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Customizing the .NET Framework Common Language Runtime
Packed with expert guidelines and advice, this is the advanced reference you need to customize common language runtime (CLR) applications now - and as you move to Microsoft .NET Framework 2.0 and Microsoft Visual Studio 2005. Microsoft program manager Steven Pratschner takes you inside the workings of the CLR, showing you how it functions, and how
to tailor its features for the unique requirements of your application. You'll go from configuring basic startup parameters to controlling critical runtime notations - including how code is loaded into the process, how memory is managed, and when code is scheduled to run. Find the detailed information and insights you need - and take full advantage of the increased flexibility and programmability of the CLR. Discover how to: *Write your own CLR host - or customize the default host - to control startup and shutdown *Use application domains and domain managers to effectively isolate groups of assemblies *Learn key strategies for loading and customizing assemblies in extensible applications *Extend and customize the Code Access Security (CAS) system to help protect your extensible application *Unload a domain without leaking resources - and make code more reliable - using safe handles, critical finalizers, and constrained execution regions *Use the host protection feature for application-specific programming model constraints *Create and manage tasks with custom schedulers and thread pools Covers Microsoft .NET Framework 2.0 Get code samples on the Web: For information on code samples and system requirements, please see the Introduction.
CONTENTS:
CLR hosts
CLR hosting API
Controlling CLR Startup & shutdown
Using the default CLR host
Using application domains effectively
Configuring application domains
Loading assemblies in extensible applications
Customizing how assemblies are loaded
Domain-neutral assemblies
Extending the CLR security system
Writing highly available .NET framework applications
Enforcing application-specific programming model constraints
Managing how the CLR uses memory
Integrating the CLR with custom schedulers & Thread pools
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