travel_time method divided by 0 fix and current_weather, weather_forecast methods different return
selim
parent
0c1b1fbe76
commit
a5d53ac895
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@ -111,7 +111,8 @@ public class System {
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return false;
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}
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public boolean sign_up_user(String username, String password, String password_authentication, String hometown, String zip,
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public boolean sign_up_user(String username, String password, String password_authentication, String hometown,
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String zip,
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String car_name, String car_l_100kmS, String car_avg_kmhS, String bike_avg_kmhS) {
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double car_l_100km;
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@ -198,7 +199,6 @@ public class System {
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if (!bool)
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return false;
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for (int i = 0; i < this.all_user.size(); i++)
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if (this.all_user.get(i).getUsername().equals(current_user.getUsername()))
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this.all_user.remove(i);
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@ -206,7 +206,8 @@ public class System {
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write_to_file(all_user_toString(), "src/main/resources/user_data.csv");
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write_to_file(all_user_toString(), "src/test/resources/user_data.csv");
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this.current_user = new User(username, password, hometown, zip, car_name, car_l_100km, car_avg_kmh, bike_avg_kmh);
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this.current_user = new User(username, password, hometown, zip, car_name, car_l_100km, car_avg_kmh,
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bike_avg_kmh);
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this.all_user.add(current_user);
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write_to_file(all_user_toString(), "src/main/resources/user_data.csv");
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@ -322,13 +323,15 @@ public class System {
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}
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public String[] destination_details(String destination_zip) {
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String[] result = new String[5];
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String[] result = new String[7];
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result[0] = distance(destination_zip); // Entfernung
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result[1] = travel_time(destination_zip)[0]; // Reisedauer Auto
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result[2] = travel_time(destination_zip)[1]; // Reisedauer Fahrrad
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result[3] = calc_l_consumption(destination_zip); // Kraftstoffverbrauch Auto
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result[4] = weather_forecast(destination_zip); // Wettervorhersage für die nächsten 3 Tage
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result[1] = weather_forecast(destination_zip)[0]; // Wettervorhersage für die nächsten 3 Tage
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result[2] = weather_forecast(destination_zip)[1];
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result[3] = weather_forecast(destination_zip)[2];
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result[4] = distance(destination_zip); // Entfernung
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result[5] = travel_time(destination_zip)[0]; // Reisedauer Auto
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result[6] = calc_l_consumption(destination_zip); // Kraftstoffverbrauch Auto
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result[7] = travel_time(destination_zip)[1]; // Reisedauer Fahrrad
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return result;
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}
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@ -342,7 +345,8 @@ public class System {
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HttpClient http_client = HttpClient.newHttpClient();
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HttpRequest get_request = HttpRequest.newBuilder()
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.uri(new URI("https://api.openweathermap.org/data/2.5/weather?zip=" + current_user.getZip() + ",de&appid=" + api_key + "&units=metric&lang=de"))
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.uri(new URI("https://api.openweathermap.org/data/2.5/weather?zip=" + current_user.getZip()
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+ ",de&appid=" + api_key + "&units=metric&lang=de"))
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.GET()
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.build();
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@ -358,15 +362,16 @@ public class System {
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if (weather.equals(""))
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return "Es ist ein Fehler aufgetreten!";
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else
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return weather + "\n" + temperature + "°C";
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return weather + " " + temperature + "°C";
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}
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public String weather_forecast(String destination_zip) {
