#xpath types

[charlessmithpost]

What are the types of XPath?

XPath is a query language used for navigating and querying XML documents. XPath provides a way to navigate through elements and attributes in an XML document.

There are two main types of XPath expressions: absolute and relative.

Absolute XPath:

Absolute XPath starts from the root of the document and includes the complete path to the element.

It begins with a single forward slash ("/") representing the root node and includes all the elements along the path to the target element.

For example: /html/body/div[1]/p[2]/a

Relative XPath:

Relative XPath is more flexible and doesn't start from the root. Instead, it starts from any node in the document.

It uses a double forward slash ("//") to select nodes at any level in the document.

For example: //div[@class='example']//a[contains(@href, 'example')]

XPath can also be categorized based on the types of expressions used:

Node Selection:

XPath can be used to select nodes based on their type, such as element nodes, attribute nodes, text nodes, etc.

Example: /bookstore/book selects all <book> elements that are children of the <bookstore> element.

Path Expression:

Path expressions in XPath describe a path to navigate through elements and attributes in an XML document.

Example: /bookstore/book/title selects all <title> elements that are children of the <book> elements that are children of the <bookstore> element.

Predicate:

Predicates are used to filter nodes based on certain conditions.

Example: /bookstore/book[price>35] selects all <book> elements that have a <price> element with a value greater than 35.

Function:

XPath provides a variety of functions for string manipulation, mathematical operations, and more.

Example: //div[contains(@class, 'example')] selects all <div> elements with a class attribute containing the word 'example'.

These types and expressions can be combined and customized to create powerful XPath queries for different XML structures. XPath is commonly used in web scraping, XML document processing, and in conjunction with tools like Selenium for web automation.

[tumbling-tech-support-unofficial]

Tumblr Fixer 2.0

I'm making this the first post of my sideblog - I'm the same user as madamepestilence, and you can message me on my other blog if you'd like to confirm that.

I'm not affiliated with Tumblr whatsoever, but I'm sick of their changes. This list will provide exclusively the uBlock Origin changes, which alter their site to a much more bearable condition.

This list of changes will alter your page to look this clean:

What you need to add to your uBlock Origin dashboard is as follows:

www.tumblr.com##[href="#managed-icon__shop"]:xpath(../../../../../../..) www.tumblr.com##.I6Lwl ||assets.tumblr.com/pop/src/components/one-piece/assets/toggle-dff697e4.png$image www.tumblr.com##div.MNkkC:nth-of-type(2) www.tumblr.com##.RAEnv ||64.media.tumblr.com/eb3cc57ecea1ea4f54214a39526675ff/ea6c161a5fdfdce8-25/s512x512u_c1/0b98d9d20de62cdcb6798fd0c54a72ad8ebc7f01.pnj$image ||64.media.tumblr.com/eb3cc57ecea1ea4f54214a39526675ff/ea6c161a5fdfdce8-25/s512x512u_c1/0b98d9d20de62cdcb6798fd0c54a72ad8ebc7f01.pnj$image www.tumblr.com##div._f1es.rZlUD:nth-of-type(2) www.tumblr.com##div._f1es.rZlUD:nth-of-type(41) www.tumblr.com##div._f1es.rZlUD:nth-of-type(50) www.tumblr.com##div._f1es.rZlUD:nth-of-type(89) www.tumblr.com##.Gav7q www.tumblr.com##li.g8SYn.IYrO9:nth-of-type(4) www.tumblr.com##.oNZY7 > .FtjPK ||assets.tumblr.com/pop/src/components/one-piece/assets/toggle-6d176646.png$image www.tumblr.com##li.g8SYn.IYrO9:nth-of-type(8) www.tumblr.com##li.g8SYn.IYrO9:nth-of-type(9) www.tumblr.com##li.g8SYn.IYrO9:nth-of-type(3) www.tumblr.com##div.MNkkC:nth-of-type(3) www.tumblr.com##.ZyGTE.I_SFh www.tumblr.com##div.FZkjV:nth-of-type(4) www.tumblr.com##div.FZkjV:nth-of-type(3)

Enjoy!

[mercyjuliet1512]

Navigating the Depths of Selenium Testing: A Comprehensive Manual for Test Automation Aficionados

Welcome to the world of Selenium testing, where automation reigns supreme and web applications undergo meticulous scrutiny. As a cornerstone of modern test automation, Selenium empowers testers to automate repetitive tasks, expedite testing cycles, and fortify the reliability of web applications. In this extensive manual, we will delve deep into the intricacies of Selenium testing, exploring its essential components, fundamental concepts, best practices, and the profound impact it wields on software testing.

Understanding the Essence of Selenium: Selenium stands tall as an open-source test automation framework revered for its adaptability and robustness in automating web applications. At its core, Selenium furnishes testers with a suite of tools and libraries, enabling them to interact seamlessly with web elements, replicate user actions, and validate application behavior. With support for an array of programming languages such as Java, Python, C#, and more, Selenium caters to a diverse community of developers and testers, cementing its status as a preferred choice in the realm of software testing.

Critical Components of Selenium: To harness the full potential of Selenium, one must acquaint themselves with its pivotal components:

Selenium IDE: Serving as a user-friendly tool, Selenium Integrated Development Environment (IDE) facilitates the recording, editing, and debugging of test scripts. Available as a browser plugin for Chrome and Firefox, Selenium IDE expedites the process of script generation and rapid prototyping, making it an indispensable asset for both novices and seasoned testers.

Selenium WebDriver: The backbone of Selenium, WebDriver furnishes testers with a potent programming interface for crafting and executing automated tests. With WebDriver, testers can interact directly with web elements using a plethora of commands such as click, type, find element, etc. Its compatibility with various browsers including Chrome, Firefox, Safari, Edge, enables seamless cross-browser testing, enhancing the robustness and reliability of test scripts.

Selenium Grid: Selenium Grid facilitates parallel test execution across multiple browsers and platforms, bolstering test efficiency and scalability. By distributing test scripts across disparate machines, Selenium Grid mitigates test execution time, expedites the feedback loop, and enables teams to deliver high-quality software expeditiously.

Foundational Concepts of Selenium Testing: Embarking on the journey of Selenium testing necessitates a firm grasp of foundational concepts:

Locators: Locators serve as the bedrock for identifying web elements on a web page. Selenium offers a gamut of locator strategies including ID, class name, name, tag name, link text, and XPath. Choosing the appropriate locator strategy is imperative for crafting robust and maintainable test scripts.

WebDriver Commands: WebDriver proffers a rich repertoire of commands for interacting with web elements, navigating pages, managing browser windows, and handling alerts. Acquainting oneself with these commands and their nuances is pivotal for crafting test scripts that are effective and efficient.

