Create A Dll In Visual Studio

0 views

Skip to first unread message

Sourn Rose

unread,

Aug 3, 2024, 10:57:41 AM8/3/24

to anrichbackwoodb

This introductory article explores what it means to create a solution and a project in Visual Studio. A solution is a container to organize one or more related code projects, like a class library project and a corresponding test project.

As an educational exercise to understand the concept of a project, you'll construct a solution and project from scratch. Ordinarily, you'd use Visual Studio project templates to create new projects. You'll also look at the properties of a project and some of the files it can contain, and create a reference from one project to another.

Developing apps in Visual Studio doesn't require solutions and projects. You can just open a folder that contains code and start coding, building, and debugging. For example, a cloned GitHub repo might not contain Visual Studio projects and solutions. For more information, see Develop code in Visual Studio without projects or solutions.

In Visual Studio, a solution isn't an "answer". A solution is simply a container Visual Studio uses to organize one or more related projects. When you open a solution, Visual Studio automatically loads all the projects that the solution contains.

Start your exploration by creating an empty solution. After you get to know Visual Studio, you probably won't create empty solutions often. When you create a new project, Visual Studio automatically creates a solution for the project unless a solution is already open.

If you have several workloads installed, the Blank Solution template might not appear at the top of your list of search results. Try scrolling to the Other results based on your search section of the list. It should appear there.

A solution appears in Solution Explorer on the right-hand side of the Visual Studio window. You'll probably use Solution Explorer often, to browse the contents of your projects.

If you have several workloads installed, the Blank Solution template might not appear at the top of your list of search results. Try scrolling through Other results based on your search to find the template.

The QuickSolution solution appears in Solution Explorer on the right side of the Visual Studio window. You'll use Solution Explorer often to browse the contents of your projects.

If you don't see the Empty Project (.NET Framework) template, you must install the .NET desktop development Visual Studio workload. Visual Studio uses workload-based installation to install only the components you need for the type of development you do.

An easy way to install a new workload when you're creating a new project is to select the Install more tools and features link under the text that says Not finding what you're looking for?. After Visual Studio Installer launches, select the .NET desktop development workload and then the Modify button.

Visual Studio uses workload-based installation to install only the components you need for the type of development you do. If you don't see the Empty Project (.NET Framework) template, you need to install the .NET desktop development Visual Studio workload.

An easy way to install a new workload when you're creating a new project is to select the Install more tools and features link under the text that says Not finding what you're looking for?. In the Visual Studio Installer, select the .NET desktop development workload, and then select Modify.

Visual Studio adds a file named Calendar.cs to the project. The .cs on the end is the file extension for C# code files. The Calendar.cs file appears in the Solution Explorer visual project hierarchy, and the file opens in the editor.

You don't need to understand everything the code is doing yet. Run the app by pressing Ctrl+F5, and see that the app prints today's date to the console, or standard output, window. Then, close the console window.

Solutions commonly contain more than one project, and these projects often reference each other. Some projects in a solution might be class libraries, some might be executable applications, and some might be unit test projects or websites.

Starting in Visual Studio 2019 version 16.9, the MSTest project template name changed from MSTest Unit Test Project (.NET Core) to Unit Test Project. Several steps in the project creation changed in this update.

You'll use the new unit test project to test your method in the QuickDate project, so you need to add a reference to QuickDate to the QuickTest project. Adding the reference creates a build dependency between the two projects, meaning that when you build the solution, QuickDate builds before QuickTest.

The line in the Calendar.cs file that contains the InternalsVisibleToAttribute attribute references the assembly name or file name of the QuickTest project. The assembly name might not always be the same as the project name. To find the assembly name of a project, use the project properties. The property pages contain various settings for the project.

Found a workaround. If you go to the project folder you will notice that you do have the .design folder, but it is missing the .csproj file. If you can get a fresh design.csproj you can just put in in there and rename it as needed. If you need that, check this thread:

@andy2kh @zigzag
These are temporary but workable solutions. But I think there should be a permanent and sustainable solution instead. I think the problem may be related to the visual studio version. I should try with an older version of visual studio, or I can wait for the extension to be made compatible with newer versions.

Worth noting, you will need to add the packageIcon.png into your Activities.Design sub project manually now. Should just be a case of copying it over from the original location. Glad to hear it worked for you.

I think having an extension for visual studio code would be amazing. It would add another avenue for SAS Users to integrate their code into repo like github and gitlab, which in turns allows better versioning control for teams and pipelines.

We already use Visual Studio with Team Foundation Server add-on with SAS Enterprise Guide. By specifying EG as your SAS program editor in Visual Studio, it becomes your primary interface for code management, versioning and deployment.

As a general solution to this and other problems with editors, could SAS publish the EBNF language definition for all SAS languages, as is routinely done for public standards such as SQL? From that it would be possible to derive highlighting, completion and editing rules for any editor, although there might still be a lot of work, depending on how close the editor syntax definition language is to EBNF.

The VisualStudio.Extensibility SDK focuses on extensions that run out-of-process from the IDE for improved performance and reliability, and it features a modern API that has been streamlined and carefully engineered to maximize developer productivity.

This release builds on our first and second public previews, and it brings some big features like an API to query and modify project information and the ability to create incredible debugger visualizers. Please visit the VisualStudio.Extensibility repo to find docs and installation instructions. You can also use our issue tracker to report bugs and provide feedback.

With the last release of VisualStudio.Extensibility, you could interact with users through prompts with simple, configurable buttons. Now, you can go beyond buttons and interact with your users through dialogs featuring custom UI.

We know developers spend most of their time in Visual Studio working with files and documents in the editor. With editor margin extensions, you can get your work in front of many users by leveraging Remote UI to create great front-and-center experiences that boost developer productivity. You could use this feature to offer simple at-a-glance features like the word count or the encoding of the open document, but you could also create custom navigation bars or headers!

Many components defined in your extensions require you to configure how or when they appear in the IDE. For example, if you define a command, you could configure it to be a menu item in the Tools menu or an icon on the toolbar. If you define a tool window, you could configure it to be either docked or floating.

As we continue to develop VisualStudio.Extensibility, we need your help! Please give Preview 3 a try and share your thoughts with us. You can give feedback, report bugs, make suggestions, and ask questions through our issue tracker. You can also sign up here to be contacted about future user studies, which are invaluable as we work to give you the best possible experience with our SDK.

Visual Studio is an integrated development environment (IDE) developed by Microsoft. It is used to develop computer programs including websites, web apps, web services and mobile apps. Visual Studio uses Microsoft software development platforms including Windows API, Windows Forms, Windows Presentation Foundation (WPF), Microsoft Store and Microsoft Silverlight. It can produce both native code and managed code.

Visual Studio supports 36 different programming languages [citation needed] and allows the code editor and debugger to support (to varying degrees) nearly any programming language, provided a language-specific service exists. Built-in languages include C,[6] C++, C++/CLI, Visual Basic .NET, C#, F#,[7] JavaScript, TypeScript, XML, XSLT, HTML, and CSS. Support for other languages such as Python,[8] Ruby, Node.js, and M among others is available via plug-ins. Java (and J#) were supported in the past.