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.
* refactor: cleanup send_handshake_msg()
- rename to send_alice_handshake_msg() as used by Alice only
- remove dead code from Bob
(Bob's code is at BobState::send_handshake_message() since some time)
- take a contact_id and not a chat_id;
this makes things less confusing when
info-messages are put to the final group chat
* always directly return chat-id from dc_join_securejoin()
* take care not to create a group twice
* adapt documentation
* add info-msg on group invites; add inviter directly after creation
* document existing 'joinqr' command in repl tool
* do not create empty one-to-one chats for group-joins
* refactor: cleanup fingerprint_equals_sender()
- the function takes a contact_id directly now.
before it consumes the first contact of a one-to-one chat -
which may be easily confused with the group-chat in creation.
moreover, the conversion contact_id -> chat_id -> contact_id
is unneeded overhead.
* show info-messages in destination chat for alice
* fingerprint_equals_sender() returns Err on database failure
* tweak documentation
* clarify what an 'unfinished tasks' task is.
* add regression test for create_for_contact_with_blocked()
* rename Blocked::Manually to better fitting Blocked::Yes
* tweak test_secure_join() and make sure, Alice and Bob have only on chat after a group-join
* Add DC_EVENT_SELFAVATAR_CHANGED
* Add test.
Unfortunately I can't easily also test that the avatar is not copied
from unencrypted messages:
In the second encrypted message, the avatar would not be sent again
then, because we only send avatars once a day or so.
* Unfortunately I can't easily also test that the avatar is not copied from unencrypted messages:
In the second encrypted message, the avatar would not be sent again
then, because we only send avatars once a day or so.
the 'device chat about' was shown as a single message
as at that time, there was just not 'status'.
meanwhile, we have the status option,
and it feels much more natural to get the information there,
esp. as the subtitle on all UIs already read
'Messages in this chat are generated locally' -
and a tap on that will show the hint, without scrolling or so.
this also teaches the user where to find such information -
and the "welcome" chat is less spammy and really starts with the text
"Welcome to Delta Chat!"
Contact request chats are not merged into a single virtual "deaddrop"
chat anymore. Instead, they are shown in the chatlist the same way as
other chats, but sending of messages to them is not allowed and MDNs
are not sent automatically until the chat is "accepted" by the user.
New API:
- dc_chat_is_contact_request(): returns true if chat is a contact
request. In this case option to accept and block the chat via
dc_accept_chat() and dc_block_chat() should be shown in the UI.
- dc_accept_chat(): accept contact request and unblock the chat
- dc_block_chat(): decline contact request and block the chat
Removed API:
- dc_create_chat_by_msg_id(): deprecated 2021-02-07 in favor of
dc_decide_on_contact_request()
- dc_marknoticed_contact(): deprecated 2021-02-07 in favor of
dc_decide_on_contact_request()
- dc_decide_on_contact_request(): this call requires a message ID from
deaddrop chat as input. As deaddrop chat is removed, this call can't
be used anymore.
- dc_msg_get_real_chat_id(): use dc_msg_get_chat_id() instead, the
only difference between these calls was in handling of deaddrop chat
- removed DC_CHAT_ID_DEADDROP and DC_STR_DEADDROP constants
Even if chat has no messages, contacts should not be deleted.
Otherwise chat will reference invalid contact ID which can't be loaded
from the database, resulting in broken contact list in group chats.
Using `impl AsRef<str>` as the argument instead of `&str` makes it
possible to call the function with `&str`, `String` and other types
that implement `AsRef` trait.
The cost of it is that compiled binary contains mulitple versions of
the same function, one for each variant of types. If function contains
multiple generic `impl AsRef` arguments, the number of versions possibly
compiled into binary grows exponentially with the number of arguments.
Simple way to avoid it is to call `.as_ref()` on the caller side to
convert the argument to `&str`. In most cases even adding a `&` and
relying on `Deref` coercion is sufficient.
