#WebdriverIO

[apptagsolution]

Exploring Essential Laravel Development Tools for Building Powerful Web Applications

Laravel has emerged as one of the most popular PHP frameworks, providing builders a sturdy and green platform for building net packages. Central to the fulfillment of Laravel tasks are the development tools that streamline the improvement process, decorate productiveness, and make certain code quality. In this article, we will delve into the best Laravel development tools that each developer should be acquainted with.

1  Composer: Composer is a dependency manager for PHP that allows you to declare the libraries your project relies upon on and manages them for you. Laravel itself relies closely on Composer for package deal management, making it an essential device for Laravel builders. With Composer, you may without problems upload, eliminate, or update applications, making sure that your Laravel project stays up-to-date with the present day dependencies.

2  Artisan: Artisan is the command-line interface blanketed with Laravel, presenting various helpful instructions for scaffolding, handling migrations, producing controllers, models, and plenty extra. Laravel builders leverage Artisan to automate repetitive tasks and streamline improvement workflows, thereby growing efficiency and productiveness.

3  Laravel Debugbar: Debugging is an crucial component of software program development, and Laravel Debugbar simplifies the debugging procedure by using supplying exact insights into the application's overall performance, queries, views, and greater. It's a accessible device for identifying and resolving problems all through improvement, making sure the clean functioning of your Laravel application.

4  Laravel Telescope: Similar to Laravel Debugbar, Laravel Telescope is a debugging assistant for Laravel programs, presenting actual-time insights into requests, exceptions, database queries, and greater. With its intuitive dashboard, developers can monitor the software's behavior, pick out performance bottlenecks, and optimize hence.

5  Laravel Mix: Laravel Mix offers a fluent API for outlining webpack build steps on your Laravel application. It simplifies asset compilation and preprocessing duties together with compiling SASS or LESS documents, concatenating and minifying JavaScript documents, and dealing with versioning. Laravel Mix significantly streamlines the frontend improvement procedure, permitting builders to attention on building notable consumer reviews.

6  Laravel Horizon: Laravel Horizon is a dashboard and configuration system for Laravel's Redis queue, imparting insights into process throughput, runtime metrics, and more. It enables builders to monitor and control queued jobs efficiently, ensuring most beneficial performance and scalability for Laravel programs that leverage history processing.

7  Laravel Envoyer: Laravel Envoyer is a deployment tool designed specifically for Laravel packages, facilitating seamless deployment workflows with 0 downtime. It automates the deployment process, from pushing code adjustments to more than one servers to executing deployment scripts, thereby minimizing the chance of errors and ensuring smooth deployments.

8  Laravel Dusk: Laravel Dusk is an cease-to-give up browser testing tool for Laravel applications, built on pinnacle of the ChromeDriver and WebDriverIO. It lets in builders to put in writing expressive and dependable browser assessments, making sure that critical user interactions and workflows function as expected across exceptional browsers and environments.

9  Laravel Valet: Laravel Valet gives a light-weight improvement surroundings for Laravel applications on macOS, offering seamless integration with equipment like MySQL, NGINX, and PHP. It simplifies the setup process, permitting developers to consciousness on writing code instead of configuring their development environment.

In end, mastering the vital Laravel development tools noted above is important for building robust, green, and scalable internet packages with Laravel. Whether it's handling dependencies, debugging troubles, optimizing overall performance, or streamlining deployment workflows, those equipment empower Laravel developers to supply outstanding answers that meet the demands of current internet development. Embracing these gear will certainly increase your Laravel improvement enjoy and accelerate your journey toward turning into a talented Laravel developer.

[paintprotectionpaintprotection]

Paint Protection Film for Cars: A Simple Guide

Car ownership is not just an advantage; it is a great way of making a good investment. Regardless of the kind of car you own, a small personal car or a flashy brand car you need to protect its looks. Paint Protection Film, more widely referred to as PPF, is probably one of the best methods that can be used to ensure your car’s external appearance does not fade quickly.

What is a Paint Protection Film?

 Paint Protection Film as the name suggests is a highly flexible layer of clear material that can be applied directly over your car. It’s most crucial function is to take the brunt of abrasion, small dents, staining, and minor damage.

Made from flexible and transparent material, PPF is often formed out of polyurethane or a similar type of plastic. They also have the function of a body armor shielding your cars paint from things like gravel, dust, stones and in effect the harsh rays of the sun.

See also: Getting Started with WebdriverIO: A Modern Approach to Web Automation

How Does PPF Work?

