Microsoft Windows Embedded CE 6.0 Exam Preparation Kit
О книге
Аннотация
- Foreword
- Introduction
- Chapter 1 Customizing the Operating System Design
- Lesson 1: Creating and Customizing the Operating System Design
- Operating System Design Overview
- Creating an OS Design
- The OS Design Template
- OS Design Customization with Catalog Components
- Build Configuration Management
- OS Design Property Pages
- Locale Options
- Build Options
- Environment Options
- Advanced OS Design Configurations
- Associating an OS Design with Multiple Platforms
- OS Design Paths and Files
- Source Control Software Considerations
- Lesson Summary
- Lesson 2: Configuring Windows Embedded CE Subprojects
- Windows Embedded Subprojects Overview
- Types of Subprojects
- Creating and Adding Subprojects to an OS Design
- Creating Windows Embedded CE Applications and DLLs
- Creating Static Libraries
- Creating a Subproject to Add Files or Environment Variables to a Run-Time Image
- Configuring a Subproject
- Lesson Summary
- Lesson 3: Cloning Components
- Public Tree Modification and Component Cloning
- Cloning Public Code
- Lesson Summary
- Lesson 4: Managing Catalog Items
- Catalog Files Overview
- Creating and Modifying Catalog Entries
- Catalog Entry Properties
- Adding a New Catalog Item to an OS Design
- Using a Catalog Item for BSP Development
- Exporting a Catalog Item from the Catalog
- Catalog Component Dependencies
- Lesson Summary
- Lesson 5: Generating a Software Development Kit
- Software Development Kit Overview
- SDK Generation
- Configuring and Generating an SDK
- Adding New Files to an SDK
- Installing an SDK
- Lesson Summary
- Lab 1: Creating, Configuring, and Building an OS Design
- ►Create an OS Design
- ►Inspect the OS Catalog
- ►Add Support for the Internet Explorer 6.0 Sample Browser Catalog Item
- ►Add Support for Managed Code Development to Your OS Design
- Chapter Review
- Key Terms
- Suggested Practice
- Create a Custom OS Design
- Generate and Test an SDK
- Chapter 2 Building and Deploying a Run-Time Image
- Lesson 1: Building a Run-Time Image
- Build Process Overview
- Building Run-Time Images in Visual Studio
- Building Run-Time Images from the Command Line
- Windows Embedded CE Run-Time Image Content
- Binary Image Builder Files
- Registry Files
- Database Files
- File System Files
- Lesson Summary
- Lesson 2: Editing Build Configuration Files
- Dirs Files
- Sources Files
- Makefile Files
- Lesson Summary
- Lesson 3: Analyzing Build Results
- Understanding Build Reports
- Troubleshooting Build Issues
- Errors during the Sysgen Phase
- Errors during the Build Phase
- Errors during the Release Copy Phase
- Errors during the Make Run-Time Image Phase
- Lesson Summary
- Lesson 4: Deploying a Run-Time Image on a Target Platform
- Choosing a Deployment Method
- Download Layer
- Transport Layer
- Debugger Options
- Attaching to a Device
- Lesson Summary
- Lab 2: Building and Deploying a Run-Time Image
- Build a Run-Time Image for an OS Design
- Configure Connectivity Options
- Change the Emulator Configuration
- Test a Run-Time Image on the Device Emulator
- Chapter Review
- Key Terms
- Suggested Practice
- Start the Build Process from the Command Line
- Deploy Run-Time Images
- Clone a Public Catalog Component Manually
- Chapter 3 Performing System Programming
- Lesson 1: Monitoring and Optimizing System Performance
- Real-Time Performance
- Demand Paging
- System Timer
- Power Management
- System Memory
- Non-Real-Time APIs
- Real-Time Performance Measurement Tools
- Interrupt Latency Timing (ILTiming)
- Operating System Benchmark (OSBench)
- Remote Performance Monitor
- Hardware Validation
- Lesson Summary
- Lesson 2: Implementing System Applications
- System Application Overview
- Start an Application at Startup
- HKEY_LOCAL_MACHINE\INIT Registry Key
- The Startup Folder
- Delayed Startup
