Constraints Scheduling

About

This skill provides a systematic approach to constraint-based scheduling, helping users find optimal time windows across multiple participant calendars and preferences. It guides the process through four distinct phases: input verification, constraint classification, programmatic solution searching, and final verification. By prioritizing programmatic verification over manual analysis, it ensures that high-granularity requirements and edge cases—such as specific buffer times or boundary conditions—are handled with precision and without the risk of human error or data truncation.

Key Features

• Systematic extraction and parsing of calendar data using proper libraries
• Workflow for verifying input integrity and avoiding data truncation
• Comprehensive handling of boundary conditions and buffer requirements
• Programmatic verification of all possible time slots at specified granularity
• 16 GitHub stars
• Classification of constraints into hard, soft, and edge-case categories

Use Cases

• Resolving complex scheduling requests that involve specific time preferences and hard deadlines
• Finding the earliest available meeting time across multiple calendars with conflicting events
• Automating the search for valid time windows using minute-level granularity constraints