menu.h

Go to the documentation of this file.

//----------------------------------------------------------------------------
// ObjectWindows
// Copyright (c) 1991, 1996 by Borland International, All Rights Reserved
//
/// \file
/// Definition of Window Menu encapsulation class
//----------------------------------------------------------------------------
 
#if !defined(OWL_MENU_H)
#define OWL_MENU_H
 
#include <owl/private/defs.h>
#if defined(BI_HAS_PRAGMA_ONCE)
# pragma once
#endif
 
#include <owl/gdiobjec.h>
#include <owl/wsyscls.h>
 
 
namespace owl {
 
#include <owl/preclass.h>
 
/// \addtogroup menus
/// @{
 
class _OWLCLASS TXMenu;
class _OWLCLASS TMenu;
 
//
/// Represents an unsigned integer or handle which identifies a new menu item.
//
typedef UINT_PTR TMenuItem;
 
// All-including mask for MENUITEMINFO
//
#if !defined(MIIM_ALL)
# define MIIM_ALL  (MIIM_CHECKMARKS|MIIM_DATA|MIIM_ID|MIIM_STATE|MIIM_SUBMENU|MIIM_TYPE)
#endif
 
 
//
/// \class TMenuItemInfo
// ~~~~~ ~~~~~~~~~~~~~
class _OWLCLASS TMenuItemInfo : public MENUITEMINFO {
  public:
    TMenuItemInfo(uint msk = 0);
 
    /// Construct MENUITEMINFO from a specific item of a menu object.
    /// Defaults to retrieving all information except for the type, which
    /// require a destination buffer.
    //
    TMenuItemInfo(TMenu& menu, uint posOrId, bool isPos,
                  uint msk = MIIM_CHECKMARKS|MIIM_DATA|
                             MIIM_ID|MIIM_STATE|MIIM_SUBMENU);
 
    /// Construct MENUITEMINFO from a specific item of a menu object.
    /// Similar to prior except that it also retrieves the type data.
    //
    TMenuItemInfo(TMenu& menu, uint posOrId, bool isPos, void* buffer,
                  uint size, uint msk = MIIM_ALL);
};
class _OWLCLASS TMenuItemInfo : public MENUITEMINFO {…};
 
 
//
/// \class TMenu
// ~~~~~ ~~~~~
/// The TMenu class encapsulates window menus. You can use TMenu member functions to
/// construct, modify, query, and create menu objects. You can also use TMenu to add
/// bitmaps to your menu or to specify if a menu item is checked or unchecked. TMenu
/// includes two versions of a helper function, DeepCopy , designed to make copies
/// of menus and insert them at a specified position on the menu bar. See the
/// ObjectWindows Programmer's Guide for information about how to create menu
/// objects.
//
class _OWLCLASS TMenu {
  public:
    TMenu(TAutoDelete autoDelete = AutoDelete);
    TMenu(const TMenu& original, TAutoDelete autoDelete = AutoDelete);
    TMenu(HMENU handle, TAutoDelete autoDelete = NoAutoDelete);
    TMenu(HWND hWnd, TAutoDelete autoDelete = NoAutoDelete);
    TMenu(const void * menuTemplate);
    TMenu(HINSTANCE instance, TResId resId);
    virtual ~TMenu();
 
    TMenu& operator =(const TMenu&);
 
    void        CheckValid(uint redId = IDS_MENUFAILURE);
    virtual HMENU GetHandle() const;
 
    operator TMenuItem() const;
    operator HMENU() const;
 
    bool        IsOK() const;
 