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public String[] weather_forecast(String destination_zip) {
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String weather_day_1 = "";
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String weather_day_2 = "";
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String weather_day_3 = "";
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String[] result = new String[3];
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double temperature_day_1_1 = 1;
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double temperature_day_1_2 = 1;
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@ -406,7 +411,8 @@ public class System {
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HttpClient http_client = HttpClient.newHttpClient();
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HttpRequest get_request = HttpRequest.newBuilder()
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.uri(new URI("https://api.openweathermap.org/data/2.5/forecast?zip=" + destination_zip + ",de&appid=" + api_key + "&units=metric&lang=de"))
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.uri(new URI("https://api.openweathermap.org/data/2.5/forecast?zip=" + destination_zip
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+ ",de&appid=" + api_key + "&units=metric&lang=de"))
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.GET()
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.build();
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@ -473,27 +479,45 @@ public class System {
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day3date = json.getJSONArray("list").getJSONObject(day3_1).getString("dt_txt").split(" ")[0];
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day3date = day3date.split("-")[2] + "." + day3date.split("-")[1] + "." + day3date.split("-")[0];
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weather_day_1 = json.getJSONArray("list").getJSONObject(day1_3).getJSONArray("weather").getJSONObject(0).getString("description");
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weather_day_2 = json.getJSONArray("list").getJSONObject(day2_3).getJSONArray("weather").getJSONObject(0).getString("description");
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weather_day_3 = json.getJSONArray("list").getJSONObject(day3_3).getJSONArray("weather").getJSONObject(0).getString("description");
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weather_day_1 = json.getJSONArray("list").getJSONObject(day1_3).getJSONArray("weather").getJSONObject(0)
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.getString("description");
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weather_day_2 = json.getJSONArray("list").getJSONObject(day2_3).getJSONArray("weather").getJSONObject(0)
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.getString("description");
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weather_day_3 = json.getJSONArray("list").getJSONObject(day3_3).getJSONArray("weather").getJSONObject(0)
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.getString("description");
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temperature_day_1_1 = json.getJSONArray("list").getJSONObject(day1_1).getJSONObject("main").getDouble("temp");
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temperature_day_1_2 = json.getJSONArray("list").getJSONObject(day1_2).getJSONObject("main").getDouble("temp");
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temperature_day_1_3 = json.getJSONArray("list").getJSONObject(day1_3).getJSONObject("main").getDouble("temp");
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temperature_day_1_4 = json.getJSONArray("list").getJSONObject(day1_4).getJSONObject("main").getDouble("temp");
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temperature_day_1_5 = json.getJSONArray("list").getJSONObject(day1_5).getJSONObject("main").getDouble("temp");
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temperature_day_1_1 = json.getJSONArray("list").getJSONObject(day1_1).getJSONObject("main")
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.getDouble("temp");
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temperature_day_1_2 = json.getJSONArray("list").getJSONObject(day1_2).getJSONObject("main")
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.getDouble("temp");
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temperature_day_1_3 = json.getJSONArray("list").getJSONObject(day1_3).getJSONObject("main")
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.getDouble("temp");
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temperature_day_1_4 = json.getJSONArray("list").getJSONObject(day1_4).getJSONObject("main")
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.getDouble("temp");
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temperature_day_1_5 = json.getJSONArray("list").getJSONObject(day1_5).getJSONObject("main")
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.getDouble("temp");
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temperature_day_2_1 = json.getJSONArray("list").getJSONObject(day2_1).getJSONObject("main").getDouble("temp");
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temperature_day_2_2 = json.getJSONArray("list").getJSONObject(day2_2).getJSONObject("main").getDouble("temp");
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temperature_day_2_3 = json.getJSONArray("list").getJSONObject(day2_3).getJSONObject("main").getDouble("temp");
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temperature_day_2_4 = json.getJSONArray("list").getJSONObject(day2_4).getJSONObject("main").getDouble("temp");
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temperature_day_2_5 = json.getJSONArray("list").getJSONObject(day2_5).getJSONObject("main").getDouble("temp");
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temperature_day_2_1 = json.getJSONArray("list").getJSONObject(day2_1).getJSONObject("main")
