Loading ToolBench
idamesh provides 47 tools with consistent naming (verb_noun pattern) and descriptions for all tools. However, most tools lack detailed parameter descriptions and output schemas. Input schemas are present but sparse, many parameters lack type information or constraints. Error handling guidance is minimal. The server demonstrates domain expertise (binary analysis, IDA Pro integration) but falls short of production-grade LLM-optimized tool definitions. Average tool description length ~120 chars (below 194-char baseline); parameter descriptions often missing or generic.
Mark a resolved address with a description
Resolve a root selector and aggregate its bounded call subtree
Analyze a function at a resolved address
List basic blocks for a function
Get functions called by a resolved address
Generate call graph for a function or component
Decompile a function at a resolved address
Define a function at a resolved address
Query tools (entity_query, func_query, imports_query, insn_query, type_query, xref_query) lack parameter descriptions and output schema documentation. LLMs cannot determine what criteria to pass or what fields to expect in results.
List tools (list_funcs, list_globals, list_imports, list_strings, export_funcs) lack pagination parameters (limit, offset, cursor) and output schema. Returning unbounded lists risks context window exhaustion.
No output schemas documented for any tool. LLMs cannot plan downstream tool calls or extract required fields (e.g., function addresses for chaining). Responses are opaque.
| Scored | Grade | Overall | Spec posture | Rubric |
|---|---|---|---|---|
| 2026-09-23 | D | 53 | 2026-07-28+ | v2 |
Detect stack-allocated strings in a function
Disassemble code at a resolved address
Query entities (functions, data, etc.) by various criteria
Export function list with metadata
Find byte patterns in the database
Find strings matching a regex pattern
Get detailed profile of a function
Query functions by various criteria
Read bytes from memory at a resolved address
Get the value of a global variable
Read an integer from memory at a resolved address
Get metadata about the loaded database
Read a string from memory at a resolved address
Query imports by various criteria
Query instructions by various criteria
Convert between integer representations
List all functions in the database
List global variables and data
List imported functions and libraries
List all strings in the database
Look up functions by name or address
Define data at a resolved address
Patch bytes at a resolved address
Patch assembly at a resolved address
Read a structure definition
Rename an item at a resolved address
Search for structures by name or field
Search for text in the database
Check server health status
Set a comment at a resolved address
Apply a type declaration at a resolved address
Survey the binary for high-level metadata and statistics
Trace data flow from a source address
Trace data flow from source to sink
Inspect a type definition
Query types by various criteria
Undefine a function at a resolved address
Query cross-references by various criteria
Get cross-references to a resolved address
Destructive tools (patch, patch_asm, define_func, rename, set_comment, set_type, make_data, add_bookmark) lack confirmation/dry-run support. Agents cannot preview changes before committing irreversible modifications.
Error handling is not documented. Tools do not provide recovery guidance (e.g., 'address not found, try lookup_funcs() first'). LLMs cannot self-correct on failures.