

Can you explain on a high level how iceoryx2 is able to achieve low latency? Is it as simple as using shared memory or are there other tricks in the background? Are there different transfer methods depending on the payload size?
Can you explain on a high level how iceoryx2 is able to achieve low latency? Is it as simple as using shared memory or are there other tricks in the background? Are there different transfer methods depending on the payload size?
Crystal hot sauce is my goto. Tangy and just the right amount of heat to casually throw on anything if you don’t want to go into battle mode. Frank’s come close. Surprised that I’m the only one mentioning Crystal.
Secret Aardvark I think would be my second goto if you aren’t looking for a hot sauce with the acidity of Crystal, Tabasco, Frank’s, etc.
What are your metrics for “effective?” As someone who is both teaching and taking classes currently, I can tell you engagement is pitifully low in online formats. Education is not just about memorizing facts and going through the motions to get a good grade. There’d have to be some amazing innovation in online education practices to convince me it will be the default anytime soon.
with kitty you can open a new terminal session that sets it’s cwd to the remote directory of the server you’re ssh’d into. Honestly the only thing I can think of that termux can do that kitty can’t is saving sessions
Thanks for the details! I have done MPI work in the past, so I was curious how an MPI implementation and iceoryx2 might be similar/different regarding local IPC transfers. It’d be interesting to do a detailed review of the two to see if they can benefit from each other.