Files
NetBox-Concept/netbox_rack_concept/choices.py
T
MrBlakeandClaude Sonnet 5 63538c2efe Fix rear-face image-only labels, click-to-add units, cable concept devices
- Fix "images only" leaving plain labels visible on faces where a
  device has no image for that side (e.g. no rear_image set): the
  view selector now hides every plain label outright in that mode,
  not just the ones an image happens to sit on top of.
- Remove the "Add planned device" button from the elevation card.
  Empty units are now click targets themselves - clicking one opens
  the add-device form pre-filled with that position and face, exactly
  like a real rack's elevation. Occupancy is computed per unit per
  face from the existing device blocks.
- Add cabling for concept devices: ConceptComponent (interfaces,
  front/rear ports, power ports/outlets, console ports) and
  ConceptCable (a connection between two components, restricted to
  devices in the same concept). components.sync_components()
  populates a device's components from its device type's templates,
  including the front/rear port pass-through mapping copied from
  DeviceType.port_mappings - so a device with front/rear port
  templates (a patch panel being the common case) behaves exactly
  like a real one, without hardcoding anything role-specific.
  Placeholder devices without a device type get components added by
  hand. Full CRUD views, tables, filtersets, API endpoints and a
  "Connect" action wired in from the device detail page.

Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
2026-09-16 10:18:50 +02:00

91 lines
2.8 KiB
Python

from utilities.choices import ChoiceSet
class ConceptStatusChoices(ChoiceSet):
"""Lifecycle of a rack blueprint."""
key = 'RackConcept.status'
STATUS_DRAFT = 'draft'
STATUS_REVIEW = 'review'
STATUS_APPROVED = 'approved'
STATUS_ARCHIVED = 'archived'
CHOICES = [
(STATUS_DRAFT, 'Draft', 'gray'),
(STATUS_REVIEW, 'In review', 'orange'),
(STATUS_APPROVED, 'Approved', 'green'),
(STATUS_ARCHIVED, 'Archived', 'red'),
]
class ConceptDeviceStatusChoices(ChoiceSet):
"""
What a planned device means. This is deliberately *not* dcim's device status:
a blueprint describes intent, not operational state.
"""
key = 'ConceptDevice.status'
STATUS_PLANNED = 'planned'
STATUS_EXISTING = 'existing'
STATUS_OPTIONAL = 'optional'
STATUS_RESERVED = 'reserved'
CHOICES = [
(STATUS_PLANNED, 'Planned', 'blue'),
(STATUS_EXISTING, 'Existing', 'green'),
(STATUS_OPTIONAL, 'Optional', 'cyan'),
(STATUS_RESERVED, 'Reserved space', 'gray'),
]
class WidthFractionChoices(ChoiceSet):
"""
Horizontal subdivision of a rack unit, mirroring the partial-width feature of
netbox_utilities. The value is the denominator: 1 = full width, 2 = half, ...
"""
FRACTION_FULL = 1
FRACTION_HALF = 2
FRACTION_THIRD = 3
FRACTION_QUARTER = 4
CHOICES = (
(FRACTION_FULL, 'Full width'),
(FRACTION_HALF, '1/2'),
(FRACTION_THIRD, '1/3'),
(FRACTION_QUARTER, '1/4'),
)
# Least common multiple of all supported denominators. The elevation is laid out
# on this many lanes so that every fraction lands on an integer lane boundary.
LANE_COUNT = 12
class ConceptComponentTypeChoices(ChoiceSet):
"""
The kinds of pluggable component a planned device can carry. One shared model
covers all of them (see ConceptComponent) rather than mirroring dcim's seven
separate component models - a blueprint only needs enough detail to say what a
cable plugs into, not full per-type validation.
"""
TYPE_INTERFACE = 'interface'
TYPE_FRONT_PORT = 'front-port'
TYPE_REAR_PORT = 'rear-port'
TYPE_CONSOLE_PORT = 'console-port'
TYPE_CONSOLE_SERVER_PORT = 'console-server-port'
TYPE_POWER_PORT = 'power-port'
TYPE_POWER_OUTLET = 'power-outlet'
CHOICES = [
(TYPE_INTERFACE, 'Interface', 'blue'),
(TYPE_FRONT_PORT, 'Front port', 'orange'),
(TYPE_REAR_PORT, 'Rear port', 'yellow'),
(TYPE_CONSOLE_PORT, 'Console port', 'teal'),
(TYPE_CONSOLE_SERVER_PORT, 'Console server port', 'cyan'),
(TYPE_POWER_PORT, 'Power port', 'red'),
(TYPE_POWER_OUTLET, 'Power outlet', 'pink'),
]
#: Component types that are pass-through ports and can appear in a ConceptPortMapping.
PATCH_TYPES = (TYPE_FRONT_PORT, TYPE_REAR_PORT)