public void MultipleTypesUsingBaseClassMultiSearch()
{
var data = Enumerable.Range(0, 100)
.Select(i =>
{
MyBaseClass o = null;
if (i % 2 == 0)
{
o = new ClassA()
{
ClassAProperty = Guid.NewGuid().ToString()
}
}
;
else
{
o = new ClassB()
{
ClassBProperty = Guid.NewGuid().ToString()
}
};
o.Title = Guid.NewGuid().ToString();
return(o);
});
var resulta = this._client.IndexMany(data.OfType <ClassA>(), new SimpleBulkParameters {
Refresh = true
});
var resultb = this._client.IndexMany(data.OfType <ClassB>(), new SimpleBulkParameters {
Refresh = true
});
var queryResults = this._client.MultiSearch(ms => ms
.Search <MyBaseClass>("using_types", s => s.AllIndices()
.Types(typeof(ClassA), typeof(ClassB))
.From(0)
.Size(100)
.MatchAll()
)
.Search <MyBaseClass>("using_selector", s => s.AllIndices()
.ConcreteTypeSelector((o, h) => o.classBProperty != null ? typeof(ClassB) : typeof(ClassA))
.From(0)
.Size(100)
.MatchAll()
)
);
Assert.True(queryResults.IsValid);
var firstResult = queryResults.GetResponse <MyBaseClass>("using_types");
Assert.True(firstResult.Documents.Any());
firstResult.Documents.OfType <ClassA>().Any().Should().BeTrue();
firstResult.Documents.OfType <ClassB>().Any().Should().BeTrue();
var secondResult = queryResults.GetResponse <MyBaseClass>("using_selector");
Assert.True(secondResult.Documents.Any());
secondResult.Documents.OfType <ClassA>().Any().Should().BeTrue();
secondResult.Documents.OfType <ClassB>().Any().Should().BeTrue();
}
static void Main()
{
MyDerivedClass derived = new MyDerivedClass();
MyBaseClass mybc = (MyBaseClass)derived;
derived.Print();
mybc.Print();
}
static void Main()
{
MyDerivedClass derived = new MyDerivedClass();
MyBaseClass mybc = (MyBaseClass)derived;
Console.WriteLine(derived.MyProperty);
Console.WriteLine(mybc.MyProperty);
}
static void Main()
{
MyDerivedClass derived = new MyDerivedClass();
MyBaseClass mybc = (MyBaseClass)derived;
derived.Print(); // Call Print from derived portion.
mybc.Print(); // Call Print from base portion.
}
public static void Main()
{
MyBaseClass b = new MyBaseClass();
MyDerivedClass d = new MyDerivedClass();
Console.WriteLine("Base Method One: {0}", b.MethodOne());
Console.WriteLine("Derived Method One: {0}", d.MethodOne());
}
static void Main() // Main
{
SecondDerived derived = new SecondDerived(); // Use SecondDerived.
MyBaseClass mybc = (MyBaseClass)derived; // Use MyBaseClass.
derived.Print();
mybc.Print();
}
public static void Main()
{
MyBaseClass myBase = new MyBaseClass();
MyDerivedClass myDerived = new MyDerivedClass();
object o = myDerived;
//MyBaseClass b = myDerived;
var b = myDerived;
Console.WriteLine("myBase: Type is {0}", myBase.GetType());
Console.WriteLine("myDerived: Type is {0}", myDerived.GetType());
Console.WriteLine("object o = myDerived: Type is {0}", o.GetType());
Console.WriteLine("MyBaseClass b = myDerived: Type is {0}", b.GetType());
Console.WriteLine("-----------------------------------------");
int n1 = 12;
int n2 = 82;
long n3 = 12;
Console.WriteLine("n1 and n2 are the same type: {0}", Object.ReferenceEquals(n1.GetType(), n2.GetType()));
Console.WriteLine("n1 and n3 are the same type: {0}", Object.ReferenceEquals(n1.GetType(), n3.GetType()));
Console.WriteLine("-----------------------------------------");
object[] values = { (int)12, (long)10653, (byte)12, (sbyte)-5, 16.3, "string" };
foreach (var value in values)
{
Type t = value.GetType();
if (t.Equals(typeof(byte)))
{
Console.WriteLine("The value: {0} is an unsigned byte.", value);
}
else if (t.Equals(typeof(sbyte)))
{
Console.WriteLine("The value: {0} is a signed byte.", value);
}
else if (t.Equals(typeof(int)))
{
Console.WriteLine("The value: {0} is a 32-bit integer.", value);
}
else if (t.Equals(typeof(long)))
{
Console.WriteLine("The value: {0} is a 32-bit integer.", value);
}
else if (t.Equals(typeof(double)))
{
Console.WriteLine("The value: {0} is a double-precision floating point.", value);
}
else
{
Console.WriteLine("The value: '{0}' is another data type.", value);
}
}
}
static void Main()
{
MyDerivedClass derived = new MyDerivedClass();
MyBaseClass mybc = (MyBaseClass)derived;
derived.Print(); // Call Print from derived portion.
