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Merge remote-tracking branch 'origin/main' into feat/249-system-thumbnails

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# Conflicts:
#	py/api/__init__.py
This commit is contained in:
Vito Sansevero
2026-10-23 14:57:02 -07:00
parent 762fda1448 3f11ea6168
commit c0ef4b6090
47 changed files with 7291 additions and 183 deletions
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TESTING.md
+166 -4
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@@ -2058,8 +2058,10 @@ Recorded deviations (plan D60–D67, D79–D81 renumbered D92–D99 and D111–D
and active saved negatives and the indexed `generated_images` rows (Q2). "Database
integrity" is "Not checked" until a check ran this session, then "N issues" (checks
that found issues, even beside a check that could not run), "Passed" or "Incomplete".
"Ambiguous image links" reads "Not available yet." with its Review metadata action
`aria-disabled` (CSS under D93) until the Needs review queue reports a count (Q6).
The review row is "N ambiguous image links" (the Needs review queue's pending count,
`needs_review.pending`) with the concept's line; its Review metadata action is
`aria-disabled` (CSS under D93) until the Needs review page ships (#288). A count
that is not an integer reads "Ambiguous image links" / "Not available yet." (Q6).
"Backup status" reads "No retained backup record." until verified backups exist (S8).
The thumbnail row is "Checking thumbnails…" until its own read answers, then "No
missing thumbnails", "N missing thumbnails" (the pending count of
@@ -2462,6 +2464,162 @@ inspection's own stable stat (`tests/test_api_workspace_images.py`
browser fixtures clear `media_image_tags`, `media_annotation_bytes` and
`media_annotation_files` on reset and never the metadata row.
Review queue schema (#249, `database/review_schema.py`,
`tests/test_review_schema.py`): the group `media_review_metadata` (one row:
schema version, `review_index_revision`), `media_review_items` (one ambiguous
resolver result per `(byte_id, resolver_version, evidence_hash)`, citing an
annotation byte record `ON DELETE RESTRICT`, with the file's recorded
`spelled_path` (the locator is case-folded on Windows, a listing target is
not), 0..16 candidates, `limited`,
`state` pending/selected/unresolved and a revision) and `media_review_decisions`
(one row per item decision revision; `selected` exactly when a
`candidate_hash` is present; `pair_id`/`image_id` navigation is set to NULL,
never cascaded, when the pair or image is deleted, through
`idx_media_review_decisions_pair`/`_image`). Evidence is canonical JSON
(`canonical_evidence`: one object, sorted keys, no whitespace, ASCII only, no
NaN/infinity, at most 8 MiB) and `evidence_hash` is its SHA-256. The group is
valid only beside a valid annotation group (a review group without annotation
tables is refused, catalog only, before the annotation install), installs like
the annotation group (optional in old backups, required once current under
`require_library_state`, SAVEPOINT install validated before and after), and
validation re-canonicalizes every evidence document in one streamed pass. A
startup runs that pass once (`test_startup_validates_stored_evidence_once`; the
install trusts the annotation group it has just validated, and the SQL row
predicates check type and size only, because the streamed pass proves the
rest): 2.5 s to open a database of 40,000 items with 4 KiB of evidence each,
was 7.7 s with two passes. Restore and `verify_database_file` keep the full
validation, annotation group included. The browser fixtures clear
`media_review_decisions` and `media_review_items` before the annotation tables,
never the metadata row.
Needs review items (#249, `utils/review_capture.py`, `database/review.py`,
`tests/test_review.py`, `tests/test_review_outcome.py`,
`tests/test_review_choosable.py`): a file is queued only when its final outcome
is ambiguous and unlinked and there is something to choose. Only scans produce
items; the monitor links new outputs and clears pending items it resolves
(maintainer rulings, 2026-10-23). The output scan (Activity's
Scan for metadata and the legacy `/scan`) hands `record_ambiguous_file` a file
the ingestion resolver finds `ambiguous` only when the browser-parser fallback
then links nothing (status `ambiguous`) and no saved row links the file
already; an ambiguous file a saved row links is reported `unchanged` ("Already
linked to its prompt"), not Needs review. A file the fallback links, an exact
pair the ingester stores, and `conflict` and `unresolved` files are not
queued. Neither is an ambiguous file with nothing to choose: fewer than two of
its candidates are `resolved` with non-blank positive text (`reviewable`). With
none the file could not be traced; with exactly one, the untraced branches may
still have made the file, so that text is not certain either. Both report
`unresolved` ("could not be traced"), are never linked, and their pending,
undecided items whose own evidence offers no choice (a limited item counts as
a choice when it holds at least two candidates) leave the queue on the next
scan or monitor pass (`settle_untraced_review_items`). The maintainer's
second live check found 39 items whose 11 candidates were all "unresolved". The queue heals itself: after each batch, the scan removes the pending
items of every listed file (read or skipped as known) that a saved row now
links, and the monitor does the same for each ambiguous output it links
(`settle_linked_review_items`; the review index revision moves). Only an
undecided item goes (`pending`, revision 0, no decision row): a decision is
never deleted or changed, so no schema state was added. The monitor never
queues an output it linked; an unlinked file passed to `record_review_file`
follows the scan's rule (a file the fallback would link is `skipped`). The
maintainer's live check of #284/#288 found the queue at 10,232 against a review
group of 4,677: every fallback-linked ambiguous file had been queued. It captures
the file (scope `needs-review`), reads its metadata again from the capture,
resolves it with the default profile and stores only an ambiguous result,
bound to the capture's byte record (created or refreshed like an observe) and
fenced by the capture's storage epoch. Evidence is the resolver reason plus one
`{sampler_id, state, reason, positive, negative, hash}` per selectable
candidate (nested ambiguous stages flattened, duplicates dropped; each side
`{text, storage_text, provenance}`; `hash` = SHA-256 of the canonical candidate
without it). More than 16 candidates, or evidence over 8 MiB, is a `limited`
item without candidates. Recording is idempotent per `(byte_id,
resolver_version, evidence_hash)` and never touches an existing item or its
decisions; changed bytes add a new pending item and keep the old one. The
capture is released before the write; no model is loaded and no pixel is
decoded. Scan statuses, counters, outcome rows and the legacy SSE events are
unchanged apart from the already-linked and nothing-to-choose cases above; the job's `scope` gains
`review_items` (this scan's files that are in the pending queue after it, new
or already there: the review group's ambiguous rows, less files a capture could
not read or a decision already settled), `review_added` (new items),
`review_settled` (items removed because their file is linked now),
`review_untraced` (items removed because they offer nothing to choose) and
`review_errors`. The log ends with `? N images added to Needs review`,
`? N images already in Needs review`, `= N images left Needs review · now
linked`, `= N images left Needs review · nothing to choose` and `! N images could not be added to Needs review` (failures, e.g.
capture capacity), each only when N > 0. Recording captures in the background: it never takes the store's
last worker or capture slot, which stay free for an interactive Tag dialog or
Apply, and waits up to 2 s for room before counting the file as not added
(`test_background_recording_leaves_a_worker_for_the_tag_dialog`). The monitor's
pass runs after its own link, best effort: a failure is logged and the link
stays. Recording follows the registry's `records`
admission (#289): the scan's recording runs under its own `records` job, and
the monitor's (one file, not a job) is refused while a `records` or `guarded`
job or hold runs. It then records nothing, logs that the file waits for the
next scan, and answers `deferred`; the next "new" scan reads the ambiguous file
again (`test_monitor_recording_is_refused_beside_record_changing_jobs`). A new item moves `review_index_revision`. A
rescan does not copy or hash an ambiguous file whose current size and
`mtime_ns` equal the verified fingerprint of bytes an item already cites (a
stat compare); the file still stays in the default "new" scope, because it is
not a known image. The skip and a duplicate insert record the current spelling
of the locator on its items (`refresh_review_spelling`, the review index
revision moves, item revisions do not), so a case-only rename on Windows or
macOS keeps its item applicable. Residual risks of the skip, like S1's: an
in-place rewrite that keeps both size and `mtime_ns` is never re-queued (Apply
still re-hashes, so it cannot link those bytes), and a file that is deleted or
moved leaves its pending item counted in `total` (its target then formats as
`unavailable` or fails to open, and Leave unresolved clears it).
Needs review decisions and queue reads (#249, `py/api/review.py`,
`database/review.py`, `database/review_decisions.py`,
`tests/test_api_review.py`): `GET /prompt_manager/review/items?limit=1..40&cursor=`
answers `{success, library_epoch, total, items, next_cursor}` with pending items
oldest first; `total` is the exact pending count. The cursor is an HMAC keyset
on `(created_at, id)` bound to the storage epoch and `review_index_revision`: a
malformed one is 400, a well-formed one this process cannot verify (tampered,
or opened before a ComfyUI restart: the secret is per process) is 409
`review-conflict` with the current `total`, one from before a restore is 409
`storage-changed`, one from before any queue change (a decision, a new item, a
refreshed spelling) is 409 `review-conflict`.
Targets are formatted from `spelled_path` against the current roots (the
roots' real paths are the only file access); a file under no current root is
`unavailable` with a null target. Every read and decision lists the roots and
resolves real paths on a worker thread, never on the event loop. `GET .../items/{id}` adds `candidates`
(`hash`, `sampler_id`, `state` resolved/unresolved, `reason`, `label` "<positive
title> / <negative title>" from the saved prompt's Library title else the
first line, and the role texts), `dependency_fingerprint` (SHA-256 of the
file's legacy rows under every spelling of the same physical file, positive
hashes and pair links with their negative hashes, as the ingester reads them) and `sha256`; a detail over 8 MiB, or a
limited item, has no candidates. `POST .../items/{id}/decision
{expected_epoch, expected_revision, capture_token, sha256, dependency_fingerprint,
choice}` with a candidate hash (Apply) requires a capture of the item's file
whose bytes are the item's, re-hashes the current file (`file-changed`
otherwise, also for a fresh capture of new bytes), re-reads the capture and
requires that its bytes are still ambiguous and still offer the chosen
candidate (`review-conflict` otherwise; a resolver change that rewords the
reason or reorders candidates leaves the item applicable, and
`RESOLVER_VERSION` in `utils/prompt_pair_resolver.py` is the one version
ingestion provenance and review share), then in one `_pair_transaction`
checks the epoch, the item revision and state (`review-conflict` with the
current item for a repeat), the re-hashed digest, the dependency fingerprint
and the public ingester's compatible-only rules through
`_ingest_resolved_pair_in` (any refusal is 409 `association-conflict` with
zero writes, explained inline; Apply never reparents a link). Physical
identity: the roots are real paths while the monitor links under the
directory it watches, so a symlinked or junctioned root, `subst` or a mapped
drive spells the same file otherwise. Every legacy row whose spelling ends with
the file's name (the link summaries' unindexed suffix lookup) is resolved by
`normcase(realpath)` against the locator, else `samefile`; two rows of the
file refuse the choice, one is enriched under the spelling it was linked
with, and a same-name row the request did not classify is a changed
association (`TestPhysicalIdentity`, symlinked root and a portable fake
junction), and writes
the link with `kind:"user-selection"` provenance (decision id, reviewed digest,
candidate hash, resolver version, role provenance), the decision row, the
item's new state and revision and `review_index_revision`. `"unresolved"`
records the decision only and accepts `capture_token: null`. A successful
decision releases its capture. No decision changes run or usage counts or
calls an execution writer; a Tag save never changes a review item. Errors carry
fixed sentences: `review-failed` / `decision-failed` 500s never echo exception
text or paths.
Capture store (#249, `utils/media_capture.py`, `tests/test_media_capture.py`):
one explicit action captures one rooted media file into an owner-only
`prompt-manager-captures-*` temp directory, streaming it in 1 MiB chunks while
@@ -2478,8 +2636,12 @@ directories are `CaptureDenied`; the locator is
`normcase(join(realpath(root), relative))`, so a symlinked root shares the
listing's identity. Fixed limits: 256 MiB per file (stat and stream), 8
completed captures, 512 MiB reserved, 2 capture/verify workers, 900 s idle,
1800 s hard; admission is nonblocking (`CaptureCapacity`) and lifetimes are
tested with an injected clock. An acquired capture outlives expiry and release
1800 s hard; interactive admission is nonblocking (`CaptureCapacity`), a
`background=True` capture (Needs review recording) never takes the last worker
or capture slot and waits up to `BACKGROUND_WAIT_SECONDS` (2 s) for room, and
lifetimes are tested with an injected clock. The host's on_cleanup close is
final: a recording still in flight gets a capture error instead of creating a
new temp directory after it. An acquired capture outlives expiry and release
until its last use ends. Header-only dimensions (4096 px per side,
16,777,216 px) and video mark Generate unsupported; `verify` re-hashes the
current file without a copy. Every handle closes before unlink (a patched
__init__.py
+15
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@@ -122,6 +122,21 @@ try:
_global_prompt_tracker = get_prompt_tracker(_global_db)
_global_image_monitor = get_image_monitor(_global_db, _global_prompt_tracker)
# The Needs review pass for ambiguous new outputs runs through the API's
# capture store (the one the scan and the Tag dialog use): a linked output
# is never queued and its pending items leave the queue. It stops before
# that store is closed at shutdown.
_review_api = globals().get("api")
if _review_api is not None:
_global_image_monitor.set_review_recorder(_review_api.record_review_file)
_review_host = getattr(config.server_instance, "app", None)
if _review_host is not None and hasattr(_review_host, "on_cleanup"):
async def _stop_review_recording(app, monitor=_global_image_monitor):
monitor.set_review_recorder(None)
_review_host.on_cleanup.insert(0, _stop_review_recording)
# Start monitoring
_global_image_monitor.start_monitoring()
_init_logger.info("Global image monitoring system started successfully")
database/library.py
+5 -2
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@@ -637,7 +637,8 @@ class LibraryOperations:
pairs (every pair's positive is eligible). ``images`` counts indexed
``generated_images`` rows, not files on disk. An image has no rating
of its own (it shows its linked prompt's), so ``rated_images`` counts
the indexed images whose linked prompt is rated.
the indexed images whose linked prompt is rated. ``review_pending`` is
the Needs review queue's pending total.
"""
with self.library_snapshot() as (conn, _epoch, _ceiling):
row = conn.execute(
@@ -645,13 +646,15 @@ class LibraryOperations:
"(SELECT COUNT(*) FROM prompt_pairs WHERE archived=0),"
"(SELECT COUNT(*) FROM generated_images),"
"(SELECT COUNT(*) FROM generated_images gi JOIN prompts r "
"ON r.id=gi.prompt_id WHERE r.rating IS NOT NULL)"
"ON r.id=gi.prompt_id WHERE r.rating IS NOT NULL),"
"(SELECT COUNT(*) FROM media_review_items WHERE state='pending')"
).fetchone()
return {
"positive_prompts": row[0],
"negative_variants": row[1],
"images": row[2],
"rated_images": row[3],
"review_pending": row[4],
}
def usage_by_category(self) -> list[dict]:
database/models.py
+20 -3
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@@ -18,6 +18,11 @@ from typing import Optional, Set, Tuple
from .library_schema import library_schema_error, migrate_library_state
from .image_favorites import image_favorites_schema_error, migrate_image_favorites
from .annotation_schema import annotation_schema_error, migrate_annotation_state
from .review_schema import (
migrate_review_state,
review_schema_error,
review_without_annotations_error,
)
from .saved_views import migrate_saved_views, saved_views_schema_error
from .execution_history_schema import (
history_schema_error,
@@ -303,7 +308,14 @@ class PromptModel:
migrate_library_state(conn)
migrate_image_favorites(conn)
migrate_saved_views(conn)
# A review group without its annotation group is refused before the
# annotation install could make it look valid (catalog only; the rows
# are validated once, in migrate_review_state).
review_error = review_without_annotations_error(conn)
if review_error:
raise sqlite3.DatabaseError(review_error)
migrate_annotation_state(conn)
migrate_review_state(conn)
def _migrate_prompt_pairs(self, conn: sqlite3.Connection) -> None:
conn.execute("SAVEPOINT prompt_pair_schema")
@@ -1023,9 +1035,9 @@ class PromptModel:
Args:
path: File to inspect
require_library_state: Also require the tables every current
database has (Library state, image favorites, saved views
and image annotations), as a migrated restore stage must;
old backups may lack them.
database has (Library state, image favorites, saved views,
image annotations and the review queue), as a migrated
restore stage must; old backups may lack them.
Returns:
(ok, reason): reason is "ok" when the file is acceptable, otherwise
@@ -1095,6 +1107,11 @@ class PromptModel:
)
if annotation_error:
return False, annotation_error
review_error = review_schema_error(
conn, allow_missing=not require_library_state
)
if review_error:
return False, review_error
return True, "ok"
except sqlite3.Error as e:
return False, f"Invalid SQLite database: {e}"
database/operations.py
+4
View File
@@ -14,6 +14,8 @@ from .pairs import PairDependencyError, PairOperations
from .library import LibraryOperations, titled
from .image_favorites import ImageFavoriteOperations
from .annotations import AnnotationOperations
from .review import ReviewOperations
from .review_decisions import ReviewDecisionOperations
from .saved_views import SavedViewOperations
from .library_commands import LibraryCommandOperations
from .vocabulary import VocabularyOperations
@@ -345,6 +347,8 @@ class PromptDatabase(
HistoryReadOperations,
ImageFavoriteOperations,
AnnotationOperations,
ReviewOperations,
ReviewDecisionOperations,
SavedViewOperations,
HealthOperations,
):
database/pair_ingestion.py
+133 -105
View File
@@ -9,9 +9,11 @@ from .operations import _coerce_file_info
try:
from ..utils.hashing import generate_prompt_hash
from ..utils.json_strict import dumps_strict
from ..utils.prompt_pair_resolver import RESOLVER_VERSION
except ImportError:
from utils.hashing import generate_prompt_hash
from utils.json_strict import dumps_strict
from utils.prompt_pair_resolver import RESOLVER_VERSION
def ingest_resolved_pair(
@@ -20,117 +22,143 @@ def ingest_resolved_pair(
state = resolution.get("state", "unresolved")
if state != "resolved":
return {"status": state, "pairs_added": 0, "links_added": 0}
with db._pair_transaction() as conn:
return _ingest_resolved_pair_in(conn, db, image_path, metadata, resolution)
def _conflict() -> Dict[str, Any]:
return {"status": "conflict", "pairs_added": 0, "links_added": 0}
def _ingest_resolved_pair_in(
conn: Any,
db: Any,
image_path: str,
metadata: Dict[str, Any],
resolution: Dict[str, Any],
*,
provenance: Dict[str, Any] | None = None,
) -> Dict[str, Any]:
"""``ingest_resolved_pair`` inside the caller's open ``_pair_transaction``.
The compatible-only rules are the public ingester's: an image with more
than one exact row, another positive, or a prior pair with another
negative is a ``conflict`` and nothing is written. The caller owns the
transaction, so its own later failure rolls the link back too.
``provenance`` replaces the link's default resolver provenance (Needs
review records the user's selection there).
"""
positive, negative = resolution["positive"], resolution["negative"]
positive_text = positive.get("storage_text", positive["text"])
negative_text = negative.get("storage_text", negative["text"])
normalized = normalize_image_path(image_path)
provenance = {"resolver_version": 1, "positive": positive, "negative": negative}
if provenance is None:
provenance = {
"resolver_version": RESOLVER_VERSION,
"positive": positive,
"negative": negative,
}
encoded = dumps_strict(provenance, sort_keys=True, separators=(",", ":"))
with db._pair_transaction() as conn:
images = conn.execute(
"SELECT gi.*,p.hash AS positive_hash FROM generated_images gi "
"JOIN prompts p ON p.id=gi.prompt_id "
"WHERE gi.file_path=? OR gi.image_path=?",
(normalized, image_path),
images = conn.execute(
"SELECT gi.*,p.hash AS positive_hash FROM generated_images gi "
"JOIN prompts p ON p.id=gi.prompt_id "
"WHERE gi.file_path=? OR gi.image_path=?",
(normalized, image_path),
).fetchall()
if len(images) > 1 or (
images and images[0]["positive_hash"] != generate_prompt_hash(positive_text)
):
return _conflict()
existing = images[0] if images else None
if existing:
prior = conn.execute(
"SELECT n.hash AS negative_hash FROM image_prompt_pairs ip "
"JOIN prompt_pairs pp ON pp.id=ip.pair_id "
"LEFT JOIN prompts n ON n.id=pp.negative_prompt_id WHERE ip.image_id=?",
(existing["id"],),
).fetchall()
if len(images) > 1 or (
images and images[0]["positive_hash"] != generate_prompt_hash(positive_text)
):
return {"status": "conflict", "pairs_added": 0, "links_added": 0}
existing = images[0] if images else None
if existing:
prior = conn.execute(
"SELECT n.hash AS negative_hash FROM image_prompt_pairs ip "
"JOIN prompt_pairs pp ON pp.id=ip.pair_id "
"LEFT JOIN prompts n ON n.id=pp.negative_prompt_id WHERE ip.image_id=?",
(existing["id"],),
).fetchall()
expected = (
generate_prompt_hash(negative_text) if negative_text.strip() else None
)
if any(row["negative_hash"] != expected for row in prior):
return {"status": "conflict", "pairs_added": 0, "links_added": 0}
prior_pair = conn.execute(
"SELECT pp.id FROM prompt_pairs pp "
"JOIN prompts p ON p.id=pp.positive_prompt_id "
"LEFT JOIN prompts n ON n.id=pp.negative_prompt_id "
"WHERE p.hash=? AND n.hash IS ?",
(
generate_prompt_hash(positive_text),
generate_prompt_hash(negative_text) if negative_text.strip() else None,
),
).fetchone()
pair_id = db._save_pair(conn, positive_text, negative_text)
pair = conn.execute(
"SELECT * FROM prompt_pairs WHERE id=?", (pair_id,)
).fetchone()
pairs_added = int(prior_pair is None)
file_size, width, height, image_format = _coerce_file_info(metadata)
# ComfyUI's NaN/Infinity are stored as null: the snapshot is strict JSON.
snapshots = {
column: dumps_strict(metadata[key], sort_keys=True)
for column, key in (
("workflow_data", "workflow"),
("prompt_metadata", "prompt"),
("parameters", "parameters"),
)
if key in metadata
}
info = {
"file_size": file_size,
"width": width,
"height": height,
"format": image_format,
}
snapshots.update(
{key: value for key, value in info.items() if value is not None}
expected = (
generate_prompt_hash(negative_text) if negative_text.strip() else None
)
changed = False
if existing:
image_id = existing["id"]
updates = {
key: value for key, value in snapshots.items() if existing[key] != value
}
if updates:
conn.execute(
"UPDATE generated_images SET "
+ ",".join(f"{key}=?" for key in updates)
+ " WHERE id=?",
[*updates.values(), image_id],
)
changed = True
else:
columns = ["prompt_id", "image_path", "filename", "file_path", *snapshots]
values = [
pair["positive_prompt_id"],
image_path,
os.path.basename(image_path),
normalized,
*snapshots.values(),
]
image_id = conn.execute(
"INSERT INTO generated_images("
+ ",".join(columns)
+ ") VALUES("
+ ",".join("?" for _ in columns)
+ ")",
values,
).lastrowid
linked = conn.execute(
"SELECT 1 FROM image_prompt_pairs WHERE pair_id=? "
"AND image_id=? AND provenance=?",
(pair_id, image_id, encoded),
).fetchone()
db._link_image_to_pair(conn, pair_id, image_id, provenance)
status = (
"added"
if existing is None
else "enriched" if changed or not linked else "unchanged"
if any(row["negative_hash"] != expected for row in prior):
return _conflict()
prior_pair = conn.execute(
"SELECT pp.id FROM prompt_pairs pp "
"JOIN prompts p ON p.id=pp.positive_prompt_id "
"LEFT JOIN prompts n ON n.id=pp.negative_prompt_id "
"WHERE p.hash=? AND n.hash IS ?",
(
generate_prompt_hash(positive_text),
generate_prompt_hash(negative_text) if negative_text.strip() else None,
),
).fetchone()
pair_id = db._save_pair(conn, positive_text, negative_text)
pair = conn.execute("SELECT * FROM prompt_pairs WHERE id=?", (pair_id,)).fetchone()
pairs_added = int(prior_pair is None)
file_size, width, height, image_format = _coerce_file_info(metadata)
# ComfyUI's NaN/Infinity are stored as null: the snapshot is strict JSON.
snapshots = {
column: dumps_strict(metadata[key], sort_keys=True)
for column, key in (
("workflow_data", "workflow"),
("prompt_metadata", "prompt"),
("parameters", "parameters"),
)
return {
"status": status,
"pairs_added": pairs_added,
"links_added": int(not linked),
"pair_id": pair_id,
"image_id": image_id,
if key in metadata
}
info = {
"file_size": file_size,
"width": width,
"height": height,
"format": image_format,
}
snapshots.update({key: value for key, value in info.items() if value is not None})
changed = False
if existing:
image_id = existing["id"]
updates = {
key: value for key, value in snapshots.items() if existing[key] != value
}
if updates:
conn.execute(
"UPDATE generated_images SET "
+ ",".join(f"{key}=?" for key in updates)
+ " WHERE id=?",
[*updates.values(), image_id],
)
changed = True
else:
columns = ["prompt_id", "image_path", "filename", "file_path", *snapshots]
values = [
pair["positive_prompt_id"],
image_path,
os.path.basename(image_path),
normalized,
*snapshots.values(),
]
image_id = conn.execute(
"INSERT INTO generated_images("
+ ",".join(columns)
+ ") VALUES("
+ ",".join("?" for _ in columns)
+ ")",
values,
).lastrowid
linked = conn.execute(
"SELECT 1 FROM image_prompt_pairs WHERE pair_id=? "
"AND image_id=? AND provenance=?",
(pair_id, image_id, encoded),
).fetchone()
db._link_image_to_pair(conn, pair_id, image_id, provenance)
status = (
"added"
if existing is None
else "enriched" if changed or not linked else "unchanged"
)
return {
"status": status,
"pairs_added": pairs_added,
"links_added": int(not linked),
"pair_id": pair_id,
"image_id": image_id,
}
database/review.py
+541
View File
@@ -0,0 +1,541 @@
"""Needs review items (#249): persist and read capture-bound ambiguous evidence.
An item is one ambiguous resolver result for one annotation byte record (the
whole-file SHA-256 of one physical file at one locator), keyed by
``(byte_id, resolver_version, evidence_hash)``. Recording is idempotent: the
same evidence for the same bytes is a duplicate and never touches an existing
item, its state, revision or decisions. Changed bytes are a new byte record
and therefore a new pending item; the old one stays.
Callers pass verified facts (the capture's digest, size and ``mtime_ns``);
nothing here reads the filesystem. Writes run in one ``_pair_transaction``
fenced by the storage epoch the capture was taken under.
"""
import hashlib
import json
import os
import re
import sqlite3
from typing import Iterator
try:
from ..utils.hashing import generate_prompt_hash
except ImportError:
from utils.hashing import generate_prompt_hash
from .annotation_schema import (
BYTES_TABLE,
FILES_TABLE,
METADATA_TABLE as ANNOTATION_METADATA_TABLE,
)
from .annotations import _new_id, _validate_locator, _validate_target
from .models import normalize_image_path, utc_now_iso
from .review_schema import (
DECISIONS_TABLE,
ITEMS_TABLE,
MAX_CANDIDATES,
MAX_SPELLED_PATH_BYTES,
METADATA_TABLE,
canonical_evidence,
evidence_digest,
evidence_offers_choice,
)
# Only this module's table constants are interpolated into the SQL below.
_INSERT_ITEM = (
f"INSERT OR IGNORE INTO {ITEMS_TABLE}(id,byte_id,spelled_path," # nosec B608
"resolver_version,evidence_hash,evidence,candidate_count,limited,state,"
"revision,created_at,updated_at) VALUES(?,?,?,?,?,?,?,?,'pending',0,?,?)"
