Manage packages with the Visual Studio Package Manager Console (PowerShell)
The Package Manager Console in Visual Studio uses PowerShell commands to interact with NuGet packages. You can use the console when there's no way to do an operation through the Package Manager UI. You can also use dotnet CLI or NuGet CLI commands in the console.
This article describes how to find, install, update, and uninstall NuGet packages with PowerShell commands in the Package Manager Console. For the complete Package Manager Console PowerShell command reference, see PowerShell reference.
The PowerShell commands and arguments in this article are specific to the Visual Studio Package Manager Console. These commands differ from the PackageManagement module commands you can use in a general PowerShell environment. Each environment has commands that aren't available in the other, and commands with the same name might differ in their specific arguments.
Starting in Visual Studio 2017, NuGet and the NuGet Package Manager install automatically when you create any .NET-related workloads in Visual Studio. You can also install the Package Manager by selecting Individual components > Code tools > NuGet package manager in the Visual Studio Installer.
You can also search for the NuGet Package Manager extension under the Tools > Extensions and Updates or Extensions menus. If you're unable to use the extensions installer in Visual Studio, you can download the extension directly from https://dist.nuget.org/index.html.
The Package Manager Console is built into the Package Manager for Visual Studio on Windows. Visual Studio Code and Visual Studio for Mac don't include the console. Visual Studio for Mac has a UI for managing NuGet packages, and the equivalent console commands are available through the NuGet CLI. For more information, see Install and manage NuGet packages in Visual Studio for Mac.
Quickly find and install a package
To use the Package Manager Console to quickly find and install a package:
Open your project or solution in Visual Studio, and select Tools > NuGet Package Manager > Package Manager Console to open the Package Manager Console window.
In the console, enter
Find-Packagewith a keyword to find the package you want to install. For example, to find packages that contain the keyword
elmah, run the following command. If you already know the package name you want, skip this step.
Once you find the name, use the
Install-Packagecommand to install the package. For example, to install the
Many console operations depend on having a solution with a known path name open in Visual Studio. If you have an unsaved solution, or no solution, you see the error Solution is not opened or not saved. Please ensure you have an open and saved solution. To correct the error, create and save a solution, or save an unsaved solution.
To open the Package Manager Console in Visual Studio, select Tools > NuGet Package Manager > Package Manager Console from the top menu. The console is a Visual Studio window that you can arrange and position as you like. For more information, see Customize window layouts in Visual Studio.
By default, console commands operate against the specific package source and project shown in the controls at the top of the window:
Selecting a different package source or project changes the defaults for subsequent commands. To override these settings for single commands without changing the defaults, most console commands support
To manage package sources, select the gear icon, which opens the Tools > Options > NuGet Package Manager > Package Sources dialog box. The control next to the project selector clears the console's contents.
The button on the far right interrupts a long-running command. For example, running
Get-Package -ListAvailable -PageSize 500 lists the top 500 available packages on the default source, such as nuget.org, which could take several minutes.
Find a package
To find a package in the default source, use Find-Package.
To find and list packages that contain certain keywords:
Find-Package <keyword1> Find-Package <keyword2>
To find and list packages whose name begins with a string:
Find-Package <string> -StartWith
Find-Packagereturns a list of 20 packages. Use
-Firstto show more packages. For example, to show the first 100 packages, use:
Find-Package <keyword> -First 100
To list all versions of a certain package:
Find-Package <PackageName> -AllVersions -ExactMatch
Install a package
To install a package into the default project, use
Install-Package <PackageName>. The Install-Package console command takes the following actions:
- Does the steps in What happens when a NuGet package is installed.
- Displays applicable license terms in the console window with implied agreement. If you don't agree to the terms, you should uninstall the package.
- Adds a reference to the package in the project file and in Solution Explorer under the References node. You must save the project before you can see the changes in the project file.
Install-Package adds the package to the default project the console window specifies. To add the package to a project that isn't the default, use the
-ProjectName option. For example, to add the
Elmah.MVC package to the non-default
UtilitiesLib project, run the following command:
Install-Package Elmah.MVC -ProjectName UtilitiesLib
Uninstall a package
To uninstall a package from the default project, use
Uninstall-Package <PackageName>. If you need to find the package name, use Get-Package to see all packages installed in the default project.
Uninstall-Package takes the following actions:
- Removes references to the package from the project and any management formats. References no longer appear in Solution Explorer. You might need to rebuild the project to remove the reference in the bin folder.
- Reverses any changes that installing the package made to app.config or web.config.
- Removes previously-installed dependencies if no remaining packages use those dependencies.
To uninstall a package and all its unused dependencies, run:
Uninstall-Package <PackageName> -RemoveDependencies
To uninstall a package even if other packages depend on it, run:
Uninstall-Package <PackageName> -Force
Update a package
To check if there are newer versions available for any installed packages:
To update a specific package:
To update all packages in a project:
Update-Package -ProjectName <ProjectName>
To update all packages in the solution:
Use the NuGet CLI in the console
You can also do most console operations with the NuGet CLI. However, the PowerShell console commands operate within the context of Visual Studio saved project and solution, and often do more than their equivalent NuGet CLI commands. For example, installing a package through
Install-Package adds a reference to the project file, but the NuGet CLI command doesn't. For this reason, developers working in Visual Studio typically prefer to use the console commands rather than the NuGet CLI.
To use NuGet CLI commands in the Package Manager Console, install the NuGet.CommandLine package.
The preceding command installs the latest version of the NuGet CLI. To install a specific version, use the
-Version option. For example, to install Version 4.4.1, enter:
Install-Package NuGet.CommandLine -Version 4.4.1
After you install the
NuGet.CommandLine package, you can run all NuGet CLI commands through the Package Manager Console.
Extend the Package Manager Console
Some packages install new commands for the console. For example,
MvcScaffolding creates commands like
Scaffold, which generates ASP.NET MVC controllers and views:
Set up a NuGet PowerShell profile
You can create a PowerShell profile to make your commonly-used commands available in all PowerShell contexts, so you don't lose your PowerShell settings between sessions. NuGet supports a NuGet-specific profile, usually at %UserProfile%\Documents\WindowsPowerShell\NuGet_profile.ps1.
To find your user profile location, enter
$profile in the console:
To determine whether a profile exists at that location, enter
test-path $profile. If the command returns
False, you need to create the profile with the specified name at that location. For more information, see Windows PowerShell Profiles.
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