🔧

Manufacture and assembly

assembly manufacturing_execution 🛡️ RLS Protected

Production orders, assembly line production, multi-stage parts lists and component manufacturing.

Fachliche Bestimmung: Supports the assembly and configuration of products from individual components. Manages parts lists (Bill of Materials) with commissions and assembly times. Builds the raw materials used automatically from the warehouse when finished and stores the finished final product as a saleable stock.

⚡ Workflows and life cycles (2) 🗄️ Data models and fields (6) 🔌 The Commission shall adopt delegated acts in accordance with Article 21 of this Regulation. (88) 🛡️ Regulatory and compliance

⚡ Workflows and life cycles

Benutzerbefehl: assembly general agent `plan:command_assembly_general_agent`

The following is the list of the main functions of the system:

1. assembly_general_agent

assembly_general_agent

{"key": "execute_command", "label": "Befehl prüfen, ausführen oder zur Freigabe vorlegen", "adapter": "agent.execute", "agent": "assembly_general_agent", "condition_fact": null}

Aktionen: assembly_general_agent

Manufacture order `status:assembly_order`

The following information is provided by the Commission on the basis of the information provided by the Member States:

1. draft

Draft

Status of the draft State machine manufacturing order.

2. planned

planned

Status of the production order for the state-of-the-art machinery.

3. in_progress

in_progress

Status of the production order.

4. on_hold

on_hold

Status of the production order of the machine in condition.

5. waiting_external

waiting_external

Status of the manufacturing order of the state-of-the-art machine.

6. completed

completed

Status of the machine in condition

7. cancelled

cancelled

Status of the machine in condition cancelled

🗄️ Data models and fields

AssemblyBatchMembers assembly_batch_members RLS Aktiv

14 Fields and columns

Tabelle assembly_batch_members

Feldname	Type of data	The Commission	Schlüssel	The technical significance
`batch_id`	`UUID`	Ja *	FK ➔ assembly_batches.id	Feld batch_id
`order_id`	`UUID`	Ja *	FK ➔ assembly_orders.id	Feld order_id
`customer_id`	`UUID`	Nein	FK ➔ customers.id	Feld customer_id
`position`	`INTEGER`	Ja *	-	Feld position
`lot_code`	`VARCHAR(64)`	Nein	-	Feld lot_code
`quantity_in`	`NUMERIC(14, 4)`	Ja *	-	Feld quantity_in
`allocated_good`	`NUMERIC(14, 4)`	Nein	-	Feld allocated_good
`allocated_rework`	`NUMERIC(14, 4)`	Nein	-	Feld allocated_rework
`allocated_scrap`	`NUMERIC(14, 4)`	Nein	-	Feld allocated_scrap
`id`	`UUID`	Nein	PK	Feld id
`tenant_id`	`UUID`	Ja *	FK ➔ organizations.id	Feld tenant_id
`created_at`	`DATETIME`	Ja *	-	Feld created_at
`updated_at`	`DATETIME`	Ja *	-	Feld updated_at
`metadata`	`JSONB`	Ja *	-	Feld metadata

AssemblyBatches assembly_batches RLS Aktiv

19 Fields and columns

Tabelle assembly_batches

Feldname	Type of data	The Commission	Schlüssel	The technical significance
`title`	`VARCHAR(255)`	Ja *	-	Feld title
`status`	`VARCHAR(24)`	Ja *	-	Feld status
`master_order_id`	`UUID`	Nein	FK ➔ assembly_orders.id	Feld master_order_id
`allocation_method`	`VARCHAR(16)`	Ja *	-	Feld allocation_method
`pool_good`	`NUMERIC(14, 4)`	Nein	-	Feld pool_good
`pool_rework`	`NUMERIC(14, 4)`	Nein	-	Feld pool_rework
`pool_scrap`	`NUMERIC(14, 4)`	Nein	-	Feld pool_scrap
`started_at`	`DATETIME`	Nein	-	Feld started_at
`completed_at`	`DATETIME`	Nein	-	Feld completed_at
`notes`	`TEXT`	Nein	-	Feld notes
`id`	`UUID`	Nein	PK	Feld id
`tenant_id`	`UUID`	Ja *	FK ➔ organizations.id	Feld tenant_id
`created_at`	`DATETIME`	Ja *	-	Feld created_at
`updated_at`	`DATETIME`	Ja *	-	Feld updated_at
`created_by`	`UUID`	Nein	-	Feld created_by
`updated_by`	`UUID`	Nein	-	Feld updated_by
`source_type`	`VARCHAR(32)`	Nein	-	Feld source_type
`source_id`	`UUID`	Nein	-	Feld source_id
`metadata`	`JSONB`	Ja *	-	Feld metadata