mybc.Print(); // Call Print from base portion.
// mybc.var1 = 5; // Error: base class reference cannot
// access derived class members.
}
public void DoSomeLogicWhichRaisesTheEvent()
{
if (OnSomethingHappened != null)
{
MyBaseClass sender = this;
var eventArgs = new EventArgs();
//let all subscibers to event know that the event happened
OnSomethingHappened(sender, eventArgs);
}
}
public void GetObjectsTypesasDependencyKeys()
{
IUnityContainer uc = new UnityContainer()
.RegisterType <MyBaseClass, MyClassDerivedBaseClass>();
MyBaseClass mclass = uc.Resolve <MyBaseClass>();
MyClassDerivedBaseClass mder = uc.Resolve <MyClassDerivedBaseClass>();
Assert.IsInstanceOfType(mclass, typeof(MyBaseClass));
Assert.IsInstanceOfType(mder, typeof(MyBaseClass));
}
public void _01()
{
var derived = new MyDerivedClass();
derived.Print();
// 父类变量指向子类对象, 通过父类变量只能访问父类成员
MyBaseClass mybc = derived;
mybc.Print();
}
public static void Main()
{
MyBaseClass myBase = new MyBaseClass();
MyDerivedClass myDerived = new MyDerivedClass();
object o = myDerived;
MyBaseClass b = myDerived;
Console.WriteLine("mybase: Type is {0}", myBase.GetType());
Console.WriteLine("myDerived: Type is {0}", myDerived.GetType());
Console.WriteLine("object o = myDerived: Type is {0}", o.GetType());
Console.WriteLine("MyBaseClass b = myDerived: Type is {0}", b.GetType());
}
public void _01()
{
var derived = new MyDerivedClass();
derived.Print();
// 父类变量指向子类对象, 通过父类变量只能访问父类成员,
// 但是如果这个成员在父类是标记为 virtual, 在子类是标记为 override, 则此时访问的是子类成员.
MyBaseClass mybc = derived;
mybc.Print();
}
static void Main(string[] args)
{
var myBaseClass = new MyBaseClass();
myBaseClass.DoSomeAction();
var myDerivedClass = new MyDerivedClass();
myDerivedClass.DoSomeAction();
((MyBaseClass)myDerivedClass).DoSomeAction();
myDerivedClass.DoSomeAction();
}
private static DateTime MyMethodOverrider(MyBaseClass vThis)
{
switch (vThis.MyProperty.ToUpper())
{
case "UTC":
return DateTime.UtcNow;
case "LOCAL":
return DateTime.Now;
case "FUTURE":
return DateTime.Now.AddYears(30);
default:
return MyMethodBaseCall(vThis);
}
}
public T Unwrap()
{
//assert that T has the correct base type
if (!typeof(T).IsSubclassOf(typeof(MyBaseClass)))
{
throw new ArgumentException();
}
//must use reflection to construct
T obj = (T)typeof(T).InvokeMember(null, BindingFlags.CreateInstance, null, null, null);
//cast to a type of MyBaseClass so we can copy our values
MyBaseClass c = (MyBaseClass)(object)obj;
c.SomeValue = this.SomeValue;
return(obj);
}
public static void Retrieve(this MyBaseClass entity, int ID)
{
string className = entity.GetType().Name;
Database db = DatabaseFactory.CreateDatabase();
DbCommand dbCommand = db.GetStoredProcCommand(String.Format("{0}s_Retrieve_{0}", className));
db.AddInParameter(dbCommand, String.Format("@{0}ID", className), DbType.Int32, ID);
using (IDataReader dr = db.ExecuteReader(dbCommand))
{
if (dr.Read())
{
BOLoader.LoadDataToProps(this, dr);
}
}
}
public void ThrowExceptionIfFieldOrPropetyNotFound()
{
// # Arrange.
