py-simple-wrap 🚀

Making Python feel like plain English.

py-simple-wrap is a beginner-friendly Python wrapper package designed to help beginners and developers perform common tasks using simple, intuitive functions.

The goal of this project is to remove the need for memorizing complex syntax or writing repetitive boilerplate code, making Python more accessible and enjoyable for everyone.

🎯 Why py-simple-wrap exists

Python is famous for being the beginner-friendly language — but "beginner-friendly" still has a learning curve, and a lot of people give up right before it gets fun. py-simple-wrap exists to shorten that gap: a toolbox with everything a beginner needs to build something fun enough, early enough, to want to stick around and go deeper into Python.

That's the filter for what belongs here. A function makes the cut if it helps someone go from idea to working thing faster — whether that's a tiny game, a chart, a scraped webpage, or a cleaned-up CSV. It's not trying to replace specialized, production-grade libraries (pandas, matplotlib, pygame and friends do that job better) — it's the on-ramp to them, built for the moment before someone's ready to reach for the "real" tool.

Thinking about contributing a new module? CONTRIBUTING.md has more on what fits that filter and how to propose one.

You'll love py-simple-wrap if:

Before and After

😰 The traditional way

import requests
from bs4 import BeautifulSoup

try:
    response = requests.get('https://github.com', timeout=10)
    response.raise_for_status()
    page = BeautifulSoup(response.content, 'html.parser')
    title = page.title.string
except Exception as e:
    print("The site is down or address is invalid.")

😎 The py-simple-wrap way

from py_simple import get_page_title

print(get_page_title("https://github.com"))

🛠️ Installation

pip install py-simple-wrap

from py_simple import make_blank_file, miles_to_km, is_valid_email

make_blank_file("notes.txt")
print(miles_to_km(26.2))                    # 42.16...
print(is_valid_email("hello@example.com"))  # True

Full walkthrough in QUICKSTART.md, or browse the full documentation site.

⭐ If py-simple-wrap made something easier for you

Consider giving it a star — it helps other beginners find it, and it genuinely makes my day. And if there's a function you wish existed, fork it and add it; this project grew because other people did exactly that. Every module below started here, except easy_strings, which came from a contributor.

🛠️ Module Menu

py-simple-wrap provides simple modules designed to make common Python tasks easier.

📂 Easy File Manager

Click to expand — file operations without the os boilerplate

Function	What it does
`make_blank_file("notes", "txt")`	Create an empty file
`is_file_there("notes.txt")`	Check if a file exists
`add_a_line("notes.txt", "hello!")`	Append a line to a file
`read_file_to_list("notes.txt")`	Read lines into a list
`remove_file("notes.txt")`	Delete a file
`rename_file("old.txt", "new.txt")`	Rename a file
`copy_file("src.txt", "dst.txt")`	Copy a file
`list_files()` / `list_files("txt")`	List files, optionally by extension

🕰️ Easy Date Formatter

Click to expand — readable dates without memorizing strftime codes

Get the current date in any format:

Function	Example output
`get_pretty_date()`	`Friday, July 31, 2026`
`dd_mm_yyyy()`	`31-07-2026`
`mm_dd_yyyy()`	`07-31-2026`
`slash_dd_mm_yyyy()`	`31/07/2026`
`slash_mm_dd_yyyy()`	`07/31/2026`

Need past or future dates? Add past_ or future_ to any function above and pass the number of days:

Pattern	Example
`past_<format>(7)`	`past_pretty_date(7)` → one week ago
`future_<format>(30)`	`future_dd_mm_yyyy(30)` → 30 days from now

Also available: list_available_formats() to see all supported format names.

