void Method1()
{
// Nếu value type xuất hiện như một parameter hoặc local variable, thì nó sẽ nằm trên stack.
NormalStruct normalStruct = new NormalStruct(); // làm sao biết nằm trên stack.
// ref struct variable.
var refStruct = new RefStruct();
// ref struct không thể là element type của array.
var points = new RefStruct[100];
var normalStructs = new NormalStruct[100];
// boxing to IInterface1.
IInterface1 boxingStruct = normalStruct;
// unboxing to NormalStruct
var unboxingStruct = (NormalStruct)boxingStruct;
// ref struct không thể là type argument.
var genericClass = new GenericClass <RefStruct>();
// ref struct variable không thể sử dụng trong vòng lặp.
// biến ref variable không thể ghi lại (capture) bởi một lambda expression hoặc local function.
Func <int, int> square = x => x * refStruct;
void localFunction()
{
var sum = 10 * refStruct;
}
}
public SetAttributeResponseMessage(Type source, Type destination, IZMIRequestMessage request,
RefStruct <bool> response)
{
Source = source;
Destination = destination;
Request = request;
Response = response;
}
public UninstallQueryResponseMessage(Type source, Type destination, IZMIRequestMessage request,
RefStruct <bool> response)
{
Source = source;
Destination = destination;
Request = request;
Response = response;
}
private static async Task Main(string[] args)
{
await AsyncIterator.Demo();
Pattern.Demo();
DefaultInterfaceMember.Demo();
IndiceAndRange.Demo();
UsingStatementSample.Demo();
NullCoalescingAssignmentSample.Demo();
StaticLocalFunction.Demo();
ReadOnlyMember.Demo();
RefStruct.Demo();
StackAllocSample.Demo();
InterpolatedVerbatimString.Demo();
UnmanagedConstraintSample.Demo();
}
public Version7Plus()
{
#region C# 7.1
Console.WriteLine("Now you can create an async Main");
Func <string, bool> whereClause = default(Func <string, bool>);
//now it's possible to do
Func <string, bool> whereClause2 = default;
int?x = default; //and so on
//in C# 7.0
int count = 5;
string label = "Colors used in the map";
var pair = (count : count, label : label);
//Now
var pair2 = (count, label); // element names are "count" and "label", compiler knows.
Console.WriteLine("There are two new compiler options that generate reference-only assemblies: /refout and /refonly.");
#endregion
#region C# 7.2
// The method can be called in the normal way, by using positional arguments.
PrintOrderDetails("Gift Shop", 31, "Red Mug");
// Named arguments can be supplied for the parameters in any order.
PrintOrderDetails(orderNum: 31, productName: "Red Mug", sellerName: "Gift Shop");
PrintOrderDetails(productName: "Red Mug", sellerName: "Gift Shop", orderNum: 31);
// Named arguments mixed with positional arguments are valid
// as long as they are used in their correct position.
PrintOrderDetails("Gift Shop", 31, productName: "Red Mug");
// C# 7.2 onwards
PrintOrderDetails(sellerName: "Gift Shop", 31, productName: "Red Mug"); //position counts
PrintOrderDetails("Gift Shop", orderNum: 31, "Red Mug");
ReadOnlyStruct readOnlyStruct = new ReadOnlyStruct();
RefStruct refStruct = new RefStruct();
Set(readOnlyStruct, refStruct);
//Finally, a new compound access modifier: private protected indicates that a member may be accessed by containing
//class or derived classes that are declared in the same assembly.While protected internal allows access by derived
//classes or classes that are in the same assembly, private protected limits access to derived types declared in the same assembly.
#endregion
#region C# 7.3
#endregion
}
public void MethodWithArgsFieldAccess(int argInt, string argStr, RefClass argClass, RefStruct argStruct)
{
//var arg6Name = arg666.Name;
Single.Parse("1.22");
argClass.CallTest(9);
argClass.CallTestF(9);
argStruct.Name = " Accessed";
}
/*void Method()
* {
* var reff = new RefClass("TestCase");
* refed = new RefClass("TestCase");
*
* string[] TestArray = { "1", "2", "3" };
* Array arr = TestArray;
* var test = (arr as string[])[1];
* string[][] arr_typed = { (string[])arr, (string[])arr };
* }
* float MethodWithConstRet()
* {
* return 5;
* }
* string MethodWithConstStringRet()
* {
* return "RTCLI Test: Const String";
* }*/
public void MethodWithArgsAccess(int argInt, string argStr, RefClass argClass, RefStruct argStruct)
{
var argI = argInt;
var argSt = argStr;
var argS = argStruct;
var argC = argClass;
}
// Có thể sử dụng trong synchronouns method (return Task hoặc Task<TResult>).
