How To Create Nuget Package In Visual Studio 2019?

Generate Package on Build

  1. In Solution Explorer, right-click the project and choose Properties.
  2. In the Package tab, select Generate NuGet package on build.

id: This is a unique identifier of the package.

How do I install a NuGet package in Visual Studio?

NuGet packages can be installed into any.NET project, provided that the package supports the same target framework as the project. For this walkthrough, use a simple WPF app. Create a project in Visual Studio using File > New Project, typing.NET in the search box, and then selecting the WPF App (.NET Framework).

What is a NuGet package?

NuGet packages contain reusable code that other developers make available to you for use in your projects. See What is NuGet? for background. Packages are installed into a Visual Studio project using the NuGet Package Manager or the Package Manager Console.

How do I create a package using ownnuget?

You can use an existing.NET Standard Class Library project for the code you want to package or create a simple one as follows: In Visual Studio, choose File > New > Project, expand the Visual C# >.NET Standard node, select the ‘Class Library (.NET Standard)’ template, name the project ownNuGet, and click OK.

How do I publish a project to NuGet using Visual Studio?

Visual Studio builds the project and creates the.nupkg file. Examine the Output window for details (similar to the following), which contains the path to the package file. Once you have a.nupkg file, you publish it to nuget.org using either the nuget.exe CLI or the dotnet.exe CLI along with an API key acquired from nuget.org.

How do I create a NuGet package?

Create the package

  1. In command line or PowerShell, navigate to your project directory.
  2. Run: nuget pack Nuget.Package.Name.nuspec. If all goes well you should now have a generated.nupkg file.
  3. Open the generated. nupkg file in Nuget Package Manager and see if it looks correct.

How do I install missing NuGet packages in Visual Studio 2019?

Restore packages manually using Visual Studio

  1. Enable package restore by choosing Tools > Options > NuGet Package Manager. Under Package Restore options, select Allow NuGet to download missing packages.
  2. In Solution Explorer, right click the solution and select Restore NuGet Packages.

Where is NuGet config in Visual Studio 2019?

You will find this in %APPDATA%\NuGet\nuget. config.

How do I add a NuGet code to Visual Studio?

You can go to nuget.org to search packages as you might otherwise do in Visual Studio, then use the command line to install the package you want.

> To install new package:

  1. Open your project workspace in VSCode.
  2. Open the Command Palette (Ctrl+Shift+P)
  3. Select > Nuget Package Manager GUI.
  4. Click Install New Package.

How do I manually install a NuGet package?

Menu Tools → Options → Package Manager

Click OK. Drop your NuGet package files in that folder. Go to your Project in Solution Explorer, right click and select ‘Manage NuGet Packages’. Select your new package source.

How do I create a NuGet package for .NET core?

NET Class Library and publish it to nuget.org using the dotnet command-line interface (CLI).

  1. Prerequisites. Install the.
  2. Create a class library project. You can use an existing.
  3. Add package metadata to the project file.
  4. Run the pack command.
  5. Publish the package.
  6. Related video.
  7. Next steps.

How do I deploy a NuGet package?

Web portal: use the Upload Package tab on nuget.org

  1. Select Upload on the top menu of nuget.org and browse to the package location.
  2. nuget.org tells you if the package name is available.
  3. If the package name is available, nuget.org opens a Verify section in which you can review the metadata from the package manifest.

How to create NuGet package of .ZIP file?

  • Prerequisites. Install any edition of Visual Studio 2019 from visualstudio.com with a.NET Core related workload.
  • Create a class library project.
  • Configure package properties.
  • Run the pack command.
  • Publish the package.
  • Adding a readme and other files.
  • How do I force a NuGet package to reinstall?

    – Select the Tools > NuGet Package Manager > Package Manager Settings menu command. – Set both options under Package Restore. – Select OK. – Build your project again.

    Can I publish a private NuGet package?

    go to the Project or Solution in question. right click, Manage NuGet Packages… on the left, you will see ‘Installed Packages’ click on this and you will see the list. How do I publish a NuGet package? Web portal: use the Upload Package tab on nuget.org. Select Upload on the top menu of nuget.org and browse to the package location.

    Create and publish a.NET Standard NuGet package – Visual Studio on Windows

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    In this article

    Making a NuGet package from a.NET Standard Class Library in Visual Studio on Windows and publishing it to nuget.org is a straightforward procedure that may be accomplished using a command-line tool.

    Prerequisites

    1. Using a.NET Core-related task, install any edition of Visual Studio 2019 from visualstudio.com.
    2. Install the dotnet CLI, if it hasn’t already been done for you. If you’re looking for the dotnet CLI, you’ll find it automatically installed with any.NET Core-related workloads starting with Visual Studio 2017. Otherwise, you’ll need to install the.NET Core SDK in order to access the dotnet CLI. It is necessary to utilize the dotnet CLI for.NET Standard applications that use the SDK-style format in order to function properly (SDK attribute). The SDK property is utilized by the default.NET Standard class library template in Visual Studio 2017 and above, which is the template that is used in this article. Important If you are working on a project that is not in the SDK style, follow the instructions described Create and publish a.NET Framework package (using Visual Studio) instead of manually creating and publishing the package. The dotnet CLI is suggested for the purposes of this article. Although the nuget.exe CLI may be used to publish any NuGet package, some of the methods in this article are exclusive to SDK-style applications and the dotnet CLI, which you can read about in the next section. This CLI is used for projects that are not SDK-style (usually those that utilize the.NET Framework).
    3. If you don’t already have an account on nuget.org, you may sign up for one for free. When you create a new account, you will receive a confirmation email. Before you may upload a package, you must first validate your account.

