Abella Systems Corp’s Post

Designing software architecture is a journey, not a destination. 💻🛠️ It's about continuous improvement, where writing code is just the beginning. Adopt the iterative process of review and refactoring to ensure your architecture remains robust, scalable, and adaptable. Key considerations include flexibility, scalability, maintainability, security, and performance. #SoftwareArchitecture #ContinuousImprovement #CodingJourney #Developers #HappyCoding

Recently I've been implementing the Axivion plugin for QtCreator and playing around with the code repetition detection feature. I ran it for the QtCreator codebase itself. This is really cool, it detects code duplication even between different files in the project and tells you whether they are exact copies, near copies (e.g. after renaming a local variable), or whether these 2 copies can be easily turned into common code with minor modifications. When you see duplication, it's a simple indication that you should probably have a new library function / class for it :) So yes, it helps shape the right design for your project :) BTW, the upcoming QtCreator 13.0 will include the Axivion integration (experimental for now), powered by the innovative TaskTree solution :) #qtcreator #qt #axivion #tasktree

1. Have you noticed that implementing even simple features becomes increasingly time-consuming over time? 2. Is your current codebase still adhering to the High/Low Level Designs laid down by your Software Architect? 3. Are you aware of the duplicate code and dependency cycles lurking in your code? 4. Is Safety-Certified software your priority? If any of these questions sparked your interest,  see how we can effectively tackle these issues ! #axivion #qt #qualityassurance #architecture #certification

Learn how to transform your software architecture: https://lnkd.in/eivWJ2a6 Learn how to transition to microservices from a monolithic application, using the strangler application pattern.  #pluralsight #microservices #legacy #architecture #software #programming #softwareengineering #softwaredevelopment If the link above doesn't work: https://lnkd.in/dxV5Ndi

Learn how to transform your software architecture: https://lnkd.in/eivWJ2a6 Learn how to transition to microservices from a monolithic application, using the strangler application pattern.  #pluralsight #microservices #legacy #architecture #software #programming #softwareengineering #softwaredevelopment If the link above doesn't work: https://lnkd.in/dxV5Ndi

Modularity is at the heart of many innovative software solutions! Break down complex systems into independent modules. It benefits from microservices architecture to plugin systems. Here's a quick look at why modularity matters: → Enhanced maintainability → Improved scalability → Parallel development → Reusability → Adaptability to change → Simplified testing Develop more scalable, maintainable, and adaptable software solutions for your business. How has modularity shaped your projects? Share your thoughts! #software #development #techinnovation #coding #bestpractices #modularity

🔄 "Regular Refactoring: The Secret to Staying Ahead!" 🔄 Code refactoring should be a regular part of your development process. Here's why it’s essential for avoiding technical debt: 💻 Cleaner Code: Improves readability and reduces complexity. 🔧 Enhanced Performance: Optimizes code efficiency. 🧑💻 Better Maintainability: Makes future updates and scaling easier. #Refactoring #CodeOptimization #SoftwareMaintenance #CleanCode #Syncloop #technology #API #Development

Cyclic Dependency in Software: Overview and Solutions A cyclic dependency occurs when two or more software components depend on each other, forming a circular reference. For example, if Module A relies on Module B, and Module B relies back on Module A, they are in a cycle. This can extend across larger chains of dependencies, creating complex cycles. Why Cyclic Dependencies are Problematic? Cyclic dependencies can lead to challenges, such as: 1. Testing difficulties: Cycles make isolating components for unit testing hard, as each module depends on the other. 2. Maintenance complications: It becomes harder to understand and refactor cyclically dependent code, as changes impact all linked modules. 3. Build and runtime issues: In some environments, cycles can cause build errors or runtime failures due to improper loading orders. 4. Increased bug risk: Cyclic dependencies tightly couple modules, making unexpected behavior more likely during changes. Fixing Cyclic Dependencies : Here are some strategies to break cyclic dependencies: 1. Refactor the Code: - Extract common functionality: Identify shared aspects between modules and move them to a separate module to avoid direct interdependence. - Use Dependency Inversion: Introduce an interface or abstract class both modules can depend on, breaking direct ties between them. - Restructure dependencies: Simplify the relationship between modules by making one depend unidirectionally on the other and using callbacks for communication. 2. Use Design Patterns: - Observer Pattern: Useful if one module needs updates from another without tight coupling. - Mediator Pattern: Helps manage interactions between multiple modules, allowing indirect communication and avoiding direct dependency. - Dependency Injection (DI): Inject dependencies at runtime instead of having components instantiate each other directly. 3. Modularize the Code: - Separate packages/modules: Split cyclically dependent modules into distinct packages or modules with defined interfaces, improving separation of concerns. - Consider architectural changes: If cycles are common, a larger refactor to microservices or event-driven architecture can enforce better boundaries. 4. Use Tools to Detect Cyclic Dependencies: Static analysis tools like SonarQube and IDE plugins can detect cyclic dependencies, allowing you to address them early on. Addressing cyclic dependencies can greatly improve code quality, maintainability, and testability  #SoftwareArchitecture  #CodeQuality #DependencyManagement  #CleanCode #TechTips #CyclicDependency

Learn how to transform your software architecture: https://lnkd.in/eivWJ2a6 Learn how to transition to microservices from a monolithic application, using the strangler application pattern.  #pluralsight #microservices #legacy #architecture #software #programming #softwareengineering #softwaredevelopment If the link above doesn't work: https://lnkd.in/dxV5Ndi

"Strangler Application Pattern" - A design pattern for Cloud native software? I converted a legacy mobile application that I have made into a cloud native application as the individual project for my degree. ☁️ Because I did not find a specific design architecture in my research, to use in the conversion of such applications, suggesting a set of new cloud architecture approaches namely, 1. Monolithic 2. Microservice 3. Serverless was what I resorted to do. 💯 Even then I couldn't categorize the database element properly in my classification. Couple of months go by, and I find this post on a Microservices Transition Strategy that makes more sense and that I could later use in a #cloud adoptation. And naturally, it feels good to get the answers to questions you didn't know you had! The learning never stops and that is one big reason for me to be in the cloud! ❤️ #cloudengineering #designpatterns #northernireland #NI #devops