When applied on the surface of your car, it forms a layer that reduces the chances of your paint coming into contact with harmful elements. This layer also absorbs most of the minor impacts from scratching or chipping the paint on the car.

The majority of contemporary PPFs have the property of auto healing. This implies that, if the film experiences a minor damage, it can repair itself when exposed to some heat, like sun, or warm water. This makes your car stays smooth and shiny for longer compared to using other polishes.

It is also hydrophobic so it also helps in the repelling of water and dirt, and so your car will be easier to clean and less effort.

1. Protects Against Everyday Damage

Driving exposes your car to the small stones, gravel, and other materials on the roads. These can leave little scratch or dents on the surface of the paint coat. PPF thus serve to protect against this damage.

2. Prevents Fading

Exposure to the sun’s UV rays can cause your car’s paint to fade, losing its original brightness and shine. PPF shields your car’s from the sun’s UV rays and helps maintain the vehicle’s colour bright and new.

3. Maintains Your Car’s Value

If a car’s paint has no scratches, it is a more attractive sight for potential buyers. Since PPF will help in preventing the paint of your car from fading you will be in a position to retain its value in case you decide to sell the car in future or trading it with another car.

4. Easy Maintenance

Known as PPF, your car becomes more resistant to dirt and stains. Cleaning your car is less time consuming and less demanding because the film minimises the possibility of stains.

5. Long Lasting Protection

PPF is a material that has a very long-life span, with high quality material on average used for about several years. This makes it to be an investment on the side of ensuring that your car is well taken to have a polished look.

Is PPF Suitable for All Cars?

Yes, Paint Protection Film can be applied on any type of automobile, or say on a new as well as old car. Nevertheless, it is especially loved by people interested in automotive and car lovers who possess expensive and luxurious cars and would like to maintain their cars in the most optimum manner.

PPF is most commonly applied to high impact areas of the car, such as:

The front bumper

Bonnet (hood)

Side mirrors

Door edges

Headlights

If one wants to go for the entire car coverage, to ensure maximum protection is offered, then they opt for the PPF. Contact us for more information on PPF for cars.

Source URL By: https://abdellatifturf.com/paint-protection-film-for-cars-a-simple-guide/

[australiajobstoday]

Sr. SW Test Engineer (3 - 7 years of exp in Automation Testing, Java, WebdriverIO / Selenium)

test cases to assist with production release regression testing, and preparing test reports and release readiness reports…, troubleshoot issues, conduct API tracing, and support production release testing. Design and develop advanced test suites using… Apply Now

[aitoolswhitehattoolbox]

Sr. SW Test Engineer (3 - 7 years of exp in Automation Testing, Java, WebdriverIO / Selenium)

test cases to assist with production release regression testing, and preparing test reports and release readiness reports…, troubleshoot issues, conduct API tracing, and support production release testing. Design and develop advanced test suites using… Apply Now

[thelmapowell]

Exploring WebdriverIO: A Modern Testing Framework for Seamless Automation

In the ever-evolving world of software testing, automation frameworks are crucial for ensuring efficient and reliable testing processes. Among the numerous tools available, WebdriverIO stands out as a popular and powerful choice for developers and testers alike. Whether you're working on a large-scale enterprise project or a smaller application, WebdriverIO offers the flexibility, ease of use, and comprehensive features necessary to streamline your testing efforts.

What is WebdriverIO?

WebdriverIO is an open-source testing framework built on top of the WebDriver protocol, specifically designed for Node.js. It provides a simple and intuitive API that enables developers to automate web applications with ease. What makes WebdriverIO particularly appealing is its ability to run tests across different browsers and devices, ensuring that your application performs consistently, regardless of the environment.

Key Features of WebdriverIO

Cross-Browser Testing: WebdriverIO supports multiple browsers, including Chrome, Firefox, Safari, and Edge. This feature ensures that your application behaves as expected across different platforms, which is critical for delivering a seamless user experience.

Integration with Popular Tools: WebdriverIO integrates seamlessly with various testing and development tools like Mocha, Jasmine, and Cucumber, allowing you to use your preferred testing frameworks and methodologies. It also supports integration with CI/CD pipelines, making it an excellent choice for continuous testing.

Rich Set of Plugins: One of the standout features of WebdriverIO is its plugin system. The framework offers a wide range of plugins that can extend its capabilities, from reporting tools to additional browser support, making it highly customizable to fit your specific needs.

