pyopticfilm captures

Wireshark / USBPcap traces of SilverFast 9 talking to a Plustek OpticFilm 8200i SE (07b3:1825, Genesys GL128) during reverse-engineering of pyopticfilm.

This repository is the capture dataset — raw .pcapng files plus per-session decode notes and a few machine-readable fixtures. The driver, extract scripts, and tests live in the pyopticfilm repo.

Related repositories

Repository	Role
pyopticfilm	Python USB driver, decode tooling, Scan Lab
This repo	Published USB captures used during 8200i SE bring-up

Prerequisites

Capture files are stored with Git LFS. After cloning:

git lfs install
git lfs pull

For offline inspection you also need Wireshark (includes tshark).

Layout

8200i-se/
  01_enumerate/ … 13_ppi_ladder/   # numbered capture sessions
  decoded/                         # cross-session JSON fixtures
  SESSIONS.md                      # session index (start here)

8100-v2/
  01_enumerate/ … 06_y_crop_pair/  # numbered capture sessions
  SESSIONS.md                      # session index (start here)
  README.md                        # capture methodology for this model

See 8200i-se/SESSIONS.md or 8100-v2/SESSIONS.md for the full session table, capture file names, and links to decode notes.

Using the captures

Wireshark display filter (8200i SE):

usb.idVendor == 0x07b3 && usb.idProduct == 0x1825

Wireshark display filter (8100 V2):

usb.idVendor == 0x07b3 && usb.idProduct == 0x1824

Bulk image traffic only:

usb.transfer_type == 0x03 && usb.idVendor == 0x07b3

pyopticfilm Scan Lab (repo checkout, not on PyPI): use Open capture… to replay a .pcapng offline without hardware. See tools/scanlab/README.md.

To regenerate consolidated JSON from the captures, run the extract scripts in a pyopticfilm checkout with --root pointing at this repo's 8200i-se/ folder.

Size

The full dataset is about 2.5 GB (26 captures). The largest single file is 8200i-se/13_ppi_ladder/13_7200ppi_color.pcapng (~898 MB). Plan for LFS bandwidth when cloning.

License

Same terms as pyopticfilm: GPL-3.0-or-later.