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review · segments

You are researching local smoke-test and realistic seeding setup for `/Users/mikeferrara/Documents/code/thedarkroom_automation`. Hard constraints: - Read-only. Do not edit repo files, do not stage, do not commit. - Use the live checkout as source of

codex 410 events 1 segments master

segment 1 of 1

Research local smoke-test and realistic seeding setup for thedarkroom_automation

Done

The assistant began by inspecting repo structure, tests, seeders, factories, migrations, and schema. It then systematically read model files, jobs, controllers, config, helpers, observers, events, and storage configuration to understand the order lifecycle, auto-upload logic, QC pipeline, cloud sync, and dashboard queries. It read dozens of source files including LabworksHelper, PollLabworksOrders, DropboxService, FOS models, observers, events, and configuration. Finally, it synthesized findings and wrote a comprehensive research handoff to Solo scratchpad 882 (revision 2) documenting current constraints, gaps, and recommended next steps. No repo files were edited.

outcome

A comprehensive research handoff exists in Solo scratchpad 882 documenting current constraints, gaps, and recommended next steps for local smoke testing and seeding.

next steps

  • Build a local-only smoke seeder with faked external services (Labworks, FOS, Dropbox, Backblaze).
  • Add model factories for all entities (orders, rolls, photos, etc.).
  • Create fixture directories for local storage disks (scanner, QC, dropbox, cloud).
  • Add documentation tying DB rows to scanner/QC/Dropbox/Backblaze storage state.
  • Long-term: add factories, fixture-backed Labworks/FOS abstractions, and richer lifecycle scenarios.

key decisions

  • Near-term smoke testing should use deterministic local-only seed data plus local storage fixtures, with external calls faked.
  • Long-term work should introduce factories/scenario builders and small integration interfaces around Labworks, FOS, Dropbox logging, and cloud-upload boundaries.
  • The existing legacy random seeders should not be reused; new scenario seeders should be built instead.

open questions

  • What specific order lifecycle scenarios should the smoke seeder cover?
  • Should the smoke seeder be a dedicated seeder class or a test-only factory setup?
  • How should Labworks and FOS external calls be faked in tests (e.g., HTTP fakes, mock classes)?

2 weeks ago → 2 weeks ago