cjnevin/IdealCleanArchitecture

This is an iOS application structured around a modular, clean architecture that separates concerns into Domain, Infrastructure, Presentation, and UI layers. It implements core user flows for Home, Login, Settings, and User profiles, with specific support for dual app themes and simulated asynchronous delays in data operations. The system utilizes Swift Package Manager for dependency management and includes a modular routing system to handle navigation and screen transitions.

A new file, contents.xcworkspacedata, has been added to the .swiftpm/xcode/package.xcworkspace/ directory. This XML-based configuration file defines an Xcode workspace that references the package itself, facilitating local development and integration with Xcode.

.swiftpm · high confidence

A new LaunchScreen.storyboard file was added to the Base.lproj directory, defining the app's initial launch screen interface for iOS. This storyboard file configures the initial view controller and scene for the application's startup sequence.

Base.lproj · high confidence

The Xcode project has been restructured to support two separate build schemes, ThemeA and ThemeB. This allows developers to build, run, and test each theme variant independently within the IDE, reflecting the split of the application into distinct UI and infrastructure modules for each theme.

App.xcodeproj · high confidence

The application's navigation logic has been restructured into a modular routing system. New files in the Routing directory define specific routes for Home, Login, Logout, Settings, and User screens, each handling the instantiation of their respective view controllers and presenters. A new DefaultRouter class and associated protocols (Router, Routable, Deeplinkable) manage view controller presentation and dismissal. Additionally, a suite of transition classes (EmptyTransition, ModalTransition, PushTransition, TabTransition) has been added to handle different types of screen transitions, including modals, pushes, and tab bar interactions.

Routing · high confidence

Added Swift protocol and class definitions for the domain layer, including interactor implementations for Home, Login, Settings, and User features. The Login interactor now handles email/password submission, form validation, and user session management, while the User interactor provides a fetch method for retrieving user data. These changes establish the core business logic and dependency injection points for these modules.

Modules/Domain · high confidence

Added new presentation components for Home, Login, Settings, and User features, each consisting of a presenter and a view protocol. The Login presenter now handles email and password submission, form validation, and navigation to the User screen. The Settings presenter manages toggling between Home and Login states. The User presenter fetches and displays user details, while the Home presenter provides a basic structure. Additionally, tests were added for the User presenter to verify loading states and navigation.

Modules/Presentation · high confidence

The Modules/UI area now includes fully implemented view controllers and their associated styling for the Home, Login, Settings, and User screens. This introduces the visual layer for these core features, including a dark-themed alternative for the Login screen (LoginB), a toggleable home view in Settings, and a user profile display. Shared UI components, such as a loading overlay and lazy property wrappers, support these new screens.

Modules/UI · high confidence

The application now uses a modular clean architecture where features are split into separate modules for Domain, Infrastructure, Presentation, and UI, with the App layer handling all wiring and dependency injection. The app initializes a TabRouter to manage tab-based navigation, and the AppDelegate sets up the dependency container with delayed login and user services. This structural change enforces clear boundaries between layers and improves testability through protocol-based dependencies.

(repo-wide) · high confidence

The infrastructure layer has been split into distinct modules for Login and User functionality. This introduces DelayedLoginService and DelayedUserService, each implementing their respective domain interfaces with simulated asynchronous delays. Users will experience a consistent, albeit artificial, latency in login and user data operations, which may affect perceived performance during these specific flows.

Modules/Infrastructure · medium confidence

Added unit tests for the LoginInteractor, LoginRequest, and User domain components. The new tests verify form validation logic, submission states, and property constraints (e.g., name length limits, age caps), ensuring the domain layer behaves as expected.

Modules/DomainTests · high confidence

The project now uses Swift Package Manager (SPM) to manage dependencies and define a modular architecture. The new structure separates the application into distinct modules: Domain, Infrastructure (Login, User), Presentation (Home, Login, Settings, User), and UI layers (Home, Login, Settings, User, Shared, LoginB). Key dependencies include DependencyContainer, Assert, AutoLayoutBuilder, PhantomTypes, and PropertyWrappers, enabling a clean separation of concerns and improved testability for each module.

(dependencies) · medium confidence

Written by watchdog.canine.dev from the codebase's own history, inside the signed delivery this page is composed from.

• CAI 58 → 69 (+11.1)
• Rubric changed (rubric-2026.08.19 → rubric-2026.09.15) — scores are not directly comparable.

• Code Health 100 → 100 (-0.2)
• Architecture 69 → 69 (+0.0)
• Maturity 43 → 67 (+24.6)
• Readiness 57 → 62 (+4.8)
• Security 92 → 97 (+5.4)

• Coverage not included — suite not readable by the collector
• Dependency hygiene not measured — dependency manifest found but not parsed for hygiene
• No exposed public API
• Scanner failed to run — not a clean result
• Test reliability not included
• The README does not mention how to add new modules (Infrastructure, Presentation, UI) or where to place test stubs for newly created features. (README.md)
• complexity unreadable for .swift — churn × complexity hotspots could not be measured
• dormant codebase — no living knowledge left to concentrate

• Coverage not measured — Swift suite
• Documentation: no installation or build instructions (README.md)
• Documentation: no usage examples (README.md)
• Duplicated block (16 lines × 2) (Modules/UI/Login/LoginViewController.swift)
• Inconsistent delegation of logout functionality. 'logout' is exposed on both the Presenter (LoginPresenter, UserPresenter) and the Interactor (LoginInteractor). This creates ambiguity about whether the Presenter should trigger the Interactor's logout or if the Interactor is responsible for the entire flow. Having 'logout' on both layers suggests redundant responsibility.
• Inconsistent lifecycle method naming across presenters. While 'prepare' is a common name, its presence on some presenters and absence on others (e.g., HomePresenter, SettingsPresenter) suggests an inconsistent initialization or setup pattern. HomePresenter and SettingsPresenter rely solely on the constructor for setup, whereas Login and User require an explicit 'prepare' call.
• Medium: security finding (details withheld)
• No ADRs found
• No assertions: testLogout (Modules/Presentation/UserTests/UserPresenterTests.swift)
• No assertions: testPrepareDoesNotThrowIfInteractorDoesNotThrow (Modules/Presentation/UserTests/UserPresenterTests.swift)
• No assertions: testPrepareThrowsIfInteractorThrows (Modules/Presentation/UserTests/UserPresenterTests.swift)
• No dependency advisory monitoring
• No direct assertions: testLoginRequest (Modules/DomainTests/LoginRequestTests.swift)
• No direct assertions: testLogout (Modules/DomainTests/LoginInteractorTests.swift)
• No direct assertions: testPrepare (Modules/DomainTests/LoginInteractorTests.swift)
• No direct assertions: testSubmissionFailure (Modules/DomainTests/LoginInteractorTests.swift)
• No direct assertions: testSubmissionSuccess (Modules/DomainTests/LoginInteractorTests.swift)
• No direct assertions: testUser (Modules/DomainTests/UserTests.swift)
• No direct assertions: testValidForm (Modules/DomainTests/LoginInteractorTests.swift)
• Outdated: assert
• …and 4 more

Written by watchdog.canine.dev from the codebase's own history, inside the signed delivery this page is composed from.

cjnevin/IdealCleanArchitecture was measured the same way every project in this corpus was: the same rubric, at a pinned commit, with the result published in full. Point a surveyor at a repository you know and see whether you agree with it.