// XTPFunctions.h : global functions.
//
// This file is a part of the XTREME CONTROLS MFC class library.
// (c)1998-2012 Codejock Software, All Rights Reserved.
//
// THIS SOURCE FILE IS THE PROPERTY OF CODEJOCK SOFTWARE AND IS NOT TO BE
// RE-DISTRIBUTED BY ANY MEANS WHATSOEVER WITHOUT THE EXPRESSED WRITTEN
// CONSENT OF CODEJOCK SOFTWARE.
//
// THIS SOURCE CODE CAN ONLY BE USED UNDER THE TERMS AND CONDITIONS OUTLINED
// IN THE XTREME TOOLKIT PRO LICENSE AGREEMENT. CODEJOCK SOFTWARE GRANTS TO
// YOU (ONE SOFTWARE DEVELOPER) THE LIMITED RIGHT TO USE THIS SOFTWARE ON A
// SINGLE COMPUTER.
//
// CONTACT INFORMATION:
// support@codejock.com
// http://www.codejock.com
//
/////////////////////////////////////////////////////////////////////////////

//{{AFX_CODEJOCK_PRIVATE
#if !defined(__XTFUNCTIONS_H__)
#define __XTFUNCTIONS_H__
//}}AFX_CODEJOCK_PRIVATE

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

#if defined(XTP_INIT_BY_REGULAR_DLL)

// ------------------------------------------------------------------------------
// Summary:
//     This member function will initialize the resources for the Xtreme Toolkit.
//     If using the Xtreme Toolkit as an extension DLL within a regular
//     DLL, add the following two lines to your stdafx.h file. This will
//     give you access to the exported function InitXtremeExtDll():
// Example:
//     The following code sample demonstrates the usage of XTPInitDLL.
// <code>
// #define XTP_INIT_BY_REGULAR_DLL
// #include "XTToolkit.h"
// </code>
//
//     You will then need to add XTP_INIT_BY_REGULAR_DLL to the Xtreme Toolkit
//     preprocessor definitions and rebuild it. After you have done this,
//     locate your CWinApp::InitInstance() method for your regular DLL
//     and make the following call:
//
// <code>
// XTPInitDLL();
// </code>
//
// This will initialize the resources for the Xtreme Toolkit.
// ------------------------------------------------------------------------------
_XTP_EXT_CLASS void AFXAPI XTPInitDLL();

#endif//#if defined(XTP_INIT_BY_REGULAR_DLL)

// --------------------------------------------------------------------
// Summary:
//     The XTPChangeWindowFont function will set the font for
//     the window specified by <i>pWnd</i> and all of the child windows
//     \owned by <i>pWnd</i>.
// Parameters:
//     pWnd -   Pointer to a valid CWnd object.
//     pFont -  Pointer to the new font to set for the window.
// --------------------------------------------------------------------
_XTP_EXT_CLASS void AFXAPI XTPChangeWindowFont(CWnd* pWnd, CFont* pFont);

// ----------------------------------------------------------------------------
// Summary:
//     The XTPDrawEmbossed function will draw an embossed icon
//     \onto the specified device context from the image list <i>imageList</i>.
//     It is typically used by toolbars and menus to draw a disabled icon
//     in color.
// Parameters:
//     pDC -        Pointer to the current device context.
//     imageList -  Address of an image list.
//     nIndex -     Index of the image in the image list.
//     point -      XY location of where to draw the icon.
//     bInColor -   TRUE to draw the item in color, otherwise the icon will
//                  be drawn with the default disabled look.
// ----------------------------------------------------------------------------
_XTP_EXT_CLASS void AFXAPI XTPDrawEmbossed(CDC* pDC, CImageList& imageList, int nIndex, CPoint point, BOOL bInColor);

// --------------------------------------------------------------------
// Summary:
//     Renders a shadow onto the specified device context.
// Parameters:
//     pDC -   Points to the current device context.
//     rect -  Size of the area to draw.
// Remarks:
//     The XTPDrawShadedRect function will render a shaded or
//     'shadow' rectangle onto the the device context specified by pDC.
// --------------------------------------------------------------------
_XTP_EXT_CLASS void AFXAPI XTPDrawShadedRect(CDC* pDC, CRect& rect);

// ------------------------------------------------------------------------------
// Summary:
//     The XTPChildWindowFromPoint function will retrieve an HWND
//     handle for the child window (if any) located directly under the
//     cursor position specified by <i>point</i>.
// Parameters:
//     hWnd -   HWND handle of the parent window to find the child for.
//     point -  Current cursor position.
// Returns:
//     An HWND handle for the child window at <i>point</i>.
// ------------------------------------------------------------------------------
_XTP_EXT_CLASS HWND AFXAPI XTPChildWindowFromPoint(HWND hWnd, POINT point);