    Create a class library project

    In order to package the code you wish to package, you may either leverage an existing.NET Standard Class Library project or construct a basic one as follows:

    1. Create a new project in Visual Studio by selecting File > New > Project, expanding the Visual C>.NET Standard node, selecting the ″Class Library (.NET Standard)″ template, and clicking OK. Tip Unless there is a compelling reason to do otherwise,.NET Standard should be used as the target for NuGet packages since it is compatible with the broadest variety of consuming projects.
    2. To ensure that the project was properly generated, right-click on the resultant project file and pick Build from the context menu. The DLL may be located in the Debug folder (or the Release folder if you want to create the Release configuration instead).
    • Of course, you may include many helpful features in a genuine NuGet package that will let others to develop apps using the features you’ve implemented.
    • However, for the purposes of this tour, you will not need to write any extra code because the class library provided by the template will suffice to construct a package.
    • If you still want some functioning code for the package, you may copy and paste the following: Public class Logger in namespace AppLogger public void Log(string text) in public void Logger in namespace AppLogger Console.WriteLine(text); in namespace AppLogger

    Configure package properties

    1. To access the Package tab, right-click the project in Solution Explorer and pick the Properties menu command from the context menu. Visual Studio only displays the Package tab for SDK-style projects, which are typically.NET Standard or.NET Core class library projects
    2. if you are targeting a non-SDK style project (typically.NET Framework), either migrate the project or view the Package tab.NET Framework Instead of step-by-step instructions, create and publish a.NET Framework package.NET Framework package. Note Special attention should be paid to the Tags property in packages intended for public consumption, as tags assist others in finding your package and understanding what it does.
    3. Give your product a unique identification number and fill out any additional attributes that you like. A mapping of MSBuild properties (from an SDK-style project) to properties in a.nuspec can be found in the pack targets section. See the.nuspec file reference for further definitions of the attributes. Almost all of the characteristics shown here are included in the.nuspec manifest that Visual Studio generates for this project. Important You must provide the package an identification that is unique across all of nuget.org or whichever server you are using to distribute it. We recommend using the words ″Sample″ or ″Test″ in the package name for this walkthrough since the subsequent publishing step does make the package publicly available (though it’s doubtful that anybody will actually use it) and because the package will be publicly accessible when it is published. In the event that you try to publish a package with a name that already exists, you will receive an error message.
    4. (Optional) For a more direct view of the properties in the project file, right-click the project in Solution Explorer and select Edit AppLogger.csproj from the context menu. This option is only accessible for projects that make use of the SDK-style property, and it was first introduced in Visual Studio 2017. Otherwise, right-click the project and select Unload Project from the context menu. Then, right-click the unloaded project and choose Edit AppLogger.csproj from the context menu.

    Run the pack command

    1. Release the setup by pressing the Release button.
    2. In Solution Explorer, right-click the project and pick the Pack command from the context menu: It is likely that your project is not an SDK-style project, and you will need to utilize the nuget.exe command-line interface (CLI) to install the required libraries. Either move the project and utilize the dotnet CLI, or look into it more. Instead of providing step-by-step instructions, create and distribute a.NET Framework package instead.
    3. Visual Studio compiles the project and generates the.nupkg file, which is then used by other applications. Examine the details in the Output box (which looks similar to the following), which provides the path to the package file, for further information. Also, keep in mind that the produced assembly is located in binReleasenetstandard2.0, which is appropriate for the.NET Standard 2.0 target. 1> – The construction process began: AppLogger is the name of the project. Setting up the application: Release Any CPU – 1>AppLogger, which is located in the directory d:projAppLoggerAppLoggerAppLoggerbinReleasenetstandard2.0AppLogger.dll in the d:projAppLoggerAppLoggerbinRelease directory. 1>The package ‘d:projAppLoggerAppLoggerbinReleaseAppLogger.1.0.0.nupkg’ was successfully built on the server. ==================================================================================

    (Optional) Generate package on build

    When you create the project, you may set Visual Studio to produce the NuGet package for you, which will save you time.

    1. Right-click the project in Solution Explorer and select Properties from the context menu.
    2. On the Package tab, check the box for Generate NuGet package during construction.

    Note When you automatically produce the package, the time it takes to pack increases the build time for your project, making it more difficult to complete.

    (Optional) pack with MSBuild

    • When a project provides the relevant package data, a pack target may be used instead of the Pack menu command with NuGet 4.x and MSBuild 15.1 and later versions of the software.
    • Open a command prompt and go to the folder containing your project files.
    • Then perform the following command.
    1. (In most cases, you’ll want to launch the ″Developer Command Prompt for Visual Studio″ from the Start menu, because it will be set with all of the essential MSBuild paths.) For further information, read MSBuild: Create a package for more information.

    Publish the package

    • Once you have created an a.nupkg file, you may publish it to nuget.org by using either the nuget.exe CLI or the dotnet.exe CLI, together with an API key obtained from nuget.org, to distribute it to other developers.
    • Note The screening of all packages posted to nuget.org for viruses and rejection of any packages discovered to contain viruses is performed.
    • All of the packages posted on nuget.org are also scanned on a regular basis.
    1. Packages that are published to nuget.org are likewise publicly viewable to other developers unless they are explicitly excluded from the list.
    2. See Hosting packages for information on how to host packages privately.

    Acquire your API key

    1. Sign in to your nuget.org account, or create a new account if you don’t already have one to get started. Individual accounts has more information on how to set up your account.
    2. Select API Keys from the drop-down menu under your user name (located in the top right).
    3. Pick Create, provide a name for your key, and then select Select Scopes > Push to complete the process. Make a note of the * in the Glob pattern field, then click Create. (For further information about scopes, see the section below.)
    4. Once the key has been produced, choose Copy in order to acquire the access key you require in the CLI:
    • Warning Always remember to keep your API key hidden!
    • You should treat your API key as if it were a password that allowed anybody to manage packages on behalf of you.
    • If your API key is mistakenly leaked, you should either remove it or get it regenerated.
    1. Important Please save your key in a safe place since you will not be able to replicate it again in the future.
    2. If you go back to the API key page, you’ll have to regenerate the key in order to copy it again.
    3. If you no longer want to push packages, you may also delete the API key from your account.
    4. Scoping enables you to generate various API keys for different reasons, which you can then reuse.
    5. Each key has an expiration duration and can be restricted to particular packages based on its scope (or glob patterns).
    6. Each key is also limited to a single activity, such as the pushing of new packages and updates, the pushing of just updates, or the delisting of packages.
    See also:  What Is Included In A Towing Package?

