import java.util.*;
import java.io.*;
import java.net.*;

public class WeatherFormat
{
	public static final int SUNNY= 0;
	public static final int PARTLY_CLOUDY_AND_SHOWERS = 1;
	public static final int SHOWERS = 2;
	public static final int RAIN = 3;
	public static final int SNOW_SHOWERS = 4;
	public static final int PARTLY_CLOUDY = 5;
	public static final int INVALID = -1;

	public static final int ENGLISH = 0;
	public static final int METRIC = 1;

	String filename;

	int measurementUnits;
	Calendar sampleTime;
	double insideTemp = 0.0;
	double outsideTemp = 0.0;
	int insideHumidity = 0;
	int outsideHumidity= 0;
	double barometricPressure = 0.0;
	int windDirection = 0;
	int windSpeed = 0;
	double windChill = 0.0;
	double dewPoint = 0.0;
	double totalRain = 0.0;
	String cloudCover = "";
	String comments = "";
	String barometricTrend = "";

	double recordDailyHighOutsideTemperature = 0.0;
	Calendar recordDailyHighOutsideTemperatureTime;

	double recordHighOutsideTemperature = 0.0;
	Calendar recordHighOutsideTemperatureTime;

	double recordDailyLowOutsideTemperature = 0.0;
	Calendar recordDailyLowOutsideTemperatureTime;

	double recordLowOutsideTemperature = 0.0;
	Calendar recordLowOutsideTemperatureTime;

	double recordDailyHighInsideTemperature = 0.0;
	Calendar recordDailyHighInsideTemperatureTime;

	double recordHighInsideTemperature = 0.0;
	Calendar recordHighInsideTemperatureTime;

	double recordDailyLowInsideTemperature = 0.0;
	Calendar recordDailyLowInsideTemperatureTime;

	double recordLowInsideTemperature = 0.0;
	Calendar recordLowInsideTemperatureTime;

	double recordDailyHighOutsideHumidity = 0.0;
	Calendar recordDailyHighOutsideHumidityTime;

	double recordHighOutsideHumidity = 0.0;
	Calendar recordHighOutsideHumidityTime;

	double recordDailyLowOutsideHumidity = 0.0;
	Calendar recordDailyLowOutsideHumidityTime;

	double recordLowOutsideHumidity = 0.0;
	Calendar recordLowOutsideHumidityTime;

	double recordDailyHighInsideHumidity = 0.0;
	Calendar recordDailyHighInsideHumidityTime;

	double recordHighInsideHumidity = 0.0;
	Calendar recordHighInsideHumidityTime;

	double recordDailyLowInsideHumidity = 0.0;
	Calendar recordDailyLowInsideHumidityTime;

	double recordLowInsideHumidity = 0.0;
	Calendar recordLowInsideHumidityTime;

	double recordDailyHighBarometricPressure = 0.0;
	Calendar recordDailyHighBarometricPressureTime;

	double recordHighBarometricPressure = 0.0;
	Calendar recordHighBarometricPressureTime;

	double recordDailyLowBarometricPressure = 0.0;
	Calendar recordDailyLowBarometricPressureTime;

	double recordLowBarometricPressure = 0.0;
	Calendar recordLowBarometricPressureTime;

	double recordDailyHighWindSpeed = 0.0;
	Calendar recordDailyHighWindSpeedTime;

	double recordHighWindSpeed = 0.0;
	Calendar recordHighWindSpeedTime;

	double recordDailyLowWindSpeed = 0.0;
	Calendar recordDailyLowWindSpeedTime;

	double recordLowWindSpeed = 0.0;
	Calendar recordLowWindSpeedTime;

	double recordDailyHighDewPoint = 0.0;
	Calendar recordDailyHighDewPointTime;

	double recordHighDewPoint = 0.0;
	Calendar recordHighDewPointTime;

	double recordDailyLowDewPoint = 0.0;
	Calendar recordDailyLowDewPointTime;

	double recordLowDewPoint = 0.0;
	Calendar recordLowDewPointTime;

	double recordDailyHighWindChill = 0.0;
	Calendar recordDailyHighWindChillTime;

	double recordHighWindChill = 0.0;
	Calendar recordHighWindChillTime;

