// main.cpp #include #include "Lista.hpp" #include "Menu.hpp" Lista lista; enum{ INSERT = 1, DELETE, DELETE_ALL, RETRIEVE, FIRST_ELEMENT, LAST_ELEMENT, PREV_VAL, NEXT_VAL, EXIT }; void agregar(); void eliminar(); void buscar(); int main() { int option; bool exit = true; do{ std::cout<<"\t\t\tMenu" << std::endl <<"1.Agregar" << std::endl <<"2.Buscar" << std::endl <<"3.Eliminar" << std::endl <<"4.Mostrar" << std::endl <<"Elige una opcion : "; std::cin >> option; switch(option){ case INSERT: agregar(); break; case DELETE: eliminar(); break; case EXIT: exit = false; break; } lista.print(); } while(exit); return 0; } void agregar(){ std::string option; std::cout<<"Dato : "; getline(std::cin, option); std::cin.clear(); std::cin.ignore(); lista.insert("hola"); } /////////////////////////////////////////////////////////////////////////////////////// // Lista.hpp #ifndef Lista_hpp #define Lista_hpp #include #include "listException.hpp" template class Lista{ public: Lista() : index(0){} bool empty(); bool full(); size_t size(); void insert(const T& elem); void print(); size_t find(const T& elem); void remove(size_t idx); T& operator[](size_t idx); private: //size_t es un entero sin signo static const size_t CAPACITY = 1000; T elements[CAPACITY]; size_t index; }; template bool Lista::empty(){ return index==0; } template bool Lista::full(){ return index==CAPACITY; } template size_t Lista::size(){ return index; } template void Lista::insert(const T &elem){ if(full()) throw ListException("full list"); elements [index]=elem; index++; } template void Lista::print(){ for(int i=0;i size_t Lista::find(const T &elem){ bool band=false; int i=0; while(band==false&&i void Lista::remove(size_t idx){ if(idx>index){ throw ListException("poscision invalida"); } for(size_t i=idx;i T& Lista::operator[](size_t idx){ if(empty()) throw ListException("[] on empty list"); if(idx>=index) throw ListException("[] on invalid position "); return elements[idx]; } #endif /* listaEstatica_h */

List (error)