)
_BUMP_REVIEW_INDEX = (
f"UPDATE {METADATA_TABLE} SET " # nosec B608
"review_index_revision=review_index_revision+1 WHERE singleton_id=1"
)
# A later spelling of the same locator (a case-only rename on a case-folding
# filesystem) replaces the recorded one, so targets keep formatting.
_REFRESH_SPELLING = (
f"UPDATE {ITEMS_TABLE} SET spelled_path=? " # nosec B608
f"WHERE spelled_path<>? AND byte_id IN (SELECT b.id FROM {BYTES_TABLE} b "
f"JOIN {FILES_TABLE} f ON f.id=b.file_id WHERE f.locator=?)"
)
_REVIEW_INDEX = (
f"SELECT review_index_revision FROM {METADATA_TABLE} " # nosec B608
"WHERE singleton_id=1"
)
_BUMP_IMAGE_INDEX = (
f"UPDATE {ANNOTATION_METADATA_TABLE} SET " # nosec B608
"image_index_revision=image_index_revision+1 WHERE singleton_id=1"
)
_ITEMS_OF_LOCATOR = (
"SELECT i.id,i.byte_id,i.resolver_version,i.evidence_hash," # nosec B608
"i.evidence,i.candidate_count,i.limited,i.state,i.revision,i.created_at,"
f"i.updated_at,b.sha256 FROM {FILES_TABLE} f "
f"JOIN {BYTES_TABLE} b ON b.file_id=f.id "
f"JOIN {ITEMS_TABLE} i ON i.byte_id=b.id "
"WHERE f.locator=? ORDER BY i.created_at,i.id"
)
_QUEUED = (
f"SELECT 1 FROM {FILES_TABLE} f " # nosec B608
f"JOIN {BYTES_TABLE} b ON b.file_id=f.id "
f"JOIN {ITEMS_TABLE} i ON i.byte_id=b.id "
"WHERE f.locator=? AND b.size=? AND b.mtime_ns=? AND i.resolver_version=? "
"LIMIT 1"
)
_PENDING_AT = (
f"SELECT 1 FROM {FILES_TABLE} f " # nosec B608
f"JOIN {BYTES_TABLE} b ON b.file_id=f.id "
f"JOIN {ITEMS_TABLE} i ON i.byte_id=b.id "
"WHERE f.locator=? AND b.size=? AND b.mtime_ns=? AND i.resolver_version=? "
"AND i.state='pending' LIMIT 1"
)
# Pending items of one file: the candidates a link settles.
_PENDING_OF_LOCATOR = (
f"SELECT i.id FROM {FILES_TABLE} f " # nosec B608
f"JOIN {BYTES_TABLE} b ON b.file_id=f.id "
f"JOIN {ITEMS_TABLE} i ON i.byte_id=b.id "
"WHERE f.locator=? AND i.state='pending'"
)
# Pending items of one file with their evidence: an untraced file's settle.
_PENDING_EVIDENCE_OF_LOCATOR = (
f"SELECT i.id,i.evidence FROM {FILES_TABLE} f " # nosec B608
f"JOIN {BYTES_TABLE} b ON b.file_id=f.id "
f"JOIN {ITEMS_TABLE} i ON i.byte_id=b.id "
"WHERE f.locator=? AND i.state='pending'"
)
# Only an undecided item goes: a decision row (RESTRICT) is never deleted.
_SETTLE_ITEM = (
f"DELETE FROM {ITEMS_TABLE} WHERE id=? AND state='pending' " # nosec B608
f"AND revision=0 AND NOT EXISTS (SELECT 1 FROM {DECISIONS_TABLE} d "
f"WHERE d.item_id={ITEMS_TABLE}.id)"
)
_EPOCH = "SELECT storage_epoch FROM execution_history_metadata WHERE singleton_id=1"
_PENDING_COUNT = (
f"SELECT COUNT(*) FROM {ITEMS_TABLE} WHERE state='pending'" # nosec B608
)
_QUEUE_COLUMNS = (
"id",
"state",
"revision",
"created_at",
"candidate_count",
"limited",
"spelled_path",
"locator",
)
_QUEUE_SELECT = (
"SELECT i.id,i.state,i.revision,i.created_at,i.candidate_count," # nosec B608
f"i.limited,i.spelled_path,f.locator FROM {ITEMS_TABLE} i "
f"JOIN {BYTES_TABLE} b ON b.id=i.byte_id "
f"JOIN {FILES_TABLE} f ON f.id=b.file_id "
)
_QUEUE_FIRST = _QUEUE_SELECT + (
"WHERE i.state='pending' ORDER BY i.created_at,i.id LIMIT ?"
)
_QUEUE_AFTER = _QUEUE_SELECT + (
"WHERE i.state='pending' AND (i.created_at,i.id)>(?,?) "
"ORDER BY i.created_at,i.id LIMIT ?"
)
_DETAIL_COLUMNS = _QUEUE_COLUMNS + (
"byte_id",
"resolver_version",
"evidence_hash",
"evidence",
"updated_at",
"sha256",
)
_DETAIL = (
"SELECT i.id,i.state,i.revision,i.created_at,i.candidate_count," # nosec B608
"i.limited,i.spelled_path,f.locator,i.byte_id,i.resolver_version,"
"i.evidence_hash,i.evidence,i.updated_at,b.sha256 "
f"FROM {ITEMS_TABLE} i JOIN {BYTES_TABLE} b ON b.id=i.byte_id "
f"JOIN {FILES_TABLE} f ON f.id=b.file_id WHERE i.id=?"
)
# The legacy rows and pair links the ingester's compatibility rules read.
_DEPENDENT_IMAGES = (
"SELECT gi.id,p.hash,gi.image_path FROM generated_images gi "
"JOIN prompts p ON p.id=gi.prompt_id "
"WHERE gi.file_path=? OR gi.image_path=? ORDER BY gi.id"
)
_DEPENDENT_LINKS = (
"SELECT DISTINCT ip.pair_id,n.hash FROM image_prompt_pairs ip "
"JOIN prompt_pairs pp ON pp.id=ip.pair_id "
"LEFT JOIN prompts n ON n.id=pp.negative_prompt_id "
"WHERE ip.image_id=? ORDER BY ip.pair_id"
)
# Rows whose spelling ends with the file's name: the candidates for another
# spelling of the same physical file (the link summaries' filename fallback).
_SAME_NAME_ROWS = (
"SELECT id,image_path FROM generated_images "
"WHERE image_path LIKE ? ESCAPE '\\' ORDER BY id"
)
_TITLES = (
"SELECT p.hash,s.title FROM prompts p "
"JOIN prompt_library_state s ON s.prompt_id=p.id "
"WHERE p.hash IN ({marks}) AND s.title IS NOT NULL ORDER BY p.id"
)
_ITEM_ID = re.compile(r"[0-9a-f]{8}(?:-[0-9a-f]{4}){3}-[0-9a-f]{12}")
_ITEM_COLUMNS = (
"id",
"byte_id",
"resolver_version",
"evidence_hash",
"evidence",
"candidate_count",
"limited",
"state",
"revision",
"created_at",
"updated_at",
"sha256",
)
def _validate_spelling(spelled_path: object, locator: str) -> None:
if (
not isinstance(spelled_path, str)
or not spelled_path
or len(spelled_path.encode("utf-8", "surrogatepass")) > MAX_SPELLED_PATH_BYTES
or os.path.normcase(spelled_path) != locator
):
raise ValueError("spelled_path must be the file's spelling of its locator")
def dependent_images(conn: sqlite3.Connection, spellings) -> list:
"""``(id, image_path, positive_hash)`` of every legacy row of the file.
``spellings`` are the paths the file is linked under (the Apply path and
every alias of the same physical file); each is matched as the ingester
matches one path. Rows are distinct and ordered by id.
"""
found = {}
for spelled in dict.fromkeys(spellings):
for row in conn.execute(
_DEPENDENT_IMAGES, (normalize_image_path(spelled), spelled)
):
found[row[0]] = (row[0], row[2], row[1])
return [found[key] for key in sorted(found)]
def same_name_rows(conn: sqlite3.Connection, name: str) -> list:
"""``(id, image_path)`` of rows whose spelling may end with ``name``."""
# Imported here: operations composes this module's mixin.
from .operations import escape_like
return [
(row[0], row[1])
for row in conn.execute(_SAME_NAME_ROWS, (f"%{escape_like(name)}",))
]
def dependency_fingerprint(
conn: sqlite3.Connection, image_path: str, aliases=()
) -> str:
"""SHA-256 of what Apply's compatibility depends on for ``image_path``.
The exact legacy rows of the file under ``image_path`` and every alias
spelling of it, with their positive hashes, and each row's pair links
with the negative hash, read as the ingester reads them. Unrelated prompt
changes (tags, titles) do not move it.
"""
rows = []
for image_id, _spelled, positive_hash in dependent_images(
conn, (image_path, *aliases)
):
links = conn.execute(_DEPENDENT_LINKS, (image_id,)).fetchall()
rows.append([image_id, positive_hash, [list(link) for link in links]])
text = canonical_evidence({"v": 1, "images": rows})
return hashlib.sha256(text.encode("utf-8")).hexdigest()
class ReviewOperations:
"""PromptDatabase mixin: insert and read Needs review items."""
def record_review_item(
self,
*,
locator: str,
spelled_path: str,
sha256: str,
size: int,
mtime_ns: int,
epoch: str,
resolver_version: int,
evidence: dict,
candidate_count: int,
limited: bool,
) -> bool:
"""Store one ambiguous result for these exact bytes; True when new.
The byte record is created (or its verified fingerprint refreshed)
like an observe. ``spelled_path`` is the file's own spelling (it must
fold to ``locator``); targets are formatted from it. Raises
``LibraryCommandError("storage-changed")`` when the storage epoch is
no longer ``epoch`` (a restore since the capture) and ``ValueError``
for invalid facts or evidence.
"""
_validate_target(locator, sha256, size, mtime_ns)
_validate_spelling(spelled_path, locator)
if type(resolver_version) is not int or resolver_version < 1:
raise ValueError("resolver_version must be a positive integer")
if (
type(candidate_count) is not int
or not 0 <= candidate_count <= MAX_CANDIDATES
):
raise ValueError(f"candidate_count must be between 0 and {MAX_CANDIDATES}")
if not isinstance(limited, bool) or (limited and candidate_count):
raise ValueError("A limited item carries no candidates")
text = canonical_evidence(evidence)
evidence_hash = evidence_digest(text)
with self._pair_transaction() as conn:
self._library_epoch(conn, epoch)
now = utc_now_iso()
file_id = self._annotation_owner(conn, locator, now)
byte_id, _revision, created, moved = self._annotation_byte(
conn, file_id, sha256, size, mtime_ns, now
)
if created or moved:
conn.execute(_BUMP_IMAGE_INDEX)
cursor = conn.execute(
_INSERT_ITEM,
(
_new_id(),
byte_id,
spelled_path,
resolver_version,
evidence_hash,
text,
candidate_count,
int(limited),
now,
now,
),
)
inserted = cursor.rowcount > 0
refreshed = _refresh_spelling(conn, locator, spelled_path)
if inserted or refreshed:
conn.execute(_BUMP_REVIEW_INDEX)
return inserted
def refresh_review_spelling(self, locator: str, spelled_path: str) -> bool:
"""Record ``spelled_path`` as the spelling of every item at ``locator``.
The rescan's skip calls it for a file it does not copy again: a
case-only rename keeps size and ``mtime_ns``, and a target formatted
from the old spelling would be refused. True when a spelling changed
(the review index revision moves; item revisions do not, so an open
decision stays valid).
"""
_validate_locator(locator)
_validate_spelling(spelled_path, locator)
with self._pair_transaction() as conn:
refreshed = _refresh_spelling(conn, locator, spelled_path)
if refreshed:
conn.execute(_BUMP_REVIEW_INDEX)
return refreshed
def review_index_revision(self) -> int:
"""The queue's revision (moved by every queue change)."""
row = self.model.get_connection().execute(_REVIEW_INDEX).fetchone()
if row is None:
raise sqlite3.DatabaseError("Missing review queue metadata")
return row[0]
def review_items_for(self, locator: str) -> list:
"""Every item of the file at ``locator``, oldest first, evidence parsed."""
_validate_locator(locator)
return list(self._iter_review_items(locator))
def _iter_review_items(self, locator: str) -> Iterator[dict]:
conn = self.model.get_connection()
for row in conn.execute(_ITEMS_OF_LOCATOR, (locator,)):
item = dict(zip(_ITEM_COLUMNS, tuple(row)))
item["evidence"] = json.loads(item["evidence"])
item["limited"] = bool(item["limited"])
yield item
# -- queue reads (#249 E3) -------------------------------------------------
def review_fingerprint_queued(
self, locator: str, size: int, mtime_ns: int, resolver_version: int
) -> bool:
"""True when an item cites a byte record verified at this exact stat.
A rescan uses it to skip the copy and hash of a file it already
queued: the same ``(size, mtime_ns)`` the bytes were verified with.
"""
row = (
self.model.get_connection()
.execute(_QUEUED, (locator, size, mtime_ns, resolver_version))
.fetchone()
)
return row is not None
def review_pending_at(
self, locator: str, size: int, mtime_ns: int, resolver_version: int
) -> bool:
"""True when a *pending* item cites bytes verified at this exact stat.
``review_fingerprint_queued`` also matches decided items; a file whose
only item is decided is not in the queue.
"""
row = (
self.model.get_connection()
.execute(_PENDING_AT, (locator, size, mtime_ns, resolver_version))
.fetchone()
)
return row is not None
def review_file_linked(self, spellings) -> bool:
"""True when a saved row links the file under any of ``spellings``."""
with self._annotation_read() as conn:
return bool(dependent_images(conn, spellings))
def settle_linked_review_items(self, files) -> int:
"""Remove the pending, undecided items of files that are now linked.
``files`` holds ``(locator, spellings)`` per file. An item leaves the
queue only when it is still ``pending`` at revision 0 with no decision
row and a saved row links its file under one of ``spellings``; a
decided item is never touched. Files without a pending item cost one
indexed read and open no write transaction. Returns how many items
were removed (the review index revision moves when any was).
"""
files = [(locator, tuple(spellings)) for locator, spellings in files]
for locator, _spellings in files:
_validate_locator(locator)
conn = self.model.get_connection()
candidates = [
(locator, spellings)
for locator, spellings in files
if conn.execute(_PENDING_OF_LOCATOR, (locator,)).fetchone() is not None
]
if not candidates:
return 0
removed = 0
with self._pair_transaction() as conn:
for locator, spellings in candidates:
if not dependent_images(conn, spellings):
continue
for (item_id,) in conn.execute(
_PENDING_OF_LOCATOR, (locator,)
).fetchall():
removed += conn.execute(_SETTLE_ITEM, (item_id,)).rowcount
if removed:
conn.execute(_BUMP_REVIEW_INDEX)
return removed
def settle_untraced_review_items(self, locators) -> int:
"""Remove the pending, undecided items that offer nothing to choose.
``locators`` are files the caller found ambiguous without a choice
(fewer than two candidates carry a prompt). Of their items, one leaves
the queue only when its own stored evidence offers no choice either
(``evidence_offers_choice``) and it is still ``pending`` at revision 0
with no decision row, the same safe delete as
``settle_linked_review_items``. Files without a pending item cost one
indexed read and open no write transaction. Returns how many items
were removed (the review index revision moves when any was).
"""
locators = list(locators)
for locator in locators:
_validate_locator(locator)
conn = self.model.get_connection()
pending = [
locator
for locator in locators
if conn.execute(_PENDING_OF_LOCATOR, (locator,)).fetchone() is not None
]
if not pending:
return 0
removed = 0
with self._pair_transaction() as conn:
for locator in pending:
rows = conn.execute(_PENDING_EVIDENCE_OF_LOCATOR, (locator,)).fetchall()
for item_id, evidence in rows:
if evidence_offers_choice(json.loads(evidence)):
continue
removed += conn.execute(_SETTLE_ITEM, (item_id,)).rowcount
if removed:
conn.execute(_BUMP_REVIEW_INDEX)
return removed
def review_queue_page(self, *, limit: int, after: tuple | None = None) -> dict:
"""One page of pending items, oldest first, from one snapshot.
``after`` is the ``(created_at, id)`` keyset of the last item already
shown. Returns ``{epoch, revision, total, items, more}``; ``total`` is
the exact pending count and ``items`` carry their ``spelled_path`` and
``locator`` (server-side only).
"""
if type(limit) is not int or limit < 1:
raise ValueError("limit must be a positive integer")
with self._annotation_read() as conn:
epoch = conn.execute(_EPOCH).fetchone()
revision = conn.execute(_REVIEW_INDEX).fetchone()
if epoch is None or revision is None:
raise sqlite3.DatabaseError("Missing review queue metadata")
total = conn.execute(_PENDING_COUNT).fetchone()[0]
if after is None:
rows = conn.execute(_QUEUE_FIRST, (limit + 1,)).fetchall()
else:
rows = conn.execute(_QUEUE_AFTER, (*after, limit + 1)).fetchall()
items = [_queue_row(row, _QUEUE_COLUMNS) for row in rows[:limit]]
return {
"epoch": epoch[0],
"revision": revision[0],
"total": total,
"items": items,
"more": len(rows) > limit,
}
def review_item(self, item_id: str) -> dict | None:
"""One item with its parsed evidence and the pending total, or None."""
if not isinstance(item_id, str) or _ITEM_ID.fullmatch(item_id) is None:
return None
with self._annotation_read() as conn:
epoch = conn.execute(_EPOCH).fetchone()
if epoch is None:
raise sqlite3.DatabaseError("Missing execution history metadata")
row = conn.execute(_DETAIL, (item_id,)).fetchone()
if row is None:
return None
item = _queue_row(row, _DETAIL_COLUMNS)
item["evidence"] = json.loads(item["evidence"])
item["epoch"] = epoch[0]
item["total"] = conn.execute(_PENDING_COUNT).fetchone()[0]
return item
def review_dependency_fingerprint(self, image_path: str, aliases=()) -> str:
with self._annotation_read() as conn:
return dependency_fingerprint(conn, image_path, aliases)
def review_same_name_rows(self, name: str) -> list:
"""``(id, image_path)`` of legacy rows that may spell a file ``name``."""
with self._annotation_read() as conn:
return same_name_rows(conn, name)
def stored_prompt_titles(self, texts) -> dict:
"""Library titles of saved prompts by text (dedup hash), when set."""
hashes = {generate_prompt_hash(text): text for text in texts if text.strip()}
if not hashes:
return {}
marks = ",".join("?" * len(hashes))
found: dict[str, tuple] = {}
conn = self.model.get_connection()
for prompt_hash, title in conn.execute(
_TITLES.format(marks=marks), list(hashes)
):
text = hashes[prompt_hash]
found[text] = found.get(text, ()) + (title,)
return found
def _refresh_spelling(conn: sqlite3.Connection, locator: str, spelled: str) -> bool:
return conn.execute(_REFRESH_SPELLING, (spelled, spelled, locator)).rowcount > 0
def _queue_row(row, columns) -> dict:
item = dict(zip(columns, tuple(row)))
item["limited"] = bool(item["limited"])
return item
database/review_decisions.py
+287
View File
@@ -0,0 +1,287 @@
"""Needs review decisions (#249 E3): explicit, auditable and compatible-only.
A decision is one row of ``media_review_decisions`` for one item revision.
``selected`` links the chosen candidate's pair to the file through the public
ingester's compatible-only rules (``_ingest_resolved_pair_in``) in the same
``_pair_transaction`` as the decision row, the item's new state and revision
and the review index revision; any conflict or later failure rolls all of it
back. ``unresolved`` records the decision and links nothing. No decision
counts a run, touches usage or calls an execution writer.
Callers verify the file first (the capture must be the item's bytes and the
current file must still hash to them); nothing here reads the filesystem.
"""
import os
import sqlite3
from .annotation_schema import BYTES_TABLE
from .annotations import _new_id
from .library_commands import LibraryCommandError
from .models import utc_now_iso
from .review import (
_BUMP_REVIEW_INDEX,
_DETAIL,
_DETAIL_COLUMNS,
_PENDING_COUNT,
_queue_row,
dependency_fingerprint,
dependent_images,
same_name_rows,
)
from .review_schema import DECISIONS_TABLE, ITEMS_TABLE, canonical_evidence
DECISION_KIND = "user-selection"
_INSERT_DECISION = (
f"INSERT INTO {DECISIONS_TABLE}(id,item_id,decision_revision," # nosec B608
"created_at,outcome,candidate_hash,evidence,pair_id,image_id) "
"VALUES(?,?,?,?,?,?,?,?,?)"
)
_ADVANCE_ITEM = (
f"UPDATE {ITEMS_TABLE} SET state=?,revision=revision+1," # nosec B608
"updated_at=? WHERE id=? AND revision=?"
)
_ITEM_BYTES = (
f"SELECT b.sha256 FROM {ITEMS_TABLE} i " # nosec B608
f"JOIN {BYTES_TABLE} b ON b.id=i.byte_id WHERE i.id=?"
)
class ReviewCommandError(LibraryCommandError):
"""A decision lost a race or would rewrite an association.
``code`` is ``review-conflict`` (the item was decided or changed since it
was read), ``association-conflict`` (the choice is not compatible with
the file's saved links, or those links changed), ``file-changed`` (the
item is not about these bytes) or ``review-missing``. ``item`` is the
current item read inside the transaction, ``total`` the pending count and
``fingerprint`` the current dependency fingerprint, when known;
``changed`` marks an association conflict caused by links that changed
since the reviewer read them (rather than an incompatible choice).
"""
def __init__(
self, code, epoch, *, item=None, total=None, fingerprint=None, changed=False
):
super().__init__(code, epoch)
self.item = item
self.total = total
self.fingerprint = fingerprint
self.changed = changed
# The public view of ``item``, set by the API when it formats one.
self.view = None
class _Rollback(Exception):
"""Raised inside the transaction so the context manager rolls back."""
def __init__(self, error: ReviewCommandError):
super().__init__(error.code)
self.error = error
class ReviewDecisionOperations:
"""PromptDatabase mixin: record one decision on one Needs review item."""
def decide_review_item(
self,
*,
item_id: str,
expected_epoch: str,
expected_revision: int,
sha256: str,
outcome: str,
candidate: dict | None = None,
image_path: str | None = None,
metadata: dict | None = None,
expected_fingerprint: str | None = None,
aliases: tuple = (),
known_rows: frozenset | None = None,
) -> dict:
"""Record the decision; return ``{item, total, pair}``.
``selected`` needs the evidence ``candidate`` (with its ``hash``), the
``image_path`` the scan and the monitor link under, the captured
``metadata`` and the ``expected_fingerprint`` the reviewer saw.
``aliases`` are the other spellings legacy rows of the same physical
file use (a symlinked, junctioned or mapped root) and ``known_rows``
the ids of every same-name row the caller classified; a same-name row
it did not see is a changed association.
Raises ``LibraryCommandError("storage-changed")`` after a restore and
:class:`ReviewCommandError` for every refused decision, with zero
writes either way.
"""
if outcome not in ("selected", "unresolved"):
raise ValueError("outcome must be selected or unresolved")
if outcome == "selected" and (
not isinstance(candidate, dict) or not image_path
):
raise ValueError("A selected decision needs a candidate and a file")
try:
with self._pair_transaction() as conn:
return self._decide_in(
conn,
item_id=item_id,
expected_epoch=expected_epoch,
expected_revision=expected_revision,
sha256=sha256,
outcome=outcome,
candidate=candidate,
image_path=image_path,
metadata=metadata or {},
expected_fingerprint=expected_fingerprint,
aliases=tuple(aliases),
known_rows=known_rows,
)
except _Rollback as rollback:
raise rollback.error from None
def _decide_in(self, conn: sqlite3.Connection, **command) -> dict:
epoch = self._library_epoch(conn, command["expected_epoch"])
item_id = command["item_id"]
current = _current_item(conn, item_id)
if current is None:
raise _Rollback(ReviewCommandError("review-missing", epoch))
total = conn.execute(_PENDING_COUNT).fetchone()[0]
if (
current["state"] != "pending"
or current["revision"] != command["expected_revision"]
):
raise _Rollback(
ReviewCommandError("review-conflict", epoch, item=current, total=total)
)
if conn.execute(_ITEM_BYTES, (item_id,)).fetchone()[0] != command["sha256"]:
raise _Rollback(ReviewCommandError("file-changed", epoch))
decision_id = _new_id()
pair = None
candidate = command["candidate"] if command["outcome"] == "selected" else None
if candidate is not None:
pair = self._apply_candidate(
conn, epoch, current, decision_id, total, **command
)
evidence = {
"kind": DECISION_KIND,
"decision_id": decision_id,
"outcome": command["outcome"],
"reviewed_digest": command["sha256"],
"item_evidence_hash": current["evidence_hash"],
"resolver_version": current["resolver_version"],
"candidate": candidate,
"dependency_fingerprint": command["expected_fingerprint"],
"pair": pair,
}
now = utc_now_iso()
self._insert_review_decision(
conn,
(
decision_id,
item_id,
current["revision"] + 1,
now,
command["outcome"],
candidate["hash"] if candidate is not None else None,
canonical_evidence(evidence),
pair["id"] if pair else None,
pair["image_id"] if pair else None,
),
)
conn.execute(
_ADVANCE_ITEM, (command["outcome"], now, item_id, current["revision"])
)
conn.execute(_BUMP_REVIEW_INDEX)
return {
"item": _current_item(conn, item_id),
"total": conn.execute(_PENDING_COUNT).fetchone()[0],
"pair": pair,
"decision_id": decision_id,
}
def _apply_candidate(
self, conn, epoch, current, decision_id, total, **command
) -> dict:
"""Link the candidate's pair, compatible-only; raise on any conflict."""
# Imported here: pair_ingestion imports operations, which composes this.
from .pair_ingestion import _ingest_resolved_pair_in
image_path = command["image_path"]
aliases = command["aliases"]
fingerprint = dependency_fingerprint(conn, image_path, aliases)
known = command["known_rows"]
unseen = known is not None and any(
row_id not in known
for row_id, _path in same_name_rows(conn, os.path.basename(image_path))
)
if unseen or fingerprint != command["expected_fingerprint"]:
raise _Rollback(
ReviewCommandError(
"association-conflict",
epoch,
item=current,
total=total,
fingerprint=fingerprint,
changed=True,
)
)
rows = dependent_images(conn, (image_path, *aliases))
if len(rows) > 1:
# One file linked under several spellings: no single row to enrich.
raise _Rollback(
ReviewCommandError(
"association-conflict",
epoch,
item=current,
total=total,
fingerprint=fingerprint,
)
)
if rows:
# Enrich the one row of this file under the spelling it was
# linked with, so the ingester's compatibility rules see it.
image_path = rows[0][1]
candidate = command["candidate"]
positive, negative = candidate["positive"], candidate["negative"]
provenance = {
"kind": DECISION_KIND,
"decision_id": decision_id,
"reviewed_digest": command["sha256"],
"candidate_hash": candidate["hash"],
"resolver_version": current["resolver_version"],
"positive": positive,
"negative": negative,
}
result = _ingest_resolved_pair_in(
conn,
self,
image_path,
command["metadata"],
{"state": "resolved", "positive": positive, "negative": negative},
provenance=provenance,
)
if result["status"] == "conflict":
raise _Rollback(
ReviewCommandError(
"association-conflict",
epoch,
item=current,
total=total,
fingerprint=fingerprint,
)
)
return {
"id": result["pair_id"],
"image_id": result["image_id"],
"status": result["status"],
}
@staticmethod
def _insert_review_decision(conn: sqlite3.Connection, values: tuple) -> None:
conn.execute(_INSERT_DECISION, values)
def _current_item(conn: sqlite3.Connection, item_id: str) -> dict | None:
row = conn.execute(_DETAIL, (item_id,)).fetchone()
if row is None:
return None
item = _queue_row(row, _DETAIL_COLUMNS)
item.pop("evidence")
return item
database/review_schema.py
+507
View File
@@ -0,0 +1,507 @@
"""Needs review schema group (#249): capture-bound ambiguous items and decisions.