    /// \name HMENU encapsulated functions
    /// @{
    bool        AppendMenu(uint flags, TMenuItem newItem=static_cast<unsigned int>(-1), LPCTSTR newStr=nullptr); //JJH added static cast
    bool        AppendMenu(uint flags, TMenuItem newItem, const tstring& newStr) {return AppendMenu(flags, newItem, newStr.c_str());}
    bool        AppendMenu(uint flags, TMenuItem newitem, const TBitmap& newBmp);
    bool        CheckMenuItem(uint item, uint check);
    bool        DeleteMenu(uint item, uint flags);
    bool        EnableMenuItem(uint item, uint enable);
    uint        GetMenuItemCount() const;
    uint        GetMenuItemID(int posItem) const;
    uint        GetMenuState(uint item, uint flags) const;
    int         GetMenuString(uint item, LPTSTR str, int count, uint flags) const;
    tstring     GetMenuString(uint item, uint flags) const;
    HMENU       GetSubMenu(int posItem) const;
     bool        InsertMenu(uint item, uint flags, TMenuItem newItem=-1, LPCTSTR newStr = nullptr);
    bool        InsertMenu(uint item, uint flags, TMenuItem newItem, const tstring& newStr) {return InsertMenu(item, flags, newItem, newStr.c_str());}
    bool        InsertMenu(uint item, uint flags, TMenuItem newItem, const TBitmap& newBmp);
     bool        ModifyMenu(uint item, uint flags, TMenuItem newItem=-1, LPCTSTR newStr = nullptr);
    bool        ModifyMenu(uint item, uint flags, TMenuItem newItem, const tstring& newStr) {return ModifyMenu(item, flags, newItem, newStr.c_str());}
    bool        ModifyMenu(uint item, uint flags, TMenuItem newItem, const TBitmap& newBmp);
    bool        RemoveMenu(uint item, uint flags);
    bool        SetMenuItemBitmaps(uint item, uint flags,
                                              const TBitmap* bmpUnchecked=nullptr,
                                              const TBitmap* bmpChecked=nullptr);
    /// @}
 
    /// \name Encapsulation of new functionality introduced with Win95
    /// @{
    uint        GetDefaultItem(bool getPos, uint flags) const;
    bool        SetDefaultItem(uint posOrId, bool isPos);
    bool        CheckRadioItem(uint first, uint last, uint check, uint flags);
    /// @}
 
    /// \name MENUITEMINFO related API
    /// @{
    bool        GetMenuItemInfo(uint posOrId, bool isPos, TMenuItemInfo& mi) const;
    bool        SetMenuItemInfo(uint posOrId, bool isPos, TMenuItemInfo& mi);
    bool        InsertMenuItem(uint posOrId, bool isPos, TMenuItemInfo& mi);
    /// @}
 
    static bool  GetMenuCheckMarkDimensions(TSize& size);
    static TSize GetMenuCheckMarkDimensions();
 
    /// \name Virtual menu functions
    /// @{
    virtual void  MeasureItem(MEASUREITEMSTRUCT & measureItem);
    virtual void  DrawItem(DRAWITEMSTRUCT & drawItem);
    /// @}
 
  protected:
    static void DeepCopy(TMenu& dst, const TMenu& src, int srcOffset = 0, int itemCount = -1);
    static void DeepCopy(TMenu& dst, int dstOffset, const TMenu& src, int srcOffset = 0, int itemCount = -1);
 
  protected_data:
    HMENU       Handle;          ///< Holds the handle to the menu.
    bool        ShouldDelete;   ///< ShouldDelete is set to true if the Destructor needs to delete the handle to the menu.
};
class _OWLCLASS TMenu {…};
 
//
/// \class TXMenu
// ~~~~~ ~~~~~~
/// A nested class, TXMenu describes an exception that occurs when a menu item
/// cannot be constructed.
class _OWLCLASS TXMenu : public TXOwl {
  public:
    TXMenu(uint resId = IDS_MENUFAILURE);
 
    TXMenu* Clone();
    void Throw();
 
    static void Raise(uint resId = IDS_MENUFAILURE);
};
class _OWLCLASS TXMenu : public TXOwl {…};
 
//
/// \class TSystemMenu
// ~~~~~ ~~~~~~~~~~~
/// TSystemMenu creates a system menu object that then becomes the existing system
/// menu.
class _OWLCLASS TSystemMenu : public TMenu {
  public:
    TSystemMenu(HWND wnd, bool revert= false);
 
  private:
    TSystemMenu();
    TSystemMenu(const TSystemMenu&);
};
class _OWLCLASS TSystemMenu : public TMenu {…};
 
//
/// \class TPopupMenu
// ~~~~~ ~~~~~~~~~~
/// TPopupMenu creates an empty pop-up menu to add to an existing window or pop-up
/// menu.
class _OWLCLASS TPopupMenu : public TMenu {
  public:
    TPopupMenu(TAutoDelete autoDelete = AutoDelete);
    TPopupMenu(HMENU handle, TAutoDelete autoDelete = NoAutoDelete);
    TPopupMenu(const TMenu& menu, TAutoDelete autoDelete = AutoDelete);
     int TrackPopupMenu(uint flags, int x, int y, int rsvd, HWND wnd, const TRect* rect=nullptr);
     int TrackPopupMenu(uint flags, const TPoint& point, int rsvd, HWND wnd, const TRect* rect=nullptr);
 
  private:
    TPopupMenu(const TPopupMenu&);
};
class _OWLCLASS TPopupMenu : public TMenu {…};
 
//
/// \class TMenuDescr
// ~~~~~ ~~~~~~~~~~
/// Menu with information used to allow merging
//
class _OWLCLASS TMenuDescr : public TMenu {
  public:
/// Used by TMenuDescr, the TGroup enum describes the following constants that
/// define the index of the entry in the GroupCount array.
    enum TGroup {
      FileGroup,      ///< Index of the File menu group count
      EditGroup,      ///< Index of the Edit menu group count
      ContainerGroup,  ///< Index of the Container menu group count
      ObjectGroup,    ///< Index of the Object group count
      WindowGroup,    ///< Index of the Window menu group count
      HelpGroup,      ///< Index of the Help menu group count
      NumGroups        ///< Total number of groups
    };
    enum TGroup {…};
    TMenuDescr();
    TMenuDescr(const TMenuDescr& original);
    TMenuDescr(TResId id, int fg, int eg, int cg, int og, int wg, int hg,
               TModule* module = &GetGlobalModule());
    TMenuDescr(TResId id, TModule* module = &GetGlobalModule());
    TMenuDescr(HMENU hMenu, int fg, int eg, int cg, int og, int wg, int hg,
               TModule* module = &GetGlobalModule());
   ~TMenuDescr();
 
    TMenuDescr& operator =(const TMenuDescr& original);
 
    HMENU    GetHandle() const;
    TModule* GetModule() const;
    void     SetModule(TModule* module);
    TResId   GetId() const;
    int      GetGroupCount(int group) const;
 
    void     ClearServerGroupCount(); ///< Not implemented?
    void     ClearContainerGroupCount(); ///< Not implemented?
 
    bool     Merge(const TMenuDescr& sourceMenuDescr);
    bool     Merge(const TMenuDescr& sourceMenuDescr, TMenu& destMenu);
 
  protected:
    bool     ExtractGroups();
 
  protected_data:
/// Points to the TModule object that owns this TMenuDescr.
    TModule* Module;
 
/// The resource ID for the menu. The resource ID is passed in the constructors to
/// identify the menu resource.
    TResId   Id;
 
/// An array of values indicating the number of pop-up menus in each group on the
/// menu bar.
    int      GroupCount[NumGroups];
 
  friend _OWLCFUNC(ipstream&) operator >>(ipstream& is, TMenuDescr& m);
  friend _OWLCFUNC(opstream&) operator <<(opstream& os, const TMenuDescr& m);
};
class _OWLCLASS TMenuDescr : public TMenu {…};
 
/// @}
 
#include <owl/posclass.h>
 
//----------------------------------------------------------------------------
// Inline implementations
//
 
//
/// Gets the handle to the menu, possibly causing any deferred menu acquisition to
/// occur.
inline HMENU TMenuDescr::GetHandle() const
{
  return TMenu::GetHandle();
}
inline HMENU TMenuDescr::GetHandle() const {…}
 
//
/// Returns a pointer to the module object.
inline TModule* TMenuDescr::GetModule() const
{
  return Module;
}
inline TModule* TMenuDescr::GetModule() const {…}
 
//
/// Sets the default module object for this menu descriptor.
inline void TMenuDescr::SetModule(TModule* module)
{
  Module = module;
}
inline void TMenuDescr::SetModule(TModule* module) {…}
 
//
/// Gets the menu resource ID used to construct the menu descriptor.
inline TResId TMenuDescr::GetId() const
{
  return Id;
}
inline TResId TMenuDescr::GetId() const {…}
 
//
/// Gets the number of menus in a specified group within the menu bar. There are a
/// maximum of six functional groups as defined by the TGroup enum. These groups
/// include FileGroup,  EditGroup, ContainerGroup, ObjectGroup, WindowGroup, and
/// HelpGroup.
inline int TMenuDescr::GetGroupCount(int group) const
{
  return GroupCount[group];
}
inline int TMenuDescr::GetGroupCount(int group) const {…}
 
//
/// Returns the handle to the menu.
inline HMENU TMenu::GetHandle() const
{
  return Handle;
}
inline HMENU TMenu::GetHandle() const {…}
 
//
/// Returns the menu's handle. This function provides compatibility with functions
/// that require a TMenuItem menu parameter.
//
inline TMenu::operator TMenuItem() const
{
  return reinterpret_cast<TMenuItem>(GetHandle());
}
inline TMenu::operator TMenuItem() const {…}
 
//
/// Returns the menu's handle.
inline TMenu::operator HMENU() const
{
  return GetHandle();
}
inline TMenu::operator HMENU() const {…}
 
//
/// Returns true if the menu has a valid handle.
inline bool TMenu::IsOK() const
{
  return GetHandle() != nullptr;
}
inline bool TMenu::IsOK() const {…}
 
//
/// Adds a text menu item to the end of the menu.  See TMenu::GetMenuState for a
/// description of the flag values that specify the attributes of the menu, for
/// example, menu item is checked, menu item is a a bitmap, and so on.
inline bool TMenu::AppendMenu(uint flags, TMenuItem newItem, LPCTSTR newStr)
{
  PRECONDITION(Handle);
  return ::AppendMenu(Handle, flags, newItem, newStr);
}
inline bool TMenu::AppendMenu(uint flags, TMenuItem newItem, LPCTSTR newStr) {…}
 
//
/// Adds a bitmap menu item at the end of the menu. See TMenu::GetMenuState for a
/// description of the flag values that specify the attributes of the menu; for
/// example, menu item is checked, menu item is disabled, and so on.
inline bool TMenu::AppendMenu(uint flags, TMenuItem newItem, const TBitmap& newBmp)
{
  PRECONDITION(Handle);
  return ::AppendMenu(Handle, flags|MF_BITMAP, newItem,
         reinterpret_cast<LPCTSTR>(newBmp.GetHandle()));
}
inline bool TMenu::AppendMenu(uint flags, TMenuItem newItem, const TBitmap& newBmp) {…}
 
//
/// Checks or unchecks the menu item. By combining flags with the bitwise OR
/// operator (|) check specifies both the position of item (MF_BYCOMMAND,
/// MF_BYPOSITION) and whether item is to be checked (MF_CHECKED) or unchecked
/// (MF_UNCHECKED).
inline bool TMenu::CheckMenuItem(uint item, uint check)
{
  PRECONDITION(Handle);
  return ::CheckMenuItem(Handle, item, check);
}
inline bool TMenu::CheckMenuItem(uint item, uint check) {…}
 
//
/// Removes the menu item (item) from the menu or deletes the menu item if it's a
/// pop-up menu. flags is used to identify the position of the menu item by its
/// relative position in the menu (MF_BYPOSITION) or by referencing the handle to
/// the top-level menu (MF_BYCOMMAND).
inline bool TMenu::DeleteMenu(uint item, uint flags)
{
  PRECONDITION(Handle);
  return ::DeleteMenu(Handle, item, flags);
}
inline bool TMenu::DeleteMenu(uint item, uint flags) {…}
 
//
/// Enables, disables, or grays the menu item specified in the item parameter. If a
/// menu item is enabled (the default state), it can be selected and used as usual.
/// If a menu item is grayed, it appears in grayed text and cannot be selected by
/// the user. If a menu item is disabled, it is not displayed. Returns true if
/// successful.
inline bool TMenu::EnableMenuItem(uint item, uint enable)
{
  PRECONDITION(Handle);
  return ::EnableMenuItem(Handle, item, enable);
}
inline bool TMenu::EnableMenuItem(uint item, uint enable) {…}
 
//
/// Returns the number of items in a top-level or pop-up menu.
inline uint TMenu::GetMenuItemCount() const
{
  PRECONDITION(Handle);
  return ::GetMenuItemCount(Handle);
}
inline uint TMenu::GetMenuItemCount() const {…}
 
