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https://github.com/hansjone/netx.git
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oliver
1ef43fdcd4
Seed a unique L2 World canvas under the UME World container, show the flat map only when nested regions have NEs, pack blocks without overlap, allow drag overrides on the world map while forbidding direct NE adds, and hide the world-map truncation banner. Co-authored-by: Cursor <cursoragent@cursor.com>
629 lines
21 KiB
Python
629 lines
21 KiB
Python
"""Fabric edge upsert, missing/purge lifecycle, absorb, and merge."""
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from __future__ import annotations
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import re
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from datetime import datetime, timedelta
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from typing import Any
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from uuid import uuid4
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from fastapi import HTTPException
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from sqlalchemy import and_, func, or_, text
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from sqlalchemy.exc import IntegrityError
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from sqlalchemy.orm import Session
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from .cli_resolve import get_default_profile, infer_device_type_vendor
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from .device_types import LLDP_DISCOVERED_NE_SOURCE, WEBCRT_NE_SOURCE, is_placeholder_ne_source
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from .models import (
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ManagedNE,
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TopoFabricEdge,
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TopoFabricNode,
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TopoFabricStats,
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TopoViewEdgeStyle,
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TopoViewNode,
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UmeInventoryNE,
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)
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from .topology_common import (
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PAGE_DEFAULT,
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PAGE_MAX,
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VIEW_GRAPH_EDGE_HARD_CAP,
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_ADV_NS_FABRIC_MANAGED,
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_ADV_NS_FABRIC_UME,
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_EDGE_STATUS_MISSING,
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_EDGE_STATUS_MISSING_COMPAT,
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_MISS_PURGE_AFTER_CYCLES,
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_advisory_xact_lock,
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_clear_miss_attrs,
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_empty_to_none,
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_is_deadlock_error,
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_is_postgres,
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_norm_host,
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_normalize_edge_status,
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_purge_edge_if_due,
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_set_edge_missing,
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_sleep_deadlock_backoff,
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_utcnow,
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_edge_attrs,
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)
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from .topology_lldp import NeighborHit, normalize_ifname
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from .topology_schemas import (
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FabricEdgeOut,
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FabricNeighborhoodOut,
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FabricNodeOut,
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FabricSummaryOut,
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)
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from .topology_fabric_nodes import (
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_edge_out,
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_node_out,
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_nodes_by_ids,
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_normalize_endpoints,
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refresh_fabric_stats,
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)
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from .topology_fabric_peers import _fabric_match_score, _is_inventory_node
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def upsert_fabric_edge(
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db: Session,
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*,
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a_node_id: str,
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b_node_id: str,
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a_port: str,
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b_port: str,
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source: str = "lldp",
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layer: str = "physical",
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now: datetime | None = None,
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) -> tuple[TopoFabricEdge | None, str]:
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"""Return (edge, action) where action is added|updated|kept_manual|skipped_self_loop.
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Self-loops are skipped (``(None, \"skipped_self_loop\")``) so LLDP discovery can
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ignore a device advertising itself without aborting the rest of the scan.
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Manual edge APIs should treat that action as a client error.
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``source`` may be ``lldp`` | ``manual`` | ``ume``. Provenance is tracked in
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``attrs.sources`` (union). Primary ``source`` column prefers manual > lldp > ume.
