SC::Deferred< F > Struct Template Reference

Executes a function at end of current scope (in the spirit of Zig defer keyword). More...

#include <Deferred.h>

Public Member Functions
	Deferred (F &&f)
	Constructs Deferred object with a functor F.
	~Deferred ()
	Invokes the function F upon destruction, if disarm() has not been previously called.
void	disarm ()
	Disarms the Deferred object, preventing function invocation on destruction.

Detailed Description

template<typename F>
struct SC::Deferred< F >

Executes a function at end of current scope (in the spirit of Zig defer keyword).

Template Parameters

F	The lambda / function to execute

Example:

        HANDLE processHandle = OpenProcess(PROCESS_QUERY_INFORMATION | PROCESS_DUP_HANDLE, FALSE, processId);
        if (processHandle == nullptr)
        {
            return false;
        }
        auto deferDeleteProcessHandle = SC::MakeDeferred(
            // Function (or lambda) that will be invoked at the end of scope
            [&]
            {
                CloseHandle(processHandle);
                processHandle = nullptr;
            });
        // Use processHandle that will be disposed at end of scope by the Deferred
 
        // ...
        // Deferred can be disarmed, meaning that the dispose function will not be executed
        // deferDeleteProcessHandle.disarm();

Constructor & Destructor Documentation

Deferred()

template<typename F >

SC::Deferred< F >::Deferred ( F && f )

inline

Constructs Deferred object with a functor F.

~Deferred()

template<typename F >

SC::Deferred< F >::~Deferred ( )

inline

Invokes the function F upon destruction, if disarm() has not been previously called.

Member Function Documentation

disarm()

template<typename F >

void SC::Deferred< F >::disarm ( )

inline

Disarms the Deferred object, preventing function invocation on destruction.

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The documentation for this struct was generated from the following file:

• Deferred.h