🔢 Easy Numbers

Click to expand — number checks and calculations without the mental math

Function	What it does	Example
`is_even(n)`	Check if a number is even	`is_even(90)` → `True`
`is_odd(n)`	Check if a number is odd	`is_odd(67)` → `True`
`is_positive(n)`	Check if a number is positive	`is_positive(90)` → `True`
`is_negative(n)`	Check if a number is negative	`is_negative(-10)` → `True`
`is_prime(n)`	Check if a number is prime	`is_prime(2)` → `True`
`is_evenly_divisible(n, d)`	Check if `n` divides evenly by `d`	`is_evenly_divisible(90, 9)` → `True`
`average(nums)`	Average of a list, rounded to 2 decimals	`average([1.5, 2, 3])` → `2.17`
`percentage_of(n, p)`	Get a percentage of a number	`percentage_of(100, 0.5)` → `50.0`
`round_to_nearest(n, m)`	Round to the nearest multiple	`round_to_nearest(23, 5)` → `25.0`
`greatest_common_divisor(a, b)`	Find the GCD of two numbers	`greatest_common_divisor(12, 18)` → `6`
`clamp(n, min, max)`	Keep a number within a range	`clamp(15, 0, 10)` → `10`

📋 Easy Lists

Click to expand — list helpers that keep your code short and readable

Function	What it does	Example
`unique_items(items)`	Remove duplicates, keeping order	`unique_items([1, 2, 2, 3])` → `[1, 2, 3]`
`find_duplicates(items)`	Find items that appear more than once	`find_duplicates([1, 2, 2, 3, 3, 3])` → `[2, 3]`
`chunk_list(items, size)`	Split a list into smaller lists	`chunk_list([1, 2, 3, 4, 5], 2)` → `[[1, 2], [3, 4], [5]]`
`flatten_list(items)`	Flatten nested lists one level deep	`flatten_list([[1, 2], [3]])` → `[1, 2, 3]`
`most_common_item(items)`	Find the most frequent item	`most_common_item([1, 1, 2])` → `1`
`rotate_list(items, steps)`	Rotate items to the right	`rotate_list([1, 2, 3], 1)` → `[3, 1, 2]`
`merge_lists(list_a, list_b)`	Combine two lists	`merge_lists([1, 2], [3, 4])` → `[1, 2, 3, 4]`
`alternate_lists(list_a, list_b)`	Combine lists by taking turns	`alternate_lists([1, 2], [3, 4])` → `[1, 3, 2, 4]`
`sum_all(items)`	Add up numbers, even in nested lists	`sum_all([1, [2, 3], 4])` → `10`
`sort_numbers(items)`	Sort numbers smallest to largest	`sort_numbers([3, 1, 2])` → `[1, 2, 3]`
`sort_words(items)`	Sort words alphabetically, ignoring case	`sort_words(["banana", "Apple"])` → `["Apple", "banana"]`

🔤 Easy Strings

Click to expand — string operations that read like English

Function	What it does	Example
`remove_extra_spaces(text)`	Strip leading, trailing, and double spaces	`remove_extra_spaces(" hello world ")` → `"hello world"`
`to_snake_case(text)`	Convert to snake_case	`to_snake_case("Hello World")` → `"hello_world"`
`to_kebab_case(text)`	Convert to kebab-case	`to_kebab_case("Hello World")` → `"hello-world"`
`is_palindrome(text)`	Check if text reads the same backwards	`is_palindrome("Never odd or even")` → `True`
`is_alphanumeric(text)`	Check if text is letters and numbers only	`is_alphanumeric("Something123")` → `True`
`count_words(text)`	Count the number of words	`count_words("Hello world! How are you?")` → `5`

✂️ Easy Text

Click to expand — text formatting helpers that read like English

|------------------------------|---------------------------------------------|---------------------------------------------------------------| | Function | What it does | Example | | truncate(text, length) | Shorten text and add an ellipsis | truncate("Hello world!", 5) → "Hello…" | | remove_punctuation(text) | Strip punctuation, keep letters and numbers | remove_punctuation("Hello, world!") → "Hello world" | | reverse_words(text) | Reverse the order of words | reverse_words("Hello world") → "world Hello" | | capitalize_title(text) | Capitalize the first letter of each word | capitalize_title("the great gatsby") → "The Great Gatsby" | | count_letters(text) | Count the number of letters | count_letters("Hello 123!") → 5 | | count_digits(text) | Count the number of digits | count_digits("Hello 123!") → 3 | | mask_part(text, visible=4) | Hide part of text behind asterisks | mask_part("1234567890", 4) → "1234 ******" | | pluralize(word, count) | Get the singular or plural form | pluralize("cat", 3) → "cats" | | extract_hashtags(text) | Extract hashtags without the # symbol | extract_hashtags("#python rocks") → ["python"] | | word_frequency(text) | Count how often each word appears | word_frequency("the cat and the dog") → {"the": 2, ...} |

