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3e6a34297d
Squashes 25 PR commits onto current main. AppConfig becomes a pure value object with no ambient lookup. Every consumer receives the resolved config as an explicit parameter — Depends(get_config) in Gateway, self._app_config in DeerFlowClient, runtime.context.app_config in agent runs, AppConfig.from_file() at the LangGraph Server registration boundary. Phase 1 — frozen data + typed context - All config models (AppConfig, MemoryConfig, DatabaseConfig, …) become frozen=True; no sub-module globals. - AppConfig.from_file() is pure (no side-effect singleton loaders). - Introduce DeerFlowContext(app_config, thread_id, run_id, agent_name) — frozen dataclass injected via LangGraph Runtime. - Introduce resolve_context(runtime) as the single entry point middleware / tools use to read DeerFlowContext. Phase 2 — pure explicit parameter passing - Gateway: app.state.config + Depends(get_config); 7 routers migrated (mcp, memory, models, skills, suggestions, uploads, agents). - DeerFlowClient: __init__(config=...) captures config locally. - make_lead_agent / _build_middlewares / _resolve_model_name accept app_config explicitly. - RunContext.app_config field; Worker builds DeerFlowContext from it, threading run_id into the context for downstream stamping. - Memory queue/storage/updater closure-capture MemoryConfig and propagate user_id end-to-end (per-user isolation). - Sandbox/skills/community/factories/tools thread app_config. - resolve_context() rejects non-typed runtime.context. - Test suite migrated off AppConfig.current() monkey-patches. - AppConfig.current() classmethod deleted. Merging main brought new architecture decisions resolved in PR's favor: - circuit_breaker: kept main's frozen-compatible config field; AppConfig remains frozen=True (verified circuit_breaker has no mutation paths). - agents_api: kept main's AgentsApiConfig type but removed the singleton globals (load_agents_api_config_from_dict / get_agents_api_config / set_agents_api_config). 8 routes in agents.py now read via Depends(get_config). - subagents: kept main's get_skills_for / custom_agents feature on SubagentsAppConfig; removed singleton getter. registry.py now reads app_config.subagents directly. - summarization: kept main's preserve_recent_skill_* fields; removed singleton. - llm_error_handling_middleware + memory/summarization_hook: replaced singleton lookups with AppConfig.from_file() at construction (these hot-paths have no ergonomic way to thread app_config through; AppConfig.from_file is a pure load). - worker.py + thread_data_middleware.py: DeerFlowContext.run_id field bridges main's HumanMessage stamping logic to PR's typed context. Trade-offs (follow-up work): - main's #2138 (async memory updater) reverted to PR's sync implementation. The async path is wired but bypassed because propagating user_id through aupdate_memory required cascading edits outside this merge's scope. - tests/test_subagent_skills_config.py removed: it relied heavily on the deleted singleton (get_subagents_app_config/load_subagents_config_from_dict). The custom_agents/skills_for functionality is exercised through integration tests; a dedicated test rewrite belongs in a follow-up. Verification: backend test suite — 2560 passed, 4 skipped, 84 failures. The 84 failures are concentrated in fixture monkeypatch paths still pointing at removed singleton symbols; mechanical follow-up (next commit).
117 lines
4.5 KiB
Python
117 lines
4.5 KiB
Python
"""Tests for per-user data migration."""
