public static void Main(string[] args)
{
var stationEconomServices = new List <WashingService>()
{
new WashingService("Polish", 70),
new WashingService("Wash", 100)
};
var stationEconom = new WashingStation("Econom", stationEconomServices);
var stationDeluxeServices = new List <WashingService>()
{
new WashingService("Polish Lux", 300),
new WashingService("Wash Lux", 400)
};
var stationDeluxe = new WashingStation("Deluxe", stationDeluxeServices);
var carsList = new List <Car>()
{
new Car("Toyota", 1993, new WashingCard(2020, 500), false),
new Car("Lada", 1990, new WashingCard(2021, 200), false),
new Car("Peugeot", 2003, new WashingCard(2022, 600), true),
new Car("Nissan", 2001, new WashingCard(2020, 300), true),
new Car("Opel", 1999, new WashingCard(2021, 100), false)
};
foreach (Car car in carsList)
{
stationEconom.ServiceAttempt += car.WashingServiceHandler;
stationDeluxe.ServiceAttempt += car.WashingServiceHandler;
}
stationDeluxe.ServeCars(stationDeluxe.ServiceList[0]);
Console.WriteLine("===================================");
stationEconom.ServeCars(stationEconom.ServiceList[1]);
}
static bool Prefix(ref WashingStation ___m_washingStation)
{
___m_washingStation.m_cleanPlateTime = 2.0f * DISH_WASH_TIME_MULTIPLIER;
return(true); // execute original
}
static void Main(string[] args)
{
// Tasks:
// 1.Print all numbers from 10 to 50 separated by commas
var newList1 = Enumerable.Range(10, 41);
Console.WriteLine(string.Join(",", newList1));
//var stringNumberWithCommas1 = string.Join(",", Enumerable.Range(10, 41));
//Console.WriteLine(stringNumberWithCommas1);
Console.WriteLine(new string('=', 75));
//============================================================================================
//2.Print only that numbers from 10 to 50 that can be divided by 3
var numbersDevBy3 = Enumerable.Range(10, 41).Where(x => x % 3 == 0);
foreach (var x in numbersDevBy3)
{
Console.Write(x + " ");
}
Console.WriteLine(new string('=', 75));
//============================================================================================
//3.Output word "Linq" 10 times
var listStrLINQ = Enumerable.Repeat("LINQ", 10);
foreach (var linq in listStrLINQ)
{
Console.Write(linq + " ");
}
Console.WriteLine();
Action <string> action1 = str =>
{
for (int i = 0; i < 10; i++)
{
Console.Write(str + " ");
}
};
action1("Linq");
Console.WriteLine();
Console.WriteLine(new string('=', 75));
//============================================================================================
//4.Output all words with letter 'a' in string "aaa;abb;ccc;dap"
string someStr = "psdftrewq;aaa;abb;ccc;dap;xabbx";
//string someStr = "asd;asd;asd;asd;asd;asd";
var listWordsWithA = someStr.Split(';').Where(x => x.Contains("a"));
foreach (var x in listWordsWithA)
{
Console.Write(x + " ");
}
Console.WriteLine("\n" + new string('=', 75));
//============================================================================================
//5.Output number of letters 'a' in the words with this letter in string "aaa;abb;ccc;dap" separated by comma
var q = someStr.Split(';');
var newList = from x in q
where x.Contains("a")
select string.Concat(x.Count().ToString(), ",");
var newList2 = someStr.Split(';').Where(i => i.Contains("a")).Select(i => string.Concat(i.Count().ToString(), ","));
foreach (var x in newList2)
{
Console.Write(x);
}
Console.WriteLine();
//string [] s= someStr.Split(';');
foreach (var x in newList)
{
Console.Write(x);
}
Console.WriteLine("\n" + new string('=', 75));
//============================================================================================
//6.Output true if word "abb" exists in line "aaa;xabbx;abb;ccc;dap", otherwise false
Console.WriteLine(someStr.Contains("abb")? "true" : "false");
Predicate <string> predicateD = abb => someStr.Contains(abb);
Console.WriteLine(predicateD("abb"));
Console.WriteLine("\n" + new string('=', 75));
//============================================================================================
//7.Get the longest word in string "aaa;xabbx;abb;ccc;dap"
Console.WriteLine(someStr);
var masStr = someStr.Split(';');
Action <string[]> findMaxWord = mas =>
{
string max = mas[0];
for (int i = 1; i < mas.Length; i++)
{
max = max.Length < mas[i].Length ? mas[i] : max;
}
Console.WriteLine(max);
};
findMaxWord(masStr);
//string lonlestStr = masStr.OrderByDescending(x => x.Length).First();
//Console.WriteLine(lonlestStr);
Console.WriteLine("\n" + new string('=', 75));