	double recordDailyLowWindChill = 0.0;
	Calendar recordDailyLowWindChillTime;

	double recordLowWindChill = 0.0;
	Calendar recordLowWindChillTime;

	double rainToday = 0.0;
	double rainThisWeek = 0.0;
	double rainThisMonth = 0.0;
	double rainPast24Hours = 0.0;
	double rainThisYear = 0.0;
	
	int forecast = 0;
	String forecastText;
	int weatherStationUpdateInterval = 0;
	int databaseUpdateInterval = 0;
	String weatherStationType = "";
	String triGeoWebPageName = "";
	String cityName = "";
	String latitude = "";
	String longitude = "";
	String emailAddress = "";
	String pageURL = "";
	int elevation = 0;
	String zipCode = "";

	public WeatherFormat ()
	{
	}

	public WeatherFormat (String filename)
	{
		this.filename = filename;
		updateData();	
	}

	public void updateData()
	{
		URL datafile;
		URLConnection c;
		
		try
		{
			datafile = new URL (filename);
			c = datafile.openConnection();
			System.out.println (c.getContentType());
			
			BufferedReader b = new BufferedReader (new InputStreamReader (c.getInputStream()));
			String s;			

			// throw away comment lines

			s = b.readLine();
			s = b.readLine();
			s = b.readLine();
			s = b.readLine();
			s = b.readLine();
			
			// get measurement units

			s = b.readLine();
			measurementUnits = convertToInt (s);
			
			// throw away comment lines

			s = b.readLine();
			s = b.readLine();
			
			// current weather

			s = b.readLine();
			sampleTime = convertToTime (s);

			s = b.readLine();
			insideTemp = convertToDouble (s);

			s = b.readLine();
			outsideTemp = convertToDouble (s);

			s = b.readLine();
			insideHumidity = convertToInt (s);

			s = b.readLine();
			outsideHumidity = convertToInt (s);

			s = b.readLine();
			barometricPressure = convertToDouble (s);
			
			s = b.readLine();
			windDirection = convertToInt (s);

			s = b.readLine();
			windSpeed = convertToInt (s);

			s = b.readLine();
			windChill = convertToDouble (s);
		
			s = b.readLine();
			dewPoint = convertToDouble (s);

			s = b.readLine();
			totalRain = convertToDouble (s);

			s = b.readLine();
			cloudCover = cropString (s);

			s = b.readLine();
			comments = cropString (s);

			s = b.readLine();
			barometricTrend = cropString (s);

			// get rid of 2 empty lines
			s = b.readLine();
			s = b.readLine();

			// records

			s = b.readLine();
			recordDailyHighOutsideTemperature = convertToDouble (s);

			s = b.readLine();
			recordHighOutsideTemperature = convertToDouble (s);

			s = b.readLine();
			recordDailyLowOutsideTemperature = convertToDouble (s);

			s = b.readLine();
			recordLowOutsideTemperature = convertToDouble (s);

			s = b.readLine();
			recordDailyHighInsideTemperature = convertToDouble (s);

			s = b.readLine();
			recordHighInsideTemperature = convertToDouble (s);

			s = b.readLine();
			recordDailyLowInsideTemperature = convertToDouble (s);

			s = b.readLine();
			recordLowInsideTemperature = convertToDouble (s);

			s = b.readLine();
			recordDailyHighOutsideHumidity = convertToDouble (s);

			s = b.readLine();
			recordHighOutsideHumidity = convertToDouble (s);

			s = b.readLine();
			recordDailyLowOutsideHumidity = convertToDouble (s);
	
			s = b.readLine();
			recordLowOutsideHumidity = convertToDouble (s);

			s = b.readLine();
			recordDailyHighInsideHumidity = convertToDouble (s);

			s = b.readLine();
			recordHighInsideHumidity = convertToDouble (s);
	
			s = b.readLine();
			recordDailyLowInsideHumidity = convertToDouble (s);

			s = b.readLine();
			recordLowInsideHumidity = convertToDouble (s);

			s = b.readLine();
			recordDailyHighBarometricPressure = convertToDouble (s);
	
