#include "List.hpp"


// Components
	// dualNode
	components::dualNode::dualNode() {
		this->p_next = nullptr;
		this->p_prev = nullptr;
		this->value = 0;
	}


// Structures

strs::dualList::dualList(){
	this->first_element = new components::dualNode;
	this->last_element = this->first_element;
	this->size = 1;
}

components::dualNode strs::dualList::operator() (tls::Size set_size){
	this->size = set_size;
	components::dualNode *iter_node = first_element;
	for (tls::Index i = 0; i < size-1; i++){
		iter_node->p_next = new components::dualNode;
		iter_node->p_next->p_prev = iter_node;
		iter_node = iter_node->p_next;
		iter_node->value = 0;
	}
	last_element = iter_node;
	return *first_element;
}

//components::unNode& strs::unarList::operator[] (tls::Index index){
//	components::unNode *tmp = this->first_element;
//	for (int j = 0; j < index; j++){
//		tmp = tmp->p_next;
//	}
//	return *tmp;
//}
// 

//
//void strs::unarList::pop() {
//	if (this->size == 0) return;
//	if (this->first_element->p_next != nullptr){
//	       	components::unNode *tmp = this->first_element->p_next;
//		delete first_element;
//		first_element = tmp;
//	}
//	else {
//		delete first_element;	
//		first_element = nullptr;
//	}
//	--(this->size);
//}
//
//
//void strs::unarList::remove(){
//	components::unNode *tmp = this->first_element;
//	while (tmp->p_next->p_next != nullptr) tmp = tmp->p_next;
//	tmp->p_next = nullptr;
//	delete last_element;
//	last_element = tmp;
//	--(this->size);
//}
//
void strs::dualList::term() {
	components::dualNode *iter_node = first_element;
	for (tls::Index i = 0; i < size; i++){
std::cout <<"previed by: " << iter_node->p_prev << '\t' << "value: " << iter_node->value << '\t' << "own &: "<< iter_node << "\t point on: " << iter_node->p_next << std::endl;
		iter_node = iter_node->p_next;
	}
	std::cout << "-------------------------------------------------------------" << std::endl;
}
//
//void strs::unarList::append(tls::Value new_value) {
//	this->last_element->p_next = new components::unNode;
//	this->last_element = this->last_element->p_next;
//	this->last_element->value = new_value;
//	++(this->size);
//}