unnamed-mcp-server Skill

This skill provides dynamic access to the unnamed-mcp-server MCP server without loading all tool definitions into context.

Context Efficiency

Traditional MCP approach:

• All 1 tools loaded at startup
• Estimated context: 500 tokens

This skill approach:

• Metadata only: ~100 tokens
• Full instructions (when used): ~5k tokens
• Tool execution: 0 tokens (runs externally)

How This Works

Instead of loading all MCP tool definitions upfront, this skill:

1. Tells you what tools are available (just names and brief descriptions)
2. You decide which tool to call based on the user's request
3. Generate a JSON command to invoke the tool
4. The executor handles the actual MCP communication

Available Tools

• example_tool: An example tool from the MCP server

Usage Pattern

When the user's request matches this skill's capabilities:

Step 1: Identify the right tool from the list above

Step 2: Generate a tool call in this JSON format:

{
  "tool": "tool_name",
  "arguments": {
    "param1": "value1",
    "param2": "value2"
  }
}

Step 3: Execute via bash:

cd $SKILL_DIR
python executor.py --call 'YOUR_JSON_HERE'

IMPORTANT: Replace $SKILL_DIR with the actual discovered path of this skill directory.

Getting Tool Details

If you need detailed information about a specific tool's parameters:

cd $SKILL_DIR
python executor.py --describe tool_name

This loads ONLY that tool's schema, not all tools.

Examples

Example 1: Simple tool call

User: "Use unnamed-mcp-server to do X"

Your workflow:

1. Identify tool: example_tool
2. Generate call JSON
3. Execute:

cd $SKILL_DIR
python executor.py --call '{"tool": "example_tool", "arguments": {"param1": "value"}}'

Example 2: Get tool details first

cd $SKILL_DIR
python executor.py --describe example_tool

Returns the full schema, then you can generate the appropriate call.

Error Handling

If the executor returns an error:

• Check the tool name is correct
• Verify required arguments are provided
• Ensure the MCP server is accessible

Performance Notes

Context usage comparison for this skill:

Savings: ~-900% reduction in typical usage

This skill was auto-generated from an MCP server configuration. Generator: mcp_to_skill.py