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The Windows API, informally WinAPI ... the implementation of API functions has been developed in several languages other than C. [a] ... All memory pointers are 64 ...
The Native API comprises many functions. They include C runtime functions that are needed for a very basic C runtime execution, such as strlen(), sprintf(), memcpy() and floor(). Other common procedures like malloc(), printf(), scanf() are missing (the first because it does not specify a heap to allocate memory from and the second and third ...
The Hardware Abstraction Layer in the architecture of Windows NT. The Windows Hardware Abstraction Layer (HAL) is implemented in hal.dll. [1] The HAL implements a number of functions that are implemented in different ways by different hardware platforms, which in this context, refers mostly to the chipset.
Common Language Runtime, Common Type System, Global Assembly Cache, Microsoft Intermediate Language, Windows Forms; ADO.NET, ASP.NET; Windows Communication Foundation (WCF) Windows Presentation Foundation (WPF) Windows Workflow Foundation (WF) Windows CardSpace (WCS) Universal Windows Platform (UWP) Windows PowerShell; Microsoft Management ...
Loads the DLL into memory. Locates the address of the function in memory and pushes its arguments onto the stack, marshaling data as required. P/Invoke is useful for using standard (unmanaged) C or C++ DLLs. It can be used when a programmer needs to have access to the extensive Windows API, as many functions provided by the Windows libraries ...
The application programming interface (API) function TlsAlloc can be used to obtain an unused TLS slot index; the TLS slot index will then be considered 'used'.. The TlsGetValue and TlsSetValue functions are then used to read and write a memory address to a thread-local variable identified by the TLS slot index.
API and server software that enables applications to administer the routing and remote-access service capabilities of the operating system, to function as a network router. Windows 2000: Secondary Logon SecLogon Allows users to run apps with a different account than the one they logged in with.
On 32-bit systems, AWE depends on Physical Address Extension support when reserving memory above 4 GB. [2] AWE was first introduced in Windows 2000 as a new API superseding the PSE36 method (from the Windows NT 4.0 Enterprise Edition) of accessing more than 4 GB of memory, which was no longer supported in Windows 2000.