import org.junit.jupiter.api.RepeatedTest;
import org.junit.jupiter.api.Test;

import static org.junit.jupiter.api.Assertions.assertEquals;

import java.time.LocalTime;
import java.time.format.DateTimeFormatter;
import java.util.Arrays;
import java.util.HashMap;
import java.util.Map;
import java.util.Random;

class SolutionTest {

	/*-----------------------------SAMPLE TEST CASES----------------------------*/

	@Test
	void testSingleDestination() {
		String[] route = { "Crystalium" };
		String departureTime = "10:00";
		String expected = "12:15";
		String result = Kata.arrivalTime(route, departureTime);
		String msg = "Input: " + Arrays.toString(route) + ", " + departureTime;
		assertEquals(expected, result, msg);
	}

	@Test
	void testMultipleDestinations() {
		String[] route = { "Crystalium", "Skyport", "Oasis" };
		String departureTime = "10:00";
		String expected = "17:45";
		String result = Kata.arrivalTime(route, departureTime);
		String msg = "Input: " + Arrays.toString(route) + ", " + departureTime;
		assertEquals(expected, result, msg);
	}

	@Test
	void testDepartingFromMidnight() {
		String[] route = { "Nexus", "Skyport", "Oasis" };
		String departureTime = "21:30";
		String expected = "09:15";
		String result = Kata.arrivalTime(route, departureTime);
		String msg = "Input: " + Arrays.toString(route) + ", " + departureTime;
		assertEquals(expected, result, msg);
	}

	@Test
	void testNoDestinations() {
		String[] route = {};
		String departureTime = "12:00";
		String expected = "The Train Driver has the day off";
		String result = Kata.arrivalTime(route, departureTime);
		String msg = "Input: " + Arrays.toString(route) + ", " + departureTime;
		assertEquals(expected, result, msg);
	}

	/*-------------------------------TEST CASES---------------------------------*/

	@Test
	void testStaySkyport() {
		String[] route = { "Skyport" };
		String departureTime = "21:30";
		String expected = "22:30";
		String result = Kata.arrivalTime(route, departureTime);
		String msg = "Input: " + Arrays.toString(route) + ", " + departureTime;
		assertEquals(expected, result, msg);
	}

	@Test
	void testOasisNexus() {
		String[] route = { "Oasis", "Nexus" };
		String departureTime = "06:30";
		String expected = "17:20";
		String result = Kata.arrivalTime(route, departureTime);
		String msg = "Input: " + Arrays.toString(route) + ", " + departureTime;
		assertEquals(expected, result, msg);
	}

	@Test
	void testCrystaliumNexus() {
		String[] route = { "Crystalium", "Nexus" };
		String departureTime = "23:50";
		String expected = "08:30";
		String result = Kata.arrivalTime(route, departureTime);
		String msg = "Input: " + Arrays.toString(route) + ", " + departureTime;
		assertEquals(expected, result, msg);
	}

	@Test
	void testDuplicateCities() {
		String[] route = { "Crystalium", "Crystalium", "Oasis", "Oasis" };
		String departureTime = "00:30";
		String expected = "06:25";
		String result = Kata.arrivalTime(route, departureTime);
		String msg = "Input: " + Arrays.toString(route) + ", " + departureTime;
		assertEquals(expected, result, msg);
	}

	@Test
	void testDuplicateNexus() {
		String[] route = { "Nexus", "Nexus" };
		String departureTime = "20:15";
		String expected = "01:30";
		String result = Kata.arrivalTime(route, departureTime);
		String msg = "Input: " + Arrays.toString(route) + ", " + departureTime;
		assertEquals(expected, result, msg);
	}
	
	@RepeatedTest(50)
	void testRandom() {
		Random random = new Random();
		String[] possiblesRoutes = { "Skyport", "Crystalium", "Oasis", "Nexus" };

		int size = random.nextInt(30, 51);
		String[] randomRoute = new String[size];

		for (int i = 0; i < size; i++) {
			randomRoute[i] = possiblesRoutes[random.nextInt(possiblesRoutes.length)];
		}

		int hour = random.nextInt(0, 24);
		int minute = random.nextInt(0, 60);