AssemblyCores assembly_cores RLS Aktiv

24 Fields and columns

Tabelle assembly_cores

Feldname	Type of data	The Commission	Schlüssel	The technical significance
`product_id`	`UUID`	Ja *	FK ➔ products.id	Feld product_id
`customer_id`	`UUID`	Nein	FK ➔ customers.id	Feld customer_id
`contract_id`	`UUID`	Nein	FK ➔ contracts.id	Feld contract_id
`serial_number`	`VARCHAR(128)`	Nein	-	Feld serial_number
`quantity`	`NUMERIC(14, 4)`	Ja *	-	Feld quantity
`unit`	`VARCHAR(16)`	Ja *	-	Feld unit
`status`	`VARCHAR(24)`	Ja *	-	Feld status
`condition_grade`	`VARCHAR(16)`	Nein	-	Feld condition_grade
`disposition`	`VARCHAR(24)`	Nein	-	Feld disposition
`inspection_notes`	`TEXT`	Nein	-	Feld inspection_notes
`location_id`	`UUID`	Nein	FK ➔ locations.id	Feld location_id
`stock_posted`	`BOOLEAN`	Ja *	-	Feld stock_posted
`received_at`	`DATETIME`	Ja *	-	Feld received_at
`assembly_order_id`	`UUID`	Nein	FK ➔ assembly_orders.id	Feld assembly_order_id
`notes`	`TEXT`	Nein	-	Feld notes
`id`	`UUID`	Nein	PK	Feld id
`tenant_id`	`UUID`	Ja *	FK ➔ organizations.id	Feld tenant_id
`created_at`	`DATETIME`	Ja *	-	Feld created_at
`updated_at`	`DATETIME`	Ja *	-	Feld updated_at
`created_by`	`UUID`	Nein	-	Feld created_by
`updated_by`	`UUID`	Nein	-	Feld updated_by
`source_type`	`VARCHAR(32)`	Nein	-	Feld source_type
`source_id`	`UUID`	Nein	-	Feld source_id
`metadata`	`JSONB`	Ja *	-	Feld metadata

AssemblyOrderItems assembly_order_items RLS Aktiv

26 Fields and columns

Tabelle assembly_order_items

Feldname	Type of data	The Commission	Schlüssel	The technical significance
`order_id`	`UUID`	Ja *	FK ➔ assembly_orders.id	Feld order_id
`item_type`	`VARCHAR(48)`	Ja *	-	Feld item_type
`product_id`	`UUID`	Nein	FK ➔ products.id	Feld product_id
`description`	`VARCHAR(500)`	Ja *	-	Feld description
`quantity_planned`	`NUMERIC(14, 4)`	Ja *	-	Feld quantity_planned
`quantity_actual`	`NUMERIC(14, 4)`	Nein	-	Feld quantity_actual
`quantity_good`	`NUMERIC(14, 4)`	Nein	-	Feld quantity_good
`quantity_rework`	`NUMERIC(14, 4)`	Nein	-	Feld quantity_rework
`quantity_scrap`	`NUMERIC(14, 4)`	Nein	-	Feld quantity_scrap
`unit`	`VARCHAR(16)`	Ja *	-	Feld unit
`unit_cost`	`NUMERIC(14, 2)`	Nein	-	Feld unit_cost
`position`	`INTEGER`	Ja *	-	Feld position
`tracking_entries`	`JSONB`	Nein	-	Feld tracking_entries
`notes`	`TEXT`	Nein	-	Feld notes
`material_ownership`	`VARCHAR(16)`	Ja *	-	Feld material_ownership
`owner_customer_id`	`UUID`	Nein	FK ➔ customers.id	Feld owner_customer_id
`rework_attempts`	`INTEGER`	Ja *	-	Feld rework_attempts
`from_location_id`	`UUID`	Nein	FK ➔ locations.id	Feld from_location_id
`to_location_id`	`UUID`	Nein	FK ➔ locations.id	Feld to_location_id
`reservation_id`	`UUID`	Nein	FK ➔ stock_reservations.id	Feld reservation_id
`exploded_from_bom_id`	`UUID`	Nein	FK ➔ product_boms.id	Feld exploded_from_bom_id
`id`	`UUID`	Nein	PK	Feld id
`tenant_id`	`UUID`	Ja *	FK ➔ organizations.id	Feld tenant_id
`created_at`	`DATETIME`	Ja *	-	Feld created_at
`updated_at`	`DATETIME`	Ja *	-	Feld updated_at
`metadata`	`JSONB`	Ja *	-	Feld metadata