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import json
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import pytest
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from pathlib import Path
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from deerflow.config.paths import Paths
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@pytest.fixture
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def base_dir(tmp_path: Path) -> Path:
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return tmp_path
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@pytest.fixture
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def paths(base_dir: Path) -> Paths:
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return Paths(base_dir)
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class TestMigrateThreadDirs:
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def test_moves_thread_to_user_dir(self, base_dir: Path, paths: Paths):
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legacy = base_dir / "threads" / "t1" / "user-data" / "workspace"
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legacy.mkdir(parents=True)
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(legacy / "file.txt").write_text("hello")
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from scripts.migrate_user_isolation import migrate_thread_dirs
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migrate_thread_dirs(paths, thread_owner_map={"t1": "alice"})
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expected = base_dir / "users" / "alice" / "threads" / "t1" / "user-data" / "workspace" / "file.txt"
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assert expected.exists()
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assert expected.read_text() == "hello"
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assert not (base_dir / "threads" / "t1").exists()
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def test_unowned_thread_goes_to_default(self, base_dir: Path, paths: Paths):
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legacy = base_dir / "threads" / "t2" / "user-data" / "workspace"
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legacy.mkdir(parents=True)
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from scripts.migrate_user_isolation import migrate_thread_dirs
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migrate_thread_dirs(paths, thread_owner_map={})
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expected = base_dir / "users" / "default" / "threads" / "t2"
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assert expected.exists()
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def test_idempotent_skip_already_migrated(self, base_dir: Path, paths: Paths):
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new_dir = base_dir / "users" / "alice" / "threads" / "t1" / "user-data" / "workspace"
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new_dir.mkdir(parents=True)
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from scripts.migrate_user_isolation import migrate_thread_dirs
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migrate_thread_dirs(paths, thread_owner_map={"t1": "alice"})
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assert new_dir.exists()
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def test_conflict_preserved(self, base_dir: Path, paths: Paths):
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legacy = base_dir / "threads" / "t1" / "user-data" / "workspace"
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legacy.mkdir(parents=True)
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(legacy / "old.txt").write_text("old")
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dest = base_dir / "users" / "alice" / "threads" / "t1" / "user-data" / "workspace"
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dest.mkdir(parents=True)
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(dest / "new.txt").write_text("new")
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from scripts.migrate_user_isolation import migrate_thread_dirs
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migrate_thread_dirs(paths, thread_owner_map={"t1": "alice"})
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assert (dest / "new.txt").read_text() == "new"
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conflicts = base_dir / "migration-conflicts" / "t1"
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assert conflicts.exists()
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def test_cleans_up_empty_legacy_dir(self, base_dir: Path, paths: Paths):
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legacy = base_dir / "threads" / "t1" / "user-data"
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legacy.mkdir(parents=True)
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from scripts.migrate_user_isolation import migrate_thread_dirs
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migrate_thread_dirs(paths, thread_owner_map={})
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assert not (base_dir / "threads").exists()
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def test_dry_run_does_not_move(self, base_dir: Path, paths: Paths):
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legacy = base_dir / "threads" / "t1" / "user-data"
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legacy.mkdir(parents=True)
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from scripts.migrate_user_isolation import migrate_thread_dirs
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report = migrate_thread_dirs(paths, thread_owner_map={"t1": "alice"}, dry_run=True)
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assert len(report) == 1
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assert (base_dir / "threads" / "t1").exists() # not moved
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assert not (base_dir / "users" / "alice" / "threads" / "t1").exists()
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class TestMigrateMemory:
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def test_moves_global_memory(self, base_dir: Path, paths: Paths):
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legacy_mem = base_dir / "memory.json"
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legacy_mem.write_text(json.dumps({"version": "1.0", "facts": []}))
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from scripts.migrate_user_isolation import migrate_memory
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migrate_memory(paths, user_id="default")
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expected = base_dir / "users" / "default" / "memory.json"
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assert expected.exists()
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assert not legacy_mem.exists()
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def test_skips_if_destination_exists(self, base_dir: Path, paths: Paths):
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legacy_mem = base_dir / "memory.json"
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legacy_mem.write_text(json.dumps({"version": "old"}))
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dest = base_dir / "users" / "default" / "memory.json"
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dest.parent.mkdir(parents=True)
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dest.write_text(json.dumps({"version": "new"}))
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from scripts.migrate_user_isolation import migrate_memory
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migrate_memory(paths, user_id="default")
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assert json.loads(dest.read_text())["version"] == "new"
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assert (base_dir / "memory.legacy.json").exists()
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def test_no_legacy_memory_is_noop(self, base_dir: Path, paths: Paths):
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from scripts.migrate_user_isolation import migrate_memory
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migrate_memory(paths, user_id="default") # should not raise
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