTLREADING ----
if (TESTFLAG(_ncwm.dwExStyle, WS_EX_RTLREADING))
dwOldAlign = SetTextAlign(hdc, TA_RTLREADING | GetTextAlign(hdc));
if( pszText && *pszText )
{
//---- set options for DrawThemeText() ----
DTTOPTS DttOpts = {sizeof(DttOpts)};
DttOpts.dwFlags = DTT_TEXTCOLOR;
DttOpts.crText = pncwm->rgbCaption;
Log(LOG_RFBUG, L"Drawing Caption Text: left=%d, state=%d, text=%s",
pncwm->rcW0[NCRC_CAPTIONTEXT].left, pncwm->framestate, pszText);
//---- draw the caption text ----
DrawThemeTextEx(_hTheme, hdc, pncwm->rgframeparts[iCAPTION], pncwm->framestate,
pszText, -1, dwDTFlags, &pncwm->rcW0[NCRC_CAPTIONTEXT], &DttOpts);
}
//---- free the text, if temp. allocated ----
SAFE_DELETE_ARRAY(pszText)
//---- draw the "Comments?" text ----
SetBkMode( hdc, TRANSPARENT );
SetTextColor( hdc, pncwm->rgbCaption );
DrawLameButton(hdc, pncwm);
//---- restore the text align ----
if (TESTFLAG(_ncwm.dwExStyle, WS_EX_RTLREADING))
SetTextAlign(hdc, dwOldAlign);
if( fSelFont )
{
SelectObject(hdc, hf0);
}
}
if( hdc != hdcOut )
{
// Slap the bits on the output DC.
BitBlt( hdcOut, pncwm->rcW0[NCRC_CAPTION].left, pncwm->rcW0[NCRC_CAPTION].top,
WIDTH(pncwm->rcW0[NCRC_CAPTION]), HEIGHT(pncwm->rcW0[NCRC_CAPTION]),
hdc, 0, 0, SRCCOPY );
SelectObject(hdc, hbm0);
DeleteDC(hdc);
}
LeaveNcThemePaint();
}
DeleteObject( hbmBuf );
}
if( IsWindowVisible(_hwnd) )
{
SetRenderedNcPart(RNCF_CAPTION);
}
}
//-------------------------------------------------------------------------//
// CThemeWnd::NcPaint() - NC painting worker
//
void CThemeWnd::NcPaint(
IN OPTIONAL HDC hdcIn,
IN ULONG dwFlags,
IN OPTIONAL HRGN hrgnUpdate,
IN OPTIONAL NCPAINTOVERIDE* pncpo)
{
NCTHEMEMET nctm;
NCWNDMET* pncwm = NULL;
HDC hdc = NULL;
if( _cLockRedraw > 0 )
return;
// Compute all metrics before painting:
if (pncpo) // preview override
{
ASSERT(hdcIn);
hdc = hdcIn;
pncwm = pncpo->pncwm;
nctm = pncpo->nctm;
}
else // live window
{
if( !GetNcWindowMetrics( NULL, &pncwm, &nctm, NCWMF_RECOMPUTE ) )
return;
// Ensure status bits reflect caller's intention for frame state
if( dwFlags != NCPF_DEFAULT )
{
_ComputeNcWindowStatus( _hwnd, TESTFLAG(dwFlags, NCPF_ACTIVEFRAME) ? WS_ACTIVECAPTION : 0, pncwm );
}
hdc = hdcIn ? hdcIn : _GetNonclientDC( _hwnd, hrgnUpdate );
if (! hdc)
{
//---- don't assert here since stress (out of memory) could cause a legit failure ----
Log(LOG_ALWAYS, L"call to GetDCEx() for nonclient painting failed");
}
}
if( hdc != NULL )
{
//--- DO NOT EXIT FROM WITHIN THIS CONDITIONAL ---//
BEGIN_DEBUG_NCPAINT();
EnterNcThemePaint();
// Clip to content rect (alleviates flicker in menubar and scrollbars as we paint background)
RECT rcClip;
rcClip = pncwm->rcW0[NCRC_CONTENT];
if( TESTFLAG(pncwm->dwExStyle, WS_EX_LAYOUTRTL) )
{
// mirror the clip rect relative to the window rect
// and apply that as the clipping region for the dc
MIRROR_RECT(pncwm->rcW0[NCRC_WINDOW], rcClip);
}
ExcludeClipRect( hdc, rcClip.left, rcClip.top, rcClip.right, rcClip.bottom );
if( pncwm->fFrame )
{
//---- DrawThemeBackgroundEx() options ----
DTBGOPTS dtbopts = {sizeof(dtbopts)};
DTBGOPTS *pdtbopts = NULL;
// if not drawing preview, set "draw solid" option
if(!pncpo)
{
// Because of the interleaving of NCPAINT and SetWindowRgn, drawing solid results
// in some flicker and transparency bleed. Commenting this out for now [scotthan]
//dtbopts.dwFlags |= DTBG_DRAWSOLID;
pdtbopts = &dtbopts;
}
// Frame Background
if( pncwm->fMin )
{
NcDrawThemeBackgroundEx( _hTheme, hdc, WP_MINCAPTION, pncwm->framestate,
&pncwm->rcW0[NCRC_CAPTION], pdtbopts ) ;
}
else if( !pncwm->fFullMaxed )
{
NcDrawThemeBackgroundEx( _hTheme, hdc, pncwm->rgframeparts[iFRAMELEFT], pncwm->framestate,
&pncwm->rcW0[NCRC_FRAMELEFT], pdtbopts );
NcDrawThemeBackgroundEx( _hTheme, hdc, pncwm->rgframeparts[iFRAMERIGHT], pncwm->framestate,
&pncwm->rcW0[NCRC_FRAMERIGHT], pdtbopts );
NcDrawThemeBackgroundEx( _hTheme, hdc, pncwm->rgframeparts[iFRAMEBOTTOM], pncwm->framestate,
&pncwm->rcW0[NCRC_FRAMEBOTTOM], pdtbopts );
}
SetRenderedNcPart(RNCF_FRAME);
// Caption
NcPaintCaption( hdc, pncwm, !(pncwm->fMin || pncwm->fFullMaxed || pncpo),
DC_ENTIRECAPTION, pdtbopts );
}
// Clip to client rect
SelectClipRgn( hdc, NULL );
// Menubar
if( !(pncwm->fMin || TESTFLAG(pncwm->dwStyle, WS_CHILD))
&& !IsRectEmpty(&pncwm->rcW0[NCRC_MENUBAR]) )
{
RECT rcMenuBar = pncwm->rcW0[NCRC_MENUBAR];
BOOL fClip = RECTHEIGHT(&rcMenuBar) < pncwm->cyMenu;
if( fClip )
{
IntersectClipRect( hdc, rcMenuBar.left, rcMenuBar.top,
rcMenuBar.right, rcMenuBar.bottom );
}
PaintMenuBar( _hwnd, hdc, pncwm->cnMenuOffsetLeft,
pncwm->cnMenuOffsetRight, pncwm->cnMenuOffsetTop,
TESTFLAG(pncwm->framestate, FS_ACTIVE) ? PMB_ACTIVE : 0 );
// deal with unpainted menubar pixels:
if( nctm.dyMenuBar > 0 && RECTHEIGHT(&pncwm->rcW0[NCRC_MENUBAR]) >= pncwm->cyMenu )
{
rcMenuBar.top = rcMenuBar.bottom - nctm.dyMenuBar;
COLORREF rgbBk = SetBkColor( hdc, GetSysColor(COLOR_MENU) );
ExtTextOut(hdc, rcMenuBar.left, rcMenuBar.top, ETO_OPAQUE, &rcMenuBar, NULL, 0, NULL );
SetBkColor( hdc, rgbBk );
}
if( fClip )
SelectClipRgn( hdc, NULL );
}
// Scrollbars
if( !pncwm->fMin )
{
// Draw static, window, client edges.
_DrawWindowEdges( hdc, pncwm, pncwm->fFrame );
RECT rcVScroll = pncwm->rcW0[NCRC_VSCROLL];
if ( TESTFLAG(pncwm->dwExStyle, WS_EX_LAYOUTRTL) )
{
MIRROR_RECT(pncwm->rcW0[NCRC_WINDOW], rcVScroll);
}
if( TESTFLAG(pncwm->dwStyle, WS_VSCROLL) &&
( HasRenderedNcPart(RNCF_SCROLLBAR) || RectVisible(hdc, &rcVScroll)) )
{
if( TESTFLAG(pncwm->dwStyle, WS_HSCROLL) )
{
// Draw sizebox.
RECT rcSizeBox = pncwm->rcW0[NCRC_SIZEBOX];
if ( TESTFLAG(pncwm->dwExStyle, WS_EX_LAYOUTRTL) )
{
MIRROR_RECT(pncwm->rcW0[NCRC_WINDOW], rcSizeBox);
}
DrawSizeBox( _hwnd, hdc, rcSizeBox.left, rcSizeBox.top );
}
DrawScrollBar( _hwnd, hdc, pncpo ? &pncwm->rcW0[NCRC_VSCROLL]: NULL, TRUE /*vertical*/ );
SetRenderedNcPart( RNCF_SCROLLBAR );
}
if( TESTFLAG(pncwm->dwStyle, WS_HSCROLL) &&
( HasRenderedNcPart(RNCF_SCROLLBAR) || RectVisible(hdc, &pncwm->rcW0[NCRC_HSCROLL])) )
{
DrawScrollBar( _hwnd, hdc, pncpo ? &pncwm->rcW0[NCRC_HSCROLL] : NULL, FALSE /*vertical*/ );
SetRenderedNcPart( RNCF_SCROLLBAR );
}
}
if (pncpo || hdcIn)
{
SelectClipRgn( hdc, NULL );
}
else
{
ReleaseDC( _hwnd, hdc );
}
LeaveNcThemePaint();
END_DEBUG_NCPAINT();
}
}
//-------------------------------------------------------------------------//
// WM_STYLECHANGED themewnd instance handler
void CThemeWnd::StyleChanged( UINT iGWL, DWORD dwOld, DWORD dwNew )
{
DWORD dwStyleOld, dwStyleNew, dwExStyleOld, dwExStyleNew;
switch( iGWL )
{
case GWL_STYLE:
dwStyleOld = dwOld;
dwStyleNew = dwNew;
dwExStyleOld = dwExStyleNew = GetWindowLong(_hwnd, GWL_EXSTYLE);
break;
case GWL_EXSTYLE:
dwExStyleOld = dwOld;
dwExStyleNew = dwNew;
dwStyleOld = dwStyleNew = GetWindowLong(_hwnd, GWL_STYLE);
break;
default:
return;
}
DWORD fClassFlagsOld = CThemeWnd::EvaluateStyle( dwStyleOld, dwExStyleOld);
DWORD fClassFlagsNew = CThemeWnd::EvaluateStyle( dwStyleNew, dwExStyleNew);
// Update theme class flags.
// Always keep the scrollbar class flag if the window had it initially. User
// flips scroll styles on and off without corresponding style change notification.
_fClassFlags = fClassFlagsNew | (_fClassFlags & TWCF_SCROLLBARS);
_fFrameThemed = TESTFLAG( _fClassFlags, TWCF_FRAME|TWCF_TOOLFRAME );
// Are we losing the frame?
if( TESTFLAG( fClassFlagsOld, TWCF_FRAME|TWCF_TOOLFRAME ) &&
!TESTFLAG( fClassFlagsNew, TWCF_FRAME|TWCF_TOOLFRAME ) )
{
ThemeMDIMenuButtons(FALSE, FALSE);
if( AssignedFrameRgn() )
{
AssignFrameRgn(FALSE /*strip off frame rgn*/, FTF_REDRAW);
}
}
// Are we gaining a frame?
else if( TESTFLAG( fClassFlagsNew, TWCF_FRAME|TWCF_TOOLFRAME ) &&
!TESTFLAG( fClassFlagsOld, TWCF_FRAME|TWCF_TOOLFRAME ) )
{
SetFrameTheme(0, NULL);
}
// Freshen window metrics
GetNcWindowMetrics( NULL, NULL, NULL, NCWMF_RECOMPUTE );
}
//-------------------------------------------------------------------------//
// ThemeDefWindowProc message handlers
//-------------------------------------------------------------------------//
//-------------------------------------------------------------------------//
// WM_THEMECHANGED post-wndproc msg handler
LRESULT CALLBACK OnOwpPostThemeChanged( CThemeWnd* pwnd, THEME_MSG *ptm )
{
if (IS_THEME_CHANGE_TARGET(ptm->lParam))
{
//---- avoid redundant retheming (except for SetWindowTheme() calls)
if ((HTHEME(*pwnd) == _nctmCurrent.hTheme) && (! (ptm->lParam & WTC_CUSTOMTHEME)))
{
Log(LOG_NCATTACH, L"OnOwpPostThemeChanged, just kicking the frame");
//---- window got correct theme thru _XXXWindowProc() from sethook ----
//---- we just need to redraw the frame for all to be right ----
if (pwnd->IsFrameThemed())
{
//---- attach the region to the window now ----
pwnd->SetFrameTheme(FTF_REDRAW, NULL);
}
}
else
{
Log(LOG_NCATTACH, L"OnOwpPostThemeChanged, calling Full ::ChangeTheme()");
//---- its a real, app/system theme change ----
pwnd->ChangeTheme( ptm );
}
}
MsgHandled( ptm );
return 1L;
}
//-------------------------------------------------------------------------//
void CThemeWnd::ChangeTheme( THEME_MSG* ptm )
{
if( _hTheme ) // hwnd attached for previous theme
{
// do a lightweight detach from current theme
_DetachInstance( HMD_CHANGETHEME );
}
if( IsAppThemed() ) // new theme is active
{
// retrieve window client rect, style bits.
