NonBlocking | Implementation of a lock-free dictionary on Net | Dictionary library

I have a systemverilog module with a LOT of input signals of varying sizes. I want to optionally register them before use. Here is my desired criteria for the code that does this optional registering:

1. I should only need to write out the assignments once (no duplicate code)
2. I should not need to use any macros (I don't want scoping issues)

Here's a minimal reproducible example of my current solution:

I am trying to write a C code that connects using non-blocking TCP socket along with select(). When I read the man page about EINPROGRESS, I feel a little bit confused.

EINPROGRESS

The socket is nonblocking and the connection cannot be completed immediately. It is possible to select(2) or poll(2) for completion by selecting the socket for writing. After select(2) indicates writability, use getsockopt(2) to read the SO_ERROR option at level SOL_SOCKET to determine whether connect() completed successfully (SO_ERROR is zero) or unsuccessfully (SO_ERROR is one of the usual error codes listed here, explaining the reason for the failure).

Is there any sample code I can refer to? Although it is a pretty old question, I don't see anyone post a complete working code. Some suggest to use connect twice but I don't know exactly how.

I checked the docs and stackoverflow but didn't find exactly a suiting approach. E.g. this post seems very close: Dispatch a blocking service in a Reactive REST GET endpoint with Quarkus/Mutiny However, I don't want so much unneccessary boilerplate code in my service, at best, no service code change at all.

I generally just want to call a service method which uses entity manager and thus is a blocking action, however, want to return a string to the caller immidiately like "query started" or something. I don't need a callback object, it's just a fire and forget approach.

I tried something like this

I'm having trouble finding direct answers to how FPGA-level LUTs are accessed/implemented in simple modules (I'll provide an example below). Referring to the top answer on this post, https://electronics.stackexchange.com/questions/163961/creating-a-verilog-code-for-4-bit-multiplier-using-lookup-table, the type of LUT I'm trying to understand is the first one listed (FPGA-level).

For example, let's say I had the following module:

I'am trying to call GetAsync multiple times in a nonblocking async function. To my surprise only the fist call gets executed. All requests are to the same domain so I figured it makes sense to reuse HttpClient. Why is only the first request executed and how should I rewrite the code?

I am creating a C server and Python client for UNIX domain datagram sockets (UDS) IPC on Ubuntu 18.04. My scenario is: Python runs as a child process created with fork-execv where C is the parent process. The Python client blocks on socket.recvfrom until data is sent by the C server. When the C server sends data to the Python client then C will block on recvfrom until Python sends data to C with sendto.

I have used UDS for a C client and a C server with no problems, but the C-Python setup is causing some problems. For this Python version I worked from an example at https://lloydrochester.com/post/c/unix-domain-socket-datagram.

I create a server socket in C and bind to it; it returns file descriptor 5:

i want to define the sourceport(localport) of this socket connection -- some help plox xD

I'm trying to work as an example for the following code:

Good day!

Wondering if using fireUserEventTriggered/userEventTriggered is netty way to collaborate with callback-oriented external services while processing message in channel handlers?

I mean, if there is some "alien" service with nonblocking(callback mechanic) methods, is this is right way to call ChannelHandlerContext#fireUserEventTriggered(passing some params from callback closure) and then handle it within overloaded ChannelInboundHandler#userEventTriggered for continue communication within original channel where it all started.

Example for illustration