🔄 Easy Converter

Click to expand — unit conversions without memorizing formulas

Time

Function	Example
`seconds_to_hh_mm_ss(3665)`	`"01:01:05"`
`hh_mm_ss_to_seconds(1, 1, 1)`	`3661`

Distance & Length

Function	Example
`km_to_mile(100)`	`62.13`
`miles_to_km(100)`	`160.93`
`meters_to_feet(100)`	`328.08`
`feet_to_meters(328.08)`	`100.0`
`cm_to_inches(100)`	`39.37`
`inches_to_cm(39.37)`	`100.0`

Weight

Function	Example
`kg_to_lb(5)`	`11.02`
`lb_to_kg(110.23)`	`50.0`

Temperature

Function	Example
`celsius_to_fahrenheit(25)`	`77.0`
`fahrenheit_to_celsius(104)`	`40.0`

Volume

Function	Example
`fluid_oz_to_ml(1, standard='us')`	`29.6`
`fluid_oz_to_ml(1, standard='uk')`	`28.4`
`ml_to_fluid_oz(1, standard='us')`	`0.03`
`ml_to_fluid_oz(1, standard='uk')`	`0.04`

Area

Function	Example
`sq_meters_to_sq_feet(10)`	`107.64`
`sq_feet_to_sq_meters(107.64)`	`10.0`

Speed

Function	Example
`mph_to_kph(0.621371)`	`1.0`
`kph_to_mph(1.60934)`	`1.0`

✅ Easy Validator

Click to expand — input validation without regex memorization

Function	What it checks	Example
`is_valid_email(str)`	Valid email format	`is_valid_email("hello@world.com")` → `True`
`is_valid_username(str)`	Letters, numbers, and underscores only	`is_valid_username("user_name")` → `True`
`is_valid_url(str)`	URLs with http, https, or www	`is_valid_url("www.google.com")` → `True`
`is_valid_zipcode(int)`	5-digit US zip code	`is_valid_zipcode(12345)` → `True`
`is_password_secure(str)`	8+ chars, upper, lower, digits, special, no repeats	`is_password_secure("1andkrf!AG5")` → `True`

🌐 Easy Web

Click to expand — web scraping and checks without the requests/BS4 boilerplate

Function	What it does	Example
`is_page_up(url)`	Check if a site returns 200	`is_page_up("https://github.com")` → `True`
`get_page_title(url)`	Get the page title	`get_page_title("https://github.com")` → `"GitHub · ..."`
`get_page_content(url)`	Get prettified HTML	`get_page_content("https://google.com")`
`count_links(url)`	Count links on a page	`count_links("https://github.com")` → `144`
`get_link_list(url)`	Get all links as a list	`get_link_list("https://github.com")` → `[...]`
`count_tags(url, tag)`	Count tags of a given type (e.g. `'a'`, `'img'`)	`count_tags("https://github.com", "img")` → `12`
`get_tag_list(url, tag)`	Get useful info from each matching tag	`get_tag_list("https://github.com", "img")` → `[...]`
`print_allowed_tags()`	Print the supported tag → attribute map	`print_allowed_tags()` → `{'a': 'href', 'img': 'src'}`
`get_meta_description(url)`	Get all meta tag contents	`get_meta_description("https://github.com")` → `[...]`
`get_all_headers(url)`	Get text from all `<header>` tags	`get_all_headers("https://github.com")` → `[...]`

