Whenever you think of pointer-to-function, you translate to Java by using the Adapter pattern (or a variation). It would be something like this: public class Node { … public void goNorth() { … } public void goSouth() { … } public void goEast() { … } public void goWest() { … } interface MoveAction { … Read more
Sure – use Type.GetMethods(). You’ll want to specify different binding flags to get non-public methods etc. This is a pretty crude but workable starting point: using System; using System.Linq; class Test { static void Main() { ShowMethods(typeof(DateTime)); } static void ShowMethods(Type type) { foreach (var method in type.GetMethods()) { var parameters = method.GetParameters(); var parameterDescriptions … Read more
I suggest the use of Aspect Oriented Programming. For example, using the AspectJ compiler (which can be integrated to Eclipse, Emacs and others IDEs), you can create a piece of code like this one: aspect AspectExample { before() : execution(* Point.*(..)) { logger.entering(thisJoinPointStaticPart.getSignature().getName(), thisJoinPointStaticPart.getSignature().getDeclaringType() ); } after() : execution(* Point.*(..)) { logger.exiting(thisJoinPointStaticPart.getSignature().getName() , thisJoinPointStaticPart.getSignature().getDeclaringType() ); … Read more
A benefit of this is that it allows you to take an instance method and turn it into a static method without having to modify any existing code (other than the class) and thus allowing for backwards compatibility. I’ve found this useful as many times I’ve come across utility methods that can be made static … Read more
You can use Directory.GetFiles to replace your method. Directory.GetFiles(dirPath, “*”, SearchOption.AllDirectories)
You don’t need to add labels. In order to refer to a Python class, method, or other documented object, use the markup provided by the Python domain. For example, the following defines a cross-reference to the mymethod method: :py:meth:`mymodule.MyClass.mymethod` Or even simpler (since the Python domain is the default): :meth:`mymodule.MyClass.mymethod` The documentation of TextWrapper.wrap that … Read more
If a synchronized method calls another non-synchronized method, is there a lock on the non-synchronized method The answer depends on the context. If you are in a synchronized method for an object, then calls by other threads to other methods of the same object instance that are also synchronized are locked. However calls by other … Read more
dogList is local to the method Main. What you want to do instead is to place dogList outside of that scope. public class Program { static List<Dog> dogList = new List<Dog>(); … Alternately you can send the list into your add method.
Update for Swift 2.0: Now functions behave identically to methods, and for both, by default: the first parameter has no external name; and the other parameters have an external name identical to the internal name. Other than that, the rules below still apply, except that the # shorthand syntax is now gone. Here’s a more … Read more
All functions are also descriptors, so you can bind them by calling their __get__ method: bound_handler = handler.__get__(self, MyWidget) Here’s R. Hettinger’s excellent guide to descriptors. As a self-contained example pulled from Keith’s comment: def bind(instance, func, as_name=None): “”” Bind the function *func* to *instance*, with either provided name *as_name* or the existing name of … Read more