T9 | asyncio and Docker | Chat library

I am trying to fill between two lines in a plot but after several trials I still can´t figure out how to show in the code the specific area that I need to be shaded.

Here´s my dataset:

I have a pandas dataframe containing the following information:

• For each Timestamp, there are a number of Trays (between 1-4) out of 8 available Trays. (So there is a maximum number of 4 Trays per Timestamp.)
• Each Tray consists of 4 positions.

A dataframe could look like this:

Since MPI-3 comes with functionality for shared memory parallelism, and it seems to be perfectly matched for my application, I'm critically considering rewriting my hybrid OpemMP-MPI code into a pure MPI implementation.

In order to drive the last nail into the coffin, I decided to run a small program to test the latency of the OpenMP fork/join mechanism. Here's the code (written for Intel compiler):

I'm trying to write a chat bot that supports the matrix protocol, and I ran into this problem that I can't wrap my head around. On its own the code compiles without issue, but adding "surf" as a dependency to the Cargo.toml causes a "dyn log::kv::source::Source` cannot be shared between threads safely" error.

This is the minimal code for which this happens:

main.rs:

I upgrade my ruby version to 2.6.5. I deployed it to my server using capistrano.

But my nginx logs say this:

gcc for MIPS 64 is using a complex method to locate and invoke a function not present in the compilation unit.  What is the name of this code model (and where is it documented)?  I searched but did not find it forthcoming.  It involves $28/$gp and $25/$t9 as some kind of parameter to pass to the called function.

And, is there a bug in this translation (either in code gen or the textual output)?

The following code sequence:

I try to implement on Alloy the axiomatic system described in a paper on mereology: "Bennett, Having a Part Twice Over, 2013".

I implemented all the axioms, and I thought that if I implemented them correctly, I could assert and check the theorems.

I try to code theorem (T9). This is the theorem in the paper:

And this is how I coded it:

I have the following snippet:

I'm using MIPS 32 assembly in QtSpim, the general outline is take in three input numbers, find the two largest and display the two numbers as well as the sum of them, then display both the largest and smallest, and finally ask if the user wants to continue which does loop successfully. Does anyone know why my output print statements are doubling like this with some of them not showing the values or the wrong values?

Edit: I tried to use some jumps down to continue but it didn't seem to like that, any suggestions? I think some lines aren't skipping because continue is below so they're not being stepped over: