Stalwart's default folder set has no archive-role mailbox, so on a fresh
account Archive did nothing but raise the not-found toast (#578). Both
archive paths now go through ensureArchiveMailbox(), which creates
"Archive" with the archive role in the account the action targets (own,
the selected shared folder's owner, or the pinned account in unified
view), reloads the mailbox list and continues with the store's own
object. createMailbox() takes an optional role for this. A refused
creation or a folder that does not come back still surfaces as an error.
Co-Authored-By: Claude Fable 5.1 <noreply@anthropic.com>
A copy between logins goes through `Email/import`, which sent no
`receivedAt`, so the server stamped the import time and every copied
message landed at the top of the destination folder as today's mail.
`importRawEmail` now takes the original `receivedAt` (the same change
#1151 carries), and the cross-account copy and move pass it.
With several accounts connected, mail could only be moved between
them (drag to another account's folder). There was no way to file a
copy in another account and keep the original where it is.
crossAccountMoveEmails and copyEmailAcrossAccounts take an optional
`{ keepOriginal: true }`. With it the source message is not destroyed,
and the store leaves the list, the open message and the selection as
they are; only the destination's folders are refreshed. Without it
nothing changes.
The message menu gets "Copy to account..." when more than one account
is connected. It lists the writable folders of the other accounts
(their folder lists are fetched when the menu opens) and copies the
selection, or the message the menu was opened on, through the new
copyEmailsToAccount action. That groups the messages by the login and
JMAP account they live in and refuses a copy into the account a
message is already in.
Drafts were saved without In-Reply-To and References, and a draft
re-opens in compose mode, where the composer has no original message to
rebuild them from. A reply that was saved and re-opened, or sent and
brought back with Undo, therefore went out as a new conversation.
`createDraft` now stores the threading headers, the composer saves them
with every draft of a reply, and re-opening a draft carries them into
the composer for later saves and the send.
A message sent or scheduled from a shared or group identity lives in
that account. Undo send, "Edit" on a scheduled message and cancelling
one cancelled the submission in the right account (#874), but then
restored the message to Drafts, fetched and deleted it through the
login's primary account. That hit whichever primary message had the
same id - pulling an unrelated mail into Drafts or deleting it - and
left the unsent message sitting in the group's Sent.
`restoreEmailToDraft` now takes the account, and the store passes the
submission's account to restore, fetch and delete, using that
account's Drafts and Sent.
The composer uploaded any file and learned about `maxSizeUpload` (per
blob) or `maxSizeAttachmentsPerEmail` (per message) only from a failed
upload or a failed send. Files over the per-file limit, and files that
would push the message past the per-message limit, are now skipped
with a message naming the limit. The limits come from the account the
message is composed in.
From 0.16.6 Stalwart refuses FileNode names with `/<>:"\|?*` or a
reserved name such as `CON` ("Name contains a forbidden character."),
and publishes the rules as `forbiddenNameChars` / `forbiddenNodeNames`.
Bulwark did not read them: the error showed up only after an upload had
started, and it aborted the rest of a multi-file or folder upload.
- new folder, new text file and rename now say which characters or
names the server does not allow, before sending anything
- uploads store an accepted variant instead: forbidden characters
become `_` and a reserved name gets `_` appended
MIME types over 30 characters (most Office formats) were always stored
as `application/octet-stream`, because Stalwart before 0.16.6 refuses
them. From 0.16.6 the limit is 255, so the real type is kept there.
Stalwart rejects a whole ContactCard over one property it does not
know, and several reached it:
- the form sent `calendarUri`, `schedulingUri` and `freeBusyUri`,
so any contact with a calendar, scheduling or free/busy link failed
to save ("Invalid property.")
- vCard import sent `source`, and Pro mode left `localAccountId` on
the card
- vCard import wrote addresses as flat `street`/`locality` fields
instead of RFC 9553 `components`
The card now passes through `lib/jmap/contact-wire.ts` on its way to
the server: client-only fields are dropped, the links are written as
`calendars` / `schedulingAddresses` (and SOURCE as a `directories`
entry), flat addresses become components, and reads map the links back
for the form and detail view.
Clearing a field (nickname, notes, a link) never reached the server:
the form set it to `undefined`, which JSON drops, and an omitted
property keeps its value. Updates now send `null` for cleared keys.
Deleting an address book that still held contacts always failed with
`addressBookHasContents`. The delete now passes
`onDestroyRemoveContents`, which the confirm dialog already promised.
A delayed send composed from a shared/group identity is created in the
*shared* JMAP account, because sendEmail() passes the target account to
getSubmissionAccountId(). Every read/write on the scheduled surface,
however, asked the primary submission account only:
getScheduledEmails / cancelEmailSubmission / rescheduleEmailSubmission
-> getSubmissionAccountId() // no argument = primary account
So a message scheduled from a shared address is accepted and stays
pending on the server — it *will* be delivered at sendAt — while the UI
cannot list it, cancel it or reschedule it. Cancelling appears to work:
EmailSubmission/set against the primary account answers `notFound` in
notUpdated, which the client never surfaced, and the mail goes out
anyway. Silent unrecallable mail is worse than a failed send.