Test Framework Integration: Selenium is often integrated with popular test frameworks such as JUnit, TestNG, or NUnit to orchestrate test cases, manage test data, and generate comprehensive test reports. Integrating Selenium with these frameworks streamlines test automation efforts, fosters collaboration among team members, and amplifies the efficacy of test automation initiatives.

Best Practices for Selenium Testing: To optimize the efficacy of Selenium testing, adhering to best practices is indispensable:

Maintainable Test Scripts: Authoring clear, concise, and maintainable test scripts is paramount for ensuring test script longevity and efficacy. Leveraging coding standards and design patterns, and adopting the Page Object Model (POM) aids in enhancing script readability and maintainability.

Test Data Management: Segregating test data from test scripts facilitates data-driven testing and enhances test script scalability and reusability. Harnessing external data sources such as Excel sheets, CSV files, or databases for managing test data fosters agility and resilience across test suites.

Error Handling: Implementing robust error handling mechanisms is imperative for handling unforeseen scenarios gracefully. Employing try-catch blocks and assertions to validate expected outcomes and handle exceptions effectively ensures the reliability and resilience of test scripts.

Conclusion: In conclusion, mastering Selenium testing is a transformative endeavor that equips test automation aficionados with the tools and techniques to navigate the intricacies of software testing with finesse and precision. By comprehending its essential components, foundational concepts, and best practices, testers can harness the full potential of Selenium to streamline testing processes, enhance test coverage, and deliver software products of unparalleled quality. Whether you're a neophyte or a seasoned professional, embarking on the journey of Selenium testing promises to be an enriching and rewarding experience, unlocking boundless opportunities for innovation and growth in the ever-evolving landscape of software development. So, dive into the depths of Selenium testing today and embark on a journey that promises to revolutionize the way you approach software testing forever.

[thara333]

Unveiling Selenium's Testing Terrain: Overcoming Limitations

In the dynamic field of web application testing, Selenium has emerged as a robust ally, offering testers a suite of powerful features. However, as with any technology, Selenium is not without its limitations. This blog post aims to explore these drawbacks, providing insights into potential challenges and offering strategies to navigate them effectively.

1. Constraints in Non-Web Application Testing: While Selenium excels in web application testing, its scope is limited when dealing with non-web applications. Recognizing this constraint is crucial for projects that involve a diverse array of application types. Supplementing Selenium with specialized tools for non-web applications ensures a holistic testing approach.

2. Learning Curve Dynamics: Selenium's feature-rich environment may pose a steep learning curve, especially for those new to the tool. However, this initial challenge transforms into a valuable skill set over time. The extensive features demand dedicated learning efforts, but the resulting proficiency allows testers to harness Selenium's capabilities effectively.

3. Reporting Dependencies on External Tools: Selenium lacks built-in reporting features, necessitating the use of third-party tools or plugins for comprehensive reporting. While considered a drawback, this flexibility enables testers to choose reporting tools that align with their specific needs, enhancing the depth and insightfulness of test reports.

4. Challenges with Dynamic Element Identification: Dynamic web pages with frequently changing elements present challenges for Selenium. Stable identification of these elements requires advanced strategies to ensure the reliability of test scripts. Testers need to employ dynamic element identification techniques, such as using relative XPath or implementing effective waiting strategies.

5. Image-Based Testing Limitations: Selenium's primary focus on HTML elements limits its support for image-based testing scenarios. Projects heavily reliant on visual validation may find Selenium's capabilities in this area lacking. To address this limitation, testers may explore additional tools specifically designed for image-based testing, seamlessly integrating them into their testing toolkit.

In summary, while Selenium stands as a strong contender for web application testing, understanding its limitations is paramount for a successful testing strategy. The outlined drawbacks serve as guideposts, indicating areas where Selenium may not be the singular solution. Testers can strategically supplement Selenium with specialized tools based on project requirements, ensuring a comprehensive and effective testing process. The dynamic nature of testing calls for a nuanced approach, leveraging the strengths of each tool judiciously to deliver high-quality web applications seamlessly. By navigating Selenium's limitations thoughtfully, testers can optimize their testing processes and contribute to a robust quality assurance framework.

[thelistingteammiami]

Should I Buy a Home Now or Wait?

⏳ Buy a Home Now or Wait Until 2026? 5 Critical Factors to Consider { "@context": "https://schema.org", "@type": "BlogPosting", "headline": "Should I Buy a Home Now or Wait? 2025's Complete Breakdown", "description": "Data-driven analysis of Florida's spring 2025 market conditions with actionable timing advice", "author": { "@type": "Person", "name": "The Listing Team", "url": "https://www.reallistingagent.com/about" }, "datePublished": "2025-04-24", "image": "https://images.squarespace-cdn.com/content/v1/5b9ada8b2714e5f76f88a8a3/buy-now-or-wait-2025-chart.webp", "publisher": { "@type": "Organization", "name": "The Listing Team", "logo": { "@type": "ImageObject", "url": "https://images.squarespace-cdn.com/content/v1/5b9ada8b2714e5f76f88a8a3/logo.webp" } }, "mainEntityOfPage": { "@type": "WebPage", "@id": "https://www.reallistingagent.com/blog/2025/4/24/should-i-buy-a-home-now-or-wait" }, "speakable": { "@type": "SpeakableSpecification", "xPath": [ "/html/head/title", "/html/head/meta[@name='description']/@content" ] }, "potentialAction": { "@type": "Action", "name": "Calculate Best Buying Time", "url": "https://www.reallistingagent.com/timing-calculator", "description": "Interactive tool analyzing your personal financial timeline" } }

Should I Buy a Home Now or Wait?

Should I Buy a Home Now or Wait?

At some point, you’ve probably heard the saying: “Yesterday was the best time to buy a home, but the next best time is today.”

That’s because homeownership is about the long game – and home prices typically rise over time. So, while you may be holding out for prices to fall or rates to improve, you should know that trying to time the market rarely works.

Here’s what most buyers don’t always think about: the longer you wait, the more buying could cost you. And you deserve to understand why.

Forecasts Say Prices Will Keep Climbing

Each quarter, over 100 housing market experts weigh in for the Home Price Expectations Survey from Fannie Mae, and they consistently agree on one thing: nationally, home prices are expected to rise through at least 2029.

Yes, the sharp price increases are behind us, but experts project a steady, healthy, and sustainable increase of 3-4% per year going forward. And while this will vary by local market from year to year, the good news is, this is a much more normal pace – a welcome sign for the housing market and hopeful buyers (see graph below):

And even in markets experiencing more modest price growth or slight short-term declines, the long game of homeownership wins over time.

So, here’s what to keep in mind:

Next year’s home prices will be higher than this year’s. The longer you wait, the more the purchase price will go up.

