//Titel: Garage - Tutoriumsaufgabe 13

//Autor: Thomas Rudolf

//Datum: 24.05.2012



//Garagen-Methoden



#include "garage.h"

#include "classes.h"



//Konstruktor und Destruktor

Garage::Garage( string filename ){



	cout << "\n\nGarage wird geladen\n\n";



	ifstream infile;

	infile.open ( filename , ifstream::in);



	char ch = infile.get();

	while ( infile.good() ) {



		garageFile += ch;

		ch = infile.get();



	}



}



Garage::~Garage() {



	cout << "\n\nGarage wird geschlossen";



}



//Methoden

void Garage::read() {



	//vector < string >::iterator it = garage.begin();

	

	string ch;

	int element = -1;



	for( int i=0; i<(int)garageFile.size(); i++){



				ch = garageFile[i];



				if ( ch == "[" ){



				garage.push_back( "" );

				element++;

				}



				garage[element] += ch;





	}



return;

}





void Garage::output() {



	for( int i=0; i<(int)garage.size(); i++){



		cout << garage[i] << endl;



	}



return;

}



void Garage::addVehicle( string filename, string fahrzeugtyp, string marke, unsigned int baujahr, float beschleunigung, float maxSpeed ){





	

	ofstream outfile;



	outfile.open( filename , ofstream::app);

	outfile << "[" + fahrzeugtyp + "]\nMarke: " + marke + "\nBaujahr: " << baujahr << "\nGeschwindigkeit: " << maxSpeed << "\nBeschleunigung: " << beschleunigung << endl;

	

	outfile.close();



return;

}