string_list.h

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#ifndef _PFC_STRING_LIST_H_
#define _PFC_STRING_LIST_H_

namespace pfc {

    typedef list_base_const_t<const char*> string_list_const;

    class string_list_impl : public string_list_const
    {
    public:
        t_size get_count() const {return m_data.get_size();}
        void get_item_ex(const char* & p_out, t_size n) const {p_out = m_data[n];}

        const char * operator[] (t_size n) const {return m_data[n];}
        void add_item(const char * p_string) {pfc::append_t(m_data, p_string);}

        template<typename t_what> void add_items(const t_what & p_source) {_append(p_source);}

        void remove_all() {m_data.set_size(0);}

        string_list_impl() {}
        template<typename t_what> string_list_impl(const t_what & p_source) {_copy(p_source);}
        template<typename t_what> string_list_impl & operator=(const t_what & p_source) {_copy(p_source); return *this;}
        template<typename t_what> string_list_impl & operator|=(const string_list_impl & p_source) {_append(p_source); return *this;}
        template<typename t_what> string_list_impl & operator+=(const t_what & p_source) {pfc::append_t(m_data, p_source); return *this;}

    private:
        template<typename t_what> void _append(const t_what & p_source) {
            const t_size toadd = p_source.get_size(), base = m_data.get_size();
            m_data.set_size(base+toadd);
            for(t_size n=0;n<toadd;n++) m_data[base+n] = p_source[n];
        }

        template<typename t_what> void _copy(const t_what & p_source) {
            const t_size newcount = p_source.get_size();
            m_data.set_size(newcount);
            for(t_size n=0;n<newcount;n++) m_data[n] = p_source[n];
        }

        pfc::array_t<pfc::string8,pfc::alloc_fast> m_data;
    };
}

#endif //_PFC_STRING_LIST_H_