Easy Debugging: Debugging test scripts is straightforward with WebdriverIO. The framework provides built-in tools that help you diagnose and resolve issues quickly, ensuring that your testing process is smooth and efficient.

Mobile Testing: In addition to web applications, WebdriverIO also supports mobile testing on both iOS and Android platforms. This makes it a versatile tool for teams working on cross-platform applications.

Why Choose WebdriverIO?

WebdriverIO’s robust feature set, coupled with its ease of use, makes it an ideal choice for teams looking to enhance their automation testing strategy. The ability to execute tests across multiple environments, integrate with a variety of tools, and customize the framework with plugins means that WebdriverIO can adapt to virtually any project requirement.

For those who are new to WebdriverIO or looking to deepen their understanding, Here is the Detailed Guide on webdriverio, In this Blog there are a wealth of resources. Whether you're getting started or looking for advanced tutorials, this hub provides valuable insights that can help you make the most of this powerful testing framework.

In conclusion, WebdriverIO is a modern, flexible, and powerful testing framework that can significantly streamline your automation processes. By leveraging its features, you can ensure that your web and mobile applications deliver a consistent and high-quality user experience across all platforms.

[mercyjuliet1512]

Navigating the Automation Landscape: A Comprehensive Guide to Selenium WebDriver

Selenium WebDriver stands as a cornerstone in the realm of automated testing, offering a myriad of benefits that empower developers and testers to streamline their testing processes and deliver high-quality software products. With the support of Selenium Training in Pune, mastering this versatile tool becomes not only feasible but also highly impactful. In this guide, we'll explore the key advantages of Selenium WebDriver and delve into notable alternatives, providing insights into the diverse automation landscape.

Unveiling the Power of Selenium WebDriver

1. Seamless Cross-Browser Compatibility: Selenium WebDriver boasts unparalleled compatibility with popular browsers such as Chrome, Firefox, Safari, and Internet Explorer. This cross-browser support ensures consistent test execution across different browsers, enhancing test coverage and reliability.

2. Flexibility with Multi-Language Support: A standout feature of Selenium WebDriver is its compatibility with multiple programming languages, including Java, Python, C#, Ruby, and JavaScript. This flexibility enables developers to write tests in their preferred language, fostering productivity and convenience.

3. Platform-Independent Testing: Selenium WebDriver transcends platform limitations, allowing tests to be executed seamlessly across various operating systems such as Windows, macOS, and Linux. This platform independence streamlines the testing process and facilitates collaboration across diverse environments.

4. Thriving Community Collaboration: The Selenium WebDriver community is vibrant and extensive, comprising developers and testers who actively contribute to its evolution and share valuable insights. Through forums, blogs, and online communities, users can seek support, exchange knowledge, and stay updated on the latest trends and best practices.

5. Embracing Open-Source Freedom: As an open-source tool, Selenium WebDriver offers unparalleled flexibility and customization options. Developers can freely modify and integrate it with other testing frameworks and tools, fostering innovation and adaptability in automated testing solutions.

6. Empowering Complex Interactions: Selenium WebDriver empowers testers to execute complex interactions with web elements, including clicking, typing, dragging and dropping, and handling pop-up windows. This versatility makes it ideal for testing dynamic and interactive web applications, ensuring comprehensive test coverage.

Exploring Alternatives in the Automation Landscape

1. Puppeteer: Developed by Google, Puppeteer is a Node.js library renowned for its high-level API, enabling control of headless Chrome and Chromium browsers. Its features like screenshot capture, PDF generation, and network interception make it a compelling choice for testing and web scraping.  To unlock the full potential of Selenium and master the art of web automation, consider enrolling in the Top Selenium Online Training.

2. Cypress: Cypress is a JavaScript-based testing framework tailored for modern web applications, offering features like automatic waiting, real-time reloading, and a time-traveling debugger. Its streamlined testing experience enhances efficiency and productivity for developers.

3. TestComplete: TestComplete, a commercial automated testing tool by SmartBear Software, supports a wide array of technologies and platforms, including web, desktop, and mobile applications. Its comprehensive features make it a robust choice for diverse testing needs.

4. WebDriverIO: Built on top of Selenium WebDriver, WebDriverIO is a JavaScript-based testing framework offering a synchronous API and native support for JavaScript Promises. Integrations with popular testing tools ensure efficient and reliable testing for web applications.

In conclusion, Selenium WebDriver serves as a beacon of efficiency and reliability in the automation landscape, driving innovation and excellence in software testing. With its array of benefits and notable alternatives, Selenium WebDriver continues to shape the future of automated testing, empowering teams to deliver superior software products with confidence and precision.

