Did you know 88% of users don’t return to sites with poor experiences, even if they offer excellent services and content? It’s time to recognize that a seamless user interface (UI) and user experience (UX) are essential to a product or company’s success, not mere luxuries.
This is where Continuous UI Testing steps in. Ditching the conventional testing approaches, continuous UI testing integrates itself into almost every step of development & deployment. This not only ensures perfection for all browsers and devices but also achieves precision without slowing down your development pipeline.
In this blog, we’ll explore the role BrowserStack and GitHub Actions. The former (BrowserStack) allows you to run automated tests on real browsers & devices and ensures unparalleled accuracy. Whereas, GitHub Actions, on the other hand, automates this process, by triggering your testing workflows seamlessly whenever you push code. Let’s explore how.
In today’s dynamic environments, neglecting periodic UI testing leads to issues like:
Broken Layouts: Small changes in the code can inadvertently disrupt the design, misplace elements, or cause unresponsive interfaces.
Faulty cross-browser compatibility: Your application might seamlessly work in one browser, and end up breaking in another. This can be particularly frustrating for users.
Poor user experience: It takes seconds to drive users away with a glitchy interface. This directly impacts your brand reputation and revenue.
In any given CI/CD workflow, the risk multiplies with every continuous change in the code. A regular UI Consistency check can highlight such issues & risks before time. It’s practically feasible to invest in these tests and checks at a building stage, without carrying the headache of expensive fixes, last-minute changes, customer churn, and delayed releases.
Enhanced development speed: If focusing on the long-run path, you do not debug randomly, but solve breakage in your code at the very stage of building. Automated testing enhances speed and innovation.
Higher reliability: Continuous testing certainly shrinks the UI bugs that might’ve slipped into production. So, you finally have a consistent performance across all environments!
|
Continuous UI Testing | Manual Test Techniques | ||||||||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| Execution Time | Automated & faster | Slow & resource-intensive | ||||||||||||||||||
| Coverage | Comprehensive across browsers and devices | Limited to selected devices | ||||||||||||||||||
| Scalability | Scalable with CI/CD workflows. | Difficult to scale with frequent changes | ||||||||||||||||||
| Error Detection | Consistent & accurate error detection | Prone to human & other errors | ||||||||||||||||||
| Cost Efficiency | Lower with automation. | Expensive over time due to manual effort |
BrowserStack is known to be a leading cloud-based testing platform, which essentially lets developers test their applications across a vast range of browsers, operating systems, and devices. It’s a perfect replacement for any in-house device lab. BrowserStack’s additional benefits include:
Visual Tests for your platform: Helps you with a consistent user experience without bothering about platform fragmentation. Seamless detection of visual regressions and enables pixel-perfect designs.
Supports Automated Testing: You can easily run Cypress, Selenium, or any other test framework on BrowserStack for clean and robust UI validation.
Cross-Browser & Device Testing: Validates a seamless run across different browsers and versions across different devices.
It’s an automation tool that seamlessly integrates with GitHub. ‘Actions’ helps developers to initiate, manage, and trigger the workflows, specifically based on code pushes, PRs (pull requests), or scheduled triggers. Some key features of GitHub Actions are:
Parallel Execution: It essentially helps in running jobs concurrently for saving time and accelerate delivery.
Customizable Pipelines: Actions can be so efficient in defining your project workflows by using YAML files tailored to any specific CI/CD needs.
Wide Integration: You can seamlessly combine with third-party tools like BrowserStack, or AWS , etc. for any kind of comprehensive automation.
Event-Driven Workflows: Probably the best part, it allows task automation, based on repository events, like running tests or deploying your repository code.
Following is a list of tools that you will require in order to perform the set-up of interface testing with BrowserStack and GitHub Actions:
A GitHub repository.
Access to BrowserStack (Automate).
Selenium/Cypress test scripts (or an example script provided in the blog).
