You can use namespaces to override existing function names: namespace blarg; function basename() { return ‘whatever’; } $base = basename(); I.e., any call to basename() within the blarg namespace will use your new version of the function.
These are legal instructions for 80386+. Starting with the 80386 we can use operandsize- and addresssize- override prefixes. Those prefixes can be used in combination with the 16 bit address mode and with the 32-bit address mode. Additional it can be used with the real address mode and with the protected mode and the virtual … Read more
Inheriting/overriding private methods In PHP, methods (including private ones) in the subclasses are either: Copied; the scope of the original function is maintained. Replaced (“overridden”, if you want). You can see this with this code: <?php class A { //calling B::h, because static:: resolves to B:: function callH() { static::h(); } private function h() { … Read more
You cannot use qualified names there. I you write void Function() { … } you are overriding both functions. Herb Sutter shows how it can be solved. Another option is to rename those functions, because apparently they do something different (otherwise i don’t see the problem of overriding both with identical behavior).
It seems that overriding methods and properties in an extension works with the current Swift (Swift 1.1/Xcode 6.1) only for Objective-C compatible methods and properties. If a class is derived from NSObject then all its members are automatically available in Objective-C (if possible, see below). So with class A : NSObject { } your example … Read more
The django admin uses custom widgets for many of its fields. The way to override fields is to create a Form for use with the ModelAdmin object. # forms.py from django import forms from django.contrib import admin class ProductAdminForm(forms.ModelForm): def __init__(self, *args, **kwargs): super(ProductAdminForm, self).__init__(*args, **kwargs) self.fields[‘tags’].widget = admin.widgets.AdminTextareaWidget() Then, in your ModelAdmin object, you … Read more
Overloading generally means that you have two or more functions in the same scope having the same name. The function that better matches the arguments when a call is made wins and is called. Important to note, as opposed to calling a virtual function, is that the function that’s called is selected at compile time. … Read more
Does this answer your question? The second import does the trick. Mod_1.py def test_function(): print “Test Function — Mod 1” Mod_2.py def test_function(): print “Test Function — Mod 2” Test.py #!/usr/bin/python import sys import Mod_1 Mod_1.test_function() del sys.modules[‘Mod_1’] sys.modules[‘Mod_1’] = __import__(‘Mod_2’) import Mod_1 Mod_1.test_function()
What we are having here is two different methods with individual type parameters each. public abstract <T extends AnotherClass> void getAndParse(Args… args); This is a method with a type parameter named T, and bounded by AnotherClass, meaning each subtype of AnotherClass is allowed as a type parameter. public <SpecificClass> void getAndParse(Args… args) This is a … Read more
C++11 almost had what you want. Originally the override keyword was part of a larger proposal (N2928) which also included the ability to enforce its usage: class A { virtual void f(); }; class B [[base_check]] : public A { void f(); // error! }; class C [[base_check]] : public A { void f [[override]] … Read more