AssemblyOrderSteps assembly_order_steps RLS Aktiv

30 Fields and columns

Tabelle assembly_order_steps

Feldname	Type of data	The Commission	Schlüssel	The technical significance
`order_id`	`UUID`	Ja *	FK ➔ assembly_orders.id	Feld order_id
`position`	`INTEGER`	Ja *	-	Feld position
`name`	`VARCHAR(255)`	Ja *	-	Feld name
`description`	`TEXT`	Nein	-	Feld description
`status`	`VARCHAR(48)`	Ja *	-	Feld status
`workstation_id`	`UUID`	Nein	FK ➔ workstations.id	Feld workstation_id
`estimated_minutes`	`INTEGER`	Nein	-	Feld estimated_minutes
`actual_minutes`	`INTEGER`	Nein	-	Feld actual_minutes
`image_url`	`TEXT`	Nein	-	Feld image_url
`image_urls`	`JSONB`	Nein	-	Feld image_urls
`completed_by`	`UUID`	Nein	FK ➔ users.id	Feld completed_by
`completed_at`	`DATETIME`	Nein	-	Feld completed_at
`notes`	`TEXT`	Nein	-	Feld notes
`is_external`	`BOOLEAN`	Ja *	-	Feld is_external
`supplier_id`	`UUID`	Nein	FK ➔ suppliers.id	Feld supplier_id
`external_ref`	`VARCHAR(128)`	Nein	-	Feld external_ref
`sent_at`	`DATETIME`	Nein	-	Feld sent_at
`received_at`	`DATETIME`	Nein	-	Feld received_at
`qty_sent`	`NUMERIC(14, 4)`	Nein	-	Feld qty_sent
`qty_received`	`NUMERIC(14, 4)`	Nein	-	Feld qty_received
`purchase_id`	`UUID`	Nein	FK ➔ purchases.id	Feld purchase_id
`purchase_item_id`	`UUID`	Nein	FK ➔ purchase_items.id	Feld purchase_item_id
`goods_receipt_id`	`UUID`	Nein	FK ➔ goods_receipts.id	Feld goods_receipt_id
`scheduled_date`	`DATE`	Nein	-	Feld scheduled_date
`schedule_plan`	`JSONB`	Nein	-	Feld schedule_plan
`id`	`UUID`	Nein	PK	Feld id
`tenant_id`	`UUID`	Ja *	FK ➔ organizations.id	Feld tenant_id
`created_at`	`DATETIME`	Ja *	-	Feld created_at
`updated_at`	`DATETIME`	Ja *	-	Feld updated_at
`metadata`	`JSONB`	Ja *	-	Feld metadata

