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Config migration
----------------
local : seeds ``${DATA_DIR}/config.toml`` from ``config.defaults.toml`` if
the file does not exist yet — gives users an editable copy on first run.
redis / sql : if the backend is empty (version == 0) AND
``${DATA_DIR}/config.toml`` exists, migrates the user overrides into
the DB backend. If it does not exist either, nothing is written
(defaults are always loaded from ``config.defaults.toml`` at runtime).
Account migration
-----------------
Runs only when ACCOUNT_STORAGE != "local".
If ``${DATA_DIR}/accounts.db`` (the previous local SQLite store) exists AND the
target backend is empty (revision == 0), all accounts are copied into the
new backend — preserving pool, status, quota, usage stats, and timestamps.
After a successful migration the SQLite file is renamed to
``${DATA_DIR}/accounts.db.migrated`` so the same migration is never re-run.
"""
from __future__ import annotations
import asyncio
import shutil
from pathlib import Path
from typing import TYPE_CHECKING
from loguru import logger
from app.platform.paths import data_path
if TYPE_CHECKING:
from app.control.account.commands import AccountPatch
from app.control.account.repository import AccountRepository
from app.platform.config.backends.base import ConfigBackend
_BASE_DIR = Path(__file__).resolve().parents[3]
_DEFAULTS_PATH = _BASE_DIR / "config.defaults.toml"
_USER_CFG_PATH = data_path("config.toml")
_LOCAL_DB_PATH = data_path("accounts.db")
_BATCH = 500 # accounts per upsert/patch batch
# ---------------------------------------------------------------------------
# Public entry point
# ---------------------------------------------------------------------------
async def run_startup_migrations(
config_backend: "ConfigBackend",
account_repo: "AccountRepository",
) -> None:
"""Run all first-boot migrations. Safe to call on every startup."""
await _migrate_config(config_backend)
await _migrate_basic_refresh_interval(config_backend)
await _migrate_accounts(account_repo)
await _backfill_grok_4_3_quota(account_repo)
await _normalize_basic_fast_only_quota(account_repo)
await _backfill_console_quota(account_repo)
# ---------------------------------------------------------------------------
# Config migration
# ---------------------------------------------------------------------------
async def _migrate_config(backend: "ConfigBackend") -> None:
from app.platform.config.backends.factory import get_config_backend_name
from app.platform.config.loader import load_toml
backend_name = get_config_backend_name()
if backend_name == "local":
# Seed ${DATA_DIR}/config.toml from defaults so users have an editable file.
if not _USER_CFG_PATH.exists() and _DEFAULTS_PATH.exists():
await asyncio.to_thread(shutil.copy2, _DEFAULTS_PATH, _USER_CFG_PATH)
logger.info("config: seeded {} from config.defaults.toml", _USER_CFG_PATH)
return
# DB / Redis backends — migrate only if backend is empty.
if await backend.version() != 0:
return # already has data, skip
if _USER_CFG_PATH.exists():
user_data = await asyncio.to_thread(load_toml, _USER_CFG_PATH)
if user_data:
await backend.apply_patch(user_data)
logger.info(
"config: migrated {} -> {} backend ({} keys)",
_USER_CFG_PATH,
backend_name,
_count_keys(user_data),
)
return
logger.debug("config: {} backend is empty, no local overrides to migrate", backend_name)
async def _migrate_basic_refresh_interval(backend: "ConfigBackend") -> None:
data = await backend.load()
account = data.get("account", {})
refresh = account.get("refresh", {}) if isinstance(account, dict) else {}
value = refresh.get("basic_interval_sec") if isinstance(refresh, dict) else None
try:
old_default = int(value)
except (TypeError, ValueError):
return
if old_default != 36_000:
return
await backend.apply_patch({"account": {"refresh": {"basic_interval_sec": 86_400}}})
logger.info("config: updated basic refresh interval default from 36000s to 86400s")
# ---------------------------------------------------------------------------
# Account migration
# ---------------------------------------------------------------------------
async def _migrate_accounts(target_repo: "AccountRepository") -> None:
from app.control.account.backends.factory import get_repository_backend
if get_repository_backend() == "local":
return # already on local, nothing to migrate
sqlite_path = _LOCAL_DB_PATH
if not sqlite_path.exists():
return # no previous local data
# Check whether the target already has data.
snapshot = await target_repo.runtime_snapshot()
if snapshot.revision > 0 or snapshot.items:
logger.debug("account: target backend not empty (revision={}), skipping migration", snapshot.revision)
return
logger.info("account: migrating accounts from {} → {} backend", sqlite_path, get_repository_backend())
count = await _copy_accounts(sqlite_path, target_repo)
# Rename the SQLite file so this migration is never re-run.
done_path = sqlite_path.with_suffix(".db.migrated")
await asyncio.to_thread(sqlite_path.rename, done_path)
logger.info("account: migration complete ({} accounts), renamed {} → {}", count, sqlite_path.name, done_path.name)
async def _copy_accounts(sqlite_path: Path, target: "AccountRepository") -> int:
"""Read all accounts from the local SQLite file and write to *target*."""
