public IEnumerable <T> ResolveAll <T>()
{
return(_windsorContainer.ResolveAll <T>());
}
/// <summary>
/// 解析多个服务
/// </summary>
/// <typeparam name="T"></typeparam>
/// <returns></returns>
public static T[] ResolveAll <T>()
{
return(Container.ResolveAll <T>());
}
static void Main(string[] args)
{
IList <abc> abcs = new List <abc>()
{
new abc()
{
A = "10", B = "a1", C = "100"
},
new abc()
{
A = "11", B = "", C = "110"
},
new abc()
{
A = "12", B = null, C = "120"
},
new abc()
{
A = "13", B = "b1", C = "130"
},
new abc()
{
A = "14", B = "c1", C = "140"
},
new abc()
{
A = "Z", B = "X", C = "V"
},
new abc()
{
A = "15", B = "d1", C = "150"
}
};
IList <abc> list1 = new List <abc>()
{
new abc()
{
A = "16", B = "a1", C = "100"
},
new abc()
{
A = "17", B = null, C = "110"
},
new abc()
{
A = "12", B = "", C = "120"
},
new abc()
{
A = "18", B = "b1", C = "130"
},
new abc()
{
A = "19", B = "c1", C = "140"
},
new abc()
{
A = "20", B = "X", C = "V"
},
new abc()
{
A = "15", B = "d1", C = "150"
}
};
var objabc1 = abcs.Where(x => !string.IsNullOrEmpty(x.B));
Console.WriteLine("B is null or empty:");
foreach (var x in objabc1)
{
Console.WriteLine(x.A + "-" + x.B + "-" + x.C);
}
var objabc3 = abcs.FirstOrDefault(x => x.A == "13" && x.C == "130").C;
Console.WriteLine("Use of Where Condition:");
Console.WriteLine(objabc3);
var result = abcs.SkipWhile(x => x.A != "Z")
.Skip(1)
.FirstOrDefault();
Console.WriteLine("Use of skip:");
Console.WriteLine(result.A + "-" + result.B + "-" + result.C);
var result1 = abcs.Where(x => !string.IsNullOrEmpty(x.B)).TakeWhile(x => x.A != "Z")
.Take(3);
var result2 = abcs.SkipWhile(x => x.A != "Z")
.Skip(1);
var sum = result1.Concat(result2).Sum(x => Convert.ToInt32(x.C));
Console.WriteLine("Sum of Column C:");
Console.WriteLine(sum);
var Group = abcs.GroupJoin(list1, x => x.A, A => A.A, (x, list) => new { gp = list, rs1 = x.A, rs2 = x.B, rs3 = x.C })
.Where(x => !string.IsNullOrEmpty(x.rs2));
foreach (var item in Group)
{
Console.WriteLine(item.rs1);
foreach (var items in item.gp)
{
Console.WriteLine(items);
}
}
//var (a, s) = AddAndSub(100, 200);
string x1 = "India";
//int z = 0, z1 = 0, z2 = 0;
int a1 = 10, c1 = 50, n1 = 0, n2 = 0;
//if (x == "India")
//{
// z = a1 + c1;
// z1 = a1 + n1;
// z2 = a1 + n2;
//}
//else
//{
// z = a1 * c1;
//}
var(x11, x2, x3) = x1 == "India"
? ((a1 + c1), (a1 + n1), (a1 + n2))
: ((a1 * c1), 0, 0);
Console.WriteLine("Question 5 Answer below:");
Console.WriteLine(x11);
//abc anotherExample = new abc();
//anotherExample.ExampleMethod(1, optionalint: 5);
ITest test = new Test();
xyz xyx = new xyz(test);
xyx.ValidateAll();
var X = new Castle.Windsor.WindsorContainer(); //Create Container
X.Register(Component.For <IWindsorTest>().ImplementedBy <WINTest>()); //register the Interface and Class in which interface extended
var res = X.Resolve <IWindsorTest>(); // resolve the Interface.
res.getDetails();
foreach (var n in res.getDetails())
{
Console.WriteLine("One interface and One Class:{0}", n);
}
//var X1 = new Castle.Windsor.WindsorContainer();//Create Container
X.Register(Component.For <IWindsortest2>().ImplementedBy <Windsortest>()); //register the Interface and Class in which interface extended
var res1 = X.ResolveAll <IWindsortest2>(); // resolve the Interface.
int a = 40, b = 20;
//res1.ADD(a,b);
foreach (var res3 in res1)
{
Console.WriteLine(res3.ADD(a, b));
}
AddAndSub(50, 30);
//var var1 = new Castle.Windsor.WindsorContainer();
//X.Register(Component.For<IClass>().ImplementedBy<Class1>());
//var res2 = X.Resolve<IClass>();
//decimal p = 15, q = 18;
//Console.WriteLine(res2.Multiply(p, q));
Console.WriteLine("Reverse a string");
string str21 = "i am going to market";
string result21 = "";
for (int i = str21.Length - 1; i >= 0; i--)
{
result21 += str21[i];
}
Console.WriteLine(result21);
Console.WriteLine("Asyncronous task.");
Call();
abc ab = new abc();
ab.A = "";
Console.WriteLine(ab?.A ?? "Not available");
CallerInfo();
int numeric = default;
Object reference = default;
DateTime value = default;
Console.WriteLine(numeric);
Console.WriteLine(reference);
Console.WriteLine(value);
}
public T[] ResolveAll <T>()
{
return(Instance.ResolveAll <T>());
}