The group installs like ``image_annotations``: optional in old backups,
required once a database is current, and valid only beside a valid image
annotation group, because every item cites one annotation byte record. It owns
- ``media_review_metadata``: one row, the group's schema version and the
review index revision (moved by every queue change);
- ``media_review_items``: one ambiguous resolver result for one byte record,
keyed by ``(byte_id, resolver_version, evidence_hash)``, with the file's
spelling when it was recorded (the locator is case-folded on Windows, a
target is not), its canonical evidence, candidate count, ``limited`` flag,
state and revision;
- ``media_review_decisions``: the auditable decision history of an item, one
row per decision revision, with optional navigation to the pair and image
the decision linked (nulled, never cascaded, when those are deleted).
Evidence is canonical JSON (:func:`canonical_evidence`): one object, sorted
keys, no whitespace, ASCII only (so characters, bytes and the 8 MiB bound
agree and lone surrogates survive), no NaN or infinity. ``evidence_hash`` is
the SHA-256 of the item's evidence text.
Installation never backfills anything and never touches the filesystem.
Validation reads only: catalog objects compared after whitespace compaction,
columns and foreign keys through the PRAGMAs, persisted values in single
bounded SQL passes, then one streamed pass that re-canonicalizes each evidence
document (one row in memory at a time).
"""
import hashlib
import json
import re
import sqlite3
from typing import Any, Optional
from .annotation_schema import BYTES_TABLE
from .annotation_schema import TABLES as ANNOTATION_TABLES
from .annotation_schema import _catalog as _annotation_catalog
from .annotation_schema import annotation_schema_error
try:
from ..utils.json_strict import dumps_strict
except ImportError:
from utils.json_strict import dumps_strict
SCHEMA_VERSION = 1
METADATA_TABLE = "media_review_metadata"
ITEMS_TABLE = "media_review_items"
DECISIONS_TABLE = "media_review_decisions"
TABLES = (METADATA_TABLE, ITEMS_TABLE, DECISIONS_TABLE)
MAX_EVIDENCE_BYTES = 8 * 1024 * 1024
MAX_CANDIDATES = 16
# The file's own spelling when it was recorded (bytes of UTF-8 text). Locators
# are case-folded on Windows, so a target is formatted from this instead.
MAX_SPELLED_PATH_BYTES = 16384
ITEM_STATES = ("pending", "selected", "unresolved")
DECISION_OUTCOMES = ("selected", "unresolved")
_TIMESTAMP_BYTES = 64
_HEX64 = "length({c})=64 AND {c} NOT GLOB '*[^0-9a-f]*'"
_EVIDENCE_CHECK = f"CHECK(length(CAST(evidence AS BLOB)) <= {MAX_EVIDENCE_BYTES})"
_TABLE_DDL = {
METADATA_TABLE: (
f"CREATE TABLE {METADATA_TABLE} (singleton_id INTEGER PRIMARY KEY "
"CHECK(singleton_id=1), schema_version INTEGER NOT NULL "
f"CHECK(schema_version={SCHEMA_VERSION}), "
"review_index_revision INTEGER NOT NULL DEFAULT 0 "
"CHECK(review_index_revision>=0))"
),
ITEMS_TABLE: (
f"CREATE TABLE {ITEMS_TABLE} (id TEXT PRIMARY KEY CHECK(length(id)=36), "
f"byte_id TEXT NOT NULL REFERENCES {BYTES_TABLE}(id) ON DELETE RESTRICT, "
"spelled_path TEXT NOT NULL CHECK(length(CAST(spelled_path AS BLOB)) "
f"BETWEEN 1 AND {MAX_SPELLED_PATH_BYTES}), "
"resolver_version INTEGER NOT NULL, evidence_hash TEXT NOT NULL "
f"CHECK({_HEX64.format(c='evidence_hash')}), "
f"evidence TEXT NOT NULL {_EVIDENCE_CHECK}, "
"candidate_count INTEGER NOT NULL "
f"CHECK(candidate_count BETWEEN 0 AND {MAX_CANDIDATES}), "
"limited INTEGER NOT NULL CHECK(limited IN (0,1)), "
"state TEXT NOT NULL CHECK(state IN ('pending','selected','unresolved')), "
"revision INTEGER NOT NULL CHECK(revision>=0), created_at TEXT NOT NULL, "
"updated_at TEXT NOT NULL, UNIQUE(byte_id, resolver_version, evidence_hash))"
),
DECISIONS_TABLE: (
f"CREATE TABLE {DECISIONS_TABLE} (id TEXT PRIMARY KEY "
"CHECK(length(id)=36), item_id TEXT NOT NULL "
f"REFERENCES {ITEMS_TABLE}(id) ON DELETE RESTRICT, "
"decision_revision INTEGER NOT NULL, created_at TEXT NOT NULL, "
"outcome TEXT NOT NULL CHECK(outcome IN ('selected','unresolved')), "
"candidate_hash TEXT CHECK(candidate_hash IS NULL OR "
f"({_HEX64.format(c='candidate_hash')})), "
f"evidence TEXT NOT NULL {_EVIDENCE_CHECK}, "
"pair_id INTEGER REFERENCES prompt_pairs(id) ON DELETE SET NULL, "
"image_id INTEGER REFERENCES generated_images(id) ON DELETE SET NULL, "
"UNIQUE(item_id, decision_revision), "
"CHECK((outcome='selected') = (candidate_hash IS NOT NULL)))"
),
}
_INDEX_DDL = {
# The queue reads pending items oldest first with a stable tiebreak.
"idx_media_review_items_queue": (
"CREATE INDEX idx_media_review_items_queue ON "
f"{ITEMS_TABLE}(state, created_at, id)"
),
# Deleting a pair or an image nulls decision navigation by index, not scan.
"idx_media_review_decisions_pair": (
"CREATE INDEX idx_media_review_decisions_pair ON " f"{DECISIONS_TABLE}(pair_id)"
),
"idx_media_review_decisions_image": (
"CREATE INDEX idx_media_review_decisions_image ON "
f"{DECISIONS_TABLE}(image_id)"
),
}
# ``sqlite_autoindex_<table>_<n>``: the TEXT primary key and the UNIQUE key.
_AUTOINDEXES = {ITEMS_TABLE: 2, DECISIONS_TABLE: 2}
# (name, declared type, not null, default, primary key position)
_COLUMNS = {
METADATA_TABLE: (
("singleton_id", "INTEGER", 0, None, 1),
("schema_version", "INTEGER", 1, None, 0),
("review_index_revision", "INTEGER", 1, "0", 0),
),
ITEMS_TABLE: (
("id", "TEXT", 0, None, 1),
("byte_id", "TEXT", 1, None, 0),
("spelled_path", "TEXT", 1, None, 0),
("resolver_version", "INTEGER", 1, None, 0),
("evidence_hash", "TEXT", 1, None, 0),
("evidence", "TEXT", 1, None, 0),
("candidate_count", "INTEGER", 1, None, 0),
("limited", "INTEGER", 1, None, 0),
("state", "TEXT", 1, None, 0),
("revision", "INTEGER", 1, None, 0),
("created_at", "TEXT", 1, None, 0),
("updated_at", "TEXT", 1, None, 0),
),
DECISIONS_TABLE: (
("id", "TEXT", 0, None, 1),
("item_id", "TEXT", 1, None, 0),
("decision_revision", "INTEGER", 1, None, 0),
("created_at", "TEXT", 1, None, 0),
("outcome", "TEXT", 1, None, 0),
("candidate_hash", "TEXT", 0, None, 0),
("evidence", "TEXT", 1, None, 0),
("pair_id", "INTEGER", 0, None, 0),
("image_id", "INTEGER", 0, None, 0),
),
}
# (column, parent table, parent column, on delete)
_FOREIGN_KEYS = {
METADATA_TABLE: set(),
ITEMS_TABLE: {("byte_id", BYTES_TABLE, "id", "RESTRICT")},
DECISIONS_TABLE: {
("item_id", ITEMS_TABLE, "id", "RESTRICT"),
("pair_id", "prompt_pairs", "id", "SET NULL"),
("image_id", "generated_images", "id", "SET NULL"),
},
}
class _NonCanonical(ValueError):
pass
def _reject_constant(name: str) -> Any:
raise _NonCanonical(f"JSON constant {name} is not allowed")
# Built once: validation re-encodes every stored document at startup.
_ENCODER = json.JSONEncoder(
sort_keys=True, separators=(",", ":"), ensure_ascii=True, allow_nan=False
)
_DECODER = json.JSONDecoder(parse_constant=_reject_constant)
def canonical_evidence(value: Any) -> str:
"""Serialize one evidence object canonically; ``ValueError`` when invalid.
The text is a JSON object with sorted keys, no whitespace, ASCII only and
no NaN/infinity, at most ``MAX_EVIDENCE_BYTES`` bytes. A non-finite number
(ComfyUI stamps ``NaN`` into graphs) is written as ``null``, the store's
policy everywhere (``utils.json_strict.dumps_strict``).
"""
if not isinstance(value, dict):
raise ValueError("Review evidence must be a JSON object")
try:
try:
text = _ENCODER.encode(value)
except ValueError as error:
if "Out of range float" not in str(error):
raise
text = dumps_strict(
value, sort_keys=True, separators=(",", ":"), ensure_ascii=True
)
except (TypeError, RecursionError) as error:
raise ValueError(f"Review evidence is not serializable: {error}") from None
if len(text) > MAX_EVIDENCE_BYTES:
raise ValueError("Review evidence is larger than 8 MiB")
return text
def choosable(candidate: Any) -> bool:
"""True when a candidate offers a prompt to choose: it is ``resolved`` and
its positive side carries non-blank text. The page disables any other
candidate, so it is never something to choose.
"""
if not isinstance(candidate, dict) or candidate.get("state") != "resolved":
return False
positive = candidate.get("positive")
if not isinstance(positive, dict):
return False
text = positive.get("text")
return isinstance(text, str) and bool(text.strip())
# An item is worth a decision only when at least this many candidates offer
# a prompt; with fewer there is nothing to choose between (maintainer test of
# #284/#288: 39 items whose candidates were all "unresolved").
MIN_CHOOSABLE = 2
def evidence_offers_choice(evidence: Any) -> bool:
"""False when stored evidence provably offers nothing to choose.
Unlimited evidence must list ``MIN_CHOOSABLE`` choosable candidates. A
limited item stores none, only ``candidate_total``; it may offer a choice
(more than ``MAX_CANDIDATES`` prompts) unless that total is too small.
"""
if not isinstance(evidence, dict):
return False
if evidence.get("limited"):
total = evidence.get("candidate_total")
return type(total) is int and total >= MIN_CHOOSABLE
candidates = evidence.get("candidates")
if not isinstance(candidates, list):
return False
return sum(1 for c in candidates if choosable(c)) >= MIN_CHOOSABLE
def evidence_digest(text: str) -> str:
"""SHA-256 of canonical evidence text (ASCII, hence UTF-8 identical)."""
return hashlib.sha256(text.encode("utf-8")).hexdigest()
def _is_canonical(text: Any) -> bool:
if not isinstance(text, str):
return False
try:
value = _DECODER.decode(text)
return canonical_evidence(value) == text
except (ValueError, RecursionError):
return False
def _compact(sql: str) -> str:
return re.sub(r"\s+", "", sql).lower()
def _uuid(column: str) -> str:
"""SQL: *column* is a lowercase hyphenated 36-character UUID string."""
return (
f"typeof({column}) = 'text' AND length({column}) = 36 "
f"AND substr({column}, 9, 1) = '-' AND substr({column}, 14, 1) = '-' "
f"AND substr({column}, 19, 1) = '-' AND substr({column}, 24, 1) = '-' "
f"AND length(replace({column}, '-', '')) = 32 "
f"AND replace({column}, '-', '') NOT GLOB '*[^0-9a-f]*'"
)
def _timestamp(column: str) -> str:
return (
f"typeof({column}) = 'text' "
f"AND length(CAST({column} AS BLOB)) <= {_TIMESTAMP_BYTES}"
)
def _non_negative(column: str) -> str:
return f"typeof({column}) = 'integer' AND {column} >= 0"
def _hex64(column: str) -> str:
return f"typeof({column}) = 'text' AND " + _HEX64.format(c=column)
def _evidence(column: str) -> str:
# Type and size only: the streamed pass below proves the text canonical
# (which implies printable ASCII), so a pattern scan here would read every
# document a second time.
return (
f"typeof({column}) = 'text' "
f"AND length(CAST({column} AS BLOB)) BETWEEN 2 AND {MAX_EVIDENCE_BYTES}"
)
def _nullable_integer(column: str) -> str:
return f"({column} IS NULL OR typeof({column}) = 'integer')"
def _in(column: str, values: tuple) -> str:
return f"typeof({column}) = 'text' AND {column} IN ({repr(values)[1:-1]})"
# Every row of a table must satisfy its predicate; one pass each, LIMIT 1.
_ROW_PREDICATES = {
ITEMS_TABLE: " AND ".join(
(
_uuid("id"),
_uuid("byte_id"),
"typeof(spelled_path) = 'text' AND length(CAST(spelled_path AS BLOB)) "
f"BETWEEN 1 AND {MAX_SPELLED_PATH_BYTES}",
"typeof(resolver_version) = 'integer'",
_hex64("evidence_hash"),
_evidence("evidence"),
_non_negative("candidate_count"),
f"candidate_count <= {MAX_CANDIDATES}",
"typeof(limited) = 'integer' AND limited IN (0, 1)",
_in("state", ITEM_STATES),
_non_negative("revision"),
_timestamp("created_at"),
_timestamp("updated_at"),
)
),
DECISIONS_TABLE: " AND ".join(
(
_uuid("id"),
_uuid("item_id"),
_non_negative("decision_revision"),
_timestamp("created_at"),
_in("outcome", DECISION_OUTCOMES),
"(CASE WHEN outcome = 'selected' THEN "
f"{_hex64('candidate_hash')} ELSE candidate_hash IS NULL END)",
_evidence("evidence"),
_nullable_integer("pair_id"),
_nullable_integer("image_id"),
)
),
}
def _expected_catalog() -> set:
objects = {("table", name, _compact(sql)) for name, sql in _TABLE_DDL.items()}
objects |= {("index", name, _compact(sql)) for name, sql in _INDEX_DDL.items()}
objects |= {
("index", f"sqlite_autoindex_{table}_{n}", "")
for table, count in _AUTOINDEXES.items()
for n in range(1, count + 1)
}
return objects
def _catalog(conn: sqlite3.Connection) -> list:
names = TABLES + tuple(_INDEX_DDL)
marks = ",".join("?" * len(names))
table_marks = ",".join("?" * len(TABLES))
return conn.execute( # only "?" placeholders are interpolated
"SELECT type,name,sql FROM sqlite_master "
f"WHERE name IN ({marks}) OR tbl_name IN ({table_marks})", # nosec B608
names + TABLES,
).fetchall()
def _structure_error(conn: sqlite3.Connection) -> Optional[str]:
for table, expected in _COLUMNS.items():
columns = tuple(
(row[1], row[2].upper(), row[3], row[4], row[5])
for row in conn.execute(f"PRAGMA table_info({table})")
)
if columns != expected:
return f"Review queue table {table} has invalid columns"
foreign_keys = {
(row[3], row[2], row[4], row[6])
for row in conn.execute(f"PRAGMA foreign_key_list({table})")
}
if foreign_keys != _FOREIGN_KEYS[table]:
return f"Review queue table {table} has invalid foreign keys"
if conn.execute(f"PRAGMA foreign_key_check({table})").fetchone():
return f"Review queue table {table} contains foreign key violations"
return None
def _evidence_error(conn: sqlite3.Connection) -> Optional[str]:
"""Stream every evidence document once; one row is held at a time."""
for evidence_hash, text in conn.execute(
f"SELECT evidence_hash, evidence FROM {ITEMS_TABLE}" # nosec B608
):
if not _is_canonical(text) or evidence_digest(text) != evidence_hash:
return f"Review queue table {ITEMS_TABLE} contains invalid evidence"
for (text,) in conn.execute(
f"SELECT evidence FROM {DECISIONS_TABLE}" # nosec B608
):
if not _is_canonical(text):
return f"Review queue table {DECISIONS_TABLE} contains invalid evidence"
return None
def _value_error(conn: sqlite3.Connection) -> Optional[str]:
# Only this module's constants are interpolated into the SQL below.
rows = conn.execute(
"SELECT COUNT(*), MIN(typeof(singleton_id) = 'integer' " # nosec B608
"AND singleton_id = 1 AND typeof(schema_version) = 'integer' "
f"AND schema_version = {SCHEMA_VERSION} "
f"AND {_non_negative('review_index_revision')}) FROM {METADATA_TABLE}"
).fetchone()
if rows[0] != 1 or rows[1] != 1:
return "Review queue metadata is invalid"
for table, predicate in _ROW_PREDICATES.items():
if conn.execute(
f"SELECT 1 FROM {table} WHERE NOT ({predicate}) LIMIT 1" # nosec B608
).fetchone():
return f"Review queue table {table} contains invalid values"
return _evidence_error(conn)
def review_without_annotations_error(conn: sqlite3.Connection) -> Optional[str]:
"""Catalog only: a review group present without its annotation tables.
Startup asks this before the annotation group installs, which would make
a review group copied without it look valid. It reads no rows; the full
validation runs once in :func:`migrate_review_state`.
"""
if not _catalog(conn):
return None
present = {
name for kind, name, _sql in _annotation_catalog(conn) if kind == "table"
}
if present != set(ANNOTATION_TABLES):
return (
"Review queue schema requires a valid image annotation schema: "
"Missing image annotation schema"
)
return None
def review_schema_error(
conn: sqlite3.Connection,
*,
allow_missing: bool = True,
annotations_valid: bool = False,
) -> Optional[str]:
"""Reject partial or unsupported review schemas and invalid rows.
Reads only: nothing is ever repaired. A database without any of the
group's objects is acceptable for backups that predate it unless
``allow_missing`` is false. A present group requires a present, valid
image annotation group; ``annotations_valid`` says the caller has just
validated it (startup's annotation install), so only its presence is
checked again.
"""
objects = _catalog(conn)
if not objects:
return None if allow_missing else "Missing review queue schema"
if annotations_valid:
annotation_error = review_without_annotations_error(conn)
else:
annotation_error = annotation_schema_error(conn, allow_missing=False)
if annotation_error:
annotation_error = (
"Review queue schema requires a valid image annotation schema: "
+ annotation_error
)
if annotation_error:
return annotation_error
present = {name for kind, name, _sql in objects if kind == "table"}
if present != set(TABLES):
return "Incomplete review queue schema"
actual = {(kind, name, _compact(sql or "")) for kind, name, sql in objects}
if actual != _expected_catalog():
return "Review queue has an invalid schema definition"
return _structure_error(conn) or _value_error(conn)
def migrate_review_state(conn: sqlite3.Connection) -> None:
"""Install the group atomically; validate before and after creating it.
Runs after ``migrate_annotation_state`` (which has just validated the
annotation group): the group is only valid beside the annotation group it
cites. A present group is validated once, evidence included.
"""
conn.execute("SAVEPOINT media_review_schema")
try:
installed = bool(_catalog(conn))
error = review_schema_error(conn, annotations_valid=True)
if error:
raise sqlite3.DatabaseError(error)
if installed:
# Already complete and valid: nothing to create, and the evidence
# pass is the expensive part of validation, so it runs once.
conn.execute("RELEASE media_review_schema")
return
for sql in _TABLE_DDL.values():
conn.execute(sql.replace("CREATE TABLE", "CREATE TABLE IF NOT EXISTS", 1))
for sql in _INDEX_DDL.values():
conn.execute(sql.replace("INDEX", "INDEX IF NOT EXISTS", 1))
conn.execute(
f"INSERT OR IGNORE INTO {METADATA_TABLE} "
"(singleton_id, schema_version, review_index_revision) VALUES (1, ?, 0)",
(SCHEMA_VERSION,),
)
error = review_schema_error(conn, allow_missing=False, annotations_valid=True)
if error:
raise sqlite3.DatabaseError(error)
conn.execute("RELEASE media_review_schema")
except BaseException:
conn.execute("ROLLBACK TO media_review_schema")
conn.execute("RELEASE media_review_schema")
raise
py/api/__init__.py
+9
View File
@@ -9,6 +9,8 @@ Split into domain-specific mixins for maintainability:
- JobRoutesMixin: the session job registry behind Activity (py/api/jobs.py)
- ImageTagJobsMixin: bulk Add tags / Auto-tag as image-tags jobs
- ThumbnailJobsMixin: thumbnail plan, thumbnail job and the gallery stream on it
- ReviewRoutesMixin: the Needs review queue, item detail and decisions
- ReviewRecordingMixin: Needs review recording for the scan and the monitor
- SystemRoutesMixin: System health check, Overview and usage statistics
"""
@@ -31,6 +33,8 @@ from .pairs import PairRoutesMixin
from .library import LibraryRoutesMixin
from .vocabulary import VocabularyRoutesMixin
from .annotations import AnnotationRoutesMixin
from .review import ReviewRoutesMixin
from .review_recording import ReviewRecordingMixin
from .saved_views import SavedViewRoutesMixin
from .history import HistoryRoutesMixin
from .images import ImageRoutesMixin
@@ -266,6 +270,8 @@ class PromptManagerAPI(
LibraryRoutesMixin,
VocabularyRoutesMixin,
AnnotationRoutesMixin,
ReviewRoutesMixin,
ReviewRecordingMixin,
SavedViewRoutesMixin,
HistoryRoutesMixin,
PromptRoutesMixin,
@@ -307,6 +313,8 @@ class PromptManagerAPI(
# created on first use with their restore subscription.
self._captures = None
self._captures_unsubscribe = None
# Set by close_annotation_captures (shutdown): no store is recreated.
self._captures_closed = False
self._cached_output_dir = None # Lazy-cached by _find_comfyui_output_dir()
self._html_cache = {} # Cached HTML file contents keyed by path
self._gallery_cache = {} # dict: path_str -> (files, timestamp)
@@ -487,6 +495,7 @@ class PromptManagerAPI(
self._register_library_routes(routes)
self._register_vocabulary_routes(routes)
self._register_annotation_routes(routes)
self._register_review_routes(routes)
self._register_saved_view_routes(routes)
self._register_history_routes(routes)
self._register_prompt_routes(routes)
py/api/admin.py
+87 -10
View File
@@ -45,6 +45,7 @@ try:
parse_page_json,
)
from ...utils.prompt_pair_resolver import resolve_prompt_pair
from ...utils.review_capture import reviewable
except ImportError:
from database.operations import PromptDatabase
from database.pair_ingestion import ingest_resolved_pair
@@ -55,6 +56,7 @@ except ImportError:
parse_page_json,
)
from utils.prompt_pair_resolver import resolve_prompt_pair
from utils.review_capture import reviewable
try:
@@ -212,6 +214,30 @@ def _time_left(done, total, batches, elapsed):
return f" · about {minutes} min left"
def new_review_counts():
"""The scan's Needs review tally: ``added`` new items, ``queued`` files
in the queue after this scan (new or already there), ``settled`` items
removed because their file is linked now, ``untraced`` items removed
because they offer nothing to choose, and ``errors``."""
return {"added": 0, "queued": 0, "settled": 0, "untraced": 0, "errors": 0}
def _review_scope(review):
"""The scan job's ``scope`` keys for its Needs review tally.
``review_items`` is the number of this scan's files that are in the
pending queue after it: the review group's ambiguous files, less those a
capture could not read or a decision already settled.
"""
return {
"review_items": review["queued"],
"review_added": review["added"],
"review_settled": review["settled"],
"review_untraced": review["untraced"],
"review_errors": review["errors"],
}
def _scan_status_line(done, total, batches, elapsed):
""" "Processing file N of M", with an estimate once enough batches ran."""
line = f"Processing file {done:,} of {total:,}"
@@ -1461,10 +1487,13 @@ class AdminRoutesMixin:
known = set()
if media_files and job.scope.get("files") != "all":
known = await self._known_scan_files(job, media_files)
review = new_review_counts()
job.scope.update(_review_scope(review))
async for event in self._scan_batches(
media_files, counts, job, roots, known
media_files, counts, job, roots, known, review
):
yield event
self._log_review_items(job, review)
self.logger.info(
f"Scan completed: processed={counts['processed']}, "
@@ -1501,12 +1530,16 @@ class AdminRoutesMixin:
sizes = {str(media_file): _file_size(media_file) for media_file in media_files}
return self.db.get_known_resolved_paths(sizes)
async def _scan_batches(self, media_files, counts, job, roots=(), known=()):
async def _scan_batches(
self, media_files, counts, job, roots=(), known=(), review=None
):
"""Process ``media_files`` in executor batches, updating ``counts`` in place.
Records each file's outcome in ``job`` and yields one progress event
per batch. Files in ``known`` (path strings) are not read: they count
as processed and unchanged and are recorded as skipped.
as processed and unchanged and are recorded as skipped. ``review``
counts the Needs review items the batches record (``job.scope``
``review_items`` / ``review_errors`` follow it after every batch).
"""
total = len(media_files)
started = time.monotonic()
@@ -1529,9 +1562,16 @@ class AdminRoutesMixin:
batch_results,
roots=roots,
outcomes=outcomes,
review=review,
)
for key in counts:
counts[key] += batch_counts[key]
if review is not None:
# After the batch's links: a file linked now leaves the queue.
await self._run_in_executor(
self._settle_scanned_reviews, batch, roots, review
)
job.scope.update(_review_scope(review))
for group, row, log_line in outcomes:
job.record(group, row, log_line)
@@ -1581,12 +1621,20 @@ class AdminRoutesMixin:
return map_parallel(extract, file_batch, PromptManagerConfig.WORKER_THREADS)
def _ingest_scan_batch_sync(self, batch_results, roots=(), outcomes=None):
def _ingest_scan_batch_sync(
self, batch_results, roots=(), outcomes=None, review=None
):
"""Store the prompts found in a metadata batch (blocking DB work).
Returns the legacy counts. When ``outcomes`` is a list, every processed
file appends its ``(group, row, log_line)`` for the scan job, with the
path relative to its root in ``roots`` (see ``_scan_roots``).
path relative to its root in ``roots`` (see ``_scan_roots``). A file
whose final outcome is ambiguous and unlinked (the resolver found it
ambiguous and the fallback did not link it) is recorded for Needs
review (best effort, counted in ``review`` when given); one a saved
row already links is reported ``unchanged`` and never queued. An
ambiguous file with nothing to choose is reported ``unresolved`` and
its pending items without a choice leave the queue.
"""
counts = dict.fromkeys(SCAN_COUNT_KEYS, 0)
@@ -1598,13 +1646,27 @@ class AdminRoutesMixin:
if self._scan_job and self._scan_job.cancelled:
break
counts["processed"] += 1
ambiguous, untraced = [], []
try:
outcome = self._ingest_scanned_file(media_file, metadata, detailed=True)
outcome = self._ingest_scanned_file(
media_file,
metadata,
detailed=True,
ambiguous=ambiguous,
untraced=untraced,
)
except Exception as e:
self.logger.error(f"Error processing {media_file.name}: {e}")
counts["failed"] += 1
note(media_file, "error")
continue
if ambiguous and outcome == "ambiguous":
if self._review_file_linked(media_file, roots):
outcome = "unchanged" # already linked: not a review case
else:
self._record_scanned_review(media_file, roots, review)
elif untraced and outcome == "unresolved":
self._settle_untraced_reviews(untraced, roots, review)
if outcome is None:
note(media_file, None)
continue
@@ -1638,13 +1700,21 @@ class AdminRoutesMixin:
return None
return positive.strip() or None
def _ingest_scanned_file(self, media_file, metadata, detailed=False):
def _ingest_scanned_file(
self, media_file, metadata, detailed=False, ambiguous=None, untraced=None
):
"""Enrich exact pairs; retain legacy positive-only import for absent pairs.
Returns the file's scan status, or None without prompt metadata. With
``detailed``, a stored or linked file returns a dict instead: its
``status``, the prompt's display ``title`` and, for a resolved pair,
the pair counts.
the pair counts. When the resolver finds the file ambiguous (whether
or not the browser parser then links it) and ``ambiguous`` is a list,
``media_file`` is appended to it; only a file that then returns
``"ambiguous"`` (nothing linked it) is a Needs review case. An
ambiguous result with nothing to choose (``reviewable`` is False: fewer
than two candidates carry a prompt) that nothing links returns
``"unresolved"`` instead, and ``media_file`` goes to ``untraced``.
