CFB | Canadian Furious Beaver is a tool for monitoring IRP handler

problem:

Problem

if I fix:

After

I want to see AppCompatTextView with Android-Studio.
How to see the AppCompatTextView?
Nothing Error! I don't know why..
Please help this problem..

activity_searchresult.xml:

I wanna develop NavigationDrawer with Android-Studio.
So, When I add NavigationView(activity_main.xml), it gets on Error.
When I add only Toolbar & NavigationView Code in xml, it has no problem,
but, look at the activity_main.xml. It has ViewPager, DotsIndicator, BottomNavigationView..

Hamburger Button on Toolbar

Logcat:

I have this python snippet which always worked for me:

I would like to decrypt Zigbee paquets from a Xiaomi Aqara switch. Here is the raw encrypted frame I sniffed on a network:

Raw encrypted frame

new to Python so this might be a basic question but I have the following table:

https://www.sports-reference.com/cfb/years/1991-passing.html

And I'd like to scrape it with BeautifulSoup to have an output like this:

Problem 1: If you look at the URL above, every 21st row is a header row that should be ignored Problem 2: "Rushing" seems to be another th so my code and output below currently are like this:

I have a complex file read issue....I have a need to read a DOCX file with an embedded file system, extract a ZIP file, and peruse the ZIP file's internal directory to extract the actual files I need. I already have written this code in Java successfully, so I know it can be accomplished. But, I want to do this in Rust.

Currently, I can read the DOCX file, iterate through the OLE10 objects to locate the file I need. The OLE10 file (which is actually the ZIP) has a weird extraction command header of 256 bytes, which I seek past. If I read the rest of the file stream and write it to the filesystem it will write out as a ZIP. I can use 7-zip to open the file and see all the contents.

The problem is, no matter what Rust ZIP crate I use (zip, zip_extract, zip_extensions, rc-zip) I just cannot extract the ZIP contents. I continuously run into an issue "cannot find end of central directory". I have iterated through the file, and the EOCD tag of "50 4B 05 06" is actually there. If I end the stream at the EOCD, I got an "early end of file exit" error. The file is >9M, and I am wondering if this might be the issue.

Anyone have any ideas how to use Rust to extract the ZIP directory and attach it to a buffer or the filesystem?

Here's the code that just won't extract:

I have a serial to TCP device which is receiving data via rs232, encrypting that data, then forwarding to a TCP server. The documentation for the device's encryption methodology is borderline nonexistent, only that its 128, 192, or 256 bit AES encryption(configurable). Judging from some other context clues in the documentation, I'm seeing that it is likely utilizing either CBC or CFB mode of operation(though that could be wrong as well). And no, I have no insight into the nature of the IV in the documentation. Perhaps its prepended to the encrypted data?

For development purposes, I have the same RS232 data going to two different devices: one is configured to encrypt the data, the other is configured to send in plaintext. Below is the same data in both plaintext and encrypted format.

Plaintext:

I'm new to Crypto and am trying to make a block cipher encryption program. And I've stumbled across a doubt while writing the CFB part.

Supposing we have a 64-bit block cipher with. And we use 7-bit CFB along with it. Then, for each block, the block will be run nine times wherein nine 7-bit left shifts to the block (starting with IV) and subsequent additions take place.

This means after 9 rounds of CFB, 63 bits of the 64-bit block are processed. At the end we have one bit remaining. How do I process this bit? Do I take seven bits again or just encrypt the one remaining bit?

I have this same question for any case where the s is not a factor of the block size.

I have a legacy database with content that was encrypted with mcrypt using DES (yes, I know, it was a long time ago) The encryption method is like this: