private void NameMethod()
{
Animals b = new Birds(new Fly());
Animals m = new Mammals(new Run());
b.Run.Move();
m.Run.Move();
}
public void TestMethod16()
{
// Arrange
Mammals mammals1 = new Mammals();
// Act
Mammals mammals2 = new Mammals("Неизвестный", "Неизвестный", 1, 1000);
// Assert
Assert.AreEqual(mammals1, mammals2);
}
private static void InheritanceExample()
{
var animal = new Animal();
var name = animal.Name;
var AnimalTwo = new Animal("H**o Sapiens");
var mammals = new Mammals();
Console.WriteLine(mammals.Name);
}
static Mammal CreateMammal(Mammals type)
{
switch (type)
{
case Mammals.cat:
return(new Cat());
case Mammals.dog:
return(new Dog());
}
return(null);
}
static void InheritanceExample()
{
Animals animal = new Animals();
var name = animal.Name;
Console.WriteLine(name);
var AnimalTwo = new Animals("H**o Sapiens");
Console.WriteLine(AnimalTwo.Name);
Mammals mammals = new Mammals();
Console.WriteLine(mammals.Name);
}
public void ChangeByIndexAnimal(int pos)
{
string s = Console.ReadLine();
if (list[pos] is Bird)
{
list[pos] = Bird.EnterBird(s);
}
if (list[pos] is PairCop)
{
list[pos] = PairCop.EnterPaircop(s);
}
if (list[pos] is Mammals)
{
list[pos] = Mammals.EnterMammal(s);
}
}
static void Main(string[] args)
{
Fish a = new Fish(12, "Selachii", "Gray", "male", "Hryashevie");
a.GetInfoFish();
Console.WriteLine();
Bird b = new Bird(5, "sini4ka", 7, "multiColor", "female");
b.GetInfoBird();
Console.WriteLine();
Console.WriteLine();
Mammals c = new Mammals(5, "Leon", "Orange", "Male", false);
c.GetInfoMammals();
Console.WriteLine();
}
static void Main(string[] args)
{
// print out some statement explaining this section
// separate it into a region?
Console.WriteLine("====== DEMO OF USING ABSTRACT METHODS ======\n");
// create a dog object and tell it to sleep, eat, and exercise
Console.WriteLine("DOG:");
Dogs dog1 = new Dogs();
Console.WriteLine(dog1.Eat());
Console.WriteLine(dog1.Sleep());
// create a mammal object and tell it to sleep, eat, and exercise
Console.WriteLine("\nMAMMAL:");
Mammals mammal1 = new Mammals();
Console.WriteLine(mammal1.Eat());
Console.WriteLine(mammal1.Sleep());
Console.WriteLine("\n============================================");
}
static void Main(string[] args)
{
#region Primitive types
Dict <string, string> myarr = new Dict <string, string>();
myarr.addElement("sinie", "first");
myarr.addElement("zakaty", "second");
myarr.addElement("kak", "third");
myarr.addElement("chernaya", "fourth");
myarr.addElement("rosa", "fifth");
myarr.CheckDictionary();
myarr.getByKey(3);
Console.WriteLine("=====SORTING======");
myarr.Sort();
myarr.CheckDictionary();
#endregion
#region Classes
Bird b = new Bird("red", "woda", "Gragas", 15, "Wroclaw");
Bird b1 = new Bird("blue", "mushrooms", "Jax", 17, "Gdynia");
Mammals m = new Mammals("170", "80", "Katarina", 18, "Warszawa");
Mammals m1 = new Mammals("150", "80", "Warwick", 45, "Warszawa");
PairCop p = new PairCop("2", 290, "Lux", 19, "Gdansk");
PairCop p1 = new PairCop("2", 280, "Veigar", 51, "Gdansk");
PairCop p2 = new PairCop("2", 270, "Nokturn", 11, "Gdansk");
PairCop p3 = new PairCop("2", 260, "talon", 33, "Gdansk");
Dict <Animal, int> animalarr = new Dict <Animal, int>();