WINDOWINFO wi;
wi.cbSize = sizeof(wi);
GetWindowInfo( ptm->hwnd, &wi );
ULONG ulTargetFlags = EvaluateStyle( wi.dwStyle, wi.dwExStyle );
// If the window is themable
if( TESTFLAG(ulTargetFlags, TWCF_NCTHEMETARGETMASK) )
{
// Open the new theme
HTHEME hTheme = ::OpenNcThemeData( ptm->hwnd, L"Window" );
if( hTheme )
{
// do a lightweight attach
if( _AttachInstance( ptm->hwnd, hTheme, ulTargetFlags, NULL ) )
{
// reattach scrollbars
if( TESTFLAG( ulTargetFlags, TWCF_SCROLLBARS ) )
{
AttachScrollBars(ptm->hwnd);
}
if (IsFrameThemed())
{
//---- attach the region to the window now ----
SetFrameTheme(FTF_REDRAW, NULL);
}
}
else
{
CloseThemeData( hTheme );
}
}
}
}
if (! _hTheme) // if an hwnd is no longer attached
{
// Left without a theme handle: This means either we failed to open a new theme handle or
// failed to evaulate as a target, no new theme, etc.
RemoveWindowProperties(ptm->hwnd, FALSE);
//---- release our CThemeWnd obj so it doesn't leak (addref-protected by caller) ----
Release();
}
}
//-------------------------------------------------------------------------//
BOOL IsPropertySheetChild(HWND hDlg)
{
while(hDlg)
{
ULONG ulFlags = HandleToUlong(GetProp(hDlg, MAKEINTATOM(GetThemeAtom(THEMEATOM_DLGTEXTURING))));
if( ETDT_ENABLETAB == (ulFlags & ETDT_ENABLETAB) /* all bits in this mask are required */ )
{
return TRUE;
}
hDlg = GetAncestor(hDlg, GA_PARENT);
}
return FALSE;
}
//---------------------------------------------------------------------------
void PrintClientNotHandled(HWND hwnd)
{
ATOM aIsPrinting = GetThemeAtom(THEMEATOM_PRINTING);
DWORD dw = PtrToUlong(GetProp(hwnd, (PCTSTR)aIsPrinting));
if (dw == PRINTING_ASKING)
SetProp(hwnd, (PCTSTR)aIsPrinting, (HANDLE)PRINTING_WINDOWDIDNOTHANDLE);
}
//---------------------------------------------------------------------------
HBRUSH GetDialogColor(HWND hwnd, NCTHEMEMET &nctm)
{
HBRUSH hbr = NULL;
// if this is a PROPSHEET child or the app called
// EnableThemeDialogTexture() on this hwnd, we'll use the tab background.
if (IsPropertySheetChild(hwnd))
{
hbr = nctm.hbrTabDialog;
}
if( NULL == hbr )
{
hbr = GetSysColorBrush(COLOR_3DFACE);
}
return hbr;
}
//---------------------------------------------------------------------------
LRESULT CALLBACK OnDdpPrint(CThemeWnd* pwnd, THEME_MSG* ptm)
{
LRESULT lRet = 0L;
if (!ptm->lRet)
{
if (pwnd->HasProcessedEraseBk())
{
RECT rc;
HDC hdc = (HDC)ptm->wParam;
NCTHEMEMET nctm;
if( GetCurrentNcThemeMetrics( &nctm ))
{
HBRUSH hbr = GetDialogColor(*pwnd, nctm);
if (hbr)
{
POINT pt;
if (GetClipBox(hdc, &rc) == NULLREGION)
GetClientRect(*pwnd, &rc);
SetBrushOrgEx(hdc, -rc.left, -rc.top, &pt);
FillRect(hdc, &rc, hbr);
SetBrushOrgEx(hdc, pt.x, pt.y, NULL);
lRet = (LRESULT)1;
MsgHandled( ptm );
}
}
}
else
{
PrintClientNotHandled(*pwnd);
}
}
return lRet;
}
//---------------------------------------------------------------------------
LRESULT CALLBACK OnDdpCtlColor(CThemeWnd* pwnd, THEME_MSG *ptm )
{
LRESULT lRet = 0L;
if (!ptm->lRet && pwnd->HasProcessedEraseBk())
{
NCTHEMEMET nctm;
if( GetCurrentNcThemeMetrics( &nctm ))
{
HBRUSH hbr = GetDialogColor(*pwnd, nctm);
if (hbr)
{
RECT rc;
HDC hdc = (HDC)ptm->wParam;
GetWindowRect(((HWND)ptm->lParam), &rc);
MapWindowPoints(NULL, *pwnd, (POINT*)&rc, 2);
SetBkMode(hdc, TRANSPARENT);
SetBrushOrgEx(hdc, -rc.left, -rc.top, NULL);
// the hdc's default background color needs to be set
// for for those controls that insist on using OPAQUE
SetBkColor(hdc, GetSysColor(COLOR_BTNFACE));
lRet = (LRESULT)hbr;
MsgHandled( ptm );
}
}
}
return lRet;
}
//-------------------------------------------------------------------------//
// WM_CTLCOLORxxx defwindowproc override handler
LRESULT CALLBACK OnDdpPostCtlColor( CThemeWnd* pwnd, THEME_MSG *ptm )
{
LRESULT lRet = 0L;
if (!ptm->lRet)
{
// This is sent to the parent in the case of WM_CTLCOLORMSGBOX, but to the
// dialog itself in the case of a WM_CTLCOLORDLG. This gets both.
CThemeWnd* pwndDlg = CThemeWnd::FromHwnd((HWND)ptm->lParam);
// WM_CTLCOLORMSGBOX is sent for Both the dialog AND the static
// control inside. So we need to sniff: Are we talking to a dialog or a
// control. the pwnd is associated with the dialog, but not the control
if (pwndDlg && VALID_THEMEWND(pwndDlg))
{
if (IsPropertySheetChild(*pwnd))
{
NCTHEMEMET nctm;
if( GetCurrentNcThemeMetrics( &nctm ))
{
HBRUSH hbr = GetDialogColor(*pwndDlg, nctm);
if (hbr)
{
lRet = (LRESULT) hbr;
pwndDlg->ProcessedEraseBk(TRUE);
MsgHandled(ptm);
}
}
}
}
else
{
// If we're talking to a control, forward to the control handler
// because we have to offset the brush
lRet = OnDdpCtlColor(pwnd, ptm );
}
}
return lRet;
}
//-------------------------------------------------------------------------//
LRESULT CALLBACK OnDwpPrintClient( CThemeWnd* pwnd, THEME_MSG *ptm )
{
PrintClientNotHandled(*pwnd);
return 0;
}
//---- Non-Client ----
//-------------------------------------------------------------------------//
// WM_NCPAINT pre-wndmproc msg handler
LRESULT CALLBACK OnOwpPreNcPaint( CThemeWnd* pwnd, THEME_MSG *ptm )
{
NcPaintWindow_Add(*pwnd);
if( !pwnd->InNcPaint() )
{
pwnd->ClearRenderedNcPart(RNCF_ALL);
}
pwnd->EnterNcPaint();
return 0L;
}
//-------------------------------------------------------------------------//
// WM_NCPAINT DefWindowProc msg handler
LRESULT CALLBACK OnDwpNcPaint( CThemeWnd* pwnd, THEME_MSG *ptm )
{
LRESULT lRet = 0L;
if( !pwnd->IsNcThemed() )
return lRet;
if( IsWindowVisible(*pwnd) )
{
pwnd->NcPaint( NULL, NCPF_DEFAULT, 1 == ptm->wParam ? NULL : (HRGN)ptm->wParam, NULL );
}
MsgHandled( ptm );
return lRet;
}
//-------------------------------------------------------------------------//
// WM_NCPAINT post-wndmproc msg handler
LRESULT CALLBACK OnOwpPostNcPaint( CThemeWnd* pwnd, THEME_MSG *ptm )
{
pwnd->LeaveNcPaint();
NcPaintWindow_Remove();
return 0L;
}
//-------------------------------------------------------------------------//
// WM_PRINT DefWindowProc msg handler
LRESULT CALLBACK OnDwpPrint( CThemeWnd* pwnd, THEME_MSG *ptm )
{
LRESULT lRet = DoMsgDefault(ptm);
if( !pwnd->IsNcThemed() )
return lRet;
if( ptm->lParam & PRF_NONCLIENT )
{
int iLayoutSave = GDI_ERROR;
HDC hdc = (HDC)ptm->wParam;
if (TESTFLAG(GetWindowLong(*pwnd, GWL_EXSTYLE), WS_EX_LAYOUTRTL))
{
// AnimateWindow sends WM_PRINT with an unmirrored memory hdc
iLayoutSave = SetLayout(hdc, LAYOUT_RTL);
}
pwnd->NcPaint( (HDC)ptm->wParam, NCPF_DEFAULT, NULL, NULL );
if (iLayoutSave != GDI_ERROR)
{
SetLayout(hdc, iLayoutSave);
}
}
return lRet;
}
//-------------------------------------------------------------------------//
// WM_NCUAHDRAWCAPTION DefWindowProc msg handler
LRESULT CALLBACK OnDwpNcThemeDrawCaption( CThemeWnd* pwnd, THEME_MSG *ptm )
{
LRESULT lRet = 0L;
if( !pwnd->IsNcThemed() || !pwnd->HasRenderedNcPart(RNCF_CAPTION) )
return lRet;
NCWNDMET* pncwm;
if( pwnd->GetNcWindowMetrics( NULL, &pncwm, NULL, NCWMF_RECOMPUTE ) )
{
HDC hdc = _GetNonclientDC( *pwnd, NULL );
if( hdc )
{
DTBGOPTS dtbo;
dtbo.dwSize = sizeof(dtbo);
dtbo.dwFlags = DTBG_DRAWSOLID;
pwnd->NcPaintCaption( hdc, pncwm, TRUE, (DWORD)ptm->wParam, &dtbo );
ReleaseDC( *pwnd, hdc );
MsgHandled( ptm );
}
}
return lRet;
}
//-------------------------------------------------------------------------//
// WM_NCUAHDRAWFRAME DefWindowProc msg handler
LRESULT CALLBACK OnDwpNcThemeDrawFrame( CThemeWnd* pwnd, THEME_MSG *ptm )
{
LRESULT lRet = 0L;
if( !pwnd->IsNcThemed() || !pwnd->HasRenderedNcPart(RNCF_FRAME) )
return lRet;
pwnd->NcPaint( (HDC)ptm->wParam, ptm->lParam & DF_ACTIVE ? NCPF_ACTIVEFRAME : NCPF_INACTIVEFRAME, NULL, NULL );
MsgHandled( ptm );
return lRet;
}
//-------------------------------------------------------------------------//
CMdiBtns* CThemeWnd::LoadMdiBtns( IN OPTIONAL HDC hdc, IN OPTIONAL UINT uSysCmd )
{
if( NULL == _pMdiBtns && NULL == (_pMdiBtns = new CMdiBtns) )
{
return NULL;
}
return _pMdiBtns->Load( _hTheme, hdc, uSysCmd ) ? _pMdiBtns : NULL;
}
//-------------------------------------------------------------------------//
void CThemeWnd::UnloadMdiBtns( IN OPTIONAL UINT uSysCmd )
{
SAFE_DELETE(_pMdiBtns);
}
//-------------------------------------------------------------------------//
// WM_MEASUREITEM pre-wndproc msg handler
LRESULT CALLBACK OnOwpPreMeasureItem( CThemeWnd* pwnd, THEME_MSG *ptm )
{
if( pwnd->IsNcThemed() && IsWindow(pwnd->GetMDIClient()) )
{
MEASUREITEMSTRUCT* pmis = (MEASUREITEMSTRUCT*)ptm->lParam;
CMdiBtns* pBtns = pwnd->LoadMdiBtns( NULL, pmis->itemID );
if( pBtns )
{
if( pBtns->Measure( *pwnd, pmis ) )
{
MsgHandled(ptm);
return TRUE;
}
}
}
return FALSE;
}
//-------------------------------------------------------------------------//
// WM_DRAWITEM pre-wndproc msg handler
LRESULT CALLBACK OnOwpPreDrawItem( CThemeWnd* pwnd, THEME_MSG *ptm )
{
if( pwnd->IsNcThemed() && IsWindow(pwnd->GetMDIClient()) )
{
DRAWITEMSTRUCT* pdis = (DRAWITEMSTRUCT*)ptm->lParam;
CMdiBtns* pBtns = pwnd->LoadMdiBtns( NULL, pdis->itemID );
if( pBtns )
{
if( pBtns->Draw( *pwnd, pdis ) )
{
MsgHandled(ptm);
return TRUE;
}
}
}
return FALSE;
}
//-------------------------------------------------------------------------//
// WM_MENUCHAR pre-wndproc msg handler
LRESULT CALLBACK OnOwpPreMenuChar( CThemeWnd* pwnd, THEME_MSG *ptm )
{
// Route MENUCHAR messages relating to themed MDI buttons to
// DefWindowProc (some apps assume all owner-drawn menuitems
// belong to themselves).