Waiting for the perfect mortgage rate or a price drop may backfire. Even if rates dip slightly, projected home price growth could still make waiting more expensive overall.

Buying now means building equity sooner. When you play the long game of homeownership, your equity rewards you over time.

What You’ll Miss Out On

Let's put real numbers into this equation, because it adds up quickly. Based on those expert projections, if you bought a typical $400,000 home in 2025, it could gain nearly $80,000 in value by 2030 (see graph below):

That’s a serious boost to your future wealth – and why your friends and family who already bought a home are so glad they did. Time in the market matters.

So, the question isn’t: should I wait? It’s really: can I afford to buy now? Because if you can stretch a little or you’re willing to buy something a bit smaller just to get your foot in the door, this is why it’ll be worth it.

Yes, today’s housing market has challenges, but there are ways to make it work, like exploring different neighborhoods, asking your lender about alternative financing, or tapping into down payment assistance programs.

The key is making a move when it makes sense for you, rather than waiting for a perfect scenario that may never arrive.

Bottom Line

Time in the Market Beats Timing the Market.

If you’re debating whether to buy now or wait, remember this: real estate rewards those who get in the market, not those who try to time it perfectly.

Want to take a look at what’s happening with prices in our local area? Whether you're ready to buy now or just exploring your options, having a plan in place can set you up for long-term success.

[testforce-insights]

How to Test Salesforce the Easy Way (Without the Headaches)

If you've ever tried to test Salesforce manually, you know it can feel like wrestling with a cloud-shaped octopus. Custom objects, workflows, Apex triggers… It’s like Salesforce is daring you to break it.

But here’s the good news: You don’t have to go it alone.

Provar, the Salesforce automation testing tool built for Salesforce (and obsessed with stability), is here to make testing way easier—and, dare we say, even kind of fun. 🙌

Whether you're QA, DevOps, or just someone tired of clicking through regression tests manually, we’ve got your back. Let’s break down what it really takes to test Salesforce effectively—and how Provar [insert] fits right into your stack.

🤔 Why Testing Salesforce Is So Tricky

Salesforce is powerful, no doubt. But that power comes with complexity. Here are a few of the pain points folks like you run into:

⚠️ Common Salesforce Testing Challenges

Dynamic DOM structure: IDs and fields can change every time a page loads.

Custom code everywhere: Apex, Visualforce, Lightning components—you name it.

Data dependencies: Tests fail if your test data isn’t just right.

Slow feedback loops: Manual testing = slow releases = frustrated teams.

And, of course, every company has its own custom Salesforce setup. That means no two test strategies are the same.

But don’t panic. Let’s walk through how to solve this step by step—with Provar guiding the way.

✅ What It Really Means to Test Salesforce

Before you dive in with tools and scripts, let’s clarify what testing Salesforce should actually cover:

When you're gearing up to test Salesforce, it’s important to cover all the key areas—not just UI clicks. Here’s a quick breakdown of the main types of testing and why they matter:

Unit testing is where you test small chunks of Apex code to make sure your custom logic behaves the way it should. Think of it as testing individual building blocks before assembling the whole system.

UI testing focuses on simulating what a real user would do—clicking buttons, filling forms, and navigating through the interface. It’s essential to confirm that everything works the way your users expect it to.

Regression testing ensures that previously working features haven’t accidentally broken after new changes. It’s your safety net that keeps releases smooth and bug-free.

Integration testing checks how Salesforce connects with external systems like SAP, Slack, or DocuSign. You want your tools to talk to each other without hiccups, and this type of testing keeps those connections strong.

Performance testing looks at how fast and stable everything runs. Nobody likes a slow CRM, so testing for speed and reliability helps avoid frustrating lag.

Now, imagine trying to do all that by hand. Yeah,… not ideal.

🚀 How Provar Simplifies Salesforce Testing

This is where Provar comes in and changes the game.

🔧 Built For Salesforce, Not Just With It

Provar isn’t just another Selenium wrapper. It’s natively integrated with Salesforce. That means it:

Understand your metadata and custom objects

Works with standard and Lightning components

Handles dynamic fields without breaking

No more messing with XPath or chasing dynamic IDs. You test what matters—Provar handles the grunt work.

🧪 Easy Test Creation (Even for Non-Coders)

Got team members who aren’t super technical? No problem.

Provar lets you create tests using:

A drag-and-drop interface

Reusable test cases

Natural language-like steps (you can literally say “Click on Login”)

Suddenly, your whole team can contribute to QA—not just your automation engineers.

🔄 Built-in Support for CI/CD

Using tools like Jenkins, GitHub Actions, or Azure DevOps? Provar slides right into your pipeline, automating test runs and reporting so you never release broken code.

“Provar fits into our CI/CD pipelines like a glove. We run thousands of tests with every commit and catch issues instantly.” — Real user feedback from [insert review source]

📊 Clear Reporting That Even Executives Can Understand

Let’s be real: stakeholders don’t want to look at logs. They want clean dashboards.

Provar provides:

Test run summaries

Pass/fail trends

Click-throughs to failed steps

Now everyone’s in the loop, from devs to directors.

🧠 Pro Tips: Best Practices to Test Salesforce Like a Pro

Want to take your testing to the next level? Here are a few quick wins:

🔁 Automate Regression Testing First

These tests give the biggest bang for your buck and prevent old bugs from coming back.

🧼 Keep Your Test Data Clean

Use Provar’s built-in test data management to reset data between test runs. Clean data = reliable results.

🛠️ Shift Testing Left

Involve QA early in the development process. Provar makes this easy since it’s built for collaboration.

🌍 Test Across Profiles and Roles

Salesforce behaves differently for different users. Make sure your tests cover admin, sales, service, and partner profiles.

📚 Real-World Use Case: Provar in Action

Let’s say you’ve got a Salesforce org that supports:

Lead creation from a web form

Auto-assignment via flows

Email notifications

Integration with Marketo

A full end-to-end test with Provar might look like this:

1. Open lead form

2. Fill in the required fields

3. Submit the form

4. Verify lead appears in Salesforce

5. Check assignment owner

6. Confirm the email was sent

7. Validate lead status in Marketo

Set it up once in Provar, run it whenever, and get instant feedback.

🧩 Can Provar Work With My Stack?

Absolutely. Provar plays nicely with:

Salesforce Classic & Lightning

Custom-built components

APIs (REST/SOAP)

CI/CD pipelines

TestRail, Jira, and other QA tools

You can even run tests in the cloud or on your machines.

✨ Wrapping Up: Test Salesforce the Smart Way

Salesforce is amazing, but testing it doesn’t have to be frustrating. With Provar, you can finally:

Cut down on manual test time

Prevent bugs before they go live

Get faster feedback during development

Keep your org stable and scalable.