🎨 Easy Colors

Click to expand — hex/RGB/HSL color conversions without memorizing the formulas

Function	What it does	Example
`is_valid_hex(hex_code)`	Checks whether a string is a valid hex color code	`is_valid_hex("#FFFFFF")` → `True`
`hex_to_rgb(hex_code)`	Converts a hex color code to an (R, G, B) tuple	`hex_to_rgb("#FFFFFF")` → `(255, 255, 255)`
`rgb_to_hex(r, g, b)`	Converts (R, G, B) values to a hex color string	`rgb_to_hex(255, 255, 255)` → `"#FFFFFF"`
`rgb_to_hsl(r, g, b)`	Converts (R, G, B) values to an (H, S, L) tuple	`rgb_to_hsl(255, 0, 0)` → `(0.0, 100.0, 50.0)`
`hsl_to_rgb(h, s, lightness)`	Converts an (H, S, L) color to an (R, G, B) tuple	`hsl_to_rgb(120, 100, 50)` → `(0, 255, 0)`
`random_hex_color()`	Returns a random valid hex color string	`random_hex_color()` → e.g. `"#A1B2C3"`
`is_light_color(hex_code)`	Returns whether a hex color is "light" based on perceived luminance	`is_light_color("#FFFFFF")` → `True`
`hex_to_rgba(hex_code, alpha)`	Converts a hex color and alpha value into an (R, G, B, A) tuple	`hex_to_rgba("#FF0000", 0.5)` → `(255, 0, 0, 0.5)`
`contrast_ratio(hex1, hex2)`	Calculates WCAG contrast ratio between two hex colors	`contrast_ratio("#000000", "#FFFFFF")` → `21.0`

🔄 Easy Flow

Click to expand — running scripts, timing, and retries without the boilerplate

Function	What it does	Example
`run_py_file(filename)`	Runs a `.py` file as `__main__`, raising `EasyFlowError` on failure	`run_py_file("script.py")`
`run_py_file_safe(filename)`	Same as `run_py_file`, but returns `(success, error)` instead of raising	`success, error = run_py_file_safe("script.py")`
`time_function_call(function, args=None)`	Runs a function once and returns how long it took, in seconds	`time_function_call(add, [2, 3])` → `0.000002`
`time_it`	Decorator that times a function and prints how long it took	`@time_it` above a function definition
`retry(func, attempts=3, delay=1)`	Calls a function, retrying it if it fails, with a pause between attempts	`retry(flaky_api, attempts=5, delay=2)`

📄 Easy JSON

Click to expand — JSON file handling without the boilerplate

Function	What it does	Example
`open_json(path)`	Read a JSON file into a dict	`open_json("config.json")`
`save_json_data(path, dict)`	Save a dict to a new JSON file	`save_json_data("config.json", {"name": "Sara"})`
`update_json(path, dict)`	Merge new data into an existing JSON file	`update_json("config.json", {"name": "Sara"})`
`pretty_json(data=dict)`	Pretty-print a dict as indented JSON	`pretty_json(data={"name": "Sara"})`
`pretty_json(filepath=path)`	Pretty-print a JSON file's contents	`pretty_json(filepath="config.json")`
`is_json_file(path)`	Check if a file exists and is .json	`is_json_file("config.json")` → `True`
`is_nested_json(data=dict)`	Check if a dict has any nested dicts/lists	`is_nested_json(data={"a": 1, "b": {"c": 2}})` → `True`
`flatten_json(data=dict)`	Flatten a nested dict into single-level keys	`flatten_json(data={"a": 1, "b": {"c": 2}})` → `{"a": 1, "b-c": 2}`

🔍 Easy Regex

Click to expand — pull common patterns out of text without writing regex

Function	What it does	Example
`extract_emails(text)`	Find all email addresses in text	`extract_emails("Contact hello@example.com")` → `['hello@example.com']`
`extract_urls(text)`	Find all URLs in text	`extract_urls("Visit www.example.com")` → `['www.example.com']`
`extract_number_sequences(text)`	Find number sequences joined by `-`, `_`, `:`, or `.` (dates, times, IPs, IDs)	`extract_number_sequences("IP 192.168.1.1 at 14:32")` → `['192.168.1.1', '14:32']`
`extract_numbers(text)`	Find all standalone digit sequences	`extract_numbers("I have 3 cats and 12 fish")` → `['3', '12']`

⚡ Easy Async

Click to expand — run multiple functions at the same time without touching ThreadPoolExecutor directly