//============================================================================================
//8.Calculate average length of word in string "aaa;xabbx;abb;ccc;dap"
var averageLength = someStr.Split(';').Average(x => x.Length);
Console.WriteLine(averageLength);
Console.WriteLine("\n" + new string('=', 75));
//============================================================================================
//9.Print the shortest word reversed in string "aaa;xabbx;abb;ccc;dap;zh"
string someString1 = "aaa;xabbx;abb;ccc;dap;zh";
string shortestWord = someString1.Split(';').OrderBy(x => x.Length).First();
foreach (var chars in shortestWord.Reverse())
{
Console.Write(chars);
}
Console.WriteLine("\n" + new string('=', 75));
//============================================================================================
//10.Print true if in the first word that starts from "aa" all letters are 'a' otherwise false "baaa;aabb;xabbx;abb;ccc;dap;zh"
string someString2 = "baaa;aaaa;aabb;xabbx;abb;ccc;dap;zh;aaaaaaa;";
var ad = someString2.Split(';').Where(x => x.StartsWith("a")).First().All(x => x == 'a');
Console.WriteLine(ad);
var strAaa = from a in someString2.Split(';')
where a.StartsWith("a")
select a;
var strAAAA = strAaa.First();
var strAa = strAAAA.All(a => a == 'a');
Console.WriteLine(strAa);
Console.WriteLine("\n" + new string('=', 75));
//============================================================================================
// Delegates and events
//Задача «Автомойка» (придумала сама)
//У вас есть 4 сущности: Car, WashingStation и WashingCard, WashingService где каждая из них содержит следующие поля:
//WashingCard: срок действия, баланс
//Car: марка, год выпуска, WashingCard, состояние (чистая / грязная), метод для обработки уведомлений
// WashingService: имя услуги, стоимость
//WashingStation: имя станции, список предоставляемых WashingService, события: успешная мойка/ недостаточно средств.
//Опишите следующую логику программы : у вас есть 10 разных машин и 2 мойки.
//Пусть каждая из грязных машин попробует заехать на автомойку и получить услугу.
//Если средств недостаточно – обрабатываете событие «недостаточно средств» -например, пытаетесь поехать на вторую мойку или отказываетесь от идеи помыть машину.
//Если все в порядке – обрабатываете событие «успешная мойка» -меняете статус машины на «чистая».
//Не забывайте менять состояние баланса на WashingCard после мойки.
//Старайтесь все состояния генерировать случайно
Car car1 = new Car("Lada", 2005,
new WashingCard(new DateTime(2021, 03, 12), 15.40m));
Car car2 = new Car("BMW", 2018,
new WashingCard(new DateTime(2022, 04, 13), 800.00m));
Car car3 = new Car("Tavria", 2001,
new WashingCard(new DateTime(2023, 05, 14), 247.00m));
Car car4 = new Car("Chevrolet", 2015,
new WashingCard(new DateTime(2024, 06, 15), 560.00m));
Car car5 = new Car("Renault", 2015,
new WashingCard(new DateTime(2025, 07, 17), 540.00m));
Car car6 = new Car("Mersedes", 2005,
new WashingCard(new DateTime(2021, 08, 18), 154.00m));
Car car7 = new Car("Daewoo", 2017,
new WashingCard(new DateTime(2022, 09, 18), 428.00m));
Car car8 = new Car("Cherry", 2019,
new WashingCard(new DateTime(2023, 10, 19), 341.00m));
Car car9 = new Car("Volga", 1998,
new WashingCard(new DateTime(2024, 11, 20), 58.00m));
Car car10 = new Car("Ford", 1999,
new WashingCard(new DateTime(2025, 12, 21), 135.00m));
List <Car> cars = new List <Car>();
cars.AddRange(new List <Car> {
car1, car2, car3, car4, car5, car6, car7, car8, car9, car10
});
WashingStation station1 = new WashingStation("Yljana",
new List <WashingService> {
new WashingService(EnumService.ContactlessSink, 155.00m),
new WashingService(EnumService.ManualWash, 140.00m),
new WashingService(EnumService.VacuumCleaning, 100.00m)
});
station1.SuccessWashEvent += Car.Station1_SuccessWashEventHendler;
station1.UnsuccessWashEvent += Car.Station1_UnsuccessWashEventHendler;
WashingStation station2 = new WashingStation("KharkovOil",
new List <WashingService> {
new WashingService(EnumService.ContactlessSink, 130.00m),
new WashingService(EnumService.ManualWash, 125.00m),
new WashingService(EnumService.VacuumCleaning, 98.00m),
new WashingService(EnumService.GlassCleaning, 85.00m)
});
station2.SuccessWashEvent += Car.Station2_SuccessWashEventHendler;
station2.UnsuccessWashEvent += Car.Station2_UnsuccessWashEventHendler;
List <WashingStation> stations = new List <WashingStation>();
stations.AddRange(new List <WashingStation> {
station1, station2
});
CarManage.GetWashing(cars, stations);
}