So the next time someone asks how your team tests Salesforce, you’ll have a simple answer:

“We use Provar.”

[reminaangel]

Mastering Selenium WebDriver: Automating Web Testing with Ease

In today’s fast-paced software development world, efficient and reliable testing is essential. Selenium WebDriver is a leading tool for automating web application testing, enabling developers and testers to interact with web browsers programmatically. By replicating real user actions—such as clicking buttons, filling out forms, and navigating between pages—Selenium WebDriver ensures that web applications function as expected across different browsers and platforms.

Manual testing can be time-consuming and prone to human errors. Selenium WebDriver helps overcome these challenges by executing automated scripts that run faster, reduce repetitive workload, and enhance accuracy. Supporting multiple programming languages like Java, Python, and C#, Selenium WebDriver is compatible with popular browsers such as Chrome, Firefox, and Edge. Additionally, it seamlessly integrates with testing frameworks and CI/CD pipelines, enabling continuous testing and early bug detection.  If you want to advance your career at the Selenium Training in chennai, you need to take a systematic approach and join up for a course that best suits your interests and will greatly expand your learning path.

Think of Selenium WebDriver as an intelligent virtual tester that interacts with websites just as a human would, but with greater speed and precision. Whether you’re validating a simple website or conducting end-to-end testing for a complex application, Selenium WebDriver provides a robust and scalable solution for web automation.

How Selenium WebDriver Works

Selenium WebDriver automates browser interactions through a series of well-defined steps:

1. Browser Interaction

Sends commands to the browser using a dedicated driver.

Supports various browsers, including Chrome, Firefox, Edge, and Safari.

Can open, navigate, and close web pages automatically.

Allows headless execution for faster, resource-efficient testing without opening a visual browser window.

2. Locating and Interacting with Web Elements

Selenium WebDriver enables automated scripts to interact with elements on a web page:

Identifies elements using locators like ID, Name, Class, XPath, and CSS Selectors.

Performs user actions such as typing input, clicking buttons, and selecting dropdown values.

Handles pop-ups, alerts, and modals to ensure smooth test execution.

Interacts with complex UI components like hover menus, drag-and-drop features, and embedded frames. Professionals in Selenium are in greater demand, and numerous organizations are now providing the Best Online Training & Placement Programs.

3. Automating Test Execution

Executes test scripts automatically, reducing manual effort.

Works with testing frameworks such as TestNG, JUnit, and PyTest for structured testing.

Generates logs and captures screenshots to help debug test failures.

Supports parallel execution to improve efficiency and reduce testing time.

Enables data-driven testing using external files such as CSV, Excel, or databases.

4. Managing Dynamic Elements and Synchronization

Implements implicit and explicit waits to handle dynamic, slow-loading elements.

Manages AJAX-based elements that change without reloading the page.

Ensures elements are visible and clickable before performing interactions.

Helps prevent timing-related issues by synchronizing browser actions with script execution.

Key Benefits of Selenium WebDriver

Increases Efficiency – Reduces manual testing efforts by automating repetitive tasks.

Improves Accuracy – Eliminates human errors and ensures consistent test execution.

Supports Cross-Browser Testing – Verifies application compatibility across different browsers.

Works with Multiple Languages – Supports Java, Python, C#, and other popular programming languages.

Open Source and Community-Driven – Free to use, with continuous updates from a vast developer community.

Final Thoughts

Selenium WebDriver is a game-changer in web testing, making automation accessible and effective for developers and testers alike. Whether you’re a beginner or an experienced tester, mastering Selenium WebDriver will help you streamline testing processes and improve software quality.

[aliceclarasworld]

Selenium Training: Your Ultimate Guide to Web Automation

In today's fast-pacеd world of softwarе dеvеlopmеnt, wеb automation has bеcomе a critical componеnt of thе tеsting procеss. Sеlеnium, onе of thе most powеrful and widеly usеd automation tools, allows dеvеlopеrs and tеstеrs to automatе wеb applications across various browsеrs. This tool savеs timе, еnsurеs consistеncy, and еnhancеs thе еfficiеncy of tеsting procеssеs. Whеthеr you'rе a bеginnеr or looking to еnhancе your skills, Sеlеnium Training in Chеnnai offеrs a comprеhеnsivе lеarning еxpеriеncе that will hеlp you mastеr wеb automation and bеcomе proficiеnt in tеsting modеrn wеb applications.

What is Sеlеnium? Sеlеnium is an opеn-sourcе tool for automating wеb browsеrs. It providеs a suitе of tools for browsеr automation, including Sеlеnium WеbDrivеr, Sеlеnium Grid, and Sеlеnium IDE. With Sеlеnium, tеstеrs can simulatе rеal usеr intеractions with wеbsitеs, such as clicking buttons, filling out forms, and navigating bеtwееn pagеs. Undеrstanding Sеlеnium's architеcturе and componеnts is thе first stеp to mastеring wеb automation and improving your tеsting stratеgiеs.

Kеy Fеaturеs of Sеlеnium Onе of thе main rеasons Sеlеnium is so popular is its rich sеt of fеaturеs. It supports multiplе programming languagеs such as Java, Python, C#, and Ruby, allowing tеstеrs to writе scripts in thе languagе thеy arе most comfortablе with. Sеlеnium also works across diffеrеnt browsеrs likе Chromе, Firеfox, Safari, and Intеrnеt Explorеr, making it highly vеrsatilе for cross-browsеr tеsting. Morеovеr, Sеlеnium providеs flеxibility and can bе еasily intеgratеd with othеr tools for continuous intеgration and rеporting.

Sеlеnium WеbDrivеr: Thе Corе Componеnt Sеlеnium WеbDrivеr is thе hеart of Sеlеnium automation. It acts as a bridgе bеtwееn thе automation script and thе browsеr, allowing intеraction with wеb еlеmеnts. WеbDrivеr is capablе of pеrforming actions likе clicking, typing, scrolling, and navigating bеtwееn pagеs. It supports all modеrn browsеrs and providеs powеrful capabilitiеs for handling complеx wеb еlеmеnts, which makеs it an еssеntial tool in automatеd tеsting.

Sеtting Up Sеlеnium Environmеnt Bеforе you bеgin writing tеsts, it's crucial to sеt up thе Sеlеnium еnvironmеnt propеrly. This involvеs installing nеcеssary softwarе such as a programming languagе runtimе (Java, Python, еtc.), thе Sеlеnium WеbDrivеr, and thе browsеr drivеrs (likе ChromеDrivеr or GеckoDrivеr). In addition, configuring intеgratеd dеvеlopmеnt еnvironmеnts (IDEs) likе Eclipsе or IntеlliJ can strеamlinе your dеvеlopmеnt procеss, making it еasiеr to writе, еxеcutе, and dеbug tеsts.

