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borer

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TDQS

A4/5.0

Scored across 34 tools

Disambiguation4/5

Descriptions are unusually disciplined, including explicit "not for X (use Y)" redirects that resolve nearly every overlap (function vs function_summary, strings vs function_strings vs find_function_by_string, callgraph vs reaches vs xrefs). Still, the cluster of function/cfg/decompile/disassemble/function_summary tools is dense and an agent must read descriptions carefully to choose correctly, especially names differing only by plural (function/functions).

Naming Consistency4/5

A discernible two-tier convention holds: read-only inspectors use bare nouns (symbols, types, xrefs, strings, cfg, hexdump) while mutating or action tools use verb_noun (load_binary, save_project, set_name, find_crypto_constants, disassemble_function). Minor hazards exist—`function`/`functions` and `disassemble`/`disassemble_function` differ only by inflection, and `query`/`script` are vague one-worders—but nothing is camelCase-mixed or chaotic.

Tool Count4/5

34 tools is at the upper bound, but this is a full binary-analysis platform (load, inspect, decompile, annotate, save) where nearly every tool maps to a distinct analysis operation. A few could plausibly merge (disassemble/disassemble_function, function/function_summary), but none look like filler.

Completeness3/5

Core lifecycle is thorough—load, symbols/types, functions, decompile/disassemble, xrefs/callgraph/CFG, strings/search/entropy, annotation overlay, and project save/restore. However, several descriptions point to tools that are absent from the surface (live_read, live attach via reload), and there is no live-process read path or any means to compare/patch state beyond the overlay, leaving referenced dead ends.

Maintenance

ActivityMaintained
ResponsivenessNo issues

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