private static void StackImplementation()
{
StacksAndQueues.Stack <int> stack = new StacksAndQueues.Stack <int>(10);
stack.Push(10);
stack.Push(20);
stack.Push(30);
stack.Push(40);
stack.Push(50);
while (!stack.IsEmpty())
{
var value = stack.Pop();
Console.WriteLine($"Popped value {value}!");
}
string input = Console.ReadLine();
int size = input.Length;
string reverse = string.Empty;
ReverseWord <char> rw = new ReverseWord <char>(size);
Console.WriteLine($"Reversing of string started for {input}!");
for (int i = 0; i < input.Length; i++)
{
var ch = input[i];
rw.Push(ch);
}
while (!rw.IsEmpty())
{
reverse += rw.Pop();
}
Console.WriteLine($"Reversal of the string is : {reverse}");
}
public void ReverseWords_WhenCalled_ReturnExpected(string s, string rw)
{
var helper = new ReverseWord();
var result = helper.ReverseWords(s);
Assert.That(result, Is.EqualTo(rw));
}
public void Input_One_Should_Return_101()
{
var reverseWord = new ReverseWord();
var actual = reverseWord.AppendZeroOne("1");
Assert.AreEqual("101", actual);
}
public void TestReverseWords(string sentence, string actualSentence)
{
//Arrange
ReverseWord reverseWord = new ReverseWord();
//Act
var reversedSentence = reverseWord.GetReversedWords(sentence);
//Assert
Assert.Equal(reversedSentence, actualSentence);
}
static void Main(string[] args)
{
ReverseWord.AA();
//var sum = TwoSum.Sum(new int[] { 1, 2, 7,8, 5 }, 7);
//Console.WriteLine("result={0},{1}",sum[0],sum[1]);
//AutoMapperExt.Print();
#region async/await
//AsyncAwaitC.Print();
//AsyncAwaitB.Print();
//AsyncAwaitA.Print();
#endregion
#region stream
//StreamExt5.Print();
//StreamExt4.Print();
//StreamExt3.Print();
//StreamExt2.Print();
//StreamExt.Print();
//ReflectionPractice.Print();
#endregion
#region 2
//Dictionary_Condictionary.Print();
//HashTable_Dictionary_ConcurrentDictionary.Print();
//ThreadExtE.Print();
//ThreadExtC.Print();
//ThreadExtB.Print();
//StringEmptyDBNull.Print();
//ThreadExtA.Print();
#endregion
#region before
//Console.WriteLine("main thread start");
//OneDto.AsynchronyWithTPL();
//Console.WriteLine("main thread end ");
//t.Wait();
//t = OneDto.AsynchronyWithAwait();
//t.Wait();
//TwoDto.DelayExample();
//TwoDto.DelayExampleTwo();
//TwoDto.ThreadSleepEg();
//TwoDto.MaxThreadpoolEg();
//task的基本操作
//OneDto.TaskBasicOperate();
//TaskBasicOperate.TaskBasic();
//OneDto.TaskBasicOperateTwo();
//OneDto.TaskBasicOperateThree();
//OneDto.ThreadPoolEg();
//TaskBasicOperate.InsertSort();
//ThreeTaskOperate.ContinueWithEg();
//new ValueRefType().Test();
//Console.WriteLine("{0} ", Marshal.SizeOf(new TypeSize()));
//DelegateT dele = new DelegateT();
//ConstReadOnly read = new ConstReadOnly();
//read.ConstReadOnlyTest();
//ClassInitOrder classOrder = new ClassInitOrder();
//ClassB classB = new ClassB();
//classB.print();
//AutoProperty autoP = new AutoProperty();
//autoP.printHandField();
//RefOut ro = new RefOut();
//ro.TestValueRef();
//ro.TestObjRef();
//ro.TestValueOut();
//As_Is asIs = new As_Is();
//asIs.ShowAs();
//ConstReadOnly ro = new ConstReadOnly();
//ro.Print();
//ConstReadOnly roOne = new ConstReadOnly();
//roOne.Print();
//StringEmpty se = new StringEmpty();
//se.Print();
//StringBuilderString sb = new StringBuilderString();
//sb.Print();
//StringEmpty se = new StringEmpty();
//se.TypeSize();
//AnonymousDelegate an = new AnonymousDelegate();
//an.Print();
//EqualsGetHashCode.Print();
//PointerType.Print();
DefaultExt.Print();
//IEnumeratorExt.Print();
//ExpressionTree.Print();
#endregion
}
public void Append01Test()
{
var reverseWord = new ReverseWord();
Assert.AreEqual("str01", reverseWord.AppendZeroOne("str"));
}
