For more information contact us   Merav Di-Capua   Phone: 03-6176066   Fax: 03-6176677   merav@sela.co.il Coming courses Register/More info More courses from Embedded/RT  Design of Safety-Critical Systems & Software Real-Time Operating Systems With VxWorks Design of Distributed and Multi-Core Systems & Software RTOS Architecture and Effective C Windows CE System Programming Windows CE System Generation and Drivers Testing of Embedded Software Safety Critical & High Availability Systems Embedded Solutions For Windows XP Embedded Design of Device Drivers for Embedded Systems Design of High Availability Systems & Software Debugging Real-Time Software Real-Time Design Patterns Introduction to Real-Time Operating Systems Real-Time UML Effective C++ in RT/Embedded Systems Linux Embedded/RT and Drivers Architectural Design of Real-Time Software Real-Time Essentials Embedded Linux Basics

WinCE2 - Version: 1 Windows CE System Programming 4 days course Description The first part of this course gives an overview of the Windows CE components as well as Microsoft development tools. Then the concepts of Windows CE.NET multithreading and synchronization are discussed and demonstrated using labs; this includes how independently running threads can be synchronized and how data can be exchanged between different processes. Second topic handles the Windows CE memory map. All API calls at user level will be discussed including application examples for selected calls. Next topic deals with Windows CE memory management, especially how to handle the object store which is used for storing, data, data bases, registry entries and CEDatabase. The communication chapter explains how Windows CE communicates with other system environments using Memory Mapped Files (Windows CE implementation for shared memory) and Pipes. The RAPI ( Remote API) will be explained as a basic tool to communicate with external devices. This enables the user in a very efficient way to have access to the ObjectStore using Windows NT. Among many available communications interfaces TCP/IP and IrDA has been chosen to be discussed. After this course the student will be familiar with the system and communication interfaces as well as the driver model of Windows CE. He is able to design and implement system architectures. The student also will be able to design communication tasks both, within a device using multithreading and interprocess communication, as well as using TCP/IP and IrDA. Intended audience Software designer and developer implementing system programs and communication interfaces on an existing platform. Prerequisites Topics

WinCE2 Course
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