问题
Given a .NET type object found through reflection, is it possible to pretty print or decompile this type as a C# declaration, taking into account C# type aliases, etc.?
For example,
Int32 -> int
String -> string
Nullable<Int32> -> int?
List<au.net.ExampleObject> -> List<ExampleObject>
I want to be able to print out methods close to what was originally written in the source.
If there isn't anything in the .NET framework, is there a third-party library? I might possibly have a look at ILSpy.
回答1:
See this answer.
Example:
using System.CodeDom;
using System.CodeDom.Compiler;
CodeDomProvider provider = CodeDomProvider.CreateProvider("CSharp");
var typeRef = new CodeTypeReference("System.Nullable`1[System.Int32]");
string typeOutput = provider.GetTypeOutput(typeRef); // "System.Nullable<int>"
It will help you with int
and string
-like things, as well as generics, however you'll have to work out Nullable<T> -> T?
and using
s yourself.
回答2:
Aliases are compiled to what they are an alias for. You will never know if it was string
or String
in the source and frankly I can't see why it would matter.
回答3:
There are only 15 aliases (+Nullable). Just use string.Replace on these.
回答4:
There is a solution for type declarations in another post . You can extend it to support type aliases easily.
回答5:
This article has c# source for a method which will do that: http://www.codeproject.com/Tips/621812/User-friendly-names-for-Types
来源:https://stackoverflow.com/questions/6262860/get-c-style-type-reference-from-clr-style-type-full-name