How To Download Project In Visual Studio
Libby Ellwein
I find some missing information in the other answers (at least for people who come from other IDEs like, say, Eclipse) . To say that a solution is a container for projects is only part of the thing. The conceptual feature of a VS project (what determines its 'granularity') is that one project produces one output: typically an executable or a library (dll). So, if you are going to code three executables that uses related code, you'll create one solution and at least three projects - probably more.
A solution is like a house, a project like a room. Each room provides a piece of functionality whereas the house, a container of rooms, provides the means to link the rooms together and organize them appropriately.
It doesn't help that Visual Studio seems to make things more confusing. "New Project" actually creates a new SOLUTION containing a project. "Open Project" actually opens a solution containing one (or many) project. (The file menu says "Open Project/Solution" but it really is opening solutions. There is no "Close Project" only "Close Solution" which is accurate.
So, in VS you are always working within a solution. Many solutions contain only one project and newer developers are likely to think of them as the same thing. However you can add other projects into a solution.
When you create an app, application, website, Web App, script, plug-in, etc in Visual Studio, you start with a project. In a logical sense, a project contains of all the source code files, icons, images, data files and anything else that will be compiled into an executable program or web site, or else is needed in order to perform the compilation. A project also contains all the compiler settings and other configuration files that might be needed by various services or components that your program will communicate with.
In Visual Studio, the project file is used by Solution Explorer to display the project contents and settings. When you compile your project, the MSBuild engine consumes the project file to create the executable. You can also customize projects to product other kinds of output.
A project is contained, in a logical sense and in the file system, within a solution, which may contain one or more projects, along with build information, Visual Studio window settings, and any miscellaneous files that aren't associated with any project. In a literal sense, the solution is a text file with its own unique format; it is generally not intended to be edited by hand.
A solution is a placeholder for logically related projects that make up an application. For example, you could have separate projects for your application's GUI, database access layer, and so on. The projects would be specific divisions for your program's functionality, and the solution would be the umbrella unifying all of them under one application.
A solution is a readable text file whose extension is .sln and having a structured content that describes the projects that it contains. A project is a readable XML formatted text file whose extension is .vcxproj and having a structured content according to its XML schema, and whose primary purpose is to contain the listing of source codes filenames and their dependencies or references to other project's source codes as well.
If you are from an Eclipse background you would probably go to build path of a project and add a dependency on other project or add an external jar. In VS you can do that in a single container called solution where all related projects are grouped together.
Eg. Let's say you are build and android and iOS app in xamrin, there would be some common code and resources that could go in a separate project and then your android and iOS projects can depend on this common code project. Also you could have projects to test these projects etc.
I recently started using Git with Visual Studio 2015 and I'm trying to modify the properties of an installer project. The issue is that it won't let me because the project isn't checked out and I don't see an option to check out the project with Git through Visual Studio. The only place I even see the mention of the words 'Check Out' is under branches and it's grayed out.
I'm still looking into the problem, but the only solution I've come up with now, is making a quick manual edit of YourProject.vdproj in Notepad. Visual Studio WILL recognize that edit, and unlock the file for you. After that you can continue to use IDE to make changes to the Installer project.
Here is a workaround I found,Mark the project installer in the Solution explorer, And click "Save" (not save all).For me it did the trick.If it's still didn't help try to reopen VS and try the method again.
Like Eternal21 I encountered this problem when trying to modify an Installer project, this was in a VS2013 (rather than VS2015) project though and I could not see a GlobalSection(TeamFoundationVersionControl) in the solution file. However the following steps worked;
I was able to work around this problem by simply editing the vdproj file (setup project file) manually in Notepad++ (you can use any text editor), making some temporary changes into it (type a character and backspace) and saving the file. This effectively checks out the project from GIT. Now you can come back to Visual Studio and make whatever changes you want.
This article describes the difference between a project and a solution in Visual Studio. It also briefly covers how to create a new project and how to use the Solution Explorer tool window to interact with your projects and solutions.
When you create an app or website in Visual Studio, you start with a project. In a logical sense, a project contains all files that are compiled into an executable, library, or website. Those files can include source code, icons, images, data files, and more. A project also contains compiler settings and other configuration files that your program might need to communicate with various services or components.
Visual Studio uses MSBuild to build each project in a solution, and each project contains an MSBuild project file. The file extension reflects the type of project, for example, a C# project (.csproj), a Visual Basic project (.vbproj), or a database project (.dbproj). The project file is an XML document that contains all the information and instructions that MSBuild needs to build your project. Such information and instructions include the content, platform requirements, versioning information, web server or database server settings, and the tasks to perform.
Project files are based on the MSBuild XML schema. To look at the contents of newer, SDK-style project files in Visual Studio, right-click the project node in Solution Explorer and select Edit . To look at the contents of .NET projects, first unload the project (right-click the project node in Solution Explorer and select Unload Project). Then, right-click on the project and choose Edit .
You don't have to use solutions or projects in Visual Studio to edit, build, and debug code. You can simply open the folder that contains your source files in Visual Studio and start editing. For more information, see Develop code in Visual Studio without projects or solutions.
The easiest way to create a new project is to use a project template for the project type you want. A project template includes a basic set of pregenerated code files, config files, assets, and settings. Use File > New > Project to select a project template. For more information, see Create a new project in Visual Studio.
When you create a new project, Visual Studio saves it to its default location, %USERPROFILE%\source\repos. To change this location, go to Tools > Options > Projects and Solutions > Locations. For more information, see Options dialog box: Projects and Solutions > Locations.
A project is contained within a solution. Despite its name, a solution isn't an "answer." It's simply a container for one or more related projects, along with build information, Visual Studio window settings, and any miscellaneous files that aren't associated with a particular project.
A "solution folder" is a virtual folder that's only in Solution Explorer, where you can use it to group projects in a solution. If you want to locate a solution file on a computer, go to Tools > Options > Projects and Solutions > Locations. For more information, see Options dialog box: Projects and Solutions > Locations.
After you create a new project, you can use Solution Explorer to view and manage the project and solution and their associated items. The following illustration shows Solution Explorer with a C# solution that contains two projects:
Many menu commands are available from the right-click context menu on various items in Solution Explorer. These commands include building a project, managing NuGet packages, adding a reference, renaming a file, and running tests, just to name a few. For more information, see Learn about Solution Explorer.
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.
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