HWND hwndMDIClient = pwnd->GetMDIClient();
if( pwnd->IsNcThemed() && IsWindow(hwndMDIClient))
{
if( LOWORD(ptm->wParam) == TEXT('-') )
{
BOOL fMaxedChild;
HWND hwndActive = _MDIGetActive(hwndMDIClient, &fMaxedChild );
if( hwndActive && fMaxedChild )
{
MsgHandled(ptm);
return DefFrameProc(ptm->hwnd, hwndMDIClient, ptm->uMsg,
ptm->wParam, ptm->lParam);
}
}
}
return 0L;
}
//-------------------------------------------------------------------------//
// WM_NCHITTEST DefWindowProc msg handler
LRESULT CALLBACK OnDwpNcHitTest( CThemeWnd* pwnd, THEME_MSG *ptm )
{
if( !pwnd->IsNcThemed() )
return DoMsgDefault( ptm );
NCTHEMEMET nctm;
NCWNDMET* pncwm;
POINT pt;
MAKEPOINT( pt, ptm->lParam );
MsgHandled( ptm );
if( pwnd->GetNcWindowMetrics( NULL, &pncwm, &nctm, 0 ) )
{
if( _StrictPtInRect( &pncwm->rcS0[NCRC_CLIENT], pt ) )
return HTCLIENT;
if( _StrictPtInRect( &pncwm->rcS0[NCRC_HSCROLL], pt ) )
return HTHSCROLL;
if( _StrictPtInRect( &pncwm->rcS0[NCRC_SIZEBOX], pt ) )
{
if (SizeBoxHwnd(*pwnd) && !TESTFLAG(pncwm->dwExStyle, WS_EX_LEFTSCROLLBAR))
{
return TESTFLAG(pncwm->dwExStyle, WS_EX_LAYOUTRTL) ? HTBOTTOMLEFT : HTBOTTOMRIGHT;
}
else
{
return HTGROWBOX;
}
}
if ( TESTFLAG(pncwm->dwExStyle, WS_EX_LAYOUTRTL) )
{
// mirror the point to hittest correctly
MIRROR_POINT(pncwm->rcS0[NCRC_WINDOW], pt);
}
if( _StrictPtInRect( &pncwm->rcS0[NCRC_VSCROLL], pt ) )
return HTVSCROLL;
if( _StrictPtInRect( &pncwm->rcS0[NCRC_MENUBAR], pt ) )
return HTMENU;
if( pncwm->fFrame )
{
RECT rcButton;
// ---- close button ----
_GetNcBtnHitTestRect( pncwm, HTCLOSE, FALSE, &rcButton );
if ( _StrictPtInRect( &rcButton, pt ) )
{
return HTCLOSE;
}
// ---- minimize button ----
_GetNcBtnHitTestRect( pncwm, HTMINBUTTON, FALSE, &rcButton );
if ( _StrictPtInRect( &rcButton, pt ) )
{
return HTMINBUTTON;
}
// ---- maximize button ----
_GetNcBtnHitTestRect( pncwm, HTMAXBUTTON, FALSE, &rcButton );
if ( _StrictPtInRect( &rcButton, pt ) )
{
return HTMAXBUTTON;
}
// ---- sys menu ----
_GetNcBtnHitTestRect( pncwm, HTSYSMENU, FALSE, &rcButton );
if ( _StrictPtInRect( &rcButton, pt ) )
{
return HTSYSMENU;
}
// ---- help button ----
_GetNcBtnHitTestRect( pncwm, HTHELP, FALSE, &rcButton );
if ( _StrictPtInRect( &rcButton, pt ) )
{
return HTHELP;
}
#ifdef LAME_BUTTON
if ( TESTFLAG(pncwm->dwExStyle, WS_EX_LAMEBUTTON) )
{
if ( _StrictPtInRect( &pncwm->rcS0[NCRC_LAMEBTN], pt ) )
return HTLAMEBUTTON;
}
#endif // LAME_BUTTON
// don't need a mirrored point for the remaining hittests
MAKEPOINT( pt, ptm->lParam );
if( !_StrictPtInRect( &pncwm->rcS0[NCRC_CONTENT], pt ) )
{
if( pncwm->fMin || pncwm->fMaxed )
{
if( _StrictPtInRect( &pncwm->rcS0[NCRC_CAPTION], pt ) )
return HTCAPTION;
}
//---- combined caption/frame case ----
return pwnd->NcBackgroundHitTest( pt, &pncwm->rcS0[NCRC_WINDOW], pncwm->dwStyle, pncwm->dwExStyle,
pncwm->framestate, pncwm->rgframeparts, pncwm->rgsizehitparts,
pncwm->rcS0 + NCRC_FRAMEFIRST );
}
}
}
return DoMsgDefault( ptm );
}
//-------------------------------------------------------------------------//
// WM_WINDOWPOSCHANGING pre-wndproc override handler
LRESULT CALLBACK OnOwpPreWindowPosChanging( CThemeWnd* pwnd, THEME_MSG *ptm )
{
if( pwnd->IsFrameThemed() )
{
// Suppress WM_WINDOWPOSCHANGING from being sent to wndproc if it
// was generated by us calling SetWindowRgn.
// Many apps (e.g. Adobe Acrobat Reader, Photoshop dialogs, etc) that handle
// WM_NCCALCSIZE, WM_WINDOWPOSCHANGING and/or WM_WINDOWPOSCHANGED are not
// reentrant on their handlers for these messages, and therefore botch the
// recursion induced by our SetWindowRgn call when we post-process
// WM_WINDOWPOSCHANGED.
// There is no reason that a theme-complient wndproc should ever know that
// it's window(s) host a region managed by the system.
if( pwnd->AssigningFrameRgn() )
{
MsgHandled(ptm);
return DefWindowProc(ptm->hwnd, ptm->uMsg, ptm->wParam, ptm->lParam);
}
}
return 0L;
}
//-------------------------------------------------------------------------//
// WM_WINDOWPOSCHANGED pre-wndproc override handler
LRESULT CALLBACK OnOwpPreWindowPosChanged( CThemeWnd* pwnd, THEME_MSG *ptm )
{
if( pwnd->IsFrameThemed() )
{
// Suppress WM_WINDOWPOSCHANGING from being sent to wndproc if it
// was generated by us calling SetWindowRgn.
// Many apps (e.g. Adobe Acrobat Reader, Photoshop dialogs, etc) that handle
// WM_NCCALCSIZE, WM_WINDOWPOSCHANGING and/or WM_WINDOWPOSCHANGED are not
// reentrant on their handlers for these messages, and therefore botch the
// recursion induced by our SetWindowRgn call when we post-process
// WM_WINDOWPOSCHANGED.
// There is no reason that a theme-complient wndproc should ever know that
// it's window(s) host a region managed by the system.
if( pwnd->AssigningFrameRgn() )
{
MsgHandled(ptm);
return DefWindowProc(ptm->hwnd, ptm->uMsg, ptm->wParam, ptm->lParam);
}
}
return 0L;
}
//-------------------------------------------------------------------------//
// WM_WINDOWPOSCHANGED message handler
inline LRESULT WindowPosChangedWorker( CThemeWnd* pwnd, THEME_MSG *ptm )
{
if( pwnd->IsRevoked(RF_DEFER) )
{
if( !pwnd->IsRevoked(RF_INREVOKE) )
{
pwnd->Revoke(); // don't touch PWND after this!
}
}
else if( pwnd->IsNcThemed() && !IsWindowInDestroy(*pwnd) )
{
// If were not resizing, update the window region.
if( pwnd->IsFrameThemed() )
{
NCWNDMET* pncwm = NULL;
NCTHEMEMET nctm = {0};
// Freshen per-window metrics
if( !pwnd->AssigningFrameRgn() )
{
WINDOWPOS *pWndPos = (WINDOWPOS*) ptm->lParam;
// Freshen this window's per-window metrics
pwnd->GetNcWindowMetrics( NULL, &pncwm, &nctm, NCWMF_RECOMPUTE );
// Freshen window metrics for nc-themed children (e.g., MDI child frames)
EnumChildWindows( *pwnd, _FreshenThemeMetricsCB, NULL );
if( !TESTFLAG(pWndPos->flags, SWP_NOSIZE) || pwnd->DirtyFrameRgn() ||
TESTFLAG(pWndPos->flags, SWP_FRAMECHANGED) )
{
if( pWndPos->cx > 0 && pWndPos->cy > 0 )
{
pwnd->AssignFrameRgn( TRUE, FTF_REDRAW );
}
}
}
}
_MDIUpdate( *pwnd, ((WINDOWPOS*) ptm->lParam)->flags);
}
return 0L;
}
//-------------------------------------------------------------------------//
// WM_WINDOWPOSCHANGED post-wndproc override handler
//
// Note: we'll handle this post-wndproc for normal, client-side wndprocs
LRESULT CALLBACK OnOwpPostWindowPosChanged( CThemeWnd* pwnd, THEME_MSG *ptm )
{
if( !IsServerSideWindow(ptm->hwnd) )
{
return WindowPosChangedWorker( pwnd, ptm );
}
return 0L;
}
//-------------------------------------------------------------------------//
// WM_WINDOWPOSCHANGED DefWindowProc override handler.
//
// Note: we'll handle this in DefWindowProc only for windows with win32k-based
// wndprocs, which are deprived of OWP callbacks.
LRESULT CALLBACK OnDwpWindowPosChanged( CThemeWnd* pwnd, THEME_MSG *ptm )
{
if( IsServerSideWindow(ptm->hwnd) )
{
WindowPosChangedWorker( pwnd, ptm );
}
return 0L;
}
//-------------------------------------------------------------------------//
// WM_NACTIVATE DefWindowProc msg handler
LRESULT CALLBACK OnDwpNcActivate( CThemeWnd* pwnd, THEME_MSG *ptm )
{
LRESULT lRet = 1L;
if( pwnd->IsNcThemed() )
{
// We need to forward on. The DWP remembers the state
// and MFC apps (for one) need this as well
// but we don't want to actually paint, so lock the window
ptm->lParam = (LPARAM)-1;
lRet = DoMsgDefault(ptm);
pwnd->NcPaint( NULL, ptm->wParam ? NCPF_ACTIVEFRAME : NCPF_INACTIVEFRAME, NULL, NULL );
MsgHandled(ptm);
}
return lRet;
}
//-------------------------------------------------------------------------//
BOOL CThemeWnd::ShouldTrackFrameButton( UINT uHitcode )
{
switch(uHitcode)
{
case HTHELP:
return TESTFLAG(_ncwm.dwExStyle, WS_EX_CONTEXTHELP);
case HTMAXBUTTON:
if( !TESTFLAG(_ncwm.dwStyle, WS_MAXIMIZEBOX) ||
(CBS_DISABLED == _ncwm.rawMaxBtnState && FS_ACTIVE == _ncwm.framestate) )
{
break;
}
return TRUE;
case HTMINBUTTON:
if( !TESTFLAG(_ncwm.dwStyle, WS_MINIMIZEBOX) ||
(CBS_DISABLED == _ncwm.rawMinBtnState && FS_ACTIVE == _ncwm.framestate) )
{
break;
}
return TRUE;
case HTCLOSE:
if( !_MNCanClose(_hwnd) ||
(CBS_DISABLED == _ncwm.rawCloseBtnState && FS_ACTIVE == _ncwm.framestate) )
{
break;
}
return TRUE;
case HTSYSMENU:
return TESTFLAG(_ncwm.dwStyle, WS_SYSMENU);
}
return FALSE;
}
//-------------------------------------------------------------------------//
// WM_NCLBUTTONDOWN DefWindowProc msg handler
LRESULT CALLBACK OnDwpNcLButtonDown( CThemeWnd* pwnd, THEME_MSG *ptm )
{
WPARAM uSysCmd = 0;
MsgHandled( ptm );
switch( ptm->wParam /* hittest code */ )
{
case HTHELP:
case HTMAXBUTTON:
case HTMINBUTTON:
case HTCLOSE:
case HTSYSMENU:
if( pwnd->ShouldTrackFrameButton(ptm->wParam) )
{
if( pwnd->HasRenderedNcPart(RNCF_CAPTION) )
{
POINT pt;
MAKEPOINT( pt, ptm->lParam );
if( !pwnd->TrackFrameButton( *pwnd, (int)ptm->wParam, &uSysCmd ) )
{
return DoMsgDefault( ptm );
}
}
else
{
return DoMsgDefault( ptm );
}
}
break;
case HTHSCROLL:
case HTVSCROLL:
if( pwnd->HasRenderedNcPart(RNCF_SCROLLBAR) )
{
uSysCmd = ptm->wParam | ((ptm->wParam == HTVSCROLL) ? SC_HSCROLL:SC_VSCROLL);
break;
}
// fall thru
default:
return DoMsgDefault( ptm );
}
// TODO USER will ignore system command if it is disabled on system menu here,
// don't know why. Imitating the code caused standard min/max/close buttons to
// render so be careful.
