Titlebook: CIL Programming; Under the Hood of .N Jason Bock Book 2002 Jason Bock 2002 .NET..NET Framework..NET software development.Attribut.C#.CIL.De

祝贺

Direct-Write Lithography Approaches,In this chapter, I’ll show you the Emitter classes in .NET and how you can use your newfound knowledge of CIL to use these types effectively. I’ll go over each type in detail, discussing how they work to build assemblies and types on the fly. I’ll also explain ways to debug these dynamic assemblies.

Malleable

Nanofabrication by Focused Ion Beam,In this chapter, I’ll take everything that was discussed in the previous chapters and use that knowledge to create a real-world example. I’ll create a dynamic type via the Emitter classes that allows you to intercept method invocations. I’ll cover the design and its implementation along with other options that come with .NET.

muscle-fibers

ilasm Directives and Attributes,In this chapter, I’ll talk about the different ilasm directives and attributes that are available for the CIL developer. I’ll work from the essential directives that are needed for any valid assembly to the directives that define the custom types and their associated elements (for example, methods and fields).

绝缘

改正

Debugging CIL,In this chapter, I’ll cover how you can debug your CIL-based applications. I’ll demonstrate how you can create debug builds of your assemblies, the tools that you can use to debug them, and how to get them running in the debugger.

Deject

BROTH

LEER

Emile van der Drift,Diederik J. Maas.NET and how the opcodes are structured. Next, I’ll move on to some basic opcodes that allow you to load and store information into variables. Then you’ll see how to perform operations on these variables via CIL. Finally, I’ll wrap up by demonstrating how to create objects and call virtual and nonvirtual methods on objects.

Nostalgia

平项山

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