What is Cypress Testing?

What makes Cypress different is its ability to handle modern web complexities. It waits for elements to load automatically and reduces flaky tests. Developers and testers can watch tests run in real-time, seeing each step. This makes debugging faster and more intuitive.

Cypress can be utilized for testing dashboard pages, shopping carts, and login forms. Due to its compatibility with contemporary web technologies, numerous teams rely on it to enhance software quality. It accelerates development and guarantees an uninterrupted user experience.

How does Cypress work?

Cypress follows a structured process for test execution. It sends test commands to the Test Runner. The Test Runner communicates with a proxy server. This proxy forwards requests to the application server. The server processes requests and sends responses. Cypress captures snapshots and videos during tests. Testers review results to check application behavior. Now let us see how exactly it works:

Setting Up Cypress

Cypress installs as an NPM package. The setup involves these steps:

1. Creating a Project Folder

Navigate to a location and create a folder:

mkdir cypressdemo  
cd cypressdemo

2. Installing Cypress

Run the command:

npm install cypress --save-dev

3. Opening Cypress

Launch Cypress using:

npx cypress open

This opens the Test Runner with example tests.

Cypress Folder Structure

Cypress creates structured folders for different purposes:

Writing a Cypress Test

Create a folder in integration (e.g., demo). Inside it, create firsttest.js. Add this test:

describe('My First Test', () => {
    it('Launch Browser and Navigate', () => {
        cy.visit('https://www.testingplatform.com/');
        cy.title().should('eq', 'Most Reliable App & Cross Browser Testing Platform | TestingPlatform');
    });
});

Benefits of Automated Deployment:

The testing platform allows Cypress test execution on multiple browsers with parallel testing support. You can run tests using the Cypress Test Runner (UI) or the Command Line (CLI).

1. Cypress Test Runner (UI Mode)

2. Cypress CLI (Command Line Mode)

Running Cypress Locally

Types of Tests You Can Automate with Cypress

The following are the types of tests you can automate using Cypress:

End-to-End Testing

It checks if the entire application works correctly. Cypress web automations involves user interactions like logging in and navigating pages. It verifies the complete user journey and detects issues in workflows.

Integration Testing

Integration testing ensures that different modules communicate correctly. Cypress tests API responses and data handling between components. It helps identify problems when services interact.

Component Testing

Component testing checks individual UI elements for correct behavior. Cypress tests buttons, forms, and widgets separately. It ensures they respond properly to user inputs.

Regression Testing

Regression testing confirms that new changes do not break existing features. Cypress re-executes previous tests after updates. This ensures everything still works as expected.

UI Testing

UI testing verifies visual and interactive elements on a webpage. Cypress checks if buttons, menus, and pop-ups function properly. It also ensures proper display across browsers.

API Testing

API testing validates backend interactions by sending requests. Cypress checks response data and error handling. This helps test web services and database operations.

Best Practices for Cypress Automation

The following are the best practices for Cypress automation testing:

Why ACCELQ is a Strong Alternative to Cypress?

Cypress testing framework and ACCELQ serve different automation needs. Cypress requires JavaScript skills. ACCELQ is codeless and AI-driven, suitable for non-programmers.

Test Automation Scope

ACCELQ automates web, API, mobile, and desktop tests. It ensures seamless validation in a single flow. Cypress mobile testing is not natively supported, but it focuses on web testing. API testing requires extra setup.

Element Recognition

ACCELQ uses a locator-free and smart locator approach to element identification, along with self-healing capabilities driven by AI. It adapts to UI changes, reducing maintenance. Cypress relies on static selectors like IDs and classes. UI changes often require test updates.

Collaboration and Reporting

ACCELQ is a cloud-based solution that supports multiple users. It has built-in test management, version control, and detailed reporting. Cypress needs external tools like GitHub for version control. Advanced reporting requires extra libraries.

ACCELQ Delivers What Cypress Misses

Conclusion

Cypress is a modern test framework for web applications. It offers fast execution with real-time debugging features. One key advantage is its automatic waiting feature. This removes the need for adding waits in scripts. The built-in test runner helps with execution logs. It also provides snapshots for quick issue identification.

However, Cypress has some limitations in automation. It lacks built-in support for multi-browser testing. It also does not support mobile applications. ACCELQ provides a codeless, AI-driven automation platform. Testers can write test logic in plain English. This removes programming barriers and simplifies automation. Thus, ACCELQ is an excellent option. It streamlines testing and lowers technical dependencies. Try it today.