FC1/Editor/XT/Include/XTToolBar.h

// XTToolBar.h interface for the CXTToolBar class.
//
// This file is a part of the Xtreme Toolkit for MFC.
// ©1998-2003 Codejock Software, All Rights Reserved.
//
// This source code can only be used under the terms and conditions 
// outlined in the accompanying license agreement.
//
// support@codejock.com
// http://www.codejock.com
//
//////////////////////////////////////////////////////////////////////

#if !defined(__XTTOOLBAR_H__)
#define __XTTOOLBAR_H__

#if _MSC_VER >= 1000
#pragma once
#endif // _MSC_VER >= 1000

// forwards

class CXTColorPopup;
class CXTMenu;
class CXTFrameWnd;
class CXTToolBarCtrl;
class CXTExpButton;
class CXTExpMenuWnd;
class CXTCustTbHandler;
class CXTCustomControlBarInfo;
class CXTCustomGroupItemInfo;
class CXTCustomGroups;
class CXTExpButton;
typedef CTypedPtrArray<CPtrArray, CXTCustomGroupItemInfo*> XT_CUSTOMITEMS;
class CXTIconMap;
struct XT_DROPDOWNBUTTON;

//////////////////////////////////////////////////////////////////////
// Summary: XT_HIDDENBUTTON is a stand alone helper structure class.  It is used
//			to define dynamically hidden button info.
struct XT_HIDDENBUTTON
{
	int nWidth; // Width of the hidden button.
};

//////////////////////////////////////////////////////////////////////
// Summary: XT_TBBUTTON is a TBBUTTON helper structure class.  It is used to create
//			an XT_TBBUTTON structure object.
struct XT_TBBUTTON : public TBBUTTON
{
    // Summary: Constructs an XT_TBBUTTON object.
	XT_TBBUTTON();

    // Summary: Destroys an XT_TBBUTTON object, handles cleanup and de-allocation.
	~XT_TBBUTTON();

	bool				bOwnsButton; // true if this button is the owner of the control or dropdown.
    bool				bBoldFont;	 // true if a bold font is to be set.
	bool				bHidden;	 // true if the button is hidden.
	CWnd*				pWndCtrl;	 // Points to a CWnd object that represents the control associated with this button.
	XT_DROPDOWNBUTTON*	pDDButton;	 // Points to an XT_DROPDOWNBUTTON object that holds information about the dropdown button.
};

//////////////////////////////////////////////////////////////////////
AFX_INLINE XT_TBBUTTON::XT_TBBUTTON() {
	bBoldFont = false; bHidden   = false; bOwnsButton = true; pWndCtrl  = NULL; pDDButton = NULL;
}
AFX_INLINE XT_TBBUTTON::~XT_TBBUTTON() {
	if (bOwnsButton) { SAFE_DELETE( pDDButton ); }
}

// Summary: CArray definition for popup dropped array.
typedef	CArray<int, int> CXTPopupDroppedArray;

// Summary: CList definition for XT_TBBUTTON structure list.
typedef	CList<XT_TBBUTTON, XT_TBBUTTON&> CXTTBButtonsList;

// Summary: CMap definition for mapping button text to command ids.
typedef	CMap<int, int, CString, CString&> CXTBtnTextCmdMap;

// Summary: CMap definition for mapping XT_HIDDENBUTTON structures.
typedef	CMap<int, int, XT_HIDDENBUTTON, XT_HIDDENBUTTON&> CXTHiddenButtonsMap;

// NUMBERED LIST:

//////////////////////////////////////////////////////////////////////
// Summary: CXTToolBar is a CXTControlBar derived class.  Objects of the class CXTToolBar
//			are control bars that have a row of bitmapped buttons and optional separators.
//			The buttons can act like pushbuttons, check-box buttons, or radio buttons.
//			CXTToolBar objects are usually embedded members of frame-window objects
//			derived from the class CFrameWnd or CMDIFrameWnd.
//
//			CXTToolBar::GetToolBarCtrl allows you to take advantage of the Windows
//			common control's support for toolbar customization and additional functionality.
//			CXTToolBar member functions give you most of the functionality of the
//			Windows common controls.  However, when you call GetToolBarCtrl, you
//			can give your toolbars even more of the characteristics of Windows 95
//			toolbars. When you call GetToolBarCtrl, it will return a reference to
//			a CXTToolBarCtrl object. See CXTToolBarCtrl for more information about
//			designing toolbars using Windows common controls.  For more general
//			information about common controls, see Common Controls in the Windows
//			95 SDK Programmer’s Reference.
//
//			Visual C++ provides you with two methods to create a toolbar.  To create
//			a toolbar resource using the Resource Editor, follow these steps: 
//			[ol]
//			[li]Create a toolbar resource.[/li]
//			[li]Construct the CXTToolBar object.[/li]
//			[li]Call the Create, or CreateEx, function to create the Windows toolbar
//			and attach it to the CXTToolBar object.[/li]
//			[li]Call LoadToolBar to load the toolbar resource.[/li]
//			[/ol]
//			Otherwise, follow these steps: 
//			[ol]
//			[li]Construct the CXTToolBar object.[/li]
//			[li]Call the Create, or CreateEx, function to create the Windows toolbar
//			and attach it to the CXTToolBar object.[/li]
//			[li]Call LoadBitmap to load the bitmap that contains the toolbar button
//			images.[/li]
//			[li]Call SetButtons to set the button style and associate each button
//			with an image in the bitmap.[/li]
//			[/ol]
//			All the button images in the toolbar are taken from one bitmap, which
//			must contain one image for each button.  All images must be the same
//			size.  The default is 16 pixels wide and 15 pixels high.  Images must
//			be side by side in the bitmap.
//
//			The SetButtons function takes a pointer to an array of control IDs and
//			an integer that specifies the number of elements in the array.  The
//			function sets each button’s ID to the value of the corresponding element
//			of the array, and assigns each button an image index, which specifies
//			the position of the button’s image in the bitmap.  If an array element
//			has the value ID_SEPARATOR, no image index is assigned.
//
//			The order of the images in the bitmap is typically the order in which
//			they are drawn on the screen, but you can use the SetButtonInfo function
//			to change the relationship between image order and drawing order.
//
//			All buttons in a toolbar are the same size.  The default is 24 x 22
//			pixels, in accordance with Windows Interface Guidelines for Software
//			Design.  Any additional space between the image and button dimensions
//			is used to form a border around the image.
//
//			Each button has one image.  The various button states and styles (pressed,
//			up, down, disabled, disabled down, and indeterminate) are generated
//			from that one image.  Although bitmaps can be any color, you can achieve
//			the best results with images in black and shades of gray.
//
//			Toolbar buttons imitate pushbuttons by default.  However, toolbar buttons
//			can also imitate check-box buttons or radio buttons.  Check-box buttons
//			have three states: checked, cleared, and indeterminate.  Radio buttons
//			have only two states: checked and cleared.
//
//			To set an individual button or separator style without pointing to an
//			array, call GetButtonStyle to retrieve the style, and then call SetButtonStyle
//			instead of SetButtons.  SetButtonStyle is most useful when you want
//			to change a button’s style at run time.
//
//			To assign text to appear on a button, call GetButtonText to retrieve
//			the text to appear on the button, and then call SetButtonText to set
//			the text. 
//
//			To create a check-box button, assign it the style TBBS_CHECKBOX or use
//			a CCmdUI object’s SetCheck member function in an ON_UPDATE_COMMAND_UI
//			handler.  Calling SetCheck turns a pushbutton into a check-box button.
//			Pass SetCheck an argument of 0 for unchecked, 1 for checked, or 2 for
//			indeterminate.
//
//			To create a radio button, call a CCmdUI object’s SetRadio member function
//			from an ON_UPDATE_COMMAND_UI handler.  Pass SetRadio an argument of
//			zero for unchecked or nonzero for checked.  In order to provide a radio
//			group’s mutually exclusive behavior, you must have ON_UPDATE_COMMAND_UI
//			handlers for all of the buttons in the group.
class _XT_EXT_CLASS CXTToolBar : public CXTControlBar
{

	DECLARE_DYNAMIC(CXTToolBar)

public:
	
    // Summary:	Constructs a CXTToolBar object.
	CXTToolBar();

	// Summary:	Destroys a CXTToolBar object, handles cleanup and de-allocation.
    virtual ~CXTToolBar();

protected:

    BOOL                    m_bNoEntry;             // Used with a rebar for window updates.
    BOOL                    m_bDisabledColor;       // TRUE to draw a disabled button in color.
    BOOL                    m_bDelayedButtonLayout; // Used to manage when the button layout should be done.
    UINT                    m_uiLastCmd;            // Last command ID used.
    DWORD                   m_dwDrawTextMask;       // DrawText custom flags mask.
    DWORD                   m_dwDrawTextFlags;      // DrawText custom flags.
    HRSRC                   m_hRsrcImageWell;       // Handle to the loaded resource for the image well.
    CSize                   m_sizeImage;            // Current image size.
    CSize                   m_sizeButton;           // Current button size.
    CString                 m_strSubKey;            // Registry name for the subkey.
    CString                 m_strValueName;         // Registry name for the value.
    HBITMAP                 m_hbmImageWell;         // Contains color mapped button images.
    HINSTANCE               m_hInstImageWell;       // Instance handle to load the image well from.
    CXTColorPopup*          m_pColorPopup;          // Pointer to a color popup window.
    CMapStringToPtr*        m_pStringMap;           // Used as CMapStringToUInt.
    CXTPopupDroppedArray    m_arrPopupDropped;      // array of popup item indices that currently have its popup dropped 
    CXTTBButtonsList        m_listTBButtons;        // Contains the toolbar button array.
    CXTBtnTextCmdMap        m_mapBtnTextCmd;        // Toolbar button text to command map.
    CXTHiddenButtonsMap     m_mapHiddenButtons;     // Dynamically hidden buttons.
	
private:
    bool				m_bInvalidateOnMouseUp;
	bool				m_bOwnsDropDowns;
	bool				m_bCustomize;				// TRUE to enable toolbar customization.
	bool				m_bAdjusting;				// Tells if toolbar customization is currently on
	bool				m_bRestoringState;
	bool				m_bFirstDrawPass;
	bool				m_bForcedListStyle;
	bool				m_bDropCommandText;			// true to create text for commands drooped on this toolbar during toolbar customization
	bool				m_bIdealSizeChanged;
	DWORD				m_dwSignatureFreshenAfter;
	DWORD				m_dwRestoreSignature;
	DWORD				m_dwInitialCRC;
	DWORD				m_cbOriginalState;
	LPVOID				m_pvOriginalState;
	CXTExpButton*		m_pExpButton;
	CXTCustTbHandler*	m_pCustomHandler;

public:

	// Input:	iDroppedItem - Command ID of the button pressed.
	//			bDropped - tells if this item is currently dropped down
	// Summary:	This member function is used to set the command ID for the dropped menu
	//			item.  This is the command ID of the toolbar button that was pressed to
	//			display the popup window.
	void SetDroppedItem(int iDroppedItem, bool bDropped);

	// BULLETED LIST:

	// Input:	pParentWnd - Pointer to the window that is the toolbar’s parent.
	//			dwStyle - The toolbar style.  Additional toolbar styles supported are: 
    //			[ul]
    //			[li]<b>CBRS_TOP</b> Control bar is at the top of the frame window.[/li]
    //			[li]<b>CBRS_BOTTOM</b> Control bar is at the bottom of the frame 
	//			window.[/li]
    //			[li]<b>CBRS_NOALIGN</b> Control bar is not repositioned when the parent is 
	//			resized.[/li]
    //			[li]<b>CBRS_TOOLTIPS</b> Control bar displays tool tips.[/li]
    //			[li]<b>CBRS_SIZE_DYNAMIC</b> Control bar is dynamic.[/li]
    //			[li]<b>CBRS_SIZE_FIXED</b> Control bar is fixed.[/li]
    //			[li]<b>CBRS_FLOATING</b> Control bar is floating.[/li]
    //			[li]<b>CBRS_FLYBY</b> Status bar displays information about the button.[/li]
    //			[li]<b>CBRS_HIDE_INPLACE</b> Control bar is not displayed to the user.[/li]
    //			[/ul]
	//			nID - The toolbar’s child-window ID.
	// Returns: Nonzero if successful, otherwise returns zero.
    // Summary:	This member function creates a Windows toolbar, a child window,
	//			and associates it with the CXTToolBar object.  It also sets the toolbar
	//			height to a default value. 
    virtual BOOL Create(CWnd* pParentWnd,DWORD dwStyle = WS_CHILD | WS_VISIBLE | CBRS_TOP,UINT nID = AFX_IDW_TOOLBAR);

	// Input:	pParentWnd - Pointer to the window that is the toolbar’s parent.
	//			dwCtrlStyle - Additional styles for the creation of the embedded CXTToolBarCtrl
	//			object.  By default, this value is set to TBSTYLE_FLAT.  For a complete
	//			list of toolbar styles, see 'dwStyle'.
	//			dwStyle - The toolbar style.  See Toolbar Control and Button Styles in the Platform
	//			SDK for a list of appropriate styles.
	//			rcBorders - A CRect object that defines the widths of the toolbar window borders.
	//			These borders are set to (0,0,0,0) by default, resulting in a toolbar
	//			window with no borders.
	//			nID - The toolbar’s child-window ID.
	// Returns: Nonzero if successful, otherwise returns zero.
    // Summary:	Call this function to create a Windows toolbar, a child window,
	//			and associate it with the CXTToolBar object.  It also sets the toolbar
	//			height to a default value.
    //
    //			Use CreateEx, instead of Create, when certain styles need to be
	//			present during the creation of the embedded toolbar control.  For
	//			example, set 'dwCtrlStyle' to TBSTYLE_FLAT | TBSTYLE_TRANSPARENT to create
	//			a toolbar that resembles the Internet Explorer 4 toolbars. 
    virtual BOOL CreateEx(CWnd* pParentWnd,DWORD dwCtrlStyle = TBSTYLE_FLAT,DWORD dwStyle = WS_CHILD | WS_VISIBLE | CBRS_ALIGN_TOP,CRect rcBorders = CRect(0, 0, 0, 0),UINT nID = AFX_IDW_TOOLBAR);

	// Input:	sizeButton - The size, in pixels, of each button.
	//			sizeImage - The size, in pixels, of each image.
    // Summary:	Call this member function to set the toolbar's buttons to the size,
	//			in pixels, specified in 'sizeButton'.  The 'sizeImage' parameter must contain
	//			the size, in pixels, of the images in the toolbar's bitmap.  The dimensions
	//			in 'sizeButton' must be sufficient to hold the image plus 7 pixels extra
	//			in width and 6 pixels extra in height.  This function also sets the
	//			toolbar height to fit the buttons.
    //
    //			Only call this member function for toolbars that do not follow Windows
	//			Interface Guidelines for Software Design recommendations for button
	//			and image sizes.
    void SetSizes(SIZE sizeButton,SIZE sizeImage);

	// Input:	sizeButton - The size, in pixels, of each button.
	//			sizeImage - The size, in pixels, of each image.
    // Summary:	This member function retrieves the current image size and button size.
    void GetSizes(SIZE& sizeButton,SIZE& sizeImage);

	// Input:	cyHeight - The height, in pixels, of the toolbar.
    // Summary:	This member function sets the toolbar's height to the value, in
	//			pixels, specified in 'cyHeight'.
    //
    //			After calling SetSizes, use this member function to override the
	//			standard toolbar height. If the height is too small, the buttons will
	//			be clipped at the bottom.
    //
    //			If this function is not called, the framework uses the size of the
	//			button to determine the toolbar height.
    void SetHeight(int cyHeight);

	// Input:	lpszResourceName - Pointer to the resource name of the toolbar to be loaded.
	// Returns: Nonzero if successful, otherwise returns zero.
    // Summary:	Call this member function to load the toolbar specified by 'lpszResourceName'.
	//			See toolbar editor in the MSDN Visual C++ User’s Guide for more information
	//			about creating a toolbar resource. 
    BOOL LoadToolBar(LPCTSTR lpszResourceName);

	// Input:	nIDResource - Resource ID of the toolbar to be loaded.
	// Returns: Nonzero if successful, otherwise returns zero.
    // Summary:	Call this member function to load the toolbar specified by 'nIDResource'.
	//			See toolbar editor in the MSDN Visual C++ User’s Guide for more information
	//			about creating a toolbar resource. 
    BOOL LoadToolBar(UINT nIDResource);

	// Input:	lpszResourceName - Pointer to the resource name of the bitmap to be loaded.
	// Returns: Nonzero if successful, otherwise returns zero.
    // Summary:	Call this member function to load the bitmap specified by 'lpszResourceName'.
	//			The bitmap should contain one image for each toolbar button.  If the
	//			images are not of the standard size (16 pixels wide and 15 pixels high),
	//			call SetSizes to set the button sizes and their images. 
    BOOL LoadBitmap(LPCTSTR lpszResourceName);

	// Input:	nIDResource - Resource ID of the bitmap to be loaded.
	// Returns: Nonzero if successful, otherwise returns zero.
    // Summary:	Call this member function to load the bitmap specified by 'nIDResource'.
	//			The bitmap should contain one image for each toolbar button.  If the
	//			images are not of the standard size (16 pixels wide and 15 pixels high),
	//			call SetSizes to set the button sizes and their images. 
    BOOL LoadBitmap(UINT nIDResource);

	// Input:	hbmImageWell - Handle of a bitmap image that is associated with a toolbar.
	// Returns: Nonzero if successful, otherwise returns zero.
    // Summary:	Call this member function to set the bitmap image for the toolbar.
	//			For example, call SetBitmap to change the bitmapped image after the
	//			user takes an action on a document that changes the action of a button.
    BOOL SetBitmap(HBITMAP hbmImageWell);

	// Input:	lpIDArray - Pointer to an array of command IDs.  It can be NULL to allocate empty
	//			buttons.
	//			nIDCount - Number of elements in the array pointed to by 'lpIDArray'.
	// Returns: Nonzero if successful, otherwise returns zero.
    // Summary:	This member function sets each toolbar button's command ID to the
	//			value specified by the corresponding element of the array 'lpIDArray'.
	//			If an element of the array has the value ID_SEPARATOR, a separator
	//			is created in the corresponding position of the toolbar.  This function
	//			also sets each button's style to TBBS_BUTTON and each separator's style
	//			to TBBS_SEPARATOR, and assigns an image index to each button.  The
	//			image index specifies the position of the button’s image within the
	//			bitmap.
    //
    //			You do not need to account for separators in the bitmap because
	//			this function does not assign image indexes for separators.  If your
	//			toolbar has buttons at positions 0, 1, and 3 and a separator at position
	//			2, the images at positions 0, 1, and 2 in your bitmap are assigned
	//			to the buttons at positions 0, 1, and 3, respectively.
    //
    //			If 'lpIDArray' is NULL, this function allocates space for the number
	//			of items specified by 'nIDCount'.  Use SetButtonInfo to set each item’s
	//			attributes. 
    BOOL SetButtons(const UINT* lpIDArray,int nIDCount);

	// Input:	nIDFind - Command ID of a toolbar button.
	// Returns: The index of the button, or –1, if no button has the given command ID.
    // Summary:	This member function returns the index of the first toolbar button,
	//			starting at position 0, whose command ID matches 'nIDFind'. 
    int CommandToIndex(UINT nIDFind) const;

	// Input:	nIndex - Index of the item whose ID is to be retrieved.
	// Returns: The command ID of the button or separator specified by 'nIndex'.
    // Summary:	This member function retrieves the command ID of the button or separator
	//			specified by 'nIndex'.  Separators return ID_SEPARATOR. 
    UINT GetItemID(int nIndex) const;

	// Input:	nIndex - Index of the item (button or separator) whose rectangle coordinates
	//			are to be retrieved.
	//			lpRect - Address of the RECT structure that will contain the item’s coordinates.
    // Summary:	This member function fills the RECT structure whose address is contained
	//			in 'lpRect' with the coordinates of the button or separator specified
	//			by 'nIndex'.  Coordinates are in pixels relative to the upper-left corner
	//			of the toolbar.
    //
    //			Use GetItemRect to get the coordinates of a separator you want to
	//			replace with a combo box or other control.
    virtual void GetItemRect(int nIndex,LPRECT lpRect) const;

	// Input:	nIndex - The index of the toolbar button or separator style to be retrieved.
	// Returns: The style of the button or separator specified by 'nIndex'.
    // Summary:	Call this member function to retrieve the style of a button or separator
	//			on the toolbar.  A button’s style determines how the button appears
	//			and how it responds to user input.  See SetButtonStyle for examples
	//			of button styles. 
    UINT GetButtonStyle(int nIndex) const;

	// BULLETED LIST:

	// Input:	nIndex - Index of the button or separator whose information is to be set.
    //			nStyle - The button style.  The following button styles are supported: 
    //			[ul]
    //			[li]<b>TBBS_BUTTON</b> Standard pushbutton (default).[/li]
    //			[li]<b>TBBS_SEPARATOR</b> Separator.[/li]
    //			[li]<b>TBBS_CHECKBOX</b> Auto check-box button.[/li]
    //			[li]<b>TBBS_GROUP</b> Marks the start of a group of buttons.[/li]
    //			[li]<b>TBBS_CHECKGROUP</b> Marks the start of a group of check-box 
	//			buttons.[/li]
    //			[/ul]
    // Summary:	Call this member function to set the style of a button or separator,
	//			or to group buttons.  A button's style determines how the button appears
	//			and how it responds to user input.
    //
    //			Before calling SetButtonStyle, call the GetButtonStyle member function
	//			to retrieve the button or separator style.
    void SetButtonStyle(int nIndex,UINT nStyle);

	// Input:	nIndex - Index of the toolbar button or separator whose information is to be
	//			retrieved.
	//			nID - Reference to a UINT that is set to the command ID of the button.
	//			nStyle - Reference to a UINT that is set to the style of the button.
	//			iImage - Reference to an integer that is set to the index of the button’s image
	//			within the bitmap.
    // Summary:	This member function retrieves the control ID, style, and image
	//			index of the toolbar button or separator at the location specified
	//			by 'nIndex'.  Those values are assigned to the variables referenced by
	//			'nID', 'nStyle', and 'iImage'.  The image index is the position of the image
	//			within the bitmap that contains images for all the toolbar buttons.
	//			The first image is at position zero.
    //
    //			If 'nIndex' specifies a separator, 'iImage' is set to the separator
	//			width, in pixels.
    void GetButtonInfo(int nIndex,UINT& nID,UINT& nStyle,int& iImage) const;

	// BULLETED LIST:

