ramdisk | RAM disk driver for Windows

I tried to use jcowgill's pre-compiled kernel and QCOW2 Disk Image, but qemu got stuck here after some output. Don't know what happened, qemu is just stuck here and I can't enter any commands.

Command:

My boot chain is EFI --> U-Boot (as EFI app) --> loading itb file to the ramdisk --> starting kernel. When system ends startup process, and I've checked the /boot directory, I expected to see boot.cfg and image.itb files. I see bzImage file instead. Device architecture is x86_64.

My image content looks like:

So I was looking around the Linux kernel (v 2.6.9) and I found that the boot sector code for i386 and x86_64 architectures have idential code. But isn't the golden rule of programming to keep your code DRY (do not write duplicate code)? So why the Linux maintainers didn't just re-use this file instead of copy - pasting it? I'm trying to learn good and clean code and this confused me. I mean if 2 architectures share the same boot code - just reuse it?

In the Linux source code these two files are exactly the same.

/arch/i386/boot/bootsect.S and /arch/x86_64/boot/bootsect.S

I'm creating tools using Python 3.8.1 for organizing my images. One of those tools is to detect and separate similar images. So, I need an algorithm to compare each images with all other images in that folder, more correctly, I need a BETTER algorithm to compare each images with all other images in that folder.

My approach for this problem is like this :
Let's take an example of 6 images. We name the image as 1, 2, 3, 4, 5, and 6. This is all the possible comparisons between each image to all images in that folder :
1 -> 1   2 -> 1   3 -> 1   4 -> 1   5 -> 1   6 -> 1
1 -> 2   2 -> 2   3 -> 2   4 -> 2   5 -> 2   6 -> 2
1 -> 3   2 -> 3   3 -> 3   4 -> 3   5 -> 3   6 -> 3
1 -> 4   2 -> 4   3 -> 4   4 -> 4   5 -> 4   6 -> 4
1 -> 5   2 -> 5   3 -> 5   4 -> 5   5 -> 5   6 -> 5
1 -> 6   2 -> 6   3 -> 6   4 -> 6   5 -> 6   6 -> 6
There are 6 * 6 = 36 comparisons.
Next, because we are comparing each images for finding similar image, it is logical to exclude comparisons between itself, so we need to remove comparison 1 -> 1, 2 -> 2, and so on. We also need to exclude comparing the images two times, for example, comparing 1 -> 2 and then comparing 2 -> 1 again. Logically speaking, what is the difference between comparing "me" and "you", and comparing "you" and "me". If "I" really am different than "you", then you don't need to compare it again.
Thus, the rest of the comparisons are :
1 -> 2  
1 -> 3   2 -> 3  
1 -> 4   2 -> 4   3 -> 4  
1 -> 5   2 -> 5   3 -> 5   4 -> 5
1 -> 6   2 -> 6   3 -> 6   4 -> 6   5 -> 6
This reduces the total of images to compare to 5 + 4 + 3 + 2 + 1 = 15 comparisons, less than half the original.
I implement this using a method that takes a list of all the images in that folder, and then returning a list of pairs of two images according to the logic above. Here's the method :

**Hello. Please help me with below. I want to access '3.21.228.186' of "public_ip": "3.21.228.186". What should be debug-var variable ? ##########Full output:

we are having issues saving excel sheets in PHP.

Minimalistic code:

I try to develop an android system, I have some problems with development.

I get used to ubuntu18 and tag of android 11 is android-11.0.0_r17, I have built successfully with lunch 30 "aosp_x86-eng" and I have seen $OUT files and checked then I prepared test_aosp.sh file under ~/bin the results are like that and no emulator window appears: $ ./test_aosp.sh

Yesterday we lost contact with 10 identically configured servers, after some investigation the conclusion was that a reboot after security updates had failed.

We have so far not been able to get any of the servers back online, but were lucky enough to be able to reinstall the instances without data loss.

I will paste the console log below, can anyone help me determine the root cause and perhaps give me some advice on if there is a better way to configure the server to make recovery easier (like getting past the "Press Enter to continue." prompt, that it seems to hang in).

The full log is too big for SO, so I put it on pastebin and pasted a redacted version below. I have removed the escape sequences that colorize the output and removed some double new lines, but besides that it is complete.

I have following structure which consists of independent projects that are builded by the same Makefile (the differences are only in BUILD_TYPE & LINKER_TYPE variables):