var pr = new PseudoRandom(nameof(ThrowExceptionIfFieldOrPropetyNotFound));
var obj = new MyBaseClass();
dynamic sut = new ReachIn(obj);
// # Act and Assert.
// A setter does not exist.
Assert.Throws <Exception>(
() => { sut.ThisPropertyOrFieldIsNotFound = pr.Int(); });
// A getter does not exist.
Assert.Throws <Exception>(
() => { var res = sut.ThisPropertyOrFieldIsNotFound; });
}
public void ThrowExceptionIfMethodNotFound()
{
// # Arrange.
var pr = new PseudoRandom(nameof(ThrowExceptionIfMethodNotFound));
var obj = new MyBaseClass();
dynamic sut = new ReachIn(obj);
// # Act and Assert.
// The method does not exist.
Assert.Throws <Exception>(
() => { sut.ThisMethodIsNotFound(pr.Int()); });
// There is a property by the same name.
Assert.Throws <RuntimeBinderException>(
() => { sut.MyPrivateProperty(pr.Int()); });
}
static void Main(string[] args)
{
//Console.WriteLine("Hello World!");
//DataProcessing dataProcessing = new DataProcessing();
//dataProcessing.Array();
//dataProcessing.Aggregate();
MyClass myClass = new MyClass("CREATE OBJECT");
Console.WriteLine("myClass created.");
for (int i = -1; i <= 0; i++)
{
try
{
Console.WriteLine($"\nAttemping to assign {i}to myobj.val...");
myClass.IntVal = i;
Console.WriteLine($"Value {myClass.IntVal} assign to myObj.intVal.");
}
catch (Exception e)
{
Console.WriteLine($"Exception {e.GetType().FullName}");
Console.WriteLine($"Message:\n{e.Message}");
}
}
Console.WriteLine($"\nOutputting {myClass.ToString()}");
Console.WriteLine($"output.");
Console.WriteLine(MyClass.StaticInt);
MyBaseClass myBaseClass = new MyBaseClass();
myBaseClass.Test();
MyDervedClass myDervedClass = new MyDervedClass();
myDervedClass.Test();
TwoSub twoSub = new TwoSub();
twoSub.Test();
_AbstrcatClass _AbstrcatClass = new _AbstrcatClass();
_AbstrcatClass._abstract();
SubClass subClass = new SubClass();
subClass._abstract();
subClass.Adder();
subClass.BaseTest();
subClass.BaseInterFaceTest();
subClass.BaseInterFaceTest1();
}
private static DateTime MyMethodOverrider(MyBaseClass vThis)
{
switch (vThis.MyProperty.ToUpper())
{
case "UTC":
return(DateTime.UtcNow);
case "LOCAL":
return(DateTime.Now);
case "FUTURE":
return(DateTime.Now.AddYears(30));
default:
return(MyMethodBaseCall(vThis));
}
}
public void MultipleTypesUsingBaseClass()
{
var data = Enumerable.Range(0, 100)
.Select(i =>
{
MyBaseClass o = null;
if (i % 2 == 0)
{
o = new ClassA()
{
ClassAProperty = Guid.NewGuid().ToString()
}
}
;
else
{
o = new ClassB()
{
ClassBProperty = Guid.NewGuid().ToString()
}
};
o.Title = Guid.NewGuid().ToString();
return(o);
});
var resulta = this._client.IndexMany(data.OfType <ClassA>(), new SimpleBulkParameters {
Refresh = true
});
var resultb = this._client.IndexMany(data.OfType <ClassB>(), new SimpleBulkParameters {
Refresh = true
});
var queryResults = this._client.Search <MyBaseClass>(s => s
.Types(typeof(ClassA), typeof(ClassB))
.From(0)
.Size(100)
.MatchAll()
);
Assert.True(queryResults.IsValid);
Assert.True(queryResults.Documents.Any());
queryResults.Documents.OfType <ClassA>().Any().Should().BeTrue();
queryResults.Documents.OfType <ClassB>().Any().Should().BeTrue();
}
public void SingleIndexWithMultipleTypes()
{
var data = Enumerable.Range(0, 100)
.Select(i =>
{
MyBaseClass o = null;
if (i % 2 == 0)
{
o = new ClassA()
{
ClassAProperty = Guid.NewGuid().ToString()
}
}
;
else
{
o = new ClassB()
{
ClassBProperty = Guid.NewGuid().ToString()
}
};
o.Title = Guid.NewGuid().ToString();
return(o);
});
var result = this._client.IndexMany(data, new SimpleBulkParameters {
Refresh = true
});
result.IsValid.Should().BeTrue();
result.Items.Count().Should().Be(100);
var queryResults = this._client.Search <MyBaseClass>(s => s
.From(0)
.Size(100)
.MatchAll()
.ConcreteTypeSelector((o, h) => o.classBProperty != null ? typeof(ClassB) : typeof(ClassA))
);
Assert.True(queryResults.IsValid);
Assert.True(queryResults.Documents.Any());
queryResults.Documents.OfType <ClassA>().Any().Should().BeTrue();
queryResults.Documents.OfType <ClassB>().Any().Should().BeTrue();
}
public override int CompareTo(MyBaseClass other)
{
if (other == null)
{
return(1);
}
var typedOther = other as MyBaseClass;
if (typedOther != null)
{
return(this.SomeValue.CompareTo(typedOther.SomeValue));
}
else
{
return(GetType().FullName.CompareTo(other.GetType().FullName));
}
}
static void Main(string[] args)
{
var client = new MyBaseClass <int> .Client();
// add conversion expressions
client.List.ReceivingMethod((i) => (i).ToString());
client.List.ReceivingMethod((i) => (2 * i).ToString());
client.List.ReceivingMethod((i) => (3 * i).ToString());
// The programmer has to manually enforce the `string` type
// below based on the results of the expressions above. There
// is no way to enforce consistency because `TResult` can be
// _any_ type.
client.Do <string>();
// Produces the following output
//
// i => i.ToString()
// i => (2*i).ToString()
// i => (3*i).ToString()
}
public void ReachAllMethods()
{
// # Arrange.
var pr = new PseudoRandom(nameof(ReachAllMethods));
var obj = new MyBaseClass();
dynamic sut = new ReachIn(obj);
var val = pr.Int();
// # Act and Assert.
// We have a problem here with FluentAssertions where it, runtime, throws an exception even though the parameters are equal.
//sut.MyPrivateMethod(val).Should().Be(val + 1);
//sut.MyInternalMethod(val).Should().Be(val + 1);
//sut.MyProtectedMethod(val).Should().Be(val + 1);
//sut.MyPublicMethod(val).Shoul().Be(val + 1);
Assert.Equal(val + 1, sut.MyPrivateMethod(val));
Assert.Equal(val + 1, sut.MyInternalMethod(val));
Assert.Equal(val + 1, sut.MyProtectedMethod(val));
Assert.Equal(val + 1, sut.MyPublicMethod(val));
}
public void ObjAndSutUseTheSameInstance()
{
// # Arrange.
var pr = new PseudoRandom(nameof(ObjAndSutUseTheSameInstance));
var obj = new MyBaseClass();
dynamic sut = new ReachIn(obj);
dynamic sut2 = new ReachIn(obj);
var value = pr.Int();
value.Should().NotBe(default(int), "Sanity check we haven't randomised the default 0 value since all tests then would be moot.");
// # Act.
sut.MyPublicProperty = value;
sut2.MyPublicProperty = value;
// # Assert.
value.Should().Be(obj.MyPublicProperty);
// We have a problem here with FluentAssertions where it, runtime, throws an exception even though the parameters are equal.