AssemblyOrders assembly_orders RLS Aktiv

44 Fields and columns

Tabelle assembly_orders

Feldname	Type of data	The Commission	Schlüssel	The technical significance
`order_number`	`VARCHAR(32)`	Ja *	-	Feld order_number
`title`	`VARCHAR(255)`	Ja *	-	Feld title
`order_type`	`VARCHAR(48)`	Ja *	-	Feld order_type
`status`	`VARCHAR(48)`	Ja *	-	Feld status
`priority`	`VARCHAR(16)`	Ja *	-	Feld priority
`workstation_id`	`UUID`	Nein	FK ➔ workstations.id	Feld workstation_id
`assigned_user_id`	`UUID`	Nein	FK ➔ users.id	Feld assigned_user_id
`source_location_id`	`UUID`	Nein	FK ➔ locations.id	Feld source_location_id
`target_location_id`	`UUID`	Nein	FK ➔ locations.id	Feld target_location_id
`project_id`	`UUID`	Nein	FK ➔ projects.id	Feld project_id
`customer_id`	`UUID`	Nein	FK ➔ customers.id	Feld customer_id
`work_order_id`	`UUID`	Nein	FK ➔ work_orders.id	Feld work_order_id
`contract_id`	`UUID`	Nein	FK ➔ contracts.id	Feld contract_id
`source_type`	`VARCHAR(32)`	Nein	-	Feld source_type
`source_id`	`UUID`	Nein	-	Feld source_id
`scheduled_date`	`DATE`	Nein	-	Feld scheduled_date
`started_at`	`DATETIME`	Nein	-	Feld started_at
`completed_at`	`DATETIME`	Nein	-	Feld completed_at
`notes`	`TEXT`	Nein	-	Feld notes
`instructions`	`TEXT`	Nein	-	Feld instructions
`idempotency_key`	`VARCHAR(128)`	Nein	-	Feld idempotency_key
`picking_policy`	`VARCHAR(32)`	Ja *	-	Feld picking_policy
`warehouse_picking_id`	`UUID`	Nein	FK ➔ warehouse_pickings.id	Feld warehouse_picking_id
`contract_snapshot`	`JSONB`	Nein	-	Feld contract_snapshot
`scrap_override_approved`	`BOOLEAN`	Ja *	-	Feld scrap_override_approved
`remainder_reuse_approved`	`BOOLEAN`	Ja *	-	Feld remainder_reuse_approved
`subcontract_supplier_id`	`UUID`	Nein	FK ➔ suppliers.id	Feld subcontract_supplier_id
`scheduled_end_date`	`DATE`	Nein	-	Feld scheduled_end_date
`due_date`	`DATE`	Nein	-	Feld due_date
`conflict_override_approved`	`BOOLEAN`	Ja *	-	Feld conflict_override_approved
`conflict_override_reason`	`TEXT`	Nein	-	Feld conflict_override_reason
`batch_id`	`UUID`	Nein	FK ➔ assembly_batches.id	Feld batch_id
`source_bom_id`	`UUID`	Nein	FK ➔ product_boms.id	Feld source_bom_id
`bom_revision`	`VARCHAR(32)`	Nein	-	Feld bom_revision
`reserve_on_plan`	`BOOLEAN`	Ja *	-	Feld reserve_on_plan
`wip_location_id`	`UUID`	Nein	FK ➔ locations.id	Feld wip_location_id
`backflush_mode`	`VARCHAR(16)`	Ja *	-	Feld backflush_mode
`id`	`UUID`	Nein	PK	Feld id
`tenant_id`	`UUID`	Ja *	FK ➔ organizations.id	Feld tenant_id
`created_at`	`DATETIME`	Ja *	-	Feld created_at
`updated_at`	`DATETIME`	Ja *	-	Feld updated_at
`created_by`	`UUID`	Nein	-	Feld created_by
`updated_by`	`UUID`	Nein	-	Feld updated_by
`metadata`	`JSONB`	Ja *	-	Feld metadata

🔌 The Commission shall adopt delegated acts in accordance with Article 21 of this Regulation.