Stalwart advertises urn:ietf:params:jmap:submission (with FUTURERELEASE
and a non-zero maxDelayedSend) on group accounts as well as personal
ones, so scheduling from a shared address is legitimate.
Data layer:
- getSubmissionAccountIds() enumerates every submission-capable account;
getScheduledEmails() queries each, tags every result with the account
that owns it, and fetches each submission's Email from that same
account (it lives beside the submission, not in the primary account).
It also returns per-account totals computed over all pending
submissions, so a badge stays correct past the first page.
- resolveSubmissionAccountId() locates a submission's owning account so
cancel/reschedule (and the sendAt/envelope helpers) act on the right
one. Callers that know the account pass it and skip the lookup.
- sendEmail() reports the submission's account in SendEmailResult, and
the pending-undo record carries it, so the "Undo send" / "Send now"
toast actions — which know only a submission id — address the right
account directly rather than searching for it inside the undo window.
- The delayed-send gate considers any reachable submission account
rather than only the primary one.
UI:
- Each shared account gets its own "Scheduled" sidebar row, scoped to
that account; the own row keeps showing the combined view. The scope
travels beside the virtual mailbox id, so the store's single
__scheduled__ id is unchanged, and it also drives which row renders as
selected and whether the scoped list has more to load.
Tested against a real Stalwart (integration/tests/11-shared-scheduled-send):
two server-truth tests pin the mechanism (the submission is invisible to
the primary account, and cancelling through it is a silent no-op) and two
UI tests cover the fix. All three UI-level assertions — the combined
list, the scoped row, and which row is selected — fail without this
change.
A PatchObject key is a JSON Pointer (RFC 8620 section 5.3), so a slash
inside the member name it points at has to be escaped as `~1`. Keyword
patches were built as `keywords/${keyword}` verbatim, which is fine for
every flat keyword but wrong for a nested tag: `$label:work/clients`
became the pointer `keywords/$label:work/clients`, asking for the
`clients` member of the `$label:work` keyword rather than for the keyword
itself. The patch is not a boolean at that path, so the server rejects or
ignores it and the tag never lands.
Route the keyword patch sites - setKeyword, removeKeyword, migrateKeyword
and the category-tab batch patch - through `keywordPointer`, which escapes
per RFC 6901 the way the calendar store already does for participant ids.
Flat keywords are untouched, so `$seen`/`$flagged` and friends keep the
exact pointers they had. The dev JMAP mock reads the escaping back, or
nested tags would behave differently against the mock than against a real
server.
migrateKeyword also took any answer as success: a method-level error on
the query read as "no message carries this keyword", one on the write was
ignored outright, and a per-message refusal was invisible - so a rename
that moved nothing still reported a clean migration. It now answers with
{ migrated, refused }, because the work is batched and a failure partway
through cannot undo the batches already applied. A whole batch the server
refuses stops the rest, which it would refuse too; a single message it
refuses does not, the mail behind it being unaffected. A query error
throws, nothing having been written yet, and so does a run that migrated
nothing at all - the case where the caller must not rename a tag over
messages that all kept the old keyword.
The walk over tagged mail was not paginating safely either. It stopped at
the first page shorter than the limit it asked for, but RFC 8620 section
5.5 lets a server clamp that limit, so a clamping server left most of the
mail unmigrated. Positions are also only comparable within one queryState,
which the walk ignored: mail arriving mid-walk shifts every later page. It
now restarts when the state changes under it, and gives up - before any
write, so the caller can simply repeat - once a mailbox has moved under it
three times, rather than mixing ids from states that no longer agree. A
page carrying no id it has not already seen ends the walk, which keeps it
bounded against a server that answers every position with the same page.
Folder management performed on a shared/group account was sent to the
logged-in user's primary JMAP account instead of the mailbox owner's
account. Subfolder creation therefore failed with invalidProperties for
parentId, root folders could be created silently in the personal account,
and rename, delete, role, and reorder targeted the wrong mailbox tree.
Shared mailboxes use namespaced store ids to avoid cross-account
collisions, while Mailbox/set requires the owner's accountId and the bare
server mailbox id. Resolve that mutation context centrally: recover the
mailbox originalId and owner account, use a directly connected owner
client when one exists, otherwise reach delegated/group accounts through
the active client with an explicit accountId.
Thread the account target through create, update, and delete JMAP methods
and all folder-management actions. Scope role replacement to the same
owner account, and expose explicit root-folder creation from shared
account headers without making personal root creation depend on the
currently selected folder.
Add unit coverage for JMAP request scoping, shared store routing, role
isolation, direct-client handling, and reorder. Add a Stalwart integration
scenario that creates root and nested group folders, renames them, and
deletes them through the UI.
If you have a large number of tags, getTagCounts would not be able to get the
unread counts because it did not respect maxCallsInRequest, even though the
value was actually read out, it was just ignored. There are also other places
where the limits were not respected.
Batching is now generalized in a helper that also takes maxObjectsInSet, which
also was ignored, into account and is applied to all functions.
In addition, the dev mock now also advertises and enforces the limits, so these
issues can get picked up during development.