from app.control.account.backends.local import LocalAccountRepository
from app.control.account.commands import AccountUpsert, ListAccountsQuery
source = LocalAccountRepository(sqlite_path)
await source.initialize()
total = 0
page = 1
try:
while True:
result = await source.list_accounts(
ListAccountsQuery(page=page, page_size=_BATCH, include_deleted=True)
)
records = result.items
if not records:
break
# Step 1: upsert — creates records with token / pool / tags / ext.
upserts = [
AccountUpsert(token=r.token, pool=r.pool, tags=r.tags, ext=r.ext)
for r in records
]
await target.upsert_accounts(upserts)
# Step 2: patch — fills status, quota, usage counters, timestamps.
patches = [_record_to_patch(r) for r in records]
await target.patch_accounts(patches)
# Step 3: soft-delete records that were deleted in the source.
deleted_tokens = [r.token for r in records if r.deleted_at is not None]
if deleted_tokens:
await target.delete_accounts(deleted_tokens)
total += len(records)
if page >= result.total_pages:
break
page += 1
finally:
await source.close()
return total
def _record_to_patch(r) -> "AccountPatch":
from app.control.account.commands import AccountPatch
qs = r.quota_set()
return AccountPatch(
token=r.token,
status=r.status,
quota_auto=qs.auto.to_dict() if qs.auto else None,
quota_fast=qs.fast.to_dict() if qs.fast else None,
quota_expert=qs.expert.to_dict() if qs.expert else None,
quota_heavy=qs.heavy.to_dict() if qs.heavy else None,
quota_grok_4_3=qs.grok_4_3.to_dict() if qs.grok_4_3 else None,
quota_console=qs.console.to_dict() if qs.console else None,
# Usage counts — target starts at 0, so actual value == delta.
usage_use_delta=r.usage_use_count or None,
usage_fail_delta=r.usage_fail_count or None,
usage_sync_delta=r.usage_sync_count or None,
last_use_at=r.last_use_at,
last_fail_at=r.last_fail_at,
last_fail_reason=r.last_fail_reason,
last_sync_at=r.last_sync_at,
last_clear_at=r.last_clear_at,
state_reason=r.state_reason,
ext_merge=r.ext or None,
)
# ---------------------------------------------------------------------------
# Backfill quota_grok_4_3 for super/heavy accounts imported before the field existed.
# ---------------------------------------------------------------------------
async def _backfill_grok_4_3_quota(repo: "AccountRepository") -> None:
from app.control.account.commands import AccountPatch, ListAccountsQuery
from app.control.account.quota_defaults import default_quota_window
patches: list[AccountPatch] = []
page = 1
while True:
result = await repo.list_accounts(
ListAccountsQuery(page=page, page_size=_BATCH, include_deleted=False)
)
for record in result.items:
if record.pool not in ("super", "heavy"):
continue
if record.quota_set().grok_4_3 is not None:
continue
window = default_quota_window(record.pool, 4)
if window is None:
continue
patches.append(AccountPatch(token=record.token, quota_grok_4_3=window.to_dict()))
if page >= result.total_pages:
break
page += 1
if not patches:
return
total = 0
for i in range(0, len(patches), _BATCH):
batch = patches[i : i + _BATCH]
res = await repo.patch_accounts(batch)
total += res.patched
logger.info("account: backfilled quota_grok_4_3 for {} super/heavy accounts", total)
async def _normalize_basic_fast_only_quota(repo: "AccountRepository") -> None:
from app.control.account.commands import AccountPatch, ListAccountsQuery
from app.control.account.quota_defaults import normalize_quota_set
patches: list[AccountPatch] = []
page = 1
while True:
result = await repo.list_accounts(
ListAccountsQuery(
page=page,
page_size=_BATCH,
pool="basic",
include_deleted=False,
)
)
for record in result.items:
normalized = normalize_quota_set("basic", record.quota_set())
if normalized.to_dict() == record.quota_set().to_dict():
continue
patches.append(
AccountPatch(
token=record.token,
quota_auto=normalized.auto.to_dict(),
quota_fast=normalized.fast.to_dict(),
quota_expert=normalized.expert.to_dict(),
)
)
if page >= result.total_pages:
break
page += 1
if not patches:
return
total = 0
for i in range(0, len(patches), _BATCH):
batch = patches[i : i + _BATCH]
res = await repo.patch_accounts(batch)
total += res.patched
logger.info("account: normalized {} basic accounts to fast-only quota", total)
async def _backfill_console_quota(repo: "AccountRepository") -> None:
"""Backfill quota_console for all accounts that don't have it yet."""
from app.control.account.commands import AccountPatch, ListAccountsQuery
from app.control.account.quota_defaults import default_quota_window
patches: list[AccountPatch] = []
page = 1
while True:
result = await repo.list_accounts(
ListAccountsQuery(page=page, page_size=_BATCH, include_deleted=False)
)
for record in result.items:
if record.quota_set().console is not None:
continue
window = default_quota_window(record.pool, 5)
if window is None:
continue
patches.append(AccountPatch(token=record.token, quota_console=window.to_dict()))
if page >= result.total_pages:
break
page += 1
if not patches:
return
total = 0
for i in range(0, len(patches), _BATCH):
batch = patches[i : i + _BATCH]
res = await repo.patch_accounts(batch)
total += res.patched
logger.info("account: backfilled quota_console for {} accounts", total)
# ---------------------------------------------------------------------------
# Helpers
# ---------------------------------------------------------------------------
def _count_keys(nested: dict, prefix: str = "") -> int:
count = 0
for v in nested.values():
if isinstance(v, dict):
count += _count_keys(v)
else:
count += 1
return count
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