This server has critical gaps in tool definition quality. While it has 3 tools (docs_search, search, execute), the source code provided does NOT contain the actual tool registration schemas, parameter definitions, or descriptions. From the code snippets shown (server.ts, index.ts, oauth-handler.ts), tool implementations are imported but their definitions are not visible. Per HARD SCORING RULE: 'If you cannot see the actual tool definition in the source (only inferred): cap that tool's overall at 50.' Since NO tool definitions are visible in the provided source, and we can only infer they exist, all tools are capped at 50 max. The average of three tools at 50 would be 50, but further examination reveals the source code is incomplete, we cannot verify any schemas, descriptions, or parameter documentation. Conservative scoring applies: assume missing documentation is absent. No tool descriptions visible. No input schemas visible. No parameter type definitions visible. The execute tool is marked as WRITE (destructive) but we cannot see confirmation/dry-run patterns in the code. Without access to the actual tool files (src/tools/docs-search.ts, src/tools/search.ts, src/tools/execute.ts), we must score based on what IS visible: nothing. This is a CRITICAL issue.

• Provide the complete tool definition code (src/tools/*.ts) showing registerDocsTool, registerSearchTool, registerExecuteTool implementations with full schema definitions.
• For docs_search: add a description explaining what documentation is searchable, expected response format, pagination support, and when to prefer this over search.
• For search: clarify scope, does this search API docs, code samples, changelog, or all of the above? Distinguish from docs_search in description.
• For execute: add a tool description stating this is a WRITE operation with potential side effects. Document the confirmation/dry-run behavior if present, or implement pattern:confirmation-request if absent.
• Add comprehensive input schemas to all tools showing required parameters, types, constraints (enums, min/max, patterns), and descriptions for each parameter.
• Add output schema documentation for each tool showing the structure of returned results, including pagination fields if applicable.
• For execute tool: implement and document error recovery guidance per pattern:recovery-guide. Include actionable next steps when operations fail.
• Add permission/scope declarations to all tools. Document what Cloudflare API permissions each tool requires (e.g., 'requires account read:all, dns read:all').
• Ensure parameter names follow suffix conventions: if accepting identifiers, use resource_id, resource_name, resource_email to disambiguate. Currently unclear what parameters these tools accept.