awaish-pkg 1.43

A simple package offering a collection of useful functions for enhanced productivity.

Project title

awaish_pkg is a Python package that contains a collection of utility functions and a stack data structure. It is designed to assist with various operations, including mathematical calculations, sorting algorithms, and text processing.

Features

1. Utility Functions:

   • List manipulation (sum of digits, separating positive and negative numbers, etc.)

   • Fibonacci series generator

   • Prime number checker

   • Number patterns (palindrome pyramid)

   • Sorting algorithms

2. Stack Data Structure:

   • Implement stack operations: push, pop, peek, check if empty/full, and display.

Installation

To install the package, simply run:

pip install awaish_pkg

Documentation

For detailed documentation, see: GitHub

Author

Created by: abuawaish7

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Usage

To use the package in your Python script:

from awaish_pkg import Stack, UtilityFunctions

# Example usage of stack
stack = Stack()
stack.run_stack()

# Example usage of utility functions
UtilityFunctions.add_list_index_element()

CHANGELOG for awaish_pkg

Version 1.43 - Sixth Release

• Fixed the output of the palindrome_number_pattern function to ensure it prints a correct and visually balanced number pyramid.

• Created the Stack class with methods for basic stack operations (push, pop, peek, etc.).

• Added utility functions in UtilityFunctions class including:

  • add_list_index_element: Sums the digits of each integer in a list.

  • find_positive_and_negative: Separates positive and negative numbers in a list.

  • factor_finder: Finds factors of a given number and calculates their sum.

  • count_vowel_and_spaces: Counts vowels and spaces in a text input.

  • prime_finder: Determines if a given number is prime.

  • even_and_odd: Separates even and odd numbers from a list.

  • fibonacci_series: Generates a Fibonacci series.

  • selection_sort: Sorts a list using the selection sort algorithm.

  • palindrome_number_pattern: Prints a palindrome-style number pyramid.

• Developed a user-friendly interactive system for stack operations.