tidbit | Extra QMK firmware files for TIDBIT keyboard | Keyboard library

The problem turned out to be missing LaTeX dependencies. The kableExtra package creates a .tex file with a long list of required packages (see below), but MikTex, the Tex distribution we were using, was unable to automatically install them, and the errors didn't propagate through to R. Here is a post with some useful details.

There are a number of solutions, each for a different distribution.

1. Use TexLive, rather than MikTex. I use TexLive on my Mac, and it appears to have no trouble locating and installing the dependencies. The downside is that it's gigantic (>7GB to MikTex's <1GB).

2. For MikTex, you can get the packages downloaded with a combination of two approaches. First, set keep_tex = TRUE in kableExtra::save_kable(), which should produce the .tex file for compilation. Next, compile it at the command line with xelatex yourtable.tex. You can't use latex yourtable.tex, since this compiler can't work with the required fontspec package. This may download all that you need. If it doesn't, check the log file for a missing .sty file: we needed to manually download the tabu package. You can manually install the missing files from MikTex Console: Packages > Search for "tabu" > "+" to install. Rinse, repeat until you have all the packages you need. You could do this for all the dependencies, but there are a lot, so might as well let the compiler do as much work as possible first, then backfill as needed.

3. Compile with TinyTex in R. Create the .tex file as above (`keep_tex = TRUE'). Then:

I found an example of #[lang = "start"] in ~/.rustup/toolchains/nightly-x86_64-unknown-linux-gnu/lib/rustlib/src/rust/library/std/src/rt.rs.

You are checking if the command they give is equal to the entire list of help commands. What you are looking for is:

I ended up using "Azure Database for MySQL" and was able to have the Data Factory communicate to it.

The member.roles.cache that you are attempting to search in is a Collection object, which extends the normal JavaScript Map. Maps store their values in a Key-Value pair. In this case the roles is the value and the key is an auto-generated Snowflake, which is basically a unique ID. Now, perhaps counter-intuitively, the .has() function is not actually searching if your cache (Map) has a value matching whatever you parse as a parameter, but if it has a key that matches it.

Searching if a Map has a specific value in it is a bit more tricky. There's a few ways to go about it. One of those is to quickly convert the Map to an Array and call .includes() on that array like so:

In Firestore, every time you add the onSnapshot method, you're creating a new Snapshot Listener for this user. So according to you print, you have 1 user connected to your app (1 Active Connection) and this user has 27 listeners attached to it. So it seems that either you're getting real time updates from 27 Firestore queries, or you're not closing your connections.

From the 3rd reference, from Firebase docs:

Let's say a user opens your app on their phone. The app then connects to Cloud Firestore and subscribes to 10 queries. This increases your metrics by 1 active connection and 10 snapshot listeners.

Even though you're not paying for those active connection or the listeners, every time a doc is read / updated, this will count as a new read, and those are charged in the end. So using way too many listeners is not the best practice.

The first thing I'd say is to double check if you're not keeping the listeners opened once the component / view is closed. If you find any, don't forget to detach them.

• [1]Firebase description for listeners pricing
• [2]Detaching a listener
• [3]Cloud monitoring Dashboard explanation

You can make mapped types iterate over any key or union of keys you want without having to resort to remapping-with-as. Mapped types don't need to look like [P in keyof T]... they can be [P in K] for any keylike K. The canonical example of this is the Record utility type whose definition looks like this:

Creating a partition with CREATE TABLE ... PARTITION OF ... requires an ACCESS EXCLUSIVE lock on the partitioned table, which will conflict with all access to the partitioned table.

On the other hand, inserting into the partition requires an ACCESS SHARE lock on the partitioned table while the insert statement is being planned. That causes a lock conflict.

I see two ways out:

1. Create new partitions in two steps:

This should do it: