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RepairFlow.h (3227B)

      1 // Copyright (c) Microsoft Corporation.
      2 // Licensed under the MIT License.
      3 #pragma once
      4 #include "ExecutionContext.h"
      5 
      6 namespace AppInstaller::CLI::Workflow
      7 {
      8     // Execute the repair operation for RepairBehavior based installers.
      9     // RequiredArgs:None
     10     // Inputs: RepairBehavior, RepairString
     11     // Outputs:None
     12     void RunRepairForRepairBehaviorBasedInstaller(Execution::Context& context);
     13 
     14     // Execute the repair operation for MSI based installers.
     15     // RequiredArgs:None
     16     // Inputs: ProductCodes
     17     // Outputs:None
     18     void RepairMsiBasedInstaller(Execution::Context& context);
     19 
     20     // Applicability check for repair operation.
     21     // RequiredArgs:None
     22     // Inputs:InstalledPackageVersion, NoModify ?, NoRepair ?
     23     // Outputs:None
     24     void RepairApplicabilityCheck(Execution::Context& context);
     25 
     26     // Execute the repair operation.
     27     // RequiredArgs:None
     28     // Inputs: InstallerType, RepairBehavior ?, RepairString? , ProductCodes?, PackageFamilyNames?
     29     // Outputs:None
     30     void ExecuteRepair(Execution::Context& context);
     31 
     32     // Obtains the necessary information for repair operation.
     33     // RequiredArgs:None
     34     // Inputs:InstallerType
     35     // Outputs:RepairString?, ProductCodes?, PackageFamilyNames?
     36     void GetRepairInfo(Execution::Context& context);
     37 
     38     // Perform the repair operation for the MSIX NonStore package.
     39     // RequiredArgs:None
     40     // Inputs:PackageFamilyNames , InstallScope?
     41     // Outputs:None
     42     void RepairMsixPackage(Execution::Context& context);
     43 
     44     // Select the applicable package version by matching the installed package version with the available package version.
     45     // RequiredArgs:None
     46     // Inputs: Package,InstalledPackageVersion, AvailablePackageVersions
     47     // Outputs:Manifest, PackageVersion, Installer
     48     void SelectApplicablePackageVersion(Execution::Context& context);
     49 
     50     /// <summary>
     51     /// Select the applicable installer for the installed package if necessary.
     52     // RequiredArgs:None
     53     // Inputs: Package,InstalledPackageVersion, AvailablePackageVersions
     54     // Outputs:Manifest, PackageVersion, Installer
     55     void SelectApplicableInstallerIfNecessary(Execution::Context& context);
     56 
     57     // Perform the repair operation for the single package.
     58     // RequiredArgs:None
     59     // Inputs: SearchResult, InstalledPackage, ApplicableInstaller
     60     // Outputs:None
     61     void RepairSinglePackage(Execution::Context& context);
     62 
     63     // Reports the result of the repair.
     64     // Required Args: None
     65     // Inputs: None
     66     // Outputs: None
     67     struct ReportRepairResult : public WorkflowTask
     68     {
     69         ReportRepairResult(std::string_view repairType, HRESULT hr, bool isHResult = false) :
     70             WorkflowTask("ReportRepairResult"),
     71             m_repairType(repairType),
     72             m_hr(hr),
     73             m_isHResult(isHResult) {}
     74 
     75         void operator()(Execution::Context& context) const override;
     76 
     77     private:
     78         // Repair type used for reporting failure.
     79         std::string_view m_repairType;
     80         // Result to return if the repair fails.
     81         HRESULT m_hr;
     82         // Whether the result is an HRESULT.
     83         bool m_isHResult;
     84     };
     85 }