public static void TestAll()
{
// f初始化为8个长度
IEnumeratorAndIEnumerableTwo f = new IEnumeratorAndIEnumerableTwo("This", "is", "a", "sample", "sentence.");
foreach (string item in f)
{
if (!String.IsNullOrWhiteSpace(item))
{
Console.WriteLine(item);
}
}
}
static void Main(string[] args)
{
// 初始化器不会调用有参的构造函数
Curry testCurry1 = new Curry
{
StringFirst = "A",
StringSecond = "B",
StringThird = "C"
};
Curry testCurry2 = new Curry("A", "B", "C");
// 调用有参构造函数
List <Curry> curriesOne = new List <Curry>();
curriesOne.Add(new Curry("A", "B", "C"));
curriesOne.Add(new Curry("A", "B", "C"));
curriesOne.Add(new Curry("A", "B", "C"));
// 调用无参构造函数
List <Curry> curriesTwo = new List <Curry>
{
new Curry
{
StringFirst = "A",
StringSecond = "B",
StringThird = "C"
},
new Curry
{
StringFirst = "A",
StringSecond = "B",
StringThird = "C"
},
new Curry
{
StringFirst = "A",
StringSecond = "B",
StringThird = "C"
}
};
string b = "3";
b.ToInt();
VectorPos sv = new VectorPos(1, 2, 3);
sv.SetVectorX(4);
Console.WriteLine(sv.Position);
// switch (Console.ReadLine())
// {
// case "a":
// case "b":
// Console.WriteLine("a or b");
// break;
// }
string first = "a";
string second = "b";
Swap(ref first, ref second);
Console.WriteLine($"{first}, {second}");
Console.WriteLine("------------------------");
int[] testArr = new int[5] {
5, 14, 13, 2, 1
};
// SimpleSort.BubbleSort(testArr);
foreach (int i in testArr)
{
Console.WriteLine(i);
}
Console.WriteLine("------------------------");
// BubbleSort2.BubbleSort(testArr, BubbleSort2.SortType.Descending);
foreach (int i in testArr)
{
Console.WriteLine(i);
}
Console.WriteLine("--------------------------");
// DelegateSample.BubbleSort(testArr, DelegateSample.GreaterThan);
foreach (int i in testArr)
{
Console.WriteLine(i);
}
Console.WriteLine("--------------------------");
// DelegateSample.BubbleSort(testArr, DelegateSample.LessThan);
foreach (int i in testArr)
{
Console.WriteLine(i);
}
Console.WriteLine("--------------------------");
// DelegateSample.BubbleSort(testArr, DelegateSample.AlphaGreaterThan);
DelegateSample.BubbleSort(testArr, (first1, second1) => first1 < second1);
foreach (int i in testArr)
{
Console.WriteLine(i);
}
Func <string> getUserInput =
() =>
{
string input;
do
{
input = Console.ReadLine();
} while (input != null && input.Trim().Length == 0);
return(input);
};
// getUserInput();
XieBianNiBian.Test();
Console.WriteLine(XieBianNiBian.Func1Func("asd"));
;
FuncDemo.FuncDemoTest();
Console.WriteLine("========ExpressionTree==========");
List <ExpressionTree.Person> persons = new List <ExpressionTree.Person>
{
new ExpressionTree.Person("Xu"),
new ExpressionTree.Person("Zhang"),
new ExpressionTree.Person("Lee"),
new ExpressionTree.Person("Xu")
};
foreach (var person in persons.Where(person => person.Name.ToUpper() == "XU"))
{
Console.WriteLine(person.Name);
}
Console.WriteLine("========HeaterCooler==========");
HeaterCooler.NowTemp = 50;
HeaterCooler.StandardTemp = 140;
HeaterCooler.JudgeTemp(HeaterCooler.HeaterThan);
Console.WriteLine("============HeaterCoolerOther=========");
HeaterCoolerOther hco = new HeaterCoolerOther();
Heater heater = new Heater(60);
Cooler cooler = new Cooler(80);
hco.OnTemperatureChange += heater.OnTemperatureChanged;
hco.OnTemperatureChange += cooler.OnTemperatureChanged;
// hco.CurrentTemperature = 70;
// 从事件包容者的外部触发事件
// 这个导致CurrentTemperature为0
hco.OnTemperatureChange(100);
Console.WriteLine(hco.CurrentTemperature);
Console.WriteLine("===========HeaterCoolerThree==========");
HeaterCoolerThree hct = new HeaterCoolerThree();
hct.OnTemperatureChange += heater.OnTemperatureChanged;
hct.OnTemperatureChange += cooler.OnTemperatureChanged;
// 使用事件则无需担心外部触发事件
hct.CurrentTemperature = 170;
// throw new MyException();
Console.WriteLine("=========RuntimeBinder============");
RunTimeBinderTest.TestAll();
Console.WriteLine("=========WordProcesssor===========");
WordProcesssor.TestAll();
Console.WriteLine("=========TimerTest================");
// TimerTest.TestAll();
Console.WriteLine("=========SimpleLambda=============");
SimpleLambda.TestAll();
Console.WriteLine("=========AnonymousType============");
AnonymousType.TestAll();
Console.WriteLine("=========AttributeTest============");
AttributeTest.TestAll();
Console.WriteLine("=========AttributeFlags===========");
MyTest();
Console.WriteLine("=========IEnumeratorAndIEnumerable");
IEnumeratorAndIEnumerable.TestAll();
Console.WriteLine("=========IEnumeratorAndIEnumerableTwo");
IEnumeratorAndIEnumerableTwo.TestAll();
Console.WriteLine("=========IEnumeratorAndIEnumerableTwoT");
IEnumeratorAndIEnumerableTwoT.TestAll();
Console.WriteLine("=========IEnumerableSelect=========");
IEnumerableSelect.TestAll();
Console.WriteLine("=========DerivedTest===============");
DerivedTest.TestAll();
Console.WriteLine("=========IterfaceTest==============");
IterfaceTest.TestAll();
Console.WriteLine("=========other=====================");
string s = @"aqwe b\c /d";
char[] c = new char[4] {
' ', '\\', '/', ' '
};
// char d = ' ';
var ab = s.Split(c);
foreach (var ww in ab)
{
Console.WriteLine(ww);
}
Console.WriteLine();
Console.WriteLine("=========CollectionWhere==========");
IEnumerableTest.TestAll();
Console.WriteLine("=========IEnumerableTestTwo=======");
IEnumerableTestTwo.TestAll();
Console.ReadKey();
}
public ForeachTestEnumerator(IEnumeratorAndIEnumerableTwo t)
{
this.t = t;
}