a2efc9f committed a hr_employee.py with unresolved <<<<<<<
HEAD / >>>>>>> Stashed changes markers — Python wouldn't have
imported the file. Restoring to f340c87's version. The intended
fix (Odoo 19 'in' operator handling) lives on main as 0f41eb1.
Two compounding bugs in _search_x_fc_is_clocked_in surfaced when
fusion_clock's auto-clock-out closed all demo open attendances:
1. Odoo 19 normalises ('=', True) to ('in', OrderedSet([True]))
before invoking the search method. The previous code only
handled '=' / '!=' and fell through to return [] for 'in' /
'not in' — which Odoo treats as 'no constraint' and matches
the entire table.
2. ('id', 'in', []) is also treated as no-constraint in some
Odoo versions; replaced with a [0] sentinel so the empty
case correctly matches nothing.
Rewrite reduces caller intent to a match_set of booleans, flips it
on negative operators, then emits id IN / NOT IN against the cached
open-attendance employee ids. Accepts a 3-arg signature too in case
Odoo's compute-field calling convention shifts again.
Verified on entech: clocked_in==True returns the 3 currently-on-shift
operators (Carlos, James, Marie); ==False returns the other 5.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Completes the worker-access story. Handoffs now route themselves.
New model fp.work.role with 8 seeded defaults (noupdate so shops can
rename/prune):
masking · racking · plating_op · demask · oven · derack ·
inspection · rework
Each one has a code, icon, description, sequence, active flag.
Config menu: Configuration → Shop Roles (manager-only).
Field additions:
hr.employee.x_fc_work_role_ids (Many2many) — tag workers with the
roles they perform. One-person shop: one employee, every role.
Specialised shop: one role per employee. Cross-trained: multiple.
fusion.plating.process.node.x_fc_work_role_id (Many2one) — tag
each recipe operation with the role that performs it.
mrp.workorder.x_fc_work_role_id (Many2one) — copied from the recipe
operation on WO generation.
Auto-assignment on WO generation:
_generate_workorders_from_recipe() now copies the operation's role
onto the WO, then calls _fp_pick_worker_for_role() which picks the
least-loaded employee (active WO count) with that role. WO lands in
their Tablet "My Queue" the moment the MO is confirmed. No manual
routing needed for the common case.
Tablet Station — worker mode:
/fp/shopfloor/tablet_overview now filters to WOs where
x_fc_assigned_user_id == env.user when the field is populated.
KPIs (WOs Ready / In Progress) reflect the logged-in worker's load,
not shop-wide totals. "My Queue" rows carry wo_state + can_start +
can_finish so inline Start/Finish buttons appear.
New JS handlers onStartWo / onFinishWo call /fp/shopfloor/start_wo
and /fp/shopfloor/stop_wo (finish=true). One-tap progression.
Views:
hr.employee form gets a "Shop Roles" notebook page with many2many_tags.
Process node form gets x_fc_work_role_id inline after work_center_id.
Work Order form shows role + assigned worker.
Smoke-tested end-to-end on WH/MO/00010:
Masking → Administrator (masking role)
Racking → Administrator (racking role)
E-Nickel → Andrew (plating_op, least-loaded tiebreaker)
Demask → Administrator (masking)
Oven bake → Andrew (oven)
Derack → Administrator (racking fallback)
Post-plate QA → Administrator (inspection)
80 existing WOs backfilled with role + worker via name-match.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
