Consider this case: public interface IBar { void Bar(); } internal class C : IBar { public void Bar() { } } Here C.Bar cannot be marked as internal; doing so is an error because C.Bar can be accessed by a caller of D.GetBar(): public class D { public static IBar GetBar() { return new … Read more
The primary reason is that export matches the plans for ECMAScript. You could argue that “they should have used “export” instead of “public”, but asides from “export/private/protected” being a poorly matched set of access modifiers, I believe there is a subtle difference between the two that explains this. In TypeScript, marking a class member as … Read more
No, there’s no difference – you just tell that class B is a friend of class A and now can access its private and protected members, that’s all.
Try this: $ vim ~/.ssh/config Add Host github.com Hostname ssh.github.com Port 443 Source: https://help.github.com/articles/using-ssh-over-the-https-port
UPDATE: This question was the subject of my blog in September 2014. Thanks for the great question! There is considerable debate on this question even within the compiler team itself. First off, it’s wise to understand the rules. A public member of a class or struct is a member that is accessible to anything that … Read more
You use: public scope to make that property/method available from anywhere, other classes and instances of the object. private scope when you want your property/method to be visible in its own class only. protected scope when you want to make your property/method visible in all classes that extend current class including the parent class. If … Read more
The official tutorial may be of some use to you. Class Package Subclass(same pkg) Subclass(diff pkg) World public + + + + + protected + + + + no modifier + + + private + + : accessible blank : not accessible