Function	What it does	Example
`run_at_the_same_time_no_params(functions)`	Runs multiple functions at the same time	`run_at_the_same_time_no_params([add, sub])` → `[('add', 2), ('sub', 2)]`
`run_at_the_same_time_with_params(functions_and_args)`	Runs multiple functions at the same time, each with its own arguments	`run_at_the_same_time_with_params([(add, 1, 1), (sub, 4, 2)])` → `[('add', 2), ('sub', 2)]`

🔑 Easy Dict

Click to expand — dictionary operations without the boilerplate

Function	What it does	Example
`merge_dicts(dict_a, dict_b)`	Combines two dictionaries, dict_b wins on shared keys	`merge_dicts({"a": 1}, {"b": 2})` → `{"a": 1, "b": 2}`
`lists_to_dict(keys, values)`	Combines two lists into a dictionary, pairing them by position	`lists_to_dict(["name", "age"], ["Ana", 25])` → `{"name": "Ana", "age": 25}`
`invert_dict(dictionary)`	Returns a new dictionary with keys and values swapped	`invert_dict({"a": 1, "b": 2})` → `{1: "a", 2: "b"}`
`get_nested_value(dictionary, path)`	Gets a nested value using a dot-separated path, with a default fallback	`get_nested_value({"user": {"name": "Ana"}}, "user.name")` → `"Ana"`
`sort_dict_by_key(dictionary)`	Returns a new dictionary with keys sorted alphabetically	`sort_dict_by_key({"b": 2, "a": 1})` → `{"a": 1, "b": 2}`
`sort_dict_by_value(dictionary)`	Returns a new dictionary with values sorted from smallest to largest	`sort_dict_by_value({"a": 2, "b": 1})` → `{"b": 1, "a": 2}`
`rename_key(dictionary, old, new)`	Returns a copy of the dictionary with one key renamed	`rename_key({"name": "Ana"}, "name", "username")` → `{"username": "Ana"}`
`find_keys(needle, dictionary)`	Returns every key whose value matches the given needle	`find_keys(1, {"a": 1, "b": 2, "c": 1})` → `["a", "c"]`
`count_values(dictionary)`	Counts how many times each value appears in the dictionary	`count_values({"a": 1, "b": 2, "c": 1})` → `{1: 2, 2: 1}`
`most_common_value(dictionary)`	Returns the value that appears most often in the dictionary	`most_common_value({"a": 1, "b": 2, "c": 1})` → `1`

🖼️ Easy Images

Click to expand — resize, convert, rotate, and inspect images without wrangling Pillow directly

Function	What it does	Example
`resize_image("photo.jpg", "photo_small.jpg", 320, 240)`	Resize an image to given dimensions and save it	Saves a 320×240 version of `photo.jpg` as `photo_small.jpg`
`convert_image("photo.png", "photo.jpg")`	Convert an image to a different format based on file extension	Saves `photo.png` as a JPEG at `photo.jpg`
`rotate_image("photo.jpg", "photo_rotated.jpg", 90)`	Rotate an image by an angle (counter-clockwise) and save it	Saves `photo.jpg` rotated 90° as `photo_rotated.jpg`
`get_image_info("photo.jpg")`	Get basic info about an image	`get_image_info("photo.jpg")` → `{"width": 1920, "height": 1080, "format": "JPEG", "mode": "RGB"}`

🧮 Easy Math

Click to expand — math helpers without re-deriving the formulas

Function	What it does	Example
`get_least_common_multiple(a, b)`	Returns the least common multiple of two integers	`get_least_common_multiple(4, 6)` → `12`
`factorial(n)`	Returns the factorial of a whole number	`factorial(5)` → `120`
`fibonacci(count)`	Returns the first `count` Fibonacci numbers	`fibonacci(5)` → `[0, 1, 1, 2, 3]`
`prime_factorization(n)`	Returns the prime factors of a number, including repeats	`prime_factorization(12)` → `[2, 2, 3]`
`sum_of_digits(n)`	Returns the sum of the digits of an integer	`sum_of_digits(1234)` → `10`
`divisors(n)`	Returns every positive integer that divides n evenly	`divisors(12)` → `[1, 2, 3, 4, 6, 12]`

