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testing/070_ref_variadic_template.cpp
95 строк
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luz.paz
Fix some typos
16 сен 2019, 14:46
16 сен 2019, 14:46
3754d59
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// objective: test \ref command with a variadic template function // check: 070__ref__variadic__template_8cpp.xml /** \file * * @attention * @parblock * At the time of writing, the part between \<\> is totally ignored: * %func<Args...>(Args... args) is interpreted as %func(Args... args). * * Beware that a function parameter with either a \& or \* operator, * e.g. 'const Args&... args', requires \\link and \\ref to specify * such parameter as verbatim, i.e. 'const Args&... args'. At the * time of writing, the form %func(const Args&...) will fail, unless * the function parameter was declared just as 'const Args&...'. * @endparblock * * \ref Test::func(int,Args...)const "variadic template method" * * References to the variadic template function overloads: * @li \ref func(int,Args&... args) "First overload" * @li \ref func(int,Args&&... args) "Second overload" * @li \ref func(int,const Args&... args) "Third overload" * @li \ref func(int,const Args&&... args) "Fourth overload" * @li \ref func(int,Args*... args) "Fifth overload" * @li \ref func(int,Args**... args) "Sixth overload" * @li \ref func(int,const Args*... args) "Seventh overload" * @li \ref func(int,const Args**... args) "Eighth overload" * @li \ref func(int,Args...) "Ninth overload" * * The following are interpreted the same: * @li \ref func(int,const Args&... args) "without template argument" * @li \ref func<Args...>(int,const Args&... args) "with template argument" * * See the \ref Test "test" class. */ /** A function */ void func(int p); /** A variadic template function overload */ template <typename... Args> void func(int p, Args&... args); /** A variadic template function overload */ template <typename... Args> void func(int p, Args&&... args); /** A variadic template function overload */ template <typename... Args> void func(int p, const Args&... args); /** A variadic template function overload */ template <typename... Args> void func(int p, const Args&&... args); /** A variadic template function overload */ template <typename... Args> void func(int p, Args*... args); /** A variadic template function overload */ template <typename... Args> void func(int p, Args**... args); /** A variadic template function overload */ template <typename... Args> void func(int p, const Args*... args); /** A variadic template function overload */ template <typename... Args> void func(int p, const Args**... args); /** A variadic template function overload */ template <typename... Args> void func(int p, Args... args); /** A test */ class Test { public: /** A variadic template method */ template <typename... Args> void func(int p, Args... args) const; };