For more information contact us      Phone: +1-425-748-5018   Fax: +1-425-644-2185   TrainingUSA@selagroup.com Coming courses Register/More info More courses from Win Programming  Windows Driver Foundation: KMDF Device Driver Development Course 1 – Basics Windows Internals Windows XP / W2K3 WDM Device Driver Development - Basic Advanced WPF Developing Win32/64 Concurrent Applications Targeting Multi-Core Windows Internals for Developers NDIS 5 Windows-Network-Driver-Development Windows XP/W2K3 Server WDM Device Driver Development - Advanced (Plug'n'Play, Power Management and WMI) Developing Windows 64 High-Performance Concurrent Applications

Win32_64_Con - Version: 2 Developing Windows Concurrent Applications 4 days course Description Writing concurrent applications is no longer a "luxury" reserved to high-end server developers. Client applications need concurrency to maintain responsive user interfaces, server applications need concurrency to utilize hardware resources, and everyone needs concurrency to properly mix I/O requests with CPU processing. In this four day course you will learn how to develop concurrent applications that use multiple threads, thread pool work items, or high-level tasks for better throughput and responsiveness on multicore hardware. Intended audience Windows developers, team leaders, and architects with at least two years of experience programming Win32 applications in C++. Prerequisites Two years of Windows programming experience in C++ Familiarity with operating system concepts such as processes, threads, synchronization, virtual memory Familiarity with the Win32 API Objectives Develop high-performance concurrent Windows applications in C++. Topics Processes and Threads Programming Windows processes Programming Windows threads Types of data shared between processes and threads LAB Synchronization Interlocked operations Lock-free synchronization (CAS) Memory model Win32 synchronization mechanisms Vista synchronization mechanisms (condition variable, SRWL) Designing custom synchronization mechanisms LAB Thread Communication User-mode APC Window Messages I/O Completion Port LAB Thread Pool Queuing work items Timers Registering for wait Binding I/Os to the thread pool's I/O completion port Architecture and Patterns Architectural styles - fork/join, pipeline, grid Architectural patterns Dependency management Continuation and cancellation Concrete design patterns Cache access patterns Identifying and visualizing anti-patterns LAB Debugging Concurrent Applications Visual Studio 2010 Concurrency profiler Smart thread-related breakpoints in Visual Studio Introduction to WinDbg Deadlock detection and handle problems with WinDbg Deadlock detection with local kernel debugging and WCT LAB OpenMP Sections and other clauses Parallelizing loops Critical sections Configuring OpenMP scheduling and partitioning LAB ConcRT Task parallelism Data parallelism (parallel algorithms) Concurrent containers Cooperative synchronization mechanisms Introduction to the Asynchronous Agents Library LAB

Win32_64_Con Course
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