| Commit message (Collapse) | Author | Age | Files | Lines |
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On certain feature combinations, compilation and tests would not function
correctly.
This commit goes through a number of feature combinations and gates some tests
behind the required features and fixes other compilation errors.
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Add more `impl From<T> for Game` implementations, and make `Into<Game>` trait
bounds for all function parameters accepting a Game.
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Some lints were not resolved due to causing API changes. Most lints in the
framework were left unfixed.
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If a heartbeat acknowledgement is not received, then the shard should
restart.
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Fix broken links caused by the `model` module changes in v0.5.0, which
split up the module into sub-modules for better organization.
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Instead of communicating over the gateway in a split form of a
`serde_json::Value` or a `client::bridge::gateway::ShardClientMessage`,
wrap them both into a single enum for better interaction between the
client, gateway, and voice modules.
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Instead of creating different `new` functions for every bridged feature
combination, accept a struct of options. Structs can have conditional
fields, unlike functions which can not have conditional arguments.
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Add an event in the EventHandler to be called when a shard updates its
Connection Stage.
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This exposes a method of retrieving a shard's status and latency through
the Shard Manager, as part of the existing Shard Runner Info struct. The
Shard Runner will update this whenever it notices a change.
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Fix shards by taking away their responsibility to re-identify, instead
shutting down shard runners and going through the shard queuer to
restart a shard runner and its associated shard.
This fixes the case where a running shard's session invalidates and
re-IDENTIFYs within 5 seconds before queued shard starts, causing a
cascading failure of sessions for new shards.
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Fix clippy lints and subsequently accept references for more function
parameters.
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When the ShardQueuer fails to restart a shard (such as due to a network
error, an issue on Discord's side, Cloudflare, etc.), it will now push
the ID onto a queue.
Every 5 seconds messages will attempt to be read from the receiver, and
if one is not read after the timeout, a queued shard start will occur
(if one is queued).
This should fix a number of reconnection issues.
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The `model` module has historically been one giant module re-exporting
all of the model types, which is somewhere around 100 types. This can be
a lot to look at for a new user and somewhat overwhelming, especially
with a large number of fine-grained imports from the module.
The module is now neatly split up into submodules, mostly like it has
been internally since the early versions of the library. The submodules
are:
- application
- channel
- error
- event
- gateway
- guild
- id
- invite
- misc
- permissions
- prelude
- user
- voice
- webhook
Each submodule contains types that are "owned" by the module. For
example, the `guild` submodule contains, but not limited to, Emoji,
AuditLogsEntry, Role, and Member. `channel` contains, but not limited
to, Attachment, Embed, Message, and Reaction.
Upgrade path:
Instead of glob importing the models via `use serenity::model::*;`,
instead glob import via the prelude:
```rust
use serenity::model::prelude::*;
```
Instead of importing from the root model module:
```rust
use serenity::model::{Guild, Message, OnlineStatus, Role, User};
```
instead import from the submodules like so:
```rust
use serenity::model::channel::Message;
use serenity::model::guild::{Guild, Role};
use serenity::model::user::{OnlineStatus, User};
```
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Calling `ShardManager::shutdown_all` will now send a message to the
shard queuer and shard monitor to shutdown. This will now cause
`Client::start_connection` to exit.
Additionally, `Client::start_connection` and related functions that call
this (e.g. `Client::start_autosharded`) now return `Ok(())` on clean
exits.
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Implement Deserialize for `model::event::GatewayEvent` and
`model::event::VoiceEvent`, and derive it for `model::event::Event`.
Due to the natural potential slowness of deserializing into`Event`
(attempting to deserialize into each variant until successful), a
function named `model::event::deserialize_event_with_type` is provided
for quickly deserializing into a known type if the dispatch type is
known.
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Instead of executing framework commands in the shard runner thread
(potentially blocking the shard runner from reading new messages over
the websocket and heartbeating), dispatch framework commands to the
shard runner's threadpool.
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`ShardManager::public` has been made public to allow direct user
interaction, but should be used with caution due to the fact this can
internally cause an invalid state when used improperly.
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This fixes the shard shutdown via the Context. This works by setting a
"shutdown" field on the Shard struct as being true, indicating that the
Shard has shutdown. The Shard Runner detects this and requests a
shutdown from the Shard Manager.
The ideal solution here would be to add a "Shutdown" variant to
serenity::gateway::ConnectionStage, but that would be a breaking change,
so we instead need to opt for adding a new struct to gateway::Shard.
The Shard Manager has also been updated to only attempt the shutdown of
a shard if it doesn't already know for certain that it shut itself down,
which avoids an error logged saying that there was an error sending a
shutdown message to its Shard Runner.
When all shards have been shutdown (for most bots, this will only be
one), the Shard Manager will end and the Client will stop its
operations, returning thread control to the user.
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This commit is a rewrite of the client module's internals and the
gateway.
The main benefit of this is that there is either 0 or 1 lock retrievals
per event received, and the ability to utilize the ShardManager both
internally and in userland code has been improved.
The primary rework is in the `serenity::client` module, which now
includes a few more structures, some changes to existing ones, and more
functionality (such as to the `ShardManager`).
