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Scored across 7 tools
Most tools have distinct purposes, but run_js and run_js_ephemeral overlap significantly in functionality, both executing JavaScript code with ESModules and file I/O in ./files. The key difference is sandbox persistence versus ephemeral execution, which is clarified in descriptions but could still cause confusion for an agent deciding between them. Other tools like ai_generate, get_dependency_types, and sandbox management tools are clearly differentiated.
The naming conventions are mixed, with some tools using verb_noun patterns (e.g., get_dependency_types, run_js, sandbox_initialize) and others using noun_verb or less structured forms (e.g., ai_generate, sandbox_exec). While still readable, the inconsistency in verb placement and style (like ai_generate vs. run_js) reduces predictability. The sandbox_* tools form a consistent subset, but overall the pattern is not uniform across all tools.
With 7 tools, the count is well-scoped for a Node.js sandbox server, covering code generation, dependency analysis, JavaScript execution (both persistent and ephemeral), and sandbox lifecycle management. Each tool serves a clear purpose, and the number is neither too sparse nor overwhelming, fitting typical server scopes of 3-15 tools effectively.
The tool surface provides good coverage for Node.js sandbox operations, including initialization, execution, and cleanup, with added utilities for AI generation and dependency type checking. Minor gaps exist, such as no direct tool for inspecting or modifying sandbox state beyond execution, but core workflows like running code and managing containers are well-supported, allowing agents to work around limitations.