    You may use scope to establish API keys for various people that manage packages for your business, ensuring that they only have the rights that they require for their jobs.More information may be found at scoped API keys.

    Publish with the dotnet CLI or nuget.exe CLI

    • Choose the tab that corresponds to your CLI tool, such as.NET Core CLI (dotnet CLI) or NuGet (nuget.exe CLI). NuGet
    • the.NET Core command-line interface

    This procedure is advised as an alternative to using nuget.exe in most cases. Prior to publishing the package, you must first open a command line and enter the package’s name.

    1. Alternatively, navigate to the folder containing the.nupkg file.
    2. Enter your package name (unique package ID) and your API key in the following command, substituting the key value with your API key and providing your package name (unique package ID): AppLogger is being pushed by dotnet nuget. 1.0.0.nupkg -api-key qz2jga8pl3dvn2akksyquwcs9ygggg4exypy3bhxy6w6x6 -source
    3. 1.0.0.nupkg -api-key qz2jga8pl3dvn2akksyquwcs9ygggg4exypy3bhxy6w6x6 -source
    4. The following are the outcomes of the publishing procedure displayed by dotnet: info: AppLogger is being pushed. 1.0.0.nupkg to’information: PUTinfo:Created12620ms information: Your package has been pushed.

    See dotnet nuget push for further information. This step can be used instead of the dotnet.exe command.

    1. Open a command prompt and go to the folder that contains the.nupkg file.
    2. Enter your package name (unique package ID) and your API key in the following command, substituting the key value with your API key and providing your package name (unique package ID): AppLogger is pushed via the nuget package manager. 1.0.0.nupkg qz2jga8pl3dvn2akksyquwcs9ygggg4exypy3bhxy6w6x6 -Source: qz2jga8pl3dvn2akksyquwcs9ygggg4exypy3bhxy6w6x6
    3. The following are the outcomes of the publishing procedure displayed by nuget.exe: AppLogger is being pushed. 1.0.0.nupkg was created in 6829 milliseconds. Your cargo was moved to the back of the truck.

    See nuget push.

    Publish errors

    • Typically, errors from the push command signal that there is an issue.
    • If you have failed to change the version number in your project, for example, you may be attempting to publish a package that already exists.
    • When you attempt to publish a package with an identity that already exists on the host, you will receive problems as well.
    1. For example, the name ″AppLogger″ is already in use by another company.
    2. When this occurs, the push command returns the following error message: The response status code does not imply that the request was successful: 403 Message: (The supplied API key is invalid or has expired, or it does not have authorization to access the requested package.) In the case when you are using a legitimate API key that you have just established, then this warning implies a name conflict, which is not totally evident from the ″permission″ section of the error message.
    3. Attempt to push again after changing the package identification, rebuilding the project, and recreating the.nupkg file, as needed.

    Manage the published package

    • You can find the package you just published by going to your profile on nuget.org and selecting Manage Packages.
    • In addition, you will receive a confirmation email.
    • Remember that it may take some time for your package to be indexed and shown in search results, where it may be found by other people.
    1. During such period, the following notice appears on your package page: That’s all there is to it!
    2. You’ve just published your first NuGet package to nuget.org, which other developers may download and use in their own projects.
    3. Congratulations on your accomplishment!
    4. You should unlist any packages that you produced throughout this tour that aren’t truly helpful (for example, a package built with an empty class library), in order to prevent them from appearing in search results:
    1. On nuget.org, click on your user name (located in the upper right corner of the screen), then click on Manage Packages.
    2. To remove a package from the published section, locate it in the Published section and pick the trash can symbol on the right:
    3. Delete the checkbox labeled List (package-name) in search results on the next screen, and then click Save:

    Adding a readme and other files

    • To define which files should be included in the package directly, modify the project file and include the content property: true in your code. This will include a readme.txt file in the package root with the name readme.txt. Visual Studio shows the contents of the file in plain text as soon as the package is installed directly in Visual Studio. (Readme files for packages that have been installed as dependencies are not displayed.) For example, the following is how the readme file for the HtmlAgilityPack package displays on the computer: Note By just include the readme.txt document at the project’s root directory, it will not be included in the final package that is generated. More NuGet videos may be seen on Channel 9 and YouTube. Packet creation and publication, as well as the creation of pre-release packages
    • Support for various target frameworks
    • package versioning
    • the ability to create translated packages
    • documentation for the.NET Standard Library
    • Porting from the.NET Framework to the.NET Core

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    Install and use a NuGet package in Visual Studio

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    • 3 minutes to complete the reading

    The information you provide will be forwarded to Microsoft: By clicking the submit button, your input will be used to improve Microsoft products and services in the future. Policy on personal information. Thank you very much.

    In this article

    • Other developers make reusable code accessible to you in the form of NuGet packages, which you may then utilize in your projects.
    • For further information, see What is NuGet?
    • Using either the NuGet Package Manager, the Package Manager Console, or the dotnet command-line interface, packages are installed into a Visual Studio project.
    1. This article shows the method by utilizing the well-known Newtonsoft.Json package and a Windows Presentation Foundation (WPF) project as an example.
    2. The same procedure applies to every other.NET or.NET Core project as it does to this one.
    3. Once the package has been installed, you may refer to it in code by using the syntax where is particular to the package you’re using.
    4. Once the reference has been established, the package’s API may be used to interact with it.
    5. Tip Nuget.org is a good place to start: It is usual for.NET developers to browse nuget.org in order to identify components that they may reuse in their own projects.
    6. It is possible to search directly on nuget.org or to discover and install packages from within Visual Studio, as demonstrated in this article.

