static void Main(string[] args)
{
#region MANY EXERCISES
/* 1) Create an abstract class Animal and Dog, Cat and Bird classes inheriting it
* Animal has
* Name
* Age(custom getter and setter) - Can't be set below 0 or over 175
* Color
* Print( abstract method ) - Prints all properties of the Animal
* Dog has
* Race
* Bark(method ) - Prints BARK BARK in console
* Cat has
* IsLazy
* Meow(method ) - Prints MEOW in console
* Bird has
* IsWild
* FlySouth(method ) - Print's in the console that is flying south if IsWild is true or print's that it's a domesticated bird if its false
* Create Lists of:
* 3 dogs
* 3 cats
* 3 birds
* Use LINQ to:
* Get all dogs of a particular race
* Get the last lazy cat
* Get the all wild birds that are younger than 3 and are ordered by their name
* 2) Create extension methods:
* GetFirstLetter - Method on String that returns the first letter of a string
* LastLetter - Method on String that returns the last letter of a string
* IsEven - Method on Int that checks if its even and returns bool
* GetNfromList - Generic method that accepts an int and returns the first N(input ) items from that list
* 3) Create generic methods:
* PrintList - Method that prints any list of items in the console(strings, bools ints etc. )
* PrintAnimals - Method that prints any list with Animals(print method) in the console(Dog, Cat Bird and any Animal )
* 4) Create a delegate that accepts two strings and returns bool
* Create a method called StringMagic that requires the delegate as parameter and that executes the delegate and prints the 2 strings and the result
* Call the StringMagic method to compare 2 strings length
* Call the StringMagic method to compare if the 2 strings start on the same character
* Call the StringMagic method to compare if the 2 strings end on the same character
* 5) Create a publisher class called Trainer that:
* Has delegate that returns void and accepts one string parameter
* Has method SendMessage - Accepts a message and sends it to all subscribers in the event
* Has method ComposeMessage - Accepts 3 parameters, trainerName, groupNumber, message.This method will Thread.Sleep(3000) and then call a method SendMessage with a string that says: {trainerName
* }
* informs G { groupNumber }: {message
* }
* Create 3 Subscriber classes with one method in each that implements the delegate from the publisher
* First subscriber will write that it got the message through SMS
* Second subscriber will write that it got the message through E-Mail
* Third subscriber will write that it got the message through Facebook
* Create instances of the publisher and 3 subscribers and make the publisher send a message to all 3 of them*/
#endregion MANY EXERCISES
List <Dog> dogs = new List <Dog>()
{
new Dog("race1", "sarko", 3, "red"),
new Dog("race2", "sarko1", 4, "blue"),
new Dog("race3", "sarko2", 5, "pink"),
new Dog("race4", "sarko3", 6, "black"),
};
List <Cat> cats = new List <Cat>()
{
new Cat("maca1", 2, "white", true),
new Cat("maca2", 5, "red", false),
new Cat("maca3", 3, "blue", true),
new Cat("maca4", 7, "yellow", false),
};
List <Bird> birds = new List <Bird>()
{
new Bird("bird1", 3, "white", false),
new Bird("bird2", 3, "red", true),
new Bird("bird3", 1, "brown", false),
new Bird("bird4", 2, "blue", true),
};
//var particularRace = dogs
// .Where(x => x.Race == "race1")
// .ToList();
//foreach (var item in particularRace)
//{
// item.Print();
//}
//var lastlazyCat = cats
// .Where(x => x.IsLazy == true)
// .LastOrDefault();
//Console.WriteLine(lastlazyCat.Name);
//List<Bird> allBirds = birds
// .Where(x => x.IsWild == true && x.Age < 3)
// .OrderBy(x => x.Name)
