refactor: no comments left - one-line module docstrings, contracts on public fields only; jobs/job.py; example config and README

This commit is contained in:
hh
2026-09-02 00:33:04 +02:00
parent 90d0fb0f00
commit c9c2e94954
65 changed files with 795 additions and 1891 deletions
@@ -1,17 +1,7 @@
"""Cross-frontend chat logger.
When ``MarkdownFrontend(log_all_chats=True)`` is configured, every turn
completed by any other frontend (currently the Anthropic Messages
frontend) is mirrored into the vault as a ``.md`` file. Subsequent
turns of the same conversation append to the same file — matched by a
content-hash fingerprint stored in YAML frontmatter.
The fingerprint hashes the message history *before* the new assistant
reply. So the next request's input history (which now includes the
prior assistant reply) hashes to the value we just persisted —
``hash(prev_input + [assistant_reply])`` — and the lookup hits the
same file. New conversations (no prior fingerprint match) get a fresh
file under ``{vault_path}/{logged_subdir}/{agent_name}/``.
Mirrors turns completed by other frontends into the vault as ``.md``
files, matching a conversation's continuation by content-hash fingerprint.
"""
from __future__ import annotations
@@ -53,12 +43,8 @@ vault. ``None`` keeps ``{vault}/{logged_subdir}/{agent}/{YYYY-MM-DD}_{slug}.md``
def fingerprint_messages(messages: Iterable[MessageParam]) -> str:
"""Stable, short hex hash of a conversation prefix.
Built from ``(role, normalized_content)`` pairs only — so the
Markdown frontend's parser-shaped messages (text-only) and the
Anthropic frontend's raw ``messages`` payload (which may also be
string-only at v1) hash compatibly when they represent the same
conversation. Tool blocks / images would diverge, but those aren't
in the v1 ingest path.
Hashes ``(role, text-only content)`` pairs so differently-shaped message
histories that carry the same text still fingerprint identically.
"""
h = hashlib.sha1(usedforsecurity=False)
for msg in messages:
@@ -85,12 +71,8 @@ def fingerprint_messages(messages: Iterable[MessageParam]) -> str:
class CrossFrontendLogger:
"""Maintains the fingerprint→file map and writes turns to disk.
The map is in-process; on startup ``warm_index`` rebuilds it from
YAML frontmatter of every file under ``logged_subdir``. A miss
creates a new file, a hit appends to the existing one. All disk
work funnels through one ``asyncio.Lock`` because the writes are
cheap and serializing them sidesteps a class of races we don't need
to think about.
The map is in-process, rebuilt by ``warm_index`` on startup; all disk
writes funnel through one lock to sidestep races.
"""
def __init__(
@@ -105,20 +87,13 @@ class CrossFrontendLogger:
self._index: dict[str, Path] = {}
self._lock = asyncio.Lock()
self._chat_path_fn = chat_path
# When the user supplies a custom path function, files can land
# anywhere in the vault — so we have to scan the whole vault on
# startup to rebuild the fingerprint→path map. With the default
# layout we can bound the scan to ``_logs/``.
self._scan_root = vault_path if chat_path is not None else self._root
def warm_index(self) -> None:
"""Scan logged files synchronously, populating the fingerprint map.
Called from ``MarkdownFrontend.configure`` so the map is ready
before any cross-frontend turn arrives. ``frontmatter.load``
reads only enough of the file to parse the YAML head, so the
scan is cheap even on large vaults — but a custom ``log_path``
forces a full-vault walk; mention that in the constructor doc.
Called before any cross-frontend turn arrives; a custom ``chat_path``
forces a full-vault walk instead of scanning just ``logged_subdir``.
"""
if not self._scan_root.exists():
return
@@ -140,29 +115,19 @@ class CrossFrontendLogger:
async def handle(self, record: TurnRecord) -> None:
"""Append or create a logged file for ``record``.
Records that the markdown frontend itself produced
(``source=="markdown"``) are skipped — those already live in the
user's hand-written file and shouldn't be duplicated into the
``_logs`` shadow tree.
Skips ``source == "markdown"`` records (already on disk); matches
the target file by fingerprinting ``input_messages`` sans the new turn.
