Public instance has no accounts, so all user state was GLOBAL in DB — new users saw/overwrote each other's (and Jan's) favorites, watched badges and blacklists (bug 2026-06-10). Add device_id (VARCHAR 64) to 9 state tables with composite PK (device_id, entity_id); app sends X-Device-Id header (get_device_id dep). All favorites/scene-favorites/blacklist/watch + scene&movie list/detail (is_favorite, watched, blacklist-hide) now filter by device. Existing rows backfilled to 'legacy-shared'; POST /me/adopt-legacy reassigns them to the caller once. Old clients (no header) map to legacy-shared so they keep working until OTA updates. Migration 0022: add col, backfill, composite PK. Verified on prod: 967 progress rows preserved, device isolation holds (new device sees none of legacy state). Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
68 lines
2.6 KiB
Python
68 lines
2.6 KiB
Python
"""Per-device self-service: przejęcie legacy stanu usera.
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Po migracji device-scopingu (0022) stare wiersze mają `device_id='legacy-shared'`.
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`POST /me/adopt-legacy` przepina WSZYSTKIE legacy wiersze (favorites/progress/blacklisty)
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na device wołającego. Robi to JEDEN raz właściciel instancji po update apki — kolejne
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wywołania nic nie znajdą (legacy już puste). Jeśli na keep-device istnieje już wiersz
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dla tej samej encji, legacy duplikat jest pomijany (ON CONFLICT DO NOTHING → potem
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kasujemy resztki legacy).
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"""
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from __future__ import annotations
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from typing import Annotated
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from fastapi import APIRouter, Depends
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from pydantic import BaseModel
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from sqlalchemy import text
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from sqlalchemy.orm import Session
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from app.api.device import LEGACY_DEVICE, get_device_id
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from app.auth import require_api_key
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from app.db import get_session
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router = APIRouter(prefix="/me", tags=["me"], dependencies=[Depends(require_api_key)])
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# (tabela, kolumna-encji) — wszystkie tabele device-scoped (migracja 0022).
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_TABLES: list[tuple[str, str]] = [
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("favorite_performers", "performer_id"),
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("favorite_studios", "studio_id"),
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("favorite_scenes", "scene_id"),
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("favorite_movies", "movie_id"),
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("scene_play_progress", "scene_id"),
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("movie_play_progress", "movie_id"),
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("blacklisted_performers", "performer_id"),
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("blacklisted_studios", "studio_id"),
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("blacklisted_tags", "tag_id"),
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]
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class AdoptLegacyOut(BaseModel):
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device_id: str
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moved: dict[str, int]
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@router.post("/adopt-legacy", response_model=AdoptLegacyOut)
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def adopt_legacy(
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session: Annotated[Session, Depends(get_session)],
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device_id: Annotated[str, Depends(get_device_id)],
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) -> AdoptLegacyOut:
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moved: dict[str, int] = {}
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if device_id == LEGACY_DEVICE:
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# Wołający bez X-Device-Id == legacy → nie ma czego przepinać.
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return AdoptLegacyOut(device_id=device_id, moved={})
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for table, entity in _TABLES:
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# Przepnij legacy → device dla encji których device JESZCZE nie ma.
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res = session.execute(
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text(
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f"UPDATE {table} SET device_id = :dev "
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f"WHERE device_id = :legacy AND {entity} NOT IN "
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f"(SELECT {entity} FROM {table} WHERE device_id = :dev)"
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).bindparams(dev=device_id, legacy=LEGACY_DEVICE)
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)
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moved[table] = res.rowcount or 0
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# Resztki legacy (encje które device już miał) — skasuj, żeby nie wisiały.
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session.execute(
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text(f"DELETE FROM {table} WHERE device_id = :legacy").bindparams(legacy=LEGACY_DEVICE)
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)
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session.commit()
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return AdoptLegacyOut(device_id=device_id, moved=moved)
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