Files
alfred/alfred/agent/expressions.py
T
francwa e45465d52d feat: split resolve_destination, persona-driven prompts, qBittorrent relocation
Destination resolution
- Replace the single ResolveDestinationUseCase with four dedicated
  functions, one per release type:
    resolve_season_destination    (pack season, folder move)
    resolve_episode_destination   (single episode, file move)
    resolve_movie_destination     (movie, file move)
    resolve_series_destination    (multi-season pack, folder move)
- Each returns a dedicated DTO carrying only the fields relevant to
  that release type — no more polymorphic ResolvedDestination with
  half the fields unused depending on the case.
- Looser series folder matching: exact computed-name match is reused
  silently; any deviation (different group, multiple candidates) now
  prompts the user with all options including the computed name.

Agent tools
- Four new tools wrapping the use cases above; old resolve_destination
  removed from the registry.
- New move_to_destination tool: create_folder + move, chained — used
  after a resolve_* call to perform the actual relocation.
- Low-level filesystem_operations module (create_folder, move via mv)
  for instant same-FS renames (ZFS).

Prompt & persona
- New PromptBuilder (alfred/agent/prompt.py) replacing prompts.py:
  identity + personality block, situational expressions, memory
  schema, episodic/STM/config context, tool catalogue.
- Per-user expression system: knowledge/users/common.yaml +
  {username}.yaml are merged at runtime; one phrase per situation
  (greeting/success/error/...) is sampled into the system prompt.

qBittorrent integration
- Credentials now come from settings (qbittorrent_url/username/password)
  instead of hardcoded defaults.
- New client methods: find_by_name, set_location, recheck — the trio
  needed to update a torrent's save path and re-verify after a move.
- Host→container path translation settings (qbittorrent_host_path /
  qbittorrent_container_path) for docker-mounted setups.

Subtitles
- Identifier: strip parenthesized qualifiers (simplified, brazil…) at
  tokenization; new _tokenize_suffix used for the episode_subfolder
  pattern so episode-stem tokens no longer pollute language detection.
- Placer: extract _build_dest_name so it can be reused by the new
  dry_run path in ManageSubtitlesUseCase.
- Knowledge: add yue, ell, ind, msa, rus, vie, heb, tam, tel, tha,
  hin, ukr; add 'fre' to fra; add 'simplified'/'traditional' to zho.

Misc
- LTM workspace: add 'trash' folder slot.
- Default LLM provider switched to deepseek.
- testing/debug_release.py: CLI to parse a release, hit TMDB, and
  dry-run the destination resolution end-to-end.
2026-05-14 05:01:59 +02:00

80 lines
2.3 KiB
Python

"""Expression loader — charge et merge les fichiers YAML d'expressions par user."""
import random
from pathlib import Path
import yaml
_USERS_DIR = Path(__file__).parent.parent / "knowledge" / "users"
def _load_yaml(path: Path) -> dict:
if not path.exists():
return {}
return yaml.safe_load(path.read_text(encoding="utf-8")) or {}
def load_expressions(username: str | None) -> dict:
"""
Charge common.yaml et le merge avec {username}.yaml.
Retourne un dict avec :
- nickname: str (surnom de l'user, ou username en fallback)
- expressions: dict[situation -> list[str]]
"""
common = _load_yaml(_USERS_DIR / "common.yaml")
user_data = _load_yaml(_USERS_DIR / f"{username}.yaml") if username else {}
# Merge expressions : common + user (les phrases user s'ajoutent)
common_exprs: dict[str, list] = common.get("expressions", {})
user_exprs: dict[str, list] = user_data.get("expressions", {})
merged: dict[str, list] = {}
all_situations = set(common_exprs) | set(user_exprs)
for situation in all_situations:
base = list(common_exprs.get(situation, []))
extra = list(user_exprs.get(situation, []))
merged[situation] = base + extra
nickname = user_data.get("user", {}).get("nickname") or username or "mec"
return {
"nickname": nickname,
"expressions": merged,
}
def pick(expressions: dict, situation: str, nickname: str | None = None) -> str:
"""
Pioche une expression aléatoire pour une situation donnée.
Résout {user} avec le nickname si fourni.
Retourne une string vide si la situation n'existe pas.
"""
options = expressions.get("expressions", {}).get(situation, [])
if not options:
return ""
chosen = random.choice(options)
if nickname:
chosen = chosen.replace("{user}", nickname)
return chosen
def build_expressions_context(username: str | None) -> dict:
"""
Point d'entrée principal.
Retourne :
- nickname: str
- samples: dict[situation -> une phrase résolue] — une seule par situation
"""
data = load_expressions(username)
nickname = data["nickname"]
samples = {
situation: pick(data, situation, nickname) for situation in data["expressions"]
}
return {
"nickname": nickname,
"samples": samples,
}