What’s the difference between testing and Quality Assurance?
Many use the terms interchangeably, but testing and QA play different roles in the software development lifecycle. Testing is about detecting defects—it ensures that the product functions as expected. Quality Assurance, on the other hand, is a preventative measure, focusing on establishing processes to avoid defects from the start.
By implementing shift-left approaches, like SQA²’s QA 2.0 methodology, QA begins at the requirements phase, ensuring that quality is built in from day one. A common cause of defects lies in incomplete or unclear requirements; QA involvement early on ensures that specifications are clear, accurate, and comprehensive.
In startups or agile environments, where speed and adaptability are crucial, integrating QA from the beginning minimizes costly rework, accelerates delivery, and improves product quality. Partnering with a QA organization like SQA² allows companies to maintain high standards, even in fast-paced settings.
How early do you involve QA in your projects, and how has it impacted your development process?
Striking the balance in software development is key - efficient coding and rigorous testing ensure speed without sacrificing quality. By maximizing productivity and maintaining precision, we can deliver top-notch outputs on time. #SoftwareDevelopment#CodingBalance
How do companies ship code to production?
The following describes a typical software delivery workflow. Companies have diverse environments using different tools. This is one representative workflow that demonstrates some common practices. Details will differ across organizations. With that context established, the general steps are as follows:
Step 1: The product owner creates requirements and stories.
Step 2: The development team prioritizes stories and organizes sprints.
Step 3: Developers commit code to the version control system.
Step 4: An automation server builds the code and runs tests. Code coverage and quality checks are performed.
Step 5: If the build succeeds, artifacts are stored in the artifact repository. The build is deployed to the developer environment.
Step 6: Features are tested independently in multiple isolated environments.
Step 7: The QA team tests the features in QA environments. Various forms of testing are performed.
Step 8: Once verified, the build is deployed to a user acceptance testing environment for final validation.
Step 9: Release candidates that pass testing can be deployed to production based on the release schedule. Feature flags and incremental rollout techniques manage risk.
Step 10: The site reliability team monitors production and reports issues. Teams prioritize and fix issues according to defined policies.
How does your organization's software delivery workflow differ from the process outlined here? What tools and techniques have you found most effective? I'm interested to hear about the various approaches across the industry.
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Jira vs Azure DevOps: Which tool fits best?
Both are great for project management , Jira offers deep customization
Azure DevOps provides an all-in-one solution with Microsoft integration. Which one do you prefer?
#ProjectManagement#Jira#AzureDevOps#Agile#Scrum#DevOps#Tech
Made the switch from front end development to software testing because, let’s be real, web dev wasn’t as easy as it seemed! But as a Virgo, I’m all about precision and problem-solving—testing is where I thrive! ♍️💻 #CareerTransition#SoftwareTesting#VirgoVibes
Every day is a new puzzle to solve in software testing. It’s all about finding bugs, improving quality, and making sure everything runs smoothly! 🔍💻 #SoftwareTesting#QualityAssurance#TechLife”
@yabaleftonline Wow, didn’t expect my birthday video to blow up like this 🎊, While this is on here, I’m a software tester looking for a role to keep creating, I also design custom fashion piece. Check out my work: IG @dress__tee, TikTok @taiwooyewusi. Let’s connect , LinkedIn : Oyewusi Taiwo.
Web Development – The best way to master it is to build projects as you learn.
If I were to start learning today, I would break it down into 10 steps:
• Chapter 1
→ HTML Basics
→ CSS Fundamentals
→ Understanding the DOM
→ Introduction to Responsive Design
→ Building a Simple Web Page
• Chapter 2
→ CSS Layouts
→ Box Model Mastery
→ Flexbox and Grid
→ Creating Navigation Bars
→ Project: Personal Portfolio Page
• Chapter 3:
→ JavaScript Essentials
→ Variables and Data Types
→ Conditional Statements
→ Loops and Functions
→ Project: Interactive Calculator
• Chapter 4
→ DOM Manipulation with JavaScript
→ Event Handling
→ Form Validation
→ Local Storage
→ Project: To-Do List App
• Chapter 5
→ Responsive Web Design
→ Media Queries
→ Mobile-First Approach
→ CSS Frameworks (e.g., Tailwind)
→ Project: Mobile-Friendly Blog
• Chapter 6
→ AJAX and API Calls
→ JSON Data Parsing
→ Fetch API
→ Creating Dynamic Content
→ Project: Weather App with API Integration
• Chapter 7
→ Node.js Fundamentals
→ Express.js Framework
→ Building RESTful APIs
→ CRUD Operations
→ Project: Simple Node.js Server
• Chapter 8
→ Database Basics (SQL/NoSQL)
→ Connecting Node.js to Databases
→ User Authentication
→ Project: User Registration & Login
• Chapter 9
→ Frontend Frameworks (e.g., React, Angular, or Vue)
→ Component-Based Development
→ Routing in SPA
→ Building a Single-Page App (SPA)
→ Project: SPA with Framework of Choice
• Chapter 10
→ Deployment & Hosting
→ Version Control with Git
→ CI/CD Pipelines
→ Security Best Practices
→ Project: Deployed Web App
@JumJumJay We're always aware of concluding situations of the actions taken by others, yet we choose to overlook them and follow the flow. It's only when our initial thoughts materialize that we recognize the need to take decisions earlier to prevent deeper pain.