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ComfyAssets-ComfyUI_PromptM…/py/api/image_delete.py
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Vito d6371b7fad feat(images): move deleted image files to the macOS Trash (#499) (#503)
* feat(images): move deleted image files to the macOS Trash (#499)

Trash mode on macOS now calls -[NSFileManager trashItemAtURL:resultingItemURL:error:]
through ctypes (no dependency), in utils/trash_macos.py. Before any move it refuses
what it cannot show to be recoverable, already in the review dialog: network
volumes, read-only volumes, iCloud Drive and File Provider folders (cloud-sync),
a trash folder inside an output root (by file identity), and files macOS would
refuse for permission (no-permission). A refused move keeps the file and logs the
NSError; a move macOS reports done but whose place cannot be shown goes under
errors as trash-unconfirmed, keeps its records and stops the job.

The native proof runs in portability.yml's new native-trash job on macos-latest
and macos-15-intel (PM_NATIVE_TRASH=macos). Windows still reports no-trash (#500).

* test(trash): resolve the temp folder and wait for a busy image to be released (#499)

The permission tests keyed their lstat fakes by the unresolved temp path, but the
backend resolves paths (/var -> /private/var on macOS, 8.3 short names on Windows),
so on those runners the fakes never matched (portability run 40954618922; reproduced
on Linux with a symlinked TMPDIR). The native test's detach first proves this
process holds nothing under the mount, then retries the plain detach until macOS
releases a volume it has just written a trash folder to (macos-15-intel), and
still fails after a forced detach.

* test(trash): count a volume that unmounted after a busy detach as detached (#499)

On macos-15-intel a detach that reported "Resource busy" finished afterwards, so
the retry found no such volume (portability run 40957282805). The loop now checks
os.path.ismount before each attempt.
2026-10-30 00:55:09 +00:00

