interface

问题 In the below example, the module outer has a private type Private and a private inner module inner . inner is able to access Private (because child modules can access their parent's private items , even if they are not parked as public). inner defines a function not_really_public_interface() . While it is marked as public, it is really only available to outer because inner itself is not public. outer.rs struct Private; mod inner { use super::Private; pub fn not_really_public_interface() ->

问题 I'm trying to develop some interfaces for linear algebra functions, because the world needs another linear algebra library. The (possibly bad) idea is to be able to specify Vector or Matrix for some higher level functions and have it just work, as long as the dimensions are correct. I ran into some problems doing this with the Vector interface, but I discovered using this as a type and it resolved my issues (maybe I'm doing a bad thing here). I tried doing this in the Matrix interface, but

问题 I'm working with (https://github.com/ivmai/cudd) with the goal of the following repetitive process: (1) Input : (Coherent, non-decreasing) Boolean function expression top = a_1 a_2 a_3...+ x_1 x_2 x_3... + z_1 z_2 z_3...). The Booleans I'm working with have thousands of vars (ai...zj) and hundreds of terms. (2) Processing : Convert Boolean to a BDD to simplify the calculation of the minterms, or mutually exclusive cut-sets (as we call them in the Reliability world). (3) Output : Take the set

问题 how is it possible to declare the default indexed property in an C++/CLI - Interface. (Please excuse the repeating, full qualified notation with namespaces because I'm just learning C++/CLI and want to be sure that no acciential mixup of language primitives between C++ and C# happens) Code is public interface class ITestWithIndexer { property System::String ^ default[System::Int32]; } Compiler always throws "error C3289: 'default' a trivial property cannot be indexed". Where is my error? PS:

问题 The question I have is this: If I have the MethodInfo object, for a method, obtained from an interface type, and I also have the Type object for a class that implements this interface, but it implements the said method with an explicit implementation, how do I correctly obtain the corresponding MethodInfo object for the implementing method in that class? The reason I need to do this is that implementing methods can have some attributes applied to them, and I need to find these through

问题 Can someone explain the logic on how to handle this matter: I have a fragment that after a WebSocket call inflates 2 Recyclerviews. Child Recyclerview is nested to Parent Recyclerview and the parent adapter calls the child adapter. I want to put an Interface for a click listener which handles the click in the Child Items in the Fragment. Where should I put the interface and which class should implement it? 回答1: What you're trying to do has been done multiple times. There are various

问题 Can someone explain the logic on how to handle this matter: I have a fragment that after a WebSocket call inflates 2 Recyclerviews. Child Recyclerview is nested to Parent Recyclerview and the parent adapter calls the child adapter. I want to put an Interface for a click listener which handles the click in the Child Items in the Fragment. Where should I put the interface and which class should implement it? 回答1: What you're trying to do has been done multiple times. There are various

问题 I want to know whether a concrete type implements a specefic interface and print it out. I have written an example [0] with a self defined struct (MyPoint) beeing not an interface-type. MyPoint has the function Read as defined in the interface of io.Reader: type MyPoint struct { X, Y int } func (pnt *MyPoint) Read(p []byte) (n int, err error) { return 42, nil } The aim is to get the information that the concrete type p implements the interface io.Writer. Therefore I have written a short main

问题 We are interfacing with an externally controlled program with defined headers containing enumerations, and structures. We want to be able to interface with multiple versions of this program with as little duplication of code as possible. Each version has the same general enums and structures, but with slight modifications over time. In the ideal setup we could just conditionally include the different versions of the same header (i.e. if interfacing with version 1 #include "version1\progDefs.h

问题 We are interfacing with an externally controlled program with defined headers containing enumerations, and structures. We want to be able to interface with multiple versions of this program with as little duplication of code as possible. Each version has the same general enums and structures, but with slight modifications over time. In the ideal setup we could just conditionally include the different versions of the same header (i.e. if interfacing with version 1 #include "version1\progDefs.h