Undеrstanding Locators in Sеlеnium Locators arе еssеntial for Sеlеnium to idеntify еlеmеnts on a wеb pagе. Thеy arе usеd to locatе еlеmеnts likе buttons, tеxt boxеs, links, and imagеs in thе browsеr. Thе most common typеs of locators includе ID, Namе, Class Namе, XPath, and CSS Sеlеctors. Knowing which locator to usе in diffеrеnt scеnarios can grеatly improvе thе еfficiеncy and accuracy of your Sеlеnium tеsts.

Working with Dynamic Wеb Elеmеnts Onе of thе challеngеs whеn automating wеb applications is dеaling with dynamic еlеmеnts that changе during runtimе. Thеsе еlеmеnts may havе dynamic IDs or attributеs that changе еach timе thе pagе is loadеd. Handling such еlеmеnts rеquirеs thе usе of dynamic XPath or CSS sеlеctors that adapt to thе changеs, еnsuring that your tеsts run smoothly еvеn as thе pagе contеnt changеs.

Synchronization in Sеlеnium Synchronization is a critical concеpt in Sеlеnium automation. Wеb applications oftеn takе timе to load еlеmеnts, which may lеad to synchronization issuеs whеrе Sеlеnium attеmpts to intеract with еlеmеnts bеforе thеy arе fully loadеd. To avoid such issuеs, Sеlеnium providеs wait mеchanisms likе implicit waits, еxplicit waits, and fluеnt waits, which allow thе automation script to pausе until thе еlеmеnt is rеady for intеraction.

Cross-Browsеr Tеsting with Sеlеnium Cross-browsеr tеsting is еssеntial to еnsurе that wеb applications function corrеctly on all major browsеrs. Sеlеnium providеs thе tools nеcеssary to run tеsts on multiplе browsеrs such as Chromе, Firеfox, Safari, and Edgе. By writing your tеsts in a way that supports diffеrеnt browsеrs, you can еnsurе that your wеb application providеs a consistеnt usеr еxpеriеncе across various platforms.

Intеgrating Sеlеnium with Othеr Tools For morе advancеd automation, Sеlеnium can bе intеgratеd with othеr tеsting tools to еnhancе its capabilitiеs. For instancе, intеgrating with tools likе TеstNG or JUnit allows you to managе tеst casеs, gеnеratе rеports, and pеrform assеrtions. Similarly, Sеlеnium can bе connеctеd with Jеnkins or Mavеn for continuous intеgration and continuous dеlivеry (CI/CD), making it a valuablе tool for DеvOps tеams.

Bеst Practicеs for Sеlеnium Automation To еnsurе that your Sеlеnium tеsts arе maintainablе and scalablе, it's еssеntial to follow bеst practicеs. This includеs writing clеan and modular codе, organizing your tеsts into rеusablе functions, and handling еxcеptions еffеctivеly. Additionally, it's important to kееp your tеst data sеparatе from tеst scripts, usе vеrsion control systеms, and rеgularly updatе your Sеlеnium sеtup to stay currеnt with nеw fеaturеs and browsеr updatеs.

Conclusion Sеlеnium is a powеrful tool for automating wеb applications and significantly improving thе еfficiеncy of tеsting procеssеs. Whеthеr you arе just starting your journеy in automation tеsting or looking to rеfinе your еxisting skills, Sеlеnium Training in Chеnnai can providе you with thе knowlеdgе and hands-on еxpеriеncе you nееd to succееd. By mastеring Sеlеnium’s fеaturеs, undеrstanding bеst practicеs, and lеarning how to intеgratе it with othеr tools, you will bе wеll-еquippеd to handlе еvеn thе most complеx wеb automation challеngеs.

[informaticacloudtraining1]

Best Informatica IICS Training | Informatica Cloud Online

Implementing SOAP-Based Integrations in CAI

Introduction

Cloud Application Integration (CAI) is a powerful tool that enables businesses to integrate various applications, services, and data sources seamlessly. While modern integrations often rely on RESTful APIs, many enterprises still use SOAP (Simple Object Access Protocol) for their legacy systems. This article explores how to implement SOAP-based integrations in CAI efficiently. Informatica Cloud Training Institute

Understanding SOAP-Based Integrations

SOAP is a protocol that facilitates structured information exchange between applications over the internet using XML-based messaging. It is widely used in enterprise environments where security, reliability, and transaction control are critical.

Integrating SOAP-based services with CAI requires configuring SOAP connectors, handling authentication, mapping data, and managing responses efficiently.

Steps to Implement SOAP-Based Integrations in CAI

1. Setting Up the SOAP Connection

Navigate to CAI’s Integration Designer.

Create a new Connection and select SOAP Web Service as the connection type. IICS Online Training

Enter the WSDL (Web Services Description Language) URL, which defines the SOAP service’s contract.

Configure security settings such as Basic Authentication, WS-Security, or OAuth, depending on the SOAP service’s requirements.

2. Configuring a Process to Consume SOAP Services

Create a new Process in CAI’s Process Designer.

Drag and drop the Service Call activity and link it to the SOAP connection.

Define the SOAP request structure by mapping input parameters using the fields provided by the WSDL.

Ensure proper handling of namespaces and XML structures for compatibility.

3. Transforming and Mapping Data

Use Data Mapping tools in CAI to transform the incoming data to the format required by the SOAP service.

Apply XPath expressions for extracting specific data from the XML responses.

Implement logic to handle empty or unexpected values in the SOAP response. Informatica Cloud Training

4. Handling SOAP Response and Fault Messages

Design error-handling mechanisms to capture and process SOAP Faults.

Use Try-Catch blocks to differentiate between success and failure responses.

Log errors and retry mechanisms to ensure reliable data transmission.

5. Testing and Deploying the Integration

Run test cases using CAI’s built-in testing tools.

Validate that the integration correctly sends SOAP requests and processes responses.

Deploy the process and monitor its execution in CAI’s dashboard.

Best Practices for SOAP-Based Integrations in CAI

Optimize Performance: Use pagination and request filters when dealing with large SOAP responses to avoid processing overhead.

Ensure Security: Implement WS-Security standards, such as encryption and token-based authentication, to secure SOAP communications.

Enable Logging: Maintain logs of SOAP requests and responses for troubleshooting and debugging. Informatica Training Online

Use Exception Handling: Configure error-handling flows to manage failures gracefully and notify users when needed.

Conclusion

SOAP-based integrations in CAI allow businesses to connect with legacy systems while leveraging modern cloud capabilities. Organizations can create efficient and secure integrations that enhance business operations by setting up SOAP connections, mapping data correctly, handling errors, and following best practices. CAI provides the necessary tools to streamline SOAP-based communication, ensuring seamless interoperability between cloud and on-premise applications.