	// Input:	 nIndex - Index of the button or separator whose information is to be set.
	//			 nID - The value to which the button’s command ID is set.
	//			 nStyle - The new button style. The following button styles are supported: 
    //			 [ul]
    //			 [li]<b>TBBS_BUTTON</b> Standard pushbutton (default).[/li]
    //			 [li]<b>TBBS_SEPARATOR</b> Separator.[/li]
    //			 [li]<b>TBBS_CHECKBOX</b> Auto check-box button.[/li]
    //			 [li]<b>TBBS_GROUP</b> Marks the start of a group of buttons.[/li]
    //			 [li]<b>TBBS_CHECKGROUP</b> Marks the start of a group of check-box 
	//			 buttons.[/li]
    //			 [/ul]
	//			 iImage - New index for the button’s image within the bitmap.
    // Summary:	 Call this member function to set the button's command ID, style,
	//			 and image number. For separators, which have the style TBBS_SEPARATOR,
	//			 this function sets the separator's width, in pixels, to the value stored
	//			 in 'iImage'.
    // See Also: CXTToolBar, CXTToolBar::LoadBitmap.
    void SetButtonInfo(int nIndex,UINT nID,UINT nStyle,int iImage);

	// Input:	nIndex - Index of the text to be retrieved.
	// Returns: A CString object containing the button text.
    // Summary:	Call this member function to retrieve the text that appears on a
	//			button. 
    CString GetButtonText(int nIndex) const;

	// Input:	nIndex - Index of the text to be retrieved.
	//			rString - A reference to a CString object that will contain the text to be retrieved.
    // Summary:	Call this member function to retrieve the text that appears on a
	//			button and fill the CString object with the string text.
    void GetButtonText(int nIndex,CString& rString) const;

	// Input:	nIndex - Index of the button whose text is to be set.
    //			lpszText - Points to the text to be set on a button.
	// Returns: Nonzero if successful, otherwise return zero.
    // Summary:	Call this function to set the text on a button. 
    BOOL SetButtonText(int nIndex,LPCTSTR lpszText);

	// Returns: A reference to a CXTToolBarCtrl object.
    // Summary:	This member function allows direct access to the underlying common control.
    //
    //			Use GetToolBarCtrl to take advantage of the functionality of the
	//			Windows toolbar common control,  and to take advantage of the support
	//			CXTToolBarCtrl provides for toolbar customization. 
    //
    //			For more information about using common controls, see the article,
	//			"Control Topics" in MSDN Visual C++ Programmer’s Guide and "Common
	//			Controls" in the Windows 95 SDK Programmer’s Reference. 
    CXTToolBarCtrl& GetToolBarCtrl() const;

	// Input:	nID - Command identifier of the button in the toolbar.
	// Returns: Nonzero if the button is enabled, otherwise returns zero.
    // Summary:	Call this function to determine whether the specified button, in
	//			a toolbar control, is enabled.  Consider calling GetState if you want
	//			to retrieve more than one button state. 
    BOOL IsButtonEnabled(int nID) const;

	// Input:	nID - Command identifier of the button in the toolbar.
	// Returns: Nonzero if the button is checked, otherwise returns zero.
    // Summary:	Call this function to determine whether the specified button, in
	//			a toolbar control, is checked.  Consider calling GetState if you want
	//			to retrieve more than one button state. 
    BOOL IsButtonChecked(int nID) const;

	// Input:	nID - Command identifier of the button in the toolbar.
	// Returns: Nonzero if the button is pressed, otherwise returns zero.
    // Summary:	Call this function to determine whether the specified button, in
	//			a toolbar control, is pressed.  Consider calling GetState if you want
	//			to retrieve more than one button state. 
    BOOL IsButtonPressed(int nID) const;

	// Input:	nID - Command identifier of the button in the toolbar.
	// Returns: Nonzero if the button is hidden, otherwise returns zero.
    // Summary:	Call this function to determine whether the specified button, in
	//			a toolbar control, is hidden.  Consider calling GetState if you want
	//			to retrieve more than one button state. 
    BOOL IsButtonHidden(int nID) const;

	// Input:	nID - Command identifier of the button in the toolbar.
	// Returns: Nonzero if the button is indeterminate, otherwise returns zero.
    // Summary:	Call this function to determine whether the specified button, in
	//			a toolbar control, is indeterminate. Indeterminate buttons are displayed
	//			grayed, such as the way the bold button on the toolbar of a word processor
	//			would look when the text selected contains both bold and regular characters.
	// 
    //			Consider calling GetState if you want to retrieve more than one
	//			button state. 
    BOOL IsButtonIndeterminate(int nID) const;

	// Input:	nID - Command identifier of the button in the toolbar.
	//			nState - State flags.  It can be a combination of the values listed for button
	//			states in CXTToolBar::AddButtons.
	// Returns: Nonzero if successful, otherwise returns zero.
    // Summary:	Call this function to set the state for the specified button in
	//			a toolbar control.
    //
    //			This function is especially handy if you want to set more than one
	//			of the button states.  To just set one state, use one of the following
	//			member functions: EnableButton, CheckButton, HideButton, Indeterminate,
	//			or PressButton. 
    BOOL SetState(int nID,UINT nState);

	// Input:	nID - Command identifier of the button in the toolbar.
	// Returns: The button state information if successful, or returns –1, otherwise.
	//			The button state information can be a combination of the values listed
	//			in CXTToolBar::AddButtons.
    // Summary:	Call this function to retrieve information about the state of the
	//			specified button in a toolbar control, such as whether it is enabled,
	//			pressed, or checked.
    //
    //			This function is especially handy if you want to retrieve more than
	//			one of the button states. To just retrieve one state, use one of the
	//			following member functions: IsButtonEnabled, IsButtonChecked, IsButtonPressed,
	//			IsButtonHidden, or IsButtonIndeterminate. However, the GetState member
	//			function is the only way to detect the TBSTATE_WRAP button state. 
    int GetState(int nID) const;

	// Input:	 nIndex - Zero-based index of the button for which to retrieve information.
	//			 pButton - Address of the TBBUTTON structure that is to receive a copy of the
	//			 button information.
	// Returns:  Nonzero if successful, otherwise returns zero.
    // Summary:	 Call this function to retrieve information about the specified button
	//			 in a toolbar control. 
	// See Also: CXTToolBar::AddButtons for information about the TBBUTTON structure.
    BOOL GetButton(int nIndex,TBBUTTON* pButton) const;

	// Returns: An integer value that represents the count of the toolbar control buttons.
    // Summary:	Call this function to retrieve a count of the buttons currently
	//			in the toolbar control. 
    int GetButtonCount() const;

	// Input:	nIdButton - Button identifier.
	//			rc - Address of a RECT structure that will receive the bounding rectangle
	//			information. 
	// Returns: Nonzero if successful, or zero otherwise.
    // Summary:	This member function retrieves the bounding rectangle for a specified
	//			toolbar button. 
    BOOL GetRect(UINT nIdButton,RECT& rc) const;

	// Input:	 nSize - Size, in bytes, of the TBBUTTON structure.
    // Summary:	 Call this function to specify the size of the TBBUTTON structure.
	//			 If you wanted to store extra data in the TBBUTTON structure, you could
	//			 either derive a new structure from TBBUTTON, adding the members you
	//			 needed, or create a new structure that contains a TBBUTTON structure
	//			 as its first member.  You would then call this function to tell the
	//			 toolbar control the size of the new structure.
    //
    // See Also: CXTToolBar::AddButtons for more information on the TBBUTTON
	//			 structure.
    void SetButtonStructSize(int nSize);

	// Input:	pData - Address of the TBBUTTON structure that is to receive a copy of the
	//			button information.
	//			iButton - Zero-based index of the button for which to retrieve information.
	// Returns: A CSize value that contains the width and height values.
    // Summary:	Call this member function to get the size of a toolbar button. 
    virtual CSize GetButtonSize(TBBUTTON* pData,int iButton);

	// Input:	size - Width and height, in pixels, of the buttons.
	// Returns: Nonzero if successful, otherwise returns zero.
    // Summary:	Call this function to set the size of the buttons in the toolbar
	//			control.  The button size must always be at least as large as the bitmap
	//			size it encloses.
    // 
    //			This function must be called only before adding any bitmaps to the
	//			toolbar.  If the application does not explicitly set the button size,
	//			it defaults to 24 by 22 pixels. 
    BOOL SetButtonSize(CSize size);

	// Input:	size - Width and height, in pixels, of the bitmapped images.
	// Returns: Nonzero if successful, otherwise returns zero.
    // Summary:	Call this function to set the size of the actual bitmapped images
	//			to be added to a toolbar control.
    //
    //			This function must be called only before adding any bitmaps to the
	//			toolbar.  If the application does not explicitly set the bitmap size,
	//			it defaults to 16 by 15 pixels. 
    BOOL SetBitmapSize(CSize size);

	// Returns: A pointer to the CToolTipCtrl object associated with this toolbar, or NULL, 
	//			if the toolbar has no associated tooltip control.
    // Summary:	Call this function to retrieve the handle of the tooltip control,
	//			if any, associated with the toolbar control.  Since the toolbar control
	//			normally creates and maintains its own tooltip control, most programs
	//			do not need to call this function. 
    CToolTipCtrl* GetToolTips() const;

	// Input:	pTip - Pointer to the CToolTipCtrl object.
    // Summary:	Call this function to associate a tooltip control with a toolbar
	//			control.
    void SetToolTips(CToolTipCtrl* pTip);

	// Input:	pOwnerWnd - Pointer to the CWnd or CWnd-derived object that will be the new owner
	//			window for the toolbar control.
    // Summary:	Call this function to set the owner window for the toolbar control.
	//			The owner window is the window that receives notifications from the
	//			toolbar.
    virtual void SetOwner(CWnd* pOwnerWnd);

	// Input:	nRows - Requested number of rows.
	//			bLarger - Tells whether to use more rows (TRUE) or fewer rows (FALSE) if the
	//			toolbar cannot be resized to the requested number of rows.
	//			lpRect - Points to the CRect object or RECT structure that will receive the
	//			new bounding rectangle of the toolbar.
    // Summary:	Call this function to ask the toolbar control to resize itself to
	//			the requested number of rows.
    // 
    //			If the toolbar cannot resize itself to the requested number or rows,
	//			it will resize itself to either the next larger or next smaller valid
	//			size, depending on the value of 'bLarger'.  If 'bLarger' is TRUE, the new
	//			number of rows will be larger than the number requested.  If 'bLarger'
	//			is FALSE, the new number of rows will be smaller than the number requested.
    // 
    //			A given number of rows is valid for the toolbar, if the buttons
	//			can be arranged such that all of the rows have the same number of buttons,
	//			except perhaps the last row.  For example, a toolbar that contains
	//			four buttons could not be sized to three rows because the last two
	//			rows would have to be shorter.  If you attempted to size it to three
	//			rows, you would get four rows if 'bLarger' was TRUE and two rows if 'bLarger'
	//			was FALSE.
    // 
    //			If there are separators in the toolbar, the rules for when a given
	//			number of rows is valid are more complicated.  The layout is computed
	//			such that button groups, buttons with a separator before the first
	//			and the last button in the group, are never broken up on several rows
	//			unless the group cannot fit on one row.
    // 
    //			If a group does not fit on one row, the next group will start on
	//			the next row even if it would fit on the row where the large group
	//			ended.  The purpose of this rule is to make the separation between
	//			large groups more noticeable.  The resulting vertical separators are
	//			counted as rows.
    // 
    //			Note, also, that the SetRows member function will always choose the
	//			layout that results in the smallest toolbar size.  Creating a toolbar
	//			with the TBSTYLE_WRAPABLE style and then resizing the control will
	//			simply apply the method outlined above given the width of the control.
    // 
    //			This function can only be called for toolbars that were created
	//			with the TBSTYLE_WRAPABLE style.
    void SetRows(int nRows,BOOL bLarger,LPRECT lpRect);

	// Returns: The number of rows of buttons currently displayed on the toolbar. 
    // Summary:	Call this function to retrieve the number of rows of buttons currently
	//			displayed by the toolbar control.  Note that the number of rows will
	//			always be one, unless the toolbar was created with the TBSTYLE_WRAPABLE
	//			style. 
    int GetRows() const;

	// Input:	nIndex - The zero-based index of the button whose command ID is to be set.
	//			nID - The command ID to set the selected button to.
	// Returns: Nonzero if successful, otherwise returns zero.
    // Summary:	Call this function to set the command identifier which will be sent
	//			to the owner window when the specified button is pressed. 
    BOOL SetCmdID(int nIndex,UINT nID);

	// Returns: A UINT that has the TBBF_LARGE flag set if the display can support
	//			large toolbar bitmaps, clear otherwise.
    // Summary:	Call this function to retrieve the bitmap flags from the toolbar.
	//			You should call it after creating the toolbar but before adding bitmaps
	//			to the toolbar. 
    //
    //			The return value indicates whether the display supports large bitmaps
	//			or not.  If the display supports large bitmaps, and if you choose to
	//			use them, call SetBitmapSize and SetButtonSize before adding your large
	//			bitmap using AddBitmap. 
    UINT GetBitmapFlags() const;
    
	// Returns: A pointer to a CImageList object, or NULL if no disabled image list is set.
    // Summary:	This member function implements the behavior of the Win32 message
	//			TB_GETIMAGELIST, as described in the Platform SDK. 
    HIMAGELIST GetImageList() const;

	// Returns: A DWORD containing a combination of toolbar control styles, as described 
	//			in the Platform SDK.
    // Summary:	Call this member function to get the styles currently applied to
	//			a toolbar control. 
    DWORD GetToolbarStyle() const;

	// Input:	hImgList - A handle to an HIMAGELIST object containing the images to be used
	//			by the toolbar control to display button images in their default state.
	//			bEnabled - FALSE if image list is set for disabled icons
	// Returns: A pointer to an HIMAGELIST handle that was
	//			previously used by the toolbar control to display button images in
	//			their default state.
    // Summary:	This member function implements the behavior of the Win32 message
	//			TB_SETIMAGELIST, as described in the Platform SDK.
    //
    //			The MFC implementation of SetImageList uses a CImageList object
	//			containing the toolbar control's button images, rather than a handle
	//			to an image list. 
    HIMAGELIST SetImageList(HIMAGELIST hImgList,BOOL bEnabled = TRUE);

	// Input:	indent - The value specifying the indentation, in pixels.
	// Returns: Nonzero if successful, otherwise returns zero.
    // Summary:	Call this member function to set the indentation for the first button
	//			in a toolbar control. 
    BOOL SetIndent(int indent);

	// Input:	dwStyle - A DWORD containing a combination of toolbar control styles, as described
	//			in the Platform SDK.
    // Summary:	Call this member function to set the styles for a toolbar control.
    void SetToolbarStyle(DWORD dwStyle);

	// Returns: The zero-based index of the hot item in a toolbar.
    // Summary:	This member function implements the behavior of the Win32 message
	//			TB_GETHOTITEM, as described in the Platform SDK. 
    int GetHotItem() const;

	// Input:	nIndex - The zero-based index of the button whose command ID is to be set.
	// Returns: true if the index matches an item that has its popup dropped down, or 
	//			false, if the item does not.
    // Summary:	This member checks to see if the item at given position has its
	//			popup dropped down.  
    bool IsDroppedItem(int nIndex) const;

	// Returns: true if at least one item has its popup dropped down or false otherwise.
    // Summary:	This member checks to see if there is at least one item that has its 
	//			popup dropped down.  
    bool IsDroppedItem() const;

	// Input:	iHot - The zero-based index number of the item that will be made hot.  If
	//			this value is -1, none of the items will be hot.
	// Returns: The index of the previous hot item, or -1 if there was no hot item.
    // Summary:	This member function implements the behavior of the Win32 message
	//			TB_SETHOTITEM, as described in the Platform SDK. 
    int SetHotItem(int iHot);

	// Returns: A DWORD that represents the extended styles currently in use for the toolbar
	//			control.
    // Summary:	This member function implements the behavior of the Win32 message
	//			TB_GETEXTENDEDSTYLE, as described in the Platform SDK. For a list of styles, 
	//			see Toolbar Extended Styles, in the	Platform SDK.
    DWORD GetExtendedStyle() const;

	// Input:	dwStyle - A value specifying the new extended styles.  This parameter can be
	//			a combination of the toolbar extended styles.
	// Returns: A DWORD that represents the previous extended styles.  For a list of styles,
	//			see Toolbar Extended Styles, in the Platform SDK.
    // Summary:	This member function implements the behavior of the Win32 message
	//			TB_SETEXTENDEDSTYLE, as described in the Platform SDK. 
    DWORD SetExtendedStyle(DWORD dwStyle);

	// Input:	ch - Accelerator character to be mapped.  This character is the same
	//			character that is underlined in the button's text.
	//			nID - A reference to a UINT that receives the command identifier of
	//			the button that corresponds to the accelerator specified in 'ch'.
	// Returns: Nonzero if successful, otherwise returns zero.
    // Summary:	This member function implements the behavior of the Win32 message
	//			TB_MAPACCELERATOR, as described in the Platform SDK. 
    BOOL MapAccelerator(TCHAR ch,UINT& nID) const;

	// Input:	p - A CPoint object that contains the x-coordinate of the hit test in
	//			the x member and the y-coordinate of the hit test in the y member.
	//			The coordinates are relative to the toolbar's client area.
	// Returns: An integer value indicating the location of a point on a toolbar.  
	//			If the value is  zero or a positive value, this return value is the 
	//			zero-based index of the non-separator item in which the point lies.  
	//			If the return value is negative, the point does not lie within a button.  
	//			The absolute value of the return value is the index of a separator item 
	//			or the nearest non-separator item.
    // Summary:	This member function implements the behavior of the Win32 message
	//			TB_HITTEST, as described in the Platform SDK. 
    int HitTest(CPoint p) const;

	// Input:	nID - Command identifier of the button to enable or disable.
	//			bEnable - TRUE to enable the button, or FALSE to disable the button.
	// Returns: Nonzero if successful, otherwise returns zero.
    // Summary:	Call this function to enable or disable the specified button in
	//			a toolbar control.  When a button has been enabled, it can be pressed
	//			and checked.  If you want to change more than one button state, consider
	//			calling SetState instead. 
    BOOL EnableButton(int nID,BOOL bEnable);

	// Input:	nID - Command identifier of the button to check or clear.
	//			bCheck - TRUE to check the button, or FALSE to clear it.
	// Returns: Nonzero if successful, otherwise returns zero.
    // Summary:	Call this function to check or clear a given button in a toolbar
	//			control.  When a button has been checked, it appears to have been pressed.
	//			If you want to change more than one button state, consider calling
	//			SetState instead. 
    BOOL CheckButton(int nID,BOOL bCheck);

	// Input:	nID - Command identifier of the button to press or release.
	//			bPress - TRUE to press the specified button, or FALSE to release the specified
	//			button.
	// Returns: Nonzero if successful, otherwise returns zero.
    // Summary:	Call this function to press or release the specified button in a
	//			toolbar control.  If you want to change more than one button state,
	//			consider calling SetState instead. 
    BOOL PressButton(int nID,BOOL bPress);

	// Input:	nID - Command identifier of the button to hide or show.
	//			bHide - TRUE to hide the button, or FALSE to show it.
	// Returns: Nonzero if successful, otherwise returns zero.
    // Summary:	Call this function to hide or show the specified button in a toolbar
	//			control.  If you want to change more than one button state, consider
	//			calling SetState instead. 
    BOOL HideButton(int nID,BOOL bHide);

	// Input:	nID - Command identifier of the button whose indeterminate state is to be
	//			set or cleared.
	//			bIndeterminate - TRUE to set the indeterminate state for the specified button, or FALSE
	//			to clear it.
	// Returns: Nonzero if successful, otherwise returns zero.
    // Summary:	Call this function to set or clear the indeterminate state of the
	//			specified button in a toolbar control.  Indeterminate buttons are displayed
	//			grayed, such as the way the bold button on the toolbar of a word processor
	//			would look when the text selected contains both bold and regular characters.
    //
    //			If you want to change more than one button state, consider calling
	//			SetState instead. 
    BOOL Indeterminate(int nID,BOOL bIndeterminate);

	// BULLETED LIST:

	// Input:	 nNumButtons - Number of buttons to add.
	//			 lpButtons - Address of an array of TBBUTTON structures that contain information
	//			 about the buttons to add.  There must be the same number of elements
	//			 in the array as buttons specified by 'nNumButtons'. 
	// Returns:  Nonzero if successful, otherwise returns zero.
    // Summary:	 Call this function to add one or more buttons to a toolbar control.
    // 
    //			 The 'lpButtons' pointer points to an array of TBBUTTON structures.
	//			 Each TBBUTTON structure associates the button being added with the
	//			 button’s style, image and/or string, command ID, state, and user-defined
    //			 data:
    //
    //			 <pre>
	//			 typedef struct _TBBUTTON {
    //			     int iBitmap;    // Zero-based index of the button image
    //			     int idCommand;  // Command to be sent when the button is pressed
    //			     BYTE fsState;   // Button state--see below
    //			     BYTE fsStyle;   // Button style--see below
    //			     DWORD dwData;   // Application-defined value
    //			     int iString;    // Zero-based index of the button label string
    //			 } TBBUTTON;</pre>
    // 
    //			 The members are as follows:
    //			 [ul]
    //			 [li]<b>iBitmap</b> Zero-based index of the button image.  NULL if there is no
	//			 image for this button.[/li]
    //			 [li]<b>idCommand</b> Command identifier associated with the button.
	//			       This identifier is sent in a WM_COMMAND message when the button
	//			       is chosen.  If the 'fsStyle' member has the TBSTYLE_SEP value,
	//			       this member must be zero.[/li]
    //			 [li]<b>fsState</b> Button state flags.  It can be a combination
	//			       of the values listed below:
	//			   [ul]
    //			   [li]<b>TBSTATE_CHECKED</b> The button has the TBSTYLE_CHECKED
	//			          style and is being pressed.[/li]
    //			   [li]<b>TBSTATE_ENABLED</b> The button accepts user input.  A
	//			          button that does not have this state does not accept user
	//			          input and is grayed.[/li]
    //			   [li]<b>TBSTATE_HIDDEN</b> The button is not visible and cannot
	//			          receive user input.[/li]
    //			   [li]<b>TBSTATE_INDETERMINATE</b> The button is grayed.[/li]
    //			   [li]<b>TBSTATE_PRESSED</b> The button is being pressed.[/li]
    //			   [li]<b>TBSTATE_WRAP</b> A line break follows the button.  The
	//			          button must also have the TBSTATE_ENABLED state.[/li]
	//			   [/ul][/li]
    //			 [li]<b>fsStyle</b> Button style.  It can be a combination of the
	//			       values listed below: 
    //			   [ul]
    //			   [li]<b>TBSTYLE_BUTTON</b> Creates a standard push button.[/li]
    //			   [li]<b>TBSTYLE_CHECK</b> Creates a button that toggles between
	//			          the pressed and unpressed states each time the user clicks
	//			          it.  The button has a different background color when it is
	//			          in the pressed state.[/li]
    //			   [li]<b>TBSTYLE_CHECKGROUP</b> Creates a check button that stays
	//			          pressed until another button in the group is pressed.[/li]
    //			   [li]<b>TBSTYLE_GROUP</b> Creates a button that stays pressed
	//			          until another button in the group is pressed.[/li]
    //			   [li]<b>TBSTYLE_SEP</b> Creates a separator, providing a small
	//			          gap between button groups.  A button that has this style does
	//			          not receive user input.[/li]
    //			   [/ul][/li]
    //			 [li]<b>dwData</b> User-defined data.[/li]
    //			 [li]<b>iString</b> Zero-based index of the string to use as the
	//			 button’s label.  NULL if there is no string for this button.[/li]
    //			 [/ul]
    //			 The image and/or string whose index you provide must have previously
	//			 been added to the toolbar control’s list using AddBitmap, AddString,
	//			 and/or AddStrings. 
	// See Also: CXTToolBar::GetButton, CXTToolBar::SetButtonStructSize, 
	//			 CXTToolBar::InsertButton
    BOOL AddButtons(int nNumButtons,LPTBBUTTON lpButtons);

