Author: Thuan Q. Pham
Edition:
Binding: Paperback
ISBN: 0130109126
Edition:
Binding: Paperback
ISBN: 0130109126
Multithreaded Programming with Win32
Learn practical Win32 multithreading techniques that can make all your Windows NT software faster and more responsive. Get Multithreaded Programming with Win32 computer books for free.
Start by understanding how multithreading works, and the fundamentals of the Windows NT Thread Interface, including processes, thread management, creation, termination, and prioritization. Review the key techniques Win32 provides for thread synchronization, with practical examples of how to use them most effectively. Understand the role of monitors and data encapsulation. Next, use Microsoft's deadlock detection, prevention and recovery techniques to avoid the classic conditions known to crash multithreaded systems. Learn about the thread-package architecture and implementations, including user-level, kernel-level and multiplexed Check Multithreaded Programming with Win32 our best computer books for 2013. All books are available in pdf format and downloadable from rapidshare, 4shared, and mediafire.
Multithreaded Programming with Win32 Download
Start by understanding how multithreading works, and the fundamentals of the Windows NT Thread Interface, including processes, thread management, creation, termination, and prioritization. Review the key techniques Win32 provides for thread synchronization, with practical examples of how to use them most effectively. Understand the role of monitors and data encapsulation. Next, use Microsoft's deadlock detection, prevention and recovery techniques to avoid the classic conditions known to crash multithreaded systems tart by understanding how multithreading works, and the fundamentals of the Windows NT Thread Interface, including processes, thread management, creation, termination, and prioritization. Review the key techniques Win32 provides for thread synchronization, with practical examples of how to use them most effectively. Understand the role of monitors and data encapsulation. Next, use Microsoft's deadlock detection, prevention and recovery techniques to avoid the classic conditions known to crash multithreaded systems. Learn about the thread-package architecture and implementations, including user-level, kernel-level and multiplexed
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