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    • F
      license
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      Enables AI agents to debug embedded systems by providing a comprehensive interface for GDB operations across multiple architectures like ARM and x86. It supports remote debugging via gdbserver or QEMU, allowing for detailed inspection of memory, registers, stack frames, and variables.
      31
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    • A
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      Enables AI agents to debug and inspect embedded ARM Cortex-M and RISC-V targets through probe-rs — execution control, memory inspection, live CoreSight AP access, firmware-free peripheral bringup, and crash/fault decoding — without external GDB or OpenOCD, and while sharing a single hardware session with a human's VS Code debug session. It runs both embedded in the VS Code extension and headless over Streamable HTTP or stdio for CI/CD and terminal agents.
      MIT
    • A
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      Enables AI agents to interact with GDB for debugging via the MCP protocol. Supports setting breakpoints, stepping through code, inspecting memory and registers, and more.
      85
      MIT
    • A
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      Enables AI agents to boot and drive headless QEMU virtual machines by sending keystrokes, capturing screenshots, and reading or writing the serial console without SSH or a guest agent.
      21
      5
      MIT
    • A
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      Enables AI agents to debug and repair historical Solaris/SPARC systems by providing an out-of-band control plane with guest DTrace, QEMU monitor access, SPARC-aware GDB, host eBPF/perf tracing, and an immutable evidence ledger for cross-layer hypothesis testing.
      16
      MIT
    • A
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      Enables AI assistants to debug ARM Cortex-M targets via GDB and OpenOCD, supporting attach, breakpoints, stepping, register/memory inspection, and SVD peripheral decoding.
      MIT

    TDQS

    B3.4/5.0

    Scored across 18 tools

    Disambiguation4/5

    Most tools target clearly distinct operations: break vs delete vs breakpoints, continue vs wait vs interrupt, and registers vs memory are all well separated by their descriptions. Minor confusion risks remain: debug_delete's name doesn't indicate it only removes breakpoints (as opposed to disconnecting a session), and the read/write asymmetry of debug_registers vs debug_set_register could momentarily puzzle an agent.

    Naming Consistency3/5

    All tools share the debug_ prefix, but the suffixes mix conventions: verb_noun tools (debug_connect, debug_set_register, debug_write_memory) coexist with bare-noun read/list tools (debug_registers, debug_memory, debug_sessions, debug_breakpoints). The set is readable and predictable enough to navigate, but not a uniform pattern.

    Tool Count4/5

    18 tools is on the high side but justified for a debugger surface spanning connection, registers, memory, breakpoints, execution control, stack/symbol inspection, and fault analysis. Each tool maps to a real gdb operation; none appear obviously redundant.

    Completeness5/5

    The surface covers the full debugger lifecycle: connect/disconnect, session listing, register and memory read/write, breakpoint/watchpoint create/list/delete, continue/wait/interrupt/step execution control, disassembly, backtrace, symbol lookup, and fault explanation. No obvious dead ends for the stated purpose.

    Maintenance

    ActivityMaintained
    ResponsivenessNo recent community issues