The way to create a Context is now rather burdensome, users have to
create and import a bunch of things just to get a Context. So let's
introduce a builder.
Notice that the builder can only produce an open context, if the
context can not be opened it is dropped. This is on purpose, the
Context itself can become RAII again at some point by doing this.
Only the FFI needs to have the concept of an open and a closed
Context.
Optimised debug builds result in an extremely slow code-build-test
cycle. The reason we do this is because we have a few tests which end
up overflowing the stack. This increases the stack instead.
This makes sure that under normal circumstances the LoginParam struct
is always fully validated, ensure future use does not have to be
careful with this.
The brittle handling of `server_flags` is also abstraced away from
users of it and is now handled entirely internally, as the flags is
really only a boolean a lot of the flag parsing complexity is removed.
The OAuth2 flag is moved into the ServerLoginParam struct as it really
belongs in there.
There is very little to be gained by having to approve those PRs, and
it is a lot of UI interaction to get them approved.
They still will need to be merged manually regardless, so they might
as well be approved by a bot.
This seems not only wasteful but genuinly has the risk someone makes
their device useless by accidentally adding a huge file.
This also re-structures the checks a little: The if-conditions are
flattened out and cheap checks are done before more expensive ones.
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.
The state bob needs to maintain during a secure-join process when
exchanging messages used to be stored on the context. This means if
the process was killed this state was lost and the securejoin process
would fail. Moving this state into the database should help this.
This still only allows a single securejoin process at a time, this may
be relaxed in the future. For now any previous securejoin process
that was running is killed if a new one is started (this was already
the case).
This can remove some of the complexity around BobState handling: since
the state is in the database we can already make state interactions
transactional and correct. We no longer need the mutex around the
state handling. This means the BobStateHandle construct that was
handling the interactions between always having a valid state and
handling the mutex is no longer needed, resulting in some nice
simplifications.
Part of #2777.
* Make set_config() look a bit nicer
* Add OnlyFetchMvbox option
* Add test for the config
* Add option to only watch mvbox
This is supposed to support having a server-side rule which moves
emails to the mvbox already. The new option makes sure the mvbox is
wathched and also makes sure no messages are feched from folders other
than the mvbox and the spam folder if enabled. It does not interact
with the other settings.
* Fixup ignore conditions
* Cleanup some bits
* Watch the mvbox when `WatchMvboxOnly` is set
* Rename back to only_fetch_mvbox (flub said it's OK for him)
* typo
* clippy, more typos
Co-authored-by: Hocuri <hocuri@gmx.de>
This was written in a way which attempted to avoid easily creating an
infinite loop. But really that's a python idiom and doesn't work very
well in Rust. Worse, as shown by #2972 it is really easy to still get
this wrong. Instead do this the rust way, this way the compiler can
also reason properly about the branches and what is unreachable
removing some bogus dead code.
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.
This replaces the EventSink callbacks with simple channel senders.
This simplifies the TestContext a lot as that is much simpler to
handle. It then also removes the special-casing of the LogSink since
it now is another even sender, only injected at the very start.
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.
Without this the test output is written somewhere random and ends up
in the wrong test report. This buffers all the log output and prints
it inside the test on dropping the LogSink, or on dropping the
TestContext if no explicit LogSink was created.
This runs all CI jobs with -Dwarnings, turning warnings into errors
for CI.
This is useful since we run rustfmt and clippy on CI on stable rust,
while the builds and tests run with a specific older rustc. The
latter is also used for local development usually since it is encoded
in the rust-toolchain file. This warnings in clippy jobs of stable
rust would often go unnoticed, however stable rust usually finds more
genuine issues than the older compiler we use.
This moves the module-level lookup and creation functions to the
types, which make the naming more consistent. Now the lookup_* get_*
and create_* functions all behave similarly.
Peraps even more important the API of the lookup now allows
distinguishing failure from not found. This in turn is important to
be able to remove reliance on a ChatId with a 0 or "unset" value. The
locations where this ChatId(0) is still used is in database queries
which should be solved in an independed commit.
This introduces the explicit ChatIdBlocked struct to more explicitly
create a chat with a blocked status. It also adds a common shortcut
to ChatId itself which is more natural to use in many cases.
The chat::lookup_by_contact_id call is already resultified, the
database can not contain this since the auto-increment counter is
bumped to 7 by the time the database tables are created.
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.
