- Deleted `dummy.js` and its usage for sqlite-wasm integration as custom Webpack adjustments are no longer necessary.
- Removed outdated Webpack configuration files: `ignore-sqlite-wasm.js`, `ignore-sqlite-wasm-critical-dependency.js`, and `sqljs-fix.js`.
- Introduced `sqlite-config.js` for simplified and streamlined sqlite-wasm and Skiko Webpack configuration.
- Minor code formatting adjustments across frontend modules for improved consistency.
Documented the 2026-01-26 session, covering Web-App database issue resolution, PingViewModel test fixes, and Gradle build task optimizations. Included technical insights on Webpack, Wasm, and SQLDelight challenges, along with pending tasks for build and runtime testing.
- Added a comprehensive guide for SQLDelight integration in Kotlin Multiplatform, covering setup for Android, iOS, desktop, and web platforms.
- Introduced `DashboardCard` and `DenseButton` to the design system, focusing on enterprise-grade usability and visual consistency.
- Enhanced `PingViewModel` with structured logging (`LogEntry`) functionality for better debugging and traceability across API calls.
- Updated `AppTheme` with a refined color palette, typography, and shapes to align with enterprise UI standards.
- Extended Koin integration and modularized database setup for smoother dependency injection and code reuse.
Archived obsolete reports and journal entries, introducing a clear archival structure under `_archive`. Moved and reorganized onboarding guides and tech stack references into updated directories (`02_Guides`, `01_Architecture/Reference/Tech_Stack`). Improved overall documentation structure and consistency.
Updated code block formatting in `Ping-Service_Impl_01-2026.md` for consistency by switching from `kotlin` to `text`. Refactored `README.md` to rename `02_Onboarding` to `02_Guides` for improved clarity. Adjusted UI code example in `UIUXDesigner.md` with added descriptive comments.
Archived several outdated reports (`Ping-Service_Impl_01-2026.md`, `Frontend_Integration_Status.md`, etc.) and added archival notes and references to updated documents. Introduced a centralized reference structure for tech stack documentation, consolidating files under `01_Architecture/Reference/Tech_Stack`. Added new resources (`Gradle_Kotlin_DSL_Primer`, `Kotlin_2-3-0_ReleaseNotes`) for improved project organization and clarity.
- Reorganized `auth-feature` into `core/auth` to improve architecture and modularity.
- Removed unused PKCE and OAuth callback utilities (`AuthCallbackParams`, `OAuthPkceService`).
- Updated imports and adjusted build scripts to reflect new module structure.
- Refactored `LoginScreen` and `PingScreen` to include `onBack` functionality in top bars for improved navigation.
- Corrected sync endpoint in `PingSyncService`.
Archived obsolete Ping-Service documentation (`ping-service.md`, `PingService.md`) and replaced them with updated references (`PingService_Reference.md`, `Testing_with_Postman.md`). Improved clarity and organization of backend guides with a focus on current architecture, testing approaches, and microservice design principles. Documented the transition with a session log for traceability.
- Documented successful integration tests between KMP frontend and backend (via gateway).
- Included backend fixes: `/api/ping/simple` endpoint made public in `SecurityConfig.kt`.
- Added next steps: frontend authentication flow, JWT utilization, and delta-sync implementation.
Added Mailpit setup and updated Keycloak configuration in local development runbooks. Improved Docker Compose stability with updated service dependencies and configurations. Archived outdated journal entries and documents for better organization.
Enhanced the session log to include local development environment setup, DI fixes, tracing updates, and Docker Compose optimizations. Reflected improvements in architecture, observability, and build results.
Deleted obsolete files and models from the `ping-feature` module, including redundant enums, the old `PingApiClient`, and legacy view models. Simplified the module by consolidating its implementation with the new Koin-based DI and shared client architecture. Cleaned up unused code and improved module maintainability.
Added a detailed report for the Lead Architect handover summarizing key challenges, process critiques, and roadmap adjustments. Included specific tasks for team members to resolve architectural inconsistencies, improve feature integration, and enhance observability.
Added `/ping/sync` endpoint with timestamp-based Delta-Sync functionality to efficiently support offline-first clients. Extended `PingApi` and frontend clients (`PingApiClient`, `PingApiKoinClient`) with `syncPings`. Updated repository, service, and controller logic for sync handling, including new JPA query `findByCreatedAtAfter`. Adjusted test doubles and completed unit tests for backend and frontend alignment. Documented sync approach and API usage.
Refactored the `ping-feature` module to adopt centralized `HttpClient` through Koin DI, replacing legacy implementations. Added secure API calls with improved error handling and updated Webpack build scripts to resolve worker path issues. Enhanced `PingScreen` with extended functionality, UI updates, and aligned test cases for the new architecture. Consolidated feature workflows and finalized documentation with a comprehensive feature implementation guide.
Added new documentation for Zipkin setup, including Docker Compose configuration, service integration, and troubleshooting steps. Integrated tracing configuration for key microservices to enable distributed tracing and latency analysis.
- Updated report to reflect the successful completion of Phase 1 ("Operation Tracer Bullet").
- Documented key achievements: security enhancement via OAuth2, microservice stabilization, and Docker optimizations.
- Added next steps for Phase 2, including frontend integration, observability improvements, and tracing setup.
- Updated task status to `DONE` with completion date.
- Checked off all implemented steps: security module, persistence layer, ping service hardening, and gateway integration.
- Reflected task progress and implementation outcomes in the document.
- Replaced local `SecurityConfig` in `ping-service` with the shared `infrastructure:security` module.
- Added `GlobalSecurityConfig` to standardize OAuth2, JWT validation, and CORS for all services.