	// Input:	 nIndex - Zero-based index of a button.  This function inserts the new button
    //			 to the left of this button.
	//			 lpButton - Address of a TBBUTTON structure containing information about the button
	//			 to insert.
	// Returns:  Nonzero if successful, otherwise returns zero.
    // Summary:	 Call this function to insert a button in a toolbar control.
    // 
    //			 The image and/or string whose index you provide must have previously
	//			 been added to the toolbar control’s list using AddBitmap, AddString,
	//			 and/or AddStrings. 
	// See Also: CXTToolBar::AddButtons for a description of the TBBUTTON structure.
    BOOL InsertButton(int nIndex,LPTBBUTTON lpButton);

	// Input:	nIndex - Zero-based index of the button to delete.
	// Returns: Nonzero if successful, otherwise returns zero.
    // Summary:	Call this function to delete a button from the toolbar control.
    BOOL DeleteButton(int nIndex);

    // Summary: Call this function to restore the state of the toolbar control from
	//			the location in the registry.
    void RestoreState();

    // Summary: Call this function to save the state of the toolbar control to the
	//			location in the registry.
    void SaveState();

    // Summary: Call this function to display the Customize Toolbar dialog box.
	//			This dialog box allows the user to customize the toolbar by adding
	//			and deleting buttons.
    void Customize();

	// Input:	lpszStrings - Address of a buffer that contains one or more null-terminated
	//			strings to add to the toolbar’s string list.  The last string must
	//			be terminated with two null characters.
	// Returns: The zero-based index of the first new string added if successful, otherwise
	//			returns –1. 
    // Summary:	Call this function to add a new string or strings to the list of
	//			strings available for a toolbar control.  Strings in the buffer must
	//			be separated by a null character.
    //
    //			You must ensure that the last string has two null terminators. 
	//			To properly format a constant string, you might write it as:
    //
    //			<pre>
	//			// one null added automatically
    //			lpszStrings = "Only one string to add\0";</pre>
    //			
    //			or:
    //			
    //			<pre>
	//			// adds three strings with one call
    //			lpszStrings = "String 1\0String 2\0String 3\0";</pre>
    //
    //			You should not pass a CString object to this function since it is
	//			not possible to have more than one null character in a CString. 
    int AddStrings(LPCTSTR lpszStrings);

    // Summary: Call this function to resize the entire toolbar control.  You should
	//			call this function when the size of the parent window changes, or when
	//			the size of the toolbar changes, such as when you set the button or
	//			bitmap size, or add strings.
    void AutoSize();

	//Operations
public:

	// Returns: true to indicate success, or false to indicate failure.
	// Summary:	Call this function to save all toolbars in the same list as 
	//			CMainFrame::m_wndToolBar. This function will also write the XT library
	//			version number into the root key of the toolbar subsection, for future
	//			compatibility reasons.  
	bool SaveToolbars();

	// Input:	tbMaster - A pointer to a valid CXTToolBar object.
	//			menuMaster - A pointer to a valid CXTMenu object.
	// Returns: The number of toolbars loaded successfully.
	// Summary:	Call this function to load toolbars and their button layouts.  This
	//			function returns the number of toolbars successfully loaded.  It is
	//			called <b>after</b> the standard toolbar loading code and <b>before</b>
	//			LoadBarState. First, the standard toolbars are loaded, so that their
	//			variables, in CMainFrame, are properly initialized.  Then, this function
	//			adds any missing toolbars and resets the buttons of the standard toolbars
	//			to what they were saved as.  Finally, LoadBarState restores the positions
	//			and so on.
	//
	//			The two parameters passed in are the master menu and toolbar, from
	//			which all icons and strings come.  Both have the resource ID, IDR_XTMASTER,
	//			in the main application resources. 
	int LoadToolbars(CXTToolBar * tbMaster, CXTMenu * menuMaster);

	// Returns: A pointer to a CXTToolbar object.
	// Summary:	This function allows you to gain access to the toolbar list when you
	//			do not have a toolbar instance available. This is the reason it is static.
	//			The reason for having a CXTToolbar list inside the toolbars is to allow
	//			stepping only through toolbars, without having to step through the
	//			control bar list and check each to see if it is a toolbar.  
	//			CXTFrameWnd::m_listControlBars is in fact where the pointer comes from.
	static CXTToolBar * GetTBListHead();

	// Returns: true if it is being customized, otherwise returns false.
	// Summary:	This member function tells if this toolbar is currently being customized.
	bool IsAdjustingToolbar() const;
	
	// Returns: TRUE to display the chevron button, otherwise returns FALSE.
	// Summary:	This member function tells if this toolbar shall render an 'expansion
	//			available' chevron button when the bar is only partially visible. 
	//			Default is to display the button. 
    virtual BOOL IsExpansionButton();

	// Returns: true if expansion button contains a 'Customize'
	//			toolbar command, otherwise returns false.
	// Summary:	This member function tells if expansion button contains a 'Customize'
	//			toolbar command. 
	bool IsExpansionCustomizes();

	// Returns: TRUE if the expansion button will display a chevron,
	//			otherwise returns FALSE.
    // Summary:	This member function tells if the expansion button will display
	//			a chevron showing more buttons available. Valid if IsExpansionButton() returns
	//			TRUE.
    virtual BOOL IsExpansionChevron();

	// Returns: true if the expansion chevron points horizontally, otherwise returns false.
	// Summary:	This member function tells if the expansion chevron points horizontally.
	//			Applicable if IsExpansionChevron() returns TRUE. 
	virtual bool IsChevronHorizontal();

	// Input:	dimesionCurrent - Current total size of the buttons hidden.
	//			dimensionMin - Current visible toolbar size.
	//			bHorz - true if the toolbar is horizontally oriented.
	// Returns: An integer value that represents the current compaction of the buttons.
    // Summary:	This member function is called by the toolbar to auto-hide toolbar
	//			buttons when the framework is sizing. 
    int CompactButtons(int dimesionCurrent,int dimensionMin,bool bHorz);
    
	// Input:	currentDimension - Current total size of the buttons hidden.
	//			dimesion - Current visible toolbar size.
	//			bHorz - true if the toolbar is horizontally oriented.
	// Returns: An integer value that represents the current compaction of the buttons.
    // Summary:	This member function is called by the toolbar to auto-display toolbar
	//			buttons when the framework is sizing. 
    int ExpandButtons(int currentDimension,int dimesion,bool bHorz);

	// Returns: A CSize object.
	// Summary:	This member function calculates the minimum extent for this toolbar
	//			(at least one button visible). 
	CSize GetMinExtent();

	// Input:	 dwFlags - Default DrawText() flags.
	// Returns:  A DWORD value containing the adjusted flags.
	// Summary:	 This member function adjusts DrawText() flags, as specified with 
	//			 SetDrawTextFlags(). 
	// See also: TB_SETDRAWTEXTFLAGS. 
	DWORD GetDrawTextFlags(DWORD dwFlags) const;

	// BULLETED LIST:

	// Input:	dwDockStyle - Specifies whether the control bar supports docking and the sides of
	//			its parent window to which the control bar can be docked, if supported.
    //			It can be one or more of the following: 
    //			[ul]
    //			[li]<b>CBRS_ALIGN_TOP</b> Allows docking at the top of the
	//			client area.[/li]
    //			[li]<b>CBRS_ALIGN_BOTTOM</b> Allows docking at the bottom of
	//			the client area.[/li]
    //			[li]<b>CBRS_ALIGN_LEFT</b> Allows docking on the left side
	//			of the client area.[/li]
    //			[li]<b>CBRS_ALIGN_RIGHT</b> Allows docking on the right side
	//			of the client area.[/li]
    //			[li]<b>CBRS_ALIGN_ANY</b> Allows docking on any side of the
	//			client area.[/li]
    //			[li]<b>CBRS_FLOAT_MULTI</b> Allows multiple control bars to
	//			be floated in a single mini-frame window.[/li]
    //			[/ul]
    //			If 0 (that is, indicating no flags), the control bar will not
	//			dock.
    // Summary:	Call this function to enable a control bar to be docked.  The sides
	//			specified must match one of the sides enabled for docking in the destination
	//			frame window, or the control bar cannot be docked to that frame window.
    void EnableDocking(DWORD dwDockStyle);

	// BULLETED LIST:

	// Input:	dwDockStyle - Specifies whether the control bar supports docking and the sides of
	//			its parent window to which the control bar can be docked, if supported.
    //			It can be one or more of the following: 
    //			[ul]
    //			[li]<b>CBRS_ALIGN_TOP</b> Allows docking at the top of the
	//			client area.[/li]
    //			[li]<b>CBRS_ALIGN_BOTTOM</b> Allows docking at the bottom of
	//			the client area.[/li]
    //			[li]<b>CBRS_ALIGN_LEFT</b> Allows docking on the left side
	//			of the client area.[/li]
    //			[li]<b>CBRS_ALIGN_RIGHT</b> Allows docking on the right side
	//			of the client area.[/li]
    //			[li]<b>CBRS_ALIGN_ANY</b> Allows docking on any side of the
	//			client area.[/li]
    //			[li]<b>CBRS_FLOAT_MULTI</b> Allows multiple control bars to
	//			be floated in a single mini-frame window.[/li]
    //			[/ul]
    //			If 0 (that is, indicating no flags), the control bar will not
	//			dock.
	//			dwFlatStyle - Specifies the look of the splitters that are inside dockbars. 
	//			It can be one of the following: 
    //			[ul]
    //			[li]<b>CBRS_XT_NONFLAT</b> Thick devstudio like non-flat splitters.[/li]
    //			[li]<b>CBRS_XT_SEMIFLAT</b> Thin 3D non-flat splitters.[/li]
    //			[li]<b>CBRS_XT_FLAT</b> Flat splitters.[/li]
    //			[/ul]
    // Summary:	Call this function to enable a control bar to be docked.  The sides
	//			specified must match one of the sides enabled for docking in the destination
	//			frame window, or the control bar cannot be docked to that frame window.
    void EnableDockingEx(DWORD dwDockStyle,DWORD dwFlatStyle);

	// Input:	hbmImageWell - An HBITMAP structure that contains the information for the new bitmap.
	// Returns: TRUE if successful, otherwise returns FALSE.
    // Summary:	This member function replaces an existing bitmap with a new bitmap.
    BOOL AddReplaceBitmap(HBITMAP hbmImageWell);