📊 Easy Stats

Click to expand — statistics operations without memorizing the formulas

Function	What it does	Example
`median(nums)`	Returns the middle value of a list of numbers	`median([4, 1, 9, 2])` → `3.0`
`mode(nums)`	Returns the number that appears most often	`mode([2, 1, 2, 3])` → `2`
`data_range(nums)`	Returns the difference between the largest and smallest numbers	`data_range([4, 1, 8, 2])` → `7`
`variance(nums)`	Returns how spread out the numbers are, as sample variance	`variance([1, 2, 3])` → `1.0`
`standard_deviation(nums)`	Returns how far numbers typically sit from the average	`standard_deviation([1, 2, 3])` → `1.0`
`percentile(nums, percent)`	Returns the value below which the given percent of numbers fall	`percentile([1, 2, 3, 4], 75)` → `3`

📑 Easy CSV

Click to expand — CSV reading and writing without the csv module boilerplate

Function	What it does	Example
`read_csv_to_list("people.csv")`	Reads a CSV file into a list of dicts (or lists)	`read_csv_to_list("people.csv")` → `[{'Name': 'Alice', 'Age': '24'}]`
`write_csv_from_list("people.csv", data)`	Writes a list of dicts or lists to a CSV file	`write_csv_from_list("people.csv", [{"Name": "Alice", "Age": "24"}])`
`get_csv_columns("people.csv")`	Returns the column headers of a CSV file	`get_csv_columns("people.csv")` → `['Name', 'Age']`
`filter_csv_rows("people.csv", "Name", "Alice")`	Returns rows where a column matches a given value	`filter_csv_rows("people.csv", "Name", "Alice")` → `[{'Name': 'Alice', 'Age': '24'}]`

🎮 Easy Game

Click to expand — pygame setup without the boilerplate

Function	What it does	Example
`basic_game_setup(800, 600, "My Game")`	Sets up a pygame window and clock in one call (init, display, caption, clock)	`screen, clock = basic_game_setup(800, 600, "My Game")`
`check_if_quit()`	Checks the event queue for a quit event, so you don't write the `for event in pygame.event.get()` loop yourself	`if check_if_quit(): running = False`
`get_mouse_position()`	Gets the current mouse cursor position	`x, y = get_mouse_position()`
`is_left_mouse_button_clicked()`	Checks if the left mouse button is currently held down	`if is_left_mouse_button_clicked(): ...`
`is_middle_mouse_button_clicked()`	Checks if the middle mouse button (scroll wheel) is currently held down	`if is_middle_mouse_button_clicked(): ...`
`is_right_mouse_button_clicked()`	Checks if the right mouse button is currently held down	`if is_right_mouse_button_clicked(): ...`

🤝 Contributing

I would love to have your help in making Python simpler for everyone!

Contributions of all sizes are welcome:

Fix documentation
Improve existing modules
Suggest new features
Add new functionality
Improve examples

Please check CONTRIBUTING.md before submitting changes.

Every contribution helps make py-simple-wrap better for beginners and developers.

🤝 Contributors

A huge thank you to these wonderful people for helping make Python simpler for everyone!

Emoji Key:

- 👑 = Original Author
- 🪶 = Module author
- 🛡️ = Maintainer
- ✋ = Collaborators
- 💻 = Code
- 🧪 = Tests
- 🚇 = Infrastructure
- 📖 = Docs
- 🐛 = Bug Reports
- 🚀 = Project Management

_{Sara Czasak} 🛡️ 🚀 💻 📖 👑 ✋ 🪶	_{jagjitkaur0000} 🧪 ✋	_{atiqur rahman} 🧪 ✋	_{Gaohar Imran} 🧪 💻 ✋	_{Yassin Azzouzi} 📖 ✋	_ghostfix-pm 🚇 🧪 💻 📖 🪶	_{Pranjal Solanki} 💻
_{Shivam Singh} 📖 🧪 💻 🪶	_{Challa Leela Prasad} 💻	_HeaTTap 📖 🧪 💻 🪶	_{Avery Quinn} 🧪	_{Marcos Max} 📖	_Matheus 🧪	_{Mlandvo Maphalala} 🧪 🐛
_qotique 📖 🪶	_AureSerua 💻	_{Dane Parin} 💻 🧪 🪶	_{Vijay Misal} 💻 🧪 🪶	_{Aashi Srivastava} 🧪	_{Thomson Lee} 🧪	_{João Pedro Brasil} 🧪 🪶
_d.smirnov 💻	_Venkat 📖	_E4x7k 📖	_{Julio Batista Silva} 🚇

This project follows the all-contributors specification. Contributions of any kind welcome!