		String randomDepartureTime = String.format("%02d:%02d", hour, minute);

		String result = Kata.arrivalTime(randomRoute, randomDepartureTime);
		String msg = "Random input: " + Arrays.toString(randomRoute) + ", " + randomDepartureTime;
		assertEquals(arrivalTime(randomRoute, randomDepartureTime), result, msg);
	}

	private static String arrivalTime(final String[] route, final String departureTime) {
		if (route.length == 0) return "The Train Driver has the day off";

		LocalTime timeResult = LocalTime.parse(departureTime, DateTimeFormatter.ofPattern("HH:mm"));
		String origin = "Skyport";
		int index = 0;
		while (index < route.length) {
			String destination = route[index];
			Map<String, double[]> destinationMap = tableTime.get(origin);
			if (destinationMap != null && destinationMap.containsKey(destination)) {
				double[] times = destinationMap.get(destination);
				timeResult = calculateTime(timeResult, times);
				origin = destination;
				index++;
			} else if (origin.equals(destination)) {
				timeResult = timeResult.plusHours(1);
				index++;
			} else {
				String transfer = "Skyport";
				double[] times = tableTime.get(origin).get(transfer);
				timeResult = calculateTime(timeResult, times);
				origin = transfer;
			}
		}
		return timeResult.format(DateTimeFormatter.ofPattern("HH:mm"));
	}

	private static Map<String, Map<String, double[]>> tableTime = new HashMap<String, Map<String, double[]>>() {
		{
			addRecord("Skyport", "Crystalium", 15, 2);
			addRecord("Skyport", "Oasis", 20, 3);
			addRecord("Oasis", "Crystalium", 15, 1.5);
			addRecord("Skyport", "Nexus", 15, 4);
		}

		private void addRecord(final String origin, final String destiny, final double minutesWait,
				final double hoursTravel) {
			putIfAbsent(origin, new HashMap<>());
			get(origin).put(destiny, new double[] { minutesWait, hoursTravel });

			putIfAbsent(destiny, new HashMap<>());
			get(destiny).put(origin, new double[] { minutesWait - 5, hoursTravel });
		}
	};

	private static LocalTime calculateTime(final LocalTime currentTime, final double[] times) {
		int minutes = (int) times[0];
		int remainingMinutes = (int) (times[1] * 60);

		return currentTime.plusMinutes(minutes).plusMinutes(remainingMinutes);
	}
}

import org.junit.jupiter.api.RepeatedTest;
import org.junit.jupiter.api.Test;

import static org.junit.jupiter.api.Assertions.assertEquals;

import java.time.LocalTime;
import java.time.format.DateTimeFormatter;
import java.util.Arrays;
import java.util.HashMap;
import java.util.Map;
import java.util.Random;

class SolutionTest {

	/*-----------------------------SAMPLE TEST CASES----------------------------*/

	@Test
	void testSingleDestination() {
		String[] route = { "Crystalium" };
		String departureTime = "10:00";
		String expected = "12:15";
		String result = Kata.arrivalTime(route, departureTime);
		String msg = "Input: " + Arrays.toString(route) + ", " + departureTime;
		assertEquals(expected, result, msg);
	}

	@Test
	void testMultipleDestinations() {
		String[] route = { "Crystalium", "Skyport", "Oasis" };
		String departureTime = "10:00";
		String expected = "17:45";
		String result = Kata.arrivalTime(route, departureTime);
		String msg = "Input: " + Arrays.toString(route) + ", " + departureTime;
		assertEquals(expected, result, msg);
	}

	@Test
	void testDepartingFromMidnight() {
		String[] route = { "Nexus", "Skyport", "Oasis" };
		String departureTime = "21:30";
		String expected = "09:15";
		String result = Kata.arrivalTime(route, departureTime);
		String msg = "Input: " + Arrays.toString(route) + ", " + departureTime;
		assertEquals(expected, result, msg);
	}

