#include "cmem.hpp"

using namespace std;

template <typename T>
void CMem<T>::set(const MEMORY_ADDRESS address, const T data)
{
	if(address >= MAX_MEMORY) {
		stringstream error;
		error << "memoryaddress " << address << " out of range";
		throw out_of_range(error.str());
	}

	MEMORY_ADDRESS temp = (address & (~(BYTE_COUNT-1))) / BYTE_COUNT;
	auto iter = m_memory.begin();
	while(temp > 0) {
		++iter;
		temp--;
	}

	iter = m_memory.insert(iter, data);
	++iter;
	m_memory.erase(iter);
}

template <typename T>
T CMem<T>::get(const MEMORY_ADDRESS address) const
{
	if(address >= MAX_MEMORY) {
		stringstream error;
		error << "memoryaddress " << address << " out of range";
		throw out_of_range(error.str());
	}
	MEMORY_ADDRESS temp = (address & (~(BYTE_COUNT-1))) / BYTE_COUNT;
	return m_memory[temp];
}

template <typename T>
void CMem<T>::setDirect(const MEMORY_ADDRESS address, const T data)
{
	if(address >= MAX_MEMORY) {
		stringstream error;
		error << "memoryaddress " << address << " out of range";
		throw out_of_range(error.str());
	}

	MEMORY_ADDRESS temp = address;
	auto iter = m_memory.begin();
	while(temp > 0) {
		++iter;
		temp--;
	}

	iter = m_memory.insert(iter, data);
	++iter;
	m_memory.erase(iter);
}

template <typename T>
T CMem<T>::getDirect(const MEMORY_ADDRESS address) const
{
	if(address >= MAX_MEMORY) {
		stringstream error;
		error << "memoryaddress " << address << " out of range";
		throw out_of_range(error.str());
	}
	return m_memory[address];
}


template class CMem<CDat>;