Split 49 modules/suites into independent git repos; untrack from monorepo

Each top-level module/suite folder is now its own private repo on GitHub
(gsinghpal/<name>) and gitea (admin/<name>), with a fresh single initial
commit. The monorepo no longer tracks them (added to .gitignore + git rm
--cached); working-tree files are retained on disk and managed in their
own repos. The monorepo keeps shared root files (CLAUDE.md, docs/, scripts/,
tools/, AGENTS.md, WIP/obsolete dirs) and full history.

Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>

fusion_plating/docs/superpowers/tests/2026-04-22-sub5-smoke.py

@@ -1,149 +0,0 @@
-"""Sub 5 smoke test — runs inside odoo-shell on entech."""
-env = env
-
-Partner = env['res.partner']
-Part = env['fp.part.catalog']
-Coating = env['fp.coating.config']
-Thickness = env['fp.coating.thickness']
-Serial = env['fp.serial']
-SO = env['sale.order']
-admin = env.ref('base.user_admin')
-
-# ---- Seed customer + part + coating + thickness options ---------------
-cust = Partner.create({
-    'name': 'Sub5 Smoke Customer',
-    'is_company': True,
-    'customer_rank': 1,
-})
-part_a = Part.create({
-    'partner_id': cust.id,
-    'part_number': 'SUB5-001',
-    'revision': 'A',
-})
-# Bump to a newer revision so we have A + B in the chain
-part_a.action_create_revision()
-part_b = Part.search([
-    ('parent_part_id', '=', (part_a.parent_part_id or part_a).id),
-    ('is_latest_revision', '=', True),
-], limit=1, order='revision_number desc')
-assert part_b.revision != part_a.revision, 'revision chain failed'
-print(f'[OK] Part revisions: A={part_a.revision} / latest={part_b.revision}')
-
-coating = Coating.search([], limit=1) or Coating.create({
-    'name': 'Sub5 Coating Test',
-    'process_type_id': env['fusion.plating.process.type'].search([], limit=1).id,
-})
-t1 = Thickness.create({
-    'coating_config_id': coating.id,
-    'value': 0.001, 'uom': 'inches', 'sequence': 10,
-})
-t2 = Thickness.create({
-    'coating_config_id': coating.id,
-    'value': 0.0015, 'uom': 'inches', 'sequence': 20,
-})
-print(f'[OK] Thickness options: {t1.display_name} / {t2.display_name}')
-
-# ---- Create SO with latest revision, assign serial via create-on-fly --
-product = env['product.product'].search([('sale_ok', '=', True)], limit=1)
-so = SO.create({
-    'partner_id': cust.id,
-    'x_fc_po_number': 'PO-SUB5-SMOKE',
-    'x_fc_po_received': True,
-    'order_line': [(0, 0, {
-        'product_id': product.id,
-        'product_uom_qty': 10,
-        'name': 'Sub5 smoke line',
-        'x_fc_part_catalog_id': part_b.id,
-        'x_fc_coating_config_id': coating.id,
-        'x_fc_thickness_id': t1.id,
-        'x_fc_internal_description': 'smoke',
-    })],
-})
-line = so.order_line[0]
-line.invalidate_recordset()
-assert line.x_fc_revision_snapshot == part_b.revision, (
-    f'snapshot mismatch: {line.x_fc_revision_snapshot} vs {part_b.revision}'
-)
-print(f'[OK] Revision snapshot captured on create: {line.x_fc_revision_snapshot}')
-
-# ---- Generate serial button -----------------------------------------
-line.action_generate_serial()
-line.invalidate_recordset()
-assert line.x_fc_serial_id, 'serial should be assigned'
-assert line.x_fc_serial_id.name.startswith('FP-SN-'), (
-    f'unexpected serial name: {line.x_fc_serial_id.name}'
-)
-print(f'[OK] Generate serial: {line.x_fc_serial_id.name}')
-
-# ---- Customer-typed serial --------------------------------------------
-so2 = SO.create({
-    'partner_id': cust.id,
-    'x_fc_po_number': 'PO-SUB5-SMOKE-2',
-    'x_fc_po_received': True,
-    'order_line': [(0, 0, {
-        'product_id': product.id,
-        'product_uom_qty': 5,
-        'name': 'Sub5 smoke line 2',
-        'x_fc_part_catalog_id': part_b.id,
-        'x_fc_coating_config_id': coating.id,
-        'x_fc_internal_description': 'smoke2',
-    })],
-})
-line2 = so2.order_line[0]
-typed_serial = Serial.create({'name': 'CUST-999'})
-line2.x_fc_serial_id = typed_serial.id
-line2.invalidate_recordset()
-assert line2.x_fc_serial_id.name == 'CUST-999'
-print('[OK] Customer-typed serial attached')
-
-# ---- Revision picker: switch to Rev A --------------------------------
-line.x_fc_revision_pick_id = part_a.id
-line.invalidate_recordset()
-assert line.x_fc_part_catalog_id == part_a, (
-    f'picker did not re-point part: {line.x_fc_part_catalog_id.revision}'
-)
-assert line.x_fc_revision_snapshot == part_a.revision
-print(f'[OK] Revision picker: switched to {part_a.revision}')
-
-# ---- Confirm SO → job number auto-assigned ---------------------------
-so.action_confirm()
-line.invalidate_recordset()
-assert line.x_fc_job_number, 'job number should be auto-assigned on confirm'
-assert line.x_fc_job_number.startswith('FP-JOB-'), (
-    f'unexpected job number: {line.x_fc_job_number}'
-)
-print(f'[OK] SO confirmed → job number: {line.x_fc_job_number}')
-
-# ---- MO carry-over (if bridge_mrp auto-created an MO) -----------------
-MO = env['mrp.production']
-mos = MO.search([('origin', '=', so.name)])
-if mos:
-    mo = mos[0]
-    print(f'[OK] MO created ({mo.name}) → serial={mo.x_fc_serial_id.name if mo.x_fc_serial_id else "—"} / job={mo.x_fc_job_number or "—"} / thickness={mo.x_fc_thickness_id.display_name if mo.x_fc_thickness_id else "—"} / rev={mo.x_fc_revision_snapshot or "—"}')
-    if mo.x_fc_serial_id:
-        assert mo.x_fc_serial_id == line.x_fc_serial_id, 'MO serial mismatch'
-        print('[OK] Serial carried MO ← SO line')
-else:
-    print('[SKIP] No MO auto-created for this SO')
-
-# ---- fp.serial smart-button counts reflect reality -------------------
-serial = line.x_fc_serial_id
-serial.invalidate_recordset()
-prod_cnt = serial.production_count
-del_cnt = serial.delivery_count
-print(f'[OK] Serial {serial.name}: MOs={prod_cnt}, Deliveries={del_cnt}, Invoices={serial.invoice_count}')
-
-# ---- Thickness dropdown domain ----------------------------------------
-another_coating = Coating.create({
-    'name': 'Sub5 Other Coating',
-    'process_type_id': coating.process_type_id.id,
-})
-line.x_fc_coating_config_id = another_coating.id
-line._onchange_coating_clears_thickness()
-line.invalidate_recordset()
-assert not line.x_fc_thickness_id, 'thickness should clear when coating changes'
-print('[OK] Thickness clears when coating switches')
-
-# ---- Cleanup ---------------------------------------------------------
-env.cr.rollback()
-print('\n=== SUB 5 SMOKE PASS — all assertions held ===')