Art	The method	Endpoint / path	Titel & Zweck	The Commission shall adopt the following:
⚡ REST API	DELETE	`/api/v1/assembly/batches/{batch_id}/members/{order_id}`	remove_batch_member Semantic binding: operator_surface; mutation=True	`assembly`
⚡ REST API	DELETE	`/api/v1/assembly/boms/{bom_id}`	delete_bom Semantic binding: operator_surface; mutation=True	`assembly`
⚡ REST API	DELETE	`/api/v1/assembly/boms/{bom_id}/sop-documents/{document_id}`	detach_bom_sop_document Semantic binding: operator_surface; mutation=True	`assembly`
⚡ REST API	DELETE	`/api/v1/assembly/items/{item_id}`	remove_item Semantic binding: operator_surface; mutation=True	`assembly`
⚡ REST API	DELETE	`/api/v1/assembly/orders/{order_id}/sop-documents/{document_id}`	detach_order_sop_document Semantic binding: operator_surface; mutation=True	`assembly`
⚡ REST API	DELETE	`/api/v1/assembly/workstations/{ws_id}`	delete_workstation Semantic binding: operator_surface; mutation=True	`assembly`
⚡ REST API	DELETE	`/api/v1/assembly/workstations/{ws_id}/calendar/{exception_id}`	delete_calendar_exception Semantic binding: operator_surface; mutation=True	`assembly`
⚡ REST API	GET	`/api/v1/assembly/batches`	list_batches Semantic binding: inventory_only; mutation=False	`assembly`
⚡ REST API	GET	`/api/v1/assembly/batches/by-lot/{lot_code}`	batches_by_lot_code Semantic binding: inventory_only; mutation=False	`assembly`
⚡ REST API	GET	`/api/v1/assembly/batches/{batch_id}`	get_batch Semantic binding: inventory_only; mutation=False	`assembly`
⚡ REST API	GET	`/api/v1/assembly/batches/{batch_id}/genealogy`	batch_genealogy Semantic binding: inventory_only; mutation=False	`assembly`
⚡ REST API	GET	`/api/v1/assembly/board`	board Semantic binding: inventory_only; mutation=False	`assembly`
⚡ REST API	GET	`/api/v1/assembly/boms`	list_boms Semantic binding: inventory_only; mutation=False	`assembly`
⚡ REST API	GET	`/api/v1/assembly/boms/for-product/{product_id}`	list_boms_for_product_endpoint Semantic binding: inventory_only; mutation=False	`assembly`
⚡ REST API	GET	`/api/v1/assembly/boms/lookup/{product_id}`	lookup_bom_for_product Semantic binding: inventory_only; mutation=False	`assembly`
⚡ REST API	GET	`/api/v1/assembly/boms/{bom_id}`	get_bom Semantic binding: inventory_only; mutation=False	`assembly`
⚡ REST API	GET	`/api/v1/assembly/boms/{bom_id}/availability`	check_bom_material_availability Semantic binding: inventory_only; mutation=False	`assembly`
⚡ REST API	GET	`/api/v1/assembly/boms/{bom_id}/sop-documents`	list_bom_sop_documents Semantic binding: inventory_only; mutation=False	`assembly`
⚡ REST API	GET	`/api/v1/assembly/boms/{bom_id}/steps`	get_bom_steps Semantic binding: inventory_only; mutation=False	`assembly`
⚡ REST API	GET	`/api/v1/assembly/capacity/overview`	capacity_overview Semantic binding: inventory_only; mutation=False	`assembly`
⚡ REST API	GET	`/api/v1/assembly/capacity/workstations/{ws_id}`	workstation_capacity Semantic binding: inventory_only; mutation=False	`assembly`
⚡ REST API	GET	`/api/v1/assembly/cores`	list_cores Semantic binding: inventory_only; mutation=False	`assembly`
⚡ REST API	GET	`/api/v1/assembly/cores/{core_id}`	get_core Semantic binding: inventory_only; mutation=False	`assembly`
⚡ REST API	GET	`/api/v1/assembly/gateway`	assembly_completion_gateway Semantic binding: inventory_only; mutation=False	`assembly`
⚡ REST API	GET	`/api/v1/assembly/lots/{lot_id}/genealogy`	lot_genealogy Semantic binding: inventory_only; mutation=False	`assembly`
⚡ REST API	GET	`/api/v1/assembly/orders`	list_orders Semantic binding: inventory_only; mutation=False	`assembly`
⚡ REST API	GET	`/api/v1/assembly/orders/{order_id}`	get_order Semantic binding: inventory_only; mutation=False	`assembly`
⚡ REST API	GET	`/api/v1/assembly/orders/{order_id}/conflicts`	order_conflicts Semantic binding: inventory_only; mutation=False	`assembly`
⚡ REST API	GET	`/api/v1/assembly/orders/{order_id}/costing`	get_order_costing Semantic binding: inventory_only; mutation=False	`assembly`
⚡ REST API	GET	`/api/v1/assembly/orders/{order_id}/sop-documents`	list_order_sop_documents Semantic binding: inventory_only; mutation=False	`assembly`
