fix(fusion_plating_shopfloor): job appearing in every not-yet-started stage
Regression from the partial-order board: _job_presences emitted a card for any area containing a `ready` step. These recipes seed ALL downstream steps to `ready` at job creation, so a job showed in every future stage at once (e.g. WO-30061 across racking/receiving/plating/inspection) even though no parts had advanced there. Fix: a stage shows ONLY where parts physically are (qty_at_step > 0, which includes the first-active seed) OR where a step is in_progress/ paused. A merely ready/pending future step with no parts no longer shows. Strict sequential progress falls out for free — the qty_at_step seed sits on the lowest-sequence non-terminal step and advances as each completes. Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
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@@ -1841,7 +1841,7 @@ A 50-part job can have parts at several stages at once (10 Masking, 20 Plating,
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**Durable gotchas (non-obvious):**
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1. **The plant kanban emits one card PER (job, stage), keyed by a composite `"{job_id}:{area}"`** — NOT one card per job. `cards` is a dict of composite-key → presence payload; a split job lists its key in several `columns[].card_ids`. See `_job_presences` / `_render_presence` in `plant_kanban.py`. A job with all parts at one stage yields exactly ONE presence (identical to the old board). The PRIMARY presence (active-step column) keeps the full job-level `card_state`; SECONDARY presences derive a simpler state from their own focus step (`_secondary_card_state`). Anything reading the board payload must handle composite keys + multi-column jobs.
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1. **The plant kanban emits one card PER (job, stage), keyed by a composite `"{job_id}:{area}"`** — NOT one card per job. `cards` is a dict of composite-key → presence payload; a split job lists its key in several `columns[].card_ids`. See `_job_presences` / `_render_presence` in `plant_kanban.py`. A job with all parts at one stage yields exactly ONE presence (identical to the old board). The PRIMARY presence (active-step column) keeps the full job-level `card_state`; SECONDARY presences derive a simpler state from their own focus step (`_secondary_card_state`). Anything reading the board payload must handle composite keys + multi-column jobs. **A presence is emitted ONLY where parts physically are (`qty_at_step > 0`, incl. the first-active seed) OR a step is `in_progress`/`paused` — NEVER for a merely `ready`/`pending` future step.** These recipes seed EVERY downstream step to `ready` at job creation (not `pending`), so keying presence off `ready` made one job show in every not-yet-started stage at once (WO-30061 bug, fixed 2026-06-02). The old single-card board masked this because `active_step_id` picked just one. Strict sequential progress falls out for free: the `qty_at_step` seed always sits on the lowest-sequence non-terminal step and advances as each completes — so don't add `ready` back to the presence condition.
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2. **`fp.job.step` has NO `qty_done` / `qty_scrapped` fields.** Those live on `fp.job`. The Move controller previously read `from_step.qty_done - from_step.qty_scrapped` for "available to move" → always 0 → the partial-move path was effectively dead. The source of truth for "parts parked here" is **`qty_at_step`** (move preview/commit + rack moves all read it now). Never reintroduce `step.qty_done`.
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@@ -291,10 +291,20 @@ def _job_presences(job):
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presences = []
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for area, steps in by_area.items():
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qty_here = sum((s.qty_at_step or 0) for s in steps)
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actionable = any(
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s.state in ('in_progress', 'paused', 'ready') for s in steps
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# A stage shows ONLY where parts physically are (qty_here > 0 —
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# which includes the first-active step's qty_at_step seed) OR where
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# a step is actively being worked (in_progress / paused — e.g.
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# drained to zero but not yet finished). A merely `ready` / `pending`
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# step with NO parts is a FUTURE stage and must NOT show — otherwise
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# the job appears in every not-yet-started step at once (these
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# recipes seed all downstream steps to `ready`, so 6 ready steps =
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# 6 phantom cards; bug on WO-30061). Strict sequential progress
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# falls out for free because the qty_at_step seed always sits on the
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# lowest-sequence non-terminal step and advances as each completes.
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being_worked = any(
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s.state in ('in_progress', 'paused') for s in steps
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)
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if qty_here > 0 or actionable:
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if qty_here > 0 or being_worked:
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presences.append((area, _pick_focus_step(steps), qty_here))
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if not presences:
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