E-commerce programming languages

pixabay

There are several programming languages used for e-commerce website development are listed below which will explained briefly

1. PHP 

2. Java 

3. Python

4. Ruby

5. JavaScript

6. HTML

JavaScript is a popular programming language used extensively in the development of e-commerce websites. JavaScript enables the creation of dynamic and interactive web pages for advanced user experiences. E-commerce websites rely on JavaScript to create interactive product pages and provide features such as product images, pop-ups, and shopping carts that allow users to easily browse and purchase products(Daraz and Khan, 2017).

According to Daraz (2017),One of the main advantages of using JavaScript for e-commerce website development is its high speed, which allows for quick loading times. JavaScript is also used to enhance the security of e-commerce websites, particularly through the implementation of SSL/TLS encryption for secure transactions.

An example of an e-commerce website that uses JavaScript to enhance user experiences is Amazon as stated by Khojah and Khan (2016). The website's shopping cart feature uses JavaScript to update product quantities and prices in real-time, making it easier for customers to keep track of their purchases. Also, the image zoom feature on product pages is made possible by JavaScript, allowing users to closely examine products before making a purchase.

In conclusion, JavaScript is an essential programming language for the development of e-commerce websites, providing the functionality and interactivity needed to create engaging and user-friendly online stores according to Khan (2017). 

References:

Daraz, S., & Khan, K. U. (2017). Impact of JavaScript on developing E-Commerce web applications. International Journal of Innovative Research in Computer and Communication Engineering, 5(5), 10257-10264.

 Khojah, M. A., & Khan, M. A. (2016). Security enhancements for electronic business websites using JavaScript, PHP, and iThemes Security plugins. Journal of theoretical and applied information technology, 90(3), 581-588.