⚡ REST API	GET	`/api/v1/assembly/orders/{order_id}/traveler`	get_order_traveler_pdf Semantic binding: inventory_only; mutation=False	`assembly`
⚡ REST API	GET	`/api/v1/assembly/orders/{order_id}/traveler.pdf`	get_order_traveler_pdf Semantic binding: inventory_only; mutation=False	`assembly`
⚡ REST API	GET	`/api/v1/assembly/workstations`	list_workstations Semantic binding: inventory_only; mutation=False	`assembly`
⚡ REST API	GET	`/api/v1/assembly/workstations/{ws_id}/calendar`	list_calendar_exceptions Semantic binding: inventory_only; mutation=False	`assembly`
⚡ REST API	GET	`/assembly`	assembly_page Semantic binding: inventory_only; mutation=False	`assembly`
⚡ REST API	GET	`/assembly/new`	assembly_new_page Semantic binding: inventory_only; mutation=False	`assembly`
⚡ REST API	GET	`/assembly/terminal`	assembly_terminal_page_route Semantic binding: inventory_only; mutation=False	`assembly`
⚡ REST API	GET	`/assembly/{order_id}`	assembly_page Semantic binding: inventory_only; mutation=False	`assembly`
⚡ REST API	GET	`/fertigung`	fertigung_page Semantic binding: inventory_only; mutation=False	`assembly`
⚡ REST API	GET	`/fertigung/new`	fertigung_new_page Semantic binding: inventory_only; mutation=False	`assembly`
⚡ REST API	GET	`/fertigung/terminal`	fertigung_terminal_page Semantic binding: inventory_only; mutation=False	`assembly`
⚡ REST API	GET	`/fertigung/{order_id}`	fertigung_page Semantic binding: inventory_only; mutation=False	`assembly`
⚡ REST API	PATCH	`/api/v1/assembly/boms/{bom_id}`	update_bom Semantic binding: operator_surface; mutation=True	`assembly`
⚡ REST API	PATCH	`/api/v1/assembly/items/{item_id}`	update_item Semantic binding: operator_surface; mutation=True	`assembly`
⚡ REST API	PATCH	`/api/v1/assembly/steps/{step_id}`	update_step Semantic binding: operator_surface; mutation=True	`assembly`
⚡ REST API	PATCH	`/api/v1/assembly/workstations/{ws_id}`	update_workstation Semantic binding: operator_surface; mutation=True	`assembly`
⚡ REST API	POST	`/api/v1/assembly/batches`	create_batch Semantic binding: operator_surface; mutation=True	`assembly`
⚡ REST API	POST	`/api/v1/assembly/batches/{batch_id}/cancel`	cancel_batch Semantic binding: operator_surface; mutation=True	`assembly`
⚡ REST API	POST	`/api/v1/assembly/batches/{batch_id}/complete`	complete_batch Semantic binding: operator_surface; mutation=True	`assembly`
⚡ REST API	POST	`/api/v1/assembly/batches/{batch_id}/start`	start_batch Semantic binding: operator_surface; mutation=True	`assembly`
⚡ REST API	POST	`/api/v1/assembly/boms`	create_bom Semantic binding: operator_surface; mutation=True	`assembly`
⚡ REST API	POST	`/api/v1/assembly/boms/upload-step-image`	upload_bom_step_image Semantic binding: operator_surface; mutation=True	`assembly`
⚡ REST API	POST	`/api/v1/assembly/boms/{bom_id}/create-disassembly-order`	create_disassembly_from_bom Semantic binding: operator_surface; mutation=True	`assembly`
⚡ REST API	POST	`/api/v1/assembly/boms/{bom_id}/create-order`	create_order_from_bom Semantic binding: operator_surface; mutation=True	`assembly`
⚡ REST API	POST	`/api/v1/assembly/boms/{bom_id}/sop-documents`	upload_bom_sop_document Semantic binding: operator_surface; mutation=True	`assembly`
⚡ REST API	POST	`/api/v1/assembly/cores`	receive_core Semantic binding: operator_surface; mutation=True	`assembly`
⚡ REST API	POST	`/api/v1/assembly/cores/{core_id}/create-order`	create_core_order Semantic binding: operator_surface; mutation=True	`assembly`
⚡ REST API	POST	`/api/v1/assembly/cores/{core_id}/inspect`	inspect_core Semantic binding: operator_surface; mutation=True	`assembly`
⚡ REST API	POST	`/api/v1/assembly/create-from-order`	create_order_from_order Semantic binding: operator_surface; mutation=True	`assembly`
⚡ REST API	POST	`/api/v1/assembly/items/{item_id}/yield`	record_item_yield Semantic binding: operator_surface; mutation=True	`assembly`
⚡ REST API	POST	`/api/v1/assembly/orders`	create_order Semantic binding: operator_surface; mutation=True	`assembly`
⚡ REST API	POST	`/api/v1/assembly/orders/{order_id}/approve-conflict-override`	approve_conflict_override Semantic binding: operator_surface; mutation=True	`assembly`
