#include <iostream>
#include <string>

using namespace std ;

#include "Priority.h"

// pre - output stream, printme object exists
// post - display low, high, or medium
ostream & operator<<(ostream & out, const Priority & printme)
{
	if(printme.p == Priority::LOW)
		out << "LOW" ;
	else if(printme.p == Priority::MEDIUM)
		out << "MEDIUM" ;
	else if(printme.p == Priority::HIGH)
		out << "HIGH" ;
	else 
		out << "ERROR" ; 
	return out ;
}

// pre - priority integer
// post - compare this to p
bool operator==(const Priority & thisguy, const int p)
	{return thisguy.p == p;}

// pre - priority integer
// post - compare this to p
bool operator!=(const Priority & thisguy, const int p)
	{return thisguy.p != p;}		

// pre - priority integer
// post - compare this to p
bool operator<(const Priority & thisguy, const int p)
	{return thisguy.p < p;}		

// pre - priority integer
// post - compare this to p
bool operator<=(const Priority & thisguy, const int p)
	{return thisguy.p <= p;}		

// pre - priority integer
// post - compare this to p
bool operator>(const Priority & thisguy, const int p)
	{return thisguy.p > p;}		

// pre - priority integer
// post - compare this to p
bool operator>=(const Priority & thisguy, const int p)
	{return thisguy.p >= p;}		

// pre - none
// post - set to low
Priority::Priority() 
	{this->p = Priority::LOW ; }

// pre - integer priority
// post - set this to newp
Priority::Priority(const int newp)
	{ if(newp < 0 || newp > 2) this->p = Priority::LOW ; else this->p = newp ;}

// pre - other priority
// post- set this to other
Priority::Priority(const Priority & other) 
	{ this->p = other.p ;}

// pre - other priority
// post- set this to other
Priority & Priority::operator=(const Priority & other)
	{this->p = other.p ;}

// pre - priority exists
// post - compare this to p
bool Priority::operator==(const Priority & other) const
	{return this->p == other.p;}

// pre - priority exists
// post - compare this to p
bool Priority::operator!=(const Priority & other) const
	{return this->p != other.p;}		

// pre - priority exists
// post - compare this to p
bool Priority::operator<(const Priority & other) const
	{return this->p < other.p;}		

// pre - priority exists
// post - compare this to p
bool Priority::operator<=(const Priority & other) const
	{return this->p <= other.p;}		

// pre - priority exists
// post - compare this to p
bool Priority::operator>(const Priority & other) const
	{return this->p > other.p;}		

// pre - priority exists
// post - compare this to p
bool Priority::operator>=(const Priority & other) const
	{return this->p >= other.p;}