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leistungsbilanz-ts/docs/circuit-list-editor-api.md

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# Circuit List Editor API
## Scope
The circuit-first editor uses tree, circuit, row and project-device endpoints.
All paths below are mounted below `/api`. There is no Consumer application API.
Project responses from `GET /projects`, `GET /projects/:projectId` and the
circuit-tree endpoint include `currentRevision`. Versioned project commands use
this value for optimistic concurrency checks.
### Project Commands and History
- `GET /projects/:projectId/history`
- returns `currentRevision`, `undoDepth`, `redoDepth` and the current top
change-set id for both persistent stacks
- `GET /projects/:projectId/history/revisions`
- returns revision metadata in descending `revisionNumber` order
- optional query: `limit` (default `25`, maximum `100`) and exclusive
`beforeRevision`
- returns `projectId`, `currentRevision`, `revisions` and
`nextBeforeRevision`; use the latter as the next page's
`beforeRevision`
- each revision contains ids, number, timestamp, actor, source, description,
command type and payload schema version
- stored forward/inverse command payloads are intentionally not exposed
- `POST /projects/:projectId/commands`
- executes a supported versioned command as a new user revision
- body: `{ "expectedRevision": 0, "command": { ... } }`
- `POST /projects/:projectId/history/undo`
- `POST /projects/:projectId/history/redo`
- body: `{ "expectedRevision": 1 }`
- executes the eligible inverse or forward command as a new auditable
revision
- `GET /projects/:projectId/snapshots`
- lists named and automatic logical snapshot metadata, including `kind`,
without returning payload JSON
- `POST /projects/:projectId/snapshots`
- body:
`{ "expectedRevision": 12, "name": "Vor Ausschreibung", "description": "Optional" }`
- atomically captures the complete project-scoped runtime state at the
expected revision
- returns `201` with source revision, schema version, SHA-256 and creation
metadata
- snapshot creation does not increment the project revision or alter
undo/redo stacks
- duplicate names and stale revisions return `409`
- the central revision boundary additionally creates `automatic` snapshots
after 25 further revisions and retains the newest 12 per project; named
snapshots are never removed by this policy
- `POST /projects/:projectId/snapshots/:snapshotId/restore`
- body: `{ "expectedRevision": 13 }`
- verifies the stored payload checksum and atomically restores the complete
supported project state as revision `14` with source `restore`
- stores the complete pre-restore state as the inverse command, so project
Undo/Redo can revert or repeat the restore after a restart
- stale revisions or state checks return `409`; unknown snapshots return
`404`
- clients cannot submit arbitrary `project.restore-state` payloads through
the generic command endpoint
The public dispatcher supports the Circuit and CircuitDeviceRow commands
`circuit.update`, `circuit.insert`, `circuit.delete`,
`circuit-device-row.update`, `circuit-device-row.insert`,
`circuit-device-row.delete`, `circuit-device-row.move`,
`circuit-device-row.move-with-new-circuit`, `circuit.reorder-section`,
`circuit.reorder-sections` and `circuit.renumber-section`.
Protected-board structure uses
`distribution-board-component.insert|update|delete`,
`circuit-group.insert|update|delete|reorder|renumber`,
`circuit.move-group`, `circuit-group.delete-subtree` and
`circuit-protection.update`. A subtree restore is normally emitted only as the
persisted inverse of a delete. The dispatcher also supports the documented
project-device, project settings, distribution-board and project-location
commands. The generic editor commands listed here use schema version `1`.
`project.update-settings` uses version `2` and still accepts supported baseline
version `1` commands without changing the newer building classification.
Pre-baseline formats remain unsupported. Unsupported types or schema versions
are rejected. Insert commands contain the complete entity or circuit block
with stable ids; delete commands include the expected parent identity. Circuit
snapshots contain zero, one or multiple complete device rows. Move commands
contain each row's expected and target circuit plus its exact expected and
target sort order. This makes deletion and moves undoable without generating
replacement identities or renumbering circuits. Existing Circuit and
CircuitDeviceRow cell edits, standalone insert/delete actions, device-row
moves, reorders and explicit renumbering in the editor consume these endpoints.
`circuit-device-row.move` targets existing circuits in the same circuit list.
`circuit-device-row.move-with-new-circuit` atomically creates exactly one
explicitly identified empty target circuit and moves one or multiple existing
rows into it. Its inverse restores every row to its exact prior position and
deletes the generated circuit only if its fields and complete row set still
match the recorded state.
