Windows XP Memory Management in C, CLR: Deepen your understanding of how a .NET application uses memory, and what an application developer can do to improve Windows XP memory management for better performance and more reliable applications. The Microsoft .NET Framework and Common Language Runtime (CLR) mark a significant change in how developers build applications targeting the Windows platform. In years past, developers directly manipulated system memory, allocating, initializing, moving data around and freeing blocks of memory by address pointers. This type of memory management in c tended to result in fast programs, but unfortunately introduced a wide range of highly detailed and difficult-to-debug errors.

---

Deepen your understanding of how a .NET application uses memory, and what an application developer can do to improve memory management for better performance and more reliable applications. The Microsoft .NET Framework and Common Language Runtime (CLR) mark a significant change in how developers build applications targeting the Windows platform. In years past, developers directly manipulated system memory, allocating, initializing, moving data around and freeing blocks of memory by address pointers. This practice tended to result in fast programs, but unfortunately introduced a wide range of highly detailed and difficult-to-debug errors.

Developers can free themselves from the error-prone tedium of managing an application’s memory by using the features of the .NET Framework to do it automatically. The .NET Framework allocates memory on demand, and reclaims memory once the application is done with it. Developers can focus on solving business problems and leave memory management details to the .NET Framework.

But nothing comes for free in writing applications. It’s time-consuming to identify memory that is no longer needed, collect that memory and return it to the free memory heap. Applications that use memory poorly add to the problem, forcing the system to work harder and more often to reclaim memory. Over time, poor application memory management can also result in subtle, difficult-to-find errors that slow application performance while reducing scalability and reliability.

To download pdf version of this paper, click on link below