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MCAD/MCSD Visual C# NET Certification All-in-One Exam Guide
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Working with a NET Assembly
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In this section we will look at creating and modifying NET assemblies You will meet up with some command-line utilities as well as a graphical tool you can use to disassemble assemblies and executable code One reason for disassembling the code is to learn more about how the source code is compiled into MSIL We will start by creating a resource assembly and look at how we can work with the tools to manage those assemblies The tool used to view the content of an assembly is the MSIL Disassembler (Microsoft Intermediate Language) and to examine any managed module, including any *exe, *dll, and *netmodule The syntax for running the MSIL Disassembler is as follows:
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ildasm [options] filename [options]
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To see a short version of the documentation for the ildasm utility use the / option as in this example:
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C:\gc>ildasm / Microsoft (R) NET Framework IL Disassembler Version 1037050 Copyright (C) Microsoft Corporation 1998-2001 All rights reserved Usage: ildasm [options] <file_name> [options] Example:
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Figure 6-1 shows the display for the stringexe program, while Figure 6-2 shows the manifest for that file The exam will focus on the creation of satellite and resource assemblies Resource assemblies are assemblies that contain strings, icons, images, and so on, and the resource assembly acts as a central storage of the resources for the application Satellite assemblies are resource assemblies that are created to match a particular language and culture, such as US English
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Figure 6-1 The MSIL disassembler
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6: Assemblies
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PART II
Figure 6-2
The manifest of the stringexe PE file
There are many types of files that are involved when building NET assemblies: Source code resides in files with the file extension cs Managed modules are the compiled IL versions of the source code The extension of the file that is built when making a module from source files is netmodule Assemblies are either DLLs or exe files containing managed modules, resources, and metadata Assemblies can be either single-file assemblies that contain the manifest, metadata, and the module, or multi-file assemblies where the manifest is part of one of the files in the assembly, or indeed is its own file Using multi-file assemblies will assist us when we want to deploy them over a network, because the download speed will improve EXAM TIP Use multi-file assemblies to optimize the download speed of your assemblies
Creating and Modifying a NET Assembly
An assembly can be built using the tools supplied with Visual Studio NET or with the language compilers (such as cscexe) and linkers (such as alexe) supplied with the NET Framework We will use the command-line tools in this chapter to build the assemblies When you build assemblies, you must build them either as private or strongly named assemblies (strongly named assemblies are needed for shared deployment)
MCAD/MCSD Visual C# NET Certification All-in-One Exam Guide
The simplest assembly to build is the private assembly; all the files for the private assembly are deployed in the folder for the application Private assemblies are not shared with other applications and are not added to the GAC The examples in this chapter will work with the following source files that will print Hello World! on the console for us:
Hellocs namespace HelloWorld { using System; public class Hello { string strHello = "Hello World!"; public Hello() { // empty constructor } public void SayHello() { ConsoleWriteLine(strHello); } } }
The following is the Hejacs source file:
Hejacs using System; using HelloWorld; namespace HelloAssembly { public class Heja { public static void Main() { Hello hej; hej = new Hello(); hejSayHello(); } } }
Setting the /target:module compiler command-line switch will produce a module that can be used to create a multi-file assembly The following example builds the Hellonetmodule file:
csc /target:module Hellocs
To reference another module to be included in the assembly use the /addmodule switch to make the type information available:
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