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Package Designer
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Let s see how these ideas jibe with our understanding of the Visual Studio project structure 1 Create a new blank site named 19 2 Using Visual Studio, create a new Empty SharePoint Project named 19, as shown:
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3 In the SharePoint Project Wizard, set the site to use for debugging as the site created in step 1, and then select the Deploy As Farm Solution option 4 Choose Project Add New Item Then in the Add New Item dialog, select Empty Element, as shown Name the element FirstElement
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19
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Let s take a look at what s happened in Visual Studio We have a Features folder and a Package folder If we double-click Packagepackage within the Package folder, we ll see the package designer shown here:
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The package designer gives us a visual tool we can use to modify the manifestxml for a package file Click the Manifest button at the bottom of the page to see the underlying manifestxml file:
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<Solution xmlns="http://schemasmicrosoftcom/sharepoint/" SolutionId="--snipped--" SharePointProductVersion="140"> <Assemblies> <Assembly Location="19dll" DeploymentTarget="GlobalAssemblyCache" /> </Assemblies> <FeatureManifests> <FeatureManifest Location="19_Feature1\Featurexml" /> </FeatureManifests> </Solution>
In this manifest are two deployable items: an assembly that will be the build output of our Visual Studio project and a FeatureManifest that points to a Featurexml file
Deploying Assemblies
By default, the build output assembly will always be added to the solution file This means that any code that we add within our project will be compiled and the resultant DLL will be deployed to SharePoint in the solution package In some situations, however, we may need to add another assembly By clicking the Advanced button in the Solution Designer, we can either add an assembly or add the compiled output of another project within the solution Along with adding additional assemblies, we can also add any resource assemblies that should be included
Adding Safe Controls
When adding assemblies to a solution, we can also add a safe control entry Safe control entries were mentioned in preceding chapters, but I ll clarify exactly what they are and why you might need them here SharePoint makes use of a custom page parser to assemble the user interface, and this parser is known as the Safe-Mode Parser Its primary function is to prevent users from executing code on the server that hasn t been specifically approved by an administrator The mechanism by which an administrator approves code for execution is the SafeControl entry, which is ultimately applied as a webconfig entry on each front-end server If our assembly contains user controls or web parts or any other component that can be declaratively added to a page, a SafeControl entry is required If a user attempts to add a component that does not have a corresponding SafeControl entry, an error will be thrown detailing the absence of the SafeControl entry as the problem
Features
In a solution package, the FeatureManifest element is used to specify the reference to the manifest file for a particular feature To a certain extent, features work in a similar way to solutions in that they can contain a number of individual components and make use of a manifest file to specify what should be done with these components
19
Packaging and Deployment Model
Feature Designer
Using the 19 project that we created earlier, double-click the Feature1 node in the Features folder to display the Feature Designer:
As you know, features are individual items of functionality that can be activated or deactivated within a SharePoint farm You can see in the Feature Designer that features comprise one or more elements, where an element may be a web part, a list definition, a workflow, or a number of different components Using the Feature Designer, we can select which elements should be included in a feature and therefore specify which functionality will be enabled when the feature is activated
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