			s = b.readLine();
			recordHighBarometricPressure = convertToDouble (s);

			s = b.readLine();
			recordDailyLowBarometricPressure = convertToDouble (s);

			s = b.readLine();
			recordLowBarometricPressure = convertToDouble (s);

			s = b.readLine();
			recordDailyHighWindSpeed = convertToDouble (s);

			s = b.readLine();
			recordHighWindSpeed = convertToDouble (s);
	
			s = b.readLine();
			recordDailyLowWindSpeed = convertToDouble (s);

			s = b.readLine();
			recordLowWindSpeed = convertToDouble (s);

			s = b.readLine();
			recordDailyHighDewPoint = convertToDouble (s);

			s = b.readLine();
			recordHighDewPoint = convertToDouble (s);

			s = b.readLine();
			recordDailyLowDewPoint = convertToDouble (s);

			s = b.readLine();
			recordLowDewPoint = convertToDouble (s);

			s = b.readLine();
			recordDailyHighWindChill = convertToDouble (s);

			s = b.readLine();
			recordHighWindChill = convertToDouble (s);

			s = b.readLine();
			recordDailyLowWindChill = convertToDouble (s);
		
			s = b.readLine();
			recordLowWindChill = convertToDouble (s);

			s = b.readLine();
			s = b.readLine();

			s = b.readLine();
			recordDailyHighOutsideTemperatureTime = convertToTime (s);

			s = b.readLine();
			recordHighOutsideTemperatureTime = convertToTime (s);

			s = b.readLine();
			recordDailyLowOutsideTemperatureTime = convertToTime (s);

			s = b.readLine();
			recordLowOutsideTemperatureTime = convertToTime (s);

			s = b.readLine();
			recordDailyHighInsideTemperatureTime = convertToTime (s);

			s = b.readLine();
			recordHighInsideTemperatureTime = convertToTime (s);	

			s = b.readLine();
			recordDailyLowInsideTemperatureTime = convertToTime (s);

			s = b.readLine();
			recordLowInsideTemperatureTime = convertToTime (s);

			s = b.readLine();
			recordDailyHighOutsideHumidityTime = convertToTime (s);

			s = b.readLine();
			recordHighOutsideHumidityTime = convertToTime (s);

			s = b.readLine();
			recordDailyLowOutsideHumidityTime = convertToTime (s);

			s = b.readLine();
			recordLowOutsideHumidityTime = convertToTime (s);

			s = b.readLine();
			recordDailyHighInsideHumidityTime = convertToTime (s);

			s = b.readLine();
			recordHighInsideHumidityTime = convertToTime (s);

			s = b.readLine();
			recordDailyLowInsideHumidityTime = convertToTime (s);

			s = b.readLine();
			recordLowInsideHumidityTime = convertToTime (s);

			s = b.readLine();
			recordDailyHighBarometricPressureTime = convertToTime (s);

			s = b.readLine();
			recordHighBarometricPressureTime = convertToTime (s);

			s = b.readLine();
			recordDailyLowBarometricPressureTime = convertToTime (s);

			s = b.readLine();
			recordLowBarometricPressureTime = convertToTime (s);

			s = b.readLine();
			recordDailyHighWindSpeedTime = convertToTime (s);

			s = b.readLine();
			recordHighWindSpeedTime = convertToTime (s);

			s = b.readLine();
			recordDailyLowWindSpeedTime = convertToTime (s);

			s = b.readLine();
			recordLowWindSpeedTime = convertToTime (s);

			s = b.readLine();
			recordDailyHighDewPointTime = convertToTime (s);

			s = b.readLine();
			recordHighDewPointTime = convertToTime (s);

			s = b.readLine();
			recordDailyLowDewPointTime = convertToTime (s);

			s = b.readLine();
			recordLowDewPointTime = convertToTime (s);

			s = b.readLine();
			recordDailyHighWindChillTime = convertToTime (s);

			s = b.readLine();
			recordHighWindChillTime = convertToTime (s);

			s = b.readLine();
			recordDailyLowWindChillTime = convertToTime (s);

			s = b.readLine();
			recordLowWindChillTime = convertToTime (s);
	
			s = b.readLine();
			rainToday = convertToDouble (s);

