Python - URL shortener using Tinyurl API

Introduction

In the Internet age, concise links are crucial for distributing hyperlinks through social networking sites, text messages, and other communication methods. However, URLs that are too long can cause challenges when sharing and can be truncated when sending messages. Long URLs are often difficult to remember and very difficult to type. To solve the current problem, URL shortening platforms like TinyURL were created to manage this task. Python provides a convenient way to connect these options. In this article, we will write a piece of Python code to interact with the TinyURL website API system.

definition

A link shortener is a piece of software that receives a longer URL as data and generates a smaller, more convenient URL. This helps create extended URLs that are easier to exchange and call. When people click on this abbreviated URL, they are forwarded to the real long URL. Link shorteners are widely used on social networking sites, email communications, and any situation where lengthy URLs need to be easily exchanged. These tools shorten extended website links into smaller and more manageable links.

grammar

import requests url = 'http://tinyurl.com/api-create.php?url=' long_url = 'https://www.example.com/path/to/content/' response = requests.get(url+long_url) short_url = response.text print(short_url)

This code initially imports the module used to make requests to perform requests over HTTP. A variable named "url" holds the base link to the TinyURL application programming interface. This "original_url" variable stores the URL we need to reduce the length of. Next, we make an HTTP request to the TinyURL API using the requests.get() method, passing the entire URL of the API plus the appended extended URL.

Replies from the TinyURL application programming interface will be sent back as text data using the response.text property. This is then assigned to a variable called "short_url". Finally, the code displays the abbreviated URL.

algorithm

• Step 1: Import the requests module

• Step 2: Generate the main URL designed for the TinyURL API endpoint

• Step 3: Set the extension URL that needs to be abbreviated

• Step 4: Make an HTTP request to the TinyURL service, including the lengthy URL

• Step 5: Get the compressed URL from the results and display

method

• Method 1: Use requests.get() method.

• Method 2: Using PyShorteners method

Method 1: Use requests.get() method.

Example

import requests def shorten(url): base_url = 'http://tinyurl.com/api-create.php?url=' response = requests.get(base_url+url) short_url = response.text return short_url long_url = 'https://www.example.com/path/to/content/' short_url = shorten(long_url) print(short_url)

Output

https://tinyurl.com/2jvveeo5

Initially, the code introduces the "requests" module. This module is commonly used with Python to create web requests. This module is used to send queries to the TinyURL interface and get compressed URLs. The script then creates a function called "shorten()". This function accepts a URL as a value and outputs the compact URL. The base URL serves as the starting point for building API requests.

To generate the abbreviated URL, the software sends an HTTP GET call to the TinyURL application programming interface. This process combines "base_url" with the provided parameter "url". The "get()" method of the "requests" module is used to initiate a request by including a constructed URL. The answer to the server query is placed in the "result" variable. To extract the abbreviated URL from the server's response, the code gets the "text" parameter of the response instance. The obtained abbreviated URL is then assigned to the variable denoted "short_url".

This lengthy URL is passed as input to the "shorten()" function. Then use the "print()" command to display the compact URL. If this script is executed, the result is an abbreviated URL obtained from the link shortening API for input "long_url".

The generated compressed URL will be different each time the program is executed. This is because this is a reply based on the link shortener API. You can use an abbreviated URL to direct users to the main extension URL. This makes swapping and retaining much simpler.

Method 2: Using PyShorteners method

Example

import pyshorteners long_url = 'https://www.example.com/path/to/content/' s = pyshorteners.Shortener() short_url = s.tinyurl.short(long_url) print(short_url)

Output

https://tinyurl.com/abcd123

First, the script imports the "pyshorteners" module file. This module provides a Python package that provides URL shrinking functionality options. This module is used to generate abbreviated URLs. The algorithm then assigns the expanded URL to a variable named "long_url". These are the initial URLs we want to truncate.

This script uses the "is.gd" module to generate new objects of the "Reducer" class. This instance is then set to the variable "s". This object will be used to retrieve the website shortening functionality provided by the toolset.

To create a shortened URL, the algorithm triggers the "compress()" method on the "s.tinyurl" field. The "short()" function accepts an expanded URL as a variable and generates the associated abbreviated URL. In this example, the "long_url" variable is sent as input. The generated shortened URL is recorded in the "short_url" variable.

In summary, this script utilizes the "display()" function to display the compressed URL in the command prompt. If you execute this code, you will get the abbreviated URL created by the "pyshorteners" module corresponding to the given "long_url". Each time the program is executed, the compact URL created will be different. It relies on the program accessing a specific URL shortening service.

The purpose of this program is to show how to quickly generate short URLs from large URLs using the "shortenurl" library. This may be helpful in cases where you want to distribute a short, compact version of the Uniform Resource Locator.

in conclusion

Link shortening has become an important part of contemporary communication. This tool helps create long and complex URLs, making them more manageable and easier to pass around to friends and colleagues. In this learning article, we show how to leverage the Short URL API to compress Python-based URLs. We looked at dual strategies, including full runnable code examples and explanations.

To summarize, this API provides a simple and trustworthy technique to shorten URLs using Python through a simple process. The process can be performed in a short time. Generating shorter URLs is easier than ever by leveraging the Python programming language and TinyURL’s API. By following the demonstration given in this article, any novice programmer can generate a URL shortener using the TinyURL API. People can further integrate these projects into their tasks.

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