medusa | An open source interactive disassembler | Reverse Engineering library

I am just starting to master modular applications and I have a problem with the logback.

Before modularity was introduced into the project, Logback successfully worked with the same settings.

As soon as I start working with the LoggerContext and add the line requires ch.qos.logback.classic to the module-info.java, the application crashes.

Crash occurs in the line receiving the logger:

I am reading File that contains

I have generated three classes from XSD schema:

I have a text file with many rows that generally follow the patterns shown below and I'd like to extract the segments numbered 1-4 in the image below. I cannot do it with Excel because the punctuation is not sufficiently consistent so I'd like to use RegEx.

I am looking for 4 distinct RegEx expressions, corresponding to the 4 items.

What I have so far:

• (.+?(?=/)) gets me everything up to the / but I can't figure out how to split it in the Yellow and Cyan sections
• (?<=\/\s)(.*) gets me everything after the / but includes the Mintmark portion

Here is a good sample of the file contents:

I have ansible role which checks the latest backups from my databases (cassandra and elasticsearch) so i have this output

I have an online store and am trying to display five similar products on the product page. There is a many-to-many relationship between products and tags which I'm trying to query (join table) using INNER JOIN. Here is the SQL query I have thus far:

I am trying to mimic a visual that depicts multiple relationships by time period, like this (time period = generation):

However, my efforts have not panned out thus far; I'm still getting blank output in the browser. Hard coded data and code in the snippet:

this.statues.shift(); is isolating the correct element and removing it from the array. When this happens though, person.stoned needs to be false. Any pointers? Thank you.

Code:

This is a question from the 2019 Australian Informatics Olympiad Competition:

After the success of your latest research project in mythical DNA, you have gained the attention of a most diabolical creature: Medusa. Medusa has snakes instead of hair. Each of her snakes’ DNA is represented by an uppercase string of letters. Each letter is one of S, N, A, K or E. Your extensive research shows that a snake’s venom level depends on its DNA. A snake has venom level x if its DNA:

• has exactly 5x letters • begins with x copies of the letter S

• then has x copies of the letter N

• then has x copies of the letter A

• then has x copies of the letter K

• ends with x copies of the letter E.

For example, a snake with venom level 1 has DNA SNAKE, while a snake that has venom level 3 has DNA SSSNNNAAAKKKEEE. If a snake’s DNA does not fit the format described above, it has a venom level of 0. Medusa would like your help making her snakes venomous, by deleting zero or more letters from their DNA. Given a snake’s DNA, can you work out the maximum venom level this snake could have?

Is it possible using binary search to obtain an algorithm with complexity O(nlogn)?