animalarr.addElement(b, 1);
animalarr.addElement(b1, 2);
animalarr.addElement(m, 3);
animalarr.addElement(m1, 4);
animalarr.addElement(p, 5);
animalarr.addElement(p1, 6);
animalarr.addElement(p2, 7);
animalarr.addElement(p3, 8);
animalarr.CheckDictionary();
Console.WriteLine("=====SORTING======");
animalarr.Sort();
animalarr.CheckDictionary();
#endregion
Console.Read();
Console.ReadKey();
}
public static void Main()
{
Mammals myPet = Mammals.Cat;
Colors myColor = Colors.Red;
Mammals yourPet = Mammals.Dog;
Colors yourColor = Colors.Red;
Console.WriteLine("My favorite animal is a {0}", myPet);
Console.WriteLine("Your favorite animal is a {0}", yourPet);
Console.WriteLine("Do we like the same animal? {0}", myPet.Equals(yourPet) ? "Yes" : "No");
Console.WriteLine();
Console.WriteLine("My favorite color is {0}", myColor);
Console.WriteLine("Your favorite color is {0}", yourColor);
Console.WriteLine("Do we like the same color? {0}", myColor.Equals(yourColor) ? "Yes" : "No");
Console.WriteLine();
Console.WriteLine("The value of my color ({0}) is {1}", myColor, Enum.Format(typeof(Colors), myColor, "d"));
Console.WriteLine("The value of my pet (a {0}) is {1}", myPet, Enum.Format(typeof(Mammals), myPet, "d"));
Console.WriteLine("Even though they have the same value, are they equal? {0}",
myColor.Equals(myPet) ? "Yes" : "No");
}
static void Main(string[] args)
{
Lion lion1 = new Lion();
Tiger tiger1 = new Tiger();
NewClass newClass1 = new NewClass();
Croc croc1 = new Croc();
Console.WriteLine("Croc can{0} be converted to object", (croc1 is Object)? "": "not");
Console.WriteLine("Croc can{0} be converted to ValueType", (croc1 is ValueType) ? "" : "not"); //is - проверка на конвертацию
Mammals mammal1 = new Mammals();
Lion pLion = mammal1 as Lion;
Console.WriteLine("Mammals to Lion conversion is {0} completed", (pLion != null) ? "" : "not"); //as - конвертация
Mammals pTiger = tiger1 as Mammals;
Console.WriteLine("Tiger to mammals conversion is {0} completed", (pTiger != null) ? "" : "not"); //as - конвертация
Console.WriteLine(pTiger); //после переопределения ToString выводит info
Console.WriteLine(lion1.ToString());
Print print1 = new Print();
Mammals[] mammalsArr = new Mammals[] { lion1, tiger1 };
foreach (var s in mammalsArr)
{
print1.IAmPrinting(s);
Console.WriteLine();
}
NewClass new1 = new NewClass();
((IAnimal)new1).a_method();
new1.a_method();
}
static void Main(string[] args)
{
var myLion = new Mammals <Lion>();
}
static void Main(string[] args)
{
Logger logs = new Logger(); //Logger
Lion lion1 = new Lion();
Tiger tiger1 = new Tiger();
NewClass newClass1 = new NewClass();
Croc croc1 = new Croc();
Parrot parrot1 = new Parrot();
parrot1.IsPredator = false;
parrot1.YearOfBirth = 1993;
Owl owl1 = new Owl();
owl1.IsPredator = true;
owl1.YearOfBirth = 2013;
Console.WriteLine("Croc can{0} be converted to object", (croc1 is Object) ? "" : "not");
Console.WriteLine("Croc can{0} be converted to ValueType", (croc1 is ValueType) ? "" : "not"); //is - проверка на конвертацию
Mammals mammal1 = new Mammals();
Lion pLion = mammal1 as Lion;
Console.WriteLine("Mammals to Lion conversion is {0} completed", (pLion != null) ? "" : "not"); //as - конвертация