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"""
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now = now or _utcnow()
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a, b, ap, bp = _normalize_endpoints(a_node_id, b_node_id, a_port, b_port)
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if a == b:
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return None, "skipped_self_loop"
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layer_v = str(layer or "physical").strip() or "physical"
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src = str(source or "lldp").strip().lower() or "lldp"
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if src == "stale":
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src = "lldp"
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if src not in {"lldp", "manual", "ume"}:
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raise HTTPException(status_code=400, detail="invalid_edge_source")
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row = (
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db.query(TopoFabricEdge)
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.filter(
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TopoFabricEdge.layer == layer_v,
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TopoFabricEdge.a_node_id == a,
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TopoFabricEdge.b_node_id == b,
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TopoFabricEdge.a_port == ap,
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TopoFabricEdge.b_port == bp,
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)
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.one_or_none()
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)
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if row is None:
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try:
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with db.begin_nested():
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row = TopoFabricEdge(
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id=uuid4().hex,
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layer=layer_v,
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a_node_id=a,
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b_node_id=b,
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a_port=ap,
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b_port=bp,
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source=src,
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status="active",
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attrs={"sources": [src]},
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discovered_at=now if src in {"lldp", "ume"} else None,
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last_seen_at=now,
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created_at=now,
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updated_at=now,
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)
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db.add(row)
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db.flush()
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return row, "added"
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except IntegrityError:
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row = (
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db.query(TopoFabricEdge)
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.filter(
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TopoFabricEdge.layer == layer_v,
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TopoFabricEdge.a_node_id == a,
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TopoFabricEdge.b_node_id == b,
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TopoFabricEdge.a_port == ap,
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TopoFabricEdge.b_port == bp,
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)
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.one_or_none()
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)
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if row is None:
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raise
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# Manual edges keep primary source=manual; still record other sources.
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attrs = _clear_miss_attrs(_edge_attrs(row))
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sources = _sources_from_attrs(attrs, fallback=row.source or src)
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sources.add(src)
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attrs["sources"] = sorted(sources)
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if (row.source or "") == "manual" and src != "manual":
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row.attrs = attrs
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row.status = "active"
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row.last_seen_at = now
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row.updated_at = now
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return row, "kept_manual"
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row.source = _primary_source(sources)
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row.status = "active"
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row.attrs = attrs
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if src in {"lldp", "ume"}:
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row.discovered_at = row.discovered_at or now
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row.last_seen_at = now
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row.updated_at = now
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return row, "updated"
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def _sources_from_attrs(attrs: dict[str, Any], *, fallback: str = "") -> set[str]:
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raw = attrs.get("sources") if isinstance(attrs, dict) else None
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out: set[str] = set()
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if isinstance(raw, (list, tuple, set)):
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for item in raw:
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s = str(item or "").strip().lower()
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if s in {"lldp", "manual", "ume"}:
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out.add(s)
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fb = str(fallback or "").strip().lower()
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if fb in {"lldp", "manual", "ume"}:
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out.add(fb)
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elif fb == "stale":
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out.add("lldp")
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return out
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def _primary_source(sources: set[str]) -> str:
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if "manual" in sources:
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return "manual"
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if "lldp" in sources:
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return "lldp"
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if "ume" in sources:
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return "ume"
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return "lldp"
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def find_fabric_edge_compatible(
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db: Session,
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*,
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a_node_id: str,
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b_node_id: str,
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a_port: str,
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b_port: str,
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layer: str = "physical",
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) -> TopoFabricEdge | None:
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"""Exact match first, then same endpoints with compatible port names."""
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from .ume_port_normalize import port_keys_compatible
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a, b, ap, bp = _normalize_endpoints(a_node_id, b_node_id, a_port, b_port)
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layer_v = str(layer or "physical").strip() or "physical"
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exact = (
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db.query(TopoFabricEdge)
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.filter(
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TopoFabricEdge.layer == layer_v,
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TopoFabricEdge.a_node_id == a,
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TopoFabricEdge.b_node_id == b,
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TopoFabricEdge.a_port == ap,
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TopoFabricEdge.b_port == bp,
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)
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.one_or_none()
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)
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if exact is not None:
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return exact
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candidates = (
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db.query(TopoFabricEdge)
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.filter(
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TopoFabricEdge.layer == layer_v,
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TopoFabricEdge.a_node_id == a,
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TopoFabricEdge.b_node_id == b,
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)
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.all()
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)
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for e in candidates:
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if port_keys_compatible(e.a_port, ap) and port_keys_compatible(e.b_port, bp):
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return e
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return None
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def _absorb_fabric_node(db: Session, canon: TopoFabricNode, dupe: TopoFabricNode) -> None:
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"""Retarget edges/view placements from dupe onto canon, then delete dupe."""