if( uSysCmd != 0 )
{
SendMessage( *pwnd, WM_SYSCOMMAND, uSysCmd, ptm->lParam );
}
return 0L;
}
//-------------------------------------------------------------------------//
// WM_NCMOUSEMOVE DefWindowProc msg handler
LRESULT CALLBACK OnDwpNcMouseMove(CThemeWnd* pwnd, THEME_MSG *ptm)
{
LRESULT lRet = DoMsgDefault(ptm);
int htHotLast = pwnd->GetNcHotItem();
int htHot;
//
// If the mouse has just entered the NC area, request
// that we be notified when it leaves.
//
if (htHotLast == HTERROR)
{
TRACKMOUSEEVENT tme;
tme.cbSize = sizeof(tme);
tme.dwFlags = TME_LEAVE | TME_NONCLIENT;
tme.hwndTrack = *pwnd;
tme.dwHoverTime = 0;
TrackMouseEvent(&tme);
}
//
// Filter out the NC elements we don't care about hottracking. And only
// track the element if we've previously rendered it. Some apps handle
// painting non-client elements by handling ncpaint. They may not expect
// that we now hottrack.
//
if ( (IsHTFrameButton(ptm->wParam) && pwnd->HasRenderedNcPart(RNCF_CAPTION) &&
pwnd->ShouldTrackFrameButton(ptm->wParam)) ||
(IsHTScrollBar(ptm->wParam) && pwnd->HasRenderedNcPart(RNCF_SCROLLBAR)) )
{
htHot = (int)ptm->wParam;
}
else
{
htHot = HTNOWHERE;
}
//
// anything to do?
//
if ((htHot != htHotLast) || IsHTScrollBar(htHot) || IsHTScrollBar(htHotLast))
{
POINT pt;
MAKEPOINT( pt, ptm->lParam );
//
// save the hittest code of the NC element the mouse is
// currently over
//
pwnd->SetNcHotItem(htHot);
//
// Determine what should be repainted because the mouse
// is no longer over it
//
if ( IsHTFrameButton(htHotLast) && pwnd->HasRenderedNcPart(RNCF_CAPTION) )
{
pwnd->TrackFrameButton(*pwnd, htHotLast, NULL, TRUE);
}
else if ( IsHTScrollBar(htHotLast) && pwnd->HasRenderedNcPart(RNCF_SCROLLBAR) )
{
ScrollBar_MouseMove(*pwnd, (htHot == htHotLast) ? &pt : NULL, (htHotLast == HTVSCROLL) ? TRUE : FALSE);
}
//
// Determine what should be repainted because the mouse
// is now over it
//
if ( IsHTFrameButton(htHot) && pwnd->HasRenderedNcPart(RNCF_CAPTION) )
{
pwnd->TrackFrameButton(*pwnd, htHot, NULL, TRUE);
}
else if ( IsHTScrollBar(htHot) && pwnd->HasRenderedNcPart(RNCF_SCROLLBAR) )
{
ScrollBar_MouseMove(*pwnd, &pt, (htHot == HTVSCROLL) ? TRUE : FALSE);
}
}
return lRet;
}
//-------------------------------------------------------------------------//
// WM_NCMOUSELEAVE DefWindowProc msg handler
LRESULT CALLBACK OnDwpNcMouseLeave(CThemeWnd* pwnd, THEME_MSG *ptm)
{
LRESULT lRet = DoMsgDefault(ptm);
int htHot = pwnd->GetNcHotItem();
//
// the mouse has left NC area, nothing should be drawn in the
// hot state anymore
//
pwnd->SetNcHotItem(HTERROR);
if ( IsHTFrameButton(htHot) && pwnd->ShouldTrackFrameButton(htHot) &&
pwnd->HasRenderedNcPart(RNCF_CAPTION) )
{
pwnd->TrackFrameButton(*pwnd, htHot, NULL, TRUE);
}
else if ( IsHTScrollBar(htHot) && pwnd->HasRenderedNcPart(RNCF_SCROLLBAR) )
{
ScrollBar_MouseMove(*pwnd, NULL, (htHot == HTVSCROLL) ? TRUE : FALSE);
}
return lRet;
}
//-------------------------------------------------------------------------//
// WM_CONTEXTMENU DefWindowProc msg handler
LRESULT CALLBACK OnDwpContextMenu(CThemeWnd* pwnd, THEME_MSG *ptm)
{
NCWNDMET* pncwm;
POINT pt;
MAKEPOINT( pt, ptm->lParam );
MsgHandled( ptm );
if( pwnd->GetNcWindowMetrics( NULL, &pncwm, NULL, 0 ) )
{
if ( TESTFLAG(pncwm->dwExStyle, WS_EX_LAYOUTRTL) )
{
// mirror the point to hittest correctly
MIRROR_POINT(pncwm->rcS0[NCRC_WINDOW], pt);
}
if( _StrictPtInRect( &pncwm->rcS0[NCRC_HSCROLL], pt ) )
{
ScrollBar_Menu(*pwnd, *pwnd, ptm->lParam, FALSE);
return 0;
}
if( _StrictPtInRect( &pncwm->rcS0[NCRC_VSCROLL], pt ) )
{
ScrollBar_Menu(*pwnd, *pwnd, ptm->lParam, TRUE);
return 0;
}
}
return DoMsgDefault( ptm );
}
//-------------------------------------------------------------------------//
// WM_SYSCOMMAND DefWindowProc msg handler
LRESULT CALLBACK OnDwpSysCommand( CThemeWnd* pwnd, THEME_MSG *ptm )
{
LRESULT lRet = 0L;
switch( ptm->wParam & ~0x0F )
{
// Handle scroll commands
case SC_VSCROLL:
case SC_HSCROLL:
HandleScrollCmd( *pwnd, ptm->wParam, ptm->lParam );
MsgHandled( ptm );
return lRet;
}
return DoMsgDefault( ptm );
}
//-------------------------------------------------------------------------//
// MDI menubar button theme/untheme wrapper
void CThemeWnd::ThemeMDIMenuButtons( BOOL fTheme, BOOL fRedraw )
{
// Verify we're an MDI frame with a maximized mdi child
if( _hwndMDIClient && !IsWindowInDestroy(_hwndMDIClient) )
{
BOOL fMaxed = FALSE;
HWND hwndActive = _MDIGetActive( _hwndMDIClient, &fMaxed );
if( hwndActive && fMaxed )
{
ModifyMDIMenubar(fTheme, fRedraw );
}
}
}
//-------------------------------------------------------------------------//
// MDI menubar button theme/untheme worker
void CThemeWnd::ModifyMDIMenubar( BOOL fTheme, BOOL fRedraw )
{
_fThemedMDIBtns = FALSE;
if( IsFrameThemed() || !fTheme )
{
MENUBARINFO mbi;
mbi.cbSize = sizeof(mbi);
if( GetMenuBarInfo( _hwnd, OBJID_MENU, 0, &mbi ) )
{
_NcTraceMsg( NCTF_MDIBUTTONS, TEXT("ModifyMDIMenubar: GetMenuBarInfo() returns hMenu: %08lX, hwndMenu: %08lX"), mbi.hMenu, mbi.hwndMenu );
int cItems = GetMenuItemCount( mbi.hMenu );
int cThemedItems = 0;
int cRedraw = 0;
_NcTraceMsg( NCTF_MDIBUTTONS, TEXT("ModifyMDIMenubar: on entry, GetMenuItemCount(hMenu = %08lX) returns %d"), mbi.hMenu, cItems );
if( cItems > 0 )
{
for( int i = cItems - 1; i >= 0 && cThemedItems < MDIBTNCOUNT; i-- )
{
MENUITEMINFO mii;
mii.cbSize = sizeof(mii);
mii.fMask = MIIM_ID|MIIM_STATE|MIIM_FTYPE|MIIM_BITMAP;
if( GetMenuItemInfo( mbi.hMenu, i, TRUE, &mii ) )
{
_NcTraceMsg( NCTF_MDIBUTTONS, TEXT("GetMenuItemInfo by pos (%d) returns ID %04lX"), i, mii.wID );
switch( mii.wID )
{
case SC_RESTORE:
case SC_MINIMIZE:
case SC_CLOSE:
{
BOOL fThemed = TESTFLAG(mii.fType, MFT_OWNERDRAW);
if( (fThemed && fTheme) || (fThemed == fTheme) )
{
cThemedItems = MDIBTNCOUNT; // one item is already done, assume all to be.
}
else
{
CMdiBtns* pBtns = LoadMdiBtns( NULL, mii.wID );
if( pBtns )
{
if( pBtns->ThemeItem( mbi.hMenu, i, &mii, fTheme ) )
{
cThemedItems++;
cRedraw++;
_NcTraceMsg( NCTF_MDIBUTTONS, TEXT("ModifyMDIMenubar: on entry, GetMenuItemCount(hMenu = %08lX) returns %d"), mbi.hMenu, GetMenuItemCount(mbi.hMenu) );
}
}
}
break;
}
}
}
}
}
if( cThemedItems )
{
_fThemedMDIBtns = fTheme;
if( fRedraw && cRedraw )
{
DrawMenuBar( _hwnd );
}
}
_NcTraceMsg( NCTF_MDIBUTTONS, TEXT("ModifyMDIMenubar: Modified %d menu items, exiting"), cThemedItems );
}
}
}
//-------------------------------------------------------------------------//
BOOL CThemeWnd::_PreDefWindowProc(
HWND hwnd,
UINT uMsg,
WPARAM wParam,
LPARAM lParam,
LRESULT *plRet )
{
if (uMsg == WM_PRINTCLIENT)
{
PrintClientNotHandled(hwnd);
}
return FALSE;
}
//-------------------------------------------------------------------------//
BOOL CThemeWnd::_PostDlgProc(
HWND hwnd,
UINT uMsg,
WPARAM wParam,
LPARAM lParam,
LRESULT *plRet )
{
switch( uMsg )
{
case WM_PRINTCLIENT:
{
PrintClientNotHandled(hwnd);
}
break;
}
return FALSE;
}
//-------------------------------------------------------------------------//
// Handles Defwindowproc post-processing for unthemed windows.