- Introduced new endpoints (`/ping/public`, `/ping/secure`) with role-based access control.
- Updated database schema with Flyway migration (`V1__init_ping.sql`) and refactored persistence layer to align with the standardized approach (`createdAt` field).
- Enhanced application configuration (`application.yaml`) to use shared security and Flyway settings.
- Created `backend/infrastructure/security` module with standardized configurations for OAuth2, JWT validation, CORS, and role mapping.
- Updated ADRs to reflect resolved backend infrastructure decisions, including security standardization, persistence strategy, and Flyway schema location.
- Enabled integration of the `security` module into relevant projects (e.g., `ping-service` and `gateway`).
- Created `backend/infrastructure/security` module with standardized configurations for OAuth2, JWT validation, CORS, and role mapping.
- Updated ADRs to reflect resolved backend infrastructure decisions, including security standardization, persistence strategy, and Flyway schema location.
- Enabled integration of the `security` module into relevant projects (e.g., `ping-service` and `gateway`).
Applied a unified header format to all documentation files for better status identification, referencing, and ownership tracking. Archived outdated roadmaps, reports, and journal entries. Updated playbooks with new responsibilities, lifecycle rules, and consistent handover formats to align with the new archiving strategy.
Applied a unified header format to all documentation files for better status identification, referencing, and ownership tracking. Archived outdated roadmaps, reports, and journal entries. Updated playbooks with new responsibilities, lifecycle rules, and consistent handover formats to align with the new archiving strategy.
Introduced an initial SQL schema draft for the core domain, focusing on offline-first architecture and aligning with OEPS legacy specifications. Expanded the domain glossary to include critical terms for improved clarity and domain understanding. Added session notes and user stories to document analysis outcomes and requirements.
Replaced fragmented roadmaps with a single MASTER_ROADMAP for Q1 2026 as the authoritative source. Deprecated outdated roadmap files and updated Architect playbook to reflect new ownership and delegation responsibilities. Introduced architecture improvement proposals and added related documents for enhanced collaboration and knowledge sharing.
- Introduced a detailed roadmap document outlining phased plans for system instandsetzung and hardening using Ping-Service as a core.
- Covers infrastructure diagnosis, resilience enhancements, security improvements, and standardization processes for Microservices architecture.
- Document serves as a technical guide for upcoming implementations starting January 2026.
- Integrated Room plugin and runtime dependencies into `local-db` module, including schema configuration for Room.
- Added KSP processor dependencies for Kotlin Multiplatform compatibility.
- Enhanced `core-domain` module by refining and temporarily adjusting testing dependencies for resolution issues.
Marked all remaining documentation tasks as complete, including fixing broken links, correcting invalid HTML in legacy specifications, and adding missing placeholder READMEs. Resolved issues with new link inconsistencies and ensured the project is free of known documentation warnings.
Introduced detailed documentation for the API Gateway, including its configuration and responsibilities in the system (e.g., routing, security, and cross-cutting concerns). Added a README for the core model directory to define its structure and workflow. Created a new backend README to describe its components and their documentation structure. Simplified and clarified legacy specifications for archiving purposes.
Implemented a standardized folder structure for domain documentation to improve clarity and maintainability. Migrated existing files to the new structure, updated links in related documentation, and added README files for navigation and guidance.
Added updated documentation for the 2026 Austrian Tournament Regulations, including general rules, special provisions, fees, and technical details. Covers Dressage, Jumping, and Eventing classes, along with appendices for heights and requirements across disciplines.
Enhanced `ping-service` documentation with architectural, implementation, and API details. Added a new journal entry outlining the troubleshooting steps for backend startup issues, including fixes for Dockerfile paths, Gradle build conflicts, and Keycloak pre-build configuration.
Added a comprehensive runbook detailing the local Docker-based development setup. Updated Dockerfile paths for Nginx and Keycloak to simplify configuration and improve clarity.
Added documentation to outline the Offline-First strategy for the KMP frontend, emphasizing the use of SQLDelight with cross-platform storage. Also included guidance for setting up Web targets, covering OPFS integration and Web Worker usage. Updated ADRs with decisions for SQLDelight and Koin adoption.
Introduced the "Docs-as-Code" approach across the project to ensure maintainable and versioned documentation. Updated agent role definitions and responsibilities in `AGENTS.md`. Reorganized and expanded the `/docs` directory for better alignment with project workflows and architecture.
Migrated CORS settings from code to `application.yaml` for better separation of concerns. Integrated `ping-api` into the new `contracts` module for improved modularity. Updated Gradle scripts and dependencies accordingly to reflect the new project structure.
Migrated CORS settings from code to `application.yaml` for better separation of concerns. Integrated `ping-api` into the new `contracts` module for improved modularity. Updated Gradle scripts and dependencies accordingly to reflect the new project structure.
Enabled Wasm target across all relevant modules and removed conditional enablement logic. Refactored `core:core-utils` to move JVM-specific code to a new `backend:infrastructure:persistence` module for strict KMP compliance. Updated dependencies, adjusted Gradle configurations, and resolved circular dependencies.
- Integrated Room plugin and runtime dependencies into `local-db` module, including schema configuration for Room.
- Added KSP processor dependencies for Kotlin Multiplatform compatibility.
- Enhanced `core-domain` module by refining and temporarily adjusting testing dependencies for resolution issues.
- Integrated detailed reports on compatibility and strategic architecture for the 2026 technology stack.
- Documents analyze JVM/Multiplatform components including Kotlin 2.3.0, Java 25, Spring Boot 3.5.9, and Compose Multiplatform.
- Provides guidance on resolving dependency conflicts, best practices, and version alignment for production readiness.