	@Test
	void testNoDestinations() {
		String[] route = {};
		String departureTime = "12:00";
		String expected = "The Train Driver has the day off";
		String result = Kata.arrivalTime(route, departureTime);
		String msg = "Input: " + Arrays.toString(route) + ", " + departureTime;
		assertEquals(expected, result, msg);
	}

	/*-------------------------------TEST CASES---------------------------------*/

	@Test
	void testStaySkyport() {
		String[] route = { "Skyport" };
		String departureTime = "21:30";
		String expected = "22:30";
		String result = Kata.arrivalTime(route, departureTime);
		String msg = "Input: " + Arrays.toString(route) + ", " + departureTime;
		assertEquals(expected, result, msg);
	}

	@Test
	void testOasisNexus() {
		String[] route = { "Oasis", "Nexus" };
		String departureTime = "06:30";
		String expected = "17:20";
		String result = Kata.arrivalTime(route, departureTime);
		String msg = "Input: " + Arrays.toString(route) + ", " + departureTime;
		assertEquals(expected, result, msg);
	}

	@Test
	void testCrystaliumNexus() {
		String[] route = { "Crystalium", "Nexus" };
		String departureTime = "23:50";
		String expected = "08:30";
		String result = Kata.arrivalTime(route, departureTime);
		String msg = "Input: " + Arrays.toString(route) + ", " + departureTime;
		assertEquals(expected, result, msg);
	}

	@Test
	void testDuplicateCities() {
		String[] route = { "Crystalium", "Crystalium", "Oasis", "Oasis" };
		String departureTime = "00:30";
		String expected = "06:25";
		String result = Kata.arrivalTime(route, departureTime);
		String msg = "Input: " + Arrays.toString(route) + ", " + departureTime;
		assertEquals(expected, result, msg);
	}

	@Test
	void testDuplicateNexus() {
		String[] route = { "Nexus", "Nexus" };
		String departureTime = "20:15";
		String expected = "01:30";
		String result = Kata.arrivalTime(route, departureTime);
		String msg = "Input: " + Arrays.toString(route) + ", " + departureTime;
		assertEquals(expected, result, msg);
	}
	
	@RepeatedTest(50)
	void testRandom() {
		Random random = new Random();
		String[] possiblesRoutes = { "Skyport", "Crystalium", "Oasis", "Nexus" };

		int size = random.nextInt(30, 51);
		String[] randomRoute = new String[size];

		for (int i = 0; i < size; i++) {
			randomRoute[i] = possiblesRoutes[random.nextInt(possiblesRoutes.length)];
		}

		int hour = random.nextInt(0, 24);
		int minute = random.nextInt(0, 60);

		String randomDepartureTime = String.format("%02d:%02d", hour, minute);

		String result = Kata.arrivalTime(randomRoute, randomDepartureTime);
		String msg = "Random input: " + Arrays.toString(randomRoute) + ", " + randomDepartureTime;
		assertEquals(arrivalTime(randomRoute, randomDepartureTime), result, msg);
	}

	private static String arrivalTime(final String[] route, final String departureTime) {
		if (route.length == 0)
			return "The Train Driver has the day off";

		LocalTime timeResult = LocalTime.parse(departureTime, DateTimeFormatter.ofPattern("HH:mm"));
		String origin = "Skyport";
		for (int i = 0; i < route.length; i++) {
			String destination = route[i];