"""
if not metadata:
return None
@@ -1660,6 +1730,13 @@ class AdminRoutesMixin:
return None
_with_file_size(canonical, media_file)
resolution = resolve_prompt_pair(canonical)
# Ambiguous without a choice: unresolved unless something links it.
unchoosable = resolution["state"] == "ambiguous" and not reviewable(resolution)
if unchoosable:
if untraced is not None:
untraced.append(media_file)
elif resolution["state"] == "ambiguous" and ambiguous is not None:
ambiguous.append(media_file)
if resolution["state"] == "resolved":
result = ingest_resolved_pair(
self.db, str(media_file), canonical, resolution
@@ -1679,9 +1756,9 @@ class AdminRoutesMixin:
# Graphs without a recognized sampler keep the legacy extractor below.
prompt_text = self._graph_prompt_text(metadata)
if not prompt_text:
return resolution["state"]
return "unresolved" if unchoosable else resolution["state"]
elif resolution["state"] == "ambiguous":
return "ambiguous"
return "unresolved" if unchoosable else "ambiguous"
elif resolution["state"] == "unresolved" and not isinstance(
canonical.get("parameters"), str
):
py/api/annotations.py
+35 -13
View File
@@ -13,6 +13,7 @@ import datetime
import functools
import os
import re
import threading
from pathlib import Path
from aiohttp import web
@@ -73,6 +74,9 @@ _HEX64 = re.compile(r"[0-9a-f]{64}")
_UUID = re.compile(r"[0-9a-f]{8}(?:-[0-9a-f]{4}){3}-[0-9a-f]{12}")
# secrets.token_urlsafe(32) is 43 characters; the bound only rejects junk.
_TOKEN = re.compile(r"[A-Za-z0-9_-]{1,128}")
# The store is created on first use by the event loop, the scan's executor or
# the monitor's worker (Needs review), so its creation is serialized.
_CAPTURE_STORE_LOCK = threading.Lock()
_PREVIEW_TYPES = {
".png": "image/png",
@@ -259,31 +263,46 @@ class AnnotationRoutesMixin:
Created lazily so an API object that never observes a file (most tests,
a server that never opens the Tag dialog) owns no temp directory. A
restore of the database dooms every capture (``invalidate_all``).
Thread-safe: Needs review recording calls it off the event loop.
Raises ``CaptureError`` after ``close_annotation_captures``.
"""
if self._captures is None:
self._captures = CaptureStore()
if self._captures_unsubscribe is None:
self._captures_unsubscribe = subscribe_history_restore(
self.db.model.db_path, self._invalidate_captures
)
return self._captures
with _CAPTURE_STORE_LOCK:
if getattr(self, "_captures_closed", False):
# A recording still in flight at shutdown must not create a
# new temp directory after the cleanup removed the old one.
raise CaptureError("The capture store is closed")
if self._captures is None:
self._captures = CaptureStore()
if self._captures_unsubscribe is None:
self._captures_unsubscribe = subscribe_history_restore(
self.db.model.db_path, self._invalidate_captures
)
return self._captures
def _invalidate_captures(self) -> None:
store = self._captures
if store is not None:
store.invalidate_all()
def close_annotation_captures(self) -> None:
"""Remove every capture file and the owned directory. Idempotent."""
unsubscribe, self._captures_unsubscribe = self._captures_unsubscribe, None
def close_annotation_captures(self, *, final: bool = False) -> None:
"""Remove every capture file and the owned directory. Idempotent.
Taken under the store lock. ``final`` (the shutdown cleanup) also makes
``_capture_store`` refuse to create another store, so a recording
still in flight cannot leak a new temp directory after it.
"""
with _CAPTURE_STORE_LOCK:
if final:
self._captures_closed = True
unsubscribe, self._captures_unsubscribe = self._captures_unsubscribe, None
store, self._captures = self._captures, None
if unsubscribe is not None:
unsubscribe()
store, self._captures = self._captures, None
if store is not None:
store.close()
async def cleanup_annotation_captures(self, app: web.Application) -> None:
self.close_annotation_captures()
self.close_annotation_captures(final=True)
# -- shared request steps --------------------------------------------------
@@ -329,7 +348,10 @@ class AnnotationRoutesMixin:
root, error = self._scoped_root(index, scope)
if error is not None:
return error
store = self._capture_store()
try:
store = self._capture_store()
except CaptureError as exc: # the server is shutting down
return _capture_error(exc)
try:
epoch = await self._run_in_executor(self.db.get_execution_epoch)
capture = await _settled(
py/api/jobs.py
+4 -3
View File
@@ -464,7 +464,8 @@ class JobRegistry:
if same_kind is not None:
return same_kind
refused = _REFUSED_BESIDE[resolve_admission(admission, record_changing)]
running = [job for job in self._jobs.values() if job.running]
# A snapshot: the monitor's worker thread asks too (Needs review).
running = [job for job in tuple(self._jobs.values()) if job.running]
running.sort(key=lambda job: job._started_seq)
for job in running:
if job.admission in refused:
@@ -495,8 +496,8 @@ class JobRegistry:
return self._jobs.get(job_id)
def active(self, kind):
"""The running job of ``kind``, or None."""
for job in self._jobs.values():
"""The running job of ``kind``, or None (safe off the event loop)."""
for job in tuple(self._jobs.values()):
if job.kind == kind and job.running:
return job
return None
py/api/review.py
+689
View File
@@ -0,0 +1,689 @@
"""Needs review routes (#249 E3): the pending queue, item detail, decisions.
``GET /prompt_manager/review/items`` lists pending items oldest first behind
an HMAC keyset cursor bound to the storage epoch and the review index
revision (any decision, new item or restore makes an old cursor stale);
``total`` is the exact pending count. ``GET .../items/{id}`` adds the
candidates and the dependency fingerprint. ``POST .../items/{id}/decision``
records one explicit decision: Apply links the chosen sampler's pair only
when the capture is the item's bytes, the current file still hashes to them,
the evidence they yield is unchanged and the ingester's compatible-only rules
allow it; Leave unresolved links nothing.
Targets are formatted from the recorded spelling against the current roots
(no file access beyond the roots' real paths); a file under no current root
is ``unavailable``. Responses carry no server path, no locator and no
exception text.
"""
import base64
import binascii
import hashlib
import hmac
import json
import os
import re
from aiohttp import web
from .annotations import _HEX64, _TOKEN, _UUID, _capture_error, _error
from .prompts import bad_request
try:
from ...database.library import display_title
from ...database.library_commands import LibraryCommandError
from ...database.review_decisions import ReviewCommandError
from ...utils.media_capture import CaptureError
from ...utils.review_capture import captured_review, review_evidence
except ImportError:
from database.library import display_title
from database.library_commands import LibraryCommandError
from database.review_decisions import ReviewCommandError
from utils.media_capture import CaptureError
from utils.review_capture import captured_review, review_evidence
ITEMS_URL = "/prompt_manager/review/items"
DEFAULT_LIMIT = 40
MAX_LIMIT = 40
MAX_CURSOR = 4096
MAX_BODY_BYTES = 64 * 1024
# The serialized detail stays under this; past it the detail is ``limited``.
MAX_DETAIL_BYTES = 8 * 1024 * 1024
UNRESOLVED = "unresolved"
_DECISION_FIELDS = frozenset(
{
"expected_epoch",
"expected_revision",
"capture_token",
"sha256",
"dependency_fingerprint",
"choice",
}
)
_CURSOR_SECRET = os.urandom(32)
# The real path of a spelling; module-level so a test can fake a junction.
_realpath = os.path.realpath
_LIMIT = re.compile(r"[0-9]{1,3}")
_NO_STORE = {"Cache-Control": "no-store"}
_STATUS = {
"review-missing": 404,
"review-conflict": 409,
"association-conflict": 409,
"file-changed": 409,
"storage-changed": 409,
"source-changed": 409,
"capture-expired": 409,
}
_MESSAGES = {
"review-missing": "This review item no longer exists. Reload the queue.",
"review-conflict": (
"This item was decided or changed since it was opened. Reload the queue."
),
"association-conflict": (
"This image is already linked to another prompt or negative, so this "
"sampler path cannot be attached safely. The existing links were "
"preserved."
),
"dependencies-changed": (
"The image's saved links changed since this item was opened. Reopen it "
"to see the current association."
),
"file-changed": (
"The file changed since it was reviewed. A metadata scan adds its new "
"bytes as a new item."
),
"storage-changed": "Prompt storage was restored; reload the review queue.",
"source-changed": (
"The source changed. Refresh the image collection before reviewing this "
"file."
),
"capture-expired": "The preview expired. Open the item again.",
"other-file": "The preview belongs to another file. Open the item again.",
"evidence-changed": (
"This file's metadata no longer gives the evidence that was reviewed. "
"Reload the queue."
),
}
_DEFAULT_MESSAGE = "The decision could not be saved. Reload the queue."
def _coded(code: str, message_key: str | None = None, **extra) -> web.Response:
message = _MESSAGES.get(message_key or code, _DEFAULT_MESSAGE)
return _error(_STATUS.get(code, 409), code, message, **extra)
def _failed() -> web.Response:
return _error(500, "review-failed", "The review queue could not be read.")
def format_review_target(spelled_path, locator, real_roots, *, pathmod=os.path):
"""``(root_index, relative)`` of the first root that lists the file, or None.
``spelled_path`` is the file's recorded spelling, ``locator`` its folded
identity and ``real_roots`` ``(index, realpath)`` pairs. The relative
path keeps the recorded spelling (a Windows locator is case-folded, a
listing target is not) and must fold back to the locator.
"""
sep = pathmod.sep
for index, real_root in real_roots:
head = spelled_path[: len(real_root)]
if pathmod.normcase(head) != pathmod.normcase(real_root):
continue
rest = spelled_path[len(real_root) :]
if not real_root.endswith(sep):
if not rest.startswith(sep):
continue
rest = rest[1:]
parts = rest.split(sep)
if any(
part in ("", ".", "..") or "/" in part or "\\" in part or ":" in part
for part in parts
):
continue
if pathmod.normcase(pathmod.join(real_root, *parts)) != locator:
continue
return index, "/".join(parts)
return None
class _StaleCursor(ValueError):
"""A well-formed cursor this process cannot verify (e.g. after a restart)."""
def _encode_cursor(epoch: str, revision: int, key: tuple) -> str:
payload = json.dumps(
{"v": 1, "e": epoch, "r": revision, "k": list(key)},
separators=(",", ":"),
ensure_ascii=True,
).encode()
signature = hmac.new(_CURSOR_SECRET, payload, hashlib.sha256).digest()
return base64.urlsafe_b64encode(signature + payload).decode().rstrip("=")
def _decode_cursor(token: str) -> tuple:
"""``(epoch, revision, (created_at, id))`` of a cursor.
``ValueError`` when malformed; :class:`_StaleCursor` when well-formed but
signed by another secret (the per-process secret changes on every start,
so an open page's cursor is stale after a restart, not forged).
"""
try:
if len(token) > MAX_CURSOR:
raise ValueError()
raw = base64.b64decode(
token + "=" * (-len(token) % 4), altchars=b"-_", validate=True
)
signature, payload = raw[:32], raw[32:]
if len(signature) != 32 or not payload:
raise ValueError()
expected = hmac.new(_CURSOR_SECRET, payload, hashlib.sha256).digest()
if not hmac.compare_digest(signature, expected):
raise _StaleCursor("This page of the queue is out of date")
data = json.loads(payload)
key = data["k"]
if (
data["v"] != 1
or not isinstance(data["e"], str)
or type(data["r"]) is not int
or not isinstance(key, list)
or len(key) != 2
or not all(isinstance(part, str) for part in key)
):
raise ValueError()
return data["e"], data["r"], tuple(key)
except _StaleCursor:
raise
except (ValueError, KeyError, TypeError, UnicodeError, binascii.Error):
raise ValueError("Invalid review cursor; reload the queue") from None
def _limit(value):
if value is None:
return DEFAULT_LIMIT
if _LIMIT.fullmatch(value) is None or not 1 <= int(value) <= MAX_LIMIT:
return None
return int(value)
def _side_text(side) -> str | None:
if isinstance(side, dict) and isinstance(side.get("text"), str):
return side["text"]
return None
def _workable(candidate: dict) -> bool:
return (
candidate.get("state") == "resolved"
and _side_text(candidate.get("positive")) is not None
and _side_text(candidate.get("negative")) is not None
)
def _side_label(titles: dict, side, empty: str) -> str:
"""The Library title of the side's saved prompt, else its first line."""
text = _side_text(side)
if text is None:
return empty
stored = side.get("storage_text")
stored = stored if isinstance(stored, str) else text
return display_title(titles.get(stored, ()), text) or empty
class ReviewRoutesMixin:
"""The Needs review queue over E1's schema and E2's recorded items."""
def _register_review_routes(self, routes: web.RouteTableDef) -> None:
routes.get(ITEMS_URL)(self.list_review_items)
routes.get(ITEMS_URL + "/{item_id}")(self.get_review_item)
routes.post(ITEMS_URL + "/{item_id}/decision")(self.decide_review_item)
# -- shared ----------------------------------------------------------------
def _review_roots(self):
"""``(roots, real_roots)``: the current gallery roots and their realpaths.
Blocking (it lists the roots and resolves them): call it on a worker.
"""
roots = list(self._get_all_output_dirs())
return roots, [(i, _realpath(str(root))) for i, root in enumerate(roots)]
def _review_view(self, row: dict, roots, real_roots) -> dict:
"""The public ReviewItem of one stored row (no path, no locator)."""
found = format_review_target(row["spelled_path"], row["locator"], real_roots)
target = None
if found is not None:
index, relative = found
target = {
"root_index": index,
"root_scope": self._gallery_root_scope(roots[index], index),
"path": relative,
}
return {
"id": row["id"],
"state": row["state"],
"revision": row["revision"],
"created_at": row["created_at"],
"filename": os.path.basename(row["spelled_path"]),
"target": target,
"unavailable": target is None,
"candidate_count": row["candidate_count"],
"limited": row["limited"],
}
@staticmethod
def _review_image_path(row: dict, roots, target) -> str:
"""The path the scan and the monitor link this file under."""
if target is None:
return row["spelled_path"]
root = roots[target["root_index"]]
return os.path.join(str(root), *target["path"].split("/"))
# -- queue -----------------------------------------------------------------
async def list_review_items(self, request: web.Request) -> web.Response:
"""GET ``?limit=1..40&cursor=``: one page of pending items."""
limit = _limit(request.query.get("limit"))
if limit is None:
return bad_request(f"limit must be an integer from 1 to {MAX_LIMIT}")
bound = None
cursor = request.query.get("cursor")
if cursor:
try:
bound = _decode_cursor(cursor)
except _StaleCursor:
return await self._stale_cursor()
except ValueError as exc:
return bad_request(str(exc))
try:
page, views = await self._run_in_executor(
self._review_page, limit, bound[2] if bound else None
)
except Exception:
self.logger.exception("Review queue read failed")
return _failed()
if bound is not None and bound[0] != page["epoch"]:
return _coded("storage-changed", library_epoch=page["epoch"])
if bound is not None and bound[1] != page["revision"]:
return _coded("review-conflict", total=page["total"])
items = page["items"]
next_cursor = None
if page["more"] and items:
last = items[-1]
next_cursor = _encode_cursor(
page["epoch"], page["revision"], (last["created_at"], last["id"])
)
return web.json_response(
{
"success": True,
"library_epoch": page["epoch"],
"total": page["total"],
"items": views,
"next_cursor": next_cursor,
},
headers=_NO_STORE,
)
async def _stale_cursor(self) -> web.Response:
"""409 ``review-conflict`` with the current total: reload the queue."""
try:
page = await self._run_in_executor(self.db.review_queue_page, limit=1)
except Exception:
self.logger.exception("Review queue read failed")
return _failed()
return _coded(
"review-conflict", total=page["total"], library_epoch=page["epoch"]
)
def _review_page(self, limit: int, after):
"""Worker thread: one queue page and the public views of its items."""
page = self.db.review_queue_page(limit=limit, after=after)
roots, real_roots = self._review_roots()
return page, [
self._review_view(row, roots, real_roots) for row in page["items"]
]
# -- detail ----------------------------------------------------------------
async def get_review_item(self, request: web.Request) -> web.Response:
"""GET one item with its candidates and dependency fingerprint."""
try:
read = await self._run_in_executor(
self._review_detail, request.match_info["item_id"]
)
except Exception:
self.logger.exception("Review item read failed")
return _failed()
if read is None:
return _coded("review-missing")
item, view, fingerprint, candidates = read
detail = {
"success": True,
"library_epoch": item["epoch"],
**view,
"candidates": candidates,
"dependency_fingerprint": fingerprint,
"sha256": item["sha256"],
"total": item["total"],
}
if len(json.dumps(detail).encode("utf-8")) > MAX_DETAIL_BYTES:
detail = {**detail, "candidates": [], "limited": True}
return web.json_response(detail, headers=_NO_STORE)
def _review_detail(self, item_id: str):
"""Worker thread: ``(item, view, fingerprint, candidates)`` or None."""
item = self.db.review_item(item_id)
if item is None:
return None
roots, real_roots = self._review_roots()
view = self._review_view(item, roots, real_roots)
image_path = self._review_image_path(item, roots, view["target"])
aliases, _known = physical_spellings(self.db, image_path, item["locator"])
fingerprint = self.db.review_dependency_fingerprint(image_path, aliases)
return item, view, fingerprint, self._review_candidates(item)
def _review_candidates(self, item: dict) -> list:
"""The detail's candidates: role texts, a label and selectability."""
if item["limited"]:
return []
candidates = [
c for c in item["evidence"].get("candidates", []) if isinstance(c, dict)
]
texts = set()
for candidate in candidates:
for role in ("positive", "negative"):
side = candidate.get(role)
if isinstance(side, dict):
for key in ("text", "storage_text"):
if isinstance(side.get(key), str):
texts.add(side[key])
titles = self.db.stored_prompt_titles(texts)
rows = []
for candidate in candidates:
positive = _side_text(candidate.get("positive"))
negative = _side_text(candidate.get("negative"))
label = (
_side_label(titles, candidate.get("positive"), "No positive")
+ " / "
+ _side_label(titles, candidate.get("negative"), "No negative")
)
rows.append(
{
"hash": candidate.get("hash"),
"sampler_id": candidate.get("sampler_id"),
"state": "resolved" if _workable(candidate) else "unresolved",
"reason": candidate.get("reason") or "",
"label": label,
"positive": {"text": positive} if positive is not None else None,
"negative": {"text": negative} if negative is not None else None,
}
)
return rows
# -- decision --------------------------------------------------------------
async def decide_review_item(self, request: web.Request) -> web.Response:
"""POST one explicit decision on one pending item."""
data, error = await self._read_json_body(request, max_bytes=MAX_BODY_BYTES)
if error is not None:
return error
guards, error = _decision_guards(data)
if error is not None:
return error
try:
item = await self._run_in_executor(
self.db.review_item, request.match_info["item_id"]
)
except Exception:
self.logger.exception("Review item read failed")
return _failed()
if item is None:
return _coded("review-missing")
choice = guards["choice"]
candidate = None
if choice != UNRESOLVED:
candidate = next(
(
c
for c in item["evidence"].get("candidates", [])
if isinstance(c, dict) and c.get("hash") == choice
),
None,
)
if candidate is None or item["limited"]:
return bad_request("choice is not one of this item's candidates")
if not _workable(candidate):
return bad_request("This sampler path cannot be applied")
if guards["capture_token"] is None:
return bad_request("Apply needs a capture of the file")
verified = None
if guards["capture_token"] is not None:
verified, error = await self._verified_review_capture(
item, guards, need_metadata=candidate is not None
)
if error is not None:
return error
elif guards["sha256"] != item["sha256"]:
return bad_request("sha256 does not match the item")
return await self._record_decision(item, guards, candidate, verified)
async def _verified_review_capture(self, item, guards, *, need_metadata):
"""``((capture, facts, image_path, metadata), None)`` or ``(None, error)``.
The capture must be the item's file and bytes, under the expected
epoch and a current root; the current file must re-hash to the same
bytes; for Apply, the capture's metadata must still yield exactly the
reviewed evidence.
"""
store = self._captures
capture = store.get(guards["capture_token"]) if store is not None else None
if capture is None:
return None, _coded("capture-expired")
if capture.locator != item["locator"]:
return None, _coded("capture-expired", "other-file")
if guards["sha256"] != capture.sha256:
return None, bad_request("sha256 does not match the preview")
if capture.sha256 != item["sha256"]:
return None, _coded("file-changed")
if guards["expected_epoch"] != capture.epoch:
current = await self._run_in_executor(self.db.get_execution_epoch)
return None, _coded("storage-changed", library_epoch=current)
try:
root, error = await self._run_in_executor(
self._scoped_root, capture.root_index, capture.scope
)
if error is not None:
return None, error
read = await self._run_in_executor(
_verify_and_read, store, capture, item, root, need_metadata
)
except CaptureError as exc:
return None, _capture_error(exc)
if read is None:
return None, _coded("source-changed")
relative, facts, captured = read
if facts.locator != item["locator"]:
return None, _coded("capture-expired", "other-file")
if facts.sha256 != item["sha256"]:
return None, _coded("file-changed")
metadata = None
if need_metadata:
if captured is None or not _candidate_still_offered(
captured[1], guards["choice"]
):
return None, _coded("review-conflict", "evidence-changed")
metadata = captured[0]
image_path = os.path.join(str(root), *relative.split("/"))
return (capture, facts, image_path, metadata), None
def _decide_sync(self, item, guards, candidate, verified):
"""Worker thread: resolve the file's spellings, decide, build the view.
Returns ``(result, view)``; a refusal raises with ``exc.view`` set.
"""
_capture, facts, image_path, metadata = verified or (None, None, None, None)
aliases, known = (), None
if candidate is not None:
aliases, known = physical_spellings(self.db, image_path, item["locator"])
try:
result = self.db.decide_review_item(
item_id=item["id"],
expected_epoch=guards["expected_epoch"],
expected_revision=guards["expected_revision"],
# The bytes the re-hash proved, or the body's for Leave unresolved.
sha256=facts.sha256 if facts is not None else guards["sha256"],
outcome="selected" if candidate is not None else UNRESOLVED,
candidate=candidate,
image_path=image_path,
metadata=metadata,
expected_fingerprint=guards["dependency_fingerprint"],
aliases=aliases,
known_rows=known,
)
except ReviewCommandError as exc:
if exc.item is not None:
roots, real_roots = self._review_roots()
exc.view = self._review_view(exc.item, roots, real_roots)
raise
roots, real_roots = self._review_roots()
return result, self._review_view(result["item"], roots, real_roots)
async def _record_decision(self, item, guards, candidate, verified):
capture = verified[0] if verified else None
try:
result, view = await self._run_in_executor(
self._decide_sync, item, guards, candidate, verified
)
except ReviewCommandError as exc:
return self._decision_refused(exc)
except LibraryCommandError as exc:
return _coded(exc.code, library_epoch=exc.epoch)
except Exception:
self.logger.exception("Review decision failed")
return _error(500, "decision-failed", "The decision could not be saved.")
if capture is not None:
# The decision used the capture; the page returns to Images.
self._captures.release(capture.token)
body = {
"success": True,
"library_epoch": guards["expected_epoch"],
"item": view,
"total": result["total"],
}
if result["pair"] is not None:
body["pair"] = result["pair"]
return web.json_response(body, headers=_NO_STORE)
def _decision_refused(self, exc: ReviewCommandError) -> web.Response:
extra = {"library_epoch": exc.epoch}
if exc.total is not None:
extra["total"] = exc.total
if exc.view is not None:
extra["item"] = exc.view
message = None
if exc.fingerprint is not None:
extra["dependency_fingerprint"] = exc.fingerprint
if exc.code == "association-conflict" and exc.changed:
message = "dependencies-changed"
return _coded(exc.code, message, **extra)
def _decision_guards(data: dict):
"""The validated decision fields, or ``(None, error)``."""
if set(data) != _DECISION_FIELDS:
return None, bad_request(
"Request must contain exactly " + ", ".join(sorted(_DECISION_FIELDS))
)
epoch, revision = data["expected_epoch"], data["expected_revision"]
if not isinstance(epoch, str) or _UUID.fullmatch(epoch) is None:
return None, bad_request("expected_epoch must be a canonical UUID")
if type(revision) is not int or revision < 0:
return None, bad_request("expected_revision must be a non-negative integer")
token = data["capture_token"]
if token is not None and (
not isinstance(token, str) or _TOKEN.fullmatch(token) is None
):
return None, bad_request("Invalid capture token")
for name in ("sha256", "dependency_fingerprint"):
value = data[name]
if not isinstance(value, str) or _HEX64.fullmatch(value) is None:
return None, bad_request(
f"{name} must be 64 lowercase hexadecimal characters"
)
choice = data["choice"]
if not isinstance(choice, str) or (
choice != UNRESOLVED and _HEX64.fullmatch(choice) is None
):
return None, bad_request("choice must be a candidate hash or unresolved")
return {**data}, None
def _verify_and_read(store, capture, item, root, need_metadata: bool):
"""Worker thread: ``(relative, facts, captured)``, or None off the root.
Formats the item's target under the capture's root (resolving the root's
real path), re-hashes the current file, then reads the capture.
"""
found = format_review_target(
item["spelled_path"],
item["locator"],
[(capture.root_index, _realpath(str(root)))],
)
if found is None:
return None
relative = found[1]
facts = store.verify(root, relative)
captured = captured_review(store, capture) if need_metadata else None
return relative, facts, captured
def _same_file(spelled: str, image_path: str, locator: str) -> bool:
"""True when ``spelled`` reaches the physical file at ``locator``."""
try:
if os.path.normcase(_realpath(spelled)) == locator:
return True
return os.path.samefile(spelled, image_path)
except (OSError, ValueError):
return False
def physical_spellings(db, image_path: str, locator: str):
"""``(aliases, known_rows)`` for the legacy rows of one physical file.
The roots are real paths, while the monitor links a file under the
directory it watches, so a symlinked or junctioned root, a ``subst`` or a
mapped drive spells the same file otherwise. Every row whose spelling
ends with the file's name (the link summaries' fallback lookup) is a
candidate; ``aliases`` are the candidates that resolve to ``locator``
(``normcase(realpath)``, as the capture forms it) or are the same file,
and ``known_rows`` every candidate id, so a decision can refuse a
same-name row it did not classify. Blocking: call it on a worker.
"""
rows = db.review_same_name_rows(os.path.basename(image_path))
aliases = tuple(
spelled
for _row_id, spelled in rows
if isinstance(spelled, str)
and spelled != image_path
and _same_file(spelled, image_path, locator)
)
return tuple(dict.fromkeys(aliases)), frozenset(row_id for row_id, _ in rows)
def _candidate_still_offered(resolution: dict, choice: str) -> bool:
"""True when the captured bytes still offer the chosen candidate.
Only what the decision depends on is re-checked: the bytes are still
``ambiguous`` and the chosen candidate (its hash covers its sampler,
sides and provenance) is still among their candidates. A resolver change
that rewords the top-level reason or reorders candidates leaves a
pending item applicable.
"""
if not isinstance(resolution, dict) or resolution.get("state") != "ambiguous":
return False
evidence, _count, limited = review_evidence(resolution)
if limited:
return False
return any(c.get("hash") == choice for c in evidence.get("candidates", ()))
py/api/review_recording.py
+241
View File
@@ -0,0 +1,241 @@
"""Needs review recording for the output scan and the live monitor (#249).
The rule (maintainer test of #284/#288): a file is queued only when its
final outcome is ambiguous and unlinked. The strict resolver must find it
``ambiguous``, the scan's legacy fallback (the browser parser,
``_graph_prompt_text``) must not link it, and no saved row may link it
already. A file the fallback links, an exact pair the ingester stored and an
already linked file are never queued. Neither is an ambiguous file with
nothing to choose: fewer than two of its candidates carry a prompt
(``utils.review_capture.reviewable``); the scan reports it unresolved ("could
not be traced").