    See Find and assess NuGet packages for further information on how to find and evaluate NuGet packages.

    Prerequisites

    Working with Visual Studio 2019 and the.NET Desktop Development workload

    From visualstudio.com, you may download and install the 2019 Community edition for free; alternatively, Professional and Enterprise editions are also available. In Visual Studio for Mac, see Install and use a package in Visual Studio for Mac for instructions on how to accomplish this task.

    Create a project

    • The NuGet package manager may be used to install NuGet packages into any.NET project, assuming that the package supports the target framework that the project is targeting.
    • For the purposes of this tour, a basic WPF application will be used.
    • Visual Studio may be used to create a project by going to File > New Project, typing.NET in the search box, and then selecting the WPF App (.NET Framework).
    1. Select Next from the drop-down menu.
    2. When requested, accept the default values for Framework when presented with them.
    3. During the creation process, Visual Studio generates a project, which can be found in Solution Explorer.
    4. For further information, read Solution Explorer: A Quick Guide to Using It.

    Add the Newtonsoft.Json NuGet package

    You may install the package using either the NuGet Package Manager or the Package Manager Console, depending on your preferences. Whenever you install a package, NuGet adds a dependency to your project file or to the packages.config file, depending on your preference (depending on the project format). View the Package Consumption Overview and Workflow document for additional details.

    NuGet Package Manager

    1. Right-click References in Solution Explorer and select Manage NuGet Packages from the context menu.
    2. Choose ″nuget.org″ as the Package source, then click on the Browse tab and type in ″newtonsoft″ to find the package.
    3. If you want to install Json, find it in the list and pick Install: If you want to learn more about the NuGet Package Manager, check out Install and manage packages using Visual Studio.
    4. Accept any license prompts that may appear.
    5. (This feature is only available in Visual Studio 2017). The package management format PackageReference in project file: should be selected if you are requested to do so.
    6. If you are requested to evaluate the changes, choose OK.

    Package Manager Console

    1. Choose the Tools > NuGet Package Manager > Package Manager Console command from the menu bar.
    2. Once the console has been launched, make sure that the Default project drop-down list contains the project into which you wish to install the package before proceeding. If you just have one project in the solution, that project has already been picked.
    3. Type the command Install-Package Newtonsoft.Json at the command prompt (see Install-Package). The output of the command is displayed in the console window. Errors often signal that a package is incompatible with the project’s target framework and should be avoided. If you wish to learn more about the Package Manager Console, read Install and manage packages using the Package Manager Console.

    Use the Newtonsoft.Json API in the app

    You may use the JsonConvert function in the Newtonsoft.Json package, which is included in the project. The SerializeObject function is used to transform an object into a string that can be read by humans.

    1. To begin, open MainWindow.xaml and substitute the following Grid element for the existing one:
    2. Start by locating and opening the MainWindow.xaml.cs file (which can be found in Solution Explorer under the MainWindow.xaml node), and then adding the following code to the MainWindow class: account type public class Account public string Name public string Email public DateTime DOB account type public class Account vacancy in the private sphere Button Click is an abbreviation for button click (object sender, RoutedEventArgs e) Account account = new Account Name = ″John Doe,″ Email = ″[email protected],″ DOB = new DateTime(1980, 2, 20, 0, 0, 0, DateTimeKind.Utc),
    3. Account account = new Account Name = ″John Doe,″ Email = ″[email protected],″ json = JsonConvert.SerializeObject(account, Formatting.Indented)
    4. textblock.Text = json
    5. json = TextBlock.Text
    6. json
    7. You still see red squiggles under JsonConvert even though you have added the Newtonsoft.Json package to the project because you have not included a using line at the start of your code file: using Newtonsoft.Json Newtonsoft.Json is being used
    8. By clicking F5 or choosing Debug > Start Debugging, you may build and launch the application:
    9. When you click on the button, the contents of the TextBlock will be changed with the following JSON text:

    More NuGet videos may be seen on Channel 9 and YouTube.

    Next steps

    • Congratulations on successfully installing and utilizing your very first NuGet package! Select one of the links below to learn more about what NuGet has to offer. An overview of the package consumption process, as well as the workflow
    • Identifying and selecting packages
    • The inclusion of package references in project files

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    Create And Publish A Nuget Package Using Visual Studio (.NET Standard)

    • Updated dateApr 05, 2018
    • Make a project for your class library. Use an existing.NET Standard Class Library project for the code you wish to package, or construct a basic one using the steps outlined in the following section: The first step is to open Visual Studio and pick File > New > Project. Then expand the Visual C>.NET Standard node and select the ″Class Library (.NET Standard)″ template. Then name the project ownNuGet and click OK. Step 2: Once your project is complete, open Solution Explorer, right-click ″project,″ select ″Add,″ and type in ″Class″ to complete the process. Add a ″Class″ to your project and give it whatever name you like. Then click on the ″Add″ button to save your changes. Step 3: Write your software in a class and add a function with global access to make it available to everyone. Configure the attributes of the package Select the Project > Properties menu command, then the Package tab from the drop-down menu. It is only shown for.NET Standard class library projects
    • if you are targeting the.NET Framework, the Package tab is not visible.) Give your product a unique identification number and fill out any additional attributes that you like. Step 4 – Run the pack command to complete the process. Make sure that the configuration is set to Release.
    • In Solution Explorer, right-click the project and pick the Pack command from the context menu:

    Visual Studio compiles the project and generates the.nupkg file, which is then used by other applications. Examine the details in the Output box (which looks similar to the following), which provides the path to the package file, for further information.

    Step 5: Make the package available for download. Once you have created an a.nupkg file, you may publish it to nuget.org by using either the nuget.exe CLI or the dotnet.exe CLI, together with an API key obtained from nuget.org, to distribute it to other developers. Obtain your API key by filling out the form.