//
/// Returns the menu flags for the menu item specified by item. flags specifies how
/// the item is interpreted, and is one of the following values:
/// - \c \b  MF_BYCOMMAND  Interpret item as a menu command ID. Default it neither
/// - \c \b  MF_BYCOMMAND nor MF_BYPOSITION is specified.
/// - \c \b  MF_BYPOSITION  Interpret item as the zero-base relative postion of the menu item
/// within the menu.
///
/// If item is found, and is a pop-up menu, the low-order byte of the return value
/// contains the flags associated with item, and the high-order byte contains the
/// number of items in the pop-up menu. If itemis not a pop-up menu, the return
/// value specifies a combination of these flags:
///
/// - \c \b  MF_BITMAP  Menu item is a a bitmap.
/// - \c \b  MF_CHECKED  Menu item is checked (pop-up menus only).
/// - \c \b  MF_DISABLED  Menu item is disabled.
/// - \c \b  MF_ENABLED  Menu item is enabled. \note this constant's value is 0.
/// - \c \b  MF_GRAYED  Menu item is disabled and grayed.
/// - \c \b  MF_MENUBARBREAK  Same as MF_MENUBREAK except pop-up menu columns are separated by
/// a vertical dividing line.
/// - \c \b  MF_MENUBREAK  Static menu items are placed on a new line, pop-up menu items are
/// placed in a new column, without separating columns.
/// - \c \b  MF_SEPARATOR  A horizontal dividing line is drawn, which cannot be enabled,
/// checked, grayed, or highlighted. Both item and flags are ingonred.
/// - \c \b  MF_UNCHECKED  Menu item check mark is removed (default). \note this constant
/// value is 0.
///
/// Returns -1 if item doesn't exist.
//
inline uint TMenu::GetMenuState(uint item, uint flags) const
{
  PRECONDITION(Handle);
  return ::GetMenuState(Handle, item, flags);
}
inline uint TMenu::GetMenuState(uint item, uint flags) const {…}
 
//
/// Returns the label (str) of the menu item (item).
inline int TMenu::GetMenuString(uint item, LPTSTR str, int count, uint flags) const
{
  PRECONDITION(Handle);
  return ::GetMenuString(Handle, item, str, count, flags);
}
inline int TMenu::GetMenuString(uint item, LPTSTR str, int count, uint flags) const {…}
 
//
/// Returns the handle of the menu specified by posItem.
inline HMENU TMenu::GetSubMenu(int posItem) const
{
  PRECONDITION(Handle);
  return ::GetSubMenu(Handle, posItem);
}
inline HMENU TMenu::GetSubMenu(int posItem) const {…}
 
//
/// Inserts a new text menu item or pop-up menu into the menu after the menu item
/// specified in item. The flagsparameter contains either the MF_BYCOMMAND or
/// MF_BYPOSITION values that indicate how to interpret the item parameter. If
/// MF_BYCOMMAND, item is a command ID; if MF_BYPOSITION, item holds a relative
/// position within the menu.
inline bool TMenu::InsertMenu(uint item, uint flags, TMenuItem newItem, LPCTSTR newStr)
{
  PRECONDITION(Handle);
  return ::InsertMenu(Handle, item, flags|MF_STRING, newItem, newStr);
}
inline bool TMenu::InsertMenu(uint item, uint flags, TMenuItem newItem, LPCTSTR newStr) {…}
 
//
/// Adds a bitmap menu item after the menu item specified in item. The flags
/// parameter contains either the MF_BYCOMMAND or MF_BYPOSITION values that indicate
/// how to interpret the item parameter. If MF_BYCOMMAND, item is a command ID; if
/// MF_BYPOSITION, item holds a relative position within the menu.
inline bool TMenu::InsertMenu(uint item, uint flags, TMenuItem newItem, const TBitmap& newBmp)
{
  return ::InsertMenu(Handle, item, flags|MF_BITMAP, newItem,
         reinterpret_cast<LPCTSTR>(newBmp.GetHandle()));
}
inline bool TMenu::InsertMenu(uint item, uint flags, TMenuItem newItem, const TBitmap& newBmp) {…}
 
//
/// Changes an existing menu item from the item specified in item to newItem. The
/// flags parameter contains either the MF_BYCOMMAND or MF_BYPOSITION values that
/// indicate how to interpret the item parameter. If MF_BYCOMMAND, item is a command
/// ID; if MF_BYPOSITION, item holds a relative position within the menu.
inline bool TMenu::ModifyMenu(uint item, uint flags, TMenuItem newItem, LPCTSTR newStr)
{
  PRECONDITION(Handle);
  return ::ModifyMenu(Handle, item, flags|MF_STRING, newItem, newStr);
}
inline bool TMenu::ModifyMenu(uint item, uint flags, TMenuItem newItem, LPCTSTR newStr) {…}
 
