Common Dialog Box Library Provides applications the standard dialog boxes to open and save files, choose color and font, etc. Since Windows XP versions, the basic controls reside in comctl32.dll, together with the common controls (Common Control Library). This functional unit resides in user.exe on 16-bit Windows, and user32.dll on 32-bit Windows. User Interface Provides the functions to create and manage screen windows and most basic controls, such as buttons and scrollbars, receive mouse and keyboard input, and other functions associated with the graphical user interface (GUI) part of Windows. Kernel-mode GDI support is provided by win32k.sys which communicates directly with the graphics driver. It resides in gdi.exe on 16-bit Windows, and gdi32.dll on 32-bit Windows in user-mode. Graphics Device Interface Provides functions to output graphics content to monitors, printers, and other output devices. These functions reside in advapi32.dll and advapires32.dll on 32-bit Windows. Included are things like the Windows registry, shutdown/restart the system (or abort), start/stop/create a Windows service, manage user accounts. Advanced Services Provide access to functions beyond the kernel. These files reside in the folder \Windows\System32 on all versions of Windows.
Wininet.dll windows ce 64 Bit#
These functions reside in kernel.exe, krnl286.exe or krnl386.exe files on 16-bit Windows, and kernel32.dll and KernelBase.dll on 32 and 64 bit Windows. Included are things like file systems, devices, processes, threads, and error handling. The functions provided by the Windows API can be grouped into eight categories: Base Services Provide access to the basic resources available to a Windows system.
Wininet.dll windows ce windows 8#
For instance, Windows 8 provides the Windows API and the WinRT API, which is implemented in C++ and is object-oriented by design. There have also been many wrapper classes and extensions (from Microsoft and others) for object-oriented languages that make this object-oriented structure more explicit ( Microsoft Foundation Class Library (MFC), Visual Component Library (VCL), GDI+, etc.). Despite the fact that C is not an object-oriented programming language, the Windows API and Windows have both historically been described as object-oriented. Similarly, the internal implementation of the API's function has been developed in several languages, historically.
However, the API may be used by any programming language compiler or assembler able to handle the (well-defined) low-level data structures along with the prescribed calling conventions for calls and callbacks. The Windows API (Win32) is focused mainly on the programming language C in that its exposed functions and data structures are described in that language in recent versions of its documentation.
Wininet.dll windows ce software#
ĭeveloper support is available in the form of a software development kit, Microsoft Windows SDK, providing documentation and tools needed to build software based on the Windows API and associated Windows interfaces. On the Windows NT line of operating systems, a small number (such as programs started early in the Windows startup process) use the Native API. Almost all Windows programs interact with the Windows API. The name Windows API collectively refers to several different platform implementations that are often referred to by their own names (for example, Win32 API) see the versions section. The Windows API, informally WinAPI, is Microsoft's core set of application programming interfaces (APIs) available in the Microsoft Windows operating systems. Microsoft's core set of application programming interfaces on Windows
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