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.getDouble("temp");
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temperature_day_2_2 = json.getJSONArray("list").getJSONObject(day2_2).getJSONObject("main")
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.getDouble("temp");
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temperature_day_2_3 = json.getJSONArray("list").getJSONObject(day2_3).getJSONObject("main")
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.getDouble("temp");
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temperature_day_2_4 = json.getJSONArray("list").getJSONObject(day2_4).getJSONObject("main")
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.getDouble("temp");
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temperature_day_2_5 = json.getJSONArray("list").getJSONObject(day2_5).getJSONObject("main")
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.getDouble("temp");
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temperature_day_3_1 = json.getJSONArray("list").getJSONObject(day3_1).getJSONObject("main").getDouble("temp");
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temperature_day_3_2 = json.getJSONArray("list").getJSONObject(day3_2).getJSONObject("main").getDouble("temp");
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temperature_day_3_3 = json.getJSONArray("list").getJSONObject(day3_3).getJSONObject("main").getDouble("temp");
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temperature_day_3_4 = json.getJSONArray("list").getJSONObject(day3_4).getJSONObject("main").getDouble("temp");
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temperature_day_3_5 = json.getJSONArray("list").getJSONObject(day3_5).getJSONObject("main").getDouble("temp");
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temperature_day_3_1 = json.getJSONArray("list").getJSONObject(day3_1).getJSONObject("main")
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.getDouble("temp");
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temperature_day_3_2 = json.getJSONArray("list").getJSONObject(day3_2).getJSONObject("main")
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.getDouble("temp");
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temperature_day_3_3 = json.getJSONArray("list").getJSONObject(day3_3).getJSONObject("main")
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.getDouble("temp");
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temperature_day_3_4 = json.getJSONArray("list").getJSONObject(day3_4).getJSONObject("main")
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.getDouble("temp");
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temperature_day_3_5 = json.getJSONArray("list").getJSONObject(day3_5).getJSONObject("main")
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.getDouble("temp");
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} catch (Exception e) {
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//
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@ -526,12 +550,20 @@ public class System {
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temperature_day_3_high = (double) temperature_day_3.toArray()[temperature_day_2.size() - 1];
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temperature_day_3_low = (double) temperature_day_3.toArray()[0];
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if (weather_day_1.equals("") || weather_day_2.equals("") || weather_day_3.equals(""))
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return "Es ist ein Fehler aufgetreten!";
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else
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return day1date + "\n" + weather_day_1 + "\nH: " + temperature_day_1_high + "°C" + " T: " + temperature_day_1_low + "°C\n\n"
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+ day2date + "\n" + weather_day_2 + "\nH: " + temperature_day_2_high + "°C" + " T: " + temperature_day_2_low + "°C\n\n"
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+ day3date + "\n" + weather_day_3 + "\nH: " + temperature_day_3_high + "°C" + " T: " + temperature_day_3_low + "°C";
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if (weather_day_1.equals("") || weather_day_2.equals("") || weather_day_3.equals("")) {
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result[0] = "Es ist ein Fehler aufgetreten!";
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result[1] = "Es ist ein Fehler aufgetreten!";
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result[2] = "Es ist ein Fehler aufgetreten!";
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} else {
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result[0] = day1date + " " + weather_day_1 + " H: " + temperature_day_1_high + "°C" + " T: "
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+ temperature_day_1_low + "°C";
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result[1] = day2date + " " + weather_day_2 + " H: " + temperature_day_2_high + "°C" + " T: "
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+ temperature_day_2_low + "°C";
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result[2] = day3date + " " + weather_day_3 + " H: " + temperature_day_3_high + "°C" + " T: "
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+ temperature_day_3_low + "°C";
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}
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return result;
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}
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public boolean all_distances() {
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@ -578,13 +610,16 @@ public class System {
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dLat = lat2 - lat1;
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dLon = lon2 - lon1;
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a = Math.pow(Math.sin(Math.toRadians(dLat / 2.0)), 2) + Math.pow(Math.sin(Math.toRadians(dLon / 2.0)), 2) * Math.cos(Math.toRadians(lat1)) * Math.cos(Math.toRadians(lat2));