			s = b.readLine();
			rainThisWeek = convertToDouble (s);
	
			s = b.readLine();
			rainThisMonth = convertToDouble (s);

			s = b.readLine();
			rainPast24Hours = convertToDouble (s);

			s = b.readLine();
			rainThisYear = convertToDouble (s);

			s = b.readLine();
			forecast = convertToInt (s);

			s = b.readLine();
			forecastText = cropString (s);

			s = b.readLine();
			weatherStationUpdateInterval = convertToInt (s);

			s = b.readLine();
			databaseUpdateInterval = convertToInt (s);

			s = b.readLine();
			weatherStationType = cropString (s);
	
			s = b.readLine();
			triGeoWebPageName = cropString (s);

			s = b.readLine();
			cityName = cropString (s);

			s = b.readLine();
			latitude = cropString (s);

			s = b.readLine();
			longitude = cropString (s);

			s = b.readLine();
			emailAddress = cropString (s);

			s = b.readLine();
			pageURL = cropString (s);
	
			s = b.readLine();
			elevation = convertToInt (s);

			s = b.readLine();
			zipCode = cropString (s);				
		}

		catch (MalformedURLException e)
		{
			System.out.println (e);
			e.printStackTrace();
		}

		catch (IOException e)
		{
			System.out.println (e);
			e.printStackTrace();
		}	
	}


	Calendar convertToTime (String s)
	{
		StringTokenizer st = new StringTokenizer (s, " ");
		String s1 = st.nextToken();
		String s2 = st.nextToken();

		Calendar c = Calendar.getInstance();
		int year, month, date, hour, minute, second;

		StringTokenizer st2 = new StringTokenizer (s1, ":");
		String s3 = st2.nextToken();
		hour = Integer.parseInt (s3);

		s3 = st2.nextToken();
		minute = Integer.parseInt (s3);
	
		s3 = st2.nextToken();
		second = Integer.parseInt (s3);

		StringTokenizer st3 = new StringTokenizer (s2, "/");
		s3 = st3.nextToken();
		month = Integer.parseInt (s3);
		
		s3 = st3.nextToken();
		date = Integer.parseInt (s3);

		s3 = st3.nextToken();
		year = Integer.parseInt (s3);
	
		c.set (year, month, date, hour, minute, second);
		return c;
	}

	int convertToInt (String s)
	{
		StringTokenizer st = new StringTokenizer (s, "//");
		String s1 = st.nextToken();
		return Integer.parseInt (s1.trim());
	}

	double convertToDouble (String s)
	{
		StringTokenizer st = new StringTokenizer (s, "//");
		String s1 = st.nextToken();
		Double d = new Double (s1.trim());
		return d.doubleValue();	
	}

	String cropString (String s)
	{
		if (s.equals (""))
		{
			return s;
		}

		StringTokenizer st = new StringTokenizer (s, "//");
		return st.nextToken().trim();
	}

	public int getMeasurementUnits()
	{
		return measurementUnits;
	}

	public Calendar getSampleTime()
	{
		return sampleTime;
	}

	public double getInsideTemp()
	{
		return insideTemp;
	}
	
	public double getOutsideTemp()
	{
		return outsideTemp;
	}

	public int getInsideHumidity()
	{
		return insideHumidity;
	}

	public int getOutsideHumidity()
	{
		return outsideHumidity;
	}

	public double getBarometricPressure()
	{
		return barometricPressure;
	}

	public int getWindDirection()
	{
		return windDirection;
	}

	public int getWindSpeed()
	{
		return windSpeed;
	}

	public double getWindChill()
	{
		return windChill;
	}

	public double getDewPoint()
	{
		return dewPoint;
	}

	public double getTotalRain()
	{
		return totalRain;
	}

	public String getCloudCover()
	{
		return cloudCover;
	}

	public String getComments()
	{
		return comments;
	}

	public String getBarometricTrend()
	{
		return barometricTrend;
	}

	public double getRecordDailyHighOutsideTemperature()
	{
		return recordDailyHighOutsideTemperature;
	}

	public Calendar getRecordDailyHighOutsideTemperatureTime()
	{
		return recordDailyHighOutsideTemperatureTime;
	}