- Windows Embedded CE Shell
- Command Processor Shell
- Windows Embedded CE Standard Shell
- Thin Client Shell
- Taskman
- Windows Embedded CE Control Panel
- Control Panel Components
- Implementing Control Panel Applets
- Building Control Panel Applets
- Enabling Kiosk Mode
- Lesson Summary
- Lesson 3: Implementing Threads and Thread Synchronization
- Processes and Threads
- Thread Scheduling on Windows Embedded CE
- Process Management API
- Thread Management API
- Creating, Exiting, and Terminating Threads
- Managing Thread Priority
- Suspending and Resuming Threads
- Thread Management Sample Code
- Thread Synchronization
- Critical Sections
- Mutexes
- Semaphores
- Events
- Interlocked Functions
- Troubleshooting Thread Synchronization Issues
- Lesson Summary
- Lesson 4: Implementing Exception Handling
- Exception Handling Overview
- Exception Handling and Kernel Debugging
- Hardware and Software Exceptions
- Exception Handler Syntax
- Termination Handler Syntax
- Dynamic Memory Allocation
- Lesson Summary
- Lesson 5: Implementing Power Management
- Power Manager Overview
- Power Manager Components and Architecture
- Power Manager Source Code
- Driver Power States
- System Power States
- Activity Timers
- Power Management API
- Notification Interface
- Device Driver Interface
- Application Interface
- Power State Configuration
- Overriding the Power State Configuration for an Individual Device
- Overriding the Power State Configuration for Device Classes
- Processor Idle State
- Lesson Summary
- Lab 3: Kiosk Mode, Threads, and Power Management
- ► Create a Thread
- ► Enable Power Management Notification Messages
- ► Enable Kiosk Mode
- Chapter Review
- Key Terms
- Suggested Practices
- Use the ILTiming and OSBench Tools
- Implement a Custom Shell
- Experiment with Multithreaded Applications and Critical Sections
- Chapter 4 Debugging and Testing the System
- Lesson 1: Detecting Software-Related Errors
- Debugging and Target Device Control
- Kernel Debugger
- Debug Message Service
- Macros for Debug Messages
- Debug Zones
- Zones Registration
- Zone Definitions
- Enabling and Disabling Debug Zones
- Overriding Debug Zones at Startup
- Best Practices
- Target Control Commands
- Debugger Extension Commands (CEDebugX)
- Advanced Debugger Tools
- Application Verifier Tool
- CeLog Event Tracking and Processing
- Remote Kernel Tracker
- CeLogFlush Tool
- Readlog Tool
- Lesson Summary
- Lesson 2: Configuring the Run-Time Image to Enable Debugging
- Enabling the Kernel Debugger
- OS Design Settings
- Selecting a Debugger
- KITL
- Debugging a Target Device
- Enabling and Managing Breakpoints
- Breakpoint Restrictions
- Lesson Summary
- Lesson 3: Testing a System by using the CETK
- Windows Embedded CE Test Kit Overview
- CETK Architecture
- Using the CETK
- Using the CETK Workstation Server Application
- Create a Test Suite
- Customizing Default Tests
- Running Clientside.exe Manually
- Running CETK Tests in Standalone Mode
- Creating a Custom CETK Test Solution
- Creating a Custom Tux Module
- Defining a Custom Test in the CETK Test Application
- Debugging a Custom Test
- Analyzing CETK Test Results
- Lesson Summary
- Lesson 4: Testing the Boot Loader
- CE Boot Loader Architecture
- Debugging Techniques for Boot Loaders
- Lesson Summary
- Lab 4: System Debugging and Testing based on KITL, Debug Zones, and CETK Tools
- ► Enable KITL and Use Debug Zones
- ► Perform Mouse Driver Tests by Using the CETK
- Chapter Review
- Key Terms
- Suggested Practices
- Detect Memory Leaks
- Custom CETK Test
- Chapter 5 Customizing a Board Support Package
- Lesson 1: Adapting and Configuring a Board Support Package
- Board Support Package Overview
- Adapting a Board Support Package
- Cloning a Reference BSP
- BSP Folder Structure
- Platform-Specific Source Code
- Implementing a Boot Loader from Existing Libraries
- Memory Mappings
