Architecture Visualization

Overview

The Application Architecture Visualization feature within NanoAPI leverages dependency manifests to create dynamic, real-time graphs that illustrate interactions across project-level, file-level, and symbol-level within codebases. This visual representation streamlines the onboarding of new developers and architects and enables technical leaders to effectively manage software complexity and make informed architectural decisions.

Actors

  • New Developers: Quickly understand the overall structure and interactions within codebases, significantly reducing onboarding time.

  • Software Architects: Easily analyze architectural patterns and dependencies, enabling precise identification of potential structural improvements.

  • Technical Leadership: Access intuitive visualizations to gauge complexity and inform strategic decision-making regarding resource allocation and architectural planning.

Preconditions

  • Projects have been imported and analyzed in NanoAPI. This can be done via the CLI using napi manifest generate and napi manifest push.

  • Dependency manifests are correctly generated and available.

Main Flow

  1. Access Architecture Visualization: Users log into NanoAPI and navigate to the Architecture Visualization section.

  2. Select Project View: Users select a specific Project to view a high-level dependency graph outlining interactions and dependencies between projects.

  3. Detailed Exploration: Users drill down to file-level and symbol-level to examine finer-grained interactions within the codebase.

  4. Interactive Analysis: Users interact with the visualization to identify critical paths, tightly coupled modules, and potential bottlenecks.

  5. Facilitated Onboarding: New team members utilize the visualization to quickly grasp the underlying structure and complexity of the system.

Alternative Flows

  • Snapshot and Share: Users generate snapshots, embeddable links, or exports of visualizations to include in documentation, presentations, or external tools.

Postconditions

  • Users have an up-to-date, visual understanding of software architecture.

  • Quick identification of dependencies and interaction complexity allows for informed technical decisions and streamlined developer onboarding.

Benefits

  • Accelerated Developer Onboarding: Quick visualization of complex interactions reduces ramp-up time for new team members.

  • Improved Architectural Insights: Clear visualization helps architects identify, prioritize, and mitigate technical risks and complexity.

  • Enhanced Strategic Decision-Making: Technical leadership benefits from precise, intuitive insights to effectively manage software development efforts and architecture planning.

Expected Outcomes

  • Reduction in the complexity and improved manageability of codebases.

  • Enhanced team productivity and alignment through shared architectural clarity.

  • Improved strategic outcomes by providing actionable architectural intelligence.

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