Create Your Private Team NuGet And Manage Your Source code
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Instead of making packages publicly available, you might want to release packages to only a limited audience, such as your organization or workgroup. In addition, some companies may want to restrict which third-party libraries their developers may use, and thus direct those developers to draw from a limited package source rather than nuget.org.
Put simply, a NuGet package is a single ZIP file with the .nupkg extension that contains compiled code (DLLs), other files related to that code, and a descriptive manifest that includes information like the package's version number. Developers with code to share create packages and publish them to a public or private host. Package consumers obtain those packages from suitable hosts, add them to their projects, and then call a package's functionality in their project code. NuGet itself then handles all of the intermediate details.
Because NuGet supports private hosts alongside the public nuget.org host, you can use NuGet packages to share code that's exclusive to an organization or a work group. You can also use NuGet packages as a convenient way to factor your own code for use in nothing but your own projects. In short, a NuGet package is a shareable unit of code, but does not require nor imply any particular means of sharing.
In its role as a public host, NuGet itself maintains the central repository of over 100,000 unique packages at nuget.org. These packages are employed by millions of .NET/.NET Core developers every day. NuGet also enables you to host packages privately in the cloud (such as on Azure DevOps), on a private network, or even on just your local file system. By doing so, those packages are available to only those developers that have access to the host, giving you the ability to make packages available to a specific group of consumers. The options are explained on Hosting your own NuGet feeds. Through configuration options, you can also control exactly which hosts can be accessed by any given computer, thereby ensuring that packages are obtained from specific sources rather than a public repository like nuget.org.
The ability to easily build on the work of others is one of most powerful features of a package management system. Accordingly, much of what NuGet does is managing that dependency tree or "graph" on behalf of a project. Simply said, you need only concern yourself with those packages that you're directly using in a project. If any of those packages themselves consume other packages (which can, in turn, consume still others), NuGet takes care of all those down-level dependencies.
Clearly, then, NuGet's primary role where developers are concerned is maintaining that reference list on behalf of your project and providing the means to efficiently restore (and update) those referenced packages. This list is maintained in one of two package management formats, as they're called:
Which package management format is employed in any given project depends on the project type, and the available version of NuGet (and/or Visual Studio). To check what format is being used, simply look for packages.config in the project root after installing your first package. If you don't have that file, look in the project file directly for a element.
GitHub Packages is a platform for hosting and managing packages, including containers and other dependencies. GitHub Packages combines your source code and packages in one place to provide integrated permissions management and billing, so you can centralize your software development on GitHub.
GitHub Packages usage is free for public packages. For private packages, each account on GitHub.com receives a certain amount of free storage and data transfer, depending on the product used with the account. Any usage beyond the included amounts is controlled by spending limits. If you are a monthly-billed customer, your account will have a default spending limit of 0 US dollars (USD), which prevents additional usage of storage or data transfer after you reach the included amounts. If you pay your account by invoice, your account will have an unlimited default spending limit. For more information, see "About billing for GitHub Packages."
You can use a personal access token (classic) to authenticate to GitHub Packages or the GitHub API. When you create a personal access token (classic), you can assign the token different scopes depending on your needs. For more information about packages-related scopes for a personal access token (classic), see "About permissions for GitHub Packages."
Very cool. I'm going to keep digging into SourceLink and learning about it. It seems that if YOU have a library or published NuGet either inside your company OR out in the open source world that you absolutely should be using SourceLink.
Connect your favorite JetBrains IDE to a Space organization to get access to your repositories, code reviews, merge requests, Automation (CI builds), and packages. Experience the power of built-in Space code reviews right from the IDE, or enjoy even more powerful code reviews from the Space UI.
Deployments let you track the delivery of source code changes to a deployment environment, such as a production or staging server, an application store, and others. Deployments can be used with any CI/CD tool of your choice, including Space Automation, JetBrains TeamCity, GitHub Actions, and others.
Fortunately, not everyone on your team needs to be an expert in all things NuGet. In fact, you don't even need to be a NuGet expert -- just some basic knowledge on how to manage NuGet in the Enterprise, as well as the tools and processes to use to make it work.
NuGet packages contain reusable code that other developers make available to you for use in your .NET projects. These packages reduce the time it takes to build, increase code quality, and are often free. Some examples of NuGet Packages are:
NuGet.org is a public website and that means that your teams ability to work is directly related to server and internet access. Although uncommon, service outages can happen and when they do, teams are blocked.
Two core resource types make up CodeArtifact: domains and repositories. Domains provide an easy way manage multiple repositories within an organization. Repositories store packages and their assets. You can connect repositories to other CodeArtifact repositories, or popular public package repositories such as nuget.org, using upstream and external connections. For more information about these concepts, see AWS CodeArtifact Concepts.
The AWS CloudFormation template provided in this post provisions three CodeArtifact resources: a domain, a team repository, and a shared repository. The team repository is configured to use the shared repository as an upstream repository, and the shared repository has an external connection to nuget.org.
Start the process by clicking on the connect to feed button. A modal popup window will appear giving you several connection options. In this case we are going to utilize the NuGet to Visual Studio connection option. Copy the source URL and hold on to it. Your going to need that URL to connect your feed into Visual Studio.
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In projects that use the project.json, when performing a package restore operation, the project.lock.json file is created. It includes the version, contents, and dependencies of all the packages in your project as a snapshot of that moment.
Hopefully this has brought a bit more clarity into dependency management in .NET. Whether you are managing dependencies in your legacy .NET framework system, your NuGet packages in your shiny new .NET Core application, or if you are thinking of migrating from the former to the latter, now you should have a basic understanding of the related artifacts and how they come into play.
Package management is a great way to manage the set of external dependencies (and their dependencies) as part of your typical modern development workflow. Whether the source code is being built by a cloud-based remote build agent or by a developer working locally on their laptop, package management helps to ensure consistency and reliability in a build process by abstracting and automating the process of locating, copying, version-checking, and referencing a particular resource or library.
Setting up our private NuGet repository isn't a problem, but managing sources is. We tried to expose the sources via source server and it kinda works, but not quite: VS downloads the sources while debugging external code, but not when you try to navigate to definition/implementation. Basically, you can only go to source code when debugging, which is not quite what we need.
The main problem you face is making sure the checked out code for the dependent package represents the same version as your NuGet reference in the main project. Not a problem if you follow a policy of always building against the most recent version of your package.
Maybe you can use It adds a link in the pdb file pointing to the repository so Visual Studio will fetching source code from there - and then you just need to include the pdb file in your nuspec package and won't need a source server.
So it's not a perfect solution, but you mention that you could optionally use Resharper; with dotPeek and resharper you can navigate to the disassembly of the original code, it's what I use at work, where we have a similar setup to yours.
The Microsoft .NET Framework comes in two flavors: conventional .NET Framework, which versions out at 4.8, and .NET Core Framework, which is currently at version 5. Neither framework has classes that provide solutions for all possible tasks. When either framework requires additional classes, a developer creates a class project, writes code, and references the class project in one or more other projects. It isn't necessary to write all these classes yourself; Microsoft provides classes in packages delivered through NuGet. 2b1af7f3a8