	// Input:	nIndex - The index at which to set the button.
	//			pButton - Points to a valid TBBUTTON struct.
    // Summary:	This member function replaces the button at the specified index.
    void SetButton(int nIndex,TBBUTTON* pButton);

	// Input:	nIDButton - Command ID for the toolbar button.
	//			nIDMenu - Resource ID of the popup menu to display.  If none is specified, you
	//			can use the CBRN_XT_DROPDOWN message that is sent from the toolbar
	//			to its owner to handle the dropdown event.
	//			bArrow - TRUE if an arrow is to be displayed.
	// Returns: TRUE if successful, otherwise returns FALSE.
    // Summary:	Call this member function to add a dropdown arrow to a toolbar.
	//			A dropdown arrow can be used to display a popup menu or popup window.
    BOOL AddDropDownButton(UINT nIDButton,UINT nIDMenu=0,BOOL bArrow=TRUE);

	// BULLETED LIST:

	// Input:	nIDButton - Command ID for the toolbar button.
	//			clrColor - An RGB value that represents the current color for the color picker.
	//			clrDefault - An RGB value that represents the default color for the color picker.
	//			dwPopup - Color picker style.  Styles to be added can be combined by using the
	//			bitwise OR (|) operator and can be one or more of the following:
	//			[ul]
	//			[li]<b>CPS_XT_NOFILL</b> The color picker will display a No Fill
	//			button rather than the default Automatic Color button.[/li]
	//			[li]<b>CPS_XT_EXTENDED</b> The color picker will display 40 extended
	//			colors rather than the default 16 colors.[/li]
	//			[li]<b>CPS_XT_MORECOLORS</b> The color picker will display a More
	//			Colors button which will display a CXTColorDialog.[/li]
	//			[li]<b>CPS_XT_SHOW3DSELECTION</b> Displays the color selection box
	//			with a 3D raised border in CXTColorDialog.[/li]
	//			[li]<b>CPS_XT_SHOWHEXVALUE</b> Displays the hex equivalent of the
	//			selected color.[/li]
	//			[/ul]
	//			bShowColor - TRUE to display the color on the toolbar button.
	//			bArrow - TRUE if an arrow is to be displayed.
	// Returns: TRUE if successful, otherwise returns FALSE.
    // Summary:	Call this member function to add a dropdown arrow to a toolbar
	//			that contains a color picker.  A dropdown arrow can be used to display
	//			a popup menu or popup window as well. 
    BOOL AddDropDownButton(UINT nIDButton,COLORREF clrColor,COLORREF clrDefault=CLR_DEFAULT,DWORD dwPopup=CPS_XT_EXTENDED|CPS_XT_MORECOLORS,BOOL bShowColor=TRUE,BOOL bArrow=TRUE);

	// Input:	nID - Command ID of the toolbar button.
	// Returns: A pointer to a valid XT_DROPDOWNBUTTON structure.
    // Summary:	This member function is called to retrieve a pointer to the XT_DROPDOWNBUTTON
	//			for the toolbar button specified by 'nID'. 
    XT_DROPDOWNBUTTON* FindDropDownButton(UINT nID);

	// Input:	bStretch - Indicates whether the bar should be stretched to the size of the frame.
	//			The 'bStretch' parameter is nonzero when the bar is not a docking bar
	//			(not available for docking) and is zero when it is docked or floating
	//			(available for docking). 
	//			bHorz - Indicates that the bar is horizontally or vertically oriented. The
	//			'bHorz' parameter is nonzero if the bar is horizontally oriented, and
	//			is zero if it is vertically oriented. 
	// Returns: The control bar size, in pixels, of a CSize object.
    // Summary:	Call this member function to calculate the horizontal size of a
	//			control bar.  Control bars, such as toolbars, can stretch horizontally
	//			or vertically to accommodate the buttons contained in the control bar.
    virtual CSize CalcFixedLayout(BOOL bStretch,BOOL bHorz);

	// BULLETED LIST:

	// Input:	nLength - The requested dimension of the control bar, either horizontal or vertical,
	//			depending on 'nMode'. 
	//			nMode - The following predefined flags are used to determine the height and
	//			width of the dynamic control bar. Use the bitwise-OR (|) operator to
	//			combine the flags. 
	//			[ul]
	//			[li]<b>LM_STRETCH</b> Indicates whether the control bar should be
	//			stretched to the size of the frame. Set if the bar is not a
	//			docking bar (not available for docking). Not set when the bar
	//			is docked or floating (available for docking). If set, LM_STRETCH
	//			ignores 'nLength' and returns dimensions based on the LM_HORZ
	//			state. LM_STRETCH works similarly to the 'bStretch' parameter
	//			used in CalcFixedLayout. See that member function for more information
	//			about the relationship between stretching and orientation.[/li]
	//			[li]<b>LM_HORZ</b> Indicates that the bar is horizontally or vertically
	//			oriented. Set if the bar is horizontally oriented, and if it
	//			is vertically oriented, it is not set. LM_HORZ works similarly
	//			to the 'bHorz' parameter used in CalcFixedLayout. See that member function
	//			for more information about the relationship between stretching
	//			and orientation.[/li]
	//			[li]<b>LM_MRUWIDTH</b> Most Recently Used Dynamic Width. Ignores the 
	//			'nLength' parameter and uses the remembered most recently used
	//			width.[/li]
	//			[li]<b>LM_HORZDOCK</b> Horizontal Docked Dimensions. Ignores the 'nLength'
	//			parameter and returns the dynamic size with the largest width.[/li]
	//			[li]<b>LM_VERTDOCK</b> Vertical Docked Dimensions. Ignores the 'nLength'
	//			parameter and returns the dynamic size with the largest height.[/li]
	//			[li]<b>LM_LENGTHY</b> Set if 'nLength' indicates height (Y-direction)
	//			instead of width.[/li]
	//			[li]<b>LM_COMMIT</b> Resets LM_MRUWIDTH to the current width of the floating
	//			control bar.[/li]
	//			[/ul]
	// Returns: A CSize object that represents the control bar size, in pixels.
    // Summary:	The framework calls this member function to calculate the dimensions
	//			of a dynamic toolbar.  Override this member function to provide your
	//			own dynamic layout in classes you derive from CControlBar. MFC classes
	//			derived from CControlBar, such as CToolbar, override this member function
	//			and provide their own implementation. 
    virtual CSize CalcDynamicLayout(int nLength,DWORD nMode);

	// BULLETED LIST:

	// Input:	point - Specifies the x- and y-coordinate of the cursor. These coordinates
	//			are always relative to the upper-left corner of the window.
	//			pTI - A pointer to a TOOLINFO structure. The following structure values
	//			are set by default: 
	//			[ul]
    //			[li]<b>hwnd = m_hWnd</b> Handle to a window.[/li]
	//			[li]<b>uId = (UINT)hWndChild</b> Handle to a child window.[/li]
	//			[li]<b>uFlags |= TTF_IDISHWND</b> Handle of the tool.[/li]
	//			[li]<b>lpszText = LPSTR_TEXTCALLBACK</b> Pointer to the string that
	//			is to be displayed in the specified window.[/li]
	//			[/ul]
	// Returns: 1, if the tooltip control was found, or -1, if the tooltip control was not found.
    // Summary:	The framework calls this member function to determine whether a point
	//			is in the bounding rectangle of the specified tool. If the point is
	//			in the rectangle, it retrieves information about the tool. If the area
	//			with which the tooltip is associated is not a button, OnToolHitTest
	//			sets the structure flags to TTF_NOTBUTTON and TTF_CENTERTIP. Override
	//			OnToolHitTest to provide different information than the default provides.
	//			See TOOLINFO, in the Win32 SDK Programmer’s Reference, for more information
	//			about the structure. 
    virtual INT_PTR OnToolHitTest(CPoint point,TOOLINFO* pTI) const;

	// Input:	pTarget - A pointer to the main frame window of the application. This pointer
	//			is used for routing update messages.
	//			bDisableIfNoHndler - Flag that indicates whether a control that has no update handler should
	//			be automatically displayed as disabled. 
    // Summary:	This member function is called by the framework to update the status
	//			of the toolbar or status bar.  To update an individual button or pane,
	//			use the ON_UPDATE_COMMAND_UI macro in your message map to set an update
	//			handler appropriately. See ON_UPDATE_COMMAND_UI for more information
	//			about using this macro.  OnUpdateCmdUI is called by the framework when
	//			the application is idle. The frame window to be updated must be a child
	//			window, at least indirectly, of a visible frame window. OnUpdateCmdUI
	//			is an advanced overridable.
    virtual void OnUpdateCmdUI(CFrameWnd* pTarget,BOOL bDisableIfNoHndler);

	// Input:	pWnd - A pointer to a valid CWnd object. 
	//			bBoldFont - true if the newly inserted control should have a bold font.
	// Returns: TRUE if successful, otherwise returns FALSE.
    // Summary:	This member function is called to insert a control into a toolbar.
	//			You can add a control to your toolbar by adding a place holder button
	//			to your toolbar.  This button will represent where in the toolbar you
	//			want your control to be placed.  Once you have done this, you can create
	//			your control using the command ID for the toolbar button you just created.
    virtual BOOL InsertControl(CWnd* pWnd,bool bBoldFont=false);

	// Input:	bEnable - TRUE to enable customization.
    // Summary:	Call this member function to enable or disable customization for
	//			the toolbar.  If enabled you can right click on the toolbar or choose
	//			the expansion button at the end of the toolbar to display the customize
	//			button.
	void EnableCustomization(bool bEnable=true);

	// Returns: true if customization has been enabled, otherwise returns false.
    // Summary:	Call this member function to determine if customization is enabled
	//			for the toolbar. 
    bool IsCustomizable() const;
	
    // obsolete

	void SetCustomBar(bool bCustomBar=true);
    bool GetCustomBar() const;

	// Input:	bDisabledColor - TRUE to display disabled toolbar buttons in color.
    // Summary:	Call this member function to display disabled toolbar icons colorized. 
    void ColorizeDisabledItems(BOOL bDisabledColor=TRUE);

	// Input:	nIdButton - Command ID of a toolbar button.
	// Returns: An integer value index from the toolbar's image list for the specified button.
    // Summary:	Call this member function to retrieve the index into the toolbar's
	//			image list for the button specified by 'nIdButton'. 
    int GetBitmap(UINT nIdButton) const;

	// Returns: A CSize object.
    // Summary:	This member function retrieves the amount of horizontal and vertical
	//			space (padding) around the text and image displayed on the buttons
	//			for this toolbar. 
    CSize GetPadding() const;

	// Input:	size - A CSize object.
	// Returns: A CSize object.
    // Summary:	This member function sets the amount of horizontal and vertical
	//			space (padding) around the text and image displayed on the buttons
	//			for this toolbar. 
    CSize SetPadding(CSize size);

	// Returns: TRUE if successful, otherwise returns FALSE.
    // Summary:	Call this member function to auto-size the toolbar.  This will adjust
	//			the toolbar to the correct size whenever a control or text has been
	//			added. 
	BOOL AutoSizeToolbar();

	// Input:	bWithText - Buttons shall be created with text and icons if true, or with an
	//			icon only if false.
	// Summary:	This member function sets a flag telling that command buttons dropped
	//			during toolbar customization on this toolbar shall be created with
	//			text and icon or with icon only.
	void SetDropCommandWithText(bool bWithText);

	// Returns: An RGB color value.
	// Summary:	This member function is used to determine the correct background fill
	//			color to be used during paint operations. 
	virtual COLORREF GetBackgroundColor() const;