The queue heals itself: a pending item whose file is now linked (by the
fallback, a later resolution or the monitor) is removed by the next scan
that lists the file or by the monitor's next pass over it, and so is a
pending item without a choice whose file is still ambiguous without one
(``settle_untraced_review_items``). Only an undecided item goes
(``pending``, revision 0, no decision row); a decision is never deleted or
changed (``settle_linked_review_items``).
The scan records through ``_record_scanned_review`` (best effort: a failure
is logged and counted); the monitor calls ``record_review_file`` from its
worker thread after its own link. Both go through
``utils.review_capture.record_ambiguous_file`` on the API's capture store.
Nothing here links a file.
Recording changes records, so it follows the registry's ``records``
admission (#289). The scan records under its own ``records`` job. The
monitor's pass lasts one file and is not a job: it is refused while a
``records`` or ``guarded`` job runs (``deferred``), and the next scan reads
the file again.
"""
import os
from pathlib import Path
from .admin import SCAN_LOG_PREFIXES, _plural, _scan_location, _scan_roots
# The kind the monitor's recording checks admission under (never registered).
REVIEW_RECORDING_KIND = "review_recording"
# record_ambiguous_file outcomes that leave the file in the pending queue.
QUEUED_OUTCOMES = ("recorded", "limited", "duplicate")
NEW_OUTCOMES = ("recorded", "limited")
try:
from ...utils.review_capture import record_ambiguous_file
except ImportError:
from utils.review_capture import record_ambiguous_file
# The scan log's reason for items that leave the queue with nothing to choose.
NOTHING_TO_CHOOSE = "nothing to choose"
class ReviewRecordingMixin:
"""Record the scan's and the monitor's ambiguous files for Needs review."""
def _record_scanned_review(self, media_file, roots, review=None):
"""Record one ambiguous, unlinked scanned file (logged and counted)."""
try:
outcome = self._record_review_sync(media_file, roots, review)
except Exception:
self.logger.warning(
f"{media_file.name} could not be added to Needs review",
exc_info=True,
)
if review is not None:
review["errors"] += 1
return
if review is None:
return
if outcome in NEW_OUTCOMES:
review["added"] += 1
if outcome in QUEUED_OUTCOMES:
review["queued"] += 1
def _record_review_sync(self, media_file, roots, review=None):
"""``record_ambiguous_file`` for a file under one of ``roots`` (blocking).
An ``untraced`` file (its captured bytes offer nothing to choose) also
loses its pending items that offer nothing either.
"""
located = self._review_location(media_file, roots)
if located is None:
return "skipped"
root, index, relative, _spelled = located
outcome = record_ambiguous_file(
self.db, self._capture_store(), Path(root), index, relative
)
if outcome == "untraced":
self._settle_untraced_reviews([media_file], roots, review)
return outcome
@staticmethod
def _review_location(media_file, roots, real_roots=None):
"""``(root, root_index, relative, spelled)`` of a listed file, or None.
``spelled`` is the capture's spelling of the file (the real root joined
with the relative path); ``os.path.normcase`` of it is the locator
review items are stored under. ``real_roots`` caches each root's
``realpath`` across a batch.
"""
relative, _label, index = _scan_location(media_file, roots)
root = next((r for r, _l, i in roots if i == index), None)
if index is None or root is None:
return None
if real_roots is None:
real_roots = {}
real = real_roots.get(index)
if real is None:
real = real_roots[index] = os.path.realpath(os.fspath(root))
spelled = os.path.join(real, *relative.split("/"))
return root, index, relative, spelled
def _review_file_linked(self, media_file, roots):
"""True when a saved row links the scanned file (any spelling)."""
located = self._review_location(media_file, roots)
spellings = (str(media_file),) + ((located[3],) if located else ())
return self.db.review_file_linked(spellings)
def _settle_scanned_reviews(self, media_files, roots, review=None):
"""Remove the pending items of ``media_files`` that are now linked.
Blocking; best effort like recording (a failure is logged and
counted in ``review["errors"]``). Returns how many items left.
"""
real_roots = {}
files = []
for media_file in media_files:
located = self._review_location(media_file, roots, real_roots)
if located is not None:
spelled = located[3]
files.append((os.path.normcase(spelled), (str(media_file), spelled)))
try:
settled = self.db.settle_linked_review_items(files) if files else 0
except Exception:
self.logger.warning(
"Needs review items of linked files could not be removed",
exc_info=True,
)
if review is not None:
review["errors"] += 1
return 0
if review is not None:
review["settled"] += settled
return settled
def _settle_untraced_reviews(self, media_files, roots, review=None):
"""Remove the pending items without a choice of untraced ``media_files``.
``media_files`` are files found ambiguous with fewer than two
candidates that carry a prompt. Blocking; best effort like the linked
settle (a failure is logged and counted in ``review["errors"]``).
Returns how many items left.
"""
locators = []
for media_file in media_files:
located = self._review_location(media_file, roots)
if located is not None:
locators.append(os.path.normcase(located[3]))
try:
removed = self.db.settle_untraced_review_items(locators) if locators else 0
except Exception:
self.logger.warning(
"Needs review items without a choice could not be removed",
exc_info=True,
)
if review is not None:
review["errors"] += 1
return 0
if review is not None:
review["untraced"] += removed
return removed
def _fallback_links(self, metadata):
"""True when the scan's legacy fallback would link these records."""
return bool(metadata.get("prompt")) and bool(self._graph_prompt_text(metadata))
def record_review_file(self, image_path):
"""Apply the Needs review rule to one monitor output (its worker thread).
Maps ``image_path`` to the gallery root that lists it; a file under no
current root is ``skipped``. A linked file is never queued: its
pending items are removed and the answer is ``linked``. An unlinked
file the scan's fallback would link is ``skipped`` (the next scan
links it); any other file is recorded when it is ambiguous with a
choice, and is ``untraced`` (its pending items without a choice
removed) when it is ambiguous without one. While a
job runs that a ``records`` job may not run beside, nothing is written
and the answer is ``deferred``. Errors propagate: the monitor logs
them and keeps its link.
"""
busy = self._jobs.blocker(REVIEW_RECORDING_KIND, admission="records")
if busy is not None:
self.logger.info(
f"Needs review was not updated for "
f"{os.path.basename(str(image_path))} while {busy.title} runs; "
"the next scan reads it again"
)
return "deferred"
full = os.path.abspath(str(image_path))
located = Path(os.path.realpath(os.path.dirname(full))) / os.path.basename(full)
roots = _scan_roots(self._get_all_output_dirs())
if self._review_location(located, roots) is None:
return "skipped"
if self._review_file_linked(located, roots):
self._settle_scanned_reviews([located], roots)
return "linked"
if self._fallback_links(self._extract_comfyui_metadata(str(located))):
return "skipped"
return self._record_review_sync(located, roots)
@staticmethod
def _log_review_items(job, review):
"""The scan log's Needs review summary lines (none when nothing moved)."""
prefix = SCAN_LOG_PREFIXES["review"]
if review["added"]:
job.log_line(
f"{prefix} {_plural(review['added'], 'image')} added to Needs review"
)
already = review["queued"] - review["added"]
if already:
job.log_line(
f"{prefix} {_plural(already, 'image')} already in Needs review"
)
if review["settled"]:
job.log_line(
f"{SCAN_LOG_PREFIXES['known']} "
f"{_plural(review['settled'], 'image')} left Needs review · now linked"
)
if review["untraced"]:
job.log_line(
f"{SCAN_LOG_PREFIXES['known']} "
f"{_plural(review['untraced'], 'image')} left Needs review · "
f"{NOTHING_TO_CHOOSE}"
)
if review["errors"]:
job.log_line(
f"{SCAN_LOG_PREFIXES['errors']} "
f"{_plural(review['errors'], 'image')} could not be added to "
"Needs review"
)
py/api/system.py
+5 -4
View File
@@ -9,9 +9,10 @@
kept.
- ``GET /prompt_manager/system/overview`` is the System › Overview aggregate.
Every value is real or null: there is no backup status until backups report
one, no health result until a check ran, and no Needs-review count until
the review queue exists. The missing-thumbnail count is not part of it:
the page reads ``/images/thumbnails/status``, which walks every source.
one and no health result until a check ran; ``needs_review.pending`` is the
Needs review queue's pending total. The missing-thumbnail count is not part
of it: the page reads ``/images/thumbnails/status``, which walks every
source.
- ``GET /prompt_manager/system/statistics`` lists runs and ratings per
category, with the legacy ``/stats`` totals and the Overview's count of
rated images (images whose linked prompt is rated).
@@ -187,7 +188,7 @@ class SystemRoutesMixin:
},
"health": health_summary(self._current_health_report()),
"backup": None, # no verified backup status exists yet (S8)
"needs_review": {"pending": None}, # no review queue yet (Q6)
"needs_review": {"pending": counts["review_pending"]},
"sources": {
"configured": len(GalleryConfig.MONITORING_DIRECTORIES),
"effective": len(output_dirs),
tests/browser/server.py
+4
View File
@@ -226,6 +226,8 @@ def create_app(root: Path) -> web.Application:
for table in (
"saved_views",
"image_favorites",
"media_review_decisions",
"media_review_items",
"media_image_tags",
"media_annotation_bytes",
"media_annotation_files",
@@ -591,6 +593,8 @@ def create_app(root: Path) -> web.Application:
return web.json_response("dark")
async def cleanup(application: web.Application) -> None:
# A scan of an ambiguous fixture file captures it for Needs review.
api.close_annotation_captures()
api.db.close_all()
seed()
tests/browser/system-concept.spec.mjs
+5 -4
View File
@@ -169,8 +169,9 @@ function mapOverviewConcept(reference, overview) {
const relabel = { 'Database integrity': 'Not checked', 'Positive prompts': number(overview.library.positive_prompts),
'Negative variants': number(overview.library.negative_variants), Images: number(overview.images.indexed) };
const rows = {
// D93 (Q6): no review queue yet, so no count and the action is unavailable (dimmed, as the Save row's D92).
'3 ambiguous image links': row => ({ ...row, title: 'Ambiguous image links', description: 'Not available yet.',
// D93: the real pending count; the action is unavailable (dimmed, as the Save row's D92) until the review page.
'3 ambiguous image links': row => ({ ...row,
title: `${number(overview.needs_review.pending)} ambiguous image link${overview.needs_review.pending === 1 ? '' : 's'}`,
action: { ...row.action, opacity: '0.55', cursor: 'not-allowed' } }),
// D93: no backup has been recorded (verified backups arrive with S8).
'Backup status': row => ({ ...row, description: 'No retained backup record.' }),
@@ -230,12 +231,12 @@ for (const theme of THEMES) for (const [width, height] of SIZES) {
});
}
// The recorded differences, by path: D93 the review row (title, Not available yet, dimmed action), the backup row, the
// The recorded differences, by path: D93 the review row (its real count, dimmed action), the backup row, the
// preferences row and the sources row, and metric 4; D96 the statistics row; D92 the chip, the status and the dimmed
// Save; D122 the nav label. (The fixture's first three metrics are the concept's own counts.)
const UNMAPPED_PATHS = [
'columns.surfaces.0.rows.0.action.cursor', 'columns.surfaces.0.rows.0.action.opacity',
'columns.surfaces.0.rows.0.description', 'columns.surfaces.0.rows.0.title', 'columns.surfaces.0.rows.1.description',
'columns.surfaces.0.rows.0.title', 'columns.surfaces.0.rows.1.description',
'columns.surfaces.1.rows.0.description', 'columns.surfaces.1.rows.1.title', 'columns.surfaces.1.rows.2.description',
'heading.actions.0', 'heading.actions.length', 'metrics.items.3.value', 'nav.label',
'save.button.cursor', 'save.button.opacity', 'save.status.text',
tests/browser/workspace-system-sources.spec.mjs
+1 -1
View File
@@ -116,7 +116,7 @@ test('Scan changes opens it with that one source ("1 output folder") and starts
const id = page.url().split('/').pop();
// The job walks only that source (the count is recorded once the walk has listed it).
await expect.poll(async () => (await serverJson(request, `/prompt_manager/jobs/${id}`)).job.scope)
.toEqual({ files: 'new', roots: [1], output_folders: 1 });
.toMatchObject({ files: 'new', roots: [1], output_folders: 1 });
await expect(page.locator('#workspace-main h1')).toHaveText('Scan for metadata');
});
tests/browser/workspace-system.spec.mjs
+7 -4
View File
@@ -55,6 +55,8 @@ test('overview shows real counts and Not checked', async ({ page, request }) =>
expect([overview.library.positive_prompts, overview.images.indexed, thumbnails.pending]).toEqual([6, 24, 0]);
// I2: the Overview never walks the sources for thumbnails; the row reads the status route itself.
expect(overview).not.toHaveProperty('thumbnails');
// The fixture records no ambiguous file: the Needs review queue is empty.
expect(overview.needs_review).toEqual({ pending: 0 });
const layout = await openOverview(page);
expect(await layout.locator('.summary-metrics > .metric').evaluateAll(items => items.map(item =>
[item.querySelector('strong').textContent, item.querySelector('span').textContent]))).toEqual([
@@ -64,7 +66,7 @@ test('overview shows real counts and Not checked', async ({ page, request }) =>
['Not checked', 'Database integrity'],
]);
expect(await rowsOf(layout, 'Library health')).toEqual([
['Ambiguous image links', 'Not available yet.', 'Review metadata'],
['0 ambiguous image links', 'Review metadata before assigning a positive / negative pair.', 'Review metadata'],
['Backup status', 'No retained backup record.', 'View backups'],
['No missing thumbnails', 'Generate only missing previews when necessary.', 'Review thumbnails'],
]);
@@ -189,10 +191,11 @@ test('a failed thumbnail read is unavailable, never zero', async ({ page }) => {
await expect(layout.locator('.metric').nth(2).locator('strong')).toHaveText('24');
});
test('ambiguous row reads Not available yet (Q6)', async ({ page }) => {
test('ambiguous row reads the pending count; its action waits for the review page', async ({ page }) => {
const layout = await openOverview(page);
const row = layout.locator('.operation').filter({ hasText: 'Ambiguous image links' });
await expect(row.locator('p')).toHaveText('Not available yet.');
const row = layout.locator('.operation').filter({ hasText: 'ambiguous image links' });
await expect(row.locator('h3')).toHaveText('0 ambiguous image links');
await expect(row.locator('p')).toHaveText('Review metadata before assigning a positive / negative pair.');
const review = row.getByRole('button', { name: 'Review metadata', exact: true });
await expect(review).toHaveAttribute('aria-disabled', 'true');
await review.click({ force: true });
tests/browser/workspace_concept_fixture.py
+2
View File
@@ -176,6 +176,8 @@ _TABLES = (
"execution_context_texts",
"saved_views",
"image_favorites",
"media_review_decisions",
"media_review_items",
"media_image_tags",
"media_annotation_bytes",
"media_annotation_files",
tests/browser/workspace_library_editor_fixture.py
+2
View File
@@ -28,6 +28,8 @@ EDITOR_METADATA = {
_TABLES = (
"saved_views",
"image_favorites",
"media_review_decisions",
"media_review_items",
"media_image_tags",
"media_annotation_bytes",
"media_annotation_files",
tests/browser/workspace_tagging_fixture.py
+2
View File
@@ -44,6 +44,8 @@ MAX_EXTRA_IMAGES = 160
_TABLES = (
"saved_views",
"image_favorites",
"media_review_decisions",
"media_review_items",
"media_image_tags",
"media_annotation_bytes",
"media_annotation_files",
tests/browser/workspace_visual_fixture.py
+2
View File
@@ -114,6 +114,8 @@ def seed_workspace_visual(api: PromptManagerAPI, root: Path) -> None:
for table in (
"saved_views",
"image_favorites",
"media_review_decisions",
"media_review_items",
"media_image_tags",
"media_annotation_bytes",
"media_annotation_files",
tests/browser/workspace_vocabulary_fixture.py
+2
View File
@@ -81,6 +81,8 @@ MAX_EXTRA_CATEGORIES = 200
_TABLES = (
"saved_views",
"image_favorites",
"media_review_decisions",
"media_review_items",
"media_image_tags",
"media_annotation_bytes",
"media_annotation_files",
tests/test_annotation_schema.py
+11 -2
View File
@@ -30,6 +30,11 @@ FILES = "media_annotation_files"
BYTES = "media_annotation_bytes"
IMAGE_TAGS = "media_image_tags"
TABLES = (METADATA, FILES, BYTES, IMAGE_TAGS)
REVIEW_TABLES = (
"media_review_decisions",
"media_review_items",
"media_review_metadata",
)
# The exact DDL the plan pins; the module must produce precisely these objects.
DDL = {
METADATA: (
@@ -202,10 +207,14 @@ class AnnotationSchemaTests(unittest.TestCase):
)
def drop_group(self, path):
"""Remove the group from a closed database file (an old backup)."""
"""Remove the group from a closed database file (an old backup).
The review queue group cites annotation bytes and predates nothing, so
an old backup lacks it as well.
"""
with closing(sqlite3.connect(path)) as raw, raw:
raw.execute("PRAGMA foreign_keys=OFF")
for table in reversed(TABLES):
for table in REVIEW_TABLES + tuple(reversed(TABLES)):
raw.execute(f"DROP TABLE {table}")
def test_fresh_install_and_reopen_is_idempotent(self):
tests/test_api_admin.py
+10 -3
View File
@@ -107,6 +107,9 @@ class AdminAPITestCase(AioHTTPTestCase):
for task in tasks:
task.cancel()
await asyncio.gather(*tasks, return_exceptions=True)
if api is not None:
# A scan of an ambiguous file captures it for Needs review.
api.close_annotation_captures()
PromptModel.close_all_instances() # restore may have swapped api.db
assert_closed(self, self.tmpdir)
shutil.rmtree(self.tmpdir, ignore_errors=True)
@@ -2239,7 +2242,9 @@ class TestActivityJobs(AdminAPITestCase):
for name in names:
(self.output_dir / name).write_bytes(b"not an image")
def fake_ingest(media_file, metadata, detailed=False):
def fake_ingest(
media_file, metadata, detailed=False, ambiguous=None, untraced=None
):
key = Path(media_file).relative_to(self.output_dir).as_posix()
outcome = names[key]
if isinstance(outcome, Exception):
@@ -2368,8 +2373,10 @@ class TestActivityJobs(AdminAPITestCase):
first_done, release = threading.Event(), threading.Event()
original = self.api._ingest_scan_batch_sync
def gated(batch_results, roots=(), outcomes=None):
counts = original(batch_results, roots=roots, outcomes=outcomes)
def gated(batch_results, roots=(), outcomes=None, review=None):
counts = original(
batch_results, roots=roots, outcomes=outcomes, review=review
)
first_done.set()
release.wait(5)
return counts
tests/test_api_annotations.py
+9 -1
View File
@@ -1045,7 +1045,15 @@ class TestFailures(AnnotationAPITestCase):
await self.api.cleanup_annotation_captures(None)
self.assertFalse(os.path.exists(directory))
self.assertNotIn(identity, observers._restore_observers)
# A later observation starts a fresh store.
# The shutdown cleanup is final: a later observation (or a monitor
# recording still in flight) creates no new store or directory.
status, body = await self.observe({"target": self.target("sub/a.png")})
self.assertEqual((status, body["code"]), (500, "capture-error"), body)
self.assertIsNone(self.api._captures)
self.assertNotIn(identity, observers._restore_observers)
# An explicit, non-final close still lets a later observation start
# a fresh store (the tests' own store swaps rely on it).
self.api._captures_closed = False
await self.observe_ok()
self.assertNotEqual(self.api._captures.directory, directory)
tests/test_api_core.py
+13
View File
@@ -471,6 +471,19 @@ class TestUiRoutes(CoreRoutesTestCase):
self.assertIn(("POST", "/prompt_manager/jobs/scan"), table)
self.assertIn(("POST", "/prompt_manager/jobs/image-tags"), table)
async def test_review_routes_are_registered(self):
table = {
(route.method, route.resource.canonical)
for route in self.app.router.routes()
if route.resource is not None
}
for entry in (
("GET", "/prompt_manager/review/items"),
("GET", "/prompt_manager/review/items/{item_id}"),
("POST", "/prompt_manager/review/items/{item_id}/decision"),
):
self.assertIn(entry, table)
class TestStaticRoutes(CoreRoutesTestCase):
tests/test_api_review.py
+1161
View File
File diff suppressed because it is too large Load Diff
tests/test_database_backup.py
+67
View File
@@ -466,6 +466,9 @@ class TestRestoreFromFile(BackupTestCase):
def test_restore_old_backup_without_annotations(self):
tables = (
"media_review_decisions",
"media_review_items",
"media_review_metadata",
"media_image_tags",
"media_annotation_bytes",
"media_annotation_files",
@@ -502,6 +505,70 @@ class TestRestoreFromFile(BackupTestCase):
0,
)
def test_restore_annotations_era_backup_without_review_queue(self):
tables = (
"media_review_decisions",
"media_review_items",
"media_review_metadata",
)
src = self._make_source_db(["predates the review queue"])
with closing(sqlite3.connect(src)) as conn:
for table in tables:
conn.execute(f"DROP TABLE {table}")
conn.commit()
self.assertTrue(PromptModel.verify_database_file(src)[0])
ok, reason = PromptModel.verify_database_file(src, require_library_state=True)
self.assertFalse(ok)
self.assertEqual(reason, "Missing review queue schema")
self.db.model.restore_from_file(src)
self.assertEqual(_texts(self.path), ["predates the review queue"])
with closing(sqlite3.connect(self.path)) as conn:
self.assertEqual(
conn.execute("SELECT * FROM media_review_metadata").fetchall(),
[(1, 1, 0)],
)
self.assertEqual(
conn.execute("SELECT COUNT(*) FROM media_review_items").fetchone()[0],
0,
)
ok, reason = PromptModel.verify_database_file(
self.path, require_library_state=True
)
self.assertTrue(ok, reason)
with closing(sqlite3.connect(src)) as conn: # the source is untouched
self.assertEqual(
conn.execute(
"SELECT COUNT(*) FROM sqlite_master WHERE name LIKE 'media_review%'"
).fetchone()[0],
0,
)
def test_restore_rejects_review_queue_without_annotations(self):
src = self._make_source_db(["review without annotations"])
with closing(sqlite3.connect(src)) as conn:
conn.execute("PRAGMA foreign_keys=OFF")
for table in (
"media_image_tags",
"media_annotation_bytes",
"media_annotation_files",
"media_annotation_metadata",
):
conn.execute(f"DROP TABLE {table}")
conn.commit()
before = Path(src).read_bytes()
live_before = _texts(self.path)
ok, reason = PromptModel.verify_database_file(src)
self.assertFalse(ok)
self.assertIn("image annotation", reason)
with self.assertRaises(ValueError):
self.db.model.restore_from_file(src)
self.assertEqual(Path(src).read_bytes(), before)
self.assertEqual(_texts(self.path), live_before)
def test_restore_preserves_favorites_and_closes_handles(self):
self.db.set_image_favorite("output", "live.png")
with tempfile.TemporaryDirectory() as directory:
tests/test_library.py
+1
View File
@@ -1744,6 +1744,7 @@ class LibraryCounts(unittest.TestCase):
"negative_variants": 0,
"images": 0,
"rated_images": 0,
"review_pending": 0,
},
)
tests/test_media_capture.py
+88
View File
@@ -471,6 +471,94 @@ class CaptureStoreTestCase(unittest.TestCase):
self.assertEqual(results["capture"].size, 60)
self.capture(workers, "b.png")
def _hold_worker(self, store, relative, **options):
"""Start a capture that holds a worker until ``proceed`` is set."""
entered, proceed = threading.Event(), threading.Event()
original = CaptureStore._read
results = {}
def blocking(store_, stream, size):
if threading.current_thread() is thread and not entered.is_set():
entered.set()
self.assertTrue(proceed.wait(WAIT))
return original(store_, stream, size)
def worker():
try:
results["capture"] = self.capture(store, relative, **options)
except Exception as error: # pragma: no cover - reported below
results["error"] = error
patcher = patch.object(CaptureStore, "_read", blocking)
patcher.start()
self.addCleanup(patcher.stop)
thread = threading.Thread(target=worker)
thread.start()
self.assertTrue(entered.wait(WAIT))
def finish():
proceed.set()
thread.join(WAIT)
self.assertFalse(thread.is_alive())
self.assertNotIn("error", results)
return results["capture"]
self.addCleanup(proceed.set)
return finish
def test_background_capture_never_takes_the_last_worker(self):
for name in ("a", "b", "c"):
self.write(f"{name}.png", bytes(60))
store = self.make_store(max_workers=2)
finish = self._hold_worker(store, "a.png", background=True)
# The second background capture waits, then fails: one worker is free
# but it is the interactive request's.
started = time.monotonic()
with patch("utils.media_capture.BACKGROUND_WAIT_SECONDS", 0.05):
with self.assertRaises(CaptureCapacity):
self.capture(store, "b.png", background=True)
self.assertGreaterEqual(time.monotonic() - started, 0.04)
# An interactive capture (Tag dialog, Apply) still gets the last one.
interactive = self.capture(store, "c.png")
self.assertEqual(interactive.size, 60)
finish()
def test_background_capture_waits_for_a_worker_to_free(self):
for name in ("a", "b"):
self.write(f"{name}.png", bytes(60))
store = self.make_store(max_workers=2)
finish = self._hold_worker(store, "a.png", background=True)
waited = {}
def background():
waited["capture"] = self.capture(store, "b.png", background=True)
thread = threading.Thread(target=background)
with patch("utils.media_capture.BACKGROUND_WAIT_SECONDS", WAIT):
thread.start()
finish()
thread.join(WAIT)
self.assertFalse(thread.is_alive())
self.assertEqual(waited["capture"].size, 60)
def test_single_worker_store_admits_no_background_capture(self):
self.write("a.png", bytes(60))
store = self.make_store(max_workers=1)
with patch("utils.media_capture.BACKGROUND_WAIT_SECONDS", 0.01):
with self.assertRaises(CaptureCapacity):
self.capture(store, "a.png", background=True)
self.assertEqual(self.capture(store, "a.png").size, 60)
def test_background_capture_leaves_the_last_capture_slot(self):
for name in ("a", "b", "c"):
self.write(f"{name}.png", bytes(60))
store = self.make_store(max_captures=2)
self.capture(store, "a.png")
with patch("utils.media_capture.BACKGROUND_WAIT_SECONDS", 0.01):
with self.assertRaises(CaptureCapacity):
self.capture(store, "b.png", background=True)
self.assertEqual(self.capture(store, "c.png").size, 60)
# -- lifetime ------------------------------------------------------------
def test_idle_and_hard_expiry_and_in_use_retention(self):
tests/test_pair_ingestion.py
+66
View File
@@ -160,3 +160,69 @@ class TestPairIngestion(unittest.TestCase):
info = self.db.get_image_prompt_info(self.path)
self.assertEqual(info["pair_context"]["positive_text"], "cat, lora_trigger")
self.assertEqual(info["pair_context"]["text_source"], "execution")
def test_public_ingest_resolved_pair_contract_unchanged(self):
"""The public ingester keeps its result shape and its own transaction;
the extracted ``_ingest_resolved_pair_in`` runs in the caller's."""
from database import pair_ingestion
self.assertTrue(
hasattr(pair_ingestion, "_ingest_resolved_pair_in"),
"_ingest_resolved_pair_in is not extracted",
)
for state in ("ambiguous", "unresolved", "conflict"):
self.assertEqual(
ingest_resolved_pair(self.db, self.path, {}, {"state": state}),
{"status": state, "pairs_added": 0, "links_added": 0},
)
first = ingest_resolved_pair(self.db, self.path, {}, resolved())
self.assertEqual(
set(first),
{"status", "pairs_added", "links_added", "pair_id", "image_id"},
)
self.assertEqual(first["status"], "added")
(link,) = self.db.get_image_prompt_pairs(first["image_id"])
self.assertEqual(
link["provenance"],
{
"resolver_version": 1,
"positive": resolved()["positive"],
"negative": resolved()["negative"],
},
)
conn = self.db.model.get_connection()
self.assertFalse(conn.in_transaction)
# Inside the caller's transaction, with the caller's provenance; an
# exception afterwards rolls the link back with the caller's writes.
provenance = {"kind": "user-selection", "resolver_version": 1}
with self.assertRaises(RuntimeError):
with self.db._pair_transaction() as held:
inner = pair_ingestion._ingest_resolved_pair_in(
held,
self.db,
self.path + "2",
{},
resolved("dog"),
provenance=provenance,
)
self.assertEqual(inner["status"], "added")
raise RuntimeError("caller failed")
self.assertIsNone(self.db.get_image_prompt_info(self.path + "2"))
with self.db._pair_transaction() as held:
inner = pair_ingestion._ingest_resolved_pair_in(
held,
self.db,
self.path + "2",
{},
resolved("dog"),
provenance=provenance,
)
(link,) = self.db.get_image_prompt_pairs(inner["image_id"])
self.assertEqual(link["provenance"], provenance)
with self.db._pair_transaction() as held:
conflict = pair_ingestion._ingest_resolved_pair_in(
held, self.db, self.path, {}, resolved("bird")
)
self.assertEqual(
conflict, {"status": "conflict", "pairs_added": 0, "links_added": 0}
)
tests/test_pair_scan.py
+4 -2
View File
@@ -82,7 +82,8 @@ class TestPairScan(AdminAPITestCase):
"class_type": "BasicGuider",
"inputs": {"width": 2048, "height": 2048},
}
self.assertEqual(self._scanned("untraceable.png", g), "ambiguous")
# Ambiguous with nothing to choose: unresolved, never a review item.
self.assertEqual(self._scanned("untraceable.png", g), "unresolved")
self.assertEqual(self.api.db.list_prompt_pairs()["total"], 0)
self.assertEqual(self._texts(), [])
@@ -159,9 +160,10 @@ class TestPairScan(AdminAPITestCase):
"\nSteps: 20, Sampler: Euler"
)
}
# No candidate to choose: reported unresolved, still not guessed.
self.assertEqual(
self.api._ingest_scanned_file(self.output_dir / "ambiguous.png", meta),
"ambiguous",
"unresolved",
)
self.assertEqual(self.api.db.get_recent_prompts()["prompts"], [])
tests/test_pair_schema_restore.py
+4
View File
@@ -258,6 +258,10 @@ class PairSchemaTests(unittest.TestCase):
],
[(1, 1, 0)],
)
self.assertEqual(
[tuple(r) for r in conn.execute("SELECT * FROM media_review_metadata")],
[(1, 1, 0)],
)
self.assertTrue(PromptModel.verify_database_file(live.db_path)[0])
self.assertTrue(
PromptModel.verify_database_file(live.db_path, require_library_state=True)[
tests/test_review.py
+1053
View File
File diff suppressed because it is too large Load Diff
tests/test_review_choosable.py
+335
View File
@@ -0,0 +1,335 @@
"""Needs review queues a file only when there is something to choose.