// .ToList();
//foreach (var item in allBirds)
//{
// item.Print();
//}
//string s1 = "natasha";
//Console.WriteLine(s1.GetFirstLetter());
//string s2 = "Natasha is developer";
//Console.WriteLine(s2.GetLastLetter());
//int integer = 32;
//Console.WriteLine(integer.isEven());
//var c = dogs.FirstInt(1);
//foreach (var item in c)
//{
// Console.WriteLine(item.Name);
//}
//List<int> integers = new List<int>() { 1, 2, 3, 4, 5 };
//List<string> strings = new List<string>() { "Natasha", "Goran", "Danilo","Mateo" };
//GenericMethods g = new GenericMethods();
//g.Print(integers);
//g.Print(strings);
//g.PrintAllAnimals(dogs);
//g.PrintAllAnimals(birds);
//g.PrintAllAnimals(cats);
//string str1 = "Natasha Andova";
//string str2 = "Natasha Andonova";
//StringMagic(str1, str2, (x, y) =>
//{
// if (x.Length > y.Length)
// {
// return true;
// }
// return false;
//});
//StringMagic(str1, str2, (x, y) =>
//{
// if (x.ToCharArray().First() == y.ToCharArray().First())
// {
// return true;
// }
// return false;
//});
//StringMagic(str1, str2, (x, y) =>
//{
// if (x.ToCharArray().Last() == y.ToCharArray().Last())
// {
// return true;
// }
// return false;
//});
Publisher p1 = new Publisher();
Subscriber1 sub1 = new Subscriber1();
Subscriber2 sub2 = new Subscriber2();
Subscriber3 sub3 = new Subscriber3();
p1.EventHandler += sub1.Subscriber1Mess;
p1.EventHandler += sub2.Subscriber2Mess;
p1.EventHandler += sub3.Subscriber3Mess;
p1.ComposeMessage("Risto Panchevski", 1, "Let's talk about C# Adv");
Console.ReadLine();
}
static void Main(string[] args)
{
List <Dog> dogs = new List <Dog> {
new Dog("retriever", "Sarko", 7, "Brown"),
new Dog("haskey", "Mailo", 2, "White"),
new Dog("retriever", "Leo", 3, "Black")
};
List <Cat> cats = new List <Cat> {
new Cat(true, "Garfield", 3, "Brown"),
new Cat(false, "Tom", 2, "Black"),
new Cat(false, "Kitty", 3, "white")
};
List <Bird> birds = new List <Bird> {
new Bird(false, "Cavka", 1, "Black"),
new Bird(false, "Kokoska", 1, "Brown"),
new Bird(true, "Lastovica", 2, "Black")
};
var retriever = dogs.Where(x => x.Race == "retriever");
foreach (Dog retrieve in retriever)
{
Console.WriteLine(retrieve.Name);
}
var lastLazyCat = cats.Last(x => x.isLazy == true);
Console.WriteLine(lastLazyCat.Name);
var wildBirdsYoungerThan3 = birds.Where(x => x.isWild == true && x.Age < 3).OrderBy(x => x.Name).ToList();
foreach (Bird bird in wildBirdsYoungerThan3)
{
Console.WriteLine($"Bird younger than 3 {bird.Name}");
}
var name = "Goran";
Console.WriteLine(name.FirstLetter());
Console.WriteLine(name.LastLetter());
var c = dogs.FirstInt(9);
foreach (var item in c)
{
Console.WriteLine(item.Name);
}
List <int> int322 = new List <int> {
3, 6, 2, 8, 2, 15, 16, 18
};
List <string> strings = new List <string> {
"Krste", "Dragan", "Petko"
};
MyGenericClass generici = new MyGenericClass();
generici.Print(int322);
generici.Print(strings);
generici.PrintAnimals(dogs);
string str1 = "Gorana";
string str2 = "blabla";
StringMagic(str1, str2, (x, y) =>
{
if (x.Length > y.Length)
{
return(true);
}
return(false);
});
StringMagic(str1, str2, (x, y) =>
{
if (x.ToCharArray().First() == y.ToCharArray().First())
{
return(true);
}
return(false);
});
StringMagic(str1, str2, (x, y) =>
{
if (x.ToCharArray().Last() == y.ToCharArray().Last())
{
return(true);
}
return(false);
});
Publisher p = new Publisher();
Subscriber1 s1 = new Subscriber1();
Subscriber2 s2 = new Subscriber2();
Subscriber3 s3 = new Subscriber3();
p.EventHandler += s1.Subscribe1Process;
p.EventHandler += s2.Subscribe2Process;
p.EventHandler += s3.Subscribe3Process;
p.ComposeMessage("Dragan", 1, "DECKI UCETE");
Console.ReadLine();
}