For More Information about Informatica Cloud Online Training

Contact Call/WhatsApp:  +91 7032290546

Visit: https://www.visualpath.in/informatica-cloud-training-in-hyderabad.html

[qacraft2016]

What are the challenges faced in selenium automation testing?

While implementing test automation using Selenium, testers might come across several challenges in Selenium automation testing. Some common ones include: 

1. Dynamic Elements 

Issue: Web elements like buttons, links, or input fields to change dynamically (ID/name/location,) between runs of the same test. 

Resolution: To handle these changes, follow stable locators such as XPath, CSS Selectors, and dynamic waits (e.g., WebDriverWait). 

2. Handling Pop-ups and Alerts 

One: It is difficult to deal with various types of pop-ups, such as JavaScript alerts, file upload dialogs, and windows, in different browsers. 

Solution Selenium Native Method provided By switchTo() alert(), switchTo(). It manages operating system windows using JavaRobot commands & 3rd party tools like AutoIT to handle them. 

3. Cross-Browser Compatibility 

Issue: Variability among browsers — Browsers render elements differently and may specially interpret JavaScript. 

Resolution: You should regularly test on different browsers or through Selenium grid and cloud platforms like BrowserStack, making your scripts resilient enough to work across them. 

4. Page Load and Sync Issues 

Issue: Different network conditions would load the web pages at different speeds, which can cause flaky tests if scripts try to interact with elements that are not ready. 

Solution: Use expected waits (for example, WebDriverWait and fluent wait), rather than static sleep timings. 

5. Handling Frames and iFrames 

Issue: It is very difficult to find and operate elements inside the frame or iFrame, as Selenium needs to be switched onto a particular frame before acting on it. 

Solution: Use the switchTo(). The frame() method is used to switch over frame or iFrame before performing activities. 

6. Test Data Management 

Issue: It is hard to control the test data, especially when you have a huge number of tests. Most tests fail because of data dependency, or wrong Data. 

Resolution: Maintain test data in external sources such as Excel, CSV, or DB and ensure unique / refreshed (as per requirement) records for each run. 

7. Maintenance of Test Scripts 

Issue: Test scripts need to be constantly updated, due to modification in UI and functions of the application under test. This leads to higher maintenance efforts. 

Action: Introduce page object model (POM) or other structures to make maintenance easier, by having them in one place for locators and methods. 

8. Captcha and OTP Handling 

Challenge 1: Selenium generally gets interrupted while doing the automation with captcha images and OTP, as these are meant to prevent anonymous activity. 

Solution: Test environments in which Captchas/OTPs are eliminated or APIs invoked to directly read OTPs from the backend allowed by them. 

9. Speed of Execution 

Issue: One reason why Selenium tests might fall slow is the browser interaction overhead. 

Answer: Employ in parallel with Selenium Grid cloud forms, maintain the count of test cases to a minimum, and avoid unnecessary browser operations. 

10. CI/CD integration 

Challenge Three: Selenium testing takes time to integrate as it includes setting up an environment or managing dependencies and this makes the integration of Selenium Testing with Continuous Integration tools like Jenkins a daunting task. 

Done by using Docker containers throwing away the image after each build; this guarantees constant setup and consistent environment as well as sets dependencies up on our CI pipeline. 

11. Poor Support for Non-Web Apps 

Issue: The main problem is that Selenium is made for automating web browsers and it does not support desktop and mobile apps natively. 

Solution: Use other tools like Appium (mobile) or desktop automation tools with selenium for testing Desktop and mobile apps. 

12. Screenshot and Logging 

Issue: It becomes very hard to debug test failure without logging the exact point of break in case proper logs and screenshots are placed at the location where it fails. 

Solution: Use a logging framework (e.g., Log4j) to perform robust logs and, when an error happens use getScreenshotAs() from Selenium 

Conclusion:- 

Although Selenium is a powerful tool and widely used for UI automation of web-based applications, it has its challenges. Dealing with this complexity makes it hard to overcome the challenges of dynamic elements and synchronization problems which results in flaky tests that will increase maintenance efforts. But with the proper approaches including advanced senior locators, dynamic waits, robust test data management, and some of the page object model(pom) frameworks it could be reduced to a great extent. Moreover, making use of parallel execution to synchronize with CI/CD pipelines and complement Selenium's other tools (for handling pop-ups, Captchas, etc )will make the test automation process much more efficient and robust. Selenium automation should be a careful strategy, with the scripts always being updated and improved over time to scale high, reliability in tests.

[mercyjuliet1512]

The Journey to Selenium Expertise: Eight Steps to Success

In today's technology-driven world, where software is the backbone of virtually every industry, ensuring its quality and reliability is paramount. Software testing and quality assurance have become fundamental aspects of the software development process. At the forefront of this evolution stands Selenium, a powerful and versatile tool that has revolutionized the realm of automation testing.

In this comprehensive guide, we embark on a journey to unveil the path to becoming a Selenium expert. This journey is characterized by a continuous quest for knowledge, hands-on practice, and the practical application of skills in real-world scenarios. Selenium expertise is not just a valuable skill; it's a crucial asset in guaranteeing software quality and reliability.

We'll delve into the intricate details of Selenium, covering everything from mastering its basics to exploring advanced topics, and ultimately, adopting best practices in automation testing. As we progress, you'll discover eight pivotal steps to becoming a Selenium expert.

1. Master the Basics: Building a Solid Foundation

Our journey begins with mastering the fundamental concepts of Selenium. It's essential to comprehend the core components, such as WebDriver and WebElement, and understand how Selenium interacts with web browsers. A strong foundation in these basics is crucial to becoming a Selenium expert.

2. Choose Your Programming Language: The Language of Automation

Selenium supports various programming languages, including Java, Python, C#, and more. Your choice of programming language should align with your preferences and career goals. Java, in particular, is popular for Selenium automation due to its extensive community support and wide range of libraries and resources.

3. Set Up Your Development Environment: Crafting Your Toolkit

To work efficiently with Selenium, you need a well-equipped development environment. Installing an Integrated Development Environment (IDE) such as Eclipse or IntelliJ IDEA is essential. These tools streamline the process of writing, debugging, and executing Selenium scripts.

4. Dive into HTML and CSS: Understanding the Web's Building Blocks

Selenium's primary playground is the web, and to navigate it effectively, a strong understanding of HTML and CSS is indispensable. These are the building blocks of web pages, and knowledge of these technologies empowers you to locate and interact with web elements accurately.

5. Explore Locators: The Treasure Map to Web Elements

In Selenium, locators are your treasure map to identifying and interacting with web elements. Dive into various locator strategies, including XPath, CSS selectors, and more. Proficiency in using locators is a fundamental skill for any Selenium expert.

6. Hands-on Practice: The Crucial Training Ground

Practice makes perfect, and in Selenium, hands-on practice is the key to expertise. Initiate your journey by working on simple test scenarios, gradually progressing to more complex ones. The more you practice, the more proficient you become.

7. Embrace Testing Frameworks: Organizing Your Arsenal

As your skills evolve, it's essential to embrace testing frameworks like TestNG or JUnit. These frameworks seamlessly integrate with Selenium and help you organize and manage your test cases efficiently. This skill is invaluable for any Selenium expert.

8. Advance Your Knowledge: Exploring the Uncharted Territories

Once you're comfortable with the basics, it's time to delve into advanced topics. Explore areas like handling frames, working with alerts, dealing with different types of web elements (e.g., dropdowns, checkboxes), and mastering dynamic content testing. These advanced skills set you apart as a Selenium expert.

Becoming a Selenium expert is a journey that demands dedication, practice, and continuous learning. It's a path that leads to excellence in the field of automation testing, and it's a journey worth embarking upon.

To expedite your progress and receive expert guidance, consider enrolling in a structured Selenium training program. ACTE Technologies, a trusted name in the realm of technology training, offers comprehensive programs designed to provide hands-on experience, real-world examples, and guidance from experienced instructors. With the right resources and support, you can accelerate your journey to becoming a Selenium expert and thrive in the dynamic world of automation testing. Take your first step towards expertise with ACTE Technologies as your guiding light. Your path to Selenium mastery begins here.

[chandra2026]

Mastering Web Automation: Learn Selenium Step by Step

Web automation is an invaluable skill for anyone working in software testing, data scraping, or repetitive tasks. Selenium is one of the most popular tools for automating web browsers. If you want to advance your career at the Selenium Course in Pune, you need to take a systematic approach and join up for a course that best suits your interests and will greatly expand your learning path. If you’re looking to master Selenium and start automating web interactions, this step-by-step guide will take you through the essential concepts and techniques to help you become proficient.

1. Understanding Selenium and Its Capabilities

Selenium is an open-source framework for automating web browsers. It simulates real user actions such as clicking buttons, filling forms, navigating between pages, and even extracting data from websites.

One of the reasons Selenium is so popular is its ability to support multiple programming languages such as Java, Python, C#, and Ruby. It works with all major web browsers, including Chrome, Firefox, Safari, and Edge. Selenium can be used for more than just testing; it’s also helpful for tasks like web scraping, automating repetitive tasks, and improving workflow efficiency. For those looking to excel in Selenium, Selenium Online Course is highly suggested. Look for classes that align with your preferred programming language and learning approach.

2. Setting Up Your Selenium Environment

Before you dive into automation with Selenium, you need to set up your working environment:

Choose a Programming Language: Selenium supports multiple languages, but if you’re just starting, Python is a great choice due to its simplicity and ease of use.

Install an IDE (Integrated Development Environment): Use an IDE like PyCharm, VS Code, or Eclipse to write and manage your code. This helps organize your scripts and debug your code easily.

Install Selenium WebDriver: Selenium WebDriver is the tool that interacts with the browser. You’ll need to install the WebDriver package for your chosen programming language using a package manager like pip for Python.

Download a Browser Driver: Each browser (e.g., Chrome, Firefox) requires a driver that acts as an intermediary between Selenium and the browser itself. Download the appropriate driver for your browser version (e.g., ChromeDriver for Chrome).

Setting up your environment correctly is essential for writing and executing Selenium scripts without any hitches.

3. Understanding Web Elements and Locators

A core part of web automation is interacting with elements on a webpage. In Selenium, you’ll need to locate these elements to interact with them. Elements can be buttons, text fields, links, images, or any part of a webpage.

Selenium provides several ways to locate these elements:

ID: The id attribute is unique to each element and is often the most reliable locator.

Class Name: You can use the class attribute to locate elements that share the same style.

CSS Selectors: CSS selectors are very powerful and let you target specific elements using CSS rules.

XPath: XPath allows you to define complex queries for locating elements, making it a great choice for dynamic or nested elements.

Mastering these locators is critical because they will enable you to pinpoint exactly which elements you want to interact with on a webpage.

4. Automating Basic Web Interactions

Once you understand how to locate web elements, you can start automating interactions with them. Selenium allows you to simulate user actions like:

Clicking Buttons: You can simulate clicking on a button to submit forms or trigger events.

Entering Text: Use send_keys() to simulate typing text into input fields.

Selecting Dropdown Options: Selenium also lets you automate the selection of options from dropdown menus.

Navigating Between Pages: Automate browser navigation by moving forward, backward, or jumping directly to a specific URL.

These interactions are the foundation of most Selenium scripts. By automating simple actions, you can perform tasks like logging into websites, filling out forms, or navigating through a site automatically.

5. Managing Dynamic Content and Waits

Many modern websites use dynamic content that loads after the page is rendered. For example, elements may appear only after you click a button or scroll down the page. To handle such situations effectively, Selenium offers wait functions:

Implicit Waits: This tells Selenium to wait a specified amount of time before looking for an element. It’s useful when you know elements might take a while to load.

Explicit Waits: Explicit waits allow you to pause the script until a specific condition is met, such as waiting for a button to become clickable. This method is more flexible and ensures that your script waits for the right condition to occur before proceeding.

Learning how to use these waits is crucial for automating dynamic web pages that may not load all their content immediately.

6. Advanced Selenium Techniques

Once you’re comfortable with the basics, you can start exploring more advanced features of Selenium to enhance your automation skills:

Handling Alerts and Popups: Automate interactions with alerts, confirmations, or prompts that pop up on a webpage.

Switching Between Frames: Many modern websites use iframes to embed content within a page. Selenium allows you to switch between frames and interact with elements inside them.

Taking Screenshots: You can capture screenshots of the current state of the webpage, which is useful for debugging or reporting issues during testing.

Headless Browsing: Headless mode allows you to run automation scripts without opening a browser window. This is useful for running tests on a server or in continuous integration environments.

Mastering these advanced techniques will make you a more versatile Selenium user, capable of handling complex automation tasks.

7. Debugging and Error Handling

As with any programming, you will encounter errors while automating with Selenium. Common issues include elements not being found, timeouts, or issues with page load delays.

It’s important to learn how to handle errors gracefully. You can use try-except blocks to catch exceptions, log meaningful error messages, and continue executing the script in case of minor issues. Additionally, debugging tools in your IDE will help you step through your script and identify where things go wrong.

8. Practicing and Refining Your Skills

The key to mastering Selenium is consistent practice. Start with simple tasks like automating form submissions or extracting data from a table. As you gain confidence, challenge yourself with more complex workflows, such as automating entire user journeys or building test cases for web applications.