    1. To begin, log into your nuget.org account, or create a new account if you do not already have one
    2. Choose API Keys from the drop-down menu that appears above your username (on the top right).
    3. Pick Create, provide a name for your key, and then select Select Scopes > Push to complete the process. Select Create after entering * for the Glob pattern in the API Key field. (See below for further information about scopes.)
    • Once the key has been generated, choose Copy to retrieve the access key that you require in the CLI, and make a note of it.
    • Please save your key in a safe place since you will not be able to replicate it again in the future.
    • If you go back to the API key page, you’ll have to regenerate the key in order to copy it again.
    1. If you no longer wish to use the CLI to push packages, you may also delete the API key from your system.
    2. Step 6 – Publish your code using nuget push In order to publish on nuget.org, First and foremost, get the NuGet Distribution Versions.
    3. When the download is complete, use file explorer and navigate to your system disk, where you will copy the location of the NuGet program.
    4. In the next step, right-click on your computer and select ″properties.″ You will be presented with a control panel; now select ″advanced system settings″ and a ″system properties″ popup window will appear.
    5. Then select ″Environment Variables″ from the drop-down menu.
    6. A pop-up window will appear; select ″Path″ and make any necessary changes.
    See also:  How To Find County By Zip Code?

    a rewrite The Environment Variables popup window will appear; now click on new and paste the path of the NuGet application, then click on ‘Ok’ to close the window.Step 8 Now, open ″CMD″ and type ″NuGet″ to see if any commands are accessible.Take a look at the CMD screen below.

    • To begin, transfer the path of your ″OwnNuGet.1.0.0″ package to a temporary folder in /bin/debug and change the location in ″cmd,″ then execute the following command, giving your package name and substituting the key value with the API key:

    Dotnet NuGet push OwnNuGet is a command-line tool for installing NuGet packages. 1.0.0.nupkg oy2gjga8pl3dvn2akksyquwcs9ygggg4exypy3bhxy6w6x –s

    • Dotnet provides the outcomes of the publication process, which includes the following information: 9th step: Once you have done this, open your account and you will see the name of your bundle.
    • Now, when you click on your package name, you will be presented with the screen shown below, which contains the Installation package.
    • Congratulations, your package has been successfully submitted to the NuGet distribution network.
    1. I’ll go through how to obtain and utilize our package in further detail in the following post.
    2. Thanks.

    Creating NuGet package using Visual Studio 2019 and publishing it to Nuget.org

    • In this tutorial, we will learn how to create a NuGet package in Visual Studio 2019 by following the steps outlined below.
    • Aside from that, we will learn how to upload this package to Nuget.org so that it may be made available to everyone across the world.
    • Create a Class Library (.NET Standard) project in Visual Studio 2019 by following these steps: step one.
    1. It is important to note that while developing Class Library projects, we should use the.NET Standard framework.
    2. The reason for this is because libraries written using the.NET Standard may be utilized by all major platforms, including the.NET Framework,.NET Core, Mono, Xamarin, and Unity, and they are cross-platform.
    3. Step 2: Give your project a descriptive name.
    4. CoderJony is the name of my project.
    5. Utilities.
    6. Logger.

    For the sake of consistency, try to keep the name of this project the same as the name of your NuGet package.Creating a public Logger class and declaring several public methods within it is the third step in the process.Go to the project’s properties and pick the package tab as seen in the following image.

    • Step 5: This is the most beneficial of the five steps.
    • In this stage, I’ll tell you about the qualities that require the most attention and maintenance.
    1. Id of the NuGet package – This should be a unique identifier for your NuGet package. Any other package accessible on the NuGet server should not be in conflict with this package
    2. Package version – This refers to the version of your NuGet package that is displayed on NuGet.org
    3. In the case of a corporation, this may be the name of the corporation, or it could be the name of the person author.
    4. Firm -This should be the name of your company.
    5. Product – This is the name of the product. You can leave it the same as the package id
    6. however, it is not recommended.
    7. A brief description of your bundle should be included in this section.
    8. A valid license number is required in this section. Either you have to supply some kind of expression here, or you may upload a local license file here, whichever is preferable. I’m using the MIT license as an example of a licensing phrase. For additional information about License Expressions, please visit this page.
    9. The URL of your public repository, such as GitHub, is optional, however you can provide it here if you choose.
    10. Tags – You should specify values that are separated by commas here. This aids in the indexing of your package on the NuGet website. As a consequence, when someone searches for your package, NuGet will display your package as a search result
    11. Assembly Version & Assembly File Version – This should be the Assembly Version of the project, and the Assembly File Version should be the same. To minimize misunderstanding at a later point, it is recommended that you maintain the name the same as the package version you created.
    • The more detailed the information you submit here, the more informative your package will seem in the search results for that keyword. Step 6 – As you can see in the screenshot below, I have supplied all of the information necessary for the NuGet package. Step 7 – Simply choose the two checkboxes that are marked in the image below. Produce NuGet package on build – This will generate a NuGet package for the project every time it is built.
    • Require license acceptance – This will guarantee that users are required to accept the license when the package is being downloaded and installed.
    • Choosing Release mode and building the program is the final step in Step 8.
    • As you can see, an a.nupkg file has been produced and placed in the binrelease directory.
    • This is where you may see the.nupkg file that was produced during Step 9.
    1. Sign in to nuget.org using your Microsoft account and click on the Upload Package link to complete Step 10.
    2. Step11 – Drag and drop the generated.nupkg file onto this area of the screen.
    3. As you can see, I’ve uploaded my.nupkg file to this location.
    4. Step 12 – Review the information you’ve entered and click on the ″submit″ button at the bottom of the page.
    5. Following the submission of your information, you will be forwarded to the page containing your package.
    6. Please keep in mind that it may take some time for NuGet to approve your package once it has been uploaded.