	public double getRecordHighOutsideTemperature()
	{
		return recordHighOutsideTemperature;
	}

	public Calendar getRecordHighOutsideTemperatureTime()
	{
		return recordHighOutsideTemperatureTime;
	}

	public double getRecordDailyLowOutsideTemperature()
	{
		return recordDailyLowOutsideTemperature;
	}

	public Calendar getRecordDailyLowOutsideTemperatureTime()
	{
		return recordDailyLowOutsideTemperatureTime;
	}

	public double getRecordLowOutsideTemperature()
	{
		return recordLowOutsideTemperature;
	}

	public Calendar getRecordLowOutsideTemperatureTime()
	{
		return recordLowOutsideTemperatureTime;
	}

	double getRecordDailyHighInsideTemperature()
	{
		return recordDailyHighInsideTemperature;
	}

	Calendar getRecordDailyHighInsideTemperatureTime()
	{
		return recordDailyHighInsideTemperatureTime;
	}

	double getRecordHighInsideTemperature()
	{
		return recordHighInsideTemperature;
	}

	Calendar getRecordHighInsideTemperatureTime()
	{
		return recordHighInsideTemperatureTime;
	}

	double getRrecordDailyLowInsideTemperature()
	{
		return recordDailyLowInsideTemperature;
	}

	Calendar getRecordDailyLowInsideTemperatureTime()
	{
		return recordDailyLowInsideTemperatureTime;
	}

	double getRecordLowInsideTemperature()
	{
		return recordLowInsideTemperature;
	}

	Calendar getRecordLowInsideTemperatureTime()
	{
		return recordLowInsideTemperatureTime;
	}

	double getRecordDailyHighOutsideHumidity()
	{
		return recordDailyHighOutsideHumidity;
	}

	Calendar getRecordDailyHighOutsideHumidityTime()
	{
		return recordDailyHighOutsideHumidityTime;
	}

	double getRecordHighOutsideHumidity()
	{
		return recordHighOutsideHumidity;
	}

	Calendar getRecordHighOutsideHumidityTime()
	{
		return recordHighOutsideHumidityTime;
	}

	double getRecordDailyLowOutsideHumidity()
	{
		return recordDailyLowOutsideHumidity;
	}

	Calendar getRecordDailyLowOutsideHumidityTime()
	{
		return recordDailyLowOutsideHumidityTime;
	}

	double getRecordLowOutsideHumidity()
	{
		return recordLowOutsideHumidity;
	}

	Calendar getRecordLowOutsideHumidityTime()
	{
		return recordLowOutsideHumidityTime;
	}

	double getRecordDailyHighInsideHumidity()
	{
		return recordDailyHighInsideHumidity;
	}

	Calendar getRecordDailyHighInsideHumidityTime()
	{
		return recordDailyHighInsideHumidityTime;
	}

	double getRecordHighInsideHumidity()
	{
		return recordHighInsideHumidity;
	}

	Calendar getRecordHighInsideHumidityTime()
	{
		return recordHighInsideHumidityTime;
	}

	double getRecordDailyLowInsideHumidity()
	{
		return recordDailyLowInsideHumidity;
	}

	Calendar getRecordDailyLowInsideHumidityTime()
	{
		return recordDailyLowInsideHumidityTime;
	}

	double getRecordLowInsideHumidity()
	{
		return recordLowInsideHumidity;
	}

	Calendar getRecordLowInsideHumidityTime()
	{
		return recordLowInsideHumidityTime;
	}

	double getRecordDailyHighBarometricPressure()
	{
		return recordDailyHighBarometricPressure;
	}

	Calendar getRecordDailyHighBarometricPressureTime()
	{
		return recordDailyHighBarometricPressureTime;
	}

	double getRecordHighBarometricPressure()
	{
		return recordHighBarometricPressure;
	}

	Calendar getRecordHighBarometricPressureTime()
	{
		return recordHighBarometricPressureTime;
	}

	double getRecordDailyLowBarometricPressure()
	{
		return recordDailyLowBarometricPressure;
	}

	Calendar getRecordDailyLowBarometricPressureTime()
	{
		return recordDailyLowBarometricPressureTime;
	}

	double getRecordLowBarometricPressure()
	{
		return recordLowBarometricPressure;
	}