// -------------------------------------------------------------------------------
// Summary:
//     The XTPPathExists function searches a directory for a
//     file or subdirectory whose name matches the specified name.
// Parameters:
//     lpszFileName -  [in] Pointer to a null\-terminated string that specifies a
//                     valid directory or path and file name, which can contain
//                     wild card characters (* and ?). If the string ends with a
//                     wild card, a period, or a directory name, the user must have
//                     access to the root and all subdirectories on the path.
// Returns:
//     TRUE if the file or subdirectory exists, otherwise FALSE.
// -------------------------------------------------------------------------------
_XTP_EXT_CLASS BOOL AFXAPI XTPPathExists(LPCTSTR lpszFileName);


// ----------------------------------------------------------------------------
// Summary:
//     Creates a view based on a CRuntimeClass object.
// Parameters:
//     pParentWnd -  Points to the parent of the view to be created. The parent
//                   must be valid.
//     pViewClass -  Specifies the CRuntimeClass of the new view.
//     pDocument -   CDocument associated with the view. It can be NULL.
//     pContext -    Create context for the view. It can be NULL.
//     dwStyle -     Default style for the view.
//     pOwnerWnd -   Owner of the view. If NULL, 'pParentWnd' is used.
//     nID -         Control ID of the view.
// Remarks:
//     The XTPCreateView function will create a view based on
//     the CRuntimeClass <i>pViewClass</i>.
// Returns:
//     A CWnd* pointer to the newly created view if successful, otherwise
//     returns NULL.
// Example:
// <code>
// CView* pView = (CView*)XTPCreateView(this, RUNTIME_CLASS(CMyView));
// ASSERT_VALID(pView);
// </code>
// ----------------------------------------------------------------------------
_XTP_EXT_CLASS CWnd* AFXAPI XTPCreateView(CWnd* pParentWnd, CRuntimeClass *pViewClass, CDocument *pDocument = NULL, CCreateContext* pContext = NULL, DWORD dwStyle = AFX_WS_DEFAULT_VIEW, CWnd* pOwnerWnd = NULL, UINT nID = AFX_IDW_PANE_FIRST);


// -------------------------------------------------------------------------
// Summary:
//     Call this member function to display a context menu that is
//     compatible with both pro and standard versions.
// Parameters:
//     pPopup :     Pointer to a valid CMenu object.
//     nFlags :     Specifies a screen\-position flag and a mouse\-button
//                  flag. The screen\-position flag can be one of the
//                  following\:<p />TPM_CENTERALIGN Centers the pop\-up
//                  menu horizontally relative to the coordinate specified
//                  by x.<p />TPM_LEFTALIGN Positions the pop\-up menu so
//                  that its left side is aligned with the coordinate
//                  specified by x.<p />TPM_RIGHTALIGN Positions the
//                  pop\-up menu so that its right side is aligned with
//                  the coordinate specified by x.<p />The mouse\-button
//                  flag can be either of the following\:<p />TPM_LEFTBUTTON
//                  Causes the pop\-up menu to track the left mouse
//                  button.<p />TPM_RIGHTBUTTON Causes the pop\-up menu to
//                  track the right mouse button.
//     xPos :       Specifies the horizontal position in screen
//                  coordinates of the pop\-up menu. Depending on the
//                  value of the nFlags parameter, the menu can be
//                  left\-aligned, right\-aligned, or centered relative to
//                  this position.
//     yPos :       Specifies the vertical position in screen coordinates
//                  of the top of the menu on the screen.
//     pWnd :       Identifies the window that owns the pop\-up menu. This
//                  window receives all WM_COMMAND messages from the menu.
//                  In Windows versions 3.1 and later, the window does not
//                  receive WM_COMMAND messages until TrackPopupMenu
//                  \returns. In Windows 3.0, the window receives
//                  WM_COMMAND messages before TrackPopupMenu returns.
//     nIDBitmap :  Toolbar resource ID that contains images to be
//                  displayed with menu commands.
//     bNoNotify :  TRUE to notify the control.
// Remarks:
//     A floating pop-up menu can appear anywhere on the screen.
// See Also:
//     CXTPCommandBars::TrackPopupMenu
// Example:
//     The following example demonstrates using XTPContextMenu.
//     <code>
//     CPoint pt = point;
//     ClientToScreen(&amp;pt);
//
//     CMenu menu;
//     VERIFY(XTPResourceManager()-\>LoadMenu(&amp;menu, XTP_IDM_POPUP));
//
//     CMenu* pPopup = menu.GetSubMenu(0);
//     ASSERT(pPopup != NULL);
//     CWnd* pWndPopupOwner = this;
//
//     XTPContextMenu(pPopup, TPM_LEFTALIGN | TPM_RIGHTBUTTON,
//         pt.x, pt.y, pWndPopupOwner, XTP_IDR_TBAR_OUT);
//     </code>
//
// -------------------------------------------------------------------------
_XTP_EXT_CLASS BOOL AFXAPI XTPContextMenu(CMenu* pPopup, UINT nFlags, int xPos, int yPos, CWnd* pWnd, int nIDBitmap, BOOL bNoNotify = TRUE);

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

#endif // #if !defined(__XTFUNCTIONS_H__)