debmatic-mcp
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TDQS
Scored across 28 tools
Tools are cleanly organized by resource type (devices, system variables, programs, rooms, CCU targets), so most purposes are unmistakable. Mild ambiguity exists between get_value/get_values, set_value/put_paramset, and execute_program/run_script, though the descriptions do draw clear lines between them.
Every tool follows a consistent verb_noun snake_case convention, with tidy prefixes: list_* for enumeration, get_* for reads, set_/put_/create_/delete_ for writes, and precise action verbs (assign, execute, acknowledge, use). Even put_paramset vs set_value maps to a meaningful full-resource vs single-datapoint distinction.
28 tools is above the typical ideal range, but the server covers an unusually broad domain: device I/O, paramsets, system variables, programs, rooms/functions, links, service messages, RSSI diagnostics, and multi-CCU target management. There is little redundancy — apparent duplicates like get_value/get_values and get_connection_info/list_ccu_targets are justified single-vs-batch or detail-vs-list splits.
Core lifecycles are covered well: system variables have full list/set/create/delete, channels have single and bulk read/write, rooms and functions have assign/unassign, and service messages have get/acknowledge. Notable gaps are program creation/editing and link creation/deletion (list_links is explicitly read-only), but run_script provides a documented universal escape hatch that mitigates most dead ends.