	Calendar getRecordLowBarometricPressureTime()
	{
		return recordLowBarometricPressureTime;
	}

	double getRecordDailyHighWindSpeed()
	{
		return recordDailyHighWindSpeed;
	}

	Calendar getRecordDailyHighWindSpeedTime()
	{
		return recordDailyHighWindSpeedTime;
	}

	double getRecordHighWindSpeed()
	{
		return recordHighWindSpeed;
	}

	Calendar getRecordHighWindSpeedTime()
	{
		return recordHighWindSpeedTime;
	}

	double getRecordDailyLowWindSpeed()
	{
		return recordDailyLowWindSpeed;
	}

	Calendar getRecordDailyLowWindSpeedTime()
	{
		return recordDailyLowWindSpeedTime;
	}

	double getRecordLowWindSpeed()
	{
		return recordLowWindSpeed;
	}

	Calendar getRecordLowWindSpeedTime()
	{
		return recordLowWindSpeedTime;
	}

	double getRecordDailyHighDewPoint()
	{
		return recordDailyHighDewPoint;
	}

	Calendar getRecordDailyHighDewPointTime()
	{
		return recordDailyHighDewPointTime;
	}

	double getRecordHighDewPoint()
	{
		return recordHighDewPoint;
	}

	Calendar getRecordHighDewPointTime()
	{
		return recordHighDewPointTime;
	}

	double getRecordDailyLowDewPoint()
	{
		return recordDailyLowDewPoint;
	}

	Calendar getRecordDailyLowDewPointTime()
	{
		return recordDailyLowDewPointTime;
	}

	double getRecordLowDewPoint()
	{
		return recordLowDewPoint;
	}

	Calendar getRecordLowDewPointTime()
	{
		return recordLowDewPointTime;
	}

	double getRecordDailyHighWindChill()
	{
		return recordDailyHighWindChill;
	}

	Calendar getRecordDailyHighWindChillTime()
	{
		return recordDailyHighWindChillTime;
	}

	double getRecordHighWindChill()
	{
		return recordHighWindChill;
	}

	Calendar getRecordHighWindChillTime()
	{
		return recordHighWindChillTime;
	}

	double getRecordDailyLowWindChill()
	{
		return recordDailyLowWindChill;
	}

	Calendar getRecordDailyLowWindChillTime()
	{
		return recordDailyLowWindChillTime;
	}

	double getRecordLowWindChill()
	{
		return recordLowWindChill;
	}

	Calendar getRecordLowWindChillTime()
	{
		return recordLowWindChillTime;
	}

	double getRainToday()
	{
		return rainToday;
	}

	double getRainThisWeek()
	{
		return rainThisWeek;
	}

	double getR0ainThisMonth()
	{
		return rainThisMonth;
	}

	double getRainPast24Hours()
	{
		return rainPast24Hours;
	}

	double getRainThisYear()
	{
		return rainThisYear;
	}
	
	int getForecast()
	{
		return forecast;
	}

	String getForecastText()
	{
		return forecastText;
	}

	int getWeatherStationUpdateInterval()
	{
		return weatherStationUpdateInterval;
	}

	int getDatabaseUpdateInterval()
	{
		return databaseUpdateInterval;
	}

	String getWeatherStationType()
	{
		return weatherStationType;
	}

	String getTriGeoWebPageName()
	{
		return triGeoWebPageName;
	}

	String getCityName()
	{
		return cityName;
	}

	String getLatitude()
	{
		return latitude;
	}

	String getLongitude()
	{
		return longitude;
	}

	String getEmailAddress()
	{
		return emailAddress;
	}

	String getPageURL()
	{
		return pageURL;
	}

	int getElevation()
	{
		return elevation;
	}

	String getZipCode()
	{
		return zipCode;
	}

	public static void main (String[] argv)
	{
		WeatherFormat wf = new WeatherFormat ("http://www.eecs.wsu.edu/~cs253/contest/WWCWeather.txt");
			
	System.out.println(wf.getCityName() + " " + wf.recordDailyLowInsideTemperature);
	
	}
}