//sut2.MyPublicProperty.Should().Be(sut.MyPublicProperty);
Assert.Equal(sut.MyPublicProperty, sut2.MyPublicProperty);
}
public override int CompareTo(MyBaseClass other)
{
if (other == null)
{
// every instance comes after null, cf. docs
return(1);
}
var typedOther = other as MyBaseClass;
if (typedOther != null)
{
// other instance of same type; compare by custom sorting criteria
return(this.SomeValue.CompareTo(typedOther.SomeValue));
}
else
{
// other instance of different type; make sure different types are always sorted in the same order
return(GetType().FullName.CompareTo(other.GetType().FullName));
}
}
static void Main(string[] args)
{
MyBaseClass myBase = new MyBaseClass();
MyDerivedClass myDerived = new MyDerivedClass();
object o = myDerived;
MyBaseClass b = myDerived;
Console.WriteLine("mybase: Type is {0}", myBase.GetType());
Console.WriteLine("myDerived: Type is {0}", myDerived.GetType());
Console.WriteLine("object o = myDerived: Type is {0}", o.GetType());
// Class Type不會因此被覆蓋
Console.WriteLine("MyBaseClass b = myDerived: Type is {0}", b.GetType());
int n1 = 12;
int n2 = 82;
long n3 = 12;
Console.WriteLine("n1 and n2 are the same type: {0}",
Object.ReferenceEquals(n1.GetType(), n2.GetType()));
Console.WriteLine("n1 and n3 are the same type: {0}",
Object.ReferenceEquals(n1.GetType(), n3.GetType()));
Console.ReadLine();
}
public void MultipleTypesUsingBaseClassMultiSearchSourceInclude()
{
var data = Enumerable.Range(0, 100)
.Select(i =>
{
MyBaseClass o = null;
if (i % 2 == 0)
{
o = new ClassA()
{
ClassAProperty = Guid.NewGuid().ToString()
}
}
;
else
{
o = new ClassB()
{
ClassBProperty = Guid.NewGuid().ToString()
}
};
o.Title = Guid.NewGuid().ToString();
o.Description = Guid.NewGuid().ToString();
return(o);
});
var resulta = this._client.Bulk(b => b.IndexMany(data.OfType <ClassA>()).Refresh());
var resultb = this._client.Bulk(b => b.IndexMany(data.OfType <ClassB>()).Refresh());
var queryResults = this._client.MultiSearch(ms => ms
.Search <MyBaseClass>("using_types", s => s.AllIndices()
.Types(typeof(ClassA), typeof(ClassB))
.From(0)
.Size(100)
.Source(source => source
.Include(i => i.Add(p => p.Title).Add("classBProperty"))
)
.MatchAll()
)
.Search <MyBaseClass>("using_selector", s => s.AllIndices()
.Types("classa", "classb")
.ConcreteTypeSelector((o, h) => o.classBProperty != null ? typeof(ClassB) : typeof(ClassA))
.From(0)
.Size(100)
.Source(source => source
.Include(i => i.Add(p => p.Description).Add("classBProperty"))
)
.MatchAll()
)
);
Assert.True(queryResults.IsValid);
var firstResult = queryResults.GetResponse <MyBaseClass>("using_types");
Assert.True(firstResult.Documents.Any());
firstResult.Documents.All(d => !d.Title.IsNullOrEmpty());
firstResult.Documents.All(d => d.Description.IsNullOrEmpty());
firstResult.Documents.OfType <ClassA>().Any().Should().BeTrue();
firstResult.Documents.OfType <ClassB>().Any().Should().BeTrue();
var secondResult = queryResults.GetResponse <MyBaseClass>("using_selector");
Assert.True(secondResult.Documents.Any());
secondResult.Documents.All(d => d.Title.IsNullOrEmpty());
secondResult.Documents.All(d => !d.Description.IsNullOrEmpty());
secondResult.Documents.OfType <ClassA>().Any().Should().BeTrue();
secondResult.Documents.OfType <ClassB>().Any().Should().BeTrue();
}
private static DateTime MyMethodBaseCall(MyBaseClass vThis)
{
return vThis.MyMethod();
}
public static bool IsVisibleToPublic(this MyBaseClass obj)
{
// implementation here
}
