SCU | 开源中文输入法

One of the great features of the Shadow DOM in Web Components is that styles are encapsulated to the component - you can style your component without worrying about any specifier (id, class, etc.) conflicts or styles 'leaking out' to other elements on the page.

This often leads to the belief that the reverse is true - that styles outside of the component won't cross the Shadow boundary and 'leak in' to your component. However this is only partly true.

While specifiers do not leak in to your component (e.g. a color applied to an p element in a style rule outside of your component won't effect any p elements in your Shadow DOM, although the rule will be applied to your Light DOM, or slotted content),

inheritable styles applied to any elements containing your component will be applied to both your Shadow and Light DOM.

Source: https://lamplightdev.com/blog/2019/03/26/why-is-my-web-component-inheriting-styles/

First of all try dplyr::mutate...

Anyway: Use across rather then mutate_at -> Scoped verbs (_if, _at, _all) have been superseded by the use of across() in an existing verb

This code is explicitly on your Dem_edu columns and it should work now

Under Linux, it is the tty that buffers the typed chars before "sending" them to the requesting program.
This is controlled through the terminal mode: raw (no buffering) or cooked (also known respectively as non-canonical and canonical mode).

These modes are actually attributes of the tty, which can be controlled with tcgetattr and tcsetattr.

The code to set the terminal in non-canonical mode without echo can be found, for example, here (more info on the VTIME and VMIN control chars can be found here).

That's C, so we need to translate it into assembly. From the source of tcgetattr we can see that the tty attributes are retrieved through an IOCTL to stdin with the command TCGETS (value 0x5401) and, similarly, they are set with an IOCTL with the command TCSETS (value 0x5402).
The structure read is not the struct termios but struct __kernel_termios which is basically a shortened version of the former. The IOCTL must be sent to the stdin file (file descriptor STDIN_FILENO of value 0).
Knowing how to implement tcgetattr and tcsetattr we only need to get the value of the constants (like ICANON and similar).
I advise using a compiler (e.g. here) to find the values of the public constants and to check the structure's offsets.
For non-public constants (not visible outside their translation units) we must resort to reading the source (this is not particularly hard, but care must be taken to find the right source).

Below a 64-bit program that invokes the IOCTLs to get-modify-set the TTY attribute in order to enable the raw mode.
Then the program waits for a single char and displays it incremented (e.g. a -> b).
Note that this program has been tested under Linux (5.x) and, as the various constants change values across different clones of Unix, it is not portable.
I used NASM and defined a structure for struct __kernel_termios, I also used a lot of symbolic constants to make the code more readable. I don't really like using structures in assembly but NASM ones are just a thin macro layer (it's better to get used to them if you aren't already).
Finally, I assume familiarity with 64-bit Linux assembly programming.

I found the solution for my problem: On the raspberry pi 4 (bcm2711 chip), the physical addresses that are written into the registers of a dma engine must be legacy master addresses. The legacy master addresses are in the range 0xC0000000-0xFFFFFFFF. So I have to add 0xC0000000 to the values of the physical addresses that are written into the registers of the sdhci controller.

The documentation can be found here: https://datasheets.raspberrypi.org/bcm2711/bcm2711-peripherals.pdf 1.2. Address map 1.2.4. Legacy master addresses

The answer to the other SCU question is: it is not necessary to enable the SCU on the Raspberry Pi 4 when the caches are enabled.

Your requests only differ in that your non-working query queries for a different patient ID.

An obvious mistake in both queries is that for a SERIES-level request in STUDY-ROOT, you must not include a value for the Patient ID, but for the Study Instance UID. This is wrong in terms of DICOM, but Orthanc seems to be capable of handling it in general. This is however the only hint that I can obtain from your logs, so I would give it a try.

Please note, that the Content Sequence is not a mandatory Return Key for the C-FIND, so you can never rely on the SCP supporting it.

One thing you can do is to keep every node whose neighbor has "pu.edu.tw" in it's name.

Here's the full code:

You could do this with window functions. The idea is to rank records having the same aid by descending data_ril, and then filter out the top record per group.

Data must be a non-null object. Above code sample is passing a string. Just remove the JSON.stringify() part.

Use, Series.str.contains along with the given regex patterns, then use np.select to select the items from choices based on the conditions m1, m2 & m3: