Quality Modeller on LinkedIn: How EVERFI generate test automation within minutes of a code check-in (2024)

💡Read our success story to learn how EVERFI enabled close collaboration between quality engineering, development, product owners and designers with Curiosity's Modeller: https://hubs.li/Q02jP8jG0 Using Modeller's visual flows, EVERFI's CI/CD pipeline auto-generates targeted tests within minutes of a check-in, analysing course schemas to create flowcharts and tests.In just 9 months, EVERFI reduced the time to create and run tests from weeks to minutes, while automating 85% of 52 courses with %100 permutation coverage thanks to Curiosity's Modeller! ☎️Speak to a Curiosity expert to get started with Modeller today: https://hubs.li/Q02jPc9R0#devops #qa #cicd #testing #softwaretesting #qualityassurance #softwaredevelopment #softwarequality #dev

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💡Read our success story to learn how EVERFI enabled close collaboration between quality engineering, development, product owners and designers with Curiosity's Quality Modeller: https://hubs.li/Q02tzKt_0 Using Modeller's visual flows, EVERFI's CI/CD pipeline auto-generates targeted tests within minutes of a check-in, analysing course schemas to create flowcharts and tests.In just 9 months, EVERFI reduced the time to create and run tests from weeks to minutes, while automating 85% of 52 courses with %100 permutation coverage thanks to Curiosity's Quality Modeller! ☎️Speak to a Curiosity expert to get started with Quality Modeller today: https://hubs.li/Q02tzM3D0#devops #qa #cicd #testing #softwaretesting #qualityassurance #softwaredevelopment #softwarequality

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Day 44#seleniumautomation #learningprogress Headless Mode vs Headed Mode🕶 Headless Mode Purpose: Running the browser without a visible GUI.Benefits: Faster execution, Resource efficiency, Server-side and continuous integration.Usage: When performing bulk testing of checkout flows, form submissions, or other repetitive tasks.😎 Headed ModePurpose: with a visible graphical user interface.Benefits: debugging and development, Easier to understand.Usage: Developing a scraping script to observe the website structure.Do visit this blog for video based illustration https://lnkd.in/eCPbhEGn

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From manual testing to continuous test generation in just 9 months with Curiosity's Modeller! ⏱️💡Read EVERFI's success story to learn more: https://hubs.li/Q02bNm6V0 Using Modeller's visual flows, EVERFI's CI/CD pipeline auto-generates targeted tests within minutes of a check-in, analysing course schemas to create flowcharts and tests.In just 9 months, EVERFI reduced the time to create and run tests from weeks to minutes, while automating 85% of 52 courses with %100 permutation coverage thanks to Curiosity's Modeller! ☎️Speak to a Curiosity expert to get started with Modeller today: https://hubs.li/Q02bNm-40#devops #qa #cicd #testing #softwaretesting #testautomation #qualityassurance #softwaredevelopment #automation

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GOLDEN RULES WE GO BY TO ENSURE TOP-NOTCH CODE QUALITY 🌟Every successful software company prioritizes outcome quality. At DGT factory, we understand that software quality is more than just functionality and performance – source code quality is key!Good source code quality minimizes accidental errors, speeds up identifying error origins and simplifies future changes by ensuring correct code structure.To ensure that our code is top-notch, there are a few rules we adhere to. 🛠1.Achieving understanding within the team 🤝- Are naming conventions aligned with project rules?- Does class structure reflect application logic requirements?- Are automated test names aligned with the acceptance criteria?2.Providing desired application logic 🎯- Does the source code cover all positive and negative scenarios?- Are the acceptance criteria reflected in unit tests?3.Ensuring smooth operation ⚙️- Does logging cover everything that is needed for operational purposes?- Is the code properly handling system-level exceptions?- Are we able to recover from potential errors?- Does the code meet performance requirements? 4.Prioritizing security 🔒- Is sensitive data stored outside the source code? - Do automated security tests (e.g. Sonar security tests) flag vulnerabilities or missing updates?5.Maintaining code cleanliness 🧹- Are methods small enough to be clear and concise?- Does static analysis reveal any code smells with major or higher severity?This is our current baseline for project checks, but as we are constantly looking to evolve our practices and standard, we are open to enhancing it. 🚀If you have suggestions to help us refine our approach, feel free to share your thoughts in the comments below!#SoftwareDevelopment #CodeQuality #Innovation #DGTfactory

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Adopting CI/CD approaches can help teams create, test, and deliver high-quality applications. By definition, automation is at the core of CI/CD pipelines and maximizes the value proposition of each step in a development workflow. Furthermore, it guarantees consistency across development, test, and production environments while helping teams build more reliable pipelines. Integrating test automation in a CI/CD pipeline enhances efficiency and helps accommodate big and complex test environments. A test automation tool can improve a CI/CD process by enabling:🚀 Faster execution and feedback🚀 More consistent, precise test results🚀 Shift left testing🚀 Flexibility for test enhancements🚀 Swift product deliveryA crucial step in setting up automated testing in a CI/CD pipeline is selecting an appropriate test automation tool. Discover how AutoFlow Studio can help you streamline CI/CD processes with an inventive test automation suite. Sign up for a 30-day trial. https://lnkd.in/gpvHe-Mc#automationtesting #testautomation #continuousintegration #continuousdelivery #cicd

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If we have to improve the overall quality of the product, we know that we have to think about quality improvement in all phases of the product life cycle - right from the idea inception, design and development till it’s in production and beyond. Many companies have started to realise this and we can see positive steps towards the same. But when it comes to capturing and visualisations of the quality attributes, all of the phases work in silos (e.g. code quality check in sonarqube) and there are no correlations established between the different metrics/attributes that are captured and displayed in the form of reports or dashboards.For example the structural quality attributes like code complexity, code security, system resiliency are not connected or correlated in any way to the process quality attributes like build failures, commit attributes, defect yield, defect aging which in turn is not correlated in any form to the functional quality attributes like error rates, throughput, latency, resource efficiency or performance. So we are missing a big opportunity of not creating a data-driven correlated and connected multi-dimensional metric guidance system (dashboard) that can act as a advisory board to reduce or display patterns for each of the production incidents or service level degradations. In an ideal world, this kind of dashboard will discover and pull in quality attribute data from different phases, correlate them and provide guidance for the next or the future sprints to everyone concerned about the quality of the product.#quality #product #automation #testing

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Restoring logic to the heart of IS via ontologies and logic-based business rulesThe failure rate for the creation of critical and agile Information Systems (IS) is striking.Various approaches have been proposed by software professionals with limited success.At the same time, the use of logic - the 'mathematics of software' – has been abandoned in favour of 'coding' alone, nor has its application been put to good use for commercial developments.Furthermore, the achievements of artificial intelligence, albeit at first sight impressive, have further distanced software engineering from a fundamental approach based on logic. The ‘software crisis’ persists, whilst the increasing digital transformation of society raises significant quality, transparency and cost challenges. This article introduces the transformational contribution of formal logic - ontologies and business rules in logic - to the development of real-world IS in use.#ontologies #rules #logic #specifications #softwareengineeringhttps://lnkd.in/eKZNkDHF

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How did we get to the point of using application to mean a piece of software driven by user input?#5 doesn’t have any relationship to the original uses of application - formal request, action, or sustained effortI am afraid to even look up the definition of program 😰Software “application” is just like the new-formed noun definition of agile 🤢🤮Not DDD terms at allRemoting and distributed are practical terms that don’t require redefining

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Why do tests break? It's when they care more about how something is done, rather than what is achieved.Testing the observable behavior rather than the internal steps ensures that we measure the effectiveness of our code in real scenarios.Validate outcomes not the path that code takes to achieve these outcomes.Here are some benefits of focusing on observable behavior in testing:1. Increased Flexibility in Refactoring: Test results, not processes, so you can freely refine code without changing tests.2. Improved Code Reliability: Tests that focus on what the software does catch more relevant bugs and regressions.3. Easier Maintenance: Less brittle tests focus on necessary outcomes, minimizing rewrites during internal updates.4. Clearer Requirements Validation: Aligns tests with user needs and expectations, ensuring software fulfills its purpose.5. Simpler, More Readable Tests: Outcomes-based tests are straightforward, enhancing understanding and team collaboration.6. Better Test Coverage: Focuses on essential functionality, covering more scenarios and edge cases.7. Encouragement of Good Design Practices: Promotes clearer module interfaces and responsibilities, improving software architecture.#UnitTesting #SoftwareDevelopment #CodingBestPractices

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