mpl | Jenkins Shared Modular Pipeline Library | Continous Integration library

Very nice question, but you are stretching the capabilities of a formula made through Excel-2019 to it's very limits. Here is what I came up with considering the limitations of xpath 1.0 (no matches() nor lists/array handling:

Formula in B1:

Unsure if this fully addresses your issue, but one way that I've fetched metadata for all tokens in a wallet is by using the metaplex library:

So, I was wrong posting the last answer. I found out, the libc binary contained something like __xstat and I called it.

Wrong! As the name would suggest, it was a kind of a private function, something intended to be an implementation detail, not a part of the API.

So I found another function with a normal name: statx. It does exactly what I need, it is well(-ish) documented here:

https://man7.org/linux/man-pages/man2/statx.2.html

Here's the structure and values: https://code.woboq.org/qt5/include/bits/statx.h.html https://code.woboq.org/userspace/glibc/io/fcntl.h.html

TL;DR - it works.

I figured out that -100 (AT_FDCWD) passed as dirfd parameter makes relative paths relative to the current working directory.

I also figured out that passing zeros as flags works (as equivalent to AT_STATX_SYNC_AS_STAT), and the function returns what it should for a regular local filesystem.

So here's the code:

If I understand the question correctly, You would like to see where any object is located, right? So if we start with one matrix (that is, all shapes are in one array, where empty spaces are zeros and object one consists of 1s, object 2 of 2s etc.) then You can create a mask, showing which pixels (or values in a matrix) are non-zero like this:

my_array != 0

Does that answer Your question?

Edit for clarification

I often use from itertools import cycle and next() where could be any sequence of colors, like px.colors.qualitative.Alphabet.

Here's a setup that comes close to what you're looking for:

I would say you need to provide the array of values to contour, e.g.:

For each additional level of the square spiral, two sides are added, except for the very last one where only one side is needed. The i,j positions increment or decrement with 1 at every step, and at each corner the direction is turned 90 degrees.

This is how it could work:

Constrained_layout was specifically designed with this case in mind. It will work with your gridspec solution above, but more idiomatically:

Same problem here. Tried different settings but with no solution.

Workaround: Downgrade RabbitMQ to 3.8. After downgrading there were no connection errors anymore. So, I think it must have something to do with different behavior of v3.9.