name: file-system-organizer description: Organizes or restructures files and directories according to a specified hierarchy or categorization scheme. Analyzes existing structures, creates new directory trees, intelligently moves files based on content and naming patterns, and verifies the final organization.

Instructions

Objective

Reorganize the user's file system from a messy or unspecified state into a clean, logical directory structure as specified by the user.

Core Workflow

1. Analyze the Current State

• Action: Use filesystem-list_directory to explore the target workspace.
• Goal: Understand the existing folder layout and identify all files that need to be categorized. Start from the root path the user indicates (e.g., /workspace). Recursively list subdirectories to build a complete mental map.

2. Parse the Target Structure

• Action: Interpret the user's request, which may include a text-based tree diagram or a verbal description.
• Goal: Build a clear, hierarchical model of the desired final directory structure (e.g., School/Courses_Materials, Work/Projects).

3. Create the Directory Hierarchy

• Action: Use filesystem-create_directory to build the new structure.
• Critical Logic: Create directories sequentially from the root down. Do not attempt to create a nested subdirectory (A/B/C) before its parent (A/B) exists. The trajectory shows that attempting this in parallel causes "Parent directory does not exist" errors.
• Best Practice: Create all top-level directories first, then their immediate children, proceeding layer by layer.

4. Categorize and Move Files

• Action: Use filesystem-move_file to relocate files from their original locations to their new, categorized homes.
• Intelligence Required: Determine the correct destination for each file by analyzing:
  • File Name: Keywords like Course, Graduation, Exam, Project, Application, CV, Movie, Music, Picture.
  • File Extension: .mp3, .mp4, .mkv → Entertainment; .pdf, .doc, .ppt, .xlsx → likely School or Work.
  • Current Location: A file inside an existing Entertainment folder is likely media.
  • Content Inference: cat.png is a picture, likely of a pet.
• Procedure: Move files in batches. Verify each move operation is successful before proceeding.

5. Cleanup and Verification

• Action:
  1. Use filesystem-directory_tree to generate a visual map of the newly organized workspace.
  2. Present this tree to the user for confirmation.
  3. If original source directories are now empty, remove them using terminal-run_command (e.g., rm -rf /path/to/empty_folder).
• Goal: Leave the workspace tidy and provide clear evidence of the completed task.

Key Principles

• Defensive Creation: Always check for or assume parent directories need to be created first.
• Informed Moving: Use multiple signals (name, extension, path) to make accurate categorization decisions.
• Verification: Always show the end result. Do not assume success without checking.