    After approximately 5 minutes, you will see that the warning has been automatically erased.You’ll see that your package is ready for usage after a few minutes, as shown in the following screenshot.Step 14 – We may now include this NuGet package in any of our.NET applications that we create.

    • Congratulations!
    • In less than 30 minutes, we were able to produce a NuGet package.
    • Please let me know your thoughts and recommendations in the comment box provided below.

    Good luck with your coding:)

    Create and publish a NuGet package using visual studio mac 2019

    • NuGet is a means for sharing code that describes how packages for.NET are built, hosted, and consumed, as well as the tools that are required for each of those tasks in the framework.
    • NuGet is a package management that is mostly utilized for the purpose of reusing code.
    • A NuGet package is a single ZIP file with the.nupkg extension that includes built code and is distributed over the NuGet distribution network (DLLs).
    1. Prerequisites for creating a NuGet package are as follows:

    Using a.NET Core-related workload, you may install any edition of Visual Studio 2019 from the Visual Studio website.

    Create a.net library project by following these steps:

    1. Open Visual studio
    2. Select File option

    3. Select the option ″New Solution″ from the drop-down menu. 4. Select the.Net standard library template and then click on the next button.. 5. Select Standard 2.1 as the target framework and then click Next. 6.Enter the name of the project and click on the Create button. The following are the steps to generate a NuGet package:

    1. Visual Studio should be launched.
    2. The methods outlined above will allow you to create a.net library project
    3. Right-click on the project to open it in a new window.
    • 4.
    • Select the choice field from the drop-down menu, and a new window will be shown.
    • 5.
    1. 5.
    2. In the final NuGet package section, pick the option to create the package.
    3. When you click the checkbox, the warning to configure the metadata appears, indicating that it must be done before the package can be created.
    4. Sixth, choose the Metadata option from the window; you will notice that Metadata will have two tabs, General and Details.
    5. 7.
    6. Choosing General will allow you to give your package an individual identification number and fill out any additional features that you choose.

    Identifier: This is the package’s identifier, and it must be distinct from any other package.Version: This refers to the package’s version.Author: AssemblyName is the default setting for the author’s name, which can be changed.

    • Description: The description of the package defines what the package is intended to do and how it is to be used.
    • 8.
    • Now pick the Details tab; all of the fields in this section are optional, with the exception of the Owners field.

    9.In the same box, enter the owner’s name (the default value is Assembly name), and then click on the build option.By including these parameters, you will be able to build a NuGet package; however, bear in mind that in order to publish a package, it is necessary to provide the licensing url.

    • When you publish your NuGet package, you will receive a warning noting that the ‘licenseUrl’ part will be deprecated in the future.
    • Instead of utilizing the ‘licensing’ element, consider using the ‘authorization’ element.
    • Provide LicenseExpression instead of License to prevent seeing this warning.
    • MIT To add the license, follow the procedures outlined below: Twelve.
    • Right-click on the project -> Choose Edit Project File Option -> Remove -> and then paste MIT For further information about licenses, please see this page.
    • Now choose the option to create a NuGet package and click OK to end the box.

    Create the package by following these steps: 14.From the top menu, select the option for construction.The solution will be built and packaged as a NuGet Package when you select the pack option in step 15.

    Observe what happens in the build output window; the package name with extension.nupkg will be shown there.NuGet17 should be published.To publish a NuGet package, go toSign in with your account19 and follow the instructions.After logging in, you must create a unique Username20 for your account to be active.After you have entered your user name and clicked on Register, the following screen will show.

    21.Now, in Visual Studio, right-click on the project and pick the Reveal in Finder option.From there, navigate to Bin.-> Debug -> select.nupkg file and drag it to the explore option in the above screen.

    Uploading your package has been completed successfully.References:

    Create and publish a.NET Framework NuGet package using Visual Studio on Windows

    • Continue to the main content This browser is no longer supported by the manufacturer. You may benefit from the newest features, security updates, and technical support by switching to Microsoft Edge from Internet Explorer. Article published on January 25, 2021.
    • It takes 8 minutes to read

    The information you provide will be forwarded to Microsoft: By clicking the submit button, your input will be used to improve Microsoft products and services in the future. Policy on personal information. Thank you very much.

    In this article

    • A NuGet package from a.NET Framework Class Library is created by first building the DLL in Visual Studio for Windows, followed by using the nuget.exe command line tool to generate and publish the package in the NuGet repository.
    • Note Note that this Quickstart is only applicable to Visual Studio 2017 and higher versions running on Windows.
    • The functionalities detailed here are not included in Visual Studio for Mac 10.4 or later.
    1. Instead, make use of the dotnet CLI tools.

    Prerequisites

    1. Installation of Visual Studio 2017 or above from visualstudio.com with any.NET-related workload is supported under the free trial. When a.NET workload is installed, NuGet capabilities are immediately included in Visual Studio 2017.
    2. Install the nuget.exe command-line interface (CLI) by downloading it from nuget.org, storing it to an appropriate location, and adding that folder to your PATH environment variable.
    3. If you don’t already have an account on nuget.org, you may sign up for one for free. When you create a new account, you will receive a confirmation email. Before you may upload a package, you must first validate your account.

