Hivelore
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TDQS
Scored across 15 tools
Each tool has a distinguishable role: ingestion (mem_save, mem_tried, mem_session_end), retrieval (get_briefing, mem_search, mem_get, mem_relevant_to), and validation (mem_verify, pre_commit_check). The main friction is that mem_save accepts type 'attempt' while mem_tried exists for the same purpose, and the four retrieval tools occupy adjacent territory, though their descriptions mitigate the ambiguity well.
Memory tools consistently use the mem_ prefix, code tools use code_, and remaining actions mostly follow verb_noun snake_case (propose_sensor, report_friction, scaffold_test). Minor deviations like get_briefing vs mem_get, mem_session_end, and code_map slightly break the pattern, but overall the naming is predictable and readable.
Fifteen tools is at the upper edge of well-scoped and most tools earn their place. The set feels slightly heavy because retrieval is split across four overlapping entry points and staleness checking appears in both mem_verify and pre_commit_check, but it is not bloated.
The core memory lifecycle is covered: create, read, update, verify, session recap, plus code lookup and pre-commit protection. The main gaps are the lack of a delete/archive tool for memories or sensors and no in-server tool to build the code index, but these are workable minor gaps rather than critical missing operations.