c# code 128 algorithm Registering and Discovering Modules in C#.NET

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Registering and Discovering Modules
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In the preceding example, the shell directly references the modules; therefore, the module class types are defined and can be used in the call to AddModule. That is why this example uses typeof(Module) to add modules to the catalog. Note: If your application has a direct reference to the module type, you can add it by type as shown above; otherwise you need to provide the fully qualified type name and the location of the assembly. To see another example of defining the module catalog in code, see StockTrader RIBootstrapper.cs in the Stock Trader Reference Implementation (Stock Trader RI). Note: The Bootstrapper base class provides the CreateModuleCatalog method to assist in the creation of the ModuleCatalog. By default, this method creates a Module Catalog instance, but you can override this method in a derived class to create different types of module catalogs. Using a XAML File to Register Modules You can define a module catalog declaratively by specifying it in a XAML file. The XAML file specifies what kind of module catalog class to create and which modules to add to it. Usually, the .xaml file is added as a resource to your shell project. The module catalog is created by the bootstrapper with a call to the CreateFromXaml method. From a technical perspective, this approach is very similar to defining the ModuleCatalog in code because the XAML file simply defines a hierarchy of objects to be instantiated. The following code example shows a XAML file specifying a module catalog.
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XAML ModularityWithUnity.Silverlight\ModulesCatalog.xaml <Modularity:ModuleCatalog xmlns="http://schemas.microsoft.com/winfx/2006/xaml/presentation" xmlns:x="http://schemas.microsoft.com/winfx/2006/xaml" xmlns:sys="clr-namespace:System;assembly=mscorlib" xmlns:Modularity="clrnamespace:Microsoft.Practices.Prism.Modularity;assembly=Microsoft.Practices.Prism"> <Modularity:ModuleInfoGroup Ref="ModuleB.xap" InitializationMode="WhenAvailable"> <Modularity:ModuleInfo ModuleName="ModuleB" ModuleType="ModuleB.ModuleB, ModuleB, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null" /> </Modularity:ModuleInfoGroup> <Modularity:ModuleInfoGroup InitializationMode="OnDemand"> <Modularity:ModuleInfo Ref="ModuleE.xap" ModuleName="ModuleE" ModuleType="ModuleE.ModuleE, ModuleE, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null" /> <Modularity:ModuleInfo Ref="ModuleF.xap" ModuleName="ModuleF" ModuleType="ModuleF.ModuleF, ModuleF, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null" > <Modularity:ModuleInfo.DependsOn> <sys:String>ModuleE</sys:String> </Modularity:ModuleInfo.DependsOn>
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</Modularity:ModuleInfo> </Modularity:ModuleInfoGroup> <!-- Module info without a group --> <Modularity:ModuleInfo Ref="ModuleD.xap" ModuleName="ModuleD" ModuleType="ModuleD.ModuleD, ModuleD, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null" /> </Modularity:ModuleCatalog>
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Note: A ModuleInfoGroup provides a convenient way to group modules that are in the same .xap file or assembly, are initialized in the same way, or only have dependencies on modules in the same group. Dependencies between modules can be defined within modules in the same Module InfoGroup; however, you cannot define dependencies between modules in different ModuleInfoGroups. Putting modules inside module groups is optional. The properties that are set for a group will be applied to all its contained modules. Modules can also be registered without being inside a group. In your application s Bootstrapper class, you need to specify that the XAML file is the source for your ModuleCatalog, as shown in the following code.
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C# protected override IModuleCatalog CreateModuleCatalog() { return ModuleCatalog.CreateFromXaml(new Uri("/MyProject.Silverlight;component/ModulesCatalog.xaml", UriKind.Relative)); }
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Using a Configuration File to Register Modules In WPF, it is possible to specify the module information in the App.config file. The advantage of this approach is that this file is not compiled into the application. This makes it very easy to add or remove modules at run time without recompiling the application. The following code example shows a configuration file specifying a module catalog. If you want the module to automatically load, set startupLoaded= true .
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XML ModularityWithUnity.Desktop\app.config <modules> <module assemblyFile="ModularityWithUnity.Desktop.ModuleE.dll" moduleType="ModularityWithUnity.Desktop.ModuleE, ModularityWithUnity.Desktop. ModuleE, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null" moduleName="ModuleE" startupLoaded="false" /> <module assemblyFile="ModularityWithUnity.Desktop.ModuleF.dll" moduleType="ModularityWithUnity.Desktop.ModuleF, ModularityWithUnity.Desktop.ModuleF,
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Version=1.0.0.0, Culture=neutral, PublicKeyToken=null" moduleName="ModuleF" startupLoaded="false"> <dependencies> <dependency moduleName="ModuleE"/> </dependencies> </module> </modules>
Note: Even if your assemblies are in the global assembly cache or in the same folder as the application, the assemblyFile attribute is required. The attribute is used to map the moduleType to the correct IModuleTypeLoader to use. In your application s Bootstrapper class, you need to specify that the configuration file is the source for your ModuleCatalog. To do this, you use the ConfigurationModule Catalog class, as shown in the following code.
C# protected override IModuleCatalog CreateModuleCatalog() { return new ConfigurationModuleCatalog(); }
Note: You can still add modules to a ConfigurationModuleCatalog in code. You can use this, for example, to make sure that the modules that your application absolutely needs to function are defined in the catalog. Note: Silverlight does not support using configuration files. If you want to use a configuration-style approach for Silverlight, the recommended approach is to create your own ModuleCatalog that reads the module configuration from a web service on the server. Discovering Modules in a Directory The Prism DirectoryModuleCatalog class allows you to specify a local directory as a module catalog in WPF. This module catalog will scan the specified folder and search for assemblies that define the modules for your application. To use this approach, you will need to use declarative attributes on your module classes to specify the module name and any dependencies that they have. The following code example shows a module catalog that is populated by discovering assemblies in a directory.
C# protected override IModuleCatalog CreateModuleCatalog() { return new DirectoryModuleCatalog() {ModulePath = @".\Modules"}; }
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