- Driver Globals
- StartUp Entry Point and Main Function
- Serial Debug Output
- Platform Initialization
- Downloading via Ethernet
- Flash Memory Support
- User Interaction
- Additional Features
- Adapting an OAL
- OEM Address Table
- StartUp Entry Point
- Kernel Independent Transport Layer
- Profile Timer Support
- Integrating New Device Drivers
- Device Driver Code Locations
- Modifying Configuration Files
- Lesson Summary
- Lesson 2: Configuring Memory Mapping of a BSP
- System Memory Mapping
- Kernel Address Space
- Process Address Space
- Memory Management Unit
- Statically Mapped Virtual Addresses
- Dynamically Mapped Virtual Addresses
- Memory Mapping and the BSP
- Mapping Noncontiguous Physical Memory
- Enabling Resource Sharing between Drivers and the OAL
- Dynamically Accessing Physical Memory
- Statically Reserving Physical Memory
- Communication between Drivers and the OAL
- Lesson Summary
- Lesson 3: Adding Power Management Support to an OAL
- Power State Transitions
- Reducing Power Consumption in Idle Mode
- Powering Off and Suspending the System
- Entering the Suspend State
- Waking Up from Suspend State
- Supporting the Critical Off State
- Lesson Summary
- Lab 5: Adapting a Board Support Package
- ► Clone a BSP
- ► Create a Run-Time Image
- ► Customize the BSP
- Chapter Review
- Key Terms
- Suggested Practices
- Access the Hardware Registers of a Peripheral Device
- Reorganize Platform Memory Mappings
- Chapter 6 Developing Device Drivers
- Lesson 1: Understanding Device Driver Basics
- Native and Stream Drivers
- Monolithic vs. Layered Driver Architecture
- Monolithic Drivers
- Layered Drivers
- Lesson Summary
- Lesson 2: Implementing a Stream Interface Driver
- Device Manager
- Driver Naming Conventions
- Stream Interface API
- Device Driver Context
- Building a Device Driver
- Implementing Stream Functions
- Exporting Stream Functions
- Sources File
- Opening and Closing a Stream Driver by Using the File API
- Dynamically Loading a Driver
- Lesson Summary
- Lesson 3: Configuring and Loading a Driver
- Device Driver Load Procedure
- Registry Settings to Load Device Drivers
- Registry Keys Related to Loaded Device Drivers
- Kernel-Mode and User-Mode Drivers
- User-Mode Drivers and the Reflector Service
- User-Mode Drivers Registry Settings
- Binary Image Builder Configuration
- Lesson Summary
- Lesson 4: Implementing an Interrupt Mechanism in a Device Driver
- Interrupt Handling Architecture
- Interrupt Service Routines
- Interrupt Service Threads
- Interrupt Identifiers (IRQ and SYSINTR)
- Static Interrupt Mappings
- Dynamic Interrupt Mappings
- Shared Interrupt Mappings
- Communication between an ISR and an IST
- Installable ISRs
- Registering an IISR
- External Dependencies and Installable ISRs
- Lesson Summary
- Lesson 5: Implementing Power Management for a Device Driver
- Power Manager Device Drivers Interface
- XXX_PowerUp and XXX_PowerDown
- IOControl
- IClass Power Management Interfaces
- Lesson Summary
- Lesson 6: Marshaling Data across Boundaries
- Understanding Memory Access
- Allocating Physical Memory
- Application Caller Buffers
- Using Pointer Parameters
- Using Embedded Pointers
- Handling Buffers
- Synchronous Access
- Asynchronous Access
- Exception Handling
- Lesson Summary
- Lesson 7: Enhancing Driver Portability
- Accessing Registry Settings in a Driver
- Interrupt-Related Registry Settings
- Memory-Related Registry Settings
- PCI-Related Registry Settings
- Developing Bus-Agnostic Drivers
- Lesson Summary
- Lab 6: Developing Device Drivers
- ► Add a Stream Interface Driver to a Run-Time Image
- ► Access the Driver from an Application
- ► Adding Power Management Support
- Chapter Review
- Key Terms
- Suggested Practice
- Enhance Power Management Features
- More IOCTLs
- Installable ISR
- Glossary
- About the Authors
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