BOOL CThemeWnd::_PostWndProc(
HWND hwnd,
UINT uMsg,
WPARAM wParam,
LPARAM lParam,
LRESULT *plRet )
{
switch( uMsg )
{
// Special-case WM_SYSCOMMAND for MDI frame window updates
case WM_WINDOWPOSCHANGED:
if( lParam /* don't trust this */)
{
_MDIUpdate( hwnd, ((WINDOWPOS*) lParam)->flags);
}
break;
case WM_MDISETMENU:
{
HWND hwndActive = _MDIGetActive(hwnd);
if( hwndActive )
_MDIChildUpdateParent( hwndActive, TRUE );
break;
}
}
return FALSE;
}
//-------------------------------------------------------------------------//
// WM_CREATE post-wndproc msg handler
LRESULT CALLBACK OnOwpPostCreate( CThemeWnd* pwnd, THEME_MSG *ptm )
{
if( -1 != ptm->lRet )
{
if( pwnd->TestCF( TWCF_FRAME|TWCF_TOOLFRAME ))
{
DWORD dwFTFlags = FTF_CREATE;
CREATESTRUCT* pcs = (CREATESTRUCT*)ptm->lParam;
if( pcs )
{
// don't resize dialogs until post-WM_INITDIALOG
if( pwnd->TestCF(TWCF_DIALOG) )
{
dwFTFlags |= FTF_NOMODIFYPLACEMENT;
}
pwnd->SetFrameTheme( dwFTFlags, NULL );
MsgHandled(ptm);
}
}
}
return 0L;
}
//---------------------------------------------------------------------------
// WM_INITDIALOG post defdialogproc handler
LRESULT CALLBACK OnDdpPostInitDialog(CThemeWnd* pwnd, THEME_MSG* ptm)
{
LRESULT lRet = ptm->lRet;
// Do this sequence for dialogs only
if( pwnd->TestCF( TWCF_DIALOG ) && pwnd->TestCF( TWCF_FRAME|TWCF_TOOLFRAME ) )
{
DWORD dwFTFlags = FTF_CREATE;
pwnd->SetFrameTheme( dwFTFlags, NULL );
MsgHandled(ptm);
}
return lRet;
}
//-------------------------------------------------------------------------//
// WM_STYLECHANGING/WM_SYTLECHANGED Pre DefWindowProc msg handler
LRESULT CALLBACK OnOwpPreStyleChange( CThemeWnd* pwnd, THEME_MSG *ptm )
{
// Allow this message to arrive at detination WndProc?
if ( pwnd->SuppressingStyleMsgs() )
{
MsgHandled(ptm);
return DefWindowProc(ptm->hwnd, ptm->uMsg, ptm->wParam, ptm->lParam);
}
return 0L;
}
//-------------------------------------------------------------------------//
// WM_SYTLECHANGED DefWindowProc msg handler
LRESULT CALLBACK OnDwpStyleChanged( CThemeWnd* pwnd, THEME_MSG *ptm )
{
pwnd->StyleChanged((UINT)ptm->wParam, ((STYLESTRUCT*)ptm->lParam)->styleOld,
((STYLESTRUCT*)ptm->lParam)->styleNew );
return 0L;
}
//-------------------------------------------------------------------------//
// WM_SETTINGCHANGE post-wndproc handler
LRESULT CALLBACK OnOwpPostSettingChange( CThemeWnd* pwnd, THEME_MSG *ptm )
{
/*ignore theme setting change process refresh*/
if( SPI_SETNONCLIENTMETRICS == ptm->wParam && !pwnd->InThemeSettingChange() )
{
// recompute per-theme metrics.
EnterCriticalSection( &_csThemeMet );
// force refresh of NONCLIENTMETRICS cache.
NcGetNonclientMetrics( NULL, TRUE );
LeaveCriticalSection( &_csThemeMet );
pwnd->UnloadMdiBtns();
// recycle frame icon handle; current one is no longer valid.
pwnd->AcquireFrameIcon( GetWindowLong(*pwnd, GWL_STYLE),
GetWindowLong(*pwnd, GWL_EXSTYLE), TRUE );
// frame windows should be invalidated.
if( pwnd->IsFrameThemed() )
{
SetWindowPos( *pwnd, NULL, 0,0,0,0, SWP_DRAWFRAME|
SWP_NOSIZE|SWP_NOMOVE|SWP_NOZORDER|SWP_NOACTIVATE );
}
}
return 0L;
}
//-------------------------------------------------------------------------//
// WM_SETTEXT DefWindowProc msg handler
LRESULT CALLBACK OnDwpSetText( CThemeWnd* pwnd, THEME_MSG *ptm )
{
LRESULT lRet = 0L;
if( pwnd->IsFrameThemed() )
{
// prevent ourselves from painting as we call on RealDefWindowProc()
// to cache the new window text.
pwnd->LockRedraw( TRUE );
lRet = DoMsgDefault(ptm);
pwnd->LockRedraw( FALSE );
}
return lRet;
}
//-------------------------------------------------------------------------//
// WM_SETICON DefWindowProc msg handler
LRESULT CALLBACK OnDwpSetIcon( CThemeWnd* pwnd, THEME_MSG *ptm )
{
LRESULT lRet = 0L;
// invalidate our app icon handle, force re-acquire.
pwnd->SetFrameIcon(NULL);
// call on RealDefWindowProc to cache the icon
lRet = DoMsgDefault( ptm );
// RealDefWindowProc won't call send a WM_NCUAHDRAWCAPTION for large icons
if( ICON_BIG == ptm->wParam && pwnd->IsFrameThemed() )
{
NCWNDMET* pncwm;
if( pwnd->GetNcWindowMetrics( NULL, &pncwm, NULL, NCWMF_RECOMPUTE ) )
{
HDC hdc = _GetNonclientDC( *pwnd, NULL );
if( hdc )
{
DTBGOPTS dtbo;
dtbo.dwSize = sizeof(dtbo);
dtbo.dwFlags = DTBG_DRAWSOLID;
pwnd->NcPaintCaption( hdc, pncwm, TRUE, (DWORD)DC_ICON, &dtbo );
ReleaseDC( *pwnd, hdc );
}
}
}
return lRet;
}
//-------------------------------------------------------------------------//
#define NCPREV_CLASS TEXT("NCPreviewFakeWindow")
//-------------------------------------------------------------------------//
BOOL _fPreviewSysMetrics = FALSE;
//-------------------------------------------------------------------------//
void _NcSetPreviewMetrics( BOOL fPreview )
{
BOOL fPrev = _fPreviewSysMetrics;
_fPreviewSysMetrics = fPreview;
if( fPreview != fPrev )
{
// make sure we reset button metrics if something has changed
_fClassicNcBtnMetricsReset = TRUE;
}
}
//-------------------------------------------------------------------------//
inline BOOL _NcUsingPreviewMetrics()
{
return _fPreviewSysMetrics;
}
//-------------------------------------------------------------------------//
BOOL NcGetNonclientMetrics( OUT OPTIONAL NONCLIENTMETRICS* pncm, BOOL fRefresh )
{
BOOL fRet = FALSE;
CInternalNonclientMetrics *pincm = NULL;
EnterCriticalSection( &_csNcSysMet );
// Feed off a static instance of NONCLIENTMETRICS to reduce call overhead.
if( _NcUsingPreviewMetrics() )
{
// hand off preview metrics and get out.
pincm = &_incmPreview;
}
else
{
if( _incmCurrent.Acquire( fRefresh ) )
{
pincm = &_incmCurrent;
}
}
if( pincm )
{
if( pncm )
{
*pncm = pincm->GetNcm();
}
fRet = TRUE;
}
LeaveCriticalSection( &_csNcSysMet );
return fRet;
}
//-------------------------------------------------------------------------//
HFONT NcGetCaptionFont( BOOL fSmallCaption )
{
EnterCriticalSection( &_csNcSysMet );
HFONT hf = _NcUsingPreviewMetrics() ? _incmPreview.GetFont( fSmallCaption ) :
_incmCurrent.GetFont( fSmallCaption );
LeaveCriticalSection( &_csNcSysMet );
return hf;
}
//-------------------------------------------------------------------------//
void NcClearNonclientMetrics()
{
_incmCurrent.Clear();
}
//-------------------------------------------------------------------------//
int NcGetSystemMetrics(int nIndex)
{
if( _NcUsingPreviewMetrics() )
{
int iValue;
const NONCLIENTMETRICS& ncmPreview = _incmPreview.GetNcm();
switch (nIndex)
{
case SM_CXHSCROLL: // fall through
case SM_CXVSCROLL: iValue = ncmPreview.iScrollWidth; break;
case SM_CYHSCROLL: // fall through
case SM_CYVSCROLL: iValue = ncmPreview.iScrollHeight; break;
case SM_CXSIZE: iValue = ncmPreview.iCaptionWidth; break;
case SM_CYSIZE: iValue = ncmPreview.iCaptionHeight; break;
case SM_CYCAPTION: iValue = ncmPreview.iCaptionHeight + 1; break;
case SM_CXSMSIZE: iValue = ncmPreview.iSmCaptionWidth; break;
case SM_CYSMSIZE: iValue = ncmPreview.iSmCaptionHeight; break;
case SM_CXMENUSIZE: iValue = ncmPreview.iMenuWidth; break;
case SM_CYMENUSIZE: iValue = ncmPreview.iMenuHeight; break;
default: iValue = ClassicGetSystemMetrics(nIndex); break;
}
return iValue;
}
else
{
return ClassicGetSystemMetrics(nIndex);
}
}
//-------------------------------------------------------------------------//
// _InternalGetSystemMetrics() - Themed implementation of GetSystemMetrics().
//
int _InternalGetSystemMetrics( int iMetric, BOOL& fHandled )
{
int iRet = 0;
int* plSysMet = NULL;
NCTHEMEMET nctm;
switch( iMetric )
{
case SM_CXSIZE:
plSysMet = &nctm.theme_sysmets.cxBtn; break;
case SM_CXSMSIZE:
plSysMet = &nctm.theme_sysmets.cxSmBtn; break;
}
if( plSysMet &&
GetCurrentNcThemeMetrics( &nctm ) && nctm.hTheme != NULL &&
nctm.theme_sysmets.fValid )
{
iRet = *plSysMet;
fHandled = TRUE; /*was missing (doh! - 408190)*/
}
return iRet;
}
//-------------------------------------------------------------------------//
// _InternalSystemParametersInfo() - Themed implementation of SystemParametersInfo().
//
// return value of FALSE interpreted by caller as not handled.