Mammals pTiger = tiger1 as Mammals;
Console.WriteLine("Tiger to mammals conversion is {0} completed", (pTiger != null) ? "" : "not"); //as - конвертация
Console.WriteLine(pTiger); //после переопределения ToString выводит info
Console.WriteLine(lion1.ToString());
Print print1 = new Print();
Mammals[] mammalsArr = new Mammals[] { lion1, tiger1 };
foreach (var s in mammalsArr)
{
print1.IAmPrinting(s);
Console.WriteLine();
}
NewClass new1 = new NewClass();
((IAnimal)new1).a_method();
new1.a_method();
Smth struct1;
struct1.smth = "Smth";
Console.WriteLine(struct1.smth);
Smth.Month month1;
month1 = Smth.Month.January;
Console.Write(month1 + " ");
Console.WriteLine((int)month1);
Zoo zoo1 = new Zoo();
tiger1.YearOfBirth = 2001;
zoo1.Add(tiger1);
zoo1.Add(lion1);
zoo1.Add(owl1);
zoo1.Add(parrot1);
zoo1.ShowList();
zoo1.Remove(tiger1);
ZooController yearCmp = new ZooController();
zoo1.ZooGS.Sort(yearCmp);
Console.WriteLine("After sorting");
zoo1.ShowList();
/*var sortedList = from animal in zoo1.ZooGS
* orderby animal.YearOfBirth descending
* select animal;
*
* foreach(Animal animal in zoo1.ZooGS)
* {
* Console.WriteLine(animal);
* }*/
//ADDITIONAL TASKS
Console.WriteLine("Read from txt");
string path = @"/Users/elijah/БГТУ/2 Курс/ООП/Лабораторные работы/Лабораторная работа 1/C-/lab6/lab6.";
try
{
List <Animal> collection = ZooController.ReadFile(path);
foreach (Animal i in collection)
{
Console.WriteLine(i);
}
}
catch (FileCannotBeFoundException e)
{
Console.WriteLine(e.Message); //Exception 1
logs.AddException(e);
}
Console.WriteLine("Read from JSON \n");
string path1 = @"/Users/elijah/БГТУ/2 Курс/ООП/Лабораторные работы/Лабораторная работа 1/C-/lab6/lab6.json";
using (StreamReader sr = new StreamReader(path1))
{
string file = sr.ReadToEnd();
try
{
Mammals animal2 = JsonConvert.DeserializeObject <Mammals>(file);
Console.WriteLine(animal2);
}
catch (JsonSerializationException e)
{
Console.WriteLine(e.Message); //Exception 2
logs.AddException(e);
}
}
//Lab7
Tiger tiger2 = new Tiger();
Console.WriteLine("Enter tiger's age: ");
try
{
tiger2.YearOfBirth = Convert.ToInt32(Console.ReadLine());
if (tiger2.YearOfBirth == 0)
{
throw new InvalidNumberException("Invalid year of birth", tiger2.YearOfBirth);
}
}
catch (InvalidNumberException e)
{
Console.WriteLine(e.Message);
tiger2.YearOfBirth = 2001; //Exception 3
Console.WriteLine($"Year of birth set to default: {tiger2.YearOfBirth}");
logs.AddException(e);
}
int[] arr = new int[5] {
1, 2, 3, 4, 5
};
Console.WriteLine("Enter the number of element: ");
try
{
int i = Convert.ToInt32(Console.ReadLine());
if (i >= 5)
{
throw new IndexOutOfRangeException("Index out of range"); //Exception 4
}
}
catch (IndexOutOfRangeException e)
{
Console.WriteLine(e.Message);
logs.AddException(e);
}
Console.WriteLine("Enter password: "******"Invalid symbol {ch} entered"); //Exception 5
}
}
}
catch (InvalidSymbolException e)
{
Console.WriteLine(e.Message);
logs.AddException(e);
}
catch
{
Console.WriteLine("Unhandled exceptions...");
}
finally
{
Console.WriteLine("Program is sleeping...");
System.Threading.Thread.Sleep(1000);
}
Debug.Assert(true, "Program finished."); //outputs stack if the condition is false
