anti
f2b3393669
Replaces LICENSE (GPLv3 -> AGPLv3) and prepends `SPDX-License-Identifier: AGPL-3.0-or-later` to every source file across decnet/, decnet_web/, tests/, scripts/, and tools/. Rationale: closes the GPLv3 ASP loophole so any party operating a modified DECNET as a network service must offer their modified source. Personal copyright (Samuel Paschuan) + inbound=outbound contributions make a future unilateral relicense infeasible. - LICENSE: full AGPL-3.0 text (gnu.org/licenses/agpl-3.0.txt) - COPYRIGHT: project copyright notice - tools/add_spdx_headers.py: idempotent header injector (shebang- and PEP 263-aware) Touches 1565 source files (.py, .ts, .tsx, .js, .jsx, .css, .sh). No behavior change; comments only.
227 lines
8.0 KiB
Python
227 lines
8.0 KiB
Python
# SPDX-License-Identifier: AGPL-3.0-or-later
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"""Adapter between :class:`GeneratedTopology` and the repository layer."""
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from __future__ import annotations
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from ipaddress import IPv4Address, IPv4Network
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from typing import Any
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from decnet.topology.allocator import IPAllocator
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from decnet.topology.repository import TopologyRepository
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from decnet.topology.config import GeneratedTopology
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from decnet.topology.status import TopologyStatus, assert_transition
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async def persist(
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repo: TopologyRepository,
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plan: GeneratedTopology,
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*,
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target_host_uuid: str | None = None,
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) -> str:
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"""Write a generated plan to the repo as a ``pending`` topology.
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Returns the newly created topology id. All child rows are written
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atomically relative to each other (SQLite transactions are per-call
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here; the repo methods each commit — good enough for initial create
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since the whole chain is invoked before any external side effects).
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``target_host_uuid`` — pin the topology to a specific swarm agent.
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Only meaningful when ``plan.config.mode == "agent"`` (caller
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validates; this function just stores what it's told).
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"""
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topology_id = await repo.create_topology(
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{
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"name": plan.config.name,
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"mode": plan.config.mode,
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"target_host_uuid": target_host_uuid,
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"config_snapshot": plan.config.model_dump(),
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}
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)
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lan_ids: dict[str, str] = {}
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for lan in plan.lans:
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lan_id = await repo.add_lan(
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{
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"topology_id": topology_id,
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"name": lan.name,
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"subnet": lan.subnet,
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"is_dmz": lan.is_dmz,
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"x": lan.x,
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"y": lan.y,
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}
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)
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lan_ids[lan.name] = lan_id
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decky_ids: dict[str, str] = {}
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for decky in plan.deckies:
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# Primary IP: the first LAN the decky was assigned to (insertion
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# order of ips_by_lan, which reflects generator ordering —
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# home LAN first, then any bridge targets).
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primary_lan = next(iter(decky.ips_by_lan))
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primary_ip = decky.ips_by_lan[primary_lan]
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decky_uuid = await repo.add_topology_decky(
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{
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"topology_id": topology_id,
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"name": decky.name,
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"services": decky.services,
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"decky_config": {
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"name": decky.name,
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"services": decky.services,
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"ips_by_lan": decky.ips_by_lan,
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"forwards_l3": decky.forwards_l3,
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"service_config": decky.service_config,
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},
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"ip": primary_ip,
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"x": decky.x,
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"y": decky.y,
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}
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)
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decky_ids[decky.name] = decky_uuid
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for edge in plan.edges:
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await repo.add_topology_edge(
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{
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"topology_id": topology_id,
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"decky_uuid": decky_ids[edge.decky_name],
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"lan_id": lan_ids[edge.lan_name],
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"is_bridge": edge.is_bridge,
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"forwards_l3": edge.forwards_l3,
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}
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)
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return topology_id
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async def transition_status(
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repo: TopologyRepository,
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topology_id: str,
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new_status: str,
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reason: str | None = None,
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) -> None:
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"""Legal-only status transition.
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Raises :class:`decnet.topology.status.TopologyStatusError` if the
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current status cannot legally transition to ``new_status``.
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"""
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topo = await repo.get_topology(topology_id)
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if topo is None:
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raise ValueError(f"topology {topology_id!r} not found")
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assert_transition(topo.status, new_status)
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await repo.update_topology_status(topology_id, new_status, reason=reason)
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async def hydrate(repo: TopologyRepository, topology_id: str) -> dict[str, Any] | None:
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"""Load a topology + children into a single dict for callers.