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if canon is None or dupe is None or canon.id == dupe.id:
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return
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if db.get(TopoFabricNode, dupe.id) is None:
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return
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_retarget_fabric_edges(db, from_id=dupe.id, to_id=canon.id)
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vnodes = db.query(TopoViewNode).filter(TopoViewNode.fabric_node_id == dupe.id).all()
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for vn in vnodes:
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exists = (
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db.query(TopoViewNode)
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.filter(
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TopoViewNode.view_id == vn.view_id,
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TopoViewNode.fabric_node_id == canon.id,
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)
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.one_or_none()
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)
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if exists is not None:
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db.delete(vn)
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else:
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vn.fabric_node_id = canon.id
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vn.updated_at = _utcnow()
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db.delete(dupe)
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def _prefer_fabric_canon(
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db: Session, a: TopoFabricNode, b: TopoFabricNode
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) -> tuple[TopoFabricNode, TopoFabricNode]:
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"""Return (canon, dupe) preferring higher inventory score, then older row."""
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sa = _fabric_match_score(db, a)
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sb = _fabric_match_score(db, b)
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if sa != sb:
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return (a, b) if sa > sb else (b, a)
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ta = a.created_at or a.updated_at
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tb = b.created_at or b.updated_at
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if ta and tb and ta != tb:
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return (a, b) if ta <= tb else (b, a)
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return (a, b) if a.id <= b.id else (b, a)
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def _mark_replaced_port_peers(
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db: Session,
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*,
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self_id: str,
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local_port: str,
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peer_id: str,
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new_edge_id: str,
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layer: str = "physical",
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now: datetime | None = None,
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) -> list[str]:
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"""Same local port now peers with a different NE → mark old edges missing (cutover).
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If the previous peer is the same hostname (duplicate fabric rows for one device),
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absorb the weaker node instead of marking the link missing.
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Returns ids of edges touched by this replacement (skip re-bump in same job).
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"""
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now = now or _utcnow()
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lp = normalize_ifname(local_port)
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if not self_id or not peer_id or not lp:
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return []
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layer_v = str(layer or "physical").strip() or "physical"
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new_peer = db.get(TopoFabricNode, peer_id)
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new_name = _norm_host(new_peer.name if new_peer is not None else "")
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candidates = (
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db.query(TopoFabricEdge)
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.filter(
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TopoFabricEdge.layer == layer_v,
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TopoFabricEdge.id != new_edge_id,
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TopoFabricEdge.source != "manual",
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or_(TopoFabricEdge.a_node_id == self_id, TopoFabricEdge.b_node_id == self_id),
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)
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.all()
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)
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handled: list[str] = []
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for e in candidates:
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if e.a_node_id == self_id:
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e_local, e_peer = e.a_port or "", e.b_node_id
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else:
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e_local, e_peer = e.b_port or "", e.a_node_id
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if normalize_ifname(e_local) != lp:
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continue
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if e_peer == peer_id:
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continue
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old_peer = db.get(TopoFabricNode, e_peer)
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old_name = _norm_host(old_peer.name if old_peer is not None else "")
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# Same System Name under two fabric nodes → collapse, keep one link.
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if (
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new_peer is not None
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and old_peer is not None
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and new_name
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and old_name
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and new_name == old_name
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):
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canon, dupe = _prefer_fabric_canon(db, new_peer, old_peer)
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_absorb_fabric_node(db, canon, dupe)
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# Survivor edge on this port should stay active (retarget may have merged).