Possible closes#699
Possibly closes#399
Moving a message to a folder in another account (own ↔ delegated/shared) via the
"Move to" context menu was a no-op — the handlers always issued a single-account
Email/set, which can't move between JMAP accounts. Drag-and-drop already routed
these correctly; the context menu never did.
Add moveToMailboxCrossAware: it detects a cross-account destination (own and
shared mailboxes both carry accountId) and routes through the drag-and-drop
crossAccountMoveEmails pipeline, else falls back to the single-account move.
Fix the pipeline for delegated folders too: a client can't stage a blob in a
delegated account (Blob/upload → blobNotFound), so importing into a shared folder
failed. When one client reaches both accounts, use a server-side JMAP Email/copy
(+ destroy original) instead of blob copy+import; the blob path is kept only for
separate cross-server login accounts. Adds client.copyEmailAcrossAccounts.
Unit tests for the dispatch; the two 08-shared-moves specs are un-pinned. Full
docker integration suite green (37 passed).
Feat/unified mailbox account scope
Rework the sidebar "All accounts" into an account-bounded "Unified Mailbox"
by default, with cross-account merging as an opt-in (admin-gated) sub-option.
The standalone per-account "All Mail" virtual folder is folded into the unified
All mail / Unread / Starred entries.
Conflict resolution notes:
- stores/settings-store.ts: both main and this branch independently added a
per-account default-identity (#507) migration at different versions (main v6,
branch v7). Merged migration is version 7 using the refactored migrateSettings
function; the unified-mailbox rework is guarded at `version < 7` so users who
stopped at main's interim v6 identity bump still receive it, while the #507
identity-map coercion stays at `version < 6` so their populated map is kept.
- stores/auth-store.ts: kept main's applyPreferredIdentity (superset with the
pre-#507 legacy migration).
- stores/email-store.ts: removed the ALL_MAIL_MAILBOX_ID paths (folded into the
unified views) while preserving main's plugin hooks (onSearchResults /
onEmailsFetched); adopted advancedSearchCrossViewEmails for advanced cross-view
search.
- components/settings/layout-settings.tsx: kept main's faviconUnreadBadge setting
alongside the new unifiedCrossAccount toggle.
- integration/: union-merged the two independently-authored suites - branch suite
is authoritative (matches new behavior) with main's shared-identity (#569) group
infrastructure preserved.
- components/email/email-composer.tsx: dropped a duplicate data-testid attribute
introduced by the auto-merge.
Sending mail through Bulwark could leave the delivered message stuck in Drafts
(keeping the $draft keyword) and never file a copy into Sent, with no error
shown, for accounts whose Drafts/Sent mailbox JMAP id is a purely-numeric
string (e.g. "0").
The post-send Drafts->Sent move is expressed as onSuccessUpdateEmail on
EmailSubmission/set using `mailboxIds/<id>` JSON-Pointer patches. Stalwart
up to 0.16.4 (observed on 0.15.5) rejects an Email/set PatchObject whose
pointer token is all digits -- e.g. `mailboxIds/0` -- with invalidProperties
"Invalid patch value", treating the token as a JSON-Pointer array index even
though mailboxIds is a JSON object (cf. RFC 6901 section 4; RFC 8620 section
1.2 warns servers against such interop-hostile ids). Because the move runs
only AFTER the EmailSubmission already succeeded, the message is delivered but
the filing update is silently rejected: the send code inspects only
`notCreated`, not the onSuccessUpdateEmail `notUpdated` result, so nothing
surfaces to the user.
Stalwart fixed the pointer parsing server-side in 0.16.5
(stalwartlabs/stalwart@175f34ea, jmap-tools 0.1.4 -> 0.1.5; a sibling symptom
was stalwartlabs/stalwart#2985). The client-side change is still worthwhile:
earlier Stalwart deployments remain in the wild, and a full-property
replacement both states the actual intent of the move and emits no per-id
pointer token that another server could mishandle.
Replace the per-id pointer patches at every post-send / undo-send move site
(send, scheduled send, raw-import send, reschedule, and restoreEmailToDraft)
with a full `mailboxIds` property replacement via a new mailboxIdsReplacement()
helper. This states the actual intent -- after the move the message should
belong to exactly the target mailbox -- and is immune to the pointer-token
bug. Every one of these sites moves a message that Bulwark itself placed
solely in Drafts (or, for undo, in Sent), so the replacement is
behaviour-equivalent. Note it is a replacement: a membership added to the
message by another client between creation and send is not preserved.
restoreEmailToDraft now always lands the message in Drafts only (previously,
when no Sent mailbox id was passed, it left the Sent copy in place); the demo
client is aligned with the same contract.
Add regression tests for the full-replacement shape, a numeric ("0") Drafts id,
and restoreEmailToDraft.
Follow-up (not included here): the send paths still ignore the implicit
Email/set `notUpdated` result of onSuccessUpdateEmail, so any other post-send
filing failure would remain silent.
Linus Rath
sudandClaude Fable 5.1
lucamzanon
Linus Rath
Patrick Rotter
KazNIISA IT
Paulhenry Saux
Ctaoist
Mathy Vanvoorden
Stefan Hildebrandt