No user-submitted related servers found.
Scored across 9 tools
Most tools are clearly distinct: capture_start/capture_stop bracket a session, mark_action records labels, hid_descriptor decodes HID, and replay_packet writes to hardware. The one soft spot is the analysis trio diff_actions/report/scaffold_driver/wireshark_dissector, which take the same capture/markers/labels inputs and differ only in output artifact, but the descriptions explicitly cross-reference ('prefer report when...', 'choose scaffold_driver when they need a pyusb driver') so misselection is largely mitigated.
Everything is snake_case, but the convention is mixed: capture_start/capture_stop use noun_verb while mark_action/replay_packet use verb_noun, and report/scaffold_driver/wireshark_dissector/hid_descriptor are bare nouns with no action verb. Still readable and non-chaotic, but not a single predictable pattern.
Nine tools is well within the sweet spot and each earns its place: capture lifecycle (2), labelling (1), analysis (4 distinct output forms), HID inspection (1), and hardware replay (1). Nothing looks redundant or padded for the stated purpose.
The full workflow is covered end to end: start capture, mark actions/observations, stop, analyze, then export as Markdown, pyusb driver, or Lua dissector, plus a confirmed destructive replay path. Minor gaps: no device/interface enumeration or capture-file discovery tool, and no way to inspect an individual frame or raw packet beyond the frame numbers surfaced by analysis output.