    Create a class library project

    Use an existing.NET Framework Class Library project for the code you wish to package, or construct a basic one using the steps outlined in this section:

    1. Choose File > New > Project in Visual Studio, choose the Visual Cnode, select the ″Class Library (.NET Framework)″ template, name the project AppLogger, and then click OK.
    2. To ensure that the project was properly generated, right-click on the resultant project file and pick Build from the context menu. The DLL may be located in the Debug folder (or the Release folder if you want to create the Release configuration instead).
    • Of course, you may include many helpful features in a genuine NuGet package that will let others to develop apps using the features you’ve implemented.
    • You may also customize the target frameworks in any way you like.
    • For example, have a look at the tutorials for Windows 10 and Xamarin.
    1. However, for the purposes of this tour, you will not need to write any extra code because the class library provided by the template will suffice to construct a package.
    2. If you still want some functioning code for the package, you may copy and paste the following: making use of System; namespace AppLogger public class Logger public void Log(string text) Console.WriteLine(text); namespace AppLogger public class Logger; namespace AppLogger
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    Configure project properties for the package

    • It is possible to install NuGet packages through their manifest (a.nuspec file), which provides relevant metadata such as the package identification and version number as well as a description and other information.
    • Some of these may be derived directly from the project properties, which saves the time and effort of having to change them in both the project and the manifest individually.
    • This section covers how to set the appropriate attributes in the appropriate places.
    1. Select the Project > Properties menu command, then the Application tab from the drop-down menu.
    2. Give your package a unique identify by entering it in the Assembly name field. Important You must provide the package an identification that is unique across all of nuget.org or whichever server you are using to distribute it. We recommend using the words ″Sample″ or ″Test″ in the package name for this walkthrough since the subsequent publishing step does make the package publicly available (though it’s doubtful that anybody will actually use it) and because the package will be publicly accessible when it is published. In the event that you try to publish a package with a name that already exists, you will receive an error message.
    3. Select the Assembly Information. button, which brings up a dialog box in which you may input additional characteristics that will be included in the manifest when you save it (see.nuspec file reference – replacement tokens). The most often used fields are Title, Description, Company, Copyright, and Assembly version, which are listed in alphabetical order. These attributes will be shown with your package on a hosting site such as nuget.org, so make sure they are completely descriptive.
    4. Alternatively, you may see and update the properties directly by opening the Properties/AssemblyInfo.cs file within the project.
    5. As soon as the properties have been set, change the project settings to Release and rebuild the project to create the revised DLL.

    Generate the initial manifest

    • You now have a DLL in your possession, as well as project attributes that you may utilize to produce an initial.nuspec file from the project.
    • Included in this phase are the replacement tokens that will be used to extract information from the project file.
    • You just need to run nuget spec once to produce the first version of the manifest.
    1. When you update the package, you may either make changes to the values in your project or directly edit the manifest.
    1. Open a command prompt and go to the folder containing the AppLogger.csproj file in the project folder.
    2. Run the following command to find out more: nuget spec is an abbreviation for nuget specification. AppLogger.csproj. NuGet produces a manifest that corresponds to the name of the project specified, in this instance AppLogger.nuspec, when a project is specified. Additionally, replacement tokens are included in the manifest.
    3. To investigate the contents of AppLogger.nuspec, open it in a text editor and type the following into the text box: Package 1.0.0 has the following features: YourUsername MIT is your user name. false Description of the package The following is a list of the modifications made in this version of the package. Copyright 2019 Tag1 Tag2
    4. Copyright 2019 Tag3

    Edit the manifest

    1. If you attempt to build a package with default values in your.nuspec file, NuGet will generate an error, and you will need to make changes to the following fields before proceeding. For a discussion of how these optional metadata components are used, see the.nuspec file reference – optional metadata elements. licenseUrl, projectUrl, iconUrl, releaseNotes, and tags are all required.
    1. Pay close attention to the Tags property when developing packages for public consumption, since tags assist people in finding your package on sites such as nuget.org and understanding what it does.
    2. During this point, you may also include any other items to the manifest that are mentioned in the.nuspec file reference.
    3. Please save the file before continuing.

    Run the pack command

    1. Run the command nuget pack from a command prompt in the folder containing your.nuspec file.
    2. This results in the creation of a.nupkg file in the form of identifier-version.nupkg, which you will find in the current folder.

    Publish the package

    • Once you have created a.nupkg file, you may publish it to nuget.org by running nuget.exe with an API key obtained from nuget.org and entering it in the appropriate field.
    • Nuget.org requires nuget.exe 4.1.0 or above to function properly.
    • Note The screening of all packages posted to nuget.org for viruses and rejection of any packages discovered to contain viruses is performed.
    1. All of the packages posted on nuget.org are also scanned on a regular basis.
    2. Packages that are published to nuget.org are likewise publicly viewable to other developers unless they are explicitly excluded from the list.
    3. See Hosting packages for information on how to host packages privately.

    Acquire your API key

    1. Sign in to your nuget.org account, or create a new account if you don’t already have one to get started. Individual accounts has more information on how to set up your account.
    2. Select API Keys from the drop-down menu under your user name (located in the top right).
    3. Pick Create, provide a name for your key, and then select Select Scopes > Push to complete the process. Make a note of the * in the Glob pattern field, then click Create. (For further information about scopes, see the section below.)
    4. Once the key has been produced, choose Copy in order to acquire the access key you require in the CLI:
    • Warning Always remember to keep your API key hidden!
    • You should treat your API key as if it were a password that allowed anybody to manage packages on behalf of you.
    • If your API key is mistakenly leaked, you should either remove it or get it regenerated.
    1. Important Please save your key in a safe place since you will not be able to replicate it again in the future.
    2. If you go back to the API key page, you’ll have to regenerate the key in order to copy it again.
    3. If you no longer want to push packages, you may also delete the API key from your account.
    4. Scoping enables you to generate various API keys for different reasons, which you can then reuse.
    5. Each key has an expiration duration and can be restricted to particular packages based on its scope (or glob patterns).
    6. Each key is also limited to a single activity, such as the pushing of new packages and updates, the pushing of just updates, or the delisting of packages.

    You may use scope to establish API keys for various people that manage packages for your business, ensuring that they only have the rights that they require for their jobs.More information may be found at scoped API keys.