The maintainer's live queue (#284 / #288) held 39 items whose 11 candidates
all read "unresolved", "No positive / No negative": the ingestion resolver
found several sampler branches but could trace no prompt on any of them.
An ambiguous result is reviewable only when at least two candidates carry a
resolved prompt text. With none, the file could not be traced; with exactly
one, the other branches may still have made the file, so the one text is
not certain either (the resolver never flattens unknown semantics). Both
stay unresolved and are never queued, and a rescan removes the pending,
undecided items such files already have.
"""
import os
import unittest
from unittest.mock import patch
try:
from tests.test_review import DELIMITERS, write_png
from tests.test_review_outcome import OutcomeTestCase
except ImportError: # discovered with tests/ as the top-level directory
from test_review import DELIMITERS, write_png
from test_review_outcome import OutcomeTestCase
from database.review_schema import evidence_offers_choice
from utils import review_capture
def opaque_graph(*opaque, traced=()):
"""Several KSamplers: ``opaque`` positives come from an encoder the
ingestion resolver does not know, ``traced`` ones from CLIPTextEncode.
The first sampler is opaque, so the scan's browser-parser fallback links
nothing either.
"""
graph = {
"1": {"class_type": "CheckpointLoaderSimple", "inputs": {"ckpt_name": "m"}},
"2": {"class_type": "CLIPTextEncode", "inputs": {"text": "bad"}},
}
sides = [("OpaqueTextEncode", "prompt", t) for t in opaque]
sides += [("CLIPTextEncode", "text", t) for t in traced]
for index, (encoder_class, key, text) in enumerate(sides):
encoder, sampler = str(10 + 2 * index), str(11 + 2 * index)
graph[encoder] = {"class_type": encoder_class, "inputs": {key: text}}
graph[sampler] = {
"class_type": "KSampler",
"inputs": {
"model": ["1", 0],
"positive": [encoder, 0],
"negative": ["2", 0],
},
}
return graph
def _always_reviewable(_resolution):
return True
class ChoosableTestCase(OutcomeTestCase):
def _record_pre_fix(self, name):
"""An item as the pre-fix recorder stored it (no choosable test)."""
with patch.object(review_capture, "reviewable", _always_reviewable):
self._record(name)
def _write(self, name, graph):
write_png(self.output_dir / name, prompt=graph)
return self.output_dir / name
class TestChoosableCandidates(unittest.TestCase):
def _resolution(self, *states):
candidates = []
for index, state in enumerate(states):
side = {"text": f"t{index}"} if state == "resolved" else None
candidates.append(
{"sampler_id": str(index), "state": state, "positive": side}
)
return {"state": "ambiguous", "candidates": candidates}
def test_two_resolved_candidates_are_reviewable(self):
resolution = self._resolution("resolved", "resolved", "unresolved")
self.assertTrue(review_capture.reviewable(resolution))
def test_none_or_one_resolved_candidate_is_not_reviewable(self):
for states in ((), ("unresolved",) * 11, ("resolved", "unresolved")):
with self.subTest(states=states):
resolution = self._resolution(*states)
self.assertFalse(review_capture.reviewable(resolution))
def test_blank_or_missing_text_does_not_count(self):
resolution = self._resolution("resolved", "resolved")
resolution["candidates"][0]["positive"] = {"text": " "}
self.assertFalse(review_capture.reviewable(resolution))
resolution["candidates"][0]["positive"] = None
self.assertFalse(review_capture.reviewable(resolution))
def test_nested_ambiguous_stage_counts_its_own_candidates(self):
inner = self._resolution("resolved", "resolved")["candidates"]
resolution = {
"state": "ambiguous",
"candidates": [{"state": "ambiguous", "candidates": inner}],
}
self.assertTrue(review_capture.reviewable(resolution))
def test_a_result_that_is_not_ambiguous_is_not_reviewable(self):
resolution = self._resolution("resolved", "resolved")
resolution["state"] = "resolved"
self.assertFalse(review_capture.reviewable(resolution))
class TestStoredEvidenceOffersChoice(unittest.TestCase):
def test_unlimited_evidence_needs_two_choosable_candidates(self):
side = {"text": "cat"}
two = [{"state": "resolved", "positive": side}] * 2
self.assertTrue(evidence_offers_choice({"candidates": two}))
one = two[:1] + [{"state": "unresolved", "positive": None}]
self.assertFalse(evidence_offers_choice({"candidates": one}))
def test_limited_evidence_offers_a_choice_only_with_two_candidates(self):
self.assertTrue(
evidence_offers_choice({"limited": True, "candidate_total": 18})
)
for total in (0, 1, None, "18", True):
with self.subTest(total=total):
evidence = {"limited": True, "candidate_total": total}
self.assertFalse(evidence_offers_choice(evidence))
def test_malformed_evidence_offers_nothing(self):
for evidence in (None, [], {"candidates": "x"}, {}):
with self.subTest(evidence=evidence):
self.assertFalse(evidence_offers_choice(evidence))
class TestNothingToChooseIsNotQueued(ChoosableTestCase):
async def test_no_candidate_with_text_could_not_be_traced(self):
self._roots()
self._write("none.png", opaque_graph("cat", "dog"))
job = await self._scan()
self.assertEqual(self._items(), [])
self.assertEqual(self._pending(), 0)
self.assertEqual(job["scope"]["review_items"], 0)
(row,) = job["outcomes"]["review"]
self.assertEqual(row["path"], "none.png")
self.assertIn("could not be traced", row["detail"])
self.assertEqual(job["counters"]["review"], 1, job["counters"])
self.assertEqual(self._capture_files(), [])
async def test_exactly_one_candidate_with_text_stays_unresolved(self):
"""One traced branch beside untraced ones is not certain: no link."""
self._roots()
self._write("one.png", opaque_graph("cat", traced=("dog",)))
job = await self._scan()
self.assertEqual(self._items(), [])
(row,) = job["outcomes"]["review"]
self.assertIn("could not be traced", row["detail"])
self.assertEqual(job["counters"].get("added", 0), 0, job["counters"])
self.assertEqual(job["counters"].get("known", 0), 0, job["counters"])
async def test_two_candidates_with_text_are_queued(self):
self._roots()
self._write("two.png", opaque_graph("x", traced=("cat", "dog")))
job = await self._scan()
(item,) = self._items()
self.assertEqual(os.path.basename(item["locator"]), "two.png")
self.assertEqual(item["candidate_count"], 3)
self.assertEqual(job["scope"]["review_items"], 1)
(row,) = job["outcomes"]["review"]
self.assertIn("more than one prompt could match", row["detail"])
async def test_parameters_delimiter_ambiguity_is_not_queued(self):
"""Two A1111 negative delimiters offer no candidate to choose."""
self._roots()
write_png(self.output_dir / "delims.png", parameters=DELIMITERS)
job = await self._scan()
self.assertEqual(self._items(), [])
(row,) = job["outcomes"]["review"]
self.assertIn("could not be traced", row["detail"])
def test_recorder_reports_untraced_and_stores_nothing(self):
self._roots()
self._write("none.png", opaque_graph("cat", "dog"))
self._write("one.png", opaque_graph("cat", traced=("dog",)))
for name in ("none.png", "one.png"):
with self.subTest(name=name):
outcome = review_capture.record_ambiguous_file(
self.api.db, self.api._captures, self.output_dir, 0, name
)
self.assertEqual(outcome, "untraced")
self.assertEqual(self._items(), [])
self.assertEqual(self._capture_files(), [])
def test_monitor_does_not_queue_an_untraced_output(self):
self._roots()
path = self._write("none.png", opaque_graph("cat", "dog"))
self.assertEqual(self.api.record_review_file(str(path)), "untraced")
self.assertEqual(self._items(), [])
class TestUntracedItemsLeaveTheQueue(ChoosableTestCase):
async def test_rescan_removes_pending_items_without_a_choice(self):
"""The maintainer's 39 items: queued before the rule, gone on rescan."""
self._roots()
self._write("none.png", opaque_graph("cat", "dog"))
self._write("one.png", opaque_graph("cat", traced=("dog",)))
self._write("two.png", opaque_graph("x", traced=("cat", "dog")))
for name in ("none.png", "one.png", "two.png"):
self._record_pre_fix(name)
revision = self._review_revision()
self.assertEqual(self._pending(), 3)
job = await self._scan("all")
(item,) = self._items()
self.assertEqual(os.path.basename(item["locator"]), "two.png")
self.assertEqual(self._pending(), 1)
self.assertGreater(self._review_revision(), revision)
self.assertEqual(job["scope"]["review_untraced"], 2)
self.assertEqual(job["scope"]["review_items"], 1)
self.assertIn(
"= 2 images left Needs review · nothing to choose", "\n".join(job["log"])
)
async def test_decided_items_of_untraced_files_are_never_touched(self):
self._roots()
for name in ("sel.png", "unres.png"):
self._write(name, opaque_graph("cat", traced=(name, name + "2")))
self._record_pre_fix(name)
items = {os.path.basename(i["locator"]): i for i in self._items()}
self._decide(items["sel.png"], "selected")
self._decide(items["unres.png"], "unresolved")
before = (self._items(), self._decisions())
# The files now carry graphs without a choice, queued pre-fix.
for name in ("sel.png", "unres.png", "pending.png"):
self._write(name, opaque_graph("a cow", "dog"))
self._record_pre_fix(name)
self.assertEqual(self._pending(), 3)
job = await self._scan("all")
self.assertEqual((self._items(), self._decisions()), before)
self.assertEqual(self._pending(), 0)
self.assertEqual(job["scope"]["review_untraced"], 3)
async def test_an_item_with_a_choice_survives_beside_an_untraced_one(self):
"""Removal judges each item by its own evidence: an item that offers
a choice is not removed although the file's new bytes offer none."""
self._roots()
self._write("f.png", opaque_graph("x", traced=("cat", "dog")))
self._record_pre_fix("f.png")
(choosable,) = self._items()
self._write("f.png", opaque_graph("a cow", "dog"))
self._record_pre_fix("f.png")
self.assertEqual(self._pending(), 2)
job = await self._scan("all")
self.assertEqual([i["id"] for i in self._items()], [choosable["id"]])
self.assertEqual(job["scope"]["review_untraced"], 1)
async def test_limited_items_go_only_without_enough_candidates(self):
"""A pre-fix delimiter item (no candidate) goes; a limited item of 18
candidates may hold a choice and stays, though the bytes now offer
none."""
self._roots()
write_png(self.output_dir / "delims.png", parameters=DELIMITERS)
self._record_pre_fix("delims.png")
many = [f"prompt {n}" for n in range(17)]
self._write("many.png", opaque_graph("x", traced=many))
self._record_pre_fix("many.png")
kept = [i["id"] for i in self._items() if "many" in i["locator"]]
self._write("many.png", opaque_graph("a cow", "dog"))
job = await self._scan("all")
self.assertEqual([i["id"] for i in self._items()], kept)
self.assertEqual(job["scope"]["review_untraced"], 1)
async def test_choosable_pending_item_stays(self):
self._roots()
self._write("two.png", opaque_graph("x", traced=("cat", "dog")))
await self._scan()
(item,) = self._items()
job = await self._scan("all")
self.assertEqual([i["id"] for i in self._items()], [item["id"]])
self.assertEqual(job["scope"]["review_untraced"], 0)
async def test_a_failed_removal_is_logged_and_counted_not_fatal(self):
import logging
import sqlite3
self._roots()
self._write("none.png", opaque_graph("cat", "dog"))
self._record_pre_fix("none.png")
with (
patch.object(
self.api.db,
"settle_untraced_review_items",
side_effect=sqlite3.OperationalError("database is locked"),
),
self.assertLogs("prompt_manager.api", logging.WARNING) as logs,
):
job = await self._scan("all")
self.assertEqual(job["state"], "finished")
self.assertEqual(job["scope"]["review_errors"], 1)
self.assertTrue(any("could not be removed" in line for line in logs.output))
self.assertEqual(self._pending(), 1)
await self._scan("all")
self.assertEqual(self._pending(), 0)
def test_monitor_removes_the_pending_item_of_an_untraced_output(self):
self._roots()
path = self._write("none.png", opaque_graph("cat", "dog"))
self._record_pre_fix("none.png")
# A pre-fix item of other bytes keeps the stat shortcut out of the way.
self._write("none.png", opaque_graph("a cow", "dog"))
self.assertEqual(self.api.record_review_file(str(path)), "untraced")
self.assertEqual(self._items(), [])
if __name__ == "__main__":
unittest.main()
tests/test_review_outcome.py
+374
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@@ -0,0 +1,374 @@
"""Needs review takes only files whose final outcome is ambiguous and unlinked.
The maintainer's live scan (#284 / #288) queued every file the strict
resolver found ambiguous, also those the legacy browser-parser fallback then
linked and those already linked, so the queue (10,232) was far larger than
the scan's Needs review group. The rule now: a file is queued only when the
resolver finds it ambiguous, the fallback does not link it and no saved row
links it. A pending, undecided item whose file is linked (by the fallback, a
later resolution or the monitor) is removed on the next scan or monitor
pass; an item that carries a decision is never touched.
"""
import json
import logging
import os
import sqlite3
import unittest
from unittest.mock import patch
try:
from tests.test_review import (
DELIMITERS,
NOW,
ReviewTestCase,
ambiguous_graph,
resolved_graph,
unlinkable_graph,
write_png,
)
except ImportError: # discovered with tests/ as the top-level directory
from test_review import (
DELIMITERS,
NOW,
ReviewTestCase,
ambiguous_graph,
resolved_graph,
unlinkable_graph,
write_png,
)
from utils.hashing import generate_prompt_hash
from utils.image_monitor import ImageGenerationHandler
from utils.prompt_tracker import PromptTracker
from utils import review_capture
def nan_stamped(graph):
"""ComfyUI's ``is_changed: [NaN]`` stamp (written as a bare NaN literal)."""
for node in graph.values():
node["is_changed"] = [float("nan")]
return graph
class OutcomeTestCase(ReviewTestCase):
def _pending(self):
return self.api.db.library_counts()["review_pending"]
def _record(self, name):
"""An item as the pre-fix producers recorded it (any ambiguous file)."""
outcome = review_capture.record_ambiguous_file(
self.api.db, self.api._captures, self.output_dir, 0, name
)
self.assertIn(outcome, ("recorded", "limited"))
def _decide(self, item, outcome):
conn = self.api.db.model.get_connection()
candidate = None
if outcome == "selected":
candidate = json.loads(item["evidence"])["candidates"][0]["hash"]
with conn:
conn.execute(
"UPDATE media_review_items SET state=?, revision=1 WHERE id=?",
(outcome, item["id"]),
)
conn.execute(
"INSERT INTO media_review_decisions(id,item_id,decision_revision,"
"created_at,outcome,candidate_hash,evidence) VALUES(?,?,?,?,?,?,?)",
(
f"00000000-0000-4000-8000-{len(self._decisions()) + 1:012d}",
item["id"],
1,
NOW,
outcome,
candidate,
'{"kind":"user-selection"}',
),
)
def _decisions(self):
conn = self.api.db.model.get_connection()
return [
tuple(row)
for row in conn.execute(
"SELECT id,item_id,outcome FROM media_review_decisions ORDER BY id"
)
]
def _link(self, path, text="already saved"):
prompt_id = self.api.db.save_prompt(
text=text, prompt_hash=generate_prompt_hash(text)
)
self.api.db.link_image_to_prompt(prompt_id, str(path))
return prompt_id
@staticmethod
def _rows(job, group):
return sorted(row["path"] for row in job["outcomes"].get(group, []))
class TestOnlyUnlinkedAmbiguousFilesAreQueued(OutcomeTestCase):
async def test_nan_stamped_graph_the_fallback_links_is_not_queued(self):
self._roots()
path = self.output_dir / "nan.png"
write_png(path, prompt=nan_stamped(ambiguous_graph("cat", "dog")))
self.assertIn(b"NaN", path.read_bytes())
job = await self._scan()
self.assertEqual(job["counters"]["added"], 1, job["counters"])
self.assertEqual(self._items(), [])
self.assertEqual(job["scope"]["review_items"], 0)
self.assertEqual(self._pending(), 0)
async def test_fallback_link_to_a_known_prompt_is_not_queued(self):
self._roots()
write_png(self.output_dir / "a.png", prompt=ambiguous_graph("cat", "dog"))
await self._scan()
write_png(self.output_dir / "b.png", prompt=ambiguous_graph("cat", "dog"))
job = await self._scan()
self.assertEqual(self._items(), [])
self.assertEqual(job["scope"]["review_items"], 0)
async def test_already_linked_file_is_not_queued(self):
self._roots()
path = self.output_dir / "linked.png"
write_png(path, prompt=unlinkable_graph("cat", "dog"))
self._link(path)
job = await self._scan()
self.assertEqual(self._items(), [])
self.assertEqual(job["scope"]["review_items"], 0)
self.assertEqual(self._rows(job, "review"), [])
self.assertEqual(self._rows(job, "known"), ["linked.png"])
async def test_genuinely_ambiguous_file_is_queued(self):
self._roots()
path = self.output_dir / "two.png"
write_png(path, prompt=nan_stamped(unlinkable_graph("cat", "dog")))
# Beside it, a file the fallback links: only the first is queued.
write_png(self.output_dir / "linked.png", prompt=ambiguous_graph("a", "b"))
job = await self._scan()
(item,) = self._items()
self.assertEqual(os.path.basename(item["locator"]), "two.png")
self.assertEqual(item["state"], "pending")
self.assertEqual(item["candidate_count"], 3)
self.assertEqual(job["scope"]["review_items"], 1)
self.assertEqual(self._rows(job, "review"), ["two.png"])
self.assertEqual(self._pending(), 1)
self.assertIn("? 1 image added to Needs review", "\n".join(job["log"]))
async def test_counter_and_queue_agree_with_the_review_group(self):
"""``review_items`` and the queue total equal the review group less
its unresolved files, on the first scan and on a rescan."""
self._roots()
for name in ("u1.png", "u2.png"):
write_png(self.output_dir / name, prompt=unlinkable_graph("cat", name))
write_png(self.output_dir / "delims.png", parameters=DELIMITERS)
write_png(self.output_dir / "linked.png", prompt=ambiguous_graph("a", "b"))
unresolved = {"1": {"class_type": "KSampler", "inputs": {}}}
write_png(self.output_dir / "none.png", prompt=unresolved)
write_png(self.output_dir / "one.png", prompt=resolved_graph())
for _ in range(2):
job = await self._scan()
review = self._rows(job, "review")
unresolved_rows = sorted(
row["path"]
for row in job["outcomes"]["review"]
if "could not be traced" in row["detail"]
)
queued = [name for name in review if name not in unresolved_rows]
# delims.png has nothing to choose: "could not be traced".
self.assertEqual(queued, ["u1.png", "u2.png"], job)
self.assertIn("delims.png", unresolved_rows)
self.assertEqual(job["scope"]["review_items"], 2)
self.assertEqual(self._pending(), 2)
self.assertIn("? 2 images already in Needs review", "\n".join(job["log"]))
class TestQueueSelfHeals(OutcomeTestCase):
async def test_pending_item_of_a_fallback_linked_file_is_removed(self):
"""The maintainer's case: queued by the old rule, linked on rescan."""
self._roots()
path = self.output_dir / "nan.png"
write_png(path, prompt=nan_stamped(ambiguous_graph("cat", "dog")))
self._record("nan.png")
revision = self._review_revision()
self.assertEqual(self._pending(), 1)
job = await self._scan()
self.assertEqual(self._items(), [])
self.assertEqual(self._pending(), 0)
self.assertGreater(self._review_revision(), revision)
self.assertEqual(job["scope"]["review_settled"], 1)
self.assertIn("= 1 image left Needs review · now linked", "\n".join(job["log"]))
async def test_pending_item_of_an_already_linked_file_is_removed(self):
self._roots()
path = self.output_dir / "linked.png"
write_png(path, prompt=unlinkable_graph("cat", "dog"))
self._record("linked.png")
self._link(path)
await self._scan()
self.assertEqual(self._items(), [])
self.assertEqual(self._pending(), 0)
async def test_pending_item_of_a_skipped_known_file_is_removed(self):
"""A file the "new" scope skips as known still settles its old item."""
self._roots()
path = self.output_dir / "one.png"
write_png(path, prompt=unlinkable_graph("cat", "dog"))
self._record("one.png")
write_png(path, prompt=resolved_graph())
first = await self._scan()
self.assertEqual(self._rows(first, "added"), ["one.png"])
# An item a pre-fix scan left for the file's old bytes.
self.assertEqual(self._items(), [])
write_png(path, prompt=unlinkable_graph("cat", "dog"), color=(0, 9, 0))
self._record("one.png")
write_png(path, prompt=resolved_graph())
second = await self._scan()
self.assertEqual(self._rows(second, "known"), ["one.png"])
self.assertEqual(self._items(), [])
async def test_a_failed_settle_is_logged_and_counted_not_fatal(self):
self._roots()
write_png(self.output_dir / "nan.png", prompt=ambiguous_graph("cat", "dog"))
self._record("nan.png")
with (
patch.object(
self.api.db,
"settle_linked_review_items",
side_effect=sqlite3.OperationalError("database is locked"),
),
self.assertLogs("prompt_manager.api", logging.WARNING) as logs,
):
job = await self._scan()
self.assertEqual(job["state"], "finished")
self.assertEqual(job["scope"]["review_errors"], 1)
self.assertEqual(job["scope"]["review_settled"], 0)
self.assertTrue(any("could not be removed" in line for line in logs.output))
self.assertEqual(self._pending(), 1)
# The next scan settles it.
await self._scan()
self.assertEqual(self._pending(), 0)
async def test_still_unlinked_pending_item_stays(self):
self._roots()
write_png(self.output_dir / "two.png", prompt=unlinkable_graph("cat", "dog"))
await self._scan()
(item,) = self._items()
job = await self._scan()
self.assertEqual([i["id"] for i in self._items()], [item["id"]])
self.assertEqual(job["scope"].get("review_settled", 0), 0)
async def test_decided_items_are_never_touched(self):
self._roots()
for name in ("sel.png", "unres.png"):
write_png(self.output_dir / name, prompt=ambiguous_graph("cat", name))
self._record(name)
items = {os.path.basename(i["locator"]): i for i in self._items()}
self._decide(items["sel.png"], "selected")
self._decide(items["unres.png"], "unresolved")
before = (self._items(), self._decisions())
# A pending neighbour the fallback links: it alone leaves the queue.
write_png(self.output_dir / "pending.png", prompt=ambiguous_graph("x", "y"))
self._record("pending.png")
self.assertEqual(self._pending(), 1)
job = await self._scan("all")
self.assertEqual((self._items(), self._decisions()), before)
self.assertEqual(self._pending(), 0)
self.assertEqual(job["scope"]["review_settled"], 1)
class TestMonitorRule(OutcomeTestCase):
def _handler(self):
handler = ImageGenerationHandler(self.api.db, PromptTracker(self.api.db))
handler.review_recorder = self.api.record_review_file
return handler
def _context(self):
prompt_id = self.api.db.save_prompt(
text="latest", prompt_hash=generate_prompt_hash("latest")
)
return {"id": prompt_id, "text": "latest", "fallback": True}
async def test_monitor_linked_ambiguous_output_is_not_queued(self):
self._roots()
path = self.output_dir / "two.png"
graph = unlinkable_graph("cat", "dog")
write_png(path, prompt=graph)
self._handler().link_image_to_prompt(
str(path), self._context(), {"prompt": graph}
)
self.assertEqual(self._items(), [])
async def test_monitor_link_removes_the_files_pending_item(self):
self._roots()
path = self.output_dir / "two.png"
graph = unlinkable_graph("cat", "dog")
write_png(path, prompt=graph)
self._record("two.png")
self.assertEqual(self._pending(), 1)
self._handler().link_image_to_prompt(
str(path), self._context(), {"prompt": graph}
)
self.assertEqual(self._items(), [])
self.assertEqual(self._pending(), 0)
async def test_monitor_never_touches_a_decided_item(self):
self._roots()
path = self.output_dir / "two.png"
graph = unlinkable_graph("cat", "dog")
write_png(path, prompt=graph)
self._record("two.png")
(item,) = self._items()
self._decide(item, "unresolved")
before = (self._items(), self._decisions())
other = self.output_dir / "other.png"
write_png(other, prompt=graph, color=(0, 0, 9))
self._record("other.png")
handler, context = self._handler(), self._context()
handler.link_image_to_prompt(str(path), context, {"prompt": graph})
handler.link_image_to_prompt(str(other), context, {"prompt": graph})
self.assertEqual((self._items(), self._decisions()), before)
self.assertEqual(self._pending(), 0)
async def test_record_review_file_applies_the_scan_rule(self):
self._roots()
write_png(self.output_dir / "fallback.png", prompt=ambiguous_graph("a", "b"))
write_png(self.output_dir / "two.png", prompt=unlinkable_graph("cat", "dog"))
linked = self.output_dir / "linked.png"
write_png(linked, prompt=unlinkable_graph("cat", "dog"))
self._link(linked)
record = self.api.record_review_file
self.assertEqual(record(str(self.output_dir / "fallback.png")), "skipped")
self.assertEqual(record(str(linked)), "linked")
self.assertEqual(record(str(self.output_dir / "two.png")), "recorded")
self.assertEqual(len(self._items()), 1)
if __name__ == "__main__":
unittest.main()
tests/test_review_schema.py
+918
View File
@@ -0,0 +1,918 @@
"""Needs review schema group (#249): install, validation and restore safety."""
