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* On windows it's strongly desired to be able to compile straight out of a clean checkout or source download. This means anyone can download the source and investigate something quickly, without having to worry about the hassle of figuring out how the project downloads 3rd party dependencies, fetching them, getting them registered in the right place. * This can't be put in a submodule as git submodules don't get downloaded by default so people new to git will get confusing compilation messages, and someone downloading the source from github directly without cloning via git won't get submodules included. * It does add some extra size to a fresh download/checkout which is unfortunate, but absolutely worth the cost. Shallow checkouts still aren't unfeasibly large, and it's only a one-off cost at clone time.
129 lines
3.4 KiB
OpenEdge ABL
129 lines
3.4 KiB
OpenEdge ABL
/**
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* @file std_stack.i
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* @date Sun May 6 01:48:07 2007
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*
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* @brief A wrapping of std::stack for Ruby.
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*
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*
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*/
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%include <std_container.i>
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// Stack
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%define %std_stack_methods(stack...)
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stack();
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stack( const _Sequence& );
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bool empty() const;
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size_type size() const;
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const value_type& top() const;
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void pop();
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void push( const value_type& );
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%enddef
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%define %std_stack_methods_val(stack...)
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%std_stack_methods(stack)
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%enddef
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// ------------------------------------------------------------------------
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// std::stack
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//
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// const declarations are used to guess the intent of the function being
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// exported; therefore, the following rationale is applied:
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//
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// -- f(std::stack<T>), f(const std::stack<T>&):
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// the parameter being read-only, either a sequence or a
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// previously wrapped std::stack<T> can be passed.
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// -- f(std::stack<T>&), f(std::stack<T>*):
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// the parameter may be modified; therefore, only a wrapped std::stack
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// can be passed.
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// -- std::stack<T> f(), const std::stack<T>& f():
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// the stack is returned by copy; therefore, a sequence of T:s
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// is returned which is most easily used in other functions
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// -- std::stack<T>& f(), std::stack<T>* f():
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// the stack is returned by reference; therefore, a wrapped std::stack
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// is returned
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// -- const std::stack<T>* f(), f(const std::stack<T>*):
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// for consistency, they expect and return a plain stack pointer.
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// ------------------------------------------------------------------------
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%{
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#include <stack>
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%}
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// exported classes
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namespace std {
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template<class _Tp, class _Sequence = std::deque< _Tp > >
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class stack {
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public:
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typedef size_t size_type;
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typedef _Tp value_type;
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typedef value_type& reference;
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typedef const value_type& const_reference;
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typedef _Sequence container_type;
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%traits_swigtype(_Tp);
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%fragment(SWIG_Traits_frag(std::stack< _Tp, _Sequence >), "header",
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fragment=SWIG_Traits_frag(_Tp),
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fragment="StdStackTraits") {
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namespace swig {
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template <> struct traits<std::stack< _Tp, _Sequence > > {
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typedef pointer_category category;
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static const char* type_name() {
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return "std::stack<" #_Tp "," #_Sequence " >";
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}
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};
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}
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}
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%typemap_traits_ptr(SWIG_TYPECHECK_STACK, std::stack< _Tp, _Sequence >);
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#ifdef %swig_stack_methods
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// Add swig/language extra methods
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%swig_stack_methods(std::stack< _Tp, _Sequence >);
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#endif
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%std_stack_methods(stack);
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};
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template<class _Tp, class _Sequence >
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class stack< _Tp*, _Sequence > {
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public:
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typedef size_t size_type;
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typedef _Sequence::value_type value_type;
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typedef value_type reference;
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typedef value_type const_reference;
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typedef _Sequence container_type;
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%traits_swigtype(_Tp);
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%fragment(SWIG_Traits_frag(std::stack< _Tp*, _Sequence >), "header",
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fragment=SWIG_Traits_frag(_Tp),
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fragment="StdStackTraits") {
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namespace swig {
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template <> struct traits<std::stack< _Tp*, _Sequence > > {
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typedef value_category category;
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static const char* type_name() {
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return "std::stack<" #_Tp "," #_Sequence " * >";
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}
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};
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}
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}
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%typemap_traits_ptr(SWIG_TYPECHECK_STACK, std::stack< _Tp*, _Sequence >);
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#ifdef %swig_stack_methods_val
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// Add swig/language extra methods
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%swig_stack_methods_val(std::stack< _Tp*, _Sequence >);
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#endif
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%std_stack_methods_val(stack);
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};
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}
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