BOOL _InternalSystemParametersInfo(
IN UINT uiAction,
IN UINT uiParam,
IN OUT PVOID pvParam,
IN UINT fWinIni,
IN BOOL fUnicode,
BOOL& fHandled )
{
SYSTEMPARAMETERSINFO pfnDefault =
fUnicode ? ClassicSystemParametersInfoW : ClassicSystemParametersInfoA;\
BOOL fRet = pfnDefault( uiAction, uiParam, pvParam, fWinIni );
fHandled = TRUE;
if( SPI_GETNONCLIENTMETRICS == uiAction && fRet )
{
NCTHEMEMET nctm;
if( GetCurrentNcThemeMetrics( &nctm ) && nctm.hTheme != NULL && nctm.theme_sysmets.fValid )
{
NONCLIENTMETRICS* pncm = (NONCLIENTMETRICS*)pvParam;
pncm->iCaptionWidth = nctm.theme_sysmets.cxBtn;
}
}
return fRet;
}
//-------------------------------------------------------------------------//
THEMEAPI DrawNCWindow(CThemeWnd* pThemeWnd, HWND hwndFake, HDC hdc, DWORD dwFlags, LPRECT prc, NONCLIENTMETRICS* pncm, COLORREF* prgb)
{
// Build up Overide structure
NCPAINTOVERIDE ncpo;
pThemeWnd->GetNcWindowMetrics( prc, &ncpo.pncwm, &ncpo.nctm, NCWMF_RECOMPUTE|NCWMF_PREVIEW );
// Force window to look active
if (dwFlags & NCPREV_ACTIVEWINDOW)
{
ncpo.pncwm->framestate = FS_ACTIVE;
ncpo.pncwm->rawCloseBtnState =
ncpo.pncwm->rawMaxBtnState =
ncpo.pncwm->rawMinBtnState = CBS_NORMAL;
}
ncpo.pncwm->rgbCaption = prgb[FS_ACTIVE == ncpo.pncwm->framestate ? COLOR_CAPTIONTEXT : COLOR_INACTIVECAPTIONTEXT];
ncpo.pncwm->dwStyle &= ~WS_SIZEBOX;
// Paint the beautiful visual styled window
pThemeWnd->NcPaint(hdc, NCPF_DEFAULT, NULL, &ncpo);
COLORREF rgbBk = prgb[(dwFlags & NCPREV_MESSAGEBOX) ? COLOR_3DFACE : COLOR_WINDOW];
HBRUSH hbrBack = CreateSolidBrush(rgbBk);
FillRect(hdc, &ncpo.pncwm->rcW0[NCRC_CLIENT], hbrBack);
DeleteObject(hbrBack);
WCHAR szText[MAX_PATH];
// Draw client area
HFONT hfont = CreateFont(-MulDiv(8, GetDeviceCaps(hdc, LOGPIXELSY), 72), 0, 0, 0, FW_NORMAL, FALSE, FALSE, FALSE, DEFAULT_CHARSET, OUT_CHARACTER_PRECIS, CLIP_DEFAULT_PRECIS, DEFAULT_QUALITY, DEFAULT_PITCH, L"MS Shell Dlg");
if (hfont)
{
if (dwFlags & NCPREV_MESSAGEBOX)
{
HTHEME htheme = OpenThemeData( hwndFake, L"Button" );
int offsetX = ((ncpo.pncwm->rcW0[NCRC_CLIENT].right + ncpo.pncwm->rcW0[NCRC_CLIENT].left) / 2) - 40;
int offsetY = ((ncpo.pncwm->rcW0[NCRC_CLIENT].bottom + ncpo.pncwm->rcW0[NCRC_CLIENT].top) / 2) - 15;
RECT rcButton = { offsetX, offsetY, offsetX + 80, offsetY + 30 };
NcDrawThemeBackground(htheme, hdc, BP_PUSHBUTTON, PBS_DEFAULTED, &rcButton, 0);
RECT rcContent;
GetThemeBackgroundContentRect(htheme, hdc, BP_PUSHBUTTON, PBS_DEFAULTED, &rcButton, &rcContent);
LoadString(g_hInst, IDS_OKBUTTON, szText, ARRAYSIZE(szText));
if (szText[0])
{
HFONT hfontOld = (HFONT)SelectObject(hdc, hfont);
DrawThemeText(htheme, hdc, BP_PUSHBUTTON, PBS_DEFAULTED, szText, lstrlen(szText), DT_CENTER | DT_VCENTER | DT_SINGLELINE, 0, &rcContent);
SelectObject(hdc, hfontOld);
}
CloseThemeData(htheme);
}
else if (dwFlags & NCPREV_ACTIVEWINDOW)
{
HTHEME htheme = OpenThemeData( hwndFake, L"Button" );
RECT rcButton = ncpo.pncwm->rcW0[NCRC_CLIENT];
LoadString(g_hInst, IDS_WINDOWTEXT, szText, ARRAYSIZE(szText));
if (szText[0])
{
HFONT hfontOld = (HFONT)SelectObject(hdc, hfont);
DTTOPTS DttOpts = {sizeof(DttOpts)};
DttOpts.dwFlags = DTT_TEXTCOLOR;
DttOpts.crText = prgb[COLOR_WINDOWTEXT];
DrawThemeTextEx(htheme, hdc, BP_PUSHBUTTON, PBS_DEFAULTED, szText, lstrlen(szText), DT_SINGLELINE, &rcButton, &DttOpts);
SelectObject(hdc, hfontOld);
}
CloseThemeData(htheme);
}
}
DeleteObject(hfont);
ClearNcThemeMetrics(&ncpo.nctm);
return S_OK;
}
//-------------------------------------------------------------------------//
THEMEAPI DrawNCPreview(HDC hdc, DWORD dwFlags, LPRECT prc, LPCWSTR pszVSPath, LPCWSTR pszVSColor, LPCWSTR pszVSSize, NONCLIENTMETRICS* pncm, COLORREF* prgb)
{
WNDCLASS wc;
// Create a fake Window and attach NC themeing to it
if (!GetClassInfo(g_hInst, NCPREV_CLASS, &wc)) {
wc.style = 0;
wc.lpfnWndProc = DefWindowProc;
wc.cbClsExtra = 0;
wc.cbWndExtra = 0;
wc.hInstance = g_hInst;
wc.hIcon = NULL;
wc.hCursor = LoadCursor(NULL, IDC_ARROW);
wc.hbrBackground = (HBRUSH)(COLOR_3DFACE+1);
wc.lpszMenuName = NULL;
wc.lpszClassName = NCPREV_CLASS;
if (!RegisterClass(&wc))
return FALSE;
}
_incmPreview = *pncm;
_incmPreview._fPreview = TRUE;
_NcSetPreviewMetrics( TRUE );
DWORD dwExStyle = WS_EX_DLGMODALFRAME | ((dwFlags & NCPREV_RTL) ? WS_EX_RTLREADING : 0);
HWND hwndFake = CreateWindowEx(dwExStyle, NCPREV_CLASS, L"", 0, 0, 0, RECTWIDTH(prc), RECTHEIGHT(prc), NULL, NULL, g_hInst, NULL);
if (hwndFake)
{
HTHEMEFILE htFile = NULL;
WCHAR szCurVSPath[MAX_PATH];
WCHAR szCurVSColor[MAX_PATH];
WCHAR szCurVSSize[MAX_PATH];
GetCurrentThemeName(szCurVSPath, ARRAYSIZE(szCurVSPath), szCurVSColor, ARRAYSIZE(szCurVSColor), szCurVSSize, ARRAYSIZE(szCurVSSize));
if ((lstrcmp(szCurVSPath, pszVSPath) != 0) ||
(lstrcmp(szCurVSColor, pszVSColor) != 0) ||
(lstrcmp(szCurVSSize, pszVSSize) != 0))
{
HRESULT hr = OpenThemeFile(pszVSPath, pszVSColor, pszVSSize, &htFile, FALSE);
if (SUCCEEDED(hr))
{
//---- first, detach from the normal theme ----
CThemeWnd::Detach(hwndFake, FALSE);
//---- apply the preview theme ----
hr = ApplyTheme(htFile, 0, hwndFake);
}
}
//---- attach to the preview theme ----
CThemeWnd* pThemeWnd = CThemeWnd::Attach(hwndFake);
if (VALID_THEMEWND(pThemeWnd))
{
struct {
DWORD dwNcPrev;
UINT uIDStr;
DWORD dwFlags;
RECT rc;
} fakeWindow[]= { {NCPREV_INACTIVEWINDOW, IDS_INACTIVEWINDOW, 0, { prc->left, prc->top, prc->right - 17, prc->bottom - 20 }},
{NCPREV_ACTIVEWINDOW, IDS_ACTIVEWINDOW, NCPREV_ACTIVEWINDOW, { prc->left + 10, prc->top + 22, prc->right, prc->bottom }},
{NCPREV_MESSAGEBOX, IDS_MESSAGEBOX, NCPREV_ACTIVEWINDOW | NCPREV_MESSAGEBOX, { prc->left + (RECTWIDTH(prc)/2) - 75, prc->top + (RECTHEIGHT(prc)/2) - 50 + 22,
prc->left + (RECTWIDTH(prc)/2) + 75, prc->top + (RECTHEIGHT(prc)/2) + 50 + 22}}};
WCHAR szWindowName[MAX_PATH];
for (int i = 0; i < ARRAYSIZE(fakeWindow); i++)
{
if (dwFlags & fakeWindow[i].dwNcPrev)
{
LoadString(g_hInst, fakeWindow[i].uIDStr, szWindowName, ARRAYSIZE(szWindowName));
SetWindowText(hwndFake, szWindowName);
if (fakeWindow[i].dwNcPrev & NCPREV_MESSAGEBOX)
{
SetWindowLongPtr(hwndFake, GWL_STYLE, WS_TILED | WS_CAPTION | WS_SYSMENU);
}
else
{
SetWindowLongPtr(hwndFake, GWL_STYLE, WS_TILEDWINDOW | WS_VSCROLL);
}
DrawNCWindow(pThemeWnd, hwndFake, hdc, fakeWindow[i].dwFlags, &fakeWindow[i].rc, pncm, prgb);
}
}
// Clean Up
CThemeWnd::Detach(hwndFake, 0);
}
if (htFile)
{
CloseThemeFile(htFile);
//---- clear the preview hold on the theme file ----
ApplyTheme(NULL, 0, hwndFake);
}
DestroyWindow(hwndFake);
}
_NcSetPreviewMetrics( FALSE );
_incmPreview.Clear();
return S_OK;
}
//-------------------------------------------------------------------------//
// CMdiBtns impl
//-------------------------------------------------------------------------//
//-------------------------------------------------------------------------//
// ctor
CMdiBtns::CMdiBtns()
{
ZeroMemory( _rgBtns, sizeof(_rgBtns) );
_rgBtns[0].wID = SC_CLOSE;
_rgBtns[1].wID = SC_RESTORE;
_rgBtns[2].wID = SC_MINIMIZE;
}
//-------------------------------------------------------------------------//
// Helper: button lookup based on syscmd ID.
CMdiBtns::MDIBTN* CMdiBtns::_FindBtn( UINT wID )
{
for( int i = 0; i < ARRAYSIZE(_rgBtns); i++ )
{
if( wID == _rgBtns[i].wID )
{
return (_rgBtns + i);
}
}
return NULL;
}
//-------------------------------------------------------------------------//
// Acquires MDI button resources,.computes metrics
BOOL CMdiBtns::Load( HTHEME hTheme, IN OPTIONAL HDC hdc, UINT uSysCmd )
{
// if caller wants all buttons loaded, call recursively.
if( 0 == uSysCmd )
{
return Load( hTheme, hdc, SC_CLOSE ) &&
Load( hTheme, hdc, SC_RESTORE ) &&
Load( hTheme, hdc, SC_MINIMIZE );
}
MDIBTN* pBtn = _FindBtn( uSysCmd );
if( pBtn && !VALID_WINDOWPART(pBtn->iPartId) /*only if necessary*/ )
{
// select appropriate window part
WINDOWPARTS iPartId = BOGUS_WINDOWPART;
switch( uSysCmd )
{
case SC_CLOSE: iPartId = WP_MDICLOSEBUTTON; break;
case SC_RESTORE: iPartId = WP_MDIRESTOREBUTTON; break;
case SC_MINIMIZE: iPartId = WP_MDIMINBUTTON; break;
}
if( VALID_WINDOWPART(iPartId) )
{
if( IsThemePartDefined( hTheme, iPartId, 0) )
{
// Retrieve sizing type, defaulting to 'stretch'.
if( FAILED( GetThemeInt( hTheme, iPartId, 0, TMT_SIZINGTYPE, (int*)&pBtn->sizingType ) ) )
{
pBtn->sizingType = ST_STRETCH;
}
// if 'truesize', retrieve the size.
if( ST_TRUESIZE == pBtn->sizingType )
{
// If no DC provided, base size on screen DC of default monitor.
HDC hdcSize = hdc;
if( NULL == hdcSize )
{
hdcSize = GetDC(NULL);
}
if( FAILED( GetThemePartSize( hTheme, hdc, iPartId, 0, NULL, TS_TRUE, &pBtn->size ) ) )
{
pBtn->sizingType = ST_STRETCH;
}
if( hdcSize != hdc )
{
ReleaseDC(NULL, hdcSize);
}
}
// not 'truesize'; use system metrics for MDI buttons
if( pBtn->sizingType != ST_TRUESIZE )
{
pBtn->size.cx = NcGetSystemMetrics( SM_CXMENUSIZE );
pBtn->size.cy = NcGetSystemMetrics( SM_CYMENUSIZE );
}
// assign button attributes
pBtn->iPartId = iPartId;
}
}
}
return pBtn != NULL && VALID_WINDOWPART(pBtn->iPartId);
}
//-------------------------------------------------------------------------//
// Releases MDI button resources,.resets metrics
void CMdiBtns::Unload( IN OPTIONAL UINT uSysCmd )
{
// if caller wants all buttons unloaded, call recursively.
if( 0 == uSysCmd )
{
Unload( SC_CLOSE );
Unload( SC_RESTORE );
Unload( SC_MINIMIZE );
return;
}
MDIBTN* pBtn = _FindBtn( uSysCmd );
if( pBtn )
{
SAFE_DELETE_GDIOBJ(pBtn->hbmTheme);
ZeroMemory(pBtn, sizeof(*pBtn));
// restore our zeroed syscommand value
pBtn->wID = uSysCmd;
}
}
//-------------------------------------------------------------------------//
// Theme/untheme MDI frame menubar's Minimize, Restore, Close menu items.
BOOL CMdiBtns::ThemeItem( HMENU hMenu, int iPos, MENUITEMINFO* pmii, BOOL fTheme )
{
// To theme, we simply make the item owner draw. To untheme,
// we restore it to system-drawn.
