source code to generate barcode in vb.net The gacutilexe Options in Visual C#.NET

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Table 23-1 The gacutilexe Options
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Option
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Description
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/h /I /u /l
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Displays help topics for the gacutilexe tool Installs an assembly into the GAC Uninstalls an assembly from the GAC Lists the contents of the GAC
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EXAM TIP Here is an example of installing myFiledll into the GAC gacutil /i myFiledll Before we leave the discussion of assemblies, keep the following in mind Shared assemblies allow you to Reuse code modules Maintain a unique namespace for the assembly (using strong names) Maintain versions of assemblies (side-by-side versioning)
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Precompiling Assemblies
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Instead of having your assemblies generated on the fly, you can run the Ngenexe utility and create a native image This should cause the application to load faster, since the work of compiling the code has been done in advance When an assembly is executed, the runtime searches for the native image (a file containing compiled processor-specific code) If it is unable to find it, the runtime will look for the JIT (just-in-time) compilation of the assembly EXAM TIP The syntax of the Ngenexe utility is as follows: ngen [options] [AssemblyName] Some of the Ngenexe options are shown in Table 23-2 EXAM TIP Remember that the reason to use Ngenexe is to allow the assembly to load and execute faster Not every application will benefit from using a precompiled assembly You must do a comparison between the JIT compiler and a precompiled assembly The most benefit will be seen in startup times and, in that case, a CPU-intensive startup would benefit greatly from precompiling assemblies with Ngenexe
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Table 23-2 Options for Ngenexe
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Option
Description
/debug /delete /help /show
Generates the image used by a debugger Deletes the native image files in the native image cache Provides assistance Lists the existing files in the native image cache
23: Deploying a Windows-Based Application
EXAM TIP Using Ngenexe eliminates the possibility of creating runtime optimizations on the code It also doesn t allow for deploying your application with the NET redistributables (CLR for applications)
Deploying a Windows Application
This section will cover the deployment of a Windows-based application When you finish an application, you work through the deployment process in order to create something that can be run on a client s machine The something is made up of different solutions an executable file, an installer package, a web download, and so forth When you deploy a solution, you must answer a number of questions What files are needed Where will the solution be hosted and so on Depending on your deployment scenario, the answers may be simple or as complicated as you wish The good news is that you could very easily deploy a Windows-based application by simply copying the assembly into a new machine Sound simple It is You don t need to worry about the Registry as you did in days gone by Just copy the executable created from your project into the new machine and Presto! It works! Having said that, we all know that large applications will be more difficult to approach in this manner What about shared assemblies What about security What about location and icons All these questions can be answered by deploying your application in one of the following ways: Setup project You can create a Windows Installer package that includes setup files that will handle the actual installation The setup files manage your application files and resources and create an uninstall procedure to remove the application Web Setup project This is the same process as the Setup project, but you can deploy your application from a web server CAB project Remember the days of cabinet files Well, they re still around This is similar to having a ZIP file that contains all the necessary files and resources You can deploy it from an HTML page using a CAB project Merge Module project This is the first step in creating a deployment project that includes many different modules that must be brought together into one Let s look at each one of these in more detail
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