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Shape::
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{
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"topology": { ...row... },
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"lans": [ {...}, ... ],
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"deckies": [ {...}, ... ],
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"edges": [ {...}, ... ],
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}
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Returns ``None`` if the topology does not exist.
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"""
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topo = await repo.get_topology(topology_id)
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if topo is None:
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return None
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lans_dto = await repo.list_lans_for_topology(topology_id)
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deckies_dto = await repo.list_topology_deckies(topology_id)
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edges_dto = await repo.list_topology_edges(topology_id)
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# Convert to dicts for _backfill_decky_configs (mutates decky_config in-place).
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# mode="json" is mandatory: datetime fields must arrive as ISO strings for all
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# downstream consumers (canonical_hash, deployer, api_get_topology, etc.).
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lan_dicts = [m.model_dump(mode="json") for m in lans_dto]
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decky_dicts = [m.model_dump(mode="json") for m in deckies_dto]
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edge_dicts = [m.model_dump(mode="json") for m in edges_dto]
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_backfill_decky_configs(lan_dicts, decky_dicts, edge_dicts)
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return {
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"topology": topo.model_dump(mode="json"),
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"lans": lan_dicts,
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"deckies": decky_dicts,
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"edges": edge_dicts,
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}
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def _backfill_decky_configs(
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lans: list[dict[str, Any]],
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deckies: list[dict[str, Any]],
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edges: list[dict[str, Any]],
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) -> None:
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"""Fill in ``decky_config['name']`` and ``ips_by_lan`` for UI-created rows.
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The generator path writes these fields at persist-time; the REST
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CRUD path writes whatever the client sends (often just archetype
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flags). Compose generation requires both, so we normalise here so
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every write path feeds the same shape downstream.
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"""
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lans_by_id = {lan["id"]: lan for lan in lans}
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allocators: dict[str, IPAllocator] = {}
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def _alloc(lan_id: str) -> IPAllocator | None:
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lan = lans_by_id.get(lan_id)
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if lan is None or not lan.get("subnet"):
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return None
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if lan_id not in allocators:
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allocators[lan_id] = IPAllocator(lan["subnet"])
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return allocators[lan_id]
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decky_edges: dict[str, list[str]] = {}
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for e in edges:
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decky_edges.setdefault(e["decky_uuid"], []).append(e["lan_id"])
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ordered = sorted(deckies, key=lambda d: (d.get("name", ""), d["uuid"]))
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# Pass 1: reserve IPs already declared in decky_config.
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for decky in ordered:
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cfg = decky.get("decky_config") or {}
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existing = cfg.get("ips_by_lan") or {}
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for lan_id in decky_edges.get(decky["uuid"], []):
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lan = lans_by_id.get(lan_id)
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if lan is None:
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continue
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alloc = _alloc(lan_id)
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if alloc is None:
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continue
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ip = existing.get(lan["name"])
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if ip and alloc.is_free(ip):
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alloc.reserve(ip)
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# Pass 2: fill gaps; rewrite decky_config.
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for decky in ordered:
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cfg = dict(decky.get("decky_config") or {})
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cfg.setdefault("name", decky.get("name"))
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ips_by_lan: dict[str, str] = dict(cfg.get("ips_by_lan") or {})
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primary_ip = decky.get("ip")
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for lan_id in decky_edges.get(decky["uuid"], []):
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lan = lans_by_id.get(lan_id)
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if lan is None:
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continue
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if lan["name"] in ips_by_lan:
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continue
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alloc = _alloc(lan_id)
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if alloc is None:
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continue
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assigned_ip: str | None = None
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if primary_ip:
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try:
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if (
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IPv4Address(primary_ip) in IPv4Network(lan["subnet"])
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and alloc.is_free(primary_ip)
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):
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assigned_ip = primary_ip
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alloc.reserve(assigned_ip)
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except (ValueError, TypeError):
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pass
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if assigned_ip is None:
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assigned_ip = alloc.next_free()
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ips_by_lan[lan["name"]] = assigned_ip
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cfg["ips_by_lan"] = ips_by_lan
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decky["decky_config"] = cfg
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# Re-export the status constants so callers can ``from decnet.topology.persistence
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# import TopologyStatus`` without chasing modules.
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__all__ = ["persist", "transition_status", "hydrate", "TopologyStatus"]
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