//works only in debug builds
//ADDITIONAL TASK (Logger)
string loggerFilePath = @"/Users/elijah/БГТУ/2 Курс/ООП/Лабораторные работы/Лабораторная работа 1/C-/lab7/lab7.txt";
logs.LogToFile(loggerFilePath);
logs.LogToConsole();
}
public void Do_Mammals_have_fur()
{
Mammals pitbull = new Mammals();
Assert.True(pitbull.fur);
}
public void Can_a_mammal_swim()
{
Mammals Hippo = new Mammals();
Assert.False(Hippo.Swimmer);
}
public void TestAddMammal()
{
Mammals fox = new Mammals("Fox", "rrrrr?");
Assert.AreEqual("Live Birth", fox.birth);
}
public void TestMakeMammal()
{
Mammals fox = new Mammals("Fox", "Hrrrr");
Assert.AreEqual(fox.birth, "Live Birth");
}
public string DoSurvey(Mammals animal)
{
return "Mammals Type";
}
static void Main(string[] args)
{
Lion lion1 = new Lion();
Tiger tiger1 = new Tiger();
NewClass newClass1 = new NewClass();
Croc croc1 = new Croc();
Parrot parrot1 = new Parrot();
parrot1.IsPredator = false;
parrot1.YearOfBirth = 1993;
Owl owl1 = new Owl();
owl1.IsPredator = true;
owl1.YearOfBirth = 2013;
Console.WriteLine("Croc can{0} be converted to object", (croc1 is Object) ? "" : "not");
Console.WriteLine("Croc can{0} be converted to ValueType", (croc1 is ValueType) ? "" : "not"); //is - проверка на конвертацию
Mammals mammal1 = new Mammals();
Lion pLion = mammal1 as Lion;
Console.WriteLine("Mammals to Lion conversion is {0} completed", (pLion != null) ? "" : "not"); //as - конвертация
Mammals pTiger = tiger1 as Mammals;
Console.WriteLine("Tiger to mammals conversion is {0} completed", (pTiger != null) ? "" : "not"); //as - конвертация
Console.WriteLine(pTiger); //после переопределения ToString выводит info
Console.WriteLine(lion1.ToString());
Print print1 = new Print();
Mammals[] mammalsArr = new Mammals[] { lion1, tiger1 };
foreach (var s in mammalsArr)
{
print1.IAmPrinting(s);
Console.WriteLine();
}
NewClass new1 = new NewClass();
((IAnimal)new1).a_method();
new1.a_method();
Smth struct1;
struct1.smth = "Smth";
Console.WriteLine(struct1.smth);
Smth.Month month1;
month1 = Smth.Month.January;
Console.Write(month1 + " ");
Console.WriteLine((int)month1);
Zoo zoo1 = new Zoo();
tiger1.YearOfBirth = 2001;
zoo1.Add(tiger1);
zoo1.Add(lion1);
zoo1.Add(owl1);
zoo1.Add(parrot1);
zoo1.ShowList();
zoo1.Remove(tiger1);
ZooController yearCmp = new ZooController();
zoo1.ZooGS.Sort(yearCmp);
Console.WriteLine("After sorting");
zoo1.ShowList();
/*var sortedList = from animal in zoo1.ZooGS
* orderby animal.YearOfBirth descending
* select animal;
*
* foreach(Animal animal in zoo1.ZooGS)
* {
* Console.WriteLine(animal);
* }*/
//ADDITIONAL TASKS
Console.WriteLine("Read from txt");
string path = @"/Users/elijah/БГТУ/2 Курс/ООП/Лабораторные работы/Лабораторная работа 1/C-/lab6/lab6.txt";
List <Animal> collection = ZooController.ReadFile(path);
foreach (Animal i in collection)
{
Console.WriteLine(i);
}
Console.WriteLine("Read from JSON \n");
string path1 = @"/Users/elijah/БГТУ/2 Курс/ООП/Лабораторные работы/Лабораторная работа 1/C-/lab6/lab6.json";
using (StreamReader sr = new StreamReader(path1))
{
string file = sr.ReadToEnd();
Mammals animal2 = JsonConvert.DeserializeObject <Mammals>(file);
Console.WriteLine(animal2);
}
}