⚡ REST API	POST	`/api/v1/assembly/orders/{order_id}/approve-remainder-reuse`	approve_remainder_reuse Semantic binding: operator_surface; mutation=True	`assembly`
⚡ REST API	POST	`/api/v1/assembly/orders/{order_id}/approve-scrap-override`	approve_scrap_override Semantic binding: operator_surface; mutation=True	`assembly`
⚡ REST API	POST	`/api/v1/assembly/orders/{order_id}/assign-workstation`	assign_order_to_workstation Semantic binding: operator_surface; mutation=True	`assembly`
⚡ REST API	POST	`/api/v1/assembly/orders/{order_id}/cancel`	cancel_order Semantic binding: operator_surface; mutation=True	`assembly`
⚡ REST API	POST	`/api/v1/assembly/orders/{order_id}/complete`	complete_order Semantic binding: operator_surface; mutation=True	`assembly`
⚡ REST API	POST	`/api/v1/assembly/orders/{order_id}/hold`	hold_order Semantic binding: operator_surface; mutation=True	`assembly`
⚡ REST API	POST	`/api/v1/assembly/orders/{order_id}/items`	add_item Semantic binding: operator_surface; mutation=True	`assembly`
⚡ REST API	POST	`/api/v1/assembly/orders/{order_id}/photo-evidence`	upload_order_photo_evidence Semantic binding: operator_surface; mutation=True	`assembly`
⚡ REST API	POST	`/api/v1/assembly/orders/{order_id}/plan`	plan_order Semantic binding: operator_surface; mutation=True	`assembly`
⚡ REST API	POST	`/api/v1/assembly/orders/{order_id}/qc-form`	record_qc_form Semantic binding: operator_surface; mutation=True	`assembly`
⚡ REST API	POST	`/api/v1/assembly/orders/{order_id}/qc-form/release`	release_qc_form Semantic binding: operator_surface; mutation=True	`assembly`
⚡ REST API	POST	`/api/v1/assembly/orders/{order_id}/resume`	resume_order Semantic binding: operator_surface; mutation=True	`assembly`
⚡ REST API	POST	`/api/v1/assembly/orders/{order_id}/revoke-conflict-override`	revoke_conflict_override Semantic binding: operator_surface; mutation=True	`assembly`
⚡ REST API	POST	`/api/v1/assembly/orders/{order_id}/schedule`	schedule_order Semantic binding: operator_surface; mutation=True	`assembly`
⚡ REST API	POST	`/api/v1/assembly/orders/{order_id}/sop-documents`	upload_order_sop_document Semantic binding: operator_surface; mutation=True	`assembly`
⚡ REST API	POST	`/api/v1/assembly/orders/{order_id}/start`	start_order Semantic binding: operator_surface; mutation=True	`assembly`
⚡ REST API	POST	`/api/v1/assembly/orders/{order_id}/steps`	add_step Semantic binding: operator_surface; mutation=True	`assembly`
⚡ REST API	POST	`/api/v1/assembly/steps/{step_id}/create-purchase-order`	create_subcontract_purchase_order Semantic binding: operator_surface; mutation=True	`assembly`
⚡ REST API	POST	`/api/v1/assembly/steps/{step_id}/receive-external`	receive_step_external Semantic binding: operator_surface; mutation=True	`assembly`
⚡ REST API	POST	`/api/v1/assembly/steps/{step_id}/receive-goods`	receive_subcontract_goods Semantic binding: operator_surface; mutation=True	`assembly`
⚡ REST API	POST	`/api/v1/assembly/steps/{step_id}/send-external`	send_step_external Semantic binding: operator_surface; mutation=True	`assembly`
⚡ REST API	POST	`/api/v1/assembly/workstations`	create_workstation Semantic binding: operator_surface; mutation=True	`assembly`
⚡ REST API	POST	`/api/v1/assembly/workstations/{ws_id}/assign-picking`	assign_picking_to_workstation Semantic binding: operator_surface; mutation=True	`assembly`
⚡ REST API	POST	`/api/v1/assembly/workstations/{ws_id}/calendar`	set_calendar_exception Semantic binding: operator_surface; mutation=True	`assembly`
⚡ REST API	POST	`/api/v1/assembly/workstations/{ws_id}/checkin`	checkin_workstation Semantic binding: operator_surface; mutation=True	`assembly`
⚡ REST API	POST	`/api/v1/assembly/workstations/{ws_id}/checkout`	checkout_workstation Semantic binding: operator_surface; mutation=True	`assembly`

🛡️ Regulatory and compliance

Dieses Modul unterliegt folgenden gesetzlichen, regulatorischen und Revisionsstandards:

The Commission shall adopt implementing acts in accordance with Article 21 of the Financial Regulation.
CE marking and traceability

Connected modules:

➔ inventory ➔ catalog ➔ workorders