After finally understanding the key deliverables of choosing BrowserStack and GitHub Actions, we can conclude that together they can prove to be effectively robust & automated. Read further to learn how clean it could make your UI testing run on different devices and browsers. Welcome to the Step-by-Step Technical walkthrough for the integration process:
| Step-1 : | Event Triggering: Activating Your Workflow |
|---|---|
| Step-2 : | Code Checkout: Preparing the Test Environment |
| Step-3 : | Test Execution on BrowserStack: Running UI Tests |
| Step-4 : | Results Collection and Reporting |
Let’s see detailed approach for each of the four steps given above:
By stating “event-driven”, we essentially mean that the workflows in GitHub Actions are triggered by the repository event. It works like a doorbell—nothing happens until it is activated, triggering a predefined response.
Similar to that, GitHub Actions has a couple of events by which it could trigger the workflow in a certain way (depending on the event). Some examples are:
Push: Code is pushed to specific branches (e.g., main, develop,etc.)
* Pull Request (PR): Initiating, syncing, or merging the pull requests.
* Delete: When a branch or tag is deleted.
You can understand these example events with the help of a configuration in any given .yml file:
on:
push:
branches:
- main
pull_request:
branches:
- main
delete: # Trigger workflow when a branch or tag is deleted
Now, the upcoming step in this process is using the workflow in GitHub Actions to fetch your repository codebase. We can fo it with actions/checkout action, which will further ensure that all test scripts and configuration files of your repository are succesfully available for execution.
An example of YAML snippet for this could be:
steps:
- name: Checkout Repository
uses: actions/checkout@v3
?
By default, the checkout action fetches only the latest commit to speed up workflows. Use fetch-depth: 0 for full repository history if required.
The key essence of integrating BrowserStack with GitHub Actions lies within executing UI tests seamlessly on BrowserStack’s powerful infrastructure. This crucial set-up allows the developers to automate any type of cross-browser testing, pretty efficiently. As a result, you get a consistent performance of your application across any varying environment. Here's in detail how test execution is configured in BrowserStack:
* Authenticating test execution will require Access Keys. * We store these Access Keys securely as ‘GitHub Secrets’ (`BROWSERSTACK_USERNAME` and `BROWSERSTACK_ACCESS_KEY`):
```yaml
steps:
- name: Set BrowserStack Credentials
env:
BROWSERSTACK_USERNAME: ${{ secrets.BROWSERSTACK_USERNAME }}
BROWSERSTACK_ACCESS_KEY: ${{ secrets.BROWSERSTACK_ACCESS_KEY }}
```
* You must then install the project dependencies based on your project (e.g., Selenium, Cypress). This `.yml` file could be an example:
```yaml
steps:
- name: Install Dependencies
run: |
npm install
npm run build
```
* Configure the test runner to execute on BrowserStack Automate:
Example for Selenium:
```yaml
steps:
- name: Run Selenium Tests on BrowserStack
run: |
npx selenium-standalone start &
npm test
```
* Example for Cypress (via BrowserStack Cypress CLI):
```yaml
steps:
- name: Run Cypress Tests on BrowserStack
run: |
browserstack-cypress run --sync
```
BrowserStack, as mentioned above, serves with the perfect report and analytics, by generating it comprehensively for you. These significantly include:
Execution Logs: a set of step-by-step logs for debugging.
Screenshots: Captures critical test steps and submits it to you.
Videos: Full recordings of test executions that were done in real-time.
Test Status: Highlights of the passed, failed, and skipped tests of your application.
The mentioned artifacts could easily be linked to the GitHub Actions workflow for easy accessibility. Here’s how we do it for instance of a .yml file.
on:
push:
branches:
- main
pull_request:
branches:
- main
delete: # Trigger workflow when a branch or tag is deleted
Parallel Test Execution:
Run multiple test cases concurrently on different browsers and devices using BrowserStack Automate’s parallel testing capabilities. This can be configured via the test framework’s settings (e.g., maxInstances in Selenium).
