If i do that i will then need to specify the full namespace name before my static class in order to access it? No, there is no need for that, though the details depend on the class that will use these types and the using declarations it has. If you only use one of the …
There are 2 parts of your question: How to configure solutions to build assemblies/EXE into folders of your choice – this is configured through properties of the project in VS (project properties -> build -> output path). Also value of check “copy local” property on each reference. How to load assemblies files from non-default locations …
I think you need to investigate properties files, i.e. *.vsprops (older) or *.props (latest) You do need to add the properties file manually to each project, but once that’s done, you have multiple projects, but one .[vs]props file. If you change the properties, all projects inherit the new settings.
A PowerShell implementation that recursively scans the script directory for .csproj files and adds them to a (generated) All.sln: $scriptDirectory = (Get-Item $MyInvocation.MyCommand.Path).Directory.FullName $dteObj = [System.Activator]::CreateInstance([System.Type]::GetTypeFromProgId(“VisualStudio.DTE.12.0”)) $slnDir = “.\” $slnName = “All” $dteObj.Solution.Create($scriptDirectory, $slnName) (ls . -Recurse *.csproj) | % { $dteObj.Solution.AddFromFile($_.FullName, $false) } $dteObj.Solution.SaveAs( (Join-Path $scriptDirectory ‘All.sln’) ) $dteObj.Quit()
This problem preceeds NuGet. If you have a project referenced in two solutions, and change assembly references in the project when it is open in one solution, of course it will change the reference path for that project when it is open in the other solution. This has always been the case, regardless of how …
Change your compiler for C/C++/Objective-C: Xcode > Target > Build Settings > Build Options > Compiler for C/C++/Objective-C Select Default compiler (Apple LLVM x.y)
It worked for my just adding the it to the ProjectFolder, and also add the folder programmatically like this. var p = new Microsoft.Build.Evaluation.Project(@”C:\projects\BabDb\test\test.csproj”); p.AddItem(“Folder”, @”C:\projects\BabDb\test\test2″); p.AddItem(“Compile”, @”C:\projects\BabDb\test\test2\Class1.cs”); p.Save();
Find All (CTRL+SHIFT+F) “Find what:” = Reference.*ReplaceThisTextWithProjectName Check “Use:” -> “Regular Expression” in the “Find options” section “Look at these file types:” = “*.*proj* ” “Look in:” = Select a directory/folder on your drive. Don’t use “Entire Solution” it won’t get to the project file itself. (Don’t forget to check “Include sub-folders”)
I’d suggest you take a look at Spring’s Project Sagan. It’s the source code for their current website (http://spring.io). While they used a multi-module approach, it wasn’t divided as you are suggesting. They really just pulled out some client work and kept the rest in a single module. This site was written by the Spring …
This question has popped up in different, but related, forms. There is actually an MSDN page that covers this. What you’re looking for is a multi-solution approach akin to the Partitioned Single Solution Model for Larger Systems. Have one “everything” solution that builds everything and maintains your inter-component dependencies. This is what you build when …