`circuit.reorder-section` requires one assignment for every circuit currently
in the section. Each assignment records the expected and target `sortOrder`.
The command and its inverse change no circuit field other than `sortOrder`;
equipment identifiers and complete device-row blocks remain unchanged.
`circuit.reorder-sections` contains one complete assignment block per affected
section. All blocks are validated before any write and commit or roll back
together as one revision and one undo step. The editor uses it when applying a
sorted view that changes multiple sections.
`circuit.renumber-section` is an explicit operation requiring one assignment
for every circuit in the section. Assignments contain expected and target
equipment identifiers. The store rejects stale values, duplicate targets and
targets occupied by other sections, then applies swaps through collision-safe
temporary identifiers. Undo restores the exact prior identifiers; sort
positions and device rows remain unchanged.
`circuit-group.reorder` changes only complete group sort assignments.
`circuit-group.renumber` carries every affected group, child circuit and group
component with expected and target identifiers so swaps can be applied
collision-safely. `circuit.move-group` changes one complete circuit's group,
BMK and position and stores the deterministic target BMK. The target group must
have the same category.
`circuit-group.delete-subtree` carries the complete warned group state,
including both protection layers and every device-row link/override value. The
server captures the current subtree again inside the transaction and rejects a
stale or incomplete snapshot. Undo restores the same UUIDs through the stored
inverse command.
`circuit-protection.update` inserts or replaces the complete validated
one-to-one circuit protection state. Users cannot remove the required
protection row; removal is available only to a stored inverse when undoing its
initial creation.
`project-device.sync-rows` represents `synchronize`, `disconnect` and
`reconnect` operations. Every selected row carries complete expected and target
snapshots of all ProjectDevice-sync fields, the link and `overriddenFields`.
All rows, the inverse command, revision and history-stack transition commit or
roll back together. Disconnect/reconnect may only change the link; stale row
snapshots and cross-project devices or rows are rejected.
`project-device.update` changes one or multiple canonical ProjectDevice fields
and derives its inverse from the persisted device. It validates project
ownership and never writes linked `CircuitDeviceRow` values; synchronization
remains a separate explicit command.
`project-device.insert` stores the complete canonical device with a stable id.
User inserts cannot attach existing rows. `project-device.delete` captures the
complete device and every currently linked row before deletion. Its inverse
recreates the same device and reconnects only rows whose complete disconnected
snapshot still matches; device, links, revision and history transition are
atomic.
### Project Device CRUD
- `GET /project-devices/projects/:projectId`
- lists the project's reusable devices
- `POST /project-devices/projects/:projectId`
- `PUT /project-devices/projects/:projectId/:projectDeviceId`
- request: all canonical device fields plus `expectedRevision`
- response: `{ "projectDevice": { ... }, "revision": { ... }, "history": { ... } }`
- `DELETE /project-devices/projects/:projectId/:projectDeviceId`
- request: `{ "expectedRevision": 12 }`
- response: the project command result with the updated history state
- `POST /project-devices/projects/:projectId/import-global/:globalDeviceId`
- request: `{ "expectedRevision": 12 }`
- creates an independent project device with a stable UUID
- response shape matches ProjectDevice create/update
These write endpoints execute the typed `project-device.update`,
`project-device.insert` and `project-device.delete` commands. A stale revision
returns `409 PROJECT_REVISION_CONFLICT`. Updating a project device still never
synchronizes linked circuit rows implicitly.
### Project Settings
- `PUT /projects/:projectId`
- request:
`{ "expectedRevision": 12, "isPublicBuilding": true, "singlePhaseVoltageV": 230, "threePhaseVoltageV": 400, "enabledDistributionBoardSupplyTypes": ["AV", "MSR", "SiBe"], ...projectMetadata }`
- executes `project.update-settings` as one atomic revision
- response:
`{ "project": { ... }, "revision": { ... }, "history": { ... } }`
- persistent Undo/Redo restores metadata, the public-building flag, voltage
values and enabled distribution-board supply types together; project-device and circuit
voltages are recalculated from the restored project settings in the same
transaction
- project-device and circuit voltage are derived values and are not accepted
as editable frontend fields
- at least one of `AV`, `SV`, `EV`, `USV`, `MSR`, `SiBe` must be enabled;
a supply type currently used by a distribution board cannot be disabled
- unchanged values are rejected without creating a revision; a stale
revision returns `409 PROJECT_REVISION_CONFLICT`
Example:
```json
{
"expectedRevision": 0,
"description": "Rename circuit",
"command": {
"schemaVersion": 1,
"type": "circuit.update",
"payload": {
"circuitId": "cir_1",
"changes": [
{ "field": "displayName", "value": "Sockets East" }
]
}
}
}
```
A stale `expectedRevision` returns HTTP `409` with
`PROJECT_REVISION_CONFLICT`. Undo or redo without an eligible stack entry
returns HTTP `409` with `PROJECT_HISTORY_OPERATION_UNAVAILABLE`.
## Circuit-First Endpoints
### Distribution Board Setup
- `POST /projects/:projectId/distribution-boards`
- body:
`{ "name": "UV-02", "floorId": "floor_1", "supplyType": "SV", "expectedRevision": 12 }`
- `floorId` may be `null`; a non-null floor must belong to the project
- `supplyType` is one of `AV`, `SV`, `EV`, `USV`, `MSR` or `SiBe` and must
be enabled in the project settings
- executes `distribution-board.insert` with stable ids for the distribution
board, its circuit list, the three default circuit groups, main switch
`-Q0` and surge protective device `-FA`
- response:
`{ "distributionBoard": { ... }, "revision": { ... }, "history": { ... } }`
- persistent Undo removes only the unchanged and still-empty generated
structure; Redo restores the same ids
- stale revisions return `409 PROJECT_REVISION_CONFLICT`
- `PUT /projects/:projectId/distribution-boards/:distributionBoardId`
- body:
`{ "floorId": null, "supplyType": "AV", "expectedRevision": 13 }`
- executes `distribution-board.update`; floor and supply type are restored
together by persistent Undo/Redo
- `POST /projects/:projectId/distribution-boards/:distributionBoardId/copy`
- body: `{ "name": "UV-02 Kopie", "expectedRevision": 14 }`
- duplicates the complete distribution-board subtree with new owning UUIDs
while preserving project-device and room links
- response includes the new `distributionBoard`, its `circuitList`, the
revision and current history state
- `DELETE /projects/:projectId/distribution-boards/:distributionBoardId`
- body: `{ "expectedRevision": 15 }`
- removes the complete, exactly captured distribution-board subtree in one
transaction
- response includes `distributionBoardId`, the revision and current history
state
- Copy and deletion use `distribution-board.insert-subtree` and
`distribution-board.delete-subtree`. Persistent Undo/Redo restores or
removes the same complete subtree, including protection devices.
### Project Floors and Rooms
- `POST /projects/:projectId/floors`
- body: `{ "name": "EG", "expectedRevision": 13 }`
- executes `project-floor.insert` with a stable floor id
- response: `{ "floor": { ... }, "revision": { ... }, "history": { ... } }`
- `PUT /projects/:projectId/floors/:floorId`
- body: `{ "name": "1. OG", "expectedRevision": 14 }`
- executes an exact persistent floor update
- `DELETE /projects/:projectId/floors/:floorId`
- body: `{ "expectedRevision": 15 }`
- rejects floors with assigned rooms or distribution boards
- `POST /projects/:projectId/rooms`
- body:
`{ "floorId": "floor_1", "roomNumber": "001", "roomName": "Technik", "expectedRevision": 14 }`
- executes `project-room.insert` with a stable room id; `floorId` is optional
and must belong to the project when present
- response: `{ "room": { ... }, "revision": { ... }, "history": { ... } }`
- `PUT /projects/:projectId/rooms/:roomId`
- body:
`{ "floorId": null, "roomNumber": "101", "roomName": "Büro", "expectedRevision": 16 }`
- updates number, name and optional floor as one persistent command
- `DELETE /projects/:projectId/rooms/:roomId`
- body: `{ "expectedRevision": 17 }`
- rejects rooms referenced by device rows
- Persistent Undo/Redo restores exact previous and target records without
silently clearing foreign keys.
- Stale revisions return `409 PROJECT_REVISION_CONFLICT`.
### Tree Endpoint
- `GET /projects/:projectId/circuit-lists/:circuitListId/tree`
- Purpose: returns fixed header components, grouped sections with optional
protection components, complete circuit/device-row blocks and auxiliary
footer components. Circuit and component protection devices use their
separate one-to-one DTOs. Calculated row, circuit, section and board totals
remain included.
Response sketch:
```json
{
"circuitListId": "cl_1",
"currentRevision": 12,
"headerComponents": [
{
"id": "cmp_main",
"equipmentIdentifier": "-Q0",
"name": "Hauptschalter",
"role": "main_switch",
"placement": "header"
}
],
"sections": [
{
"id": "sec_1",
"key": "lighting",
"prefix": "-1F1.",
"category": "lighting",
"groupNumber": 1,
"components": [
{
"id": "cmp_rcd",
"equipmentIdentifier": "-1Q1.0",
"name": "Gruppen-FI",
"role": "group_residual_current_protection",
"placement": "group",
"protectionDevice": {
"type": "FI",
"ratedCurrentA": 40,
"rcdType": "A",
"ratedResidualCurrentMa": 30
}
}
],
"circuits": [
{
"id": "cir_1",
"equipmentIdentifier": "-1F1.1",
"circuitTotalPower": 4.2,
"protectionDevice": {
"type": "LS",
"ratedCurrentA": 10,
"tripCharacteristic": "B"
},
"deviceRows": [
{
"id": "row_1",
"displayName": "Office lights",
"rowTotalPower": 1.8
}
]
}
]
}
],
"footerComponents": [
{
"id": "cmp_actor",
"equipmentIdentifier": "-K1",
"name": "KNX Schaltaktor",
"role": "auxiliary",
"placement": "footer"
}
]
}
```
### Circuit Structure
- `GET /circuit-sections/:sectionId/next-identifier`
- preview next identifier for section (`prefix + maxSuffix + 1`)
Circuit and device-row field updates, standalone insertions/deletions, single
or bulk device-row moves, circuit reorders and explicit renumbering are
available only as the corresponding versioned commands through
`POST /projects/:projectId/commands`. There are no direct field-update PATCH,
structure POST, move, reorder, renumber, identifier-restore, Circuit DELETE or
CircuitDeviceRow DELETE routes.
## Linked Project Device Review
- `GET /project-devices/projects/:projectId/:projectDeviceId/links`
- returns all linked circuit device rows with distribution-board/circuit context and field differences
- `POST /project-devices/projects/:projectId/:projectDeviceId/synchronize`
- applies only explicitly selected fields to explicitly selected linked rows
- request: selected `rowIds`, selected `fields` and `expectedRevision`
- response: updated preview, revision and project history state
- `POST /project-devices/projects/:projectId/:projectDeviceId/disconnect`
- disconnects explicitly selected rows without changing their local values
- request: selected `rowIds` and `expectedRevision`
- response: updated preview, revision and project history state
Both writes execute `project-device.sync-rows`. Undo uses the project-wide
`POST /projects/:projectId/history/undo` endpoint; reconnect is the validated
inverse command. The former direct restore/reconnect endpoints are removed.
`displayName` is included in the comparison but is not selected by default in the UI. Updating a
project device never triggers synchronization implicitly.
## Revit CSV Foundation
- `GET /projects/:projectId/external-csv/configuration`
- returns the complete versioned project configuration or `null`
- `PUT /projects/:projectId/external-csv/configuration`
- request: `expectedRevision` and the complete validated configuration
- executes `external-csv-configuration.update`
- returns configuration, revision and project history state
- `POST /projects/:projectId/external-csv/preview`
- request: file name and Base64-encoded CSV content up to 18 MB
- requires a stored project configuration
- returns transport metadata, SHA-256, row classifications, suspect row
numbers and mapped source values for every recognized IFC object
- does not persist a draft, mutate project state or create a revision
- `POST /projects/:projectId/external-csv/initial-import/plan`
- reparses the file and returns grouped room/family decisions plus current
room, distribution-board and ProjectDevice catalogs
- is stateless and rejects an already imported external source
- `POST /projects/:projectId/external-csv/initial-import/apply`
- requires the expected revision, configuration version, file hash and one
decision for every room and exact family/type group
- reparses the file, blocks unknown family/type values and executes
`external-import.apply-initial` as one undoable project revision
- creates no Circuit or CircuitDeviceRow
- `GET /projects/:projectId/circuit-lists/:circuitListId/external-objects`
- resolves the circuit list's distribution board server-side
- returns only external objects assigned to that board, with unassigned
objects first, their source room/marker values and current row-link status
- returns an empty list when the optional Revit import does not exist
- is read-only and exposes no stored command payloads or import bytes
Parser errors expose stable codes such as `header-not-found`,
`ambiguous-header`, `invalid-ifc-guid` and `duplicate-ifc-guid`. The confirmed
import uploads and parses the file again and verifies its hash.