Filesystem MCP Server
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TDQS
Scored across 21 tools
The tool set has clear functional groupings (filesystem navigation, JSON operations, XML operations, file reading/searching), but there is some overlap within groups. For example, directory_tree, list_directory, and search_files all provide directory listings with different formats and search capabilities, which could cause confusion. Similarly, json_query, json_filter, and json_search_kv offer overlapping JSON querying functionalities. Descriptions help differentiate, but an agent might struggle to choose the optimal tool for a given task.
Tool names follow a highly consistent snake_case pattern with clear verb_noun or noun_verb structures (e.g., directory_tree, find_files_by_extension, get_file_info). All tools adhere to this convention, making them predictable and easy to parse. There are no deviations in naming style, which enhances coherence across the set.
With 21 tools, this server feels overloaded for a filesystem domain. Many tools offer similar or overlapping functionalities (e.g., multiple JSON query tools, multiple directory listing tools), suggesting redundancy. A more streamlined set of 10-15 tools could cover the same scope without overwhelming agents, making the current count excessive and potentially confusing.
The server provides comprehensive coverage for filesystem operations, including navigation, metadata retrieval, content reading, and search (both file and content-based). It also includes specialized tools for JSON and XML processing. However, there are minor gaps: no tools for creating, editing, moving, or deleting files/directories (implied by get_permissions indicating possible write modes), which limits full lifecycle management. The allowed directories and permissions tools help agents work around this, but the surface is not fully complete for write operations.