mumble | Mumble is an open-source , low-latency , high quality voice | TCP library

Yes, different CPU architectures have different sizes of fundamental types, and the fixed width aliases map to different types. This differs across operating systems as well; not just architecture. This is normal, not a bug, and generally doesn't change between compiler versions.

To avoid this problem, either provide overloads for only fixed width types, or provide overloads for each fundamental type. Don't mix them.

In this case, it may be better to use a function template instead of overloads:

The combined Helm/Kubernetes/Docker stack doesn't really work that way. You must build your image locally and push it to some sort of registry before you can run it (or be using a purely local environment like minikube). It's unusual to have "an image in the filesystem" at all.

Helm knows nothing about building images; for that matter, Helm on its own doesn't really know much about images at all. It knows how to apply the Go templating language to text files to (hopefully) produce YAML, and to send those to the Kubernetes cluster, but Helm has pretty limited awareness of what those mean. In a Helm chart you'd typically write something like

My main question is why foo() ends up copying? RVO should elide the tuple from being copied but shouldn't the compiler be smart enough to not copy the A struct? The tuple constructor could be a move constructor

No, move constructor could only construct it from another tuple<> object. {a,b} is constructing from the component types, so the A and B objects are copied.

what it going on with quux(). I didnt think that additional std::move() call was necessary but I don't understand why it ends up causing an additional move to actually occur i.e. I'd expect it to have the same output as bar().

The 2nd move happens when you are moving the tuple. Moving it prevents the copy elision that occurs in bar(). It is well-know that std::move() around the entire return expression is harmful.

If you need the handle the mono-gram case from Yake just pass the output through a filter that adds the n-grams to the result list only if there is a space in the first element of that tuple or if the str.split() of that element results in more than 1 sub-element. If you're using a function and applying it to the dataframe, include this step in that function.

I suggest matching the rightmost status messages, or the substring between square brackets if there are none:

You could check inside the callback, you pass to the ShortcutKey, if the event originated in an input/textarea element and not perform the action in that case

Something like

This block of code throws an exception

Simply move the send call in the correct position as follows:

Not all schemes support user names. For example, file doesn't. Your JS engine apparently assumes unknown schemes don't support user names.