⚖️ License

This project is licensed under the MIT License.

You are free to use, modify, and distribute it.

See the LICENSE.md file for the full legal text.

Release files for py-simple-wrap 0.3.3

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Source distribution for py-simple-wrap 0.3.3
File	Size	Uploaded
py_simple_wrap-0.3.3.tar.gz	119.7 kB	Aug 17, 2026	Details

Built distribution (wheel)

Table of built distributions (wheels) for py-simple-wrap 0.3.3
File	Interpreter	ABI	Platform	Reset
py_simple_wrap-0.3.3-py3-none-any.whl 58.3 kB Aug 17, 2026	Python 3	none	any	Details

Total release size: 178.0 kB

Release files / py_simple_wrap-0.3.3.tar.gz

Download URL	py_simple_wrap-0.3.3.tar.gz
Size	119.7 kB
Tags	Source
SHA-256 checksum How to use checksums	`8c857078582356055c027b49c54497e97201738743b34ee99c68f03eacd8c7a3`
BLAKE2b-256 checksum How to use checksums	`58a7741ad367627a0f51eba40bdefb5073ede23a95ae6515e23f30530f74ba8a`
Upload date	Aug 17, 2026
Uploaded using Trusted Publishing? What is trusted publishing?	Yes
Uploaded via	`twine/7.0.0 CPython/3.13.14`

Provenance

Provenance describes where a file came from. On PyPI, provenance is shared via attestations, which provide a verifiable record of the build or publishing details. View details, limitations and caveats.

Identity

Publishing platform: GitHub Actions
Publishing repository: github.com/sara-czasak/py-simple-wrap
Publishing commit: github.com/sara-czasak/py-simple-wrap/tree/c41f6f16855ad44ca55f2991be2edc078e7fd6c6

Workflow

Publishing configuration: github.com/sara-czasak/py-simple-wrap/blob/c41f6f16855ad44ca55f2991be2edc078e7fd6c6/.github/workflows/publish.yml
Publishing logs: github.com/sara-czasak/py-simple-wrap/actions/runs/32034880457/attempts/1

Artifact

Subject: py_simple_wrap-0.3.3.tar.gz
SHA-256 checksum: 8c857078582356055c027b49c54497e97201738743b34ee99c68f03eacd8c7a3 Verifying attestations

Release files / py_simple_wrap-0.3.3-py3-none-any.whl

Download URL	py_simple_wrap-0.3.3-py3-none-any.whl
Size	58.3 kB
Tags	Python 3
SHA-256 checksum How to use checksums	`86023da93b063203bcefe88a7aed2dd1444cb007217c5c1422bf71bde48e2cea`
BLAKE2b-256 checksum How to use checksums	`fedf730027f47d5bcbbd1bc18fbb10f5ac1c38a0062196a7d60d35a6e178148b`
Upload date	Aug 17, 2026
Uploaded using Trusted Publishing? What is trusted publishing?	Yes
Uploaded via	`twine/7.0.0 CPython/3.13.14`

Provenance

Identity

Publishing platform: GitHub Actions
Publishing repository: github.com/sara-czasak/py-simple-wrap
Publishing commit: github.com/sara-czasak/py-simple-wrap/tree/c41f6f16855ad44ca55f2991be2edc078e7fd6c6

Workflow

Publishing configuration: github.com/sara-czasak/py-simple-wrap/blob/c41f6f16855ad44ca55f2991be2edc078e7fd6c6/.github/workflows/publish.yml
Publishing logs: github.com/sara-czasak/py-simple-wrap/actions/runs/32034880457/attempts/1

Artifact

Subject: py_simple_wrap-0.3.3-py3-none-any.whl
SHA-256 checksum: 86023da93b063203bcefe88a7aed2dd1444cb007217c5c1422bf71bde48e2cea Verifying attestations