Don’t forget to review and refine your code. Writing reusable functions, adding comments, and optimizing performance will help you become a better automation developer.

Mastering Selenium is a journey, but with dedication and consistent practice, you can become proficient in web automation. By understanding the basics of setup, web elements, interactions, and advanced techniques, you can start automating everything from simple tasks to complex workflows.

As you continue refining your skills, remember that automation is a powerful tool that can save you time and make your work more efficient. So, start practicing today and unlock the full potential of web automation with Selenium!

Happy automating!

[spurrutuja]

XPath for Selenium, Playwright & Cypress Web Automation Testing

[kitwallace]

Moving from exist-db 3.0.1 to 6.0.1 6.2.0

That's an awful lot of release notes to read through but it needs to be done, even though its hard to know how the changes will affect my code.

As a first step I need to get things working without being tempted to utilise new XQuery features (I haven't used maps and arrays ) [see https://www.w3.org/TR/xquery-30/] and new modules (spatial index)

Very tempting to clear out old stuff whilst I do this but of course would be better done beforehand.

Need to be sure which scripts are being invoked from Apache

Getting one website running - Bristol Sailing Association, loading from an unzipped backup of the 3.0.1 database + others

Usual problem of testing applications which use my approach a REST-style - most have a config set up to allow path prefix to be changed from /Tree/ to ?_path= For this to work care needed on where script is located in the directory tree .... and Ive been inconsistent about how I implement this scheme

lots of permissions to change since these are not included in the backup - no function for this in the eXide UI - need to write a small tool to set permissions and do reindexes - about time but why is it necessary - ask dannes

missing the old dashboard application - problems in using the eXide db:Manager can't get below the db level - Cant get client.sh to work - problem with X11 ; using webdav instead is working

math module import has changed to

import module namespace math ="http://www.w3.org/2005/xpath-functions/math"; (actually no longer needs to be declared at all)

math:power () changed to math:pow()

math:abs to fn:abs()

math:floor() to fn:floor()

math:ceil() to fn:ceiling()

? are the arguments to atan2 ($y,$x) the same as in the old Math module -yes

math:radians() and math:degrees() have gone - no replacement (I put them in geo but should I have a standalone module for these bits - some in tp, some in wfn ?

fn:round() takes a precision argument so can replace fn:round-half-to-even()

xsl:format-date() to fn:format-date() but the picture format is quite different see https://www.w3.org/TR/xpath-functions-31/

eg "DD MMM - HH:mm" becomes "[D01] [MN,*-3] - [H01]:[m01]"

httpclient module has gone - use http://expath.org/ns/http-client instead - API is here http://expath.org/modules/http-client/ httpclient offered different calls for different services eg head() which have to be done explicitly in expath version - could make a front with the same api but prob. not worth it - at least write a script to template and test the calls

The basic get call converts to :

import module namespace http ="http://expath.org/ns/http-client"; declare namespace html ="http://www.w3.org/1999/xhtml";

let $doc := http:send-request(

<http:request href="{$pageurl}" method="get"> </http:request> )

let $title := $doc[2]//html:body/html:h1[1]

util:catch() has gone - use XQuery3.0 construct try {} catch * {}

Exist now catches declarations of functions with the same name and arity (previously the last declaration was used)

util:serialize() has gone - use fn:serialize but the parameters element must be either an output:serialization-parameters element or a map

see the Altova documentation

eg to serialize to html

fn:serialize($description,map{"method":"xhtml","media-type":"text/html"}

SItes tested

BSA - needs more work on httpclient replacement

Morley sq - my REST Scheme but implemented on level deeper so hack to replace root with ?_path= works but paths to resources like javascript and css dont work

slow without indexes - now added but the eXide db:Manager doesn't do reindexing - have to use the client or write my own script

aremiti - working all except Tracks which hasnt worked for a while since it uses an obsolete API to google maps

berger - working through the faults -

medTrees - the Guide and Book fine out-of-the box - tools need testing because these use scraping

logger - dashboard working

Wikibook - this a set of comparisons of XQuery solutions to problems. It uses my REST scheme so can be run locally by configuring path. tests so far indicate the general architecture is working fine (very fast on the Dell). Some individual task solutions fail (but nicely since they are execute with try {} . This means that a new script which executes all tests and logs those that fail is possible.

util:parse has gone - use util:parse-html() which tidies HTML too

after a day's work, progress seems quite good - the lack of a unit test framework for this code is a problem when migrating code but the most time-consuming stuff is editing the code to update - not sure how to take the main trees application forward - good to do this while I'm away , just little by little because the server version wont be being updated at the same time - must ensure they stay in sync.

Sept 23

Resumed this work but with version 6.2.0 now

Version installed on the old thinkpad - tried to install on Marks' Asus but problems encountered which have yet to be resolved.

Jan 24

Windows replaced with Ubuntu and version 6.2.0 loaded and running - will be the test machine

full aremiti bitfolk database as of 2024-01-06 unzipped onto the ASUS

Oct 24

ported the newly consolidated knots and polyhedra applications (bar the STL files) - no new issues

ported medtrees

ported nabg - reverted to a query string

The dashboard has changed significantly

no shutdown - has to be done in admin client

no way to change permissions - the functions are no longer in xmldb module - can only be done in the admin client

porting BSA3

replacement needed for httpclient:post-form()

In most cases, inclusion of these resources is done in the main script rather than a lib/module

BSA3 ported

porting morleysq

same problem with paths to resource

problem with paths to images

Problem testing applications which use rest urls - consistent use of $root is the key - so it can be changed from eg "MS/" to "?_path="

This works in urls but I haven't found a way of making it work in forms

using a setting $local:rest allows the $root to be selected and conditional code to be generated where needed

also when using URL rewriting, the target directory is one above the app directory to allow the same path to be used with other scripts in the same directory. Without this , the script is running in the application directory so all the paths to resources are one level different - need to sort this out - perhaps base should just be to the app directory and the root then includes the app directory OK that works

MorleySq now working but exist was thrashing and had to be killed

logging disabled

home - landing page

terrain - needs the maths in geo to be updated as does theroadnew

2025-01

geo module updated

new work scapping json from a website for BNG -test for geo and JSON handling

[anushakannan]

Mastering XPath in Selenium: A Complete Guide for Efficient Web Element Identification

🚀 Mastering XPath in Selenium is a game-changer for any automation tester! 🛠️ Whether you’re navigating through complex HTML structures or dealing with dynamic web elements, XPath provides the precision and flexibility needed to locate elements with ease. By integrating XPath into your Selenium tests, you can ensure more robust and reliable automation scripts, leading to higher quality web applications.