The two notable additions to the client-gateway bridge are the
`ShardMessenger` and `ShardManagerMonitor`.
The `ShardMessenger` is a simple-to-use interface for users to use to
interact with shards. The user is given one of these in the
`serenity::client::Context` in dispatches to the
`serenity::client::EventHandler`. This can be used for updating the
presence of a shard, sending a guild chunk message, or sending a user's
defined WebSocket message.
The `ShardManagerMonitor` is a loop run in its own thread, potentially
the main thread, that is responsible for receiving messages over an mpsc
channel on what to do with shards via the `ShardManager`. For example,
it will receive a message to shutdown a single shard, restart a single
shard, or shutdown the entire thing.
Users, in most applications, will not interact with the
`ShardManagerMonitor`. Users using the `serenity::client::Client`
interact with only the `ShardMessenger`.
The `ShardManager` is now usable by the user and is available to them,
and contains public functions for shutdowns, initializations, restarts,
and complete shutdowns of shards. It contains utility functions like
determining whether the `ShardManager` is responsible for a shard of a
given ID and the IDs of shards currently active (having an associated
`ShardRunner`). It can be found on
`serenity::client::Client::shard_manager`.
Speaking of the `ShardRunner`, it no longer owns a clone of an Arc to
its assigned `serenity::gateway::Shard`. It now completely owns the
Shard. This means that in order to open the shard, a `ShardRunner` no
longer has to repeatedly retrieve a lock to it. This reduces the number
of lock retrievals per event dispatching cycle from 3 or 4 depending on
event type to 0 or 1 depending on whether it's a message create _and_ if
the framework is in use. To interact with the Shard, one must now go
through the previously mentioned `ShardMessenger`, which the
`ShardRunner` will check for messages from on a loop.
`serenity::client::Context` is now slightly different. Instead of the
`shard` field being `Arc<Mutex<Shard>>`, it is an instance of a
`ShardMessenger`. The interface is the same (minus losing some
Shard-specific methods like `latency`), and `Context`'s shortcuts still
exist (like `Context::online` or `Context::set_game`). It now
additionally includes a `Context::shard_id` field which is a u64
containing the ID of the shard that the event was dispatched from.
`serenity::client::Client` has one changed field name, one field that is
now public, and a new field. `Client::shard_runners` is now
`Client::shard_manager` of type `Arc<Mutex<ShardManager>>`. The
`Client::token` field is now public. This can, for example, be mutated
on token resets if you know what you're doing. `Client::ws_uri` is new
and contains the URI for shards to use when connecting to the gateway.
Otherwise, the Client's usage is unchanged.
`serenity::gateway::Shard` has a couple of minor changes and many more
public methods and fields. The `autoreconnect`, `check_heartbeat`,
`handle_event`, `heartbeat`, `identify`, `initialize`, `reset`,
`resume`, `reconnect`, and `update_presence` methods are now public. The
`token` structfield is now public. There are new getters for various
structfields, such as `heartbeat_instants` and `last_heartbeat_ack`.
The breaking change on the `Shard` is that `Shard::handle_event` now
takes an event by reference and, instead of returning
`Result<Option<Event>>`, it now returns `Result<Option<ShardAction>>`.
`serenity::gateway::ShardAction` is a light enum determining an action
that someone _should_/_must_ perform on the shard, e.g. reconnecting or
identifying. This is determined by `Shard::handle_event`.
In total, there aren't too many breaking changes that most of userland
use cases has to deal with -- at most, changing some usage of `Context`.
Retrieving information like a Shard's latency is currently not possible
anymore but work will be done to make this functionality available
again.
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In addition to making the threadpool used by client shards customizable
by the user, make only a single threadpool (as opposed to one per shard)
and share it across all shards.
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A threadpool will help with giving event dispatches a threaded behaviour
while still allowing the library the ability to perform other actions,
such as receiving new events and heartbeating over the websocket client.
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`ShardRunner::recv_events` actually only receives one event, so
de-pluralize it.
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Improve shard logic by more cleanly differentiating when resuming, as
well as actually fixing resume logic.
For shard runners, better handling of dead clients is added, as well as
more use of the shard manager, in that the runner will now more
liberally request a restart when required (instead of sitting and doing
nothing infinitely).
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Switch to the `parking_lot` crate's implementations of
`std::sync::Mutex` and `std::sync::RwLock`, which are more efficient.
A writeup on why `parking_lot` is more efficient can be read here:
<https://github.com/Amanieu/parking_lot>
Upgrade path:
Modify `mutex.lock().unwrap()` usage to `mutex.lock()` (not needing to
unwrap or handle a result), and
`rwlock.read().unwrap()`/`rwlock.write().unwrap()` usage to
`rwlock.read()` and `rwlock.write()`.
For example, modify:
```rust
use serenity::CACHE;
println!("{}", CACHE.read().unwrap().user.id);
```
to:
```rust
use serenity::CACHE;
println!("{}", CACHE.read().user.id);
```
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In addition to making the threadpool used by client shards customizable
by the user, make only a single