- Implemented MLFQ (Multilevel Feedback Queue) algorithm with dynamic priority levels and quantum management.
- Created unit tests for MLFQ algorithm covering initialization, demotion, selection, priority boost, preemption, and quantum expiration.
- Developed a ThreadScheduler class supporting FCFS, RR, and PRIORITY scheduling policies for intra-process thread management.
- Added unit tests for ThreadScheduler to validate thread selection and quantum expiration logic.
- Add CITATION.cff for GitHub citation support and Zenodo/JOSS integration
- Fix ossim reference URL in references.bib (was pointing to unrelated repo)
- Remove broken favicon reference from index.html (no public/ directory exists)
- Add meta description to index.html
- Fix sidebar title inconsistency: "Process Simulator" → "Process Scheduler Simulator"
- Rebuild dist.tar.gz with production assets
Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com>
- Added MLQ scheduling logic in multilevel.ts, including queue selection, preemption rules, and quantum expiration checks.
- Updated SchedulerConfig to include mlqQueues for MLQ configuration.
- Created default MLQ queue definitions for use in presets and process store.
- Modified process store to auto-increment process IDs.
- Enhanced tests for MLQ scheduling, covering selection, preemption, quantum expiration, and integration scenarios.
- Updated existing presets to support MLQ and adjusted process definitions to include auto-incremented IDs.
- Added `priority_rr` algorithm to handle scheduling based on priority and round-robin principles.
- Created unit tests for `select()`, `shouldPreempt()`, and `isQuantumExpired()` functions to ensure correct behavior.
- Developed integration tests to validate the scheduling logic under various scenarios, including preemption and round-robin execution.
- Introduced `useExport` hook for exporting process metrics to CSV format.
- Added `useGanttScroll` hook to manage smooth scrolling of the Gantt chart during simulation.
