nemojs-skill
This skill enables you to generate and author Nemo.js end-to-end tests for web applications, streamlining test automation workflows. Leverage AI-powered test generation to accelerate your QA processes and reduce manual testing overhead.
Nemo.js is a Node.js-based test automation framework built on Selenium WebDriver that enables end-to-end testing for web applications. This skill helps you generate and write Nemo.js tests that automate browser interactions, validate UI elements, and execute comprehensive test scenarios. Nemo.js simplifies Selenium automation by providing a streamlined API for locating elements, performing actions, and asserting results across different browsers and environments.
AI-generated summary based on this skill's SKILL.md
Install
LambdaTest/agent-skills/nemojs-skill · repository language: Python
git clone https://github.com/LambdaTest/agent-skills
cp -r agent-skills/nemojs-skill ~/.claude/skills/nemojs-skillFrequently asked questions
AI-generated answers based on this skill's SKILL.md and metadata
What is nemo.js selenium testing and how does it work?
Nemo.js is a Node.js-based test automation framework built on Selenium WebDriver that enables end-to-end testing for web applications. This skill helps you generate and write Nemo.js tests that automate browser interactions, validate UI elements, and execute comprehensive test scenarios. Nemo.js simplifies Selenium automation by providing a streamlined API for locating elements, performing actions, and asserting results across different browsers and environments.
How do I write nemo tests using this skill?
Nemo.js-skill guides you through writing end-to-end tests by teaching you Nemo.js syntax, locators (XPath, CSS selectors), and test patterns. The skill helps you structure tests with proper assertions, handle waits for element visibility, and organize test suites. You'll learn to leverage AI-powered test generation to accelerate your QA processes, reducing manual testing overhead while maintaining test quality and coverage across your web applications.
How can I configure nemo.js for local or cloud-based test execution?
Nemo.js-skill provides guidance on configuring Nemo.js for both local and cloud-based environments. For local execution, you'll set up your testing environment with Node.js and configure browser drivers. For cloud execution, the skill covers integration with services like LambdaTest, enabling you to run tests on remote infrastructure. Configuration includes setting up credentials for login testing, specifying browser capabilities, and managing environment-specific settings to ensure consistent test execution across different platforms.
How do I integrate nemo.js mocha test setup in my project?
Nemo.js-skill teaches you to integrate Nemo.js with Mocha, the popular JavaScript test runner, to establish a complete test environment. This involves installing dependencies, configuring Mocha to work with Nemo.js, setting up test hooks for initialization and teardown, and organizing your test suites. The skill demonstrates how to structure your test files, manage test data, and configure Mocha runners to execute Nemo.js tests efficiently, enabling you to build scalable automation frameworks for your web applications.
What are nemo view locators and how do I use them in JavaScript?
Nemo.js-skill covers nemo view locators, which are strategies for identifying and interacting with web elements in your tests. Locators include XPath expressions, CSS selectors, and other element identification methods that Nemo.js uses to find and manipulate DOM elements. The skill teaches you how to define locators in your test code, handle dynamic element waiting with visibility checks, and construct robust selectors that work reliably across different page states. Proper locator usage ensures your Nemo.js tests remain maintainable and resistant to UI changes.
How can I debug and optimize my nemo automation tests?
Nemo.js-skill provides techniques for debugging and optimizing your Nemo.js automation tests to improve reliability and performance. This includes strategies for handling element wait conditions, managing test timeouts, and troubleshooting common automation issues. The skill helps you identify bottlenecks in test execution, optimize locator strategies, and implement best practices for test stability. By learning these optimization techniques, you can reduce flaky tests, improve execution speed, and maintain high-quality automation across your web application testing workflows.
SKILL.md
rendered from the published skill — quoted content, verbatim
Nemo.js Automation Skill
> PayPal's Selenium-based test automation framework for Node.js.
For TestMu AI cloud execution, see reference/cloud-integration.md and shared/testmu-cloud-reference.md.
Core Patterns
Basic Test (Mocha)
```javascript const Nemo = require('nemo'); const { expect } = require('chai');
describe('Login Flow', function() { this.timeout(30000); let nemo;
before(async () => { nemo = await Nemo(); });
after(async () => { await nemo.driver.quit(); });
it('should login with valid credentials', async () => { await nemo.driver.get(nemo.data.baseUrl + '/login'); const email = await nemo.view._find('#email'); await email.sendKeys('user@test.com'); const
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nemojs-skill/SKILL.md
nemojs-skill/reference/advanced-patterns.md
nemojs-skill/reference/cloud-integration.md
nemojs-skill/reference/playbook.md