//
/// Changes an existing menu item into a bitmap. The flags parameter contains either
/// the MF_BYCOMMAND or MF_BYPOSITION values that indicate how to interpret the item
/// parameter. If MF_BYCOMMAND, item is a command ID; if MF_BYPOSITION, item holds a
/// relative position within the menu.
inline bool TMenu::ModifyMenu(uint item, uint flags, TMenuItem newItem, const TBitmap& newBmp)
{
  PRECONDITION(Handle);
  return ::ModifyMenu(Handle, item, flags|MF_BITMAP, newItem,
         reinterpret_cast<LPCTSTR>(newBmp.GetHandle()));
}
inline bool TMenu::ModifyMenu(uint item, uint flags, TMenuItem newItem, const TBitmap& newBmp) {…}
 
//
/// Removes the menu item from the menu but does not delete it if it is a submenu.
inline bool TMenu::RemoveMenu(uint item, uint flags)
{
  PRECONDITION(Handle);
  return ::RemoveMenu(Handle, item, flags);
}
inline bool TMenu::RemoveMenu(uint item, uint flags) {…}
 
//
/// Specifies the bitmap to be displayed when the menu item is checked and
/// unchecked. item indicates the menu item to be associated with the bitmap. flags
/// indicates how the size parameter is interpreted (whether by MF_BYPOSITION or by
/// MF_BYCOMMAND). GetMenuCheckMarkDimensions gets the size of the bitmap.
inline bool TMenu::SetMenuItemBitmaps(uint item, uint flags,
                                      const TBitmap* bmpUnchecked,
                                      const TBitmap* bmpChecked)
{
  PRECONDITION(Handle);
  return ::SetMenuItemBitmaps(Handle, item, flags,
                              bmpUnchecked ? HBITMAP(*bmpUnchecked) : nullptr,
                              bmpChecked ? HBITMAP(*bmpChecked) : nullptr);
}
inline bool TMenu::SetMenuItemBitmaps(uint item, uint flags, {…}
 
//
/// Gets the size of the bitmap used to display the default check mark on checked
/// menu items.
/// Always returns true. The size reference stores the dimensions of the checkmark
/// bitmaps.
//
inline bool TMenu::GetMenuCheckMarkDimensions(TSize& size)
{
  size = TSize(::GetMenuCheckMarkDimensions());
  return true;
}
inline bool TMenu::GetMenuCheckMarkDimensions(TSize& size) {…}
 
//
/// Return the dimensions of the check mark bitmaps.
//
inline TSize TMenu::GetMenuCheckMarkDimensions()
{
  return TSize(::GetMenuCheckMarkDimensions());
}
inline TSize TMenu::GetMenuCheckMarkDimensions() {…}
 
//
/// Allows the application to create a pop-up menu at the specified location in the
/// specified window. flags specifies a screen position and can be one of the
/// TPM_xxxx values (TPM_CENTERALIGN, TPM_LEFTALIGN, TPM_RIGHTALIGN, TPM_LEFTBUTTON,
/// or TPM_RIGHTBUTTON). wnd is the handle to the window that receives messages
/// about the menu. x specifies the horizontal position in screen coordinates of the
/// left side of the menu. y species the vertical position in screen coordinates of
/// the top of the menu (for example, 0,0 specifies that a menu's left corner is in
/// the top left corner of the screen). rect defines the area that the user can
/// click without dismissing the menu.
///
/// If you specify TPM_RETURNCMD in the flags parameter, the return value is the
/// menu-item identifier of the item that the user selected. If the user cancels
/// the menu without making a selection, or if an error occurs, then the return
/// value is zero.
///
/// If you do not specify TPM_RETURNCMD in the flags parameter, the return value
/// is nonzero if the function succeeds and zero if it fails. To get extended
/// error information, call GetLastError.
//
inline int TPopupMenu::TrackPopupMenu(uint flags, int x, int y, int rsvd,
                                       HWND wnd, const TRect* rect)
{
  PRECONDITION(GetHandle());
  return ::TrackPopupMenu(GetHandle(), flags, x, y, rsvd, wnd, rect);
}
inline int TPopupMenu::TrackPopupMenu(uint flags, int x, int y, int rsvd, {…}
 
//
/// TPoint-aware overload
//
inline int TPopupMenu::TrackPopupMenu(uint flags, const TPoint& point,
                                       int rsvd, HWND wnd, const TRect* rect)
{
  PRECONDITION(GetHandle());
  return ::TrackPopupMenu(GetHandle(), flags, point.x, point.y, rsvd, wnd, rect);
}
inline int TPopupMenu::TrackPopupMenu(uint flags, const TPoint& point, {…}
 
} // OWL namespace
 
 
#endif  // OWL_MENU_H