BOOL fRet = FALSE;
MDIBTN* pBtn = _FindBtn( pmii->wID );
if( pBtn && pmii && hMenu )
{
if( fTheme )
{
// save off previous menuitem type, bitmap
pBtn->fTypePrev = pmii->fType;
pBtn->hbmPrev = pmii->hbmpItem;
pmii->fType &= ~MFT_BITMAP;
pmii->fType |= MFT_OWNERDRAW|MFT_RIGHTJUSTIFY;
pmii->hbmpItem = NULL;
}
else
{
// restore menuitem type, bitmap
pmii->fType = pBtn->fTypePrev|MFT_RIGHTJUSTIFY /*409042 - force right-justify on the way out*/;
pmii->hbmpItem = pBtn->hbmPrev;
}
pmii->fMask = MIIM_FTYPE;
fRet = SetMenuItemInfo( hMenu, iPos, TRUE, pmii );
if( !fRet || !fTheme )
{
pBtn->fTypePrev = 0;
pBtn->hbmPrev = NULL;
}
}
return fRet;
}
//-------------------------------------------------------------------------//
// Computes button state identifier from Win32 owner draw state
CLOSEBUTTONSTATES CMdiBtns::_CalcState( ULONG ulOwnerDrawAction, ULONG ulOwnerDrawState )
{
CLOSEBUTTONSTATES iStateId = CBS_NORMAL;
if( TESTFLAG(ulOwnerDrawState, ODS_DISABLED|ODS_GRAYED|ODS_INACTIVE) )
{
iStateId = CBS_DISABLED;
}
else if( TESTFLAG(ulOwnerDrawState, ODS_SELECTED) )
{
iStateId = CBS_PUSHED;
}
else if( TESTFLAG(ulOwnerDrawState, ODS_HOTLIGHT) )
{
iStateId = CBS_HOT;
}
return iStateId;
}
//-------------------------------------------------------------------------//
// MDI sys button WM_DRAWITEM handler
BOOL CMdiBtns::Measure( HTHEME hTheme, MEASUREITEMSTRUCT* pmis )
{
MDIBTN* pBtn = _FindBtn( pmis->itemID );
if( pBtn && VALID_WINDOWPART(pBtn->iPartId) )
{
pmis->itemWidth = pBtn->size.cx;
pmis->itemHeight = pBtn->size.cy;
return TRUE;
}
return FALSE;
}
//-------------------------------------------------------------------------//
// MDI sys button WM_DRAWITEM handler
BOOL CMdiBtns::Draw( HTHEME hTheme, DRAWITEMSTRUCT* pdis )
{
MDIBTN* pBtn = _FindBtn( pdis->itemID );
if( pBtn && VALID_WINDOWPART(pBtn->iPartId) )
{
return SUCCEEDED(NcDrawThemeBackground(
hTheme, pdis->hDC, pBtn->iPartId, _CalcState( pdis->itemAction, pdis->itemState ), &pdis->rcItem, 0 ));
}
return FALSE;
}
//-------------------------------------------------------------------------////
// "Comments?" link in caption bar, known as the PHellyar (lame) button
//-------------------------------------------------------------------------//
#ifdef LAME_BUTTON
//-------------------------------------------------------------------------//
WCHAR g_szLameText[50] = {0};
//-------------------------------------------------------------------------//
#define SZ_LAMETEXT_SUBKEY TEXT("Control Panel\\Desktop")
#define SZ_LAMETEXT_VALUE TEXT("LameButtonText")
#define SZ_LAMETEXT_DEFAULT TEXT("Comments?")
#define CLR_LAMETEXT RGB(91, 171, 245)
//-------------------------------------------------------------------------//
void InitLameText()
{
CCurrentUser hkeyCurrentUser(KEY_READ);
HKEY hkLame;
HRESULT hr = E_FAIL;
if ( RegOpenKeyEx(hkeyCurrentUser, SZ_LAMETEXT_SUBKEY, 0, KEY_QUERY_VALUE, &hkLame) == ERROR_SUCCESS )
{
hr = RegistryStrRead(hkLame, SZ_LAMETEXT_VALUE, g_szLameText, ARRAYSIZE(g_szLameText));
RegCloseKey(hkLame);
}
if ( FAILED(hr) )
{
lstrcpy(g_szLameText, SZ_LAMETEXT_DEFAULT);
}
}
//-------------------------------------------------------------------------//
VOID CThemeWnd::InitLameResources()
{
//
// Using GetWindowInfo here bc GetWindowLong masks
// out the WS_EX_LAMEBUTTON bit.
//
SAFE_DELETE_GDIOBJ(_hFontLame);
WINDOWINFO wi = {0};
wi.cbSize = sizeof(wi);
if ( GetWindowInfo(_hwnd, &wi) && TESTFLAG(wi.dwExStyle, WS_EX_LAMEBUTTON) )
{
SIZE sizeLame;
HFONT hfCaption = NcGetCaptionFont(TESTFLAG(wi.dwExStyle, WS_EX_TOOLWINDOW));
if( hfCaption != NULL )
{
LOGFONT lfLame;
if( GetObject( hfCaption, sizeof(lfLame), &lfLame ) )
{
lfLame.lfHeight -= (lfLame.lfHeight > 0) ? 2 : -2;
lfLame.lfUnderline = TRUE;
lfLame.lfWeight = FW_THIN;
HFONT hFontLame = CreateFontIndirect(&lfLame);
if ( hFontLame != NULL )
{
HDC hdc = GetWindowDC(_hwnd);
if ( hdc != NULL )
{
SelectObject(hdc, hFontLame);
if (GetTextExtentPoint32(hdc, g_szLameText, lstrlen(g_szLameText), &sizeLame))
{
_hFontLame = hFontLame;
hFontLame = NULL; // don't free at end of this function
_sizeLame = sizeLame;
}
ReleaseDC(_hwnd, hdc);
}
}
if (hFontLame) // didn't assign this font
DeleteObject(hFontLame);
}
}
}
}
//-------------------------------------------------------------------------//
VOID CThemeWnd::ClearLameResources()
{
SAFE_DELETE_GDIOBJ(_hFontLame);
ZeroMemory( &_sizeLame, sizeof(_sizeLame) );
}
//-------------------------------------------------------------------------//
inline VOID CThemeWnd::DrawLameButton(HDC hdc, IN const NCWNDMET* pncwm)
{
if ( TESTFLAG(pncwm->dwExStyle, WS_EX_LAMEBUTTON) && _hFontLame )
{
Log(LOG_RFBUG, L"DrawLameButton; _hFontLame=0x%x", _hFontLame);
HFONT hFontSave = (HFONT)SelectObject(hdc, _hFontLame);
COLORREF clrSave = SetTextColor(hdc, CLR_LAMETEXT);
DrawText(hdc, g_szLameText, lstrlen(g_szLameText), (LPRECT)&pncwm->rcW0[NCRC_LAMEBTN],
DT_LEFT | DT_SINGLELINE);
SetTextColor(hdc, clrSave);
SelectObject(hdc, hFontSave);
}
}
//-------------------------------------------------------------------------//
VOID CThemeWnd::GetLameButtonMetrics( NCWNDMET* pncwm, const SIZE* psizeCaption )
{
if( TESTFLAG(pncwm->dwExStyle, WS_EX_LAMEBUTTON) && _hFontLame )
{
BOOL fLameOn;
RECT rcCaptionText = pncwm->rcS0[NCRC_CAPTIONTEXT];
RECT* prcButton = &pncwm->rcS0[NCRC_LAMEBTN];
int cxPad = NcGetSystemMetrics(SM_CXEDGE) * 2;
// Enough room to draw the lame button link?
fLameOn = RECTWIDTH(&rcCaptionText) >
psizeCaption->cx +
cxPad + // between caption, lame text
_sizeLame.cx +
cxPad; // between lame text, nearest button;
//---- compute lame button alignment ----
BOOL fReverse = TRUE; // normally, lame goes on right side
//---- WS_EX_RIGHT wants the opposite ----
if (TESTFLAG(_ncwm.dwExStyle, WS_EX_RIGHT))
fReverse = FALSE;
DWORD dwFlags = GetTextAlignFlags(_hTheme, &_ncwm, fReverse);
//---- turn off lame button for center captions ----
if (dwFlags & DT_CENTER)
fLameOn = FALSE;
if ( fLameOn )
{
CopyRect(prcButton, &rcCaptionText);
//---- note: pMargins already includes the theme specified ----
//---- CaptionMargins (which scale with DPI) and the ----
//---- icon and buttons widths ----
if(dwFlags & DT_RIGHT) // put lame on right
{
prcButton->left = (prcButton->right - _sizeLame.cx) - cxPad ;
//---- adjust margins to remove lame area ----
pncwm->CaptionMargins.cxRightWidth -= _sizeLame.cx;
}
else // put lame on left
{
prcButton->right = (prcButton->left + _sizeLame.cx) + cxPad;
//---- adjust margins to remove lame area ----
pncwm->CaptionMargins.cxLeftWidth += _sizeLame.cx;
}
// vertically center the text between margins
prcButton->top += (RECTHEIGHT(&rcCaptionText) - _sizeLame.cy)/2;
prcButton->bottom = prcButton->top + _sizeLame.cy;
}
}
}
#endif // LAME_BUTTON
#ifdef DEBUG
//-------------------------------------------------------------------------//
void CDECL _NcTraceMsg( ULONG uFlags, LPCTSTR pszFmt, ...)
{
if( TESTFLAG(_NcTraceFlags, uFlags) || NCTF_ALWAYS == uFlags )
{
va_list args;
va_start(args, pszFmt);
TCHAR szSpew[2048];
wvsprintf(szSpew, pszFmt, args);
OutputDebugString(szSpew);
OutputDebugString(TEXT("\n"));
va_end(args);
}
}
//-------------------------------------------------------------------------//
void INIT_THEMEWND_DBG( CThemeWnd* pwnd )
{
if( IsWindow( *pwnd ) )
{
GetWindowText( *pwnd, pwnd->_szCaption, ARRAYSIZE(pwnd->_szCaption) );
GetClassName( *pwnd, pwnd->_szWndClass, ARRAYSIZE(pwnd->_szWndClass) );
}
}
//-------------------------------------------------------------------------//
void CThemeWnd::Spew( DWORD dwSpewFlags, LPCTSTR pszFmt, LPCTSTR pszClassList )
{
if( pszClassList && *pszClassList )
{
if( !_tcsstr( pszClassList, _szWndClass ) )
return;
}
TCHAR szInfo[MAX_PATH*2];
TCHAR szMsg[MAX_PATH*2];
wsprintf( szInfo, TEXT("%08lX -'%s' ('%s') cf: %08lX"), _hwnd, _szCaption, _szWndClass, _fClassFlags );
wsprintf( szMsg, pszFmt, szInfo );
Log(LOG_NCATTACH, szMsg );
}
typedef struct
{
DWORD dwProcessId;
DWORD dwThreadId;
DWORD dwSpewFlags;
LPCTSTR pszFmt;
LPCTSTR pszClassList;
} SPEW_ALL;
//-------------------------------------------------------------------------//
BOOL _SpewAllEnumCB( HWND hwnd, LPARAM lParam )
{
SPEW_ALL* psa = (SPEW_ALL*)lParam;
if( IsWindowProcess( hwnd, psa->dwProcessId ) )
{
CThemeWnd* pwnd = CThemeWnd::FromHwnd( hwnd );
if( VALID_THEMEWND(pwnd) )
pwnd->Spew( psa->dwSpewFlags, psa->pszFmt );
}
return TRUE;
}
//-------------------------------------------------------------------------//
void CThemeWnd::SpewAll( DWORD dwSpewFlags, LPCTSTR pszFmt, LPCTSTR pszClassList )
{
SPEW_ALL sa;
sa.dwThreadId = GetCurrentThreadId();
sa.dwProcessId = GetCurrentProcessId();
sa.dwSpewFlags = dwSpewFlags;
sa.pszFmt = pszFmt;
sa.pszClassList = pszClassList;
//---- this will enum all windows for this process (all desktops, all child levels) ----
EnumProcessWindows( _SpewAllEnumCB, (LPARAM)&sa );
}
//-------------------------------------------------------------------------//
void CThemeWnd::SpewLeaks()
{
if( _cObj > 0 )
{