	// Input:	pPopup - Points to a valid CXTMenu object.
	//			rect - Size and location of the popup menu.
	// Summary:	This member function is used to display a popup menu associated with a
	//			toolbar button drop arrow.
	void TrackMenuPopup(CXTMenu* pPopup,const CRect& rect);

	// Input:	rcExclude - Area that the popup should not overlap.
	//			szPopup - Size of the popup.
	// Returns: A CPoint object that represents the tracking point for the popup associated 
	//			with the drop down toolbar button.
	// Summary:	This member function is called to determine the popup tracing point for a
	//			toolbar button that has a popup window.  
	CPoint ComputePopupTrackPoint(CRect rcExclude,CSize szPopup);

protected:
	
	// Input:	pDropButton - A pointer to a valid XT_DROPDOWNBUTTON structure.
	//			rect - A CRect object.
	// Returns: A pointer to the color picker popup window just created.
	// Summary:	This member function creates and initializes a color picker popup window.
	virtual CXTColorPopup* CreateNewColorPopup(XT_DROPDOWNBUTTON* pDropButton,CRect rect);

	// Input:	pRBBI - Pointer to a rebar bar descriptor to use to fill in the sizing information.
	//			bHorz - true if this toolbar must be oriented horizontally.
	// Returns: true if successful, otherwise returns false.
	// Summary:	This notification is called whenever this toolbar is added to a CXTReBar
	//			object. 
	virtual bool OnAddedToRebar(REBARBANDINFO* pRBBI,bool bHorz);

	// Input:	pInfo - Descriptor of the band.
	//			bHorz - true if the toolbar is horizontally oriented.
	// Summary:	This member function is called whenever this toolbar is embedded in
	//			a CXTReBar control that has just resized the band in which this toolbar
	//			resides.
	virtual void OnRebarBandResized(XT_REBARSIZECHILDINFO* pInfo,bool bHorz);

	// Returns: true to enable full window drag, or false to use the wire frame.
	// Summary:	This member function tells if this toolbar will be visualized when
	//			dragging or the system will render it with a wire frame. Default implementation
	//			uses full window drag. 
	virtual bool IsFullWindowDrag();

	// Input:	bMode - true to enable toolbar customization, or false to disable it.
	// Summary:	This member function is called to turn on or off toolbar customization mode.
	virtual void SetCustMode(bool bMode);

	// Input:	pInfo - Pointer to a valid CXTCustomControlBarInfo object.
	// Summary:	This member function fills in supported customizable features.
	virtual void GetCustomBarInfo(CXTCustomControlBarInfo* pInfo);

#ifdef _DEBUG
	virtual void AssertValid() const;
	virtual void Dump(CDumpContext& dc) const;
#endif

protected:

    // Ignore:
	//{{AFX_VIRTUAL(CXTToolBar)
	public:
	virtual void OnPaint();
	virtual BOOL PreTranslateMessage(MSG* pMsg);
	protected:
	virtual BOOL PreCreateWindow(CREATESTRUCT& cs);
	virtual LRESULT WindowProc(UINT message, WPARAM wParam, LPARAM lParam);
	//}}AFX_VIRTUAL

	virtual void PositionControl(CWnd* pWnd);
	virtual void PositionControls();
    virtual bool IsFillToolBarClientRect();
    virtual void DrawSeparators(CDC* pDC);
    virtual BOOL DrawItem(CDC* pDC, LPNMCUSTOMDRAW lpNMCD);
    virtual void EraseWrappedSeparators(CDC* pDC);
    virtual void OnBarStyleChange(DWORD dwOldStyle, DWORD dwNewStyle);
    virtual void OnDropDownButton(NMTOOLBAR* pNMTB, UINT nID, CRect rect);
	virtual bool HasCmdHandlers(CWnd* pWnd);

    // Ignore:
	//{{AFX_MSG(CXTToolBar)
	afx_msg UINT OnNcHitTest(CPoint point);
	afx_msg void OnNcCalcSize(BOOL bCalcValidRects, NCCALCSIZE_PARAMS FAR* lpncsp);
	afx_msg void OnWindowPosChanging(WINDOWPOS FAR* lpwndpos);
	afx_msg void OnSysColorChange();
	afx_msg BOOL OnNcCreate(LPCREATESTRUCT lpCreateStruct);
    afx_msg void OnDestroy();
	afx_msg void OnLButtonDown(UINT nFlags, CPoint point);
	afx_msg void OnLButtonUp(UINT nFlags, CPoint point);
	afx_msg int OnCreate(LPCREATESTRUCT lpCreateStruct);	
	//}}AFX_MSG

	afx_msg LRESULT OnSetDrawTextFlags(WPARAM wParam, LPARAM lParam);
	afx_msg LRESULT OnSetButtonSize(WPARAM wParam, LPARAM lParam);
	afx_msg LRESULT OnSetBitmapSize(WPARAM wParam, LPARAM lParam);
	afx_msg LRESULT OnPreserveZeroBorderHelper(WPARAM wParam, LPARAM lParam);
	afx_msg void OnCustomDraw(NMHDR* pNMHDR, LRESULT* pResult);
	afx_msg void OnToolBarBtnDropDown(NMHDR* pNMHDR, LRESULT* pResult);
    afx_msg void OnToolBarBeginAdjust(NMHDR* pNMHDR, LRESULT* pResult);
	afx_msg void OnToolBarCustomHelp(NMHDR* pNMHDR, LRESULT* pResult);
	afx_msg void OnToolBarEndAdjust(NMHDR* pNMHDR, LRESULT* pResult);
	afx_msg void OnToolBarGetButtonInfo(NMHDR* pNMHDR, LRESULT* pResult);
	afx_msg void OnToolBarQueryDelete(NMHDR* pNMHDR, LRESULT* pResult);
	afx_msg void OnToolBarQueryInsert(NMHDR* pNMHDR, LRESULT* pResult);
	afx_msg void OnToolBarReset(NMHDR* pNMHDR, LRESULT* pResult);
	afx_msg void OnToolBarChange(NMHDR* pNMHDR, LRESULT* pResult);
    afx_msg void OnToolBarHotItemChange(NMHDR* pNMHDR, LRESULT* pResult);
    afx_msg LRESULT OnSelEndOK(WPARAM wParam, LPARAM lParam);
    afx_msg LRESULT OnCloseUp(WPARAM wParam, LPARAM lParam);
	afx_msg LRESULT OnFreshenAfter(WPARAM wParam, LPARAM lParam);

	DECLARE_MESSAGE_MAP()

    friend CXTExpButton;
    friend CXTExpMenuWnd;
	friend CXTCustTbHandler;

	// Input:	nIndex - Index of the toolbar button being queried
	// Returns:	A CXTCustomGroupItemInfo object.
	// Summary:	Create new custom group item descriptor.
	//			Used during toolbar customization, override to pass your custom data
	virtual CXTCustomGroupItemInfo* GetCustomItemInfo(int nIndex);

	// Input:	pInfo - data being dragged
	//			nIndex - position at which the button must be created
	// Summary:	Do data drop, implementation must create a toolbar button
	//			out of data provided at a given position
	virtual void DropCustomItemInfo(CXTCustomGroupItemInfo* pInfo, int nIndex);
	
	// Input:	lpszText - A NULL terminated strig.
	//			idCommand - Command ID.
	// Returns:	Returns an index into the string table.
	// Summary:	Caches a string as a text assigned to button with given command ID
	//			result retruned is suitable to be assigned to TBBUTTON.iString member
	int CacheString(LPCTSTR lpszText, UINT idCommand);

	// Input:	button - Pointer to a TBBUTTON structure.
	//			strLabel - NULL terminated string representing the button text.
	// Summary:	Default implementation of how to add some text to a button created during
	//			toolbar customization
	virtual void AddCustomButtonText(TBBUTTON* button, const CString& strLabel);

    int WrapToolBar(TBBUTTON* pData, int nCount, int nWidth);
    CSize CalcLayout(DWORD nMode, int nLength = -1);
    CSize CalcSize(TBBUTTON* pData, int nCount);
	void MoveExpButton(int nDimension, bool bHorz);
    void ResetHiddenButtons();
    void CopyHiddenButtons(CXTToolBar* other, int preferredWidth);
    void SizeToolBar(TBBUTTON* pData, int nCount, int nLength, BOOL bVert = FALSE);
    void Layout();
    void LoadButtonInfo();
	LRESULT OnSetSizeHelper(CSize& size, LPARAM lParam);
    XT_DROPDOWNBUTTON* InitDropDownButton(UINT nIDButton, BOOL bArrow);
	void ResetCustomizations();
	void DoRestoreState();
	void DeferFreshenAfter();
	void ResetFreshenAfter();

	void TrackMenuBarPopup(DWORD dwMenuBarPopupID, const CRect& rect);
	void SaveToolBarState(LPCTSTR pszSubKey, LPCTSTR pszValueName);
	bool LoadToolBarState(LPCTSTR pszSubKey, LPCTSTR pszValueName);
	void GetCurrentBarState(LPVOID* ppvState, DWORD* pcbState);
	bool SetCurrentBarState(LPVOID pvData, DWORD cbData);
	void GetIcons(CXTIconMap* pMap);
	void RegisterCustomizeAPI(bool bRegister);
	bool StartCustomDrag(CPoint point);
	void DoCustomDrag(CPoint point);
	void SetListStyleIfNoText();
	void ResolveCommandIcons();
	bool ReportOriginalCustomGroups(XT_CUSTOMITEMS& items);
	CXTCustomGroupItemInfo* GetCustomItemInfo(const TBBUTTON& button);
	CXTCustomGroupItemInfo* GetCustomButtonInfo(const TBBUTTON& button);
	CXTCustomGroupItemInfo* GetCustomControlInfo(const TBBUTTON& button);
	void NoteIdealSizeChanged();
	virtual void ReportCustomGroups(CXTCustomGroups& groups);
	bool IsSeparator(int nIndex) const;
	static bool IsSeparator(const TBBUTTON& button);
	static bool IsControl(const TBBUTTON& button);
	int LocateHit(const CPoint& point);
};

