This server exposes a single tool 'dynamic_tools_from_drupal' that is dynamically proxied from a remote Drupal instance at runtime. The tool definition itself is not statically visible in the source code, only a description stating that 'Tool names and schemas are retrieved at runtime from the Drupal MCP endpoint and forwarded via tools/call method.' No input schema, no parameter definitions, no output schema documentation can be found in the provided source. The server acts as a pure proxy/pass-through mechanism. Per the hard rules, when tool definitions are inferred rather than directly visible (here, delegated to runtime discovery), the tool's overall score is capped at 50. However, since we cannot verify the actual schema, descriptions, or parameters of the dynamically registered tool, the definition quality score must reflect that this server provides NO verifiable tool definition quality, it is entirely dependent on the remote Drupal instance to declare tool metadata at runtime.

• Replace the dynamic proxy pattern with static tool registration. At server initialization, fetch the Drupal endpoint's tool manifest and register each Drupal tool as a discrete MCP tool with its own name, description, input schema, and output schema. This enables client introspection and LLM planning.
• For each dynamically discovered Drupal tool, generate a proper tool definition with: (1) a verb-noun name reflecting the action (e.g., 'create_drupal_node', 'search_drupal_users'), (2) a 50 - 200 character description explaining what it does and when to use it, (3) a full JSON Schema for input parameters with types and constraints, (4) a documented output schema with field descriptions.
• Implement error handling that returns actionable messages: classify errors as retryable vs. fatal, include the invalid value and the constraint violated, and suggest recovery steps (e.g., 'Drupal endpoint unreachable. Check --drupal-url and authentication.').
• Add a 'list_drupal_tools' or discovery resource that returns the available Drupal tools, their descriptions, and required parameters. This helps agents and clients understand the Drupal capability surface without blind trial-and-error.
• Document the proxy contract in the server's README: explain how Drupal tools are discovered, mapped to MCP tool names, what the expected request/response format is, and any authentication or timeout constraints.