This allows to distinguish exceptions,
such as database errors, from invalid user input.
For example, if the From: field of the message
does not look like an email address, the mail
should be ignored. But if there is a database
failure while writing a new contact for the address,
this error should be bubbled up.
* Because both only make problems with mailing lists, it's easiest to just disable them. If we want, we can make them work properly with mailing lists one day and re-enable them, but this needs some further thoughts.
Part of #3701
* Use load_from_db() in more tests
* clippy
* Changelog
* Downgrade warning to info, improve message
* Use lifetimes instead of cloning
* allow deleting referenced contacts in UI
we are quite often getting requests of users
who want to get rid of some contact in the "new chat" list.
there is already a "delete" option,
but it does not work for referenced contacts -
however, it is not obvious for users that a contact is in use,
esp. of some mailing list or larger chat, old contacts, whatever.
this pr revives an old idea [^1] of "soft deleting" referenced contacts -
this way, the user can remove the annoying entry
without the need to understand complicated things
and finally saying that deletion is impossible :)
once the contact is reused, it will reappear,
however, this is already explained in the confirmation dialog of the UIs.
technically, this pr was simpler as expected as we already have
a Origin::Hidden, that is just reused here.
[^1]: https://github.com/deltachat/deltachat-core/pull/542
* update rust doccomment
* update changelog
* avoid races on contact deletion
chats may be created between checking for "no chats" and contact deletion.
this is prevented by putting the statement into an EXCLUSIVE transaction.
* fix failing python test
Very small PR; Motivation: Easier navigation using Go-To-definition.
Because, using go-to-definition of rust-analyzer on parse() doesn't take you to the actual parse() implementation but its trait definiton. On the other hand, it's very easy to find EmailAddress::new().
* add more functions, see changelog for details
* add pr number to changelog
* clarify doc comment
* clarify usage of BasicChat
and adjust properties acordingly
r10s is right it should only contain what we need of the expensive calls
* fix doc typos
* run cargo fmt
* jsonrpc: add connectivity functions
* fix typo
* fix typo
* Add get_contact_encryption_info and get_connectivity_html
Fix get_connectivity_html and get_encrinfo futures not being Send. See https://github.com/rust-lang/rust/issues/101650 for more information.
Co-authored-by: jikstra <jikstra@disroot.org>
* Update CHANGELOG
* Update typescript files
* remove todo from changelog
Co-authored-by: jikstra <jikstra@disroot.org>
* test contact name changes applied everywhere
this test is failing on current master,
a changed authname is set to `contact.authname` but not cached at `chat.name`;
resulting in `dc_chat_get_name()` returning a name
undiscoverable by `dc_get_chatlist(name)`.
* fix: update chat.name on contact.authname changes
* do read contact.display_name from database only of chat.name is empty
* update CHANGELOG
* create same contact-colors when addresses differ in upper-/lowercase
this leaves group-colors based on group names as is,
so, "MY GROUP" creates a different color than "my group",
as these names are better synced and also not an ID in this sense,
this is probably fine here.
(also when looking at the examples from
https://xmpp.org/extensions/xep-0392.html#testvectors-fullrange-no-cvd ,
case-sensistifity for group names seems to be fine)
* add a test for upper-/lowercase in group names
* update CHANGELOG
This brings the Display of ContactId in line with those of ChatId etc,
which is a bit clearer is logs and such places.
It also updates an SQL query to rely on the ToSql impl of ContactId
rather than it's Display when building the query.
This makes the contact ID its own newtype instead of being a plain
u32. The change purposefully does not yet try and reap any benefits
from this yet, instead aiming for a boring change that's easy to
review. Only exception is the ToSql/FromSql as not doing that yet
would also have created churn in the database code and it is easier to
go straight for the right solution here.
I considered removing it from the context by default, but the
migration test really wants to have the tracker initialised from the
very first event and not after the context is initialised. It is
easier for now to leave it hardcoded instead of adding an API to
explicitly require enabling it via the builder.
There are too many ways to create a TestContext, this introduces a
TestContextBuilder to try and keep this shorter. It also cleans up
the existing constructors keeping only the commonly used ones.
`imap` table maps Message-IDs to UIDs on the server. `dc_receive_imf`
no longer gets the UID of the message as an argument and does not
insert the folder and UID of the message into the `msgs`
table. `server_folder` and `server_uid` columns in `msgs` table are
deprecated.
MoveMsg and DeleteMsgOnImap jobs are removed. Now messages are moved
and deleted only in the `fetch_move_delete` procedure that consults
the `target` column of the `imap` table to determine where the message
should go.
Where the message should go is determined after prefetching by the
`imap::target_folder()` procedure. Messages are only downloaded once
they reach their target folder to avoid race conditions in multidevice
setting, such as:
1. One device trying to FETCH the message while the other tries to
MOVE it.
2. One device marking the message as \Seen in the Inbox while the
other has already copied unseen message to the Movebox and is going to
delete the \Seen message in the Inbox.
3. Device downloads the message from the Inbox while there are newer
messages in the Movebox placed there by the other device, thus
processing the messages out of order.
It was there since the C core, labeled with "/* last_seen is for
future use */" but never actually used. The comment was lost during
the translation from C to Rust.
