public string GetDefaultOutputExtension(Project.Configuration.OutputType outputType)
{
switch (outputType)
{
case Project.Configuration.OutputType.Exe:
case Project.Configuration.OutputType.DotNetConsoleApp:
case Project.Configuration.OutputType.DotNetWindowsApp:
return("exe");
case Project.Configuration.OutputType.Lib:
return("lib");
case Project.Configuration.OutputType.Dll:
case Project.Configuration.OutputType.DotNetClassLibrary:
return("dll");
case Project.Configuration.OutputType.None:
return(string.Empty);
default:
return(outputType.ToString().ToLower());
}
}
public string GetDefaultOutputExtension(Project.Configuration.OutputType outputType)
{
switch (outputType)
{
// Using the Unix extensions since Darwin is a Unix implementation and the
// executables Mac users interact with are actually bundles. If this causes
// issues, see if using .app for executables and .dylib/.framework for
// libraries work better. iOS is Darwin/Cocoa so assuming that the same goes
// for it.
case Project.Configuration.OutputType.Exe:
case Project.Configuration.OutputType.IosApp:
case Project.Configuration.OutputType.IosTestBundle:
return(string.Empty);
case Project.Configuration.OutputType.Lib:
return("a");
case Project.Configuration.OutputType.Dll:
return("so");
// .NET remains the same on all platforms. (Mono loads .exe and .dll regardless
// of platforms, and I assume the same about .NET Core.)
case Project.Configuration.OutputType.DotNetConsoleApp:
case Project.Configuration.OutputType.DotNetWindowsApp:
return("exe");
case Project.Configuration.OutputType.DotNetClassLibrary:
return("dll");
case Project.Configuration.OutputType.None:
return(string.Empty);
default:
return(outputType.ToString().ToLower());
}
}