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name: desktop-analysis description: Desktop analysis and reporting tools. Includes music analysis with popularity scoring and file statistics (count files, folders, and calculate total size).

Desktop Analysis Skill

This skill provides data analysis and reporting tools:

1. Music analysis: Generate popularity reports from music data
2. File statistics: Count files, folders, and calculate total size
3. List all files: Recursively list all files under a directory

Important Notes

• Do not use other bash commands: Do not attempt to use general bash commands or shell operations like cat, ls.
• Use relative paths: Use paths relative to the working directory (e.g., ./folder/file.txt or folder/file.txt).

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I. Skills

1. Music Analysis Report

Analyzes music data from multiple artists, calculates popularity scores using a weighted formula, and generates a detailed analysis report.

Features

• Reads song data from multiple artist directories
• Supports CSV and TXT file formats
• Calculates popularity scores using configurable weights:
  • popularity_score = (rating × W1) + (play_count_normalized × W2) + (year_factor × W3)
  • Default weights: W1=0.4, W2=0.4, W3=0.2
• Sorts songs by popularity

Parameters

Parameter	Default	Description
--output	music_analysis_report.txt	Output report filename
--rating-weight	0.4	Weight for rating score
--play-count-weight	0.4	Weight for normalized play count
--year-weight	0.2	Weight for year factor

Example

# Generate music analysis report with default weights (0.4, 0.4, 0.2)
python music_report.py ./music

# Use a custom output filename
python music_report.py ./music --output my_report.txt

# Use custom weights for the popularity formula
python music_report.py ./music --rating-weight 0.5 --play-count-weight 0.3 --year-weight 0.2

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2. File Statistics

Generate file statistics for a directory: total files, folders, and size.

Features

• Count total files (excluding .DS_Store)
• Count total folders
• Calculate total size in bytes (includes .DS_Store for size only)

Example

python file_statistics.py .

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3. List All Files

Recursively list all files under a given directory path. Useful for quickly understanding project directory structure.

Features

• Recursively traverse all subdirectories
• Option to exclude hidden files (like .DS_Store)
• Output one file path per line, including both path and filename (relative to input directory)

Example

# List all files (excluding hidden)
python list_all_files.py .

# Include hidden files
python list_all_files.py ./data --include-hidden

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II. Basic Tools (FileSystemTools)

Below are the basic tool functions. These are atomic operations for flexible combination.

Prefer Skills over Basic Tools: When a task matches one of the Skills above, use the corresponding Skill instead of Basic Tools. Skills are more efficient because they can perform batch operations in a single call.

Prefer List All Files over list_directory/list_files: When you need to list files in a directory, prefer using the list_all_files.py skill instead of list_directory or list_files basic tools. The skill provides recursive listing with better output formatting.

Note: Code should be written without line breaks.

How to Run

# Standard format
python run_fs_ops.py -c "await fs.read_text_file('./file.txt')"

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File Reading Tools

read_text_file(path, head=None, tail=None)

Use Cases:

• Read complete file contents
• Read first N lines (head) or last N lines (tail)

Example:

python run_fs_ops.py -c "await fs.read_text_file('./data/file.txt')"

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read_multiple_files(paths)

Use Cases:

• Read multiple files simultaneously

Example:

python run_fs_ops.py -c "await fs.read_multiple_files(['./a.txt', './b.txt'])"

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File Writing Tools

write_file(path, content)

Use Cases:

• Create new files with short, simple content only
• Overwrite existing files

⚠️ Warning: Do NOT include triple backticks (```) in the content, as this will break command parsing.

Example:

python run_fs_ops.py -c "await fs.write_file('./new.txt', 'Hello World')"

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edit_file(path, edits)

Use Cases:

• Make line-based edits to existing files

Example:

python run_fs_ops.py -c "await fs.edit_file('./file.txt', [{'oldText': 'foo', 'newText': 'bar'}])"

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Directory Tools

create_directory(path)

Use Cases:

• Create new directories (supports recursive creation)

Example:

python run_fs_ops.py -c "await fs.create_directory('./new/nested/dir')"

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list_directory(path)

Use Cases:

• List all files and directories in a path

Example:

python run_fs_ops.py -c "await fs.list_directory('.')"

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list_files(path=None, exclude_hidden=True)

Use Cases:

• List only files in a directory

Example:

python run_fs_ops.py -c "await fs.list_files('./data')"

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File Operations

move_file(source, destination)

Use Cases:

• Move or rename files/directories

Example:

python run_fs_ops.py -c "await fs.move_file('./old.txt', './new.txt')"

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search_files(pattern, base_path=None)

Use Cases:

• Search for files matching a glob pattern

Example:

python run_fs_ops.py -c "await fs.search_files('*.txt')"

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File Information

get_file_info(path)

Use Cases:

• Get detailed metadata (size, created, modified, etc.)

Example:

python run_fs_ops.py -c "await fs.get_file_info('./file.txt')"

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get_file_size(path)

Use Cases:

• Get file size in bytes

Example:

python run_fs_ops.py -c "await fs.get_file_size('./file.txt')"

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get_file_ctime(path) / get_file_mtime(path)

Use Cases:

• Get file creation/modification time

Example:

python run_fs_ops.py -c "await fs.get_file_mtime('./file.txt')"

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get_files_info_batch(filenames, base_path=None)

Use Cases:

• Get file information for multiple files in parallel

Example:

python run_fs_ops.py -c "await fs.get_files_info_batch(['a.txt', 'b.txt'], './data')"