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| Overview of WindowsCE |
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Architecture and versions of Windows CE |
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What's new in version 6.0 |
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Technologies and processors supported |
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Embedded specific settings |
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Shared source code and licensing system |
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Comparison with Windows XP Embedded. |
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Comparison with Windows Mobile |
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Development tools for Windows Embedded CE |
| Windows CE architecture |
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The Windows CE Kernel |
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The Device Manager |
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The Graphical Windowing and Events System (GWES) |
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Communications services |
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Timers, Watchdog timers. |
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Interruptions, |
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IRQs (Interrupt ReQuest) |
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ISR (Interrupt Service Routine) |
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The IST (Interrupt Service Thread) |
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Interruption APIs |
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Memory architecture. |
| Platform Builder in brief |
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Steps to build a Windows Embedded CE platform |
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Creating projects and source Workspaces |
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Modules and components of the OS |
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The source code configuration files |
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DIRS |
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SOURCES |
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Makefile |
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Module definition |
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Build phases |
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Compile |
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Sysgen |
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Release copy |
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Make image |
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Configuring Debug and Release configuration |
| Test and debug |
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Kernel Debug |
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Debug areas |
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Just In Time Debugging (JIT) |
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Kernel Profiler, Remote Kernel Tracker, Remote Call Profiler. |
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Exception handling |
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CETK Tests |
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Using remote tools |
| Developing the Board Support Package (BSP) |
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Bootloader development |
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Develop the OEM Abstraction Layer (OAL) |
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Configuration files |
| Exercice : |
Development of a serail line KITL |
| Exercice : |
Debug using the Lauterbach probe |
| Device driver development |
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Introduction |
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Driver types |
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Stream drivers |
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interface |
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installation (static and dynamic) |
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User mode drivers |
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Access to physical memory |
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Interrupt management |
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Parameter marshalling |
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Power management |
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Test and debug |
| Exercice : |
Writing a fully functional button driver
• driver installation
• physical memory access
• interrupt management
• asynchronous access to the user buffer
• registration of a button as an alarm source
• writing a CETK test |
| Exercice : |
Writing a LED driver
• management of power states |
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Demonstrating the use of hardware traces (captured by the Embedded Trace Macrocell) for error detection and fix, using a Lauterbach probe. |
