Code Library | Explore Python and Multi-Language Function Collections

OAuthlib

This function uses the OAuth1 and OAuth1Session classes from the OAuthlib library to obtain an access token by providing client ID, client secret, authorization response, and token URL.

2024-12-16 12:15:05 OAuth1 access token fetcher 27 views

The code uses the sqlite3 package and technology stack.

This code defines a function that first generates a random table name, then creates a random table with an integer primary key and a text field, inserts three records into the table, queries the data in the table, and finally deletes the random table.

2024-12-16 12:15:05 The type of code 11 views

numpy

This function generates a random matrix with specified number of rows and columns. The elements in the matrix are randomly generated floating-point numbers, with the default data type being np.float64.

2024-12-16 12:15:05 Function 10 views

Python, requests, BeautifulSoup

This function extracts the title of a web page from a given URL. It uses the requests library to send an HTTP request and BeautifulSoup to parse the HTML content.

2024-12-16 12:15:04 Function 37 views

FastAPI, Pydantic

This function generates a specified number of random user data using FastAPI's Pydantic library, including user ID, name, age, and email address.

2024-12-16 12:15:04 Generate random user data 10 views

urllib3, PoolManager, HTTPError

This function uses urllib3's PoolManager to send a GET request to the specified URL and returns the response data. If an HTTP error occurs, it returns the error information.

2024-12-16 12:15:04 Function 15 views

Huggingface Transformers, text-generation pipeline

This function uses the text-generation pipeline from the Huggingface Transformers library to generate random text based on a given prompt.

2024-12-16 12:15:04 Custom function 30 views

This code demonstrates how to use some common features of the Flask framework. This includes retrieving form data from requests, returning JSON responses with jsonify, creating RESTful APIs, storing user data with session, and handling user sessions with Flask-Login.

This code demonstrates how to use some common features of the Flask framework. This includes retrieving form data from requests, returning JSON responses with jsonify, creating RESTful APIs, storing user data with session, and handling user sessions with Flask-Login.

2024-12-16 12:15:03 Flask Function 11 views

Python built-in libraries (string, random)

This function generates a list of random strings with a specified number of items.

2024-12-16 12:15:03 The type of code 11 views

nose

This function randomly selects one test case from the provided list of test cases and runs it using the nose library.

2024-12-16 12:15:03 Test function generator 19 views

Code

This function uses the OAuth1 and OAuth1Session classes from the OAuthlib library to obtain an access token by providing client ID, client secret, authorization response, and token URL.

This code defines a function that first generates a random table name, then creates a random table with an integer primary key and a text field, inserts three records into the table, queries the data in the table, and finally deletes the random table.

This function generates a random matrix with specified number of rows and columns. The elements in the matrix are randomly generated floating-point numbers, with the default data type being np.float64.

This function extracts the title of a web page from a given URL. It uses the requests library to send an HTTP request and BeautifulSoup to parse the HTML content.

This function generates a specified number of random user data using FastAPI's Pydantic library, including user ID, name, age, and email address.

This function uses urllib3's PoolManager to send a GET request to the specified URL and returns the response data. If an HTTP error occurs, it returns the error information.

This function uses the text-generation pipeline from the Huggingface Transformers library to generate random text based on a given prompt.

This code demonstrates how to use some common features of the Flask framework. This includes retrieving form data from requests, returning JSON responses with jsonify, creating RESTful APIs, storing user data with session, and handling user sessions with Flask-Login.

This function generates a list of random strings with a specified number of items.

This function randomly selects one test case from the provided list of test cases and runs it using the nose library.

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.