			Map<String, double[]> destinationMap = tabla.get(origin);
			if (destinationMap != null && destinationMap.containsKey(destination)) {
				double[] times = destinationMap.get(destination);

				timeResult = calculateTime(timeResult, times);
				origin = destination;
			} else if (origin.equals(destination)) {
				timeResult = timeResult.plusHours(1);
			} else {
				String transbordo = "Skyport";
				double[] times = tabla.get(origin).get(transbordo);

				timeResult = calculateTime(timeResult, times);
				origin = transbordo;
				i--;
			}
		}

		return timeResult.format(DateTimeFormatter.ofPattern("HH:mm"));
	}
	
	private static Map<String, Map<String, double[]>> tabla = new HashMap<String, Map<String, double[]>>() {
		{
			addRecord("Skyport", "Crystalium", 15, 2);
			addRecord("Skyport", "Oasis", 20, 3);
			addRecord("Oasis", "Crystalium", 15, 1.5);
			addRecord("Skyport", "Nexus", 15, 4);
		}

		private void addRecord(final String origin, final String destiny, final double minutesWait,
				final double hoursTravel) {
			putIfAbsent(origin, new HashMap<>());
			get(origin).put(destiny, new double[] { minutesWait, hoursTravel });

			putIfAbsent(destiny, new HashMap<>());
			get(destiny).put(origin, new double[] { minutesWait - 5, hoursTravel });
		}
	};

	private static LocalTime calculateTime(final LocalTime currentTime, final double[] times) {
		int minutes = (int) times[0];
		int remainingMinutes = (int) (times[1] * 60);

		return currentTime.plusMinutes(minutes).plusMinutes(remainingMinutes);
	}
}

import org.junit.jupiter.api.RepeatedTest;
import org.junit.jupiter.api.Test;

import static org.junit.jupiter.api.Assertions.assertEquals;

import java.time.LocalTime;
import java.time.format.DateTimeFormatter;
import java.util.Arrays;
import java.util.HashMap;
import java.util.Map;
import java.util.Random;

class SolutionTest {

	/*-----------------------------SAMPLE TEST CASES----------------------------*/

	@Test
	void testSingleDestination() {
		String[] route = { "Crystalium" };
		String departureTime = "10:00";
		String expected = "12:15";
		String result = Kata.arrivalTime(route, departureTime);
		String msg = "Input: " + Arrays.toString(route) + ", " + departureTime;
		assertEquals(expected, result, msg);
	}

	@Test
	void testMultipleDestinations() {
		String[] route = { "Crystalium", "Skyport", "Oasis" };
		String departureTime = "10:00";
		String expected = "17:45";
		String result = Kata.arrivalTime(route, departureTime);
		String msg = "Input: " + Arrays.toString(route) + ", " + departureTime;
		assertEquals(expected, result, msg);
	}

	@Test
	void testDepartingFromMidnight() {
		String[] route = { "Nexus", "Skyport", "Oasis" };
		String departureTime = "21:30";
		String expected = "09:15";
		String result = Kata.arrivalTime(route, departureTime);
		String msg = "Input: " + Arrays.toString(route) + ", " + departureTime;
		assertEquals(expected, result, msg);
	}

	@Test
	void testNoDestinations() {
		String[] route = {};
		String departureTime = "12:00";
		String expected = "Pepe has the day off";
		String result = Kata.arrivalTime(route, departureTime);
		String msg = "Input: " + Arrays.toString(route) + ", " + departureTime;
		assertEquals(expected, result, msg);
	}

	/*-------------------------------TEST CASES---------------------------------*/

	@Test
	void testStaySkyport() {
		String[] route = { "Skyport" };
		String departureTime = "21:30";
		String expected = "22:30";
		String result = Kata.arrivalTime(route, departureTime);
		String msg = "Input: " + Arrays.toString(route) + ", " + departureTime;
		assertEquals(expected, result, msg);
	}

	@Test
	void testOasisNexus() {
		String[] route = { "Oasis", "Nexus" };
		String departureTime = "06:30";
		String expected = "17:20";
		String result = Kata.arrivalTime(route, departureTime);
		String msg = "Input: " + Arrays.toString(route) + ", " + departureTime;
		assertEquals(expected, result, msg);
	}

