import datetime
import random
import unittest

from app.App import App
from core.domain.map.GeoLocation import GeoLocation
from core.domain.optimization.TransportMode import TransportMode


class test_RoutingService(unittest.TestCase):

	@classmethod
	def setUpClass(cls):
		App.init()

	def test_speed(self):
		starts = [GeoLocation(lat=46.0399789 + random.uniform(-0.1, 0.1), lon=14.5076505 + random.uniform(-0.1, 0.1)) for i in range(100)]
		ends = [GeoLocation(lat=46.1399789 + random.uniform(-0.1, 0.1), lon=14.6076505 + random.uniform(-0.1, 0.1)) for i in range(100)]
		start = datetime.datetime.now()
		routeInfos = App.services.routingService.getRouteInfoMatrix(transportMode=TransportMode.WALK, starts=starts, ends=ends, accurate=True)
		end = datetime.datetime.now()
		diff = (end - start).total_seconds()
		print(diff, len(routeInfos))

	def test_routeInfo_walk(self):
		start = GeoLocation(lat=46.0399789, lon=14.5076505)
		end = GeoLocation(lat=46.0423508, lon=14.509163)
		matrix = App.services.routingService.getRouteInfoMatrix(
			transportMode=TransportMode.WALK,
			starts=[start],
			ends=[end],
			accurate=True
		)
		print(matrix)

	def test_routing_steps(self):
		start = GeoLocation(46.093579794174296, 14.27906301507719)
		end = GeoLocation(46.06541666237525, 14.314559238921543)
		polyline = App.services.routingService._getPolyline(transportMode=TransportMode.CAR, legs=[start, end])
		routeInfo = App.services.routingService.getRouteInfo(transportMode=TransportMode.CAR, legs=[start, end])
		#
		# steps2 = App.services.routingService.getRouteMatrix(
		# 	transportMode=TransportMode.CAR,
		# 	crnPoints=[start],
		# )

		print(polyline)
		print(routeInfo.duration / 60,routeInfo)
		# print(steps2)

	def test_distance_matrix(self):
		crnPoints = App.services.postaService.getCrnPoints(posta=1355)[:10]
		routeMatrix = App.services.routingService.getRouteMatrix(
			crnPoints=crnPoints,
			transportMode=TransportMode.CAR
		)
		routeInfo = App.services.routingService.getRouteInfo(
			legs=[crn.location for crn in crnPoints],
			transportMode=TransportMode.CAR
		)
		print(routeMatrix.data)
		print(routeInfo)


	def test_matrix(self):
		crns = App.services.postaService.getCrnPoints(posta=1355)
		posta = App.repos.postOfficeRepo.get(posta = 1355)
		crns.insert(0, posta.getCrnPoint())

		locations = []
		for i in [0, 12, 418]:
			print(f"Index: {i}: {crns[i]}")

			locations.append(crns[i].location)

		for i in [0, 12, 418]:
			for j in [0, 12, 418]:
				crnStart = crns[i]
				crnEnd = crns[j]
				routeInfo = App.services.routingService.getRouteInfo(transportMode=TransportMode.CAR, legs=[crnStart.location, crnEnd.location])
				print(f"Start house: {crnStart.hisa}, end house: {crnEnd.hisa}, distance={routeInfo.distance}, duration={routeInfo.duration/60}")

		routeMatrix = App.services.routingService.getRouteMatrix(starts=locations, ends=locations, transportMode=TransportMode.CAR)

		print("Durations [min]")
		print(routeMatrix.durations / 60)
		print("Distances [m]")
		print(routeMatrix.distances)

	def test_matrix2(self):
		crns = App.services.postaService.getCrnPoints(posta=1355)
		posta = App.repos.postOfficeRepo.get(posta = 1355)
		crns.insert(0, posta.getCrnPoint())

		locations = []
		for i in [0, 12, 418]:
			print(f"Index: {i}: {crns[i]}")
			locations.append(crns[i])

		routeMatrix = App.services.routingService.getRouteMatrix(crnPoints=locations, transportMode=TransportMode.CAR)
		print(routeMatrix.data.dtypes)
		print(routeMatrix.data.to_string())

	def test_matrix_route(self):
		start = GeoLocation(46.039868240098436, 14.527908242928524)
		end = GeoLocation(46.04046411845911, 14.52994784714586)
		# matrix = App.services.routingService.getRouteMatrix(geoLocations=[start, end], transportMode=TransportMode.CAR)
		# route = App.services.routingService.getRouteInfo(transportMode=TransportMode.CAR, legs=[start, end])
		route = App.services.routingService._getPolyline(transportMode=TransportMode.CAR, legs=[start, end])
		print(route)

		# print(matrix)
		# print(route.duration,route.distance)