This does not affect the release profile and it significantly speeds
up compilation. In the rare cases where panics are not sufficient to
debug something you can manually enable this again.
The get_chat_id_by_grpid() call is already resultified. The database
can only contain consistent data since on creation it inserts rows for
the special chats which do not have a grpid set so can never match.
Thus we can safely remove another use of the ChatId::is_unset call
which should be removed to clean up the type.
- doc fixes
- make BobStateHandle safer by moving the state out of the handle.
- handle more match cases explicit in BobState returns
- fewer mutable variables
This does not only organise things better, but most importantly the
BobStateHandle is now not in the same module as its users. This means
it can guarantee safety about how it is initialised and use
unreachable!() to simplify it's API.
This introduces a state machine which takes care of managing the
handshake transitions in the secure-join protocol. This separates
user interactions from the protocol state handling.
This means that while handling the protocol state there are a bunch of
failures no longer possible due to all state information being
guaranteed to be present. As part of this the QR-code state has been
extracted from the generic Lot structure to something suitable just
for the SecureJoin protocol.
A LogSink has been added to the testing tools allowing log messages to
be correctly displayed on test failures.
This removes the proxy via crate::error to depend on anyhow directly.
There is no benefit to this indirection and this makes it simpler to
see which error types are used.
We don't really have docs in the other crates yet, and there's a
naming conflict between deltachat and deltachat_ffi that needs to
sorted to build both. But deltachat_ffi is still documented with
doxygen for now so there's no need to sort this now.
This also checks that some of the correct user interactions happen,
checking we get a joiner event and the verified chat messages.
It also extends the test utils with the ability to distinguish the
different context logs by having them named.
Lots of new clippy lints due to toolchain upgrade.
Made the Message::error field pub(crate) again, it was the odd one out
and it seemed a reasonable way to shut up clippy.
In the current design the dc_receive_imf() pipeline calls
handle_securejoin_handshake() before it creates the group. However
handle_securejoin_handshake() already signals to securejoin() that the
chat exists, which is not true.
The proper fix would be to re-desing how group-creation works,
potentially allowinng handle_securejoin_handshake() to already create
the group and no longer require any further processing by
dc_receive_imf().
This currently tests the setup-contact full flow and the shortcut
flow. More securejoin tests are needed but this puts some
infrastructure in place to start writing these.
This turns the Bob::expects field into an enum, removing the old
constants. It also makes the field private, nothi0ng outside the
securejoin module uses it.
Finally it documents stuff, including a seemingly-unrelated Param.
But that param is used by the securejoin module... It's nice to have
doc tooltips be helpful.
This tidies up our testing tools a little bit. We had several
functions which through various changes ended up doing the same and
some more which did very similar stuff, so I merged them to have
things simpler. Also moved towards methods on the TestContext struct
while cleaning this up anyway, seems like this structure is going to
stay around for a bit anyway.
The intersting change is in `test_utils.rs`, everything else is just
updating callers. A few tests used example.org which I moved to
example.com to be able to re-use more configuration of the test
context.
This adds functionality to the cffi build script to also extract
defines so that we can ask the compiler to figure out what the correct
values are. To do this we need to be able to locate the header file
used in the first place, for which we add a small utility in the
header file itself guarded to only be compiled for this specific case.
This uses the Fingerprint type more consistenly when handling
fingerprits rather then have various string representations passed
around and sometimes converted back and forth with slight differences
in strictness.
It fixes an important bug in the existing, but until now unused,
parsing behaviour of Fingerprint. It also adds a default length check
on the fingerprint as that was checked in some existing places.
Fially generating keys is no longer expensive, so let's not ignore
these tests.
This means all key conversions/serialisation/deserialisation can be
done with DcKey rather than Key. Also migrate all key conversion
tests to DcKey rather than Key.
This moves both the Keyring and the fingerprints to the DcKey trait,
unfortunately I was not able to disentangle these two changes. The
Keyring now ensures only the right kind of key is added to it.
The keyring now uses the DcKey::load_self method rather than
re-implement the SQL to load keys from the database. This vastly
simpliefies the use and fixes an error where a failed key load or
unconfigured would result in the message being treated as plain text
and benefits from the in-line key generation path.
For the fingerprint a new type representing it is introduced. The aim
is to replace more fingerpring uses with this type as now there are
various string representations being passed around and converted
between. The Display trait is used for the space-separated and
multiline format, which is perhaps not the most obvious but seems
right together with FromStr etc.
Floris Bruynooghe