[tvsnext]

How to transition from manual to automated testing and why you should do it now

Testing is an essential part of software development, and it can significantly impact the success of a project. While manual testing is still widely used, it has become increasingly important to automate the testing process to ensure quality and efficiency. In this blog post, we will explore the reasons for transitioning from manual to automated testing and provide tips on how to do it effectively.

Before embarking on our journey from manual to automated tests, it is essential to remember that “100% automation is impossible to achieve”.

Why you should transition to automated testing

Tips for successful automated testing

ROI and roadmap

A detailed ROI and roadmap need to be prepared on what percentage of cost/effort savings, quality improvements, and risk mitigation can be achieved once automated tests are implemented.

When we say automation, we refer to front-end and back-end testing like performance testing, sophisticated scenarios, and API test automation. 

Once the stakeholders are convinced of the benefits of automated tests, a detailed roadmap should be drawn out, involving effort estimates and prioritization.

Choosing suitable candidates for automation

The tests that tick most of the characteristics like

can be considered suitable candidates for our automated test bed.

Choosing the right approach (TDD vs. BDD)

While Test Driven Development (TDD) has some benefits, such as reduced rework time and faster feedback, Behaviour Driven Development (BDD) – implemented using tools such as Cucumber, provides better visibility of the tests to non-technical business stakeholders. The reason is that Cucumber’s feature files are written in plain English using keywords such as Given, When, and Then.

At TVS Next, we encourage our clients to go for the BDD approach, as we can clearly map the scenarios in terms of features to ensure better test coverage.

Choosing the proper tool/framework

Choosing the proper framework is mainly driven by the platform under test (Mobile/Web/API).

For web testing, we can choose from an array of frameworks such as Selenium, Cypress, Playwright, WebdriverIO, and TestCafe.

Some of the available options for mobile testing are Appium, Espresso, and XCUI Test.

For API automation, we can choose from various tools such as REST-Assured, K6, and Locust. These, in turn, can also serve as our load/performance tools.

At TVS Next, we encourage our Clients to go for futuristic frameworks such as Cypress and Playwright, which are much more stable and involve much less framework setup time than Selenium.

Build customized test suites

It is always better to have customized test suites such as:

Code quality and best practices

Similar to the best practices in development, it is essential to set up the environment to perform collaborative coding and ensure best practices in testing, such as

are implemented to avoid spending large efforts on code maintenance.

Implement DevOps �� CI/CD Pipeline

Implementing CI/CD pipeline for our automated tests have advantages such as:

Faster smoke testing times – to provide feedback to Developers in case of critical failures/environment downtimes

Improved fault detection

Better communication with stakeholders via automated emails

Faster Mean Time To Resolution (MTTR)

Conclusion

By following the above-mentioned step-wise approach, we can move from manual to automated testing and achieve benefits such as:

In conclusion, transitioning from manual to automated testing can be challenging. But with careful planning and the right tools, it can be a successful transition that leads to improved software quality.

[crestdata]

Visual regression testing is the process of validating visual elements of an application or website to ensure that code modifications do not introduce any unexpected issues. It prevents the user interface bugs raised due to adding the new features to your application. It speed-up the development process and it is always good to automate it!

When regression testing is automated, it allows for checks into a variety of changes and frees up testers to conduct manual exploration into more unusual cases in the staging environment. The number of automated test coverage would increase the quality of existing functionality.

Know more about Regression testing with Webdriver IO

[khyati-sehgal]

Automating react application

Nowadays we all moving towards frameworks like Angular, react Js, Vue JS, etc.

So for Quality teams we have also started looking for options which support scripting language. But before starting any new things a wise approach is to understand the requirement & then look for suitable solution which full-fill it.

Options I considered

Protractor

Jest

Nightwatch JS

Cypress

webdriver JS

selenium

Un…

[vinay-madan]

Running Webdriver.IO tests on Cloud testing platforms e.g. Browserstack

Running Webdriver.IO tests on Cloud testing platforms e.g. Browserstack

BrowserStack : Stop using virtual machines for browser testing

Sick of booting up an entire virtual machine (VM) just to test something in IE? With BrowserStack, you don’t need VMware or VirtualBox. Just enter a URL and instantly test on just about any browser you can think of.

A BrowserStack engineer explains:

BrowserStack.com works by connecting you with a real machine (let us call it server)…

[simplythetest]

From Meh To Great: My Experience with NodeJS Browser Testing since 2015

A lot can change in a few years. Just look at the state of affairs in the JavaScript (JS) test automation space.