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survivor = (
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db.query(TopoFabricEdge)
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.filter(
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TopoFabricEdge.layer == layer_v,
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or_(
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and_(
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TopoFabricEdge.a_node_id == self_id,
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TopoFabricEdge.b_node_id == canon.id,
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),
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and_(
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TopoFabricEdge.b_node_id == self_id,
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TopoFabricEdge.a_node_id == canon.id,
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),
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),
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)
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.all()
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)
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for se in survivor:
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se_local = se.a_port if se.a_node_id == self_id else se.b_port
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if normalize_ifname(se_local or "") != lp:
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continue
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se.status = "active"
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se.attrs = _clear_miss_attrs(_edge_attrs(se))
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se.last_seen_at = now
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se.updated_at = now
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handled.append(se.id)
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handled.append(e.id)
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continue
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_set_edge_missing(e, now, replaced_by_edge_id=new_edge_id)
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handled.append(e.id)
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return handled
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def _apply_missing_and_purge(
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db: Session,
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*,
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scanned_ok: set[str],
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touched_edge_ids: set[str],
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now: datetime | None = None,
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) -> tuple[int, int]:
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"""Rule A: endpoint scanned OK but edge absent → missing; purge after N cycles.
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Returns (newly_marked_missing, purged).
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"""
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now = now or _utcnow()
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if not scanned_ok:
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return 0, 0
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edges = (
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db.query(TopoFabricEdge)
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.filter(
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TopoFabricEdge.layer == "physical",
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TopoFabricEdge.source != "manual",
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or_(
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TopoFabricEdge.a_node_id.in_(list(scanned_ok)),
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TopoFabricEdge.b_node_id.in_(list(scanned_ok)),
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),
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)
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.all()
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)
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newly_marked = 0
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purged = 0
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for e in edges:
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if e.id in touched_edge_ids:
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continue
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if e.a_node_id not in scanned_ok and e.b_node_id not in scanned_ok:
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continue
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if _set_edge_missing(e, now):
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newly_marked += 1
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if _purge_edge_if_due(db, e):
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purged += 1
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return newly_marked, purged
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# ---------------------------------------------------------------------------
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# LLDP discovery → fabric
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# ---------------------------------------------------------------------------
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def _retarget_fabric_edges(db: Session, *, from_id: str, to_id: str) -> None:
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"""Move edges from from_id onto to_id; drop duplicates / self-loops."""
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if not from_id or not to_id or from_id == to_id:
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return
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edges = (
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db.query(TopoFabricEdge)
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.filter(or_(TopoFabricEdge.a_node_id == from_id, TopoFabricEdge.b_node_id == from_id))
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.all()
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)
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for e in edges:
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a = to_id if e.a_node_id == from_id else e.a_node_id
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b = to_id if e.b_node_id == from_id else e.b_node_id
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if a == b:
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db.query(TopoViewEdgeStyle).filter(TopoViewEdgeStyle.fabric_edge_id == e.id).delete(
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synchronize_session=False
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)
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db.delete(e)
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continue
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na, nb, ap, bp = _normalize_endpoints(a, b, e.a_port or "", e.b_port or "")
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clash = (
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db.query(TopoFabricEdge)
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.filter(
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TopoFabricEdge.id != e.id,
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TopoFabricEdge.layer == (e.layer or "physical"),
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TopoFabricEdge.a_node_id == na,
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TopoFabricEdge.b_node_id == nb,
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TopoFabricEdge.a_port == ap,
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TopoFabricEdge.b_port == bp,
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)
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.one_or_none()
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)
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if clash is not None:
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# Keep the surviving edge fresher.
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if (e.last_seen_at or e.updated_at) and (
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not clash.last_seen_at
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or (e.last_seen_at and clash.last_seen_at and e.last_seen_at > clash.last_seen_at)
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):
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clash.source = e.source or clash.source
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clash.status = e.status or clash.status
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clash.last_seen_at = e.last_seen_at or clash.last_seen_at
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clash.discovered_at = e.discovered_at or clash.discovered_at
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clash.updated_at = _utcnow()
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db.query(TopoViewEdgeStyle).filter(TopoViewEdgeStyle.fabric_edge_id == e.id).delete(
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synchronize_session=False
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)
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db.delete(e)
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continue
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e.a_node_id = na
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e.b_node_id = nb
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e.a_port = ap
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e.b_port = bp
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e.updated_at = _utcnow()
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|
|
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def merge_duplicate_fabric_nodes(db: Session) -> dict[str, int]:
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"""Collapse duplicate fabric nodes (same managed/ume/name/ip) onto inventory canonicals."""
