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The computer must generate a random number and store it in the variable.
The computer must ask a user about the number, for example, "what is a number?".

A User can guess the number by printing it on the keyboard.

When the printed number is equal to generated, the computer must show a message that the user wins.
When the printed number is not equal to generated, the computer must show a state of the printed number. (less or more)

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• bash

Create a factorial function in the lesson22.py module

1. Ask user about book id
2. Print book

Input:

• a list (array, set, dictionary) A with n elements. The element can be a book, for example.
• value x to find

a function should find and return an index of a book x in the list A

Signboard changes:

1. Format output
2. Default button choice for the opening

Business changes:

1. Number choice should be used in the cycle
2. Limit steps

User can:

1. see the actual storage state

• ID
• book name

2. see input, enter value ID
3. enter the button
4. see book details

1. Load data from csv file
2. Show the first 10 records on the first screen

Also can be an interface

Homo can be inverted for the Duck, for example:

class Homo: #define interface

def init(self, name)

def get_safe_status(self)

def get_food(self)

I want to get information about the current minute.
Is it odd or not?

in lesson20.py:

• find an index of value 10 and print if exists
• shuffle list
• find an index of value 12 and print if exists
• remove two random items
• sort items in the result list

We can use list operations to make code more clean

append items to the data structure in the lesson13

python main.py
Traceback (most recent call last):
File "main.py", line 29, in
item = Book(pieces[0].strip(), pieces[1].strip(), pieces[2].strip(), pieces[3].strip(), pieces[4].strip(), pieces[5].strip())
IndexError: list index out of range

I want to have a function for translating Arabic numbers to Roman numbers.
Example:
36 == XXXVI

A Fibonacci algorithm should be defined in the function.

1. check user input
2. dynamic range

Copilot instructions:

The computer must generate a random number and store it in the variable.
The user must enter a number from the keyboard and store it in the variable.

The computer must compare the two numbers and display the result on the screen.

If the user's number is greater than the computer's number, the computer must display the message "You win!"
If the user's number is less than the computer's number, the computer must display the message "You lose!"
If the user's number is equal to the computer's number, the computer must display the message "Draw!"

The computer must ask the user if he wants to play again.

If the user enters "Y" or "y", the computer must start the game again.
If the user enters "N" or "n", the computer must display the message "Goodbye!" and end the program.

We have a range of integers from 1 to 101.

When the range item is divided by 3 and 5 then print fizz_buzz.
When the range item is divided by 5 then print buzz.
When the range item is divided by 3 then print fizz.

Else print item value, odd or even.

Actual behavior:

• Book cannot be added to the Shelf

Expected Behaviour

• Book can be added to the Shelf

We have a string with symbol duplicates, for example "AAAATTBBNOOOOS..."
String must be archived in duplicated symbols.

Field id in the book should be an integer

The menu shows categories, items, operations, and ways for running.
Optional parameters:

• weight
• amount
• markers, tags

Linear search can be cleaner.
Current realization checks every list item in the loop.

Current: the last book prints
Expected: the book by id prints

Output messages should be abstract

1. Use module for constants
2. Import module in the client code