In 2015, if you asked me my opinion on JS and browser testing, I would've said "Avoid using JS altogether as much as possible, but if you need to use JS use Protractor."

Now, my position has completely flipped: "WebdriverIO is the best choice overall for browser (and mobile app) UI test automation, and I would definitely encourage JS-based tools over Java-based tools."

(If you're thinking "Where do you think JS tools for test automation be in 2026?" my answer is "No friggin idea".)

I think it might be helpful to think through why this position has flipped, since it might be helpful to understand the current landscape of JS-based testing tools but also for browser test automation tools more generally. Not just that, but JS-based tools are now applicable beyond purely JS projects and organizations, with Playwright going cross-language after beginning in JS. Test tools with JS aren't just surviving, but also thriving.

First, back in '15, Angular was de rigeur in the front-end JS framework world. React was only coming out, and tools like VueJS and Svelte were still many years away. Angular had a lot of mindshare and a lot of usage, so naturally a test framework that came along with it would get a lot of attention as well. And the Angular project (correctly) treated browser testing as a first-class citizen in its ecosystem, putting appropriate resources behind getting Protractor right. Protractor itself had at least one full-time developer at Google dedicated to it and a lively GitHub with issues and bugs being opened a closed.

As well, JS was a dramatically different language then. Promises were being incorporated into NodeJS itself, meaning asynchronicity had a better API to work with than function callbacks. ES6 classes were a few years away, and even npm scripts were not widely used in 2015. All of these features of NodeJS (or lack thereof) also helped buoy Protractor's interest from the development and testing communities. Since Protractor used WebdriverJS, the JS language bindings provided by the Selenium project, and WebdriverJS made use of promises, Protractor code was as idiomatic and "standard" as possible for NodeJS around 2015.

Still, despite all of the above, JS was an asynchronous language. Since virtually all browser-based automated tests were designed to be run synchronously, learning promise syntax and semantics were an extra and nontrivial step in learning to write good Protractor tests. As well, writing page objects was, well, tricky in a language that didn't have the concept of class-based objects. There was a lot of overhead in writing good tests in Protractor compared to Java or Python. Similar projects for writing browser-tests in NodeJS ranged from not quite mature enough (WebdriverIO) to almost unusable (NightwatchJS) mostly because these projects were also relatively young. Add in the fact that Protractor was Angular-specific and Node tooling wasn't as fully developed as compared to Java (remember Grunt for running things?), choosing Java over Protractor (for example) was a somewhat easy choice.

Let's roll forward to 2021.

The world has changed, and with it so has server-side JS. Now class-based object-oriented programming is possible in JS, and defining and running scripts from a package.json is standard fare. Server-side JavaScript, both the language and tooling around it, has matured quite quickly. Now writing scalable codebases of mostly synchronous code (including test projects) that are maintainable is completely possible in NodeJS. Along with this, the maturity of tools such as WebdriverIO and NightwatchJS has grown too. There is even a new category of tools that do no use Selenium in any way (using the client-side JS bindings or the W3C protocol) including Cypress, Playwright and TestCafe. There is a complete buffet of choices for anyone who wants to write browser-based test automation in JS these days.

And in my opinion, the best of these tools is WebdriverIO. The main reasons for choosing this are

its has a robust service/plugin ecosystem, which allows teams to pick and choose what functionality they need,

its active community, where questions can be answers, features discussed and general help with the tool is encouraged, and

its well-thought-out API and tooling design allows for different tests and structures to reuse the same code.

Overall WebdriverIO isn't just the best tool (in my opinion) in the NodeJS world, it might be the best choice overall for teams starting with browser (or mobile!) test automation.

Meanwhile, Protractor is reaching the end of its life. For some, this comes as no surprise. Protractor bugs and issues keep steadily increasing for a few years, while contributors and dedicated engineers from Google kept decreasing. Using WebdriverJS and not encapsulating asynchronicity from end users turned out to be a mistake, while Angular-specific features eventually were removed or lost value for test developers. Finally, the Angular project announced that Protractor will not be maintained after the release of Angular 15. The go-to JS tool of my halcyon days of test development will be no more.

I'm reminded of the quote that "The only constant is change". It looks like this definitely applies to the NodeJS test tool landscape.

[meagcourses]

WebdriverIO Certification Course with JavaScript & Node.js - https://megacourses.net/webdriverio-certification-course-with-javascript-node-js/