This patch changes many functions that accepted `impl AsRef<str>` and
`impl AsRef<Path>` to accept `&str` and `&Path` instead.
In some places `.clone()` calls are removed. Calling `.clone()` on
`String` and passing `String` to a function accepting `impl
AsRef<str>` is completely unnecessary as `&str` reference could be
passed instead. There is no clippy warning against it yet, but
changing argument type to `&str` allowed to find these cases.
The result of debloating is not impressive, several hundred kilobytes
are saved, which is about 3% of the `.so` binary, but the code is
cleaner too.
* Remove sql::error submodule
Use anyhow errors instead.
* Remove explicit checks for open SQL connection
An error will be thrown anyway during attempt to execute query.
* Don't use `with_conn()` and remove it
* Remove unused `with_conn_async`
* Resultify markseen_msgs
This feature is similar to existing avatar synchronization.
Whenever encrypted BCC-to-self copy of chat message is received, status
setting is updated with the signature of the message.
the user-given contact name may be set to an empty string;
in this case the authname or the email is used for the contact
and also for the name of possibly existing chats.
this works well for `dc_chat_get_name()` as that just uses
`dc_contact_get_display_name()` for single-chats.
it did not work for `dc_get_chatlist(query)` as that
uses the database for performance reasons -
however, in the database, the empty string is written
instead of the display name is written for a chat.
this is fixed by this pr by also using
dc_contact_get_display_name() when updating the chats-table
(similar to `dc_create_chat_by_contact_id()`)
Switches from rusqlite to sqlx to have a fully async based interface
to sqlite.
Co-authored-by: B. Petersen <r10s@b44t.com>
Co-authored-by: Hocuri <hocuri@gmx.de>
Co-authored-by: link2xt <link2xt@testrun.org>
blocked mailinglists addresses are added to the contact table
before blocked contact list is created -
(this allows unblocking of blocked lists in previous testing releases,
however, more importantly, it keeps all blocking/unblocking code inside
contacts)
on unblocking such a contact,
the corresponding chat is unblocked as well.
* deprecate mostly unused dc_get_blocked_cnt() api
instead, the size returned by get_blocked_contacts() should be checked,
this is safer and allows easier adaption of blocking rules.
ui or python seems not to use dc_get_blocked_cnt(),
however, there is one test in node,
therefore, the function will continue working for now
(by just returning Contact::get_all_blocked().len() then)
* add decision api to repl tool
* add block/unblock api to repl tool
* unify usage of @deprecated doxygen command
This should make colors used by Delta Chat for emails similar to colors
used by XMPP clients implementing the same specification[1], such as
Conversations and Snikket.
Previously Delta Chat used only hardcoded 16 colors, so this change
should also increase the number of colors and make it easier to
distinguish different contacts.
[1] https://xmpp.org/extensions/xep-0392.html
This changes the internal stock strings API to be more strongly typed,
ensuring that the caller can not construct the stock string in the
wrong way.
The old approach left it to the callers to figure out how a stock
string should be created, now each stock string has their specific
arguments and callers can not make mistakes. In particular all the
subtleties and different ways of calling stock_system_msg() disappear.
This could not use a trait for stock strings, as this would not allow
having per-message typed arguments. So we needed a type per message
with a custom method, only by convention this method is .stock_str().
The type is a enum without variants to avoid allowing someone to
create the type.
Sadly the fallback string and substitutions are still far away from
each other, but it is now only one place which needs to know how to
construct the string instead of many.
The following rules apply now:
1. "name" column is only updated manually and never over the network
2. "authname" column is only updated over the network and never manually
3. Displayname is a "name" if it is non-empty, otherwise it is "authname".
This fixes a known (pytest.xfail) problem of "name" being changed over
the network when user has set it to non-empty string manually.
This also fixes the problem when "name" and "authname"
became unsynchronized accidentally, when they were equal and then
Origin::IncomingUnknownTo update arrived, setting "name" but not
"authname". Rust regression test is added for this case.