	@Test
	void testCrystaliumNexus() {
		String[] route = { "Crystalium", "Nexus" };
		String departureTime = "23:50";
		String expected = "08:30";
		String result = Kata.arrivalTime(route, departureTime);
		String msg = "Input: " + Arrays.toString(route) + ", " + departureTime;
		assertEquals(expected, result, msg);
	}

	@Test
	void testDuplicateCities() {
		String[] route = { "Crystalium", "Crystalium", "Oasis", "Oasis" };
		String departureTime = "00:30";
		String expected = "06:25";
		String result = Kata.arrivalTime(route, departureTime);
		String msg = "Input: " + Arrays.toString(route) + ", " + departureTime;
		assertEquals(expected, result, msg);
	}

	@Test
	void testDuplicateNexus() {
		String[] route = { "Nexus", "Nexus" };
		String departureTime = "20:15";
		String expected = "01:30";
		String result = Kata.arrivalTime(route, departureTime);
		String msg = "Input: " + Arrays.toString(route) + ", " + departureTime;
		assertEquals(expected, result, msg);
	}
	
	@RepeatedTest(50)
	void testRandom() {
		Random random = new Random();
		String[] possiblesRoutes = { "Skyport", "Crystalium", "Oasis", "Nexus" };

		int size = random.nextInt(30, 51);
		String[] randomRoute = new String[size];

		for (int i = 0; i < size; i++) {
			randomRoute[i] = possiblesRoutes[random.nextInt(possiblesRoutes.length)];
		}

		int hour = random.nextInt(0, 24);
		int minute = random.nextInt(0, 60);

		String randomDepartureTime = String.format("%02d:%02d", hour, minute);

		String result = Kata.arrivalTime(randomRoute, randomDepartureTime);
		String msg = "Random input: " + Arrays.toString(randomRoute) + ", " + randomDepartureTime;
		assertEquals(arrivalTime(randomRoute, randomDepartureTime), result, msg);
	}

	private static String arrivalTime(final String[] route, final String departureTime) {
		if (route.length == 0)
			return "Pepe has the day off";

		LocalTime timeResult = LocalTime.parse(departureTime, DateTimeFormatter.ofPattern("HH:mm"));
		String origin = "Skyport";
		for (int i = 0; i < route.length; i++) {
			String destination = route[i];

			Map<String, double[]> destinationMap = tabla.get(origin);
			if (destinationMap != null && destinationMap.containsKey(destination)) {
				double[] times = destinationMap.get(destination);

				timeResult = calculateTime(timeResult, times);
				origin = destination;
			} else if (origin.equals(destination)) {
				timeResult = timeResult.plusHours(1);
			} else {
				String transbordo = "Skyport";
				double[] times = tabla.get(origin).get(transbordo);

				timeResult = calculateTime(timeResult, times);
				origin = transbordo;
				i--;
			}
		}

		return timeResult.format(DateTimeFormatter.ofPattern("HH:mm"));
	}
	
	private static Map<String, Map<String, double[]>> tabla = new HashMap<String, Map<String, double[]>>() {
		{
			addRecord("Skyport", "Crystalium", 15, 2);
			addRecord("Skyport", "Oasis", 20, 3);
			addRecord("Oasis", "Crystalium", 15, 1.5);
			addRecord("Skyport", "Nexus", 15, 4);
		}

		private void addRecord(final String origin, final String destiny, final double minutesWait,
				final double hoursTravel) {
			putIfAbsent(origin, new HashMap<>());
			get(origin).put(destiny, new double[] { minutesWait, hoursTravel });

			putIfAbsent(destiny, new HashMap<>());
			get(destiny).put(origin, new double[] { minutesWait - 5, hoursTravel });
		}
	};

	private static LocalTime calculateTime(final LocalTime currentTime, final double[] times) {
		int minutes = (int) times[0];
		int hours = (int) times[1];
		int remainingMinutes = (int) ((times[1] - hours) * 60);

		return currentTime.plusMinutes(minutes).plusHours(hours).plusMinutes(remainingMinutes);
	}
}