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a = Math.pow(Math.sin(Math.toRadians(dLat / 2.0)), 2)
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+ Math.pow(Math.sin(Math.toRadians(dLon / 2.0)), 2) * Math.cos(Math.toRadians(lat1))
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* Math.cos(Math.toRadians(lat2));
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distance = 6378.388 * 2.0 * Math.atan2(Math.sqrt(a), Math.sqrt(1.0 - a));
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result = Math.round(distance * 1.25 * 1000) / 1000.0;
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result = Math.round(distance * 1.25 * 100) / 100.0;
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this.all_destinations.put(line.split(";")[0],new Destination(line.split(";")[1],line.split(";")[0], result));
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this.all_destinations.put(line.split(";")[0],
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new Destination(line.split(";")[1], line.split(";")[0], result));
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}
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} catch (Exception e) {
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@ -604,16 +639,27 @@ public class System {
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String[] result = new String[2];
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result[0] = "" + (Math.round(Double.parseDouble(distance(destination_zip).replace(" km", "")) / current_user.getCar_avg_kmh() * 1000) / 1000.0) + " h";
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result[1] = "" + (Math.round(Double.parseDouble(distance(destination_zip).replace(" km", "")) / current_user.getBike_avg_kmh() * 1000) / 1000.0) + " h";
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if (current_user.getCar_avg_kmh() == 0)
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result[0] = "";
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else
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result[0] = "" + (Math.round(Double.parseDouble(distance(destination_zip).replace(" km", ""))
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/ current_user.getCar_avg_kmh() * 100) / 100.0) + " h";
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if (current_user.getBike_avg_kmh() == 0)
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result[1] = "";
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else
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result[1] = "" + (Math.round(Double.parseDouble(distance(destination_zip).replace(" km", ""))
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/ current_user.getBike_avg_kmh() * 100) / 100.0) + " h";
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return result;
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}
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public String calc_l_consumption(String destination_zip) {
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return "" + (Math.round(Double.parseDouble(distance(destination_zip).replace(" km", "")) * current_user.getCar_l_100km() / 100.0 * 1000) / 1000.0) + " l";
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if (current_user.getCar_l_100km() == 0)
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return "";
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return "" + (Math.round(Double.parseDouble(distance(destination_zip).replace(" km", ""))
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* current_user.getCar_l_100km() / 100.0 * 100) / 100.0) + " l";
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}
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}
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@ -16,7 +16,7 @@ public class SystemTest {
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current_system.sign_in_user("David", "123Esel");
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assertNotEquals("Es ist ein Fehler aufgetreten!",current_system.weather_forecast("68161"));
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assertNotEquals("Es ist ein Fehler aufgetreten!", current_system.weather_forecast("68161")[0]);
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}
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@Test
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@ -53,10 +53,10 @@ public class SystemTest {
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current_system.sign_in_user("David", "123Esel");
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assertEquals("0.885 h", current_system.travel_time("60306")[0]); // Frankfurt mit Auto
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assertEquals("4.423 h", current_system.travel_time("60306")[1]); // Frankfurt mit Fahrrad
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assertEquals("0.89 h", current_system.travel_time("60306")[0]); // Frankfurt mit Auto
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assertEquals("4.42 h", current_system.travel_time("60306")[1]); // Frankfurt mit Fahrrad
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assertEquals("6.036 h", current_system.travel_time("10115")[0]); // Berlin mit Auto
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assertEquals("6.04 h", current_system.travel_time("10115")[0]); // Berlin mit Auto
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assertEquals("30.18 h", current_system.travel_time("10115")[1]); // Berlin mit Fahrrad
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}
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@ -65,9 +65,9 @@ public class SystemTest {
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current_system.sign_in_user("David", "123Esel");
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assertEquals("8.846 l", current_system.calc_l_consumption("60306")); // Kraftstoffverbrauch nach Frankfurt
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assertEquals("58.111 l", current_system.calc_l_consumption("20095")); // Kraftstoffverbrauch nach Hamburg
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assertEquals("60.361 l", current_system.calc_l_consumption("10115")); // Kraftstoffverbrauch nach Berlin
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assertEquals("8.85 l", current_system.calc_l_consumption("60306")); // Kraftstoffverbrauch nach Frankfurt
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assertEquals("58.11 l", current_system.calc_l_consumption("20095")); // Kraftstoffverbrauch nach Hamburg
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assertEquals("60.36 l", current_system.calc_l_consumption("10115")); // Kraftstoffverbrauch nach Berlin
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}
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@Test
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@ -80,10 +80,14 @@ public class SystemTest {
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assertEquals(3, random_destination_car.size()); // random_destinations_car gibt genau 3 destinations zurück
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assertEquals(3, random_destination_bike.size()); // random destinations_bike gibt genau 3 destinations zurück
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// random_destinations_car gibt nur destinations mit mindestens 150 km Entfernung zurück
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assertEquals(true, Double.parseDouble(current_system.distance(random_destination_car.get(0).split(";")[0]).replace(" km", "")) > 150);
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// random_destinations_bike gibt nur destinations mit maximal 100 km Entfernung zurück
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assertEquals(true, Double.parseDouble(current_system.distance(random_destination_bike.get(0).split(";")[0]).replace(" km", "")) < 100);
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// random_destinations_car gibt nur destinations mit mindestens 150 km
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// Entfernung zurück
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assertEquals(true, Double.parseDouble(
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current_system.distance(random_destination_car.get(0).split(";")[0]).replace(" km", "")) > 150);
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// random_destinations_bike gibt nur destinations mit maximal 100 km Entfernung
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// zurück
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assertEquals(true, Double.parseDouble(
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current_system.distance(random_destination_bike.get(0).split(";")[0]).replace(" km", "")) < 100);
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}
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@Test
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@ -125,11 +129,15 @@ public class SystemTest {
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@Test
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public void sign_up_user() {
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// Username darf nicht doppelt vorkommen!
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assertEquals(false, current_system.sign_up_user("David","123Esel","123Esel","Mannheim","68161","AMG","10","300","20"));
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assertEquals(true, current_system.sign_up_user("Selim","Penis69","Penis69","Mannheim","68161","AMG","10","300","20"));
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assertEquals(false, current_system.sign_up_user("David", "123Esel", "123Esel", "Mannheim", "68161", "AMG", "10",
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"300", "20"));
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assertEquals(true, current_system.sign_up_user("Selim", "Penis69", "Penis69", "Mannheim", "68161", "AMG", "10",
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"300", "20"));
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// PLZ muss mit Stadt übereinstimmen
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assertEquals(false, current_system.sign_up_user("Lukas","123Esel","123Esel","Mannheim","11105","AMG","10","300","20"));
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assertEquals(true, current_system.sign_up_user("Lukas","123Esel","123Esel","Mannheim","68305","AMG","10","300","20"));
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assertEquals(false, current_system.sign_up_user("Lukas", "123Esel", "123Esel", "Mannheim", "11105", "AMG", "10",
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"300", "20"));
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assertEquals(true, current_system.sign_up_user("Lukas", "123Esel", "123Esel", "Mannheim", "68305", "AMG", "10",
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"300", "20"));
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assertEquals("Lukas", current_system.getDetails()[0]);
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current_system.sign_out_user();
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@ -160,10 +168,9 @@ public class SystemTest {
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}
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/*
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Tests auf Basis von user_data.csv:
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Daniel;MTQwMURhbmllbA==;Mannheim;68305;BMW;1.5;50.4;40.2
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David;MTIzRXNlbA==;Mannheim;68161;AMG;10.0;100.0;20.0
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* Tests auf Basis von user_data.csv:
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* Daniel;MTQwMURhbmllbA==;Mannheim;68305;BMW;1.5;50.4;40.2
|
||||
* David;MTIzRXNlbA==;Mannheim;68161;AMG;10.0;100.0;20.0
|
||||
*/
|
||||
|
||||
|
||||
}
|
||||
Loading…
Reference in New Issue