binb | : notes : Competitive , multiplayer , realtime , guess | Socket library

I'm helping clean up some code for a senior design project. The students have a python app that is using tkinter to create a GUI for inventory control and vending product. I don't want to post a ton of code but hope to portray what I'm trying to do.

Description of what is below: BinA, BinB, BinC,and BinD are all the same but with unique variable passed in, A bin class was created in a new document called pages.py. These are created at the bottom of the main program with their variables. Then I put them in a framesList along with other pages the application will navigate through. All the other frames in the list are currently unique hard-coded classes in the code or we will want to apply the solution I'm struggling with if we get it working.

When Bin(A-D) all had unique hard-coded self named classes that had identical code in them other than the few parameters we identified, screen navigation operated as expected, but creating 4 instances of pages.bin and iterating through the list of frames results in only having what appears to be 4 pages.bin with only the last created variables. You can see after for F in frameList: the show self.show_frame(BinA) is called, but the first element in the LinkList is a string the populates a label on the screen. This label only show what ever the last frame was created of the Pages.bin. type. The other screen are all created correctly and function. Just navigating back to screen Bin(?) always behaves like BinD in this case. If I create them in reverse order D,C,B,A then BinA is the result for all four.

I suspect what is happeing is we are only creating one instance of pages.Bin and simply overwriting it in each loop of for F in frameList: but the other are ok because they are all unique Classes.

I have two feed bins (BinA, BinB) that output data via XML. Using Node, I can already successfully parse and log the relevant data to a text file every 5 minutes, see snippet:

This is the dataframe:

This is the dataset I have, intuitively, Firm represents the unique firm identifier. y1, y2, y3 represents the number of employees they have. prob_y1, prob_y2, prob_y3 are the probabilities of number of employees. I need to classify prob_y1, prob_y2 and prob_y3 based on the values of y1, y2 and y3. I have attached function to classify those.

This Question is about challenge number 6 in set number 1 in the challenges of "the cryptopals crypto challenges".

The challenge is:

There's a file here. It's been base64'd after being encrypted with repeating-key XOR.

Decrypt it.

After that there's a description of steps to decrypt the file, There is total of 8 steps. You can find them in the site.

I have been trying to solve this challenge for a while and I am struggling with the final two steps. Even though I've solved challenge number 3, and it contains the solution for these steps.

Note: It is, of course, possible that there is a mistake in the first 6 steps but they seems to work well after looking at the print after every step.

My code:

Written in Python 3.6.

In order to not deal with web requests, and since it is not the purpose of this challenge. I just copied the content of the file to a string in the begging, You can do this as well before running the code.