Task SyncMethod()
{
var refStruct = new RefStruct();
return(Task.FromResult(0));
}
// ref struct variable không thể sử dụng trong async method.
async Task AsyncMethod()
{
var refStruct = new RefStruct();
}
public ValueDuration(RefStruct <long> value) : base(value)
{
}
protected virtual void TestWithConstraint <T0>(RefStruct refStruct, T outer, T0 parameter) where T0 : T
{
throw new MockMissingException(MockType.VirtualMethod, "TestClass", "ITestClass", "TestWithConstraint", "TestWithConstraint");
}
static public int run(Ice.Communicator communicator)
{
Write("testing serialization... ");
Flush();
MyClassPrx proxy = MyClassPrxHelper.uncheckedCast(communicator.stringToProxy("test"));
MyException ex, ex2;
ex = new MyException();
ex.name = "";
ex.vss = new ValStruct[0];
ex.vsl = new List <ValStruct>();
ex.vsll = new LinkedList <ValStruct>();
ex.vssk = new Stack <ValStruct>();
ex.vsq = new Queue <ValStruct>();
ex.isd = new Dictionary <int, string>();
ex.ivd = new Dictionary <int, ValStruct>();
ex.ipd = null;
ex.issd = new SortedDictionary <int, string>();
ex.optName = new Ice.Optional <string>();
ex.optInt = new Ice.Optional <int>();
ex.optValStruct = new Ice.Optional <ValStruct>();
ex.optRefStruct = new Ice.Optional <RefStruct>();
ex.optEnum = new Ice.Optional <MyEnum>();
ex.optProxy = new Ice.Optional <MyClassPrx>();
ex2 = inOut(ex);
test(ex.Equals(ex2));
ex.name = "MyException";
ex.b = 1;
ex.s = 2;
ex.i = 3;
ex.l = 4;
ex.vs = new ValStruct(true, 1, 2, 3, 4, MyEnum.enum2);
ex.rs = new RefStruct("RefStruct", "prop", null, null);
ex.vss = new ValStruct[1];
ex.vss[0] = ex.vs;
ex.vsl = new List <ValStruct>();
ex.vsl.Add(ex.vs);
ex.vsll = new LinkedList <ValStruct>();
ex.vsll.AddLast(ex.vs);
ex.vssk = new Stack <ValStruct>();
ex.vssk.Push(ex.vs);
ex.vsq = new Queue <ValStruct>();
ex.vsq.Enqueue(ex.vs);
ex.isd = new Dictionary <int, string>();
ex.isd[5] = "five";
ex.ivd = new Dictionary <int, ValStruct>();
ex.ivd[1] = ex.vs;
ex.ipd = new Dictionary <int, MyClassPrx>();
ex.issd = new SortedDictionary <int, string>();
ex.issd[3] = "three";
ex.optName = new Ice.Optional <string>("MyException");
ex.optInt = new Ice.Optional <int>(99);
ex.optValStruct = new Ice.Optional <ValStruct>(ex.vs);
ex.optRefStruct = new Ice.Optional <RefStruct>(ex.rs);
ex.optEnum = new Ice.Optional <MyEnum>(MyEnum.enum3);
ex.optProxy = new Ice.Optional <MyClassPrx>(proxy);
ex2 = inOut(ex);
test(!ex.Equals(ex2));
ex.ipd = null; // Not serialized
ex.optProxy = Ice.Util.None; // Not serialized
test(ex.optName.Equals(ex2.optName));
test(ex.optInt.Equals(ex2.optInt));
test(ex.optValStruct.Equals(ex2.optValStruct));
test(ex.optRefStruct.Equals(ex2.optRefStruct));
test(ex.optEnum.Equals(ex2.optEnum));
test(ex.optProxy.Equals(ex2.optProxy));
test(ex.Equals(ex2));
RefStruct rs, rs2;
rs = new RefStruct();
rs.s = "RefStruct";
rs.sp = "prop";
rs.p = MyClassPrxHelper.uncheckedCast(communicator.stringToProxy("test"));
rs.seq = new MyClassPrx[] { rs.p };
rs2 = inOut(rs);
test(rs2.s.Equals(rs.s));
test(rs2.sp.Equals(rs.sp));
test(rs2.p == null);
test(rs2.seq == null);
Base b, b2;
b = new Base(true, 1, 2, 3, 4, MyEnum.enum2);
b2 = inOut(b);
test(b2.bo == b.bo);
test(b2.by == b.by);
test(b2.sh == b.sh);
test(b2.i == b.i);
test(b2.l == b.l);
test(b2.e == b.e);
MyClass c, c2;
c = new MyClass(true, 1, 2, 3, 4, MyEnum.enum1, null, null, new ValStruct(true, 1, 2, 3, 4, MyEnum.enum2));
c.c = c;
c.o = c;
c2 = inOut(c);
test(c2.bo == c.bo);
test(c2.by == c.by);
test(c2.sh == c.sh);
test(c2.i == c.i);
test(c2.l == c.l);
test(c2.e == c.e);
test(c2.c == c2);
test(c2.o == c2);
test(c2.s.Equals(c.s));
WriteLine("ok");
return(0);
}
public ValueTime(RefStruct <long> value) : base(value)
{
}
public static void Set(ReadOnlyStruct readOnlyStruct, RefStruct refStruct)
{
Console.WriteLine("Calling Set");
}
public void METHOD()
{
using (var obj = new RefStruct())
{
}
}
void ITestClass <T> .TestWithConstraint <T0>(RefStruct refStruct, T outer, T0 parameter) => TestWithConstraint <T0>(refStruct, outer, parameter);
public void MethodWithArgsVirtCall(int argInt, string argStr, RefClass argClass, RefStruct argStruct)
{
var argC = argClass;
var argCName = argClass.Name;
}
public ValueInt(RefStruct <long> value) : base(value)
{
}
public ValueBoolean(RefStruct <bool> value) : base(value)
{
}
// The contents of this class were created by the Mocklis code-generator.
// Any changes you make will be overwritten if the contents are re-generated.
protected virtual void Test <T0>(RefStruct refStruct, T outer, T0 parameter)
{
throw new MockMissingException(MockType.VirtualMethod, "TestClass", "ITestClass", "Test", "Test");
}
public ValueDouble(RefStruct <double> value) : base(value)
{
}
static public int run(TestCommon.Application app)
{
Ice.Communicator communicator = app.communicator();
Write("testing serialization... ");
Flush();
Ice.ObjectPrx proxy = communicator.stringToProxy("test");
MyException ex, ex2;
ex = new MyException();
ex.name = "";
ex.vss = new ValStruct[0];
ex.vsl = new List <ValStruct>();
ex.vsll = new LinkedList <ValStruct>();
ex.vssk = new Stack <ValStruct>();
ex.vsq = new Queue <ValStruct>();
ex.isd = new Dictionary <int, string>();
ex.ivd = new Dictionary <int, ValStruct>();
ex.ipd = null;
ex.issd = new SortedDictionary <int, string>();
ex.optName = new Ice.Optional <string>();
ex.optInt = new Ice.Optional <int>();
ex.optValStruct = new Ice.Optional <ValStruct>();
ex.optRefStruct = new Ice.Optional <RefStruct>();
ex.optEnum = new Ice.Optional <MyEnum>();
ex.optProxy = new Ice.Optional <Ice.ObjectPrx>();
ex2 = inOut(ex, communicator);
test(ex.Equals(ex2));
ex.name = "MyException";
ex.b = 1;
ex.s = 2;
ex.i = 3;
ex.l = 4;
ex.vs = new ValStruct(true, 1, 2, 3, 4, MyEnum.enum2);
ex.rs = new RefStruct("RefStruct", "prop", proxy, new Ice.ObjectPrx[] { proxy, null, proxy });
ex.vss = new ValStruct[1];
ex.vss[0] = ex.vs;
ex.vsl = new List <ValStruct>();
ex.vsl.Add(ex.vs);
ex.vsll = new LinkedList <ValStruct>();
ex.vsll.AddLast(ex.vs);
ex.vssk = new Stack <ValStruct>();
ex.vssk.Push(ex.vs);
ex.vsq = new Queue <ValStruct>();
ex.vsq.Enqueue(ex.vs);
ex.isd = new Dictionary <int, string>();
ex.isd[5] = "five";
ex.ivd = new Dictionary <int, ValStruct>();
ex.ivd[1] = ex.vs;
ex.ipd = new Dictionary <int, Ice.ObjectPrx>()
{
{ 1, proxy }, { 2, null }, { 3, proxy }
};
ex.issd = new SortedDictionary <int, string>();
ex.issd[3] = "three";
ex.optName = new Ice.Optional <string>("MyException");
ex.optInt = new Ice.Optional <int>(99);
ex.optValStruct = new Ice.Optional <ValStruct>(ex.vs);
ex.optRefStruct = new Ice.Optional <RefStruct>(ex.rs);
ex.optEnum = new Ice.Optional <MyEnum>(MyEnum.enum3);
ex.optProxy = new Ice.Optional <Ice.ObjectPrx>(proxy);
ex2 = inOut(ex, communicator);
test(ex.Equals(ex2));
RefStruct rs, rs2;
rs = new RefStruct();
rs.s = "RefStruct";
rs.sp = "prop";
rs.p = communicator.stringToProxy("test");
rs.seq = new Ice.ObjectPrx[] { rs.p };
rs2 = inOut(rs, communicator);
test(rs.Equals(rs2));
Base b, b2;
b = new Base(true, 1, 2, 3, 4, MyEnum.enum2);
b2 = inOut(b, communicator);
test(b2.bo == b.bo);
test(b2.by == b.by);
test(b2.sh == b.sh);
test(b2.i == b.i);
test(b2.l == b.l);
test(b2.e == b.e);
MyClass c, c2;
c = new MyClass(true, 1, 2, 3, 4, MyEnum.enum1, null, null, new ValStruct(true, 1, 2, 3, 4, MyEnum.enum2));
c.c = c;
c.o = c;
c2 = inOut(c, communicator);
test(c2.bo == c.bo);
test(c2.by == c.by);
test(c2.sh == c.sh);
test(c2.i == c.i);
test(c2.l == c.l);
test(c2.e == c.e);
test(c2.c == c2);
test(c2.o == c2);
test(c2.s.Equals(c.s));
WriteLine("ok");
return(0);
}
