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Developing Windows CE Embedded Solutions

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Module 1: Introduction to Microsoft Windows CE

  • Windows CE Design Goals
  • Windows CE Architecture
  • Supported Technologies, Libraries, and Tools
Skills
  • Explain the design goals of Windows CE.
  • Describe the Windows CE architecture.
  • Describe the key technologies, libraries, and tools supported by Windows CE.
Top

Module 2: Using the Sherry Board

  • The Sherry Board
  • Downloading a Windows CE Image Through the Parallel Port
  • Downloading a Windows CE Image Through the Ethernet Port
  • Lab: Downloading Windows CE Images
Skills
  • Describe the hardware components of the Sherry board.
  • Describe the role of the Sherry boot loader.
  • Download a Windows CE image through the parallel port.
  • Download a Windows CE image through the Ethernet port.
Top

Module 3: Customizing Windows CE

  • What Is Platform Builder?
  • Directory Structure of Platform Builder
  • How to Customize a Windows CE Image
  • Customizing a Windows CE Image Using the Command Prompt
  • Platform Builder Build Image Process
  • Customizing a Windows CE Image Using the IDE
  • Exporting a Custom SDK
  • Customizing a Platform Builder Catalog
  • Lab: Customizing a Windows CE Image Using the Command Prompt
  • Lab: Customizing a Windows CE Image Using the IDE
  • Lab: Exporting a Custom SDK
  • Lab: Customizing the Platform Builder Catalog
Skills
  • Describe the functionality of Platform Builder.
  • Describe the directory structure of Platform Builder.
  • Describe the steps involved in cus­tomizing a Microsoft Windows CE image.
  • Create a Windows CE image using the command prompt or the IDE.
  • Export a custom SDK.
  • Customize the Platform Builder Catalog.
Top

Module 4: Debugging a Windows CE Image

  • Debug Zones
  • Windows CE Debug Shell Tool
  • Platform Builder Integrated Kernel Debugger
  • Other Debugging Techniques
  • Lab: Debugging a Windows CE Image
Skills
  • Use debug zones to control the output of debug messages.
  • Use the Microsoft Windows CE debug shell tool.
  • Use the Platform Builder Integrated Kernel Debugger to trace the system code (device drivers, applications, etc.).
Top

Module 5: Implementing an OEM Adaptation Layer

  • Need for an OAL
  • How to Develop an OAL
  • Implementing Hardware Initialization Functions
  • Implementing Interrupt-Related Functions
  • Implementing Power Management Functions
  • Implementing Real-time Clock and Timer Functions
  • Implementing Debug Support Functions
  • Implementing Kernel Input/Output Functions
  • Lab: Implementing an OAL
Skills
  • Explain the role of an OAL.
  • Describe the process of developing an OAL.
  • Implement hardware initialization functions.
  • Implement interrupt-related functions.
  • Implement power management functions.
  • Implement real-time clock and timer functions.
  • Implement debug support functions.
  • Implement kernel input/output functions.
Top

Module 6: Implementing a Device Driver

  • Device Driver Basics
  • Programming Device Drivers
  • Native Device Drivers
  • Stream Interface Device Drivers
  • Network Driver Interface Specification (NDIS) Device Drivers
  • Universal Serial Bus (USB) Device Drivers
  • Lab: Developing a Native Device Driver
  • Lab: Developing a Stream Interface Device Driver
Skills
  • Define device driver and other related terms.
  • Describe the common Win32 API functions used in implementing device drivers - interrupt-related functions, memory management functions, and power management functions.
  • Describe the role of native device drivers.
  • Implement native device drivers using the MDD/PDD layered architecture.
  • Describe the role of stream interface device drivers.
  • Implement stream interface device drivers.
  • Describe the role of the following device driver models, borrowed from other Windows operating systems:
  • Network Driver Interface Specification (NDIS) device driver model aimed at network device driver programming.
  • USB device driver model for handling USB capable devices.
Top

Module 7: Implementing a Boot Loader

  • About Boot Loader
  • Implementing Boot Loader Components
  • Dial-Up Boot Loader
  • Lab: Implementing a Boot Loader
Skills
  • Describe the role of a boot loader.
  • Describe the components of a boot loader.
  • Implement a boot loader.
  • Describe the dial-up boot loader (DUB).
Top

Module 8: Implementing a Shell

  • Introducing the Shell
  • Creating a Custom Shell
  • Lab: Creating a Simple Shell
Skills
  • Describe a shell.
  • Describe the components of a shell.
  • List the shell-related APIs and their functionality.
  • Describe the shells supplied with Platform Builder.
  • Create and install a custom shell.
Top

Exams:

  • There are no exams directly associated with this course

Price Options ex VAT:

Classroom Training
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?		 eLearning Options
?		 Book Learning
?
£ 1850
(€2628) 		£ 995.00
(€1413) 		- No Books Supported for Course at present

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Last Modified 01 May 2008