Enforcing Architecture Decisions Using Tests

In the fast-paced world of software development, maintaining architectural integrity is a
continuous challenge. Over time, well-intended architectural decisions can erode, leading to unexpected drift and misalignment with original design principles.

This hands-on workshop will equip participants with practical techniques to enforce architecture decisions using tests. By leveraging architecturally-relevant testing, attendees will learn how to proactively guard their system's design, ensuring consistency, scalability, and security as the codebase evolves. Through interactive exercises and real-world examples, we will explore how testing can serve as a powerful tool for preserving architectural integrity throughout a project's lifecycle.

Key Takeaways
Participants will learn to:
Write architecture-driven tests that validate and enforce design constraints.
Identify architectural drift early and prevent unintended changes.
Maintain consistent, scalable, and secure architectures over time.
Collaborate effectively within teams to sustain architectural excellence.
Prerequisites
Basic Understanding of Software Architecture: Familiarity with architectural patterns and
principles
Experience with Automated Testing: Understanding of unit, integration, or system testing
concepts
Collaboration and Communication Skills: Willingness to engage in discussions and
teamwork
Experience working with Java
Optional
Familiarity with Static Analysis and Code Quality Tools: Knowledge of tools like ArchUnit,
SonarQube, or custom linters is beneficial but not required
Experience with Large-Scale Systems: Prior work on complex systems can enhance the

Key Takeaways:

Participants will learn to:
Write architecture-driven tests that validate and enforce design constraints.
Identify architectural drift early and prevent unintended changes.
Maintain consistent, scalable, and secure architectures over time.
Collaborate effectively within teams to sustain architectural excellence.

Prerequisites:

Basic Understanding of Software Architecture: Familiarity with architectural patterns and principles
Experience with Automated Testing: Understanding of unit, integration, or system testing concepts
Collaboration and Communication Skills: Willingness to engage in discussions and
teamwork
Experience working with Java

Optional
Familiarity with Static Analysis and Code Quality Tools: Knowledge of tools like ArchUnit,
SonarQube, or custom linters is beneficial but not required
Experience with Large-Scale Systems: Prior work on complex systems can enhance the

About Javiera Laso

I am a biotech engineer who transition from the lab to the world of software. During my university years, I excelled in both fields becoming a teaching assistant in the IT engineering program while also pursuing my love for biotechnology. Post-graduation, I realized that working in lab environments with outdated software was limiting my potential to apply cutting-edge technology in biotech. So, I decided to take on a challenging journey to become a developer and bridge this gap. As a proud woman in tech my background enriches the landscape of software development. I am also an enthusiastic supporter of DDD as it can help us to bind the code with the business.

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