reflection-method-call

You can invoke private C# methods dynamically by supplying a proper method schema along with a method reference and input parameters. This approach enables deep validation and debugging without modifying the source code.

Yes, you can call both static and instance C# methods using reflection. You must provide a valid method reference and the required input parameters to execute the dynamic call and receive the serialized result.

The best way to discover available methods is to use the reflection-method-find feature to locate target methods beforehand. This reduces guesswork by validating the method schema before you attempt the actual invocation.

You can control execution context for C# reflection calls by setting the executeInMainThread flag. This ensures dynamic method invocations run safely on the main thread when orchestrating component interactions.

Yes, dynamic C# method invocation supports configurable matching levels for both type and method names. This flexibility allows precise targeting during API testing and runtime integration tasks.

C# reflection method results are returned as serialized objects. This format allows you to easily inspect outputs from dynamic invocations, including private method calls, for diagnostics and validation.