    Publish with nuget push

    1. Open a command prompt and go to the folder that contains the.nupkg file.
    2. Run the following command, specifying your package name and replacing the key value with your API key: Run the following command, specifying your package name and replacing the key value with your API key: AppLogger is pushed via the nuget package manager. 1.0.0.nupkg qz2jga8pl3dvn2akksyquwcs9ygggg4exypy3bhxy6w6x6 -Source
    3. nuget.exe displays the results of the publishing process: 1.0.0.nupkg qz2jga8pl3dvn2akksyquwcs9ygggg4exypy3bhxy6w6x6 AppLogger is being pushed. 1.0.0.nupkg was created in 6829 milliseconds. Your cargo was moved to the back of the truck.

    See nuget push.

    Publish errors

    • Typically, errors from the push command signal that there is an issue.
    • If you have failed to change the version number in your project, for example, you may be attempting to publish a package that already exists.
    • When you attempt to publish a package with an identity that already exists on the host, you will receive problems as well.
    1. For example, the name ″AppLogger″ is already in use by another company.
    2. When this occurs, the push command returns the following error message: The response status code does not imply that the request was successful: 403 Message: (The supplied API key is invalid or has expired, or it does not have authorization to access the requested package.) In the case when you are using a legitimate API key that you have just established, then this warning implies a name conflict, which is not totally evident from the ″permission″ section of the error message.
    3. Attempt to push again after changing the package identification, rebuilding the project, and recreating the.nupkg file, as needed.

    Manage the published package

    • You can find the package you just published by going to your profile on nuget.org and selecting Manage Packages.
    • In addition, you will receive a confirmation email.
    • Remember that it may take some time for your package to be indexed and shown in search results, where it may be found by other people.
    1. During such period, the following notice appears on your package page: That’s all there is to it!
    2. You’ve just published your first NuGet package to nuget.org, which other developers may download and use in their own projects.
    3. Congratulations on your accomplishment!
    4. You should unlist any packages that you produced throughout this tour that aren’t truly helpful (for example, a package built with an empty class library), in order to prevent them from appearing in search results:
    1. On nuget.org, click on your user name (located in the upper right corner of the screen), then click on Manage Packages.
    2. To remove a package from the published section, locate it in the Published section and pick the trash can symbol on the right:
    3. Delete the checkbox labeled List (package-name) in search results on the next screen, and then click Save:

    Next steps

    • Congratulations for completing your first NuGet package development project! Select one of the links below to learn more about what NuGet has to offer. Packages that have been published
    • Packages that have been pre-released
    • Support for a variety of target frameworks
    • Versioning of packages
    • the creation of localized packages

    Feedback

    Feedback may be sent and viewed for

    How Do I Set Up A Private Nuget Package Registry with Visual Studio 2019?

    The package in question is the Microsoft.NET Framework v4.5.2 package, which I am attempting to make available in Visual Studio 2019 using the NuGet Package Manager and obtained via Github’s private NuGet package registry system.

    Important Stuff I’m Using:

    • It includes the.NET Framework 4.5.2, the Github Actions plugin, and the Github Package Registry (GPR). It also includes Visual Studio 2019/NuGet Package Manager.

    What Is My Goal?

    The following is a rough representation of the entire lifecycle:

    1. My project’s repository contains a CI task (under the Github brand) that msbuilds and publishes nupkg. It compiles everything and distributes it to my-private-organization >
    2. Users should be able to reference my-private-org as a custom NuGet feed in Visual Studio 2019, and designate ″My Project″ as a dependency when a project is opened in Visual Studio 2019.

    What Works, What Doesn’t?

    • My package has been successfully published on GitHub, and I can see it when I visit the site.
    • Visual Studio 2019 does not appear to be able to handle my own NuGet registry, though. When I try to access it, I receive the following error:
    • A request for metadata from the source failed because the response status code did not indicate success: 401 401 401 401 401 (Unauthorized).
    • However, when I try to run the same query (GET) in the browser, I am presented with another pop-up prompting me to enter my GitHub credentials.
    • After entering my credentials, I am again confronted by the same 401 error, but this time with a different error message: ″mistakes″ include: This is the code that was returned: ″Your token has not been granted the required scopes to execute this query.″ But your token has only been granted the:scopes, which is insufficient for the ‘id’ field, which also requires ″message.″ Please adjust the scopes of your token at [URL].
    1. I know I have a GITHUB TOKEN with read:package permissions because I used it to generate the package in the first place during my continuous integration job.

    I am suspicious that.

    Nuget.config does not allow me to pass my read:package credentialed GITHUB TOKEN as additional auth-credentials, and I’m not sure how to specify this in Nuget’s configuration file. This brings us to the point.

    What is my configuration?

    • Following what I read, I was told that I needed to parameterize my percent APPDATA percent /NuGet/nuget.config with some more credential information, which I obtained from the following link: I’m certain that I’m changing the right nuget.config file since I’ve been able to modify package stream names in Visual Studio while working with the file I’m working with.
    • It now resembles something like this: The login and password supplied in packageSourceCredentials are the same as the ones I used in the manual GET query that I performed in the browser earlier (which failed in a 401).
    • All opinions are welcome, even if they are ″Nobody Does A.″

    Install and manage NuGet packages in Visual Studio

    • Continue to the main content This browser is no longer supported by the manufacturer. You may benefit from the newest features, security updates, and technical support by switching to Microsoft Edge from Internet Explorer. Article published on January 25, 2021.
    • It will take you 6 minutes to read this.

    The information you provide will be forwarded to Microsoft: By clicking the submit button, your input will be used to improve Microsoft products and services in the future. Policy on personal information. Thank you very much.

    In this article

    • The NuGet Package Manager UI in Visual Studio for Windows enables you to quickly install, delete, and update NuGet packages in projects and solutions via a graphical user interface.
    • See Including a NuGet package in your project for more information on the Visual Studio for Mac experience.
    • Visual Studio Code does not contain the Package Manager UI, which can be found here.
    1. Note Check Tools > Extensions and Updates and look for the NuGet Package Manager extension if you don’t see it in your Visual Stud

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