late binding

In this sense it is similar to the traditional definition of late binding.

Late binding has poorer performance than an early bound method call.

Generally speaking those who only program in Java do not call this late binding.

This would be used in place of the Object type to indicate that late binding is desired.

In traditional languages, this late binding is not possible.

Late binding necessarily prevents the use of static type checking.

There are three definitions for late binding in Java.

The following example does that by changing a special variable reference, called late binding in a list loop.

Use of such a table is a common technique when implementing late binding in object-oriented programming.

For this reason most or all method calls on a dynamically-typed language are done exclusively via a late binding.

Message passing enables extreme late binding in systems.

Dynamic dispatch is different from dynamic or late binding.

There is a small performance penalty for this, but late binding allows the same selector to reference different implementations.

Java, for example, has late binding leading to more loosely coupled systems (at least for deployment).

JavaScript has late binding as well as dynamic dispatch.

Late binding may slow access speed.

Currently, it is popular to use the term late binding in Java programming as a synonym for dynamic dispatch.

COM programming equally promoted early and late binding, with many languages supporting both at the syntax level.

An important feature of Python is dynamic name resolution (late binding), which binds method and variable names during program execution.

Late binding in .

However, PowerBuilder supports only late binding, not early binding.

While Cocoa retains this approach for the most part, Objective-C's late binding opens up more flexibility.

Late binding prevents many forms of static analysis needed by an integrated development environment (IDE).

Late binding, name binding which is resolved at run-time rather than in advance (pre-execution time)

This substitution allows for lazy evaluation and late binding as well as effectively the operational equivalent of "pointers" in other languages.