Figure 4.4 IL code in the Hello application as viewed in ILDasm. in .NET

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Figure 4.4 IL code in the Hello application as viewed in ILDasm.
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Assemblies are completely self-describing, which means that is possible to query an assembly for all its information, or metadata. Two types of metadata are provided within an assembly: the manifest and the type metadata. Manifest The manifest contains metadata that is global to the assembly (see Figure 4.5). Assembly information includes the following: External references. needs to operate. List of assemblies (dependencies) that this assembly
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General assembly information. Contains information such as Assembly Title, Assembly Description, and Assembly Copyright Information. This information is located in the AssemblyInfo.vb file in a Visual Studio .NET project. Assembly version. Contains the version number for the complete assembly. The assembly version information is located in the AssemblyInfo.vb file in a Visual Studio .NET project. New Visual Studio .NET projects have a version number of 1.0.*, and Visual Studio .NET automatically generates the last two digits of the version. The third digit is equal to the number of days since January 1, 2000, and the fourth digit is the number of seconds since midnight (or 1:00 A.M., depending on daylight savings time setting) divided by 2, resulting in a number between 0 and 43199. Module definitions. Contains a list of the modules (files) and settings that compose the assembly.
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Figure 4.5 Viewing a manifest using ILDasm. The information in the center has been extracted to reveal the data at each end of the lines.
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Type Metadata The type metadata contains information to fully describe all data types in the assembly. This metadata is used by Visual Studio .NET to display the list of available members in IntelliSense.
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Type metadata is viewable in the IL Disassembler (ILDasm.exe) by pressing Ctrl+M.
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Common Language Runtime
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The common language runtime manages thread execution, memory, code safety, compilation, code access security, and many other services. This section covers some of the key components that the common language runtime uses when executing code.
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Core Execution Engine
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The Core Execution Engine comprises the Class Manager, the Class Loader, and the just-in-time (JIT or Jitter) compiler. An executable file contains MSIL code. When an application runs, the MSIL code must be compiled to native machine code. Some of the code in an application may not be called; so rather
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than compile the complete application, the MSIL is compiled as needed and stored in random access memory (RAM) for subsequent use. The Class Loader loads each data type as needed and attaches stub code to each of the type s methods. On the first call to the method, the stub code passes control to the JIT compiler, which compiles the method tree in RAM and modifies the stub code to point to the compiled code. Subsequent calls to the method result in direct execution of the compiled native code. (See Figure 4.6.) When an application has ended, the application s memory is returned to the operating system. This means that all of the compiled native code is destroyed. If the application is restarted, the JIT compiler process starts from the beginning. For most small to medium-sized applications, this may not be a problem. For large applications, users may report that the application runs slowly when it starts, but get faster after it has been running for a while.
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The .NET Framework includes a utility called the Native Image Generator (ngen.exe), which can be used to compile an .exe or .dll file into a native image file. When you are compiling with the ngen utility, note that the original .exe or .dll file remains unchanged. The compiled image is stored in the Native Image Cache, which is located in the %SystemRoot%\ Assembly\NativeImages1_version folder. It s not easy to see this folder via Windows Explorer or MyComputer, because a COM component called shfusion.dll intercepts the call, but this folder can be viewed via the command prompt. Note that the ngen utility must be run on the machine that will be running the compiled image.
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