A brief description or tagline about what your project does.

• Introduction
• Features
• Getting Started
  • Prerequisites
  • Installation
• Usage
• Project Structure
• Contributing
• License

app.py: This is likely the main Python file for EXAM_13_11_2023 project. It might contain the core logic or functionality of the application. It's common for Flask web applications to have an app.py file as the entry point.

tools/: This directory seems to contain utility modules or scripts for EXAM_13_11_2023 project.

numbers/: A subdirectory under tools/. It contains Python scripts related to numbers.

Specifically, simp.py and comp.py may involve simple and complex number operations, respectively.

cal.py: A script or module for calculations. It might be a utility file that includes various mathematical operations.

templates/: This directory is likely meant for storing HTML templates. In Flask, this is the conventional directory for placing HTML files that are used for rendering views.

index.html: A sample HTML file. This could be the main template used by the Flask application to render the home page or index page.

requirements.txt:

blinker==1.7.0 click==8.1.7 colorama==0.4.6 Flask==3.0.0 itsdangerous==2.1.2 Jinja2==3.1.2 MarkupSafe==2.1.3 Werkzeug==3.0.1

Other Files: The ... placeholder suggests that there may be additional files or directories in EXAM_13_11_2023 project that were not explicitly listed. These could include configuration files, additional source code, or any other files relevant to EXAM_13_11_2023 project.

EXAM_13_11_2023

app.py file combines Flask web application functionality with modularized calculations from the imported modules.

Flask and Template Configuration:

The Flask class is imported from the flask module, and an instance of the Flask app is created. The template_folder parameter is set to 'templates', indicating that HTML templates are expected to be in a directory named templates within the project. Module Imports:

from tools.numbers import simp, comp: Importing functions from the simp and comp modules in the tools.numbers package. These modules likely contain functions related to simple and complex number operations. import cal: Importing the cal module directly. This module appears to contain a myzip function for zipping two lists. import os: Importing the os module, which provides a way to interact with the operating system. Flask Route:

A route decorator (@app.route('/')) is used to define the behavior of the application when the root URL ('/') is accessed. The home function is defined to handle the root URL. Within this function: Various functions from the imported modules (simp, comp, cal) are used to perform calculations. The results are passed to the render_template function, which renders the index.html template. The results are passed to the template as variables (result_add, result_subtract, etc.). Running the Application:

The if name == 'main': block ensures that the app is only run if the script is executed directly (not imported as a module). app.run(debug=True) starts the development server with debugging enabled. HTML Template (index.html):

The HTML template (index.html) is expected to be in the templates directory. The template is rendered with variables passed from the render_template function.

main.py file is a script that imports functions from the simp, comp, and cal modules (previously mentioned in app.py) and uses these functions to perform various calculations. Here's a breakdown of the key components in your main.py file:

Module Imports:

from tools.numbers import simp: Importing functions from the simp module in the tools.numbers package. from tools.numbers import comp: Importing functions from the comp module in the tools.numbers package. from cal import myzip: Importing the myzip function from the cal module. Function Calls:

Using functions from the simp module (result_add, result_subtract). Using functions from the comp module (result_sum_digits, result_is_palindrome). Using the myzip function from the cal module (result_zip). Printing Results:

Printing the results of the calculations using the print function. The script essentially demonstrates the use of functions from the simp, comp, and cal modules to perform different types of calculations. This separation of functionality into different modules allows for modular and organized code.

The myzip function takes two iterable arguments (it1 and it2) and returns the result of pairing corresponding elements from the two iterables using the built-in zip function. It essentially provides a wrapper around the zip functionality.

The tools/numbers/comp.py file defines a Python module with functions related to number operations.

check_simp_module:

This function is defined but has no implementation (pass). The comment suggests that its functionality will be defined in the main.py file. sum_of_digits:

This function takes an integer num and calculates the sum of its digits. It converts the integer to a string, iterates over each digit, converts it back to an integer, and then calculates the sum. is_palindrome:

This function checks if the given integer num is a palindrome. It converts the integer to a string and compares it with its reverse to determine if it reads the same backward as forward. These functions provide basic number-related operations, and the check_simp_module function is designed to be defined elsewhere, specifically in the main.py file.

The tools/numbers/simp.py file defines a Python module with simple arithmetic functions. Here's an explanation of the content:

add:

This function takes two parameters, x and y, and returns their sum (x + y).

subtract:

This function takes two parameters, x and y, and returns their difference (x - y). These functions are straightforward arithmetic operations providing addition and subtraction. They can be used for basic calculations in the context of the project.

• Feature 1
• Feature 2
• ...

Make sure you have the following installed:

• [Prerequisite 1]
• [Prerequisite 2]
• ...

# Clone the repository
git clone https://github.com/SergeyReizman/EXAM_13_11_2023.git

# Change into the project directory
cd EXAM_13_11_2023

# Install dependencies
pip install -r requirements.txt


Usage
To use Your Project Name, follow these steps:

bash
Copy code
# Run the application
python app.py
[Include additional instructions, code examples, or screenshots if necessary.]

Project Structure
The project structure is organized as follows:

plaintext
EXAM_13_11_2023/
|-- app.py
|-- tools/
|   |-- numbers/
|       |-- simp.py
|       |-- comp.py
|   |-- cal.py
|-- templates/
|   |-- index.html
|-- README.md
|-- requirements.txt
|-- ...


Contributing
Contributions are welcome! Follow these steps to contribute:

Fork the repository
Create a new branch (git checkout -b feature/fooBar)
Commit your changes (git commit -am 'Add some fooBar')
Push to the branch (git push origin feature/fooBar)
Create a new Pull Request
For major changes, please open an issue first to discuss what you would like to change.

License
This project is licensed under the [License Name] - see the LICENSE.md file for details.