Reflection reflection and attribute

Type T = typeof (myclass );
Object [] myobj = T. getcustomattributes (typeof (codereviewattrites), false );
Foreach (attribute a in myobj)
{
If (A is codereviewattri)
{
String abc = (codereviewattribute) a). reviewer; // get the custom attributes of the class.
}
}
Propertyinfo [] memberinfo = T. getproperties ();
Foreach (propertyinfo VaR in memberinfo)
{
Object [] myabc = var. getcustomattributes (false );

Foreach (attribute a in myabc)
{

If (A is codereviewattri)
{
String abc = (codereviewattribute) a). reviewer; // get the custom attribute on the attribute
Console. writeline (t + "class attributes include" + var. Name + "reviewer" + ABC );
}

}

}

Fieldinfo [] myinfo = T. getfields ();
For (INT I = 0; I <myinfo. length; I ++)
{
VaR myatt = myinfo [I]. getcustomattributes (false );
Foreach (attribute a in myatt)
{
If (A is codereviewattri)
{
Console. writeline (codereviewattrieline) a). reviewer );
}
}
}

String Path = application. startuppath + "\ calculator. dll ";
// Assembly assdmbly = assembly. LoadFile (PATH );
Assembly assdmbly = assembly. Load ("classlibrary1 ");
Console. writeline ("Get all classes in classlibrary1.dll ");
Console. writeline ("***********************************");
Foreach (type VaR in assdmbly. gettypes ())
{
Console. writeline (var. Name + "is the class in the classlibrary1 namespace ");
}
Console. writeline ("***********************************");
Console. writeline ("getting the module set in classlibrary1.dll ");
Module [] models = assdmbly. getmodules ();
Foreach (module VaR in models)
{
Console. writeline (var. Name + "is a module in classlibrary1 ");
}
Console. writeline ("***********************************");
Console. writeline ("");

Type type = typeof (classlibrary1.class1); // obtain the type of the specific class.
Console. writeline ("the specific type is" + type. Name );
Console. writeline ("{0} is not public type {1}", type, type. ispublic );
Console. writeline ("{0} is not private type {1}", type, type. isnotpublic );
Console. writeline ("***********************************");
Console. writeline ("");

Propertyinfo [] memberinfo = type. getproperties (); // obtain the attributes in the class.
Foreach (propertyinfo VaR in memberinfo)
{

Console. writeline (Type + "class attributes include" + var. Name );
Console. writeline (Type + "class attributes include" + var. Attributes. tostring ());
Propertyattributes Sf = var. attributes;
}
Console. writeline ("***********************************");
Console. writeline ("");
Type [] T = type. getinterfaces (); // obtain the interface
Foreach (type VaR in T)
{
Console. writeline (var. Name + "is the interface in classlibrary1 ");
}
Console. writeline ("***********************************");
Console. writeline ("");
Console. writeline ("return type of method, type of parameter passing by method ");

Memberinfo [] metho = type. getmethods (bindingflags. instance | bindingflags. nonpublic );
Foreach (memberinfo VaR in metho)
{
Console. writeline ("private return type: method name = {0} method information = {1}", var. Name, VAR );
}
Memberinfo [] methopublic = type. getmethods (bindingflags. instance | bindingflags. Public );
Foreach (memberinfo VaR in methopublic)
{
Console. writeline ("Public return type: method name = {0} method information = {1}", var. Name, VAR );
}
Memberinfo [] methostatic = type. getmethods (bindingflags. Public | bindingflags. Static );
Foreach (memberinfo VaR in methostatic)
{
Console. writeline ("common static return types: method name = {0} method information = {1}", var. Name, VAR );
}
Memberinfo [] methoprivatestatic = type. getmethods (bindingflags. Static | bindingflags. nonpublic );
Foreach (memberinfo VaR in methoprivatestatic)
{
Console. writeline ("Private Static return type: method name = {0} method information = {1}", var. Name, VAR );
}
Console. writeline ("***********************************");
Console. writeline ("");
Console. writeline ("this is the form of constructor ");
Constructorinfo [] con = type. getconstructors (); // get the constructor form
Foreach (constructorinfo VaR in Con)
{
Console. writeline (VAR );
}
Console. writeline ("***********************************");

Object OBJ = activator. createinstance (type, null); // create an instance without Parameters
// Call public non-static methods with parameters and return parameters
Methodinfo men1 = type. getmethod ("add ");
Console. writeline ("calling the {0} method", men1 );
Object [] nums1 = {5, 4}; // Parameter
Console. writeline (men1.invoke (OBJ, nums1 ));
Console. writeline ("***********************************");

// Call a private non-static method
Methodinfo men2 = type. getmethod ("add", bindingflags. instance | bindingflags. nonpublic );
Console. writeline (men2.invoke (OBJ, null ));
Console. writeline ("***********************************");
// Call public static methods with Parameters
Methodinfo men3 = type. getmethod ("multiplication", bindingflags. Public | bindingflags. Static );
Object [] num2 = {5, 6 };
Console. writeline (men3.invoke (null, num2 ));
Console. writeline ("***********************************");
// Private Static
Methodinfo men4 = type. getmethod ("multiplication", bindingflags. nonpublic | bindingflags. Static );
Console. writeline (men4.invoke (null, null ));
Console. writeline ("***********************************");
// Dynamically create a delegate
Console. writeline ("dynamically create a delegate ");
Testdelegate DELE = (testdelegate) Delegate. createdelegate (typeof (testdelegate), OBJ, "substation ");
// Console. writeline (DELE (9, 3 ));
Dele (9, 3 );