"""
if record.source == "markdown":
return
async with self._lock:
# ``input_messages`` is the *full* history sent to the backend
# (last entry is the new user turn). Match against the prefix
# that excludes the new user turn — that's what the previous
# write stored as its fingerprint. Empty prefix is the
# well-known "brand new chat" sentinel.
prefix = record.input_messages[:-1]
prev_fp = fingerprint_messages(prefix) if prefix else None
target = self._index.get(prev_fp) if prev_fp else None
if target is None:
target = self._new_file_path(record)
# Build the full history including the assistant reply; the
# new fingerprint matches *that* prefix, so the next user
# turn (history grows by one user msg) will hit this file.
assistant_msg: MessageParam = {
"role": "assistant",
"content": _flatten_text(record.output_message),
@@ -174,9 +139,6 @@ class CrossFrontendLogger:
existing = target.read_text(encoding="utf-8")
parsed = frontmatter.loads(existing)
body = strip_trailing_user_scaffold(parsed.content)
# We append only the *new* user turn (the last one in
# input_messages, since prior turns are already on disk)
# plus the assistant reply.
new_user = record.input_messages[-1]
new_block = renderer.render_user_param(new_user)
new_block = renderer.append_to_body(
@@ -185,7 +147,6 @@ class CrossFrontendLogger:
new_body = renderer.append_to_body(body, new_block)
metadata = dict(parsed.metadata)
else:
# Materialize the whole conversation from scratch.
new_body = _render_full_history(
record.input_messages, record.output_message
)
@@ -197,21 +158,15 @@ class CrossFrontendLogger:
metadata["fingerprint"] = new_fp
metadata["source"] = record.source
self._write(target, metadata, new_body)
# Maintain the index: drop the old fp (it's stale once we
# write the new turn), add the new one.
if prev_fp:
self._index.pop(prev_fp, None)
self._index[new_fp] = target
# ---- internals -----------------------------------------------------
def _new_file_path(self, record: TurnRecord) -> Path:
"""Pick a fresh filename for a brand-new conversation.
With a user-supplied ``chat_path`` we delegate to it (joining a
relative result with the vault root). Without one, we fall back
to ``{logged_subdir}/{agent}/{date}_{hex8}.md`` and ensure the
``.md`` suffix in case the user picks a non-md extension by hand.
Delegates to ``chat_path`` if set; otherwise
``{logged_subdir}/{agent}/{date}_{hex8}.md``.
"""
if self._chat_path_fn is not None:
result = self._chat_path_fn(
@@ -224,8 +179,6 @@ class CrossFrontendLogger:
result.parent.mkdir(parents=True, exist_ok=True)
return result
day = datetime.now(UTC).strftime("%Y-%m-%d")
# Short hex from the input hash so two same-day chats sort
# stably and don't collide.
salt = fingerprint_messages(record.input_messages)[:8]
agent_dir = self._root / record.agent_name
agent_dir.mkdir(parents=True, exist_ok=True)
@@ -238,9 +191,6 @@ class CrossFrontendLogger:
text = frontmatter.dumps(post) + "\n"
else:
text = body if body.endswith("\n") else body + "\n"
# Sync write inside the lock — keeps the implementation tiny;
# individual logged turns are small enough that the blocking
# write doesn't matter at human conversation rates.
path.write_text(text, encoding="utf-8")
@@ -277,18 +227,13 @@ def _render_full_history(messages: list[MessageParam], assistant: Any) -> str:
def strip_trailing_user_scaffold(body: str) -> str:
"""Drop a trailing empty ``### User:`` block if present.
Cross-frontend turns aren't typed into the file by the human — they
arrive whole from another frontend. If we leave the previous run's
scaffold in place, we'd write the new user turn right after an
empty marker (visual noise, two ``### User:`` headers in a row).
Trim it and let the append flow add a fresh scaffold at the end.
Avoids leaving two ``### User:`` headers in a row when appending a
turn that wasn't typed into the file by hand.
"""
stripped = body.rstrip()
marker = "### User:"
if not stripped.endswith(marker):
return body
# Walk back: the scaffold is the marker preceded by either start-of-file
# or an HR/blank line. Find the last newline before the marker, cut.
head = stripped[: -len(marker)].rstrip()
if head.endswith("---"):
head = head[: -len("---")].rstrip()