import hashlib
import json
import re
import sqlite3
import tempfile
import unittest
from contextlib import closing
from pathlib import Path
from unittest.mock import patch
try:
from tests.open_handles import assert_closed
except ImportError: # discovered with tests/ as the top-level directory
from open_handles import assert_closed
from database.models import PromptModel
from database.operations import PromptDatabase
try: # guarded so a missing module fails assertions, not test loading
from database.review_schema import (
canonical_evidence,
evidence_digest,
migrate_review_state,
review_schema_error,
)
except ImportError:
canonical_evidence = None
evidence_digest = None
migrate_review_state = None
review_schema_error = None
METADATA = "media_review_metadata"
ITEMS = "media_review_items"
DECISIONS = "media_review_decisions"
TABLES = (METADATA, ITEMS, DECISIONS)
ANNOTATION_TABLES = (
"media_annotation_metadata",
"media_annotation_files",
"media_annotation_bytes",
"media_image_tags",
)
MAX_EVIDENCE_BYTES = 8 * 1024 * 1024
# The exact DDL the plan pins; the module must produce precisely these objects.
DDL = {
METADATA: (
f"CREATE TABLE {METADATA}(singleton_id INTEGER PRIMARY KEY "
"CHECK(singleton_id=1), schema_version INTEGER NOT NULL "
"CHECK(schema_version=1), review_index_revision INTEGER NOT NULL "
"DEFAULT 0 CHECK(review_index_revision>=0))"
),
ITEMS: (
f"CREATE TABLE {ITEMS}(id TEXT PRIMARY KEY CHECK(length(id)=36), "
"byte_id TEXT NOT NULL REFERENCES media_annotation_bytes(id) "
"ON DELETE RESTRICT, spelled_path TEXT NOT NULL CHECK(length(CAST("
"spelled_path AS BLOB)) BETWEEN 1 AND 16384), "
"resolver_version INTEGER NOT NULL, "
"evidence_hash TEXT NOT NULL CHECK(length(evidence_hash)=64 AND "
"evidence_hash NOT GLOB '*[^0-9a-f]*'), evidence TEXT NOT NULL "
f"CHECK(length(CAST(evidence AS BLOB)) <= {MAX_EVIDENCE_BYTES}), "
"candidate_count INTEGER NOT NULL CHECK(candidate_count BETWEEN 0 AND 16), "
"limited INTEGER NOT NULL CHECK(limited IN (0,1)), state TEXT NOT NULL "
"CHECK(state IN ('pending','selected','unresolved')), revision INTEGER "
"NOT NULL CHECK(revision>=0), created_at TEXT NOT NULL, updated_at TEXT "
"NOT NULL, UNIQUE(byte_id, resolver_version, evidence_hash))"
),
DECISIONS: (
f"CREATE TABLE {DECISIONS}(id TEXT PRIMARY KEY CHECK(length(id)=36), "
f"item_id TEXT NOT NULL REFERENCES {ITEMS}(id) ON DELETE RESTRICT, "
"decision_revision INTEGER NOT NULL, created_at TEXT NOT NULL, "
"outcome TEXT NOT NULL CHECK(outcome IN ('selected','unresolved')), "
"candidate_hash TEXT CHECK(candidate_hash IS NULL OR "
"(length(candidate_hash)=64 AND candidate_hash NOT GLOB '*[^0-9a-f]*')), "
"evidence TEXT NOT NULL "
f"CHECK(length(CAST(evidence AS BLOB)) <= {MAX_EVIDENCE_BYTES}), "
"pair_id INTEGER REFERENCES prompt_pairs(id) ON DELETE SET NULL, "
"image_id INTEGER REFERENCES generated_images(id) ON DELETE SET NULL, "
"UNIQUE(item_id, decision_revision), "
"CHECK((outcome='selected') = (candidate_hash IS NOT NULL)))"
),
}
INDEXES = {
"idx_media_review_items_queue": (
f"CREATE INDEX idx_media_review_items_queue ON {ITEMS}"
"(state, created_at, id)"
),
"idx_media_review_decisions_pair": (
f"CREATE INDEX idx_media_review_decisions_pair ON {DECISIONS}(pair_id)"
),
"idx_media_review_decisions_image": (
f"CREATE INDEX idx_media_review_decisions_image ON {DECISIONS}(image_id)"
),
}
AUTOINDEXES = {ITEMS: 2, DECISIONS: 2}
LEGACY_TABLES = (
"prompts",
"generated_images",
"tags",
"prompt_tags",
"prompt_pairs",
"prompt_pair_tags",
"image_favorites",
) + ANNOTATION_TABLES
FILE_ID = "0f8e4b2a-1c3d-4e5f-8a9b-0c1d2e3f4a5b"
BYTE_ID = "6a1b2c3d-4e5f-4a6b-8c9d-0e1f2a3b4c5d"
ITEM_ID = "1d2e3f4a-5b6c-4d7e-8f9a-0b1c2d3e4f5a"
DECISION_ID = "2e3f4a5b-6c7d-4e8f-9a0b-1c2d3e4f5a6b"
OTHER_ID = "7b2c3d4e-5f6a-4b7c-9d0e-1f2a3b4c5d6e"
DIGEST = hashlib.sha256(b"img").hexdigest()
CANDIDATE = hashlib.sha256(b"candidate").hexdigest()
NOW = "2026-10-22T00:00:00.000000+00:00"
EVIDENCE = '{"candidates":[],"sha256":"' + DIGEST + '"}'
EVIDENCE_HASH = hashlib.sha256(EVIDENCE.encode("ascii")).hexdigest()
def _compact(sql):
return re.sub(r"\s+", "", sql or "").lower()
def expected_catalog():
objects = {("table", name, _compact(sql)) for name, sql in DDL.items()}
objects |= {("index", name, _compact(sql)) for name, sql in INDEXES.items()}
objects |= {
("index", f"sqlite_autoindex_{table}_{n}", "")
for table, count in AUTOINDEXES.items()
for n in range(1, count + 1)
}
return objects
def catalog(conn):
names = tuple(TABLES) + tuple(INDEXES)
marks = ",".join("?" * len(names))
table_marks = ",".join("?" * len(TABLES))
return {
(kind, name, _compact(sql))
for kind, name, sql in conn.execute(
"SELECT type,name,sql FROM sqlite_master "
f"WHERE name IN ({marks}) OR tbl_name IN ({table_marks})", # nosec B608
names + tuple(TABLES),
)
}
def rows(conn, sql, *params):
"""Plain tuples whatever row factory *conn* uses."""
return [tuple(row) for row in conn.execute(sql, params)]
def metadata(conn):
return rows(conn, f"SELECT schema_version,review_index_revision FROM {METADATA}")
def table_rows(conn, tables):
found = {}
for table in tables:
present = conn.execute(
"SELECT 1 FROM sqlite_master WHERE type='table' AND name=?", (table,)
).fetchone()
if present:
found[table] = rows(conn, f"SELECT * FROM {table}") # nosec B608
return found
def insert_byte(conn, file_id=FILE_ID, byte_id=BYTE_ID, locator="/out/img.png"):
conn.execute(
"INSERT INTO media_annotation_files VALUES(?,?,?)", (file_id, locator, NOW)
)
conn.execute(
"INSERT INTO media_annotation_bytes VALUES(?,?,?,?,?,?,?,0)",
(byte_id, file_id, DIGEST, 3, 1_700_000_000_000_000_000, NOW, NOW),
)
def insert_item(conn, *, item_id=ITEM_ID, evidence=EVIDENCE, candidates=2, **extra):
values = {
"id": item_id,
"byte_id": BYTE_ID,
"spelled_path": "/out/img.png",
"resolver_version": 1,
"evidence_hash": hashlib.sha256(evidence.encode("utf-8")).hexdigest(),
"evidence": evidence,
"candidate_count": candidates,
"limited": 0,
"state": "pending",
"revision": 0,
"created_at": NOW,
"updated_at": NOW,
}
values.update(extra)
columns = ",".join(values)
marks = ",".join("?" * len(values))
conn.execute(
f"INSERT INTO {ITEMS}({columns}) VALUES({marks})", # nosec B608
tuple(values.values()),
)
def insert_decision(conn, *, decision_id=DECISION_ID, **extra):
values = {
"id": decision_id,
"item_id": ITEM_ID,
"decision_revision": 1,
"created_at": NOW,
"outcome": "selected",
"candidate_hash": CANDIDATE,
"evidence": EVIDENCE,
"pair_id": None,
"image_id": None,
}
values.update(extra)
columns = ",".join(values)
marks = ",".join("?" * len(values))
conn.execute(
f"INSERT INTO {DECISIONS}({columns}) VALUES({marks})", # nosec B608
tuple(values.values()),
)
def insert_group_rows(conn, **item):
insert_byte(conn)
insert_item(conn, **item)
insert_decision(conn)
def populate_legacy(conn):
conn.execute(
"INSERT INTO prompts(id,text,hash,category,notes,run_count) VALUES"
"(7,'positive','p','keep','notes',12)"
)
conn.execute("INSERT INTO prompts(id,text,hash) VALUES(9,'negative','n')")
conn.execute(
"INSERT INTO generated_images(id,prompt_id,image_path,filename,file_path) "
"VALUES(4,7,'/tmp/image.png','image.png','/tmp/image.png')"
)
conn.execute("INSERT INTO tags(id,name) VALUES(3,'keep-tag')")
conn.execute("INSERT INTO prompt_tags VALUES(7,3)")
conn.execute(
"INSERT INTO prompt_pairs(id,positive_prompt_id,negative_prompt_id) "
"VALUES(6,7,9)"
)
conn.execute("INSERT INTO prompt_pair_tags VALUES(6,3)")
conn.execute("INSERT INTO image_favorites VALUES('root','a.png',?)", (NOW,))
def full_capacity_evidence():
"""Sixteen candidates of control, lone-surrogate, astral and combining
text, exactly 8 MiB."""
text = '\x00\x07\x1f
\ud800 é é "q" \\ \U0001f9ea'
candidates = [
{
"hash": hashlib.sha256(str(n).encode()).hexdigest(),
"negative": {"text": text * 3},
"positive": {"text": text * 5},
"sampler_id": str(n),
"state": "resolved",
}
for n in range(16)
]
value = {"candidates": candidates, "pad": ""}
base = len(canonical_evidence(value).encode("utf-8"))
value["pad"] = "x" * (MAX_EVIDENCE_BYTES - base)
return value
class ReviewSchemaTests(unittest.TestCase):
def setUp(self):
self.temp = tempfile.TemporaryDirectory()
self.addCleanup(self.temp.cleanup)
self.addCleanup(assert_closed, self, self.temp.name)
self.addCleanup(PromptModel.reset_schema_cache)
self.models = []
self.addCleanup(self.close_models)
self.path = str(Path(self.temp.name) / "live.db")
def close_models(self):
for model in self.models:
model.close_all()
def model(self, path=None):
model = PromptModel(path or self.path)
self.models.append(model)
return model
def require_module(self):
self.assertIsNotNone(
review_schema_error, "database.review_schema is not implemented"
)
def drop_tables(self, path, tables=TABLES):
"""Remove tables from a closed database file (an old backup)."""
with closing(sqlite3.connect(path)) as raw, raw:
raw.execute("PRAGMA foreign_keys=OFF")
for table in reversed(tables):
raw.execute(f"DROP TABLE {table}")
def test_fresh_install_and_reopen_is_idempotent(self):
self.require_module()
model = self.model()
with model.get_connection() as conn:
self.assertEqual(catalog(conn), expected_catalog())
self.assertIsNone(review_schema_error(conn, allow_missing=False))
self.assertEqual(metadata(conn), [(1, 0)])
insert_group_rows(conn)
snapshot = table_rows(conn, TABLES)
self.assertEqual(
PromptModel.verify_database_file(self.path, require_library_state=True),
(True, "ok"),
)
model.close_all()
for _ in range(2):
PromptModel.reset_schema_cache()
model = self.model()
with model.get_connection() as conn:
self.assertEqual(catalog(conn), expected_catalog())
self.assertIsNone(review_schema_error(conn, allow_missing=False))
self.assertEqual(table_rows(conn, TABLES), snapshot)
# Running the migration again on a current database changes nothing.
migrate_review_state(conn)
self.assertEqual(table_rows(conn, TABLES), snapshot)
model.close_all()
# Items and decisions keep the byte record and the item they cite.
PromptModel.reset_schema_cache()
model = self.model()
with model.get_connection() as conn:
with self.assertRaises(sqlite3.IntegrityError):
conn.execute("DELETE FROM media_annotation_files")
with self.assertRaises(sqlite3.IntegrityError):
conn.execute(f"DELETE FROM {ITEMS}")
self.assertEqual(table_rows(conn, TABLES), snapshot)
def test_startup_validates_stored_evidence_once(self):
"""A reopen streams the evidence once and the annotation group twice
(its own install), never again for the review group (I3)."""
self.require_module()
import database.annotation_schema as annotation_module
import database.review_schema as review_module
model = self.model()
with model.get_connection() as conn:
insert_group_rows(conn)
model.close_all()
for _ in range(2):
PromptModel.reset_schema_cache()
with (
patch.object(
review_module,
"_evidence_error",
wraps=review_module._evidence_error,
) as evidence,
patch.object(
review_module,
"annotation_schema_error",
wraps=review_module.annotation_schema_error,
) as nested,
patch.object(
annotation_module,
"_value_error",
wraps=annotation_module._value_error,
) as annotation_rows,
):
model = self.model()
model.get_connection()
self.assertEqual(evidence.call_count, 1)
self.assertEqual(nested.call_count, 0)
self.assertEqual(annotation_rows.call_count, 2)
model.close_all()
def test_old_database_without_group_migrates_without_touching_legacy_rows(self):
self.require_module()
for label, dropped in (
("annotations only", TABLES),
("predates annotations", ANNOTATION_TABLES + TABLES),
):
with self.subTest(label):
path = str(Path(self.temp.name) / f"{label.replace(' ', '-')}.db")
model = self.model(path)
with model.get_connection() as conn:
populate_legacy(conn)
if dropped == TABLES:
insert_byte(conn)
model.close_all()
self.drop_tables(path, dropped)
with closing(sqlite3.connect(path)) as raw:
self.assertIsNone(review_schema_error(raw))
self.assertEqual(
review_schema_error(raw, allow_missing=False),
"Missing review queue schema",
)
legacy_rows_before = table_rows(raw, LEGACY_TABLES)
self.assertTrue(PromptModel.verify_database_file(path)[0])
self.assertFalse(
PromptModel.verify_database_file(path, require_library_state=True)[
0
]
)
PromptModel.reset_schema_cache()
model = self.model(path)
with model.get_connection() as conn:
self.assertEqual(catalog(conn), expected_catalog())
self.assertIsNone(review_schema_error(conn, allow_missing=False))
self.assertEqual(metadata(conn), [(1, 0)])
counts = [
conn.execute(f"SELECT COUNT(*) FROM {t}").fetchone()[0]
for t in (ITEMS, DECISIONS)
]
legacy_rows_after = {
table: value
for table, value in table_rows(conn, LEGACY_TABLES).items()
if table in legacy_rows_before
}
self.assertEqual(counts, [0, 0])
self.assertEqual(legacy_rows_after, legacy_rows_before)
self.assertEqual(
PromptModel.verify_database_file(path, require_library_state=True),
(True, "ok"),
)
model.close_all()
def test_annotations_only_installation_is_valid(self):
self.require_module()
model = self.model()
with model.get_connection() as conn:
insert_byte(conn)
model.close_all()
self.drop_tables(self.path)
with closing(sqlite3.connect(self.path)) as raw:
self.assertIsNone(review_schema_error(raw))
self.assertEqual(PromptModel.verify_database_file(self.path), (True, "ok"))
self.assertEqual(
PromptModel.verify_database_file(self.path, require_library_state=True),
(False, "Missing review queue schema"),
)
def test_review_group_without_annotation_group_is_invalid(self):
self.require_module()
model = self.model()
model.close_all()
self.drop_tables(self.path, ANNOTATION_TABLES)
with closing(sqlite3.connect(self.path)) as raw:
for allow_missing in (True, False):
error = review_schema_error(raw, allow_missing=allow_missing)
self.assertIsNotNone(error)
self.assertIn("image annotation", error.lower())
self.assertFalse(PromptModel.verify_database_file(self.path)[0])
PromptModel.reset_schema_cache()
with self.assertRaises(sqlite3.DatabaseError):
self.model()
# An invalid annotation group invalidates the review group beside it.
path = self.tampered(
"bad annotations",
("UPDATE media_annotation_bytes SET sha256=upper(sha256)",),
checks_off=True,
)
with closing(sqlite3.connect(path)) as raw:
self.assertIn("image annotation", review_schema_error(raw).lower())
def tampered(self, name, statements, *, checks_off=False, rows_in=True):
"""A closed current database whose group was altered after the fact."""
path = str(Path(self.temp.name) / f"{name.replace(' ', '-')}.db")
model = self.model(path)
with model.get_connection() as conn:
populate_legacy(conn)
if rows_in:
insert_group_rows(conn)
model.close_all()
with closing(sqlite3.connect(path)) as raw, raw:
raw.execute("PRAGMA foreign_keys=OFF")
if checks_off:
raw.execute("PRAGMA ignore_check_constraints=ON")
for statement in statements:
if isinstance(statement, tuple):
raw.execute(*statement)
else:
raw.execute(statement)
return path
def assert_rejected_unrepaired(self, path):
with closing(sqlite3.connect(path)) as raw:
schema_before = raw.execute(
"SELECT type,name,tbl_name,sql FROM sqlite_master ORDER BY name"
).fetchall()
rows_before = table_rows(raw, TABLES)
for allow_missing in (False, True):
error = review_schema_error(raw, allow_missing=allow_missing)
self.assertIsNotNone(error)
self.assertIn("review", error.lower())
self.assertFalse(PromptModel.verify_database_file(path)[0])
self.assertFalse(
PromptModel.verify_database_file(path, require_library_state=True)[0]
)
PromptModel.reset_schema_cache()
with self.assertRaises(sqlite3.DatabaseError):
self.model(path)
PromptModel.reset_schema_cache()
with closing(sqlite3.connect(path)) as raw:
self.assertEqual(
raw.execute(
"SELECT type,name,tbl_name,sql FROM sqlite_master ORDER BY name"
).fetchall(),
schema_before,
)
self.assertEqual(table_rows(raw, TABLES), rows_before)
def test_partial_or_malformed_group_is_rejected_without_repair(self):
self.require_module()
cases = {
"missing metadata": (f"DROP TABLE {METADATA}",),
"missing items": (f"DROP TABLE {DECISIONS}", f"DROP TABLE {ITEMS}"),
"missing decisions": (f"DROP TABLE {DECISIONS}",),
"reserved view": (
f"DROP TABLE {DECISIONS}",
f"CREATE VIEW {DECISIONS} AS SELECT 'x' AS id",
),
"extra trigger": (
f"CREATE TRIGGER media_review_trigger AFTER INSERT ON {ITEMS} "
"BEGIN SELECT 1; END",
),
"extra index": (
f"CREATE INDEX idx_media_review_extra ON {ITEMS}(updated_at)",
),
"extra column": (
f"DROP TABLE {DECISIONS}",
DDL[DECISIONS].replace("evidence TEXT", "note TEXT, evidence TEXT"),
),
"wrong primary key": (
f"DROP TABLE {DECISIONS}",
DDL[DECISIONS].replace("id TEXT PRIMARY KEY", "id TEXT", 1),
),
"wrong foreign key": (
f"DROP TABLE {DECISIONS}",
DDL[DECISIONS].replace(
"generated_images(id) ON DELETE SET NULL",
"generated_images(id) ON DELETE CASCADE",
),
INDEXES["idx_media_review_decisions_pair"],
INDEXES["idx_media_review_decisions_image"],
),
"wrong check": (
f"DROP TABLE {METADATA}",
DDL[METADATA].replace("schema_version=1", "schema_version=2"),
f"INSERT INTO {METADATA} VALUES(1,2,0)",
),
"missing unique": (
"DROP INDEX idx_media_review_decisions_pair",
"DROP INDEX idx_media_review_decisions_image",
f"DROP TABLE {DECISIONS}",
DDL[DECISIONS].replace(" UNIQUE(item_id, decision_revision),", ""),
INDEXES["idx_media_review_decisions_pair"],
INDEXES["idx_media_review_decisions_image"],
),
"missing queue index": ("DROP INDEX idx_media_review_items_queue",),
"wrong index columns": (
"DROP INDEX idx_media_review_items_queue",
INDEXES["idx_media_review_items_queue"].replace(", id", ""),
),
"orphan item": ((f"UPDATE {ITEMS} SET byte_id=?", (OTHER_ID,)),),
"orphan decision": ((f"UPDATE {DECISIONS} SET item_id=?", (OTHER_ID,)),),
"dangling pair": (f"UPDATE {DECISIONS} SET pair_id=404",),
"bad item uuid": (
(f"UPDATE {ITEMS} SET id=?", ("x" * 36,)),
(f"UPDATE {DECISIONS} SET item_id=?", ("x" * 36,)),
),
"uppercase decision uuid": (f"UPDATE {DECISIONS} SET id=upper(id)",),
"null decision id": (f"UPDATE {DECISIONS} SET id=NULL",),
"blob ids": (f"UPDATE {DECISIONS} SET id=CAST(id AS BLOB)",),
"no metadata row": (f"DELETE FROM {METADATA}",),
"long created_at": ((f"UPDATE {ITEMS} SET created_at=?", ("x" * 65,)),),
"blob updated_at": (f"UPDATE {ITEMS} SET updated_at=X'00'",),
"text resolver version": (f"UPDATE {ITEMS} SET resolver_version='one'",),
"blob spelled path": (
f"UPDATE {ITEMS} SET spelled_path=CAST(spelled_path AS BLOB)",
),
"evidence hash mismatch": (
(f"UPDATE {ITEMS} SET evidence_hash=?", (CANDIDATE,)),
),
}
for label, statements in cases.items():
with self.subTest(label):
self.assert_rejected_unrepaired(self.tampered(label, statements))
unchecked = {
"two metadata rows": (f"INSERT INTO {METADATA} VALUES(2,1,0)",),
"wrong schema version": (f"UPDATE {METADATA} SET schema_version=2",),
"negative index revision": (
f"UPDATE {METADATA} SET review_index_revision=-1",
),
"uppercase evidence hash": (
f"UPDATE {ITEMS} SET evidence_hash=upper(evidence_hash)",
),
"bad state": (f"UPDATE {ITEMS} SET state='done'",),
"limited two": (f"UPDATE {ITEMS} SET limited=2",),
"empty spelled path": (f"UPDATE {ITEMS} SET spelled_path=''",),
"negative revision": (f"UPDATE {ITEMS} SET revision=-1",),
"negative candidates": (f"UPDATE {ITEMS} SET candidate_count=-1",),
"bad outcome": (f"UPDATE {DECISIONS} SET outcome='maybe'",),
"short candidate hash": (
f"UPDATE {DECISIONS} SET candidate_hash=substr(candidate_hash,1,63)",
),
"negative decision revision": (
f"UPDATE {DECISIONS} SET decision_revision=-1",
),
}
for label, statements in unchecked.items():
with self.subTest(label):
path = self.tampered(label, statements, checks_off=True)
self.assert_rejected_unrepaired(path)
def test_selected_decision_requires_candidate_hash(self):
self.require_module()
model = self.model()
with model.get_connection() as conn:
insert_byte(conn)
insert_item(conn)
for outcome, candidate in (("selected", None), ("unresolved", CANDIDATE)):
with self.subTest(outcome):
with self.assertRaises(sqlite3.IntegrityError):
insert_decision(conn, outcome=outcome, candidate_hash=candidate)
insert_decision(conn, outcome="unresolved", candidate_hash=None)
insert_decision(conn, decision_id=OTHER_ID, decision_revision=2)
self.assertIsNone(review_schema_error(conn, allow_missing=False))
self.assertEqual(
rows(conn, f"SELECT outcome FROM {DECISIONS} ORDER BY 1"),
[("selected",), ("unresolved",)],
)
with self.assertRaises(sqlite3.IntegrityError): # one per revision
insert_decision(conn, decision_id=ITEM_ID, decision_revision=2)
model.close_all()
path = self.tampered(
"selected without hash",
(f"UPDATE {DECISIONS} SET candidate_hash=NULL",),
checks_off=True,
)
self.assert_rejected_unrepaired(path)
def test_oversize_or_noncanonical_evidence_rejected(self):
self.require_module()
self.assertEqual(
canonical_evidence({"b": [1, "é"], "a": None}),
'{"a":null,"b":[1,"\\u00e9"]}',
)
self.assertEqual(
evidence_digest(EVIDENCE), hashlib.sha256(EVIDENCE.encode()).hexdigest()
)
# The store's non-finite policy (utils.json_strict): written as null.
self.assertEqual(
canonical_evidence({"x": float("nan"), "y": [float("-inf")]}),
'{"x":null,"y":[null]}',
)
for bad in (
[],
"text",
{"x": object()},
{"x": object(), "y": float("nan")},
{1: 1, "a": 2},
):
with self.subTest(value=repr(bad)), self.assertRaises(ValueError):
canonical_evidence(bad)
with self.assertRaises(ValueError):
canonical_evidence({"pad": "x" * MAX_EVIDENCE_BYTES})
oversize = '{"pad":"' + "x" * (MAX_EVIDENCE_BYTES - 9) + '"}'
self.assertEqual(len(oversize), MAX_EVIDENCE_BYTES + 1)
model = self.model()
with model.get_connection() as conn:
insert_byte(conn)
with self.assertRaises(sqlite3.IntegrityError):
insert_item(conn, evidence=oversize)
model.close_all()
noncanonical = {
"spaces": '{"candidates": [], "sha256": "x"}',
"unsorted": '{"sha256":"x","candidates":[]}',
"raw unicode": '{"text":"é"}',
"duplicate key": '{"a":1,"a":2}',
"not an object": "[]",
"not json": "{",
"nan": '{"a":NaN}',
"empty": "",
}
for label, evidence in noncanonical.items():
for table in (ITEMS, DECISIONS):
with self.subTest(label, table=table):
digest = hashlib.sha256(evidence.encode("utf-8")).hexdigest()
statements = [
(f"UPDATE {table} SET evidence=?", (evidence,)),
(f"UPDATE {ITEMS} SET evidence_hash=?", (digest,)),
]
if table == DECISIONS:
statements.pop()
self.assert_rejected_unrepaired(
self.tampered(f"{label} {table}", statements)
)
for table in (ITEMS, DECISIONS):
with self.subTest("oversize", table=table):
digest = hashlib.sha256(oversize.encode("ascii")).hexdigest()
statements = [
(f"UPDATE {table} SET evidence=?", (oversize,)),
(f"UPDATE {ITEMS} SET evidence_hash=?", (digest,)),
]
path = self.tampered(f"oversize {table}", statements, checks_off=True)
self.assert_rejected_unrepaired(path)
def test_seventeen_candidates_rejected(self):
self.require_module()
model = self.model()
with model.get_connection() as conn:
insert_byte(conn)
with self.assertRaises(sqlite3.IntegrityError):
insert_item(conn, candidates=17)
insert_item(conn, candidates=16)
self.assertIsNone(review_schema_error(conn, allow_missing=False))
model.close_all()
path = self.tampered(
"seventeen", (f"UPDATE {ITEMS} SET candidate_count=17",), checks_off=True
)
self.assert_rejected_unrepaired(path)
def test_prompt_or_image_deletion_nulls_navigation_and_keeps_decision(self):
self.require_module()
db = PromptDatabase(self.path)
self.models.append(db.model)
with db.model.get_connection() as conn:
populate_legacy(conn)
conn.execute(
"INSERT INTO prompt_pairs(id,positive_prompt_id,negative_prompt_id) "
"VALUES(8,9,NULL)"
)
insert_byte(conn)
insert_item(conn)
insert_decision(conn, pair_id=8, image_id=4)
conn.commit()
self.assertTrue(db.delete_prompt_pair(8))
with db.model.get_connection() as conn:
self.assertEqual(
rows(conn, f"SELECT pair_id, image_id FROM {DECISIONS}"), [(None, 4)]
)
with db.model.get_connection() as conn:
conn.execute("DELETE FROM prompt_pairs WHERE id=6")
conn.commit()
self.assertTrue(db.delete_prompt(7))
with db.model.get_connection() as conn:
self.assertEqual(
rows(
conn,
f"SELECT id, item_id, outcome, candidate_hash, pair_id, image_id "
f"FROM {DECISIONS}",
),
[(DECISION_ID, ITEM_ID, "selected", CANDIDATE, None, None)],
)
self.assertEqual(rows(conn, f"SELECT id FROM {ITEMS}"), [(ITEM_ID,)])
self.assertIsNone(review_schema_error(conn, allow_missing=False))
