Shared Source CLI Essentials [With CDROM] -

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Auteur(s) : Collectif

Editeur : O'reilly Media, Inc.

Langue : Anglais

Parution : 01/04/2003

Format : Moyen, de 350g à 1kg

Nombre de pages : 384

Expédition : 527

Dimensions : 23.1 x 15.4 x 2.7

ISBN : 059600351X

Biographie:

David Stutz has been a professional musician since boyhood. Despite this impediment, he has also managed to actively participate in the evolution of a number of computer languages, programming models, and developer tools - most recently Microsoft's Rotor project (the Shared Source CLI). As a software architect and kibitzer, he has been involved in the early design stage of many technologies, including software component models, systems, database products, network protocols, and a whole lot of other hard-to-categorize plumbing. He is also an accomplished musical performer and a winegrape farmer.

Ted Neward is an independent software development architect and mentor in the Sacramento, California area. He is the author of a number of books, including Server-Based Java Programming (Manning), the forthcoming EffectiveEnterprise Java (Addison-Wesley) and Shared Source CLI Essentials (O'Reilly) and co-author of C# In a Nutshell (O'Reilly) with Peter Drayton and Ben Albahari. He is also an instructor with DevelopMentor, where he teaches and authors both the Java and .NET curriculum. He speaks frequently for technology user groups and writes technical papers for www.javageeks.com and www.clrgeeks.com. He currently labors on behalf of the University of California, Davis, architecting a rebuild of the Davis Accounting and Financial Information Services software system. Past clients include companies like Pacific Bell, EdFund, Synergex and Intuit.

Geoff Shilling is a product unit manager at Microsoft Corporation, currently leading the Shared Source CLI project. During his career at Microsoft, Geoff has been tester, developer and manager, shipping five versions of C, one version of FORTRAN, three versions of Visual Basic. When not building development tools, Geoff is frequently found at a loom weaving or in the shop building another boat.

Sommaire:
Preface; The Rotor Distribution; Who Should Read This Book; How This Book Is Structured; Assumptions This Book Makes; Online CLI Resources; Conventions Used in This Book; How to Contact Us; Acknowledgments; Chapter 1: Introducing the CLI Component Model; 1.1 The CLI Virtual Execution Environment; 1.2 A CLI Implementation in Shared Source: Rotor; Chapter 2: Getting Started with Rotor; 2.1 A Simple Component Assembly; 2.2 Observing Managed Execution; 2.3 Looking Ahead; Chapter 3: Using Types to Describe Components; 3.1 Types and Type Systems; 3.2 More on Value Types; 3.3 More on Reference Types; 3.4 Type Interoperability; 3.5 Using Types in Data-Driven Code; 3.6 Summary; Chapter 4: Extracting Types from Assemblies; 4.1 Type Packaging; 4.2 Application Domains; 4.3 Bootstrapping the Assembly Load Process; 4.4 Securing Against Harmful Assemblies; 4.5 Summary; Chapter 5: Synthesizing Components; 5.1 The Anatomy of a Component; 5.2 Verifying and Compiling CIL; 5.3 Calling Conventions in Managed Code; 5.4 Emitting Components Dynamically; 5.5 Summary; Chapter 6: Regulating the Execution Engine; 6.1 Threads; 6.2 Traversing the Execution Engine Stack; 6.3 Threading and Concurrency; 6.4 Synchronizing Concurrent Access to Components; 6.5 Handling Component Exceptions; 6.6 Summary; Chapter 7: Managing Memory Within the Execution Engine; 7.1 Memory and Resource Management; 7.2 Organizing and Allocating Dynamic Memory; 7.3 Reclaiming Memory; 7.4 Structuring Metadata for Collection; 7.5 Scheduling Collection; 7.6 Finalization; 7.7 Summary; Chapter 8: Interlude: Enabling Component Integration with Metadata; 8.1 Altering Metadata Representation; 8.2 Transforming Metadata in the CLI; 8.3 Metadata in Action; Chapter 9: The Platform Adaptation Layer; 9.1 PAL Overview; 9.2 Common Infrastructure; 9.3 Processes and Threads; 9.4 Synchronizing Processes and Threads; 9.5 Implementing Signaling; 9.6 Suspending and Resuming PAL Threads; 9.7 Asynchronous Procedure Calls; 9.8 Handling Exceptions in the PAL; 9.9 Managing Memory with the PAL; 9.10 Exploring the Rest of the PAL; 9.11 Joining Components to the OS; A Quick Tour of Rotor; Building Rotor; ; Building Rotor on Windows; Building Rotor on Unix; Tests; Build Scenarios; Troubleshooting; Porting Rotor; Rotor Macrology; General Macros; Execution Engine Macros; JIT Compiler Macros; PALmacrosPAL and Platform Macros; Colophon;