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nodes = db.query(TopoFabricNode).order_by(TopoFabricNode.created_at.asc()).all()
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merged = 0
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placeholders_removed = 0
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|
# 1) Same managed_ne_id / ume_ne_id (constraint may be missing on old DBs).
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by_managed: dict[str, list[TopoFabricNode]] = {}
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by_ume: dict[str, list[TopoFabricNode]] = {}
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for n in nodes:
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mid = str(n.managed_ne_id or "").strip()
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uid = str(n.ume_ne_id or "").strip()
|
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if mid:
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by_managed.setdefault(mid, []).append(n)
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if uid:
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by_ume.setdefault(uid, []).append(n)
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|
def _absorb(canon: TopoFabricNode, dupes: list[TopoFabricNode]) -> None:
|
|
nonlocal merged
|
|
for d in dupes:
|
|
if d.id == canon.id:
|
|
continue
|
|
if db.get(TopoFabricNode, d.id) is None:
|
|
continue
|
|
_absorb_fabric_node(db, canon, d)
|
|
merged += 1
|
|
|
|
seen_absorb: set[str] = set()
|
|
for group in list(by_managed.values()) + list(by_ume.values()):
|
|
alive = [n for n in group if n.id not in seen_absorb and db.get(TopoFabricNode, n.id) is not None]
|
|
if len(alive) < 2:
|
|
continue
|
|
canon = next((n for n in alive if _is_inventory_node(n)), alive[0])
|
|
_absorb(canon, alive)
|
|
for n in alive:
|
|
seen_absorb.add(n.id)
|
|
|
|
# 2) Orphans (no inventory ids) that collide with inventory node by name/ip.
|
|
db.flush()
|
|
nodes = db.query(TopoFabricNode).all()
|
|
inventory = [n for n in nodes if _is_inventory_node(n)]
|
|
orphans = [n for n in nodes if not _is_inventory_node(n)]
|
|
inv_by_name: dict[str, TopoFabricNode] = {}
|
|
inv_by_ip: dict[str, TopoFabricNode] = {}
|
|
for n in sorted(inventory, key=lambda x: _fabric_match_score(db, x), reverse=True):
|
|
nk = _norm_host(n.name or "")
|
|
if nk and nk not in inv_by_name:
|
|
inv_by_name[nk] = n
|
|
ip = str(n.ip or "").strip()
|
|
if ip and ip not in inv_by_ip:
|
|
inv_by_ip[ip] = n
|
|
for o in orphans:
|
|
canon = None
|
|
ip = str(o.ip or "").strip()
|
|
nk = _norm_host(o.name or "")
|
|
if ip and ip in inv_by_ip:
|
|
canon = inv_by_ip[ip]
|
|
elif nk and nk in inv_by_name:
|
|
canon = inv_by_name[nk]
|
|
if canon is None:
|
|
continue
|
|
_absorb(canon, [o])
|
|
|
|
# 2b) LLDP placeholders (score=2) → real inventory (score>=3) by hostname / seen mgmt IP.
|
|
# Placeholders have managed_ne_id so they are NOT orphans; absorb + drop empty ManagedNE.
|
|
db.flush()
|
|
nodes = db.query(TopoFabricNode).all()
|
|
reals = [n for n in nodes if _fabric_match_score(db, n) >= 3]
|
|
placeholders = [n for n in nodes if _fabric_match_score(db, n) == 2]
|
|
real_by_name: dict[str, TopoFabricNode] = {}
|
|
real_by_ip: dict[str, TopoFabricNode] = {}
|
|
for n in sorted(reals, key=lambda x: _fabric_match_score(db, x), reverse=True):
|
|
nk = _norm_host(n.name or "")
|
|
if nk and nk not in real_by_name:
|
|
real_by_name[nk] = n
|
|
ip = str(n.ip or "").strip()
|
|
if ip and ip not in real_by_ip:
|
|
real_by_ip[ip] = n
|
|
for p in placeholders:
|
|
if db.get(TopoFabricNode, p.id) is None:
|
|
continue
|
|
canon = None
|
|
nk = _norm_host(p.name or "")
|
|
ip = str(p.ip or "").strip()
|
|
seen_ip = ""
|
|
mid = str(p.managed_ne_id or "").strip()
|
|
ph_ne = db.get(ManagedNE, mid) if mid else None
|
|
if ph_ne is not None:
|
|
seen_ip = str(ph_ne.source_ref or "").strip()
|
|
if ip and ip in real_by_ip:
|
|
canon = real_by_ip[ip]
|
|
elif seen_ip and seen_ip in real_by_ip:
|
|
canon = real_by_ip[seen_ip]
|
|
elif nk and nk in real_by_name:
|
|
canon = real_by_name[nk]
|
|
if canon is None or canon.id == p.id:
|
|
continue
|
|
_absorb(canon, [p])
|
|
db.flush()