# The SET NULL actions look decisions up by index, not by a scan.
for column in ("pair_id", "image_id"):
plan = " ".join(
str(row[3])
for row in conn.execute(
f"EXPLAIN QUERY PLAN UPDATE {DECISIONS} " # nosec B608
f"SET {column}=NULL WHERE {column}=?",
(1,),
)
)
self.assertIn(f"idx_media_review_decisions_{column[:-3]}", plan)
def test_full_capacity_unicode_control_pair_round_trips_within_8_mib(self):
self.require_module()
value = full_capacity_evidence()
evidence = canonical_evidence(value)
self.assertEqual(len(evidence.encode("utf-8")), MAX_EVIDENCE_BYTES)
self.assertTrue(evidence.isascii())
source_path = str(Path(self.temp.name) / "source.db")
source = self.model(source_path)
with source.get_connection() as conn:
conn.execute("PRAGMA wal_autocheckpoint=0")
insert_byte(conn)
insert_item(conn, evidence=evidence, candidates=16)
insert_decision(conn, evidence=evidence)
conn.commit()
source_rows = table_rows(conn, TABLES)
self.assertGreater(Path(source_path + "-wal").stat().st_size, 0)
live = self.model()
backup_file = str(Path(self.temp.name) / "backup.db")
self.assertTrue(source.backup_database(backup_file))
for restore_from in (source_path, backup_file):
with self.subTest(Path(restore_from).name):
live.restore_from_file(restore_from)
with live.get_connection() as conn:
self.assertEqual(table_rows(conn, TABLES), source_rows)
self.assertIsNone(review_schema_error(conn, allow_missing=False))
stored = conn.execute(
f"SELECT i.evidence, d.evidence FROM {ITEMS} i "
f"JOIN {DECISIONS} d ON d.item_id = i.id"
).fetchone()
self.assertEqual(json.loads(stored[0]), value)
self.assertEqual(json.loads(stored[1]), value)
PromptModel.close_all_instances()
assert_closed(self, self.temp.name)
def test_install_failure_rolls_back_and_retries(self):
self.require_module()
with patch(
"database.review_schema.review_schema_error",
side_effect=[None, "injected final validation failure"],
):
with self.assertRaisesRegex(sqlite3.DatabaseError, "injected"):
self.model()
with closing(sqlite3.connect(self.path)) as raw:
self.assertEqual(catalog(raw), set())
self.assertIsNotNone(
raw.execute(
"SELECT 1 FROM sqlite_master WHERE name='media_annotation_bytes'"
).fetchone()
)
PromptModel.reset_schema_cache()
model = self.model()
self.assertEqual(
PromptModel.verify_database_file(model.db_path, require_library_state=True),
(True, "ok"),
)
with model.get_connection() as conn:
self.assertEqual(metadata(conn), [(1, 0)])
def test_wal_backup_restore_round_trips_group(self):
self.require_module()
source_path = str(Path(self.temp.name) / "source.db")
source = self.model(source_path)
with source.get_connection() as conn:
conn.execute("PRAGMA wal_autocheckpoint=0")
insert_group_rows(conn)
conn.execute(f"UPDATE {METADATA} SET review_index_revision=3")
conn.commit()
source_rows = table_rows(conn, TABLES)
self.assertGreater(Path(source_path + "-wal").stat().st_size, 0)
live = self.model()
with live.get_connection() as conn:
insert_byte(conn)
insert_item(conn, item_id=OTHER_ID)
source_before = Path(source_path).read_bytes()
backup_file = str(Path(self.temp.name) / "backup.db")
self.assertTrue(source.backup_database(backup_file))
with closing(sqlite3.connect(backup_file)) as raw:
self.assertEqual(table_rows(raw, TABLES), source_rows)
self.assertIsNone(review_schema_error(raw, allow_missing=False))
safety = live.restore_from_file(source_path)
self.assertEqual(Path(source_path).read_bytes(), source_before)
with live.get_connection() as conn:
self.assertEqual(table_rows(conn, TABLES), source_rows)
self.assertEqual(metadata(conn), [(1, 3)])
with closing(sqlite3.connect(safety)) as raw:
self.assertEqual(rows(raw, f"SELECT id FROM {ITEMS}"), [(OTHER_ID,)])
PromptModel.reset_schema_cache()
live.restore_from_file(backup_file)
with live.get_connection() as conn:
self.assertEqual(table_rows(conn, TABLES), source_rows)
PromptModel.close_all_instances()
assert_closed(self, self.temp.name)
def test_staged_failure_preserves_source_live_safety_and_handles(self):
self.require_module()
live = self.model()
with live.get_connection() as conn:
insert_byte(conn)
insert_item(conn, item_id=OTHER_ID)
live_rows = table_rows(conn, TABLES)
bad = self.tampered(
"restore bad", (f"UPDATE {ITEMS} SET state='done'",), checks_off=True
)
old = str(Path(self.temp.name) / "old.db")
self.model(old).close_all()
self.drop_tables(old)
for source, patched in ((bad, False), (old, True)):
with self.subTest(source=Path(source).name):
before = Path(source).read_bytes()
safety = sorted(Path(self.temp.name).glob("live.db.backup_*"))
if patched:
context = patch(
"database.models.migrate_review_state",
side_effect=sqlite3.OperationalError("staging failed"),
)
expected = sqlite3.OperationalError
else:
context = patch.object(PromptModel, "backup_database")
expected = ValueError
with context as hook, self.assertRaises(expected):
live.restore_from_file(source)
if not patched:
hook.assert_not_called()
self.assertEqual(Path(source).read_bytes(), before)
self.assertEqual(
sorted(Path(self.temp.name).glob("live.db.backup_*")), safety
)
assert_closed(self, source)
with live.get_connection() as conn:
self.assertEqual(table_rows(conn, TABLES), live_rows)
self.assertFalse(
PromptModel.verify_database_file(old, require_library_state=True)[0]
)
self.assertTrue(PromptModel.verify_database_file(old)[0])
def test_verify_requires_group_only_with_require_library_state(self):
self.require_module()
self.model().close_all()
self.assertEqual(
PromptModel.verify_database_file(self.path, require_library_state=True),
(True, "ok"),
)
self.drop_tables(self.path)
self.assertEqual(PromptModel.verify_database_file(self.path), (True, "ok"))
self.assertEqual(
PromptModel.verify_database_file(self.path, require_library_state=True),
(False, "Missing review queue schema"),
)
if __name__ == "__main__":
unittest.main()
tests/test_scan_scope.py
+10 -3
View File
@@ -38,6 +38,11 @@ def _graph(text):
}
def _scope_part(scope):
"""The per-source scope keys this module pins (other features add counters)."""
return {key: scope[key] for key in ("files", "roots", "output_folders")}
class ScanScopeTestCase(AdminAPITestCase):
"""Helpers: link files the way the scan and the monitor do, spy on reads."""
@@ -342,7 +347,8 @@ class TestPerSourceScope(ScanScopeTestCase):
self.assertEqual(walked, [["b"]])
self.assertEqual(reads, ["in_b.png"])
self.assertEqual(
job["scope"], {"files": "all", "roots": [1], "output_folders": 1}
_scope_part(job["scope"]),
{"files": "all", "roots": [1], "output_folders": 1},
)
self.assertEqual(
job["outcomes"]["added"],
@@ -378,7 +384,8 @@ class TestPerSourceScope(ScanScopeTestCase):
unscoped = await self._scan({"scope": "all"})
self.assertEqual(
unscoped["scope"], {"files": "all", "roots": None, "output_folders": 2}
_scope_part(unscoped["scope"]),
{"files": "all", "roots": None, "output_folders": 2},
)
self.assertIn("Scan started · 2 output folders · all files", unscoped["log"][0])
@@ -452,7 +459,7 @@ class TestPerSourceScope(ScanScopeTestCase):
self.assertEqual(final["directories"], ["output/a", "output/b"])
self.assertEqual(final["added"], 2)
self.assertEqual(
self.api._scan_job.scope,
_scope_part(self.api._scan_job.scope),
{"files": "all", "roots": None, "output_folders": 2},
)
tests/test_system_api.py
+1 -1
View File
@@ -292,7 +292,7 @@ class TestOverviewRoute(SystemAPITestCase):
body = await self.json("GET", "/prompt_manager/system/overview")
self.assertIsNone(body["health"])
self.assertIsNone(body["backup"])
self.assertEqual(body["needs_review"], {"pending": None})
self.assertEqual(body["needs_review"], {"pending": 0})
self.save("Any")
await self.run_health()
report = (await self.json("GET", "/prompt_manager/system/health"))["report"]
utils/image_monitor.py
+39 -1
View File
@@ -27,7 +27,7 @@ import os
import queue
import time
import threading
from typing import Optional, Dict, Any, Tuple
from typing import Callable, Optional, Dict, Any, Tuple
from watchdog.observers import Observer
from watchdog.events import FileSystemEventHandler
@@ -75,6 +75,10 @@ class ImageGenerationHandler(FileSystemEventHandler):
self.prompt_tracker = prompt_tracker
self.metadata_extractor = ComfyUIMetadataExtractor()
self.logger = get_logger("prompt_manager.image_monitor")
# The Needs review pass for ambiguous outputs (the API's
# ``record_review_file``, wired at start-up): a linked output is
# never queued and its pending items leave the queue. None: no pass.
self.review_recorder: Optional[Callable[[str], str]] = None
# Read from GalleryConfig if available, otherwise use defaults
try:
@@ -579,6 +583,29 @@ class ImageGenerationHandler(FileSystemEventHandler):
)
except Exception as e:
self.logger.error(f"Failed to link image to prompt: {e}")
return
if resolution["state"] == "ambiguous":
self._record_review(image_path)
def _record_review(self, image_path: str) -> None:
"""The Needs review pass for an ambiguous output, best effort.
The output is linked by now, so it is never queued; a pending item
an earlier scan left for its path leaves the queue. The link above
stays whatever happens here: a failure is logged, never raised.
"""
recorder = getattr(self, "review_recorder", None)
if recorder is None:
return
try:
outcome = recorder(image_path)
except Exception:
self.logger.warning(
f"{os.path.basename(image_path)} could not be added to Needs review",
exc_info=True,
)
return
self.logger.debug(f"Needs review {outcome}: {os.path.basename(image_path)}")
class ImageMonitor:
@@ -608,6 +635,16 @@ class ImageMonitor:
self.handler = None
self.monitored_directories = []
self.logger = get_logger("prompt_manager.image_monitor")
self.review_recorder: Optional[Callable[[str], str]] = None
def set_review_recorder(self, recorder: Optional[Callable[[str], str]]) -> None:
"""Record ambiguous outputs through ``recorder`` (None stops recording).
Applies to the running handler and to every handler started later.
"""
self.review_recorder = recorder
if self.handler is not None:
self.handler.review_recorder = recorder
def start_monitoring(self, output_directories: Optional[list] = None):
"""
@@ -665,6 +702,7 @@ class ImageMonitor:
# Only a started observer becomes self.observer, so a failed start never
# leaves the monitor stuck "already running" with nothing to stop.
handler = ImageGenerationHandler(self.db_manager, self.prompt_tracker)
handler.review_recorder = self.review_recorder
observer = Observer()
scheduled = []
for output_dir in valid_directories:
utils/media_capture.py
+46 -16
View File
@@ -46,6 +46,10 @@ DEFAULT_MAX_BYTES = 512 * 2**20
DEFAULT_MAX_WORKERS = 2
DEFAULT_IDLE_SECONDS = 900
DEFAULT_HARD_SECONDS = 1800
# Background recording (Needs review from the scan and the monitor) may use
# every worker and capture slot but the last one, which stays free for an
# interactive Tag dialog or Apply; it waits this long for room before failing.
BACKGROUND_WAIT_SECONDS = 2.0
MAX_INFERENCE_SIDE = 4096
MAX_INFERENCE_PIXELS = 16_777_216
MAX_RELATIVE_LENGTH = 1024
@@ -80,7 +84,7 @@ class CaptureError(Exception):
class CaptureCapacity(CaptureError):
"""Count, byte or worker admission failed (nonblocking)."""
"""Count, byte or worker admission failed (interactive: nonblocking)."""
code = "review-capacity"
@@ -220,6 +224,8 @@ class CaptureStore:
# mkdtemp creates the directory with owner-only permissions.
self.directory = tempfile.mkdtemp(prefix=_DIRECTORY_PREFIX, dir=parent)
self._lock = threading.Lock()
# Signalled whenever a worker or a capture slot frees up.
self._room = threading.Condition(self._lock)
self._entries: dict[str, _Entry] = {}
self._completed_bytes = 0
self._pending = 0
@@ -238,8 +244,14 @@ class CaptureStore:
epoch: str,
scope: str,
root_index: int = 0,
background: bool = False,
) -> Capture:
"""Copy and hash one rooted media file into a private capture."""
"""Copy and hash one rooted media file into a private capture.
A ``background`` capture never takes the last worker or capture slot
and waits up to ``BACKGROUND_WAIT_SECONDS`` for room; an interactive
one is admitted or refused at once.
"""
if isinstance(root_index, bool) or not isinstance(root_index, int):
raise CaptureDenied("Invalid gallery root")
if root_index < 0:
@@ -250,7 +262,7 @@ class CaptureStore:
parts, extension = _relative_parts(relative)
candidate, locator = _resolve(root, parts)
before = self._pre_stat(candidate)
self._admit(before.st_size, reserve=True)
self._admit(before.st_size, reserve=True, background=background)
try:
capture = self._copy(
candidate, locator, extension, before, root_index, epoch, scope
@@ -386,35 +398,52 @@ class CaptureStore:
# -- admission -------------------------------------------------------------
def _admit(self, size: int, *, reserve: bool) -> None:
def _admit(self, size: int, *, reserve: bool, background: bool = False) -> None:
try:
self._admit_locked(size, reserve=reserve)
self._admit_locked(size, reserve=reserve, background=background)
finally:
self._flush()
def _admit_locked(self, size: int, *, reserve: bool) -> None:
def _admit_locked(self, size: int, *, reserve: bool, background: bool) -> None:
deadline = time.monotonic() + BACKGROUND_WAIT_SECONDS
with self._lock:
if self._closed:
raise RuntimeError("The capture store is closed")
self._sweep_locked(self._clock())
if self._workers >= self.max_workers:
raise CaptureCapacity("Too many captures are in progress")
while True:
if self._closed:
raise RuntimeError("The capture store is closed")
self._sweep_locked(self._clock())
try:
self._check_room_locked(size, reserve, background)
break
except CaptureCapacity:
remaining = deadline - time.monotonic()
if not background or remaining <= 0:
raise
self._room.wait(remaining)
if reserve:
if len(self._entries) + self._pending >= self.max_captures:
raise CaptureCapacity("Too many captures are held")
reserved = self._completed_bytes + self._pending_bytes
if reserved + size > self.max_bytes:
raise CaptureCapacity("Capture byte budget exhausted")
self._pending += 1
self._pending_bytes += size
self._workers += 1
def _check_room_locked(self, size: int, reserve: bool, background: bool) -> None:
"""Raise ``CaptureCapacity`` unless one more capture or verify fits."""
spare = 1 if background else 0
if self._workers + spare >= self.max_workers:
raise CaptureCapacity("Too many captures are in progress")
if reserve:
held = len(self._entries) + self._pending
if held + spare >= self.max_captures:
raise CaptureCapacity("Too many captures are held")
reserved = self._completed_bytes + self._pending_bytes
if reserved + size > self.max_bytes:
raise CaptureCapacity("Capture byte budget exhausted")
def _release_admission(self, size: int, *, reserve: bool) -> None:
with self._lock:
self._workers -= 1
if reserve:
self._pending -= 1
self._pending_bytes -= size
self._room.notify_all()
last_out = self._closed and self._pending == 0 and self._workers == 0
if last_out:
self._remove_directory()
@@ -457,6 +486,7 @@ class CaptureStore:
if self._entries.pop(entry.capture.token, None) is not None:
self._completed_bytes -= entry.capture.size
self._stale.append(entry.capture.path)
self._room.notify_all()
def _flush(self) -> None:
"""Unlink files released under the lock, without holding it (slow I/O)."""
utils/prompt_pair_resolver.py
+6
View File
@@ -39,6 +39,12 @@ from .pair_execution import ExecutionEvidenceError, read_pair_execution
_LOGGER = logging.getLogger("prompt_manager.prompt_pair_resolver")
# The ingestion resolver's version, recorded in pair-link provenance and on
# Needs review items. Bump it when a change would resolve the same metadata
# otherwise; a pending item stays applicable while its chosen candidate is
# still offered by the captured bytes.
RESOLVER_VERSION = 1
@dataclass(frozen=True)
class OutputAdapter:
utils/review_capture.py
+299
View File
@@ -0,0 +1,299 @@
"""Capture-bound Needs review items for ambiguous files (#249 E2).
The output scan and the live monitor hand every file the ingestion resolver
finds ``ambiguous`` to :func:`record_ambiguous_file`. It captures the file
(the bounded private copy of ``utils.media_capture``, hashed while copied),
reads the metadata again from the capture, resolves it with the default
(ingestion) profile and stores only an ``ambiguous`` result, bound to the
capture's byte record. The evidence a reviewer chooses from is therefore the
evidence of exactly those bytes. An ambiguous result is stored only when it
is ``reviewable``: at least two candidates carry a resolved prompt text. With
none the file could not be traced; with exactly one, the untraced branches
may still have made the file, so that text is not certain and the file stays
unresolved (the resolver never flattens unknown semantics into a guess).
Nothing here links a file, loads a model or decodes pixels; the capture is
released before the database write.
Evidence is small on purpose (startup validates every row): the resolver's
reason and, per candidate sampler, ``{sampler_id, state, reason, positive,
negative}`` where each side is ``{text, storage_text, provenance}``. A
candidate's ``hash`` is the SHA-256 of its canonical JSON without the hash.
More than ``MAX_CANDIDATES`` candidates or evidence over the 8 MiB bound make
a ``limited`` item without candidates (a result without any candidate is not
``reviewable`` and is never stored).
"""
from __future__ import annotations
import hashlib
import json
import logging
import os
from pathlib import Path
from typing import Any
try:
from ..database.library_commands import LibraryCommandError
from ..database.review_schema import (
MAX_CANDIDATES,
MIN_CHOOSABLE,
canonical_evidence,
choosable,
)
from .media_capture import CaptureCapacity, CaptureError
from .prompt_inspector import MetadataReadError, read_inspection_file
from .prompt_pair_resolver import RESOLVER_VERSION, resolve_prompt_pair
except ImportError: # imported with the repo root on sys.path
from database.library_commands import LibraryCommandError
from database.review_schema import (
MAX_CANDIDATES,
MIN_CHOOSABLE,
canonical_evidence,
choosable,
)
from utils.media_capture import CaptureCapacity, CaptureError
from utils.prompt_inspector import MetadataReadError, read_inspection_file
from utils.prompt_pair_resolver import RESOLVER_VERSION, resolve_prompt_pair
logger = logging.getLogger("prompt_manager.review_capture")
# Capture scope label: review captures are never handed to a client.
REVIEW_SCOPE = "needs-review"
# Nested ambiguous stages are flattened at most this deep.
MAX_CANDIDATE_DEPTH = 8
def record_ambiguous_file(db, store, root, root_index: int, relative: str) -> str:
"""Persist the ambiguous evidence of one rooted file.
Returns ``recorded`` (new item with candidates), ``limited`` (new item
without candidates), ``duplicate`` (these bytes already carry this
evidence, or the file's current stat is the verified fingerprint of
bytes an item cites, so it is not even copied, and that item is still
pending), ``decided`` (as ``duplicate``, but the item carries a decision,
so the file is not in the queue), ``untraced`` (ambiguous in its captured
bytes, but not ``reviewable``: nothing to choose, nothing stored) or
``skipped`` (the file
changed, vanished, is not ambiguous in its captured bytes, or storage was
restored meanwhile).
``CaptureCapacity`` and database errors propagate to the caller, which
logs and counts them.
"""
spelled_path, queued = _queued_spelling(db, root, relative)
if queued is not None:
return _already_queued(db, *queued)
epoch = db.get_execution_epoch()
try:
# Background: the last worker stays free for an interactive request.
capture = store.capture(
root,
relative,
epoch=epoch,
scope=REVIEW_SCOPE,
root_index=root_index,
background=True,
)
except CaptureCapacity:
raise
except CaptureError as error:
logger.debug("Review capture skipped (%s): %s", error.code, error)
return "skipped"
try:
captured = captured_review(store, capture)
finally:
store.release(capture.token)
resolution = captured[1] if captured is not None else None
if resolution is None or resolution.get("state") != "ambiguous":
return "skipped"
if not reviewable(resolution):
return "untraced"
evidence, count, limited = review_evidence(resolution)
try:
inserted = db.record_review_item(
locator=capture.locator,
spelled_path=spelled_path,
sha256=capture.sha256,
size=capture.size,
mtime_ns=capture.mtime_ns,
epoch=capture.epoch,
resolver_version=RESOLVER_VERSION,
evidence=evidence,
candidate_count=count,
limited=limited,
)
except LibraryCommandError:
return "skipped"
if not inserted:
return _already_queued(db, capture.locator, capture.size, capture.mtime_ns)
return "limited" if limited else "recorded"
def _already_queued(db, locator: str, size: int, mtime_ns: int) -> str:
"""``duplicate`` while the existing item is pending, else ``decided``."""
if db.review_pending_at(locator, size, mtime_ns, RESOLVER_VERSION):
return "duplicate"
return "decided"
def _queued_spelling(db, root, relative: str) -> tuple[str, tuple | None]:
"""The file's spelling, and ``(locator, size, mtime_ns)`` when queued.
The second value is None unless the file's current stat is already
queued.
The spelling is the capture's own candidate path (the real root joined
with the listed relative path), so it folds to the capture's locator. A
file whose size and ``mtime_ns`` equal the verified fingerprint of bytes
an item already cites is not copied or hashed again (maintainer ruling:
the rescan stays cheap and the file stays in the default scope); its
items take the current spelling. A stat failure leaves the decision to
the capture.
"""
spelled = os.path.join(os.path.realpath(os.fspath(root)), *relative.split("/"))
try:
facts = os.lstat(spelled)
except OSError:
return spelled, None
locator = os.path.normcase(spelled)
if db.review_fingerprint_queued(
locator, facts.st_size, facts.st_mtime_ns, RESOLVER_VERSION
):
# Not copied again, but a case-only rename keeps the stat: record
# the current spelling so the item's target still opens.
db.refresh_review_spelling(locator, spelled)
return spelled, (locator, facts.st_size, facts.st_mtime_ns)
return spelled, None
def captured_review(store, capture) -> tuple[dict, dict] | None:
"""``(metadata, resolution)`` of the capture's own bytes, else None.
``metadata`` is what the scan hands the ingester: prompt and workflow
JSON-decoded and ``file_info`` (size, dimensions, format) from the
capture. None when the capture is gone or carries no prompt metadata.
"""
if store.acquire(capture.token) is None:
return None
try:
try:
read = read_inspection_file(Path(capture.path))
except MetadataReadError:
return None
finally:
store.release_use(capture.token)
canonical = dict(read.metadata)
for key in ("prompt", "workflow"):
if isinstance(canonical.get(key), str):
try:
canonical[key] = json.loads(canonical[key])
except (ValueError, TypeError, RecursionError):
# Malformed metadata stays as text for the resolver to reject.
pass
if not canonical.get("prompt") and not canonical.get("parameters"):
return None
info = {"size": capture.size}
if read.width is not None and read.height is not None:
info["dimensions"] = [read.width, read.height]
if read.format is not None:
info["format"] = read.format
canonical["file_info"] = info
return canonical, resolve_prompt_pair(canonical)
def reviewable(resolution: Any) -> bool:
"""True when an ambiguous result offers a choice: ``MIN_CHOOSABLE`` of its
selectable candidates (nested ambiguous stages flattened) are choosable.
Counted before the evidence is bounded, so a ``limited`` item (more than
``MAX_CANDIDATES`` candidates) with prompts to choose is still queued.
"""
if not isinstance(resolution, dict) or resolution.get("state") != "ambiguous":
return False
count = 0
for candidate in _flattened(resolution.get("candidates"), 0):
if choosable(candidate):
count += 1
if count >= MIN_CHOOSABLE:
return True
return False
def review_evidence(resolution: dict) -> tuple[dict, int, bool]:
"""``(evidence, candidate_count, limited)`` for one ambiguous result."""
base = {
"resolver_version": RESOLVER_VERSION,
"reason": _text(resolution.get("reason")),
}
candidates: list[dict] = []
seen: set[str] = set()
total = 0
for candidate in _flattened(resolution.get("candidates"), 0):
total += 1
try:
projected = _projection(candidate)
digest = hashlib.sha256(
canonical_evidence(projected).encode("utf-8")
).hexdigest()
except (ValueError, TypeError, KeyError):
return _limited(base, total), 0, True
if digest in seen:
total -= 1
continue
seen.add(digest)
candidates.append({**projected, "hash": digest})
if not candidates or len(candidates) > MAX_CANDIDATES:
return _limited(base, total), 0, True
evidence = {**base, "candidates": candidates}
try:
canonical_evidence(evidence)
except ValueError:
return _limited(base, total), 0, True
return evidence, len(candidates), False
def _limited(base: dict, total: int) -> dict:
return {**base, "limited": True, "candidate_total": total, "candidates": []}
def _flattened(candidates: Any, depth: int):
"""Selectable candidates; a nested ambiguous stage yields its own."""
if not isinstance(candidates, list):
return
for candidate in candidates:
if not isinstance(candidate, dict):
continue
nested = candidate.get("candidates")
if (
candidate.get("state") == "ambiguous"
and isinstance(nested, list)
and nested
and depth < MAX_CANDIDATE_DEPTH
):
yield from _flattened(nested, depth + 1)
else:
yield candidate
def _projection(candidate: dict) -> dict:
return {
"sampler_id": candidate.get("sampler_id"),
"state": _text(candidate.get("state")),
"reason": _text(candidate.get("reason")),
"positive": _side(candidate.get("positive")),
"negative": _side(candidate.get("negative")),
}
def _side(side: Any) -> dict | None:
if not isinstance(side, dict):
return None
text = side["text"]
return {
"text": text,
"storage_text": side.get("storage_text", text),
"provenance": side.get("provenance"),
}
def _text(value: Any) -> str:
return value if isinstance(value, str) else ""
web/js/workspace/system-overview.mjs
+1 -1
View File
@@ -325,7 +325,7 @@ function overviewNodes(overview, { scope, navigate, openStatistics, openThumbnai
description: Number.isSafeInteger(overview.needs_review?.pending)
? 'Review metadata before assigning a positive / negative pair.' : NOT_AVAILABLE,
label: 'Review metadata', onClick: () => {} });
// D93 (Q6): the review queue (Needs review) is not part of the workspace yet.
// D93: the row reads the queue's pending count; its action waits for the Needs review page (#288).
review.querySelector('button').setAttribute('aria-disabled', 'true');
const [sourcesTitle, sourcesDescription] = sourcesCopy(overview.sources);
const thumbnails = operationRow({ scope, title: THUMBNAILS_LOADING, description: 'Generate only missing previews when necessary.',