//////////////////////////////////////////////////////////////////////

AFX_INLINE bool CXTToolBar::IsCustomizable() const {
	return m_bCustomize;
}
AFX_INLINE void CXTToolBar::SetCustomBar(bool bCustomBar/*=true*/) {
	EnableCustomization(bCustomBar);
}
AFX_INLINE bool CXTToolBar::GetCustomBar() const {
	return IsCustomizable();
}
AFX_INLINE void CXTToolBar::ColorizeDisabledItems(BOOL bDisabledColor) {
	ASSERT(::IsWindow(m_hWnd)); m_bDisabledColor = bDisabledColor;
}
AFX_INLINE BOOL CXTToolBar::LoadToolBar(UINT nIDResource) {
	ASSERT(::IsWindow(m_hWnd)); return LoadToolBar(MAKEINTRESOURCE(nIDResource));
}
AFX_INLINE BOOL CXTToolBar::LoadBitmap(UINT nIDResource) {
	ASSERT(::IsWindow(m_hWnd)); return LoadBitmap(MAKEINTRESOURCE(nIDResource));
}
AFX_INLINE CXTToolBarCtrl& CXTToolBar::GetToolBarCtrl() const {
	ASSERT(::IsWindow(m_hWnd)); return *(CXTToolBarCtrl*)this;
}
AFX_INLINE BOOL CXTToolBar::EnableButton(int nID, BOOL bEnable) {
	ASSERT(::IsWindow(m_hWnd)); return (BOOL) ::SendMessage(m_hWnd, TB_ENABLEBUTTON, nID, MAKELPARAM(bEnable, 0));
}
AFX_INLINE BOOL CXTToolBar::CheckButton(int nID, BOOL bCheck) {
	ASSERT(::IsWindow(m_hWnd)); return (BOOL) ::SendMessage(m_hWnd, TB_CHECKBUTTON, nID, MAKELPARAM(bCheck, 0));
}
AFX_INLINE BOOL CXTToolBar::PressButton(int nID, BOOL bPress) {
	ASSERT(::IsWindow(m_hWnd)); return (BOOL) ::SendMessage(m_hWnd, TB_PRESSBUTTON, nID, MAKELPARAM(bPress, 0));
}
AFX_INLINE BOOL CXTToolBar::HideButton(int nID, BOOL bHide) {
	ASSERT(::IsWindow(m_hWnd)); return (BOOL) ::SendMessage(m_hWnd, TB_HIDEBUTTON, nID, MAKELPARAM(bHide, 0));
}
AFX_INLINE BOOL CXTToolBar::Indeterminate(int nID, BOOL bIndeterminate) {
	ASSERT(::IsWindow(m_hWnd)); return (BOOL) ::SendMessage(m_hWnd, TB_INDETERMINATE, nID, MAKELPARAM(bIndeterminate, 0));
}
AFX_INLINE BOOL CXTToolBar::IsButtonEnabled(int nID) const {
	ASSERT(::IsWindow(m_hWnd)); return (BOOL) ::SendMessage(m_hWnd, TB_ISBUTTONENABLED, nID, 0);
}
AFX_INLINE BOOL CXTToolBar::IsButtonChecked(int nID) const {
	ASSERT(::IsWindow(m_hWnd)); return (BOOL) ::SendMessage(m_hWnd, TB_ISBUTTONCHECKED, nID, 0);
}
AFX_INLINE BOOL CXTToolBar::IsButtonPressed(int nID) const {
	ASSERT(::IsWindow(m_hWnd)); return (BOOL) ::SendMessage(m_hWnd, TB_ISBUTTONPRESSED, nID, 0);
}
AFX_INLINE BOOL CXTToolBar::IsButtonHidden(int nID) const {
	ASSERT(::IsWindow(m_hWnd)); return (BOOL) ::SendMessage(m_hWnd, TB_ISBUTTONHIDDEN, nID, 0);
}
AFX_INLINE BOOL CXTToolBar::IsButtonIndeterminate(int nID) const {
	ASSERT(::IsWindow(m_hWnd)); return (BOOL) ::SendMessage(m_hWnd, TB_ISBUTTONINDETERMINATE, nID, 0);
}
AFX_INLINE BOOL CXTToolBar::SetState(int nID, UINT nState) {
	ASSERT(::IsWindow(m_hWnd)); return (BOOL) ::SendMessage(m_hWnd, TB_SETSTATE, nID, MAKELPARAM(nState, 0));
}
AFX_INLINE int CXTToolBar::GetState(int nID) const {
	ASSERT(::IsWindow(m_hWnd)); return (int) ::SendMessage(m_hWnd, TB_GETSTATE, nID, 0L);
}
AFX_INLINE BOOL CXTToolBar::AddButtons(int nNumButtons, LPTBBUTTON lpButtons) {
	ASSERT(::IsWindow(m_hWnd)); return (BOOL) ::SendMessage(m_hWnd, TB_ADDBUTTONS, nNumButtons, (LPARAM)lpButtons);
}
AFX_INLINE BOOL CXTToolBar::InsertButton(int nIndex, LPTBBUTTON lpButton) {
	ASSERT(::IsWindow(m_hWnd)); return (BOOL) ::SendMessage(m_hWnd, TB_INSERTBUTTON, nIndex, (LPARAM)lpButton);
}
AFX_INLINE BOOL CXTToolBar::DeleteButton(int nIndex) {
	ASSERT(::IsWindow(m_hWnd)); return (BOOL) ::SendMessage(m_hWnd, TB_DELETEBUTTON, nIndex, 0);
}
AFX_INLINE int CXTToolBar::GetButtonCount() const {
	ASSERT(::IsWindow(m_hWnd)); return (int) ::SendMessage(m_hWnd, TB_BUTTONCOUNT, 0, 0L);
}
AFX_INLINE int CXTToolBar::AddStrings(LPCTSTR lpszStrings) {
	ASSERT(::IsWindow(m_hWnd)); return (int) ::SendMessage(m_hWnd, TB_ADDSTRING, 0, (LPARAM)lpszStrings);
}
AFX_INLINE void CXTToolBar::SetButtonStructSize(int nSize) {
	ASSERT(::IsWindow(m_hWnd)); ::SendMessage(m_hWnd, TB_BUTTONSTRUCTSIZE, nSize, 0L);
}
AFX_INLINE BOOL CXTToolBar::SetButtonSize(CSize size) {
	ASSERT(::IsWindow(m_hWnd)); return (BOOL) ::SendMessage(m_hWnd, TB_SETBUTTONSIZE, 0, MAKELPARAM(size.cx, size.cy));
}
AFX_INLINE BOOL CXTToolBar::SetBitmapSize(CSize size) {
	ASSERT(::IsWindow(m_hWnd)); return (BOOL) ::SendMessage(m_hWnd, TB_SETBITMAPSIZE, 0, MAKELPARAM(size.cx, size.cy));
}
AFX_INLINE void CXTToolBar::AutoSize() {
	ASSERT(::IsWindow(m_hWnd)); ::SendMessage(m_hWnd, TB_AUTOSIZE, 0, 0L);
}
AFX_INLINE CToolTipCtrl* CXTToolBar::GetToolTips() const {
	ASSERT(::IsWindow(m_hWnd)); return (CToolTipCtrl*)CWnd::FromHandle((HWND)::SendMessage(m_hWnd, TB_GETTOOLTIPS, 0, 0L));
}
AFX_INLINE void CXTToolBar::SetToolTips(CToolTipCtrl* pTip) {
	ASSERT(::IsWindow(m_hWnd)); ::SendMessage(m_hWnd, TB_SETTOOLTIPS, (WPARAM)pTip->GetSafeHwnd(), 0L);
}
AFX_INLINE void CXTToolBar::SetRows(int nRows, BOOL bLarger, LPRECT lpRect) {
	ASSERT(::IsWindow(m_hWnd)); ::SendMessage(m_hWnd, TB_SETROWS, MAKELPARAM(nRows, bLarger), (LPARAM)lpRect);
}
AFX_INLINE int CXTToolBar::GetRows() const {
	ASSERT(::IsWindow(m_hWnd)); return (int) ::SendMessage(m_hWnd, TB_GETROWS, 0, 0L);
}
AFX_INLINE BOOL CXTToolBar::SetCmdID(int nIndex, UINT nID) {
	ASSERT(::IsWindow(m_hWnd)); return (BOOL) ::SendMessage(m_hWnd, TB_SETCMDID, nIndex, nID);
}
AFX_INLINE UINT CXTToolBar::GetBitmapFlags() const {
	ASSERT(::IsWindow(m_hWnd)); return (UINT) ::SendMessage(m_hWnd, TB_GETBITMAPFLAGS, 0, 0L);
}
AFX_INLINE BOOL CXTToolBar::SetIndent(int indent) {
	ASSERT(::IsWindow(m_hWnd)); return (BOOL) ::SendMessage(m_hWnd, TB_SETINDENT, indent, 0L);
}
AFX_INLINE HIMAGELIST CXTToolBar::GetImageList() const {
	ASSERT(::IsWindow(m_hWnd)); return (HIMAGELIST) ::SendMessage(m_hWnd, TB_GETIMAGELIST, 0, 0L);
}
AFX_INLINE int CXTToolBar::GetBitmap(UINT nIdButton) const {
	ASSERT(::IsWindow(m_hWnd)); return (int) ::SendMessage(m_hWnd, TB_GETBITMAP, nIdButton, 0L);
}
AFX_INLINE DWORD CXTToolBar::GetExtendedStyle() const {
	ASSERT(::IsWindow(m_hWnd)); return (DWORD) ::SendMessage(m_hWnd, TB_GETEXTENDEDSTYLE, 0, 0L);
}
AFX_INLINE DWORD CXTToolBar::SetExtendedStyle(DWORD dwStyle) {
	ASSERT(::IsWindow(m_hWnd)); return (DWORD) ::SendMessage(m_hWnd, TB_SETEXTENDEDSTYLE, 0, dwStyle);
}
AFX_INLINE BOOL CXTToolBar::GetRect(UINT nIdButton, RECT& rc) const {
	ASSERT(::IsWindow(m_hWnd)); return (BOOL) ::SendMessage(m_hWnd, TB_GETRECT, nIdButton, (LPARAM)&rc);
}
AFX_INLINE DWORD CXTToolBar::GetToolbarStyle() const {
	ASSERT(::IsWindow(m_hWnd)); return (DWORD) ::SendMessage(m_hWnd, TB_GETSTYLE, 0, 0L);
}
AFX_INLINE void CXTToolBar::SetToolbarStyle(DWORD dwStyle) {
	ASSERT(::IsWindow(m_hWnd)); ::SendMessage(m_hWnd, TB_SETSTYLE, 0, dwStyle);
}
AFX_INLINE int CXTToolBar::HitTest(CPoint p) const {
	ASSERT(::IsWindow(m_hWnd)); return (int) ::SendMessage(m_hWnd, TB_HITTEST, 0, (LPARAM)&p);
}
AFX_INLINE int CXTToolBar::GetHotItem() const {
	ASSERT(::IsWindow(m_hWnd)); return (int) ::SendMessage(m_hWnd, TB_GETHOTITEM, 0, 0L);
}
AFX_INLINE int CXTToolBar::SetHotItem(int iHot) {
	ASSERT(::IsWindow(m_hWnd)); return (int)::SendMessage(m_hWnd, TB_SETHOTITEM, iHot, 0L);
}
AFX_INLINE BOOL CXTToolBar::MapAccelerator(TCHAR ch, UINT& nID) const {
	ASSERT(::IsWindow(m_hWnd)); return (BOOL) ::SendMessage(m_hWnd, TB_MAPACCELERATOR, (WPARAM)ch, (LPARAM)&nID);
}
AFX_INLINE CSize CXTToolBar::GetPadding() const {
	ASSERT(::IsWindow(m_hWnd)); return (CSize)(DWORD)::SendMessage(m_hWnd, TB_GETPADDING, 0, 0L);
}
AFX_INLINE CSize CXTToolBar::SetPadding(CSize size)  {
	ASSERT(::IsWindow(m_hWnd)); return (CSize)(DWORD)::SendMessage(m_hWnd, TB_SETPADDING, 0, MAKELPARAM(size.cx,size.cy));
}
AFX_INLINE void CXTToolBar::GetSizes(SIZE& sizeButton, SIZE& sizeImage) {
    sizeImage = m_sizeImage, sizeButton = m_sizeButton;	
}
AFX_INLINE bool CXTToolBar::IsAdjustingToolbar() const {        
    return m_bAdjusting;
}
AFX_INLINE void CXTToolBar::SetDropCommandWithText(bool bWithText) {
	m_bDropCommandText = bWithText;
}
//////////////////////////////////////////////////////////////////////

//{{AFX_INSERT_LOCATION}}
// Microsoft Developer Studio will insert additional declarations immediately before the previous line.

#endif // #if !defined(__XTTOOLBAR_H__)