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"""Delete selected images: remove them from the library, or trash them (#480).
``POST /prompt_manager/images/delete/preview {items | filter}`` reviews the
selection for both modes at once and answers a reviewed plan (the System ›
Maintenance contract, ``py/api/maintenance.py``): the token, the counts of
the records each file loses, the refused files with a coded reason (both
modes, and the trash-only ones), the prompts that lose their last image and
the safety backup. It writes nothing. ``items`` are Images listing identities
(at most 500); ``filter`` is "Select all N matching". Each target is matched
to its entry in the current listing (``not-listed`` otherwise), so every
later step uses the walked spelling, never the request's text.
``POST /prompt_manager/maintenance/apply {token, mode}`` runs the plan as the
``image_delete`` job (admission ``records``, not cancellable): the sources
are checked, the promised safety backup is taken, then each file is checked
again (containment and fingerprint) and
- ``mode="library"``: its records are deleted and its removal mark written
in one transaction; the file stays on disk, hidden;
- ``mode="trash"``: it is moved to the trash first (``utils/trash.py``); a
refused move leaves the file and its records alone; after a move its
records are deleted.
No path here unlinks a media file. A failed records write stops the job; the
files after it are not attempted.
"""
import hashlib
import json
import os
import stat as stat_module
from pathlib import Path
from .admin import DELETABLE_MEDIA_EXTENSIONS, _remove_thumbnail
from .duplicate_review import (
CHANGED_CONTENT,
GONE,
LINK,
OUTSIDE_SOURCE,
UNREADABLE,
file_problem,
)
from .images import _favorite_relative_key, _favorite_root_key
from .jobs import IMAGE_DELETE_GROUP_NAMES, IMAGE_DELETE_JOB_KIND, JobBusy
from .job_routes import busy_response
from .maintenance import MAINTENANCE_PREVIEW_LEASE, _fail_job, _failure, backup_note
try:
from ...database import image_removal_schema
from ...database.image_removal import mark_hides
from ...database.annotation_schema import MAX_LOCATOR_LENGTH
from ...utils import trash
from ...utils.media_folders import is_trash_folder
except ImportError:
from database import image_removal_schema
from database.image_removal import mark_hides
from database.annotation_schema import MAX_LOCATOR_LENGTH
from utils import trash
from utils.media_folders import is_trash_folder
IMAGE_DELETE = "delete_images"
MODES = ("library", "trash")
TITLES = {
"library": "Delete images (remove from the library)",
"trash": "Delete images (move to the trash)",
}
MAX_DETAIL_ROWS = 50
# The system moved the file but its place in a trash could not be shown (#499).
TRASH_UNCONFIRMED = "trash-unconfirmed"
RECORDS_FAILED_CODE = "records-failed"
# Reason codes (design §4.4) and the sentence each shows.
REASONS = {
"not-listed": "No longer listed in Images.",
"outside": "Outside the output folders.",
"link": "A link, not a file.",
"gone": "The file no longer exists.",
"unreadable": "The file can't be read.",
"thumbnail": "A generated preview, not an image.",
"not-media": "Not a media file.",
"trash-folder": "Inside a trash folder.",
"path-too-long": "The path is too long.",
"changed": "The file changed after the review.",
trash.NO_TRASH: "This drive has no trash.",
trash.NETWORK: "Network drives can't use the trash.",
trash.TRASH_IN_ROOT: "This drive's trash is inside an output folder.",
trash.LOCKED: "The file is open in another program. Close it and try again.",
trash.FAILED: "The file could not be moved to the trash.",
trash.NO_PERMISSION: (
"PromptManager isn't allowed to move this file (no permission, or it is "
"locked in Finder)."
),
trash.CLOUD_SYNC: (
"Files in iCloud Drive or a cloud-synced folder can't be moved to the "
"trash here."
),
TRASH_UNCONFIRMED: (
"Moved by macOS, but its place in the trash could not be confirmed."
),
trash.WINDOWS_RECYCLE: (
"Moving files to the Recycle Bin isn't available on Windows: files larger "
"than the bin's capacity would be deleted permanently."
),
"not-attempted": "Not attempted: the job stopped after an error.",
}
_PROBLEM_CODES = {
OUTSIDE_SOURCE: "outside",
LINK: "link",
GONE: "gone",
UNREADABLE: "unreadable",
CHANGED_CONTENT: "changed",
}
SOURCES_CHANGED = "The sources changed since the review; nothing was changed."
RECORDS_FAILED = "The image records could not be removed; the job stopped."
def lexical_problem(relative: str) -> str | None:
"""The refusal code a root-relative POSIX path earns before any file access."""
parts = relative.split("/")
if "thumbnails" in parts[:-1]:
return "thumbnail"
if any(is_trash_folder(part) for part in parts[:-1]):
return "trash-folder"
if os.path.splitext(parts[-1])[1].lower() not in DELETABLE_MEDIA_EXTENSIONS:
return "not-media"
return None
def file_check(path, root, relative, *, expected=None):
"""``(code, lstat)``: why *path* may not be deleted, or ``(None, lstat)``.
Text first (inside the root, not a preview or trash folder, a media
file), then ``duplicate_review.file_problem``: a regular file, not a
link, whose resolved path is still inside the resolved root. With
*expected* (``{size, mtime_ns, inode}`` from the review) the file must
still be those bytes. Every handle is closed when this returns.
"""
code = lexical_problem(relative)
if code:
return code, None
try:
info = os.lstat(path)
except FileNotFoundError:
return "gone", None
except OSError:
return "unreadable", None
if getattr(info, "st_file_attributes", 0) & getattr(
stat_module, "FILE_ATTRIBUTE_REPARSE_POINT", 0
):
return "link", info
if expected is None:
problem = file_problem(path, root, None, info.st_size, hash_check=False)
else:
problem = file_problem(
path,
root,
None,
expected["size"],
hash_check=False,
mtime_ns=expected["mtime_ns"],
inode=expected["inode"],
)
if problem:
return _PROBLEM_CODES.get(problem, "outside"), info
if len(os.path.normcase(os.path.realpath(path))) > MAX_LOCATOR_LENGTH:
return "path-too-long", info
return None, info
def _row(target, code):
return {
"path": target["rel"],
"root_label": target["root_label"],
"code": code,
"detail": REASONS[code],
}
def _summary(rows):
counts = {}
for row in rows:
counts[row["code"]] = counts.get(row["code"], 0) + 1
return {"count": len(rows), "counts": counts, "rows": rows[:MAX_DETAIL_ROWS]}
def _fingerprint(targets) -> str:
material = [
(t["root_index"], t["rel"], t["size"], t["mtime_ns"], t["inode"])
for t in targets
]
return hashlib.sha256(json.dumps(material).encode("utf-8")).hexdigest()
class ImageDeleteMixin:
"""The Images Delete… review and its apply job (#480)."""
def _register_image_delete_routes(self, routes):
# A fixed path beside the dynamic /images/{image_id} routes: aiohttp
# (3.10+) looks fixed paths up first (see image_categories.py).
@routes.post("/prompt_manager/images/delete/preview")
async def preview_image_delete_route(request):
return await self.preview_image_delete(request)
# ── review ────────────────────────────────────────────────────────
async def preview_image_delete(self, request):
"""Review the selection under the maintenance preview lease."""
try:
async with self._jobs.lease(MAINTENANCE_PREVIEW_LEASE):
return await self._preview_image_delete(request)
except JobBusy as busy:
return busy_response(busy)
async def _preview_image_delete(self, request):
_data, targets, roots, error = await self._category_request(
request, frozenset()
)
if error is not None:
return error
db = self.db
identity = self._database_identity(db)
try:
files = {}
for index in dict.fromkeys(t[0] for t in targets):
files[index] = await self._get_gallery_files(roots[index])
review = await self._run_in_executor(
self._review_image_delete, db, roots, targets, files
)
except Exception:
self.logger.exception("Image delete review failed")
return _failure("The review failed. Check server logs for details.", 500)
return await self._plan_response(
db,
identity,
IMAGE_DELETE,
_fingerprint(review["targets"]),
review["public"],
{"targets": review["targets"]},
)
def _review_image_delete(self, db, roots, targets, files):
"""Every target checked now (blocking); ``{targets, public}``."""
listings, seen = {}, set()
acted, refused, trash_refused = [], [], []
spellings = self._source_spellings()
root_texts = [str(root) for root in roots]
for index, _scope, relative in targets:
root = roots[index]
if index not in listings:
listings[index] = self._favorite_listing(root, files[index])
spelled = listings[index].get(_favorite_relative_key(relative))
target = {
"root_index": index,
"root_scope": _scope,
"root": str(root),
"root_label": self._public_path(root),
"rel": spelled or relative,
}
if spelled is None:
refused.append(_row(target, "not-listed"))
continue
absolute = os.path.join(str(root), *spelled.split("/"))
code, info = file_check(absolute, str(root), spelled)
if code:
refused.append(_row(target, code))
continue
identity = (info.st_dev, info.st_ino)
if identity in seen:
continue # one physical file named twice (nested roots, hardlinks)
seen.add(identity)
target.update(self._removal_of(absolute, info, spellings))
target["trash"] = trash.trash_available(absolute, root_texts)
if target["trash"]:
trash_refused.append(_row(target, target["trash"]))
acted.append(target)
counted = db.count_removal_records([t["removal"] for t in acted])
library_count = len(acted)
public = {
"operation": IMAGE_DELETE,
"scope": {"count": library_count, "label": "images"},
"library": {"count": library_count},
"trash": {"count": library_count - len(trash_refused)},
"protected": {"count": len(refused), "reasons": []},
"refused": _summary(refused),
"trash_refused": _summary(trash_refused),
"records": counted["records"],
"orphaned_prompts": counted["orphaned_prompts"],
"media": {"deletes_files": False, "label": "Chosen in the review"},
"details": [],
}
return {"targets": acted, "public": public}
@staticmethod
def _removal_of(absolute, info, spellings):
favorites = [
(_favorite_root_key(root), _favorite_relative_key(relative))
for root, relative in spellings.favorites(absolute).items()
]
return {
"abs": absolute,
"size": info.st_size,
"mtime_ns": info.st_mtime_ns,
"inode": [info.st_dev, info.st_ino],
"removal": {
"spellings": list(spellings.of(absolute).values()),
"locator": os.path.normcase(os.path.realpath(absolute)),
"favorites": favorites,
"category": spellings.category_key(absolute),
},
}
# ── apply ─────────────────────────────────────────────────────────
def _start_image_delete(self, db, plan, mode, backup_on):
"""Register the delete job for a reviewed plan (on the loop)."""
return self._jobs.start(
IMAGE_DELETE_JOB_KIND,
TITLES[mode],
admission="records",
cancellable=False,
scope={"operation": IMAGE_DELETE, "mode": mode},
groups=IMAGE_DELETE_GROUP_NAMES,
runner=lambda job: self._run_image_delete(job, db, plan, mode, backup_on),
)
async def _run_image_delete(self, job, db, plan, mode, backup_on):
targets = plan.payload["targets"]
unchanged = await self._run_in_executor(self._sources_unchanged, targets)
if not unchanged:
return _fail_job(job, "sources-changed", SOURCES_CHANGED)
ok, backup = await self._safety_backup_step(job, db, backup_on)
if not ok:
return
try:
await self._delete_images(job, db, targets, mode, backup)
finally:
if backup:
await self._prune_backup_pool(job, db)
async def _delete_images(self, job, db, targets, mode, backup):
job.update(total=len(targets), status_line=TITLES[mode])
