C#'s got lambdas, closures, generics, reflection, extension methods (weak form of monkey-patching), and anonymous types (I can't speak to Java, but it's got a lot of these as well). Can you please describe the flexible features C# is missing?
As for the programmers in those languages, I guess I'm one counterexample. My colleauges and I talk quite a bit about the "right way" to do things. We gripe a great deal about shortcomings in the .NET universe. I hate "best practices" (aside from trivialities like naming conventions), and prefer to evaluate practices on their merits. I've written frameworks of various sizes. I read cool blog posts to see what others are doing. Occasionally I'll try things to see if they'll work, not because some "expert" thought of it.
So, I'm at least one counter-example, and I know of numerous intelligent and erudite friends and bloggers who also fit this description. I wonder if you can perhaps provide some examples to support your claim that Java and C# programmers have no depth of understanding?
As for the programmers in those languages, I guess I'm one counterexample. My colleauges and I talk quite a bit about the "right way" to do things. We gripe a great deal about shortcomings in the .NET universe. I hate "best practices" (aside from trivialities like naming conventions), and prefer to evaluate practices on their merits. I've written frameworks of various sizes. I read cool blog posts to see what others are doing. Occasionally I'll try things to see if they'll work, not because some "expert" thought of it.
So, I'm at least one counter-example, and I know of numerous intelligent and erudite friends and bloggers who also fit this description. I wonder if you can perhaps provide some examples to support your claim that Java and C# programmers have no depth of understanding?