ws-rs | Lightweight , event-driven WebSockets for Rust | Websocket library

I seem to have found where the problem is The implement macro has not been updated to use paths starting with "windows" instead of "Windows", so just adding

The code as posted works by coincidence alone. It sports a spectacular buffer overflow, hardly what you'd want to see in Rust code. Specifically, you're taking the address of a single u16 value, and pass it into an API, telling it that the pointed-to memory were 255 elements in size.

That needs to be solved: You will have to allocate a buffer large enough to hold the API's output first.

Converting a UTF-16 encoded string to a Rust String with its native encoding can be done using several different ways, such as String::from_utf16_lossy().

The following code roughly sketches out the approach:

In order to address the problem, you may first break the problem into parts.

Part 1: How to get arbitrary header (or list all headers)?

Try to use request.getHeaders() doc.

Part 2: How to get the header named Authorization ?

Use the way in part 1. In addition, be careful about the case. For example, is Authorization the same as authorization?

In controller (https://github.com/j1cs/micronaut-jacksonxml-error/blob/master/src/main/java/me/jics/MainController.java):

Pointer parameters are often used in FFIs as a way to return data alongside the return value itself. The idea is that the pointer should point to some existing object that the call will populate with the result. Since the Windows API functions often return HRESULTs to indicate success and failure, they use pointers to return other stuff.

In this case, the ADsOpenObject wants to return a *void (the requested ADs interface object), so you need to give it a pointer to an existing *void object for it to fill:

I found the answer over at r/rust.

This question is a case of googling the wrong question. I misunderstood the usage of Handler. I assumed there was just one Handler (for each thread), but a Handler is meant to represent a connection. Keeping a list of them is the same as keeping a list of connections, each of which is identifiable by a Sender instance created for each connection.