roots = [str(root) for root in self._get_all_output_dirs()]
done_group = "trashed" if mode == "trash" else "removed"
changed, failed = 0, None
for done, target in enumerate(targets, start=1):
if failed:
self._record_delete(job, "not_changed", target, "not-attempted")
continue
group, code, label = await self._run_in_executor(
self._delete_one_image, db, target, mode, roots
)
if group == "errors":
failed = code or RECORDS_FAILED_CODE
text = REASONS[code] if code else RECORDS_FAILED
job.record(
"errors",
{
"path": target["rel"],
"root": target["root_label"],
"root_index": target["root_index"],
"root_scope": target["root_scope"],
"detail": text,
},
f"! {target['root_label']}/{target['rel']} · {text}",
)
elif group == done_group:
changed += 1
detail = (
f"Moved to the {label}" if label else "Removed from the library"
)
self._record_delete(job, group, target, None, detail)
else:
self._record_delete(job, group, target, code)
job.update(processed=done, progress=int(done / len(targets) * 100))
if changed:
self.invalidate_gallery_cache()
verb = "Moved" if mode == "trash" else "Removed"
where = "to the trash" if mode == "trash" else "from the library"
line = f"{verb} {changed:,} of {len(targets):,} images {where}"
job.log_line(line)
job.update(progress=100, status_line=f"{line} · {backup_note(backup)}")
if failed:
# "records-failed" names every stop at an errors row (the page's
# "Stopped after N of M" toast); the row says which error it was.
job.scope["failure"] = RECORDS_FAILED_CODE
job.publish({"type": "error", "code": failed, "message": line})
job.finish("failed")
@staticmethod
def _record_delete(job, group, target, code, detail=None):
text = detail or REASONS[code]
row = {
"path": target["rel"],
"root": target["root_label"],
"root_index": target["root_index"],
"root_scope": target["root_scope"],
"code": code,
"detail": text,
}
mark = {"removed": "-", "trashed": "-"}.get(group, "=")
job.record(
group, row, f"{mark} {target['root_label']}/{target['rel']} · {text}"
)
def _delete_one_image(self, db, target, mode, roots):
"""``(group, code, trash label)`` for one reviewed file (blocking)."""
code, _info = file_check(
target["abs"],
target["root"],
target["rel"],
expected={
"size": target["size"],
"mtime_ns": target["mtime_ns"],
"inode": target["inode"],
},
)
if code:
return "not_changed", code, None
label = None
if mode == "trash":
try:
label = trash.move_to_trash(target["abs"], roots)
except trash.TrashRefused as refused:
code = refused.code if refused.code in REASONS else trash.FAILED
self.logger.info(
"Not moved to the trash (%s): %s %s",
code,
target["rel"],
refused.detail,
)
return "not_changed", code, None
except trash.TrashUnconfirmed as unconfirmed:
# The file left its folder: keep its records, stop the job.
self.logger.warning(
"Trash move not confirmed: %s %s", target["rel"], unconfirmed.detail
)
return "errors", TRASH_UNCONFIRMED, None
mark = None
else:
mark = (target["size"], target["mtime_ns"])
try:
db.remove_image_records(target["removal"], mark=mark)
except Exception:
self.logger.exception("Removing an image's records failed")
return "errors", None, label
_remove_thumbnail(Path(target["root"]), Path(target["rel"]), self.logger)
return ("trashed" if mode == "trash" else "removed"), None, label
# ── the workspace listing ─────────────────────────────────────────
def _removal_marks(self) -> dict:
"""The removal marks, cached until a mark changes or the database does.
A listing page reads no table while nothing changed: the cache follows
this process's marks generation and the database identity (a restore).
"""
key = (self._database_identity(self.db), image_removal_schema.generation())
cached = getattr(self, "_marks_cache", None)
if cached is None or cached[0] != key:
cached = (key, self.db.removal_marks())
self._marks_cache = cached
return cached[1]
def _hidden_entries(self, listings) -> set:
"""Normalized paths of listed files a removal mark hides (blocking).
Only marked locators are looked at, and only those files are
``lstat``'ed: a mark hides a file while its size and ``mtime_ns`` are
still the ones it was removed with.
"""
marks = self._removal_marks()
if not marks:
return set()
located = self._workspace_locators(listings)
return {
entry.normalized
for locator, entry in ((locator, located.get(locator)) for locator in marks)
if entry is not None and mark_hides(marks, locator, entry.path)
}
def _removed_paths(self, paths) -> set:
"""The absolute paths among *paths* a removal mark hides (blocking)."""
marks = self._removal_marks()
if not marks:
return set()
return {
str(path)
for path in paths
if mark_hides(marks, os.path.normcase(os.path.realpath(str(path))), path)
}
def _removal_check_under(self, root):
"""``hidden(path) -> bool`` for files a walk of *root* found (blocking).
A walk never follows a link below *root*, so a file's locator is
``normcase(join(realpath(root), relative))``: no ``realpath`` per
file, and an ``lstat`` only for a marked one. Without marks it
answers False at once.
"""
marks = self._removal_marks()
if not marks:
return lambda _path: False
root = os.fspath(root)
real = os.path.realpath(root)
def hidden(path):
relative = os.path.relpath(os.fspath(path), root)
locator = os.path.normcase(os.path.join(real, relative))
return mark_hides(marks, locator, path)
return hidden
def _without_removed(self, root, paths) -> list:
"""*paths* found by a walk of *root*, less the hidden ones (blocking)."""
removed = self._removal_check_under(root)
return [path for path in paths if not removed(path)]
def parse_mode(value):
"""The apply's ``mode``, or None when it is not one of MODES."""
return value if isinstance(value, str) and value in MODES else None