Log(LOG_NCATTACH, L"LEAK WARNING: %d CThemeWnd instances outstanding.", _cObj );
}
}
//-------------------------------------------------------------------------//
void SPEW_RECT( ULONG ulTrace, LPCTSTR pszMsg, LPCRECT prc )
{
LPCTSTR pszFmt = TEXT("%s: {L:%d,T:%d,R:%d,B:%d}, (%d x %d)");
WCHAR szMsg[1024];
wsprintfW( szMsg, pszFmt, pszMsg,
prc->left, prc->top, prc->right, prc->bottom,
RECTWIDTH(prc), RECTHEIGHT(prc) );
_NcTraceMsg(ulTrace, szMsg);
}
//-------------------------------------------------------------------------//
void SPEW_MARGINS( ULONG ulTrace, LPCTSTR pszMsg,
LPCRECT prcParent, LPCRECT prcChild )
{
LPCTSTR pszFmt = TEXT("%s: {L:%d,T:%d,R:%d,B:%d}");
WCHAR szMsg[1024];
wsprintfW( szMsg, pszFmt, pszMsg,
prcChild->left - prcParent->left,
prcChild->top - prcParent->top,
prcParent->right - prcChild->right,
prcParent->bottom - prcChild->bottom );
_NcTraceMsg(ulTrace, szMsg);
}
//-------------------------------------------------------------------------//
void SPEW_RGNRECT( ULONG ulTrace, LPCTSTR pszMsg, HRGN hrgn, int iPartID )
{
RECT rc;
if( NULLREGION == GetRgnBox( hrgn, &rc ) )
FillMemory( &rc, sizeof(&rc), static_cast<UCHAR>(-1) );
_NcTraceMsg( ulTrace, TEXT("Region %08lX for partID[%d]:\n\t"), hrgn, iPartID );
SPEW_RECT( ulTrace, pszMsg, &rc );
}
//-------------------------------------------------------------------------//
void SPEW_WINDOWINFO( ULONG ulTrace, WINDOWINFO* pwi )
{
SPEW_RECT(ulTrace, TEXT("->wi.rcWindow"), &pwi->rcWindow );
SPEW_RECT(ulTrace, TEXT("->wi.rcClient"), &pwi->rcClient );
_NcTraceMsg(ulTrace, TEXT("->wi.dwStyle: %08lX"), pwi->dwStyle );
_NcTraceMsg(ulTrace, TEXT("->wi.dwExStyle: %08lX"), pwi->dwExStyle );
_NcTraceMsg(ulTrace, TEXT("->wi.dwWindowStatus: %08lX"), pwi->dwWindowStatus );
_NcTraceMsg(ulTrace, TEXT("->wi.cxWindowBorders: %d"), pwi->cxWindowBorders );
_NcTraceMsg(ulTrace, TEXT("->wi.cyWindowBorders: %d"), pwi->cyWindowBorders );
}
//-------------------------------------------------------------------------//
void SPEW_NCWNDMET( ULONG ulTrace, LPCTSTR pszMsg, NCWNDMET* pncwm )
{
_NcTraceMsg(ulTrace, TEXT("\n%s - Spewing NCWNDMET @ %08lx..."), pszMsg, pncwm );
_NcTraceMsg(ulTrace, TEXT("->fValid: %d"), pncwm->fValid );
_NcTraceMsg(ulTrace, TEXT("->dwStyle: %08lX"), pncwm->dwStyle );
_NcTraceMsg(ulTrace, TEXT("->dwExStyle: %08lX"), pncwm->dwExStyle );
_NcTraceMsg(ulTrace, TEXT("->dwWindowStatus: %08lX"), pncwm->dwWindowStatus );
_NcTraceMsg(ulTrace, TEXT("->fFrame: %d"), pncwm->fFrame );
_NcTraceMsg(ulTrace, TEXT("->fSmallFrame: %d"), pncwm->fSmallFrame );
_NcTraceMsg(ulTrace, TEXT("->iFRAMEBOTTOM %d"), pncwm->rgframeparts[iFRAMEBOTTOM] );
_NcTraceMsg(ulTrace, TEXT("->iFRAMELEFT: %d"), pncwm->rgframeparts[iFRAMELEFT] );
_NcTraceMsg(ulTrace, TEXT("->iFRAMERIGHT: %d"), pncwm->rgframeparts[iFRAMERIGHT] );
_NcTraceMsg(ulTrace, TEXT("->framestate: %d"), pncwm->framestate );
_NcTraceMsg(ulTrace, TEXT("->iMinButtonPart: %d"), pncwm->iMinButtonPart);
_NcTraceMsg(ulTrace, TEXT("->iMaxButtonPart: %d"), pncwm->iMaxButtonPart);
_NcTraceMsg(ulTrace, TEXT("->rawCloseBtnState: %d"), pncwm->rawCloseBtnState);
_NcTraceMsg(ulTrace, TEXT("->rawMinBtnState: %d"), pncwm->rawMinBtnState);
_NcTraceMsg(ulTrace, TEXT("->rawMaxBtnState: %d"), pncwm->rawMaxBtnState);
_NcTraceMsg(ulTrace, TEXT("->cyMenu: %d"), pncwm->cyMenu );
_NcTraceMsg(ulTrace, TEXT("->cnMenuOffsetLeft: %d"), pncwm->cnMenuOffsetLeft );
_NcTraceMsg(ulTrace, TEXT("->cnMenuOffsetRight: %d"), pncwm->cnMenuOffsetRight );
_NcTraceMsg(ulTrace, TEXT("->cnMenuOffsetTop: %d"), pncwm->cnMenuOffsetTop );
_NcTraceMsg(ulTrace, TEXT("->cnBorders: %d"), pncwm->cnBorders );
_NcTraceMsg(ulTrace, TEXT("->CaptionMargins: (%d,%d,%d,%d)"), pncwm->CaptionMargins );
SPEW_RECT(ulTrace, TEXT("->rcS0[NCRC_WINDOW] "), &pncwm->rcS0[NCRC_WINDOW] );
SPEW_RECT(ulTrace, TEXT("->rcS0[NCRC_CLIENT] "), &pncwm->rcS0[NCRC_CLIENT] );
SPEW_MARGINS(ulTrace, TEXT("Window-Client margins"), &pncwm->rcS0[NCRC_WINDOW], &pncwm->rcS0[NCRC_CLIENT] );
SPEW_RECT(ulTrace, TEXT("->rcS0[NCRC_CONTENT] "), &pncwm->rcS0[NCRC_CONTENT] );
SPEW_MARGINS(ulTrace, TEXT("Window-Content margins"), &pncwm->rcS0[NCRC_WINDOW], &pncwm->rcS0[NCRC_CONTENT]);
SPEW_RECT(ulTrace, TEXT("->rcS0[NCRC_MENUBAR] "), &pncwm->rcS0[NCRC_MENUBAR] );
SPEW_MARGINS(ulTrace, TEXT("Window-Menubar margins"), &pncwm->rcS0[NCRC_WINDOW], &pncwm->rcS0[NCRC_MENUBAR]);
SPEW_RECT(ulTrace, TEXT("->rcS0[NCRC_CAPTION] "), &pncwm->rcS0[NCRC_CAPTION] );
SPEW_MARGINS(ulTrace, TEXT("Window-Caption margins"), &pncwm->rcS0[NCRC_WINDOW], &pncwm->rcS0[NCRC_CAPTION]);
SPEW_RECT(ulTrace, TEXT("->rcS0[NCRC_FRAMELEFT] "), &pncwm->rcS0[NCRC_FRAMELEFT] );
SPEW_MARGINS(ulTrace, TEXT("Window-FrameLeft margins"), &pncwm->rcS0[NCRC_WINDOW], &pncwm->rcS0[NCRC_FRAMELEFT]);
SPEW_RECT(ulTrace, TEXT("->rcS0[NCRC_FRAMERIGHT]"), &pncwm->rcS0[NCRC_FRAMERIGHT] );
SPEW_MARGINS(ulTrace, TEXT("Window-FrameRight margins"), &pncwm->rcS0[NCRC_WINDOW], &pncwm->rcS0[NCRC_FRAMERIGHT]);
SPEW_RECT(ulTrace, TEXT("->rcS0[NCRC_FRAMEBOTTOM]"), &pncwm->rcS0[NCRC_FRAMEBOTTOM] );
SPEW_MARGINS(ulTrace, TEXT("Window-FrameBottom margins"), &pncwm->rcS0[NCRC_WINDOW], &pncwm->rcS0[NCRC_FRAMEBOTTOM]);
SPEW_RECT(ulTrace, TEXT("->rcS0[NCRC_CLIENTEDGE]"), &pncwm->rcS0[NCRC_CLIENTEDGE] );
SPEW_MARGINS(ulTrace, TEXT("Window-ClientEdge margins"), &pncwm->rcS0[NCRC_WINDOW], &pncwm->rcS0[NCRC_CLIENTEDGE]);
SPEW_RECT(ulTrace, TEXT("->rcS0[NCRC_HSCROLL] "), &pncwm->rcS0[NCRC_HSCROLL] );
SPEW_RECT(ulTrace, TEXT("->rcS0[NCRC_VSCROLL] "), &pncwm->rcS0[NCRC_VSCROLL] );
SPEW_RECT(ulTrace, TEXT("->rcS0[NCRC_SIZEBOX] "), &pncwm->rcS0[NCRC_SIZEBOX] );
SPEW_RECT(ulTrace, TEXT("->rcS0[NCRC_CLOSEBTN] "), &pncwm->rcS0[NCRC_CLOSEBTN] );
SPEW_RECT(ulTrace, TEXT("->rcS0[NCRC_MINBTN] "), &pncwm->rcS0[NCRC_MINBTN] );
SPEW_RECT(ulTrace, TEXT("->rcS0[NCRC_MAXBTN] "), &pncwm->rcS0[NCRC_MAXBTN] );
SPEW_RECT(ulTrace, TEXT("->rcS0[NCRC_SYSBTN] "), &pncwm->rcS0[NCRC_SYSBTN] );
SPEW_RECT(ulTrace, TEXT("->rcS0[NCRC_HELPBTN] "), &pncwm->rcS0[NCRC_HELPBTN] );
#ifdef LAME_BUTTON
SPEW_RECT(ulTrace, TEXT("rcLame"), &pncwm->rcS0[NCRC_LAMEBTN] );
#endif // LAME_BUTTON
}
//-------------------------------------------------------------------------//
void SPEW_THEMEMSG( ULONG ulTrace, LPCTSTR pszMsg, THEME_MSG* ptm )
{
_NcTraceMsg(ulTrace, TEXT("%s hwnd: %08lX, uMsg: %04lX, handled?: %d"),
pszMsg, (ptm)->hwnd, (ptm)->uMsg, (ptm)->fHandled );
}
//-------------------------------------------------------------------------//
void SPEW_SCROLLINFO( LPCTSTR pszMsg, HWND hwnd, LPCSCROLLINFO psi )
{
#ifdef _ENABLE_SCROLL_SPEW_
_NcTraceMsg(ulTrace, L"%s for HWND %08lX...\ncbSize: %d\nfMask: %08lX\nnMin: %d\nnMax: %d\nnPage: %d\nnPos: %d",
pszMsg, hwnd, psi->cbSize, psi->fMask, psi->nMin, psi->nMax, psi->nPage, psi->nPos );
#endif _ENABLE_SCROLL_SPEW_
}
#if defined(DEBUG_NCPAINT)
static int _cPaintSleep = 10;
void _DebugBackground(
HDC hdc,
COLORREF rgb,
const RECT *prc )
{
// paint some indicator stuff
COLORREF rgb0 = SetBkColor( hdc, rgb );
SPEW_RECT( NCTF_ALWAYS, TEXT("\tprc"), prc );
ExtTextOut( hdc, prc->left, prc->top, ETO_OPAQUE, prc, NULL, 0, NULL );
Sleep(_cPaintSleep);
SetBkColor( hdc, rgb0 );
}
//-------------------------------------------------------------------------//
HRESULT _DebugDrawThemeBackground(
HTHEME hTheme,
HDC hdc,
int iPartId,
int iStateId,
const RECT *prc,
OPTIONAL const RECT* prcClip )
{
if( TESTFLAG( _NcTraceFlags, NCTF_NCPAINT ) )
{
_NcTraceMsg( NCTF_ALWAYS, TEXT("DrawThemeBackground( hTheme = %08lX, hdc = %08lX, iPartId = %d, iStateId = %d"),
hTheme, hdc, iPartId, iStateId );
_DebugBackground( hdc, RGBDEBUGBKGND, prc );
}
// paint the real background.
HRESULT hr = DrawThemeBackground( hTheme, hdc, iPartId, iStateId, prc, prcClip );
if( TESTFLAG( _NcTraceFlags, NCTF_NCPAINT ) )
{
Sleep(_cPaintSleep);
}
return hr;
}
//-------------------------------------------------------------------------//
HRESULT _DebugDrawThemeBackgroundEx(
HTHEME hTheme,
HDC hdc,
int iPartId,
int iStateId,
const RECT *prc,
OPTIONAL const DTBGOPTS *pOptions )
{
if( TESTFLAG( _NcTraceFlags, NCTF_NCPAINT ) )
{
_NcTraceMsg( NCTF_ALWAYS, TEXT("DrawThemeBackground( hTheme = %08lX, hdc = %08lX, iPartId = %d, iStateId = %d"),
hTheme, hdc, iPartId, iStateId );
_DebugBackground( hdc, RGBDEBUGBKGND, prc );
}
// paint the real background.
HRESULT hr = DrawThemeBackgroundEx( hTheme, hdc, iPartId, iStateId, prc, pOptions );
if( TESTFLAG( _NcTraceFlags, NCTF_NCPAINT ) )
{
Sleep(_cPaintSleep);
}
return hr;
}
//-------------------------------------------------------------------------//
void NcDebugClipRgn( HDC hdc, COLORREF rgbPaint )
{
if( TESTFLAG( _NcTraceFlags, NCTF_NCPAINT ) )
{
HRGN hrgn = CreateRectRgn(0,0,1,1);
if( hrgn )
{
if( GetClipRgn( hdc, hrgn ) > 0 )
{
HBRUSH hbr = CreateSolidBrush(rgbPaint);
FillRgn( hdc, hrgn, hbr );
DeleteObject(hbr);
Sleep(_cPaintSleep);
}
DeleteObject(hrgn);
}
}
}
#endif //defined(DEBUG_NCPAINT)
#endif DEBUG
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