Serenity Dojo’s Post

Read https://damagebdd.com and explain why it makes sense to use damagebdd for large complex projects with many moving parts moving fast ? DamageBDD is ideal for large, complex projects with many moving parts due to its human-readable Gherkin syntax, facilitating collaboration among team members with varying technical skills. It supports large-scale load testing, continuous regression, and integrates seamlessly with CI/CD workflows. By enabling early detection of performance issues and ensuring applications handle high user traffic, DamageBDD helps maintain project velocity and quality, making it suitable for fast-paced, multifaceted projects. For more details, you can visit [DamageBDD](https://damagebdd.com).

Behavior-Driven Development (BDD) helps business and technology teams break down requirements into logical, testable, and automatable behaviors. Here’s how #BDD can enhance your processes: 1. User Stories and Test Cases: Create user stories and test cases based on outcomes. 2. Clarity and Detail: Removes vagueness from the design process by requiring a detailed understanding of requirements and validating them through testing documentation. 3. Iterative Methodologies: Enhances #iterative processes by clearly defining work items. 4. Self-Documentation: The business requirements, design documentation, and #test cases are sourced from a single document. BDD tools like Cucumber from SmartBear #automate the testing process based on BDD #design principles. In my experience, BDD was instrumental in breaking down complex rule-based applications, such as determining eligibility for Old Age Security (OAS). We had dozens of input variables and layered rules leading to various outcomes. Initially, the business team had created a complex and concise document that was hard to understand without subject matter expertise. After two BDD training sessions, the business team transformed the requirements into a table of inputs and outputs, each row representing a rule and its outcomes. Each rule + outcome pair became a BDD use case. Here’s a simplified example: Title: Calculate Eligible Years for OAS Narrative: AS A citizen of my country I am entitled to receive money from the government after I turn 65  I WANT to be able to calculate the years I am eligible for OAS SO THAT I can use this value in future calculations. Acceptance Criteria: Scenario: Born before April 30, 1959, and a lifelong citizen. GIVEN I am a citizen AND eligible years start the end of the month I turned 18 AND eligible years end at the end of the month I turn 65 AND I was born on January 15, 1955 AND I lived in my country all my life WHEN I calculate my OAS eligible years THEN my eligible years are 47 years This approach allowed the team to write the code and create test cases from the example, ensuring early and accurate validation of the software with the business team.

🚀 Unlocking the Power of Test Automation: Key Frameworks You Should Know 🚀 In the ever-evolving world of software development, test automation is crucial for ensuring quality and efficiency. Here’s a quick guide to the key types of test automation frameworks that every developer and tester should know: 1. Linear Scripting Framework:   - Simple recording and playback.   - Ideal for small projects but less maintainable for complex scenarios. 2. Modular Testing Framework:   - Divides application into modules.   - Enhances reusability and maintainability. 3. Data-Driven Testing Framework:   - Separates test scripts from test data.   - Allows running tests with multiple data sets. 4. Keyword-Driven Testing Framework:   - Uses keywords to define actions.   - Easy to read and maintain test scripts. 5. Hybrid Testing Framework:   - Combines multiple frameworks.   - Offers flexibility and robustness. 6. Behavior-Driven Development (BDD) Framework:   - Collaboration between developers, testers, and business analysts.   - Uses natural language for test cases. 7. Test-Driven Development (TDD) Framework:   - Write tests before code.   - Ensures code quality and meets requirements. 8. Library Architecture Testing Framework:   - Groups common tasks into functions.   - Improves reusability and manageability. Each of these frameworks brings unique strengths to the table, catering to different project needs and complexities. Choosing the right framework can significantly boost your testing efficiency and software quality. Which framework do you use the most, and why? Share your experiences in the comments! 💬 #TestAutomation #SoftwareTesting #DevOps #QualityAssurance #SoftwareDevelopment #BDD #TDD #TestingFrameworks

Unit testing, especially with Test-Driven Development (TDD), significantly enhances software quality and developer productivity: Enhances Code Quality: Tests written before code ensure fewer bugs and more reliable software. Drives Better Design: TDD promotes thoughtful, well-defined interfaces and adherence to design principles like SOLID. Facilitates Refactoring: A robust test suite allows for confident code refactoring without fearing regressions. Serves as Documentation: Tests clarify code functionality, aiding new developers in understanding the project quickly. Supports Agile Changes: With tests in place, adding features or refactoring becomes safer and simpler, ensuring software remains adaptable. In short, TDD not only streamlines the development process but also results in cleaner, more maintainable code. Embrace unit testing to reduce bugs, improve design, and accelerate development cycles! #SoftwareDevelopment #TDD #UnitTesting #PLC #automation

There are many approaches to software development, emphasizing testing, operations, and driving overall customer success. Below are some of them which emphasize quality, speed, delivery, and driving overall customer success 1. **Observability-Driven Development (ODD):** Writing code and building observable components and systems can answer the whys when something goes wrong. This enhances software resilience through proactive monitoring, analysis, and optimizing system behavior, helping with SLA, SLI and SLO's 2. **Test-Driven Development (TDD):** Boost software quality by writing tests before code, fostering iterative development cycles focused on improving code quality, and adopting a quality-first mindset. 3. **Behavior-Driven Development (BDD):** Align software development with stakeholder expectations by defining behavior through collaborative scenarios, promoting shared understanding, and delivering efficient features. BDD brings product folks, BA's, QA's, and Developers together 4. **Data-Observability-Driven Development (DODD):** DODD emphasizes continuous monitoring of the Data, Data pipeline, and process. DODD adopts observability principles to track the data throughout its complete journey. DODD helps with the overall data quality and data lineage 5. **Domain-Driven Design (DDD):** DDD helps design complex business domains, foster a shared language between domain experts and developers, and drive focused solutions that reflect deep domain understanding. 6. **Feature-Driven Development (FDD):** Streamline software development by prioritizing and delivering features incrementally, ensuring alignment with client needs, efficient team collaboration, and timely delivery of value-added functionality. #TDD #BDD #ODD

Tired of vague project #requirements? In this blog, I break down how to turn unclear specs into actionable steps using #BDD and #GherkinSyntax. If you’re ready to make miscommunication a thing of the past, check it out! #SoftwareDevelopment #Agile

You would have used Test Driven Development (#TDD), Domain driven (#DDD) , Behaviour Driven Development (#BDD). What about #Observability Based Development ( #ODD ) ? This involves writing code and building #observable components and systems can answer the whys when something goes wrong. This enhances software #resilience through proactive #monitoring , analysis, and optimizing system behavior, helping with #SLA, #SLI and #SLO 's. Are you using ODD or Data Observability Driven Development? What are the benefits you have observed? What are the gotchas?

Last week, we delved into #TestDrivenDevelopment (TDD), a practice that helps our developers at #Designveloper produce clean code. This week, we're exploring #BehaviorDrivenDevelopment (BDD), a methodology that not only enhances our workflows but also connects our developers, testers, and non-technical stakeholders. What is BDD? #BDD extends TDD by focusing on the behavioral specifications of #Software. It fosters collaboration by using simple, domain-specific language to describe application behaviors. This clarity helps everyone involved to understand the system without reading code. Why adopt BDD? 🔹 Enhanced Collaboration: BDD promotes clear communication, preventing misunderstandings and aligning features with business needs. 🔹 Customer-Centric Focus: Describing behaviors in plain language keeps the development process aligned with user experiences and outcomes. 🔹 Cost Efficiency: Identifying issues early reduces the costs associated with changes made late in the development process. Applying BDD at #Designveloper: We start by defining the expected system behaviors from a user's perspective, crafted into 'stories'. These stories guide automated tests to ensure our final product matches our clients' expectations perfectly. BDD has revolutionized our approach to #SoftwareDevelopment, enhancing understanding and cooperation across teams and ensuring we deliver high-quality software efficiently. For more insights into our software development practices, subscribe to our #DSVBlog: https://lnkd.in/dcMc4HHy

There are many approaches to software development, emphasizing testing, operations, and driving overall customer success. Below are some of them which emphasize quality, speed, delivery, and driving overall customer success 1. **Observability-Driven Development (ODD):** Writing code and building observable components and systems can answer the whys when something goes wrong. This enhances software resilience through proactive monitoring, analysis, and optimizing system behavior, helping with SLA, SLI and SLO's 2. **Test-Driven Development (TDD):** Boost software quality by writing tests before code, fostering iterative development cycles focused on improving code quality, and adopting a quality-first mindset. 3. **Behavior-Driven Development (BDD):** Align software development with stakeholder expectations by defining behavior through collaborative scenarios, promoting shared understanding, and delivering efficient features. BDD brings product folks, BA's, QA's, and Developers together 4. **Data-Observability-Driven Development (DODD):** DODD emphasizes continuous monitoring of the Data, Data pipeline, and process. DODD adopts observability principles to track the data throughout its complete journey. DODD helps with the overall data quality and data lineage 5. **Domain-Driven Design (DDD):** DDD helps design complex business domains, foster a shared language between domain experts and developers, and drive focused solutions that reflect deep domain understanding. 6. **Feature-Driven Development (FDD):** Streamline software development by prioritizing and delivering features incrementally, ensuring alignment with client needs, efficient team collaboration, and timely delivery of value-added functionality. #TDD #BDD #ODD

Ever heard of example mapping? It’s a powerful technique we use in Behavior-Driven Development (BDD) to gain clarity on requirements, reduce defects, and minimize rework. By starting with user stories, mapping out high-level acceptance criteria, and diving into examples and counter-examples, we uncover edge cases and challenge assumptions. The result? A clear path to automated tests that focus on business functionality, not just the UI or APIs. If you’re looking to improve your BDD practices and drive better collaboration, example mapping is a game-changer! #BDD #ExampleMapping #TestAutomation #BehaviorDrivenDevelopment #AgileTesting #SoftwareTesting #SerenityBDD #AgileAutomation #AutomationStrategy #SoftwareQuality #AutomationTips #TestCases #SoftwareDevelopment #AdvanceTesting #TestingCareer #SoftwareTester #TestingJobs #SoftwareTesters