#Codejock mfc documentation how to#
#Codejock mfc documentation windows#

#Codejock mfc documentation how to#

How to use resource files to manage static user interface data such as UI strings and dialog box layout. Provides links to the structures, styles, callbacks, and message maps used by the MFC Library.ДЄ guide to the features in Visual Studio for creating MFC applications. Structures, Styles, Callbacks, and Message Maps Provides links to the macros and global functions in the MFC Library. For completeness, this section describes these internal classes, but they are not intended to be used directly in your code. Provides links to and header file information for the MFC classes. Provides some tips for customizing your MFC application. Provides links to specialized topics, written by the MFC development team, on the class library. Lists the classes in the MFC Library according to category.Д¬ontains articles that walk you through various tasks associated with MFC library features. Visually details the class relationships in the class library. For more information, see MFC MBCS DLL Add-on. MFC libraries (DLLs) for multibyte character encoding (MBCS) are no longer included in Visual Studio, but are available as a Visual Studio add-on.

#Codejock mfc documentation windows#

The MFC classes and their members cannot be used in applications that execute in the Windows Runtime environment. See the class header files for a complete listing of class members. Public and protected class members are documented only when they are normally used in application programs or derived classes.

The documentation for each class includes a class overview, a member summary by category, and topics for the member functions, overloaded operators, and data members. For information on these functions, refer to the base classes depicted in the hierarchy diagrams.

The MFC Reference usually does not describe inherited member functions or inherited operators. The individual hierarchy charts included with each class are useful for locating base classes. The MFC Reference covers the classes, global functions, global variables, and macros that make up the Microsoft Foundation Class Library. For information on building Windows applications in C++ without MFC, see Build desktop Windows apps using the Win32 API. For documentation on the Windows platform itself, see Windows documentation. You can use MFC to create applications with Office-style user interfaces. Although it can be used to create very simple desktop applications, it is most useful when you need to develop more complex user interfaces with multiple controls. In a splitter window, the frame window's client area is occupied by a splitter window, which in turn has multiple child windows, called panes, which are views.The Microsoft Foundation Class (MFC) Library provides an object-oriented wrapper over much of the Win32 and COM APIs. The following figure shows the relationship between a frame window and a view.ДЇrame Window and View Frame Windows and Splitter WindowsДЄnother common arrangement is for the frame window to frame multiple views, usually using a splitter window. The 'contents' consist of the window's client area, which is fully occupied by a child window - the view. The frame window provides a visible frame around a view, complete with a caption bar and standard window controls such as a control menu, buttons to minimize and maximize the window, and controls for resizing the window. Drawing and other user interaction with the document take place in the view's client area, not the frame window's client area. The view window is a child of the frame window. A frame-window class manages the frame, and a view class manages the contents. The two components - frame and contents - are represented and managed by two different classes in MFC. The MFC framework uses frame windows to contain views. You manage the contents inside the frame. Windows manages most of the user's interaction with the frame window: moving and resizing the window, closing it, and minimizing and maximizing it. A document frame window can be a single document interface (SDI) frame window or a multiple document interface (MDI) child window. A document frame window has two major components: the frame and the contents that it frames. When an application runs under Windows, the user interacts with documents displayed in frame windows.