pose | NET method

I have an Azure pipeline setup for my builds. I have been running into this issue recently and cannot figure out a way to fix this:

need help this is my code:

I'm trying to make a collapsable table for a project, and so far I'm succeeding pretty well. I'm only encountering one problem that I can't figure how to manage : Actually my collapsable rows (the ones which have children) are collapsing, but if I collapse a child, then the parent, and then I expand the parent, the children is expanded as well. How can I save the state of the children so that they don't expand when we expand the parent?

I am able to run MediaPipe's Pose Landmark detection on my Windows 10 computer by following this tutorial here: https://google.github.io/mediapipe/solutions/pose.html#python-solution-api, but I'm not sure how I can run this example using a GPU.

I know that it is quite fast to run on CPU, but I want to use the model with model_complexity=2 since its most accurate, but this makes it slow on my CPU (around 5 FPS). I have GPU, so if I can run on a GPU it will speed things up a lot.

I found these following resources.

• https://github.com/google/mediapipe/tree/master/mediapipe/modules/pose_landmark
• https://github.com/google/mediapipe/tree/master/mediapipe/modules/pose_detection

It mentions GPU in these links but I'm not sure how I can utilize these modules. If someone could provide a link or a quick explanation on how to run MediaPipe's Pose Landmark detection on a GPU, I would greatly appreciate it.

This was a question that was previously posed by a prof of mine and I'm assuming the 8-bit register is either CL or CH. I got it working by simply moving 01H to the CH register, but I was wondering if there was any other way of doing this since I am technically using the 16-bit CX register as a whole when running the code.

My code for reference :

I wish to express that each object of type V owns an object of type B. B is a polymorphic type, and is therefor accessed through a pointer or reference to prevent slicing (C.145). I find it natural to express this as following

With regard to the Log4j JNDI remote code execution vulnerability that has been identified CVE-2021-44228 - (also see references) - I wondered if Log4j-v1.2 is also impacted, but the closest I got from source code review is the JMS-Appender.

The question is, while the posts on the Internet indicate that Log4j 1.2 is also vulnerable, I am not able to find the relevant source code for it.

Am I missing something that others have identified?

Log4j 1.2 appears to have a vulnerability in the socket-server class, but my understanding is that it needs to be enabled in the first place for it to be applicable and hence is not a passive threat unlike the JNDI-lookup vulnerability which the one identified appears to be.

Is my understanding - that Log4j v1.2 - is not vulnerable to the jndi-remote-code execution bug correct?

• Apache Log4j Security Vulnerabilities

• Zero-day in ubiquitous Log4j tool poses a grave threat to the Internet

• Worst Apache Log4j RCE Zero day Dropped on Internet

• ‘Log4Shell’ vulnerability poses critical threat to applications using ‘ubiquitous’ Java logging package Apache Log4j

This blog post from Cloudflare also indicates the same point as from AKX....that it was introduced from Log4j 2!

Update #1 - A fork of the (now-retired) apache-log4j-1.2.x with patch fixes for few vulnerabilities identified in the older library is now available (from the original log4j author). The site is https://reload4j.qos.ch/. As of 21-Jan-2022 version 1.2.18.2 has been released. Vulnerabilities addressed to date include those pertaining to JMSAppender, SocketServer and Chainsaw vulnerabilities. Note that I am simply relaying this information. Have not verified the fixes from my end. Please refer the link for additional details.

The following example compiles with both gcc 11 on Linux (GNU STL) and clang 12 on FreeBSD (Clang STL). On Linux, it runs and prints values 1 and 2. On FreeBSD, it prints value 1 and then crashes with a SEGV. I don't quite understand the object lifetimes -- so the whole thing may be UB and the runtime behavior might not be relevant. I do know that the implementation of std::unique_ptr between those two STLs differs in an important way: Clang STL resets the internal pointer of a std::unique_ptr to nullptr at the start of the destructor, while GNU STL leaves the pointer alone.

I have this API setup in Express but I cannot figure out how to correctly prepare the language filter with the IN statement using SQLite3 in node.js.

The first query applies the language filter correctly. I get the correct results but this could pose a sql injection risk.

The second query finds no results because of the language filter.

How do I correctly setup the db.prepare statement to accept both words, and language?