|
|
# Drop placeholder ManagedNE if nothing else references it.
|
|
if ph_ne is not None and is_placeholder_ne_source(ph_ne.source):
|
|
still = (
|
|
db.query(TopoFabricNode)
|
|
.filter(TopoFabricNode.managed_ne_id == ph_ne.id)
|
|
.count()
|
|
)
|
|
if still == 0:
|
|
db.delete(ph_ne)
|
|
placeholders_removed += 1
|
|
|
|
# 3) WebCRT session hosts sharing an IP with a real inventory fabric node.
|
|
db.flush()
|
|
nodes = db.query(TopoFabricNode).all()
|
|
by_ip: dict[str, list[TopoFabricNode]] = {}
|
|
for n in nodes:
|
|
ip = str(n.ip or "").strip()
|
|
if ip:
|
|
by_ip.setdefault(ip, []).append(n)
|
|
for group in by_ip.values():
|
|
if len(group) < 2:
|
|
continue
|
|
real = [n for n in group if _fabric_match_score(db, n) >= 3]
|
|
webcrtish = [n for n in group if _fabric_match_score(db, n) == 1]
|
|
if not real or not webcrtish:
|
|
continue
|
|
canon = max(real, key=lambda n: _fabric_match_score(db, n))
|
|
_absorb(canon, webcrtish)
|
|
|
|
if merged or placeholders_removed:
|
|
db.commit()
|
|
refresh_fabric_stats(db)
|
|
return {"merged": merged, "placeholders_removed": placeholders_removed}
|
|
|
|
|
|
def delete_fabric_edges(db: Session, edge_ids: list[str]) -> dict[str, int]:
|
|
"""Hard-delete fabric edges and any per-view edge styles."""
|
|
ids = [str(x).strip() for x in (edge_ids or []) if str(x).strip()]
|
|
# De-dupe while preserving order.
|
|
seen: set[str] = set()
|
|
ordered: list[str] = []
|
|
for i in ids:
|
|
if i in seen:
|
|
continue
|
|
seen.add(i)
|
|
ordered.append(i)
|
|
if not ordered:
|
|
raise HTTPException(status_code=400, detail="edge_ids_required")
|
|
rows = db.query(TopoFabricEdge).filter(TopoFabricEdge.id.in_(ordered)).all()
|
|
found_ids = [str(r.id) for r in rows]
|
|
if not found_ids:
|
|
raise HTTPException(status_code=404, detail="fabric_edge_not_found")
|
|
db.query(TopoViewEdgeStyle).filter(
|
|
TopoViewEdgeStyle.fabric_edge_id.in_(found_ids)
|
|
).delete(synchronize_session=False)
|
|
db.query(TopoFabricEdge).filter(TopoFabricEdge.id.in_(found_ids)).delete(
|
|
synchronize_session=False
|
|
)
|
|
db.commit()
|
|
try:
|
|
refresh_fabric_stats(db)
|
|
except Exception: # noqa: BLE001
|
|
pass
|
|
return {"deleted": len(found_ids)}
|
|
|
|
|
|
def delete_fabric_edge(db: Session, edge_id: str) -> dict[str, int]:
|
|
return delete_fabric_edges(db, [edge_id])
|
|
|
|
|
|
|