Search Results for "void"

A Ring-Buffer instance could be used with element types - char - long - long long - void* . Focus is on a hardened SW structure with buffer-instance-pointer check (not very fast but more secure). Some features are globally choosable on compile-time (e.g. switch multithread support off completely to have faster access). Note: User Interface is for Test and Tutor Code only.

...If all of the permissions in a given request are granted, all methods annotated with the proper request code will be executed(be sure to have an unique request code). The annotated method needs to be void and without input parameters (instead, you can use onSaveInstanceState in order to keep the state of your suppressed parameters). This is to simplify the common flow of needing to run the requesting method after all of its permissions have been granted. Optionally, for a finer control, you can have your Activity / Fragment implement the PermissionCallbacks interface.

...Code sample: import javax.xml.bind.annotation.XmlElement; import dummyxmlparser.XmlBinder; public class Foo { @XmlElement public String counter; public static void main(String[] args) throws Exception{ Foo foo= XmlBinder.fromXml(Foo.class, "<Foo><counter>42</counter></Foo>"); assert foo.counter.equals("42"); } }

... - It can be used with single slot function or unlimited slot functions. - “emit” function’s return type is pointer of your actual slot function’s return type and it can be any type. - It supports “void” return type. - Slot(s) can be set to enable or disable. If slot(s) is/are disabled, signal can’t emit this/these slot(s). - If slot which emitted is disabled or its return type is void, “emit” function returns “NULL” pointer. - It works with member slot functions. - It uses meta programming methods for “static for loop” and “static if”...

...Performance These are designed to be general purpose, and reasonably efficient in most circumstances. Notes The biggest problem with these is type safety due to the use of pointer to void for type abstraction. This code is intentionally spartan. With the exception of a handful of assertions placed as an aid to debugging for the most common or fatal errors (underflow in pop operations, allocation failures), this library makes no attempt to protect itself. Please read 'algo' function documentation. Some of the functions have different behavior than the standard library equivalents.