Code Library | Explore Python and Multi-Language Function Collections

Seaborn, Pandas, NumPy, Matplotlib

This function uses seaborn's jointplot method to create a scatter plot and color-code different categories based on a given categorical variable. It is suitable for analyzing the relationship between two continuous variables and distinguishing them by color.

2024-12-16 12:10:45 The type of code 3 views

Python, Tweepy

This function uses the Tweepy library to search for tweets that have been posted from a specific location. It requires authentication information, the name of the location, and access tokens.

2024-12-16 12:10:44 Function 4 views

Pydantic, random

This function uses the Pydantic library to create a user model and generate a random user instance. The user model includes id, name, age, and hobbies fields, where age and hobbies are optional. The function uses the random library to generate random data.

2024-12-16 12:10:44 Function 4 views

Pyrogram

This function, using the Pyrogram library, retrieves a random chat photo from a private chat and sends it to the user.

2024-12-16 12:10:44 Chatbot function 4 views

The code uses the packages and technologies such as numpy, pandas, eli5, sklearn, and random forest classifier.

This code first generates a random dataset, then trains a random forest classifier, and uses Eli5's PermutationImportance to calculate feature importances. Finally, it returns the mean importance of each feature.

2024-12-16 12:10:44 The type of code 6 views

Seaborn, NumPy, Matplotlib

This function generates a random hexadecimal color code, which can be used for customizing the colors of plots.

2024-12-16 12:10:43 Custom function 3 views

PyInquirer

This Python function uses the PyInquirer library to create a simple interactive survey that collects the user's username, programming language preference, and willingness to subscribe to a newsletter.

2024-12-16 12:10:43 Python Function 6 views

Tornado, HTTPClient

This code creates a simple Tornado web server that randomly fetches a JSON data. The server listens on port 8888 and when accessed at the root path, it randomly selects one from three predefined URLs, fetches JSON data, and returns it.

2024-12-16 12:10:43 Web server 3 views

Celery, Python standard library

This function uses the Celery library to generate a random string and log it using Celery's logger. It first initializes a Celery application, then gets a logger using `get_task_logger`, generates a random string of a specified length, and logs it as a log message.

2024-12-16 12:10:43 Celery task 4 views

Arcade library

This function generates a random RGB color and returns it as a tuple of RGB values.

2024-12-16 12:10:42 Function 3 views

Code

This function uses seaborn's jointplot method to create a scatter plot and color-code different categories based on a given categorical variable. It is suitable for analyzing the relationship between two continuous variables and distinguishing them by color.

This function uses the Tweepy library to search for tweets that have been posted from a specific location. It requires authentication information, the name of the location, and access tokens.

This function uses the Pydantic library to create a user model and generate a random user instance. The user model includes id, name, age, and hobbies fields, where age and hobbies are optional. The function uses the random library to generate random data.

This function, using the Pyrogram library, retrieves a random chat photo from a private chat and sends it to the user.

This code first generates a random dataset, then trains a random forest classifier, and uses Eli5's PermutationImportance to calculate feature importances. Finally, it returns the mean importance of each feature.

This function generates a random hexadecimal color code, which can be used for customizing the colors of plots.

This Python function uses the PyInquirer library to create a simple interactive survey that collects the user's username, programming language preference, and willingness to subscribe to a newsletter.

This code creates a simple Tornado web server that randomly fetches a JSON data. The server listens on port 8888 and when accessed at the root path, it randomly selects one from three predefined URLs, fetches JSON data, and returns it.

This function uses the Celery library to generate a random string and log it using Celery's logger. It first initializes a Celery application, then gets a logger using `get_task_logger`, generates a random string of a specified length, and logs it as a log message.

This function generates a random RGB color and returns it as a tuple of RGB values.

Code Search

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1 . The function takes multiple iterable objects as input and returns an iterator that produces tuples, each containing the next value from each input iterable. If an iterable is exhausted first, the value at that position is filled with the specified `fillvalue`.

2 . This function takes a list as input and then uses the sample method from the random module to shuffle the order of the elements in the list and return it.

3 . This function merges two lists and sorts them using the sorted function

4 . This function calculates the square root of the input number.

5 . This function takes a string argument and returns a dictionary containing the count of each English letter (case insensitive) in the string.

6 . This function takes a list of strings as input and returns all unique palindromes in the list.

7 . This function uses the BeautifulSoup library to extract all links from the given HTML content. It can specify the tag to search for and the attributes to filter the links.

8 . This function combines multiple iterable objects into a tuple. If one of the iterable objects is longer than the others, it fills the remaining positions with `fillvalue`.

9 . The function is used to merge multiple iterable objects into one iterator. If the iterables are of uneven length, the specified value is used to fill in the shorter iterables.

10 . This function first generates a random string of a specified length, then retrieves the current time and current directory, converts the string to JSON format, calculates its MD5 hash, checks if it contains a digit, and finally calculates the length of the string and prints all results.