Dynamic Browser and Device Matrix:
Define the testing matrix dynamically using JSON configurations, enabling easy updates to browsers and devices under test:
steps:
- name: Checkout Repository
uses: actions/checkout@v3
Error Notifications:
Set up notifications for workflow failures using integrations like Slack or email:
* Authenticating test execution will require Access Keys. * We store these Access Keys securely as ‘GitHub Secrets’ (`BROWSERSTACK_USERNAME` and `BROWSERSTACK_ACCESS_KEY`):
Below is a diagram illustrating an integrated workflow
GitHub Event: Code push or pull request triggers the workflow.
CI Pipeline: GitHub Actions fetches the code and dependencies.
BrowserStack Execution: Tests run on BrowserStack Automate.
Test Results: Logs, screenshots, and reports are generated and linked back to the workflow.
By leveraging the seamless integration of BrowserStack and GitHub Actions, teams can automate their UI testing, ensuring comprehensive coverage across devices and browsers while accelerating their CI/CD pipelines.
This integration streamlines UI testing, enabling teams to identify issues early and deliver high-quality applications faster.
Leverage Parallel Testing: Speed up your test cycles by running tests across multiple browsers and devices simultaneously, reducing runtime and improving coverage.
Implement Retry Mechanisms: Implement retries to reduce flaky test impact, ensuring consistent results.
Adopt Visual Regression Testing: Use tools like Percy to catch unintended UI changes by comparing visual snapshots, ensuring a seamless user interface.
When implementing continuous UI testing, you might encounter several common challenges. Here are a few along with troubleshooting tips to resolve them:
on:
push:
branches:
- main
pull_request:
branches:
- main
delete: # Trigger workflow when a branch or tag is deleted
steps:
- name: Checkout Repository
uses: actions/checkout@v3
* Authenticating test execution will require Access Keys. * We store these Access Keys securely as ‘GitHub Secrets’ (`BROWSERSTACK_USERNAME` and `BROWSERSTACK_ACCESS_KEY`):
Maintain a Stable Test Environment: Set up dedicated testing environments to ensure consistent results.
Monitor Test Performance: Keep an eye on test execution time and avoid running unnecessary tests.
Review Logs: Always inspect logs when tests fail to get clear insights into what went wrong.
Test in Parallel: To improve efficiency and coverage, test across multiple browsers and devices at once.
By addressing these common issues and following best practices, you can improve the reliability of your UI tests and ensure a smoother testing experience.
Keploy is an open-source, no-code testing platform designed to streamline test generation and execution for modern applications. By automatically capturing API interactions, it helps generate reliable and comprehensive test cases without manual intervention.
Automated Test Creation: Keploy automatically generates test cases by recording API calls during runtime, reducing the need for manual scripting.
Regression Testing: It ensures your application maintains consistent performance by detecting and flagging deviations.
Seamless CI/CD Integration: Keploy works alongside tools like GitHub Actions and BrowserStack, enhancing the efficiency of your CI/CD pipelines.
Faster Iterations: Its ability to reduce time spent on test scripting allows teams to focus on development and innovation.
Pairing Keploy with BrowserStack offers a comprehensive testing solution, covering both APIs and UI elements for consistent cross-platform performance. By incorporating Keploy into your workflow, you can further enhance testing efficiency and accelerate delivery while maintaining top-notch application quality.
Continuous UI testing is no longer a luxury but a necessity in today’s fast-paced development environment. Tools like BrowserStack and GitHub Actions empower teams to deliver seamless, cross-platform user experiences by automating complex testing processes. These integrations enable faster development cycles, higher reliability, and reduced costs, ensuring your application meets the highest quality standards.
By pairing these tools with innovative platforms like Keploy, you can take your testing strategy to the next level catching both UI and API-level issues early in the development cycle. This not only accelerates your CI/CD pipeline but also strengthens your application’s overall resilience and user satisfaction.
BrowserStack Documentation
GitHub Actions Documentation
Cross-Browser Testing with BrowserStack
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