//
// Print Job
//

#include <iostream>
#include <string>

using namespace std ;

#include "Time.h"
#include "Priority.h"
#include "PrintJob.h"

// Pre - output stream and object to print
// Post - put into "FILENAME.EXT TIME (PRIORITY)" format
ostream & operator<<(ostream & out, const PrintJob & other)  // overloaded <<
{
	// print out in the following format

	// Example 1:
	//	Homework3.doc 3:42 PM (HIGH)
	// Example 2:
	//	Lecture12.pdf 7:12 AM (LOW)
	// Example 3:
	//	Syllabus.txt 11:22 AM (MEDIUM)

	out << other.FileName << "." << other.Extension << " " ;
	out << other.PrintTime << " (" << other.p << ")" ;

	return out ;
} 

// Pre - none
// Post - set to "file1.txt 12:01 AM (LOW)"
PrintJob::PrintJob() 				// default constructor
{
	this->FileName = "file1" ;	// default to 'file1' as filename
	this->Extension = "txt" ;	// default to 'txt' extension
	string def = "12:01 AM" ;
	this->PrintTime = def ;	// default to 12:01 am
	this->p = Priority::LOW ; 	// default to low priority
}

// Pre - filename, extension, printtime, and priority are all filled
// Post - puts the filename, extension, printtime, and priority into 'this' object
PrintJob::PrintJob(string filename, string extension, Time printtime, Priority p)  	// fancy constructor 1
{
	this->FileName = filename ;
	this->Extension = extension ;
	this->PrintTime = printtime ;
	this->p = p ;
}

// Pre - filename, extension, printtime, and priority are all filled
// Post - puts the filename, extension, printtime, and priority into 'this' object
PrintJob::PrintJob(string filename, string extension, Time printtime, const int p)  	// fancy constructor 2
{
	this->FileName = filename ;
	this->Extension = extension ;
	this->PrintTime = printtime ;
	this->p = p ;
}

// Pre - filename, extension, printtime, and priority are all filled
// Post - puts the filename, extension, printtime, and priority into 'this' object
PrintJob::PrintJob(string filename, string extension, string printtime, Priority p)  	// fancy constructor 3
{
	this->FileName = filename ;
	this->Extension = extension ;
	this->PrintTime = printtime ;
	this->p = p ;
}

// Pre - filename, extension, printtime, and priority are all filled
// Post - puts the filename, extension, printtime, and priority into 'this' object
PrintJob::PrintJob(string filename, string extension, string printtime, const int p)  	// fancy constructor 4
{
	this->FileName = filename ;
	this->Extension = extension ;
	this->PrintTime = printtime ;
	this->p = p ;
}

// Pre - other is an existing object
// Post - copies 'other' into 'this' object
PrintJob::PrintJob(const PrintJob & other)   		// copy constructor
{
	this->FileName = other.FileName ;
	this->Extension = other.Extension ;
	this->PrintTime = other.PrintTime ;
	this->p = other.p ;
}

// Pre - none
// Post - none
PrintJob::~PrintJob() 				// destructor
{
	// nothing to do ... no pointers
}

// Pre - none
// Post - return priority
Priority PrintJob::GetPriority() const
{
	return this->p ;
}

// Pre - none
// Post - return time
Time PrintJob::GetPrintTime() const
{
	return this->PrintTime ;
}

// Pre - other is an existing object
// Post - copies 'other' into 'this' object
PrintJob & PrintJob::operator=(const PrintJob & other) // overloaded =
{
	this->FileName = other.FileName ;
	this->Extension = other.Extension ;
	this->PrintTime = other.PrintTime ;
	this->p = other.p ;
	return *this ;
}

// Pre - other is an existing object
// Post - compares 'other' to 'this' object
bool PrintJob::operator==(const PrintJob & other) const  	// overloaded ==
{
	return (this->FileName == other.FileName &&
		this->Extension == other.Extension &&
		this->PrintTime == other.PrintTime &&
		this->p == other.p) ;
}

// Pre - other is an existing object
// Post - compares 'other' to 'this' object
bool PrintJob::operator!=(const PrintJob& other) const	// overloaded !=
{
	return !(this->FileName == other.FileName &&
		this->Extension == other.Extension &&
		this->PrintTime == other.PrintTime &&
		this->p == other.p) ;
}