void Start()
{
_core = GameObject.FindObjectOfType <ZCore>();
if (_core == null)
{
this.enabled = false;
return;
}
//_core.TargetButtonRelease += HandleButtonRelease;
carManage = GameObject.Find("Car").GetComponent <CarManage>();
transparentShader = Shader.Find("Transparent/Diffuse");
defShader = Shader.Find("Beffio/Car Paint Opaque");
}
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);
}
