Files
shopdb-flask/shopdb/api/__init__.py
benjamin.baker 01734e5449 harden CSV import reconciliation and preserve saved model selections
Default fuzzy reconcile threshold to 0 and refuse merges when digit runs differ so numbered labels like Bay 311 never bind to Bay 310. Keep edit forms from clearing saved model fields when category filtering hides untyped rows. Includes in-progress computers policy and endpoints command feature work.
2026-08-28 09:29:09 -04:00

358 lines
12 KiB
Python

"""Public API namespace exposed to plugins.
Plugin authors at sister sites import from this module. The contract is
locked in ADR-001 and versioned per ADR-002. Helpers added here become
part of the platform contract; bumps follow ADR-002 rules.
Currently exposed:
- audit_log: record an audit log entry with consistent schema
- resolve_asset_position: compute an asset's resolved map position
Setting helpers are exposed via BasePlugin instance methods
(plugin.get_setting, plugin.set_setting), not from this namespace.
"""
from typing import Any, Dict, Optional
# -- Plugin contract surface (ADR-001, versioned per ADR-002) ----------------
# Everything a plugin is allowed to import from the core lives here. Plugins
# import these from `shopdb.api`, never from internal paths like
# `shopdb.core.models.*` or `shopdb.extensions`. The contract test
# (tests/test_plugin_contract.py) enforces this. Adding a name here is an
# additive (minor) contract change; removing one is breaking (major).
# Infrastructure
from shopdb.extensions import db, cache
# Model base classes for declaring plugin tables
from shopdb.core.models.base import BaseModel, AuditMixin
# Core domain models plugins legitimately reference (the asset contract)
from shopdb.core.models import (
Asset,
AssetType,
AssetStatus,
Vendor,
Model,
Communication,
CommunicationType,
Location,
Setting,
AuditLog,
Application,
AppVersion,
OperatingSystem,
AssetRelationship,
RelationshipType,
User,
Role,
SupportTeam,
)
# Display-role mapping (which kiosk shows which surface). On the surface
# because a plugin reporting on displays has no other way to name what a
# display IS - the role lives in core, not in any plugin.
from shopdb.core.models.dashboarddefault import (
DashboardDefault,
DISPLAY_ROLES,
DISPLAY_ROLE_PATHS,
normalize_display_role,
)
# Response + pagination helpers for plugin API blueprints
from shopdb.utils.responses import (
success_response,
error_response,
paginated_response,
ErrorCodes,
)
from shopdb.utils.pagination import get_pagination_params, paginate_query
# Authorization decorators for gating plugin write routes
from shopdb.utils.authz import require_permission, require_role
# Service-token authorization for unattended plugin endpoints (collector,
# GE-Enforce fetch, ...): checks a scoped managed token without exposing token
# internals.
from shopdb.utils.apitoken_auth import (
service_token_authorized, authorized_service_token,
mint_service_token, list_service_tokens, revoke_service_tokens,
)
# Collector-token authorization for agent-facing plugin routes that live outside
# the generic collector blueprint (e.g. the endpoints command claim/result
# callbacks). Reuses the same per-plugin collector key + managed-token check the
# ingest route uses, so a plugin never imports core collector internals.
def collector_authorized(pluginname: str):
"""Authorize an agent-facing route on a plugin's collector token.
Returns None when the caller presented a valid collector credential for
this plugin (the per-plugin env key or a collector.ingest[.<plugin>]-scoped
managed token), else the error_response to return. Lets a plugin gate an
agent callback on the same key and kill switch as its ingest route without
reaching into core collector internals.
Imported lazily: shopdb.core.api imports back into shopdb.api (send_upload),
so a module-level import here would be a circular import at load time.
"""
from shopdb.core.api.collector import _check_collector_auth, _plugin_api_key
return _check_collector_auth(_plugin_api_key(pluginname), pluginname)
# Serving an uploaded file safely. A plugin that serves user-supplied bytes must
# not have to remember the headers that keep an SVG or an HTML file from running
# as script in this origin - see shopdb/utils/uploads.py.
from shopdb.utils.uploads import send_upload, harden_upload_response
# Import-mode helpers: preserve legacy timestamps during a bulk data import
from shopdb.utils.import_mode import (
apply_import_timestamps,
import_mode_active,
parse_import_datetime,
)
# Dualpath single-machine collapse (a dual-bay pair is one physical machine)
from shopdb.core.services.dualpath import (
resolve_dualpath_pairs,
dualpath_single_machine_enabled,
)
# Bulk-import extension point: a plugin registers a virtual column on an
# importable CSV table plus a post-write row hook, so a relationship a site
# would otherwise hand-build (a PC's machine number -> a controls link) can be
# written in the row itself. Core never learns what the column means.
from shopdb.core.services.csvimport import (
register_import_hook,
RowWarning,
)
# Legacy employee directory lookup (read-only) used by notifications
from shopdb.utils.employee_db import employee_connection
from shopdb.utils.mailer import send_email, send_alert, send_webhook
# CMMC USB check-in/out database (read-write) used by the usb plugin
from shopdb.utils.cmmc_usb_db import cmmc_usb_connection
def audit_log(
action: str,
entitytype: str,
entityid: int = None,
entityname: str = None,
changes: Dict = None,
details: Dict = None,
) -> AuditLog:
"""Record an audit log entry with the framework's standard schema.
Plugins call this to record state changes on their own assets in a
way that is consistent with core auditing. The function delegates to
AuditLog.log() which already captures the current user, IP address,
and user agent from the Flask request context.
Args:
action: Action verb in past tense ('created', 'updated', 'deleted')
entitytype: Class name of the entity affected ('Computer', 'Printer')
entityid: Primary key of the entity
entityname: Human-readable identifier (hostname, asset number)
changes: Dict with 'before' and 'after' snapshots for updates
details: Arbitrary additional context
Returns:
The created AuditLog instance, already committed to the DB.
"""
return AuditLog.log(
action=action,
entitytype=entitytype,
entityid=entityid,
entityname=entityname,
changes=changes,
details=details,
)
# Cap how deep the relationship-walk traverses before giving up. ADR-001
# specifies a max walk depth of 3 to bound the work per request, with a
# visited-set guarding against cycles. Past this depth the walk treats the
# next hop as if it had no position to contribute.
_POSITION_WALK_MAX_DEPTH = 3
# Relationship type names whose edges are eligible for the inheritance walk
# when inheritsposition is true on the edge. Ordered by priority per
# ADR-001 ("partof first, then controls"). Edges of other types are never
# followed even if inheritsposition is true.
_INHERITABLE_TYPES = ('partof', 'controls')
def _walk_related_for_position(asset, visited, depth):
"""Recursive helper for resolve_asset_position relationship walk. Returns
a (mapx, mapy) tuple from the first related asset whose position
resolves, or None. Visited tracks assetids already explored to break
cycles."""
if depth >= _POSITION_WALK_MAX_DEPTH:
return None
aid = getattr(asset, 'assetid', None)
if aid is None or aid in visited:
return None
visited.add(aid)
edges = []
for rel in list(getattr(asset, 'outgoing_relationships', []) or []):
edges.append((rel, getattr(rel, 'targetasset', None)))
for rel in list(getattr(asset, 'incoming_relationships', []) or []):
edges.append((rel, getattr(rel, 'sourceasset', None)))
def _priority(edge):
rel = edge[0]
rtype = getattr(rel, 'relationshiptype', None)
type_name = getattr(rtype, 'relationshiptype', '') if rtype else ''
try:
return _INHERITABLE_TYPES.index(type_name)
except ValueError:
return len(_INHERITABLE_TYPES)
edges.sort(key=_priority)
for rel, neighbor in edges:
if neighbor is None:
continue
if not getattr(rel, 'inheritsposition', False):
continue
if not getattr(rel, 'isactive', True):
continue
rtype = getattr(rel, 'relationshiptype', None)
type_name = getattr(rtype, 'relationshiptype', '') if rtype else ''
if type_name not in _INHERITABLE_TYPES:
continue
n_mapx = getattr(neighbor, 'mapx', None)
n_mapy = getattr(neighbor, 'mapy', None)
if n_mapx is not None and n_mapy is not None:
# The neighbour's LEVEL travels with its coordinates. Returning the
# pair alone would leave the caller drawing a machine's position on
# whatever level the PC that borrowed it happens to claim.
return (n_mapx, n_mapy, getattr(neighbor, 'levelid', None))
recursed = _walk_related_for_position(neighbor, visited, depth + 1)
if recursed is not None:
return recursed
return None
def resolve_asset_position(asset) -> Optional[Dict[str, Any]]:
"""Compute the resolved map position for an asset.
Per ADR-001, position resolution follows this priority chain:
1. Asset-specific override (asset.mapx, asset.mapy)
2. Walk relationships where inheritsposition is true on edges of type
partof or controls (partof first), depth-limited and cycle-safe
3. Asset's location coords (asset.location.mapx, .mapy)
4. None (asset is unplaced, rendered in a tray)
Returns a dict {'mapx', 'mapy', 'levelid', 'positionsource'} where
positionsource is one of 'self', 'related', 'location'. Returns None when no
priority yields coordinates.
LEVELID COMES FROM WHICHEVER SOURCE SUPPLIED THE COORDINATES, not from the
asset (ADR-017). A PC with no position of its own that inherits from the
machine it controls is at the MACHINE's coordinates on the MACHINE's level;
using the PC's own level - which may be null, or may be a different building
entirely - would draw those coordinates on the wrong drawing, and the result
looks entirely reasonable.
"""
mapx = getattr(asset, 'mapx', None)
mapy = getattr(asset, 'mapy', None)
if mapx is not None and mapy is not None:
return {'mapx': mapx, 'mapy': mapy,
'levelid': getattr(asset, 'levelid', None),
'positionsource': 'self'}
related = _walk_related_for_position(asset, set(), 0)
if related is not None:
return {'mapx': related[0], 'mapy': related[1], 'levelid': related[2],
'positionsource': 'related'}
location = getattr(asset, 'location', None)
if location is not None:
loc_mapx = getattr(location, 'mapx', None)
loc_mapy = getattr(location, 'mapy', None)
if loc_mapx is not None and loc_mapy is not None:
return {
'mapx': loc_mapx,
'mapy': loc_mapy,
'levelid': getattr(location, 'levelid', None),
'positionsource': 'location',
}
return None
__all__ = [
# Helpers
'audit_log',
'resolve_asset_position',
'resolve_dualpath_pairs',
'dualpath_single_machine_enabled',
# Bulk-import extension point
'register_import_hook',
'RowWarning',
# Infrastructure
'db',
'cache',
# Model bases
'BaseModel',
'AuditMixin',
# Core models
'Asset',
'AssetType',
'AssetStatus',
'Vendor',
'Model',
'Communication',
'CommunicationType',
'Location',
'Setting',
'AuditLog',
'Application',
'AppVersion',
'OperatingSystem',
'AssetRelationship',
'RelationshipType',
# Display roles. The role vocabulary is the kiosk's own, so a plugin that
# reads a reported display type resolves it the same way core does.
'DashboardDefault',
'DISPLAY_ROLES',
'DISPLAY_ROLE_PATHS',
'normalize_display_role',
# Response + pagination helpers
'success_response',
'error_response',
'paginated_response',
'ErrorCodes',
'get_pagination_params',
'paginate_query',
# Authorization decorators
'require_permission',
'require_role',
'service_token_authorized',
'authorized_service_token',
'mint_service_token',
'list_service_tokens',
'revoke_service_tokens',
'collector_authorized',
'SupportTeam',
# Serving uploads
'send_upload',
'harden_upload_response',
# Import-mode helpers
'apply_import_timestamps',
'import_mode_active',
'parse_import_datetime',
# Legacy employee directory
'employee_connection',
'send_email',
'send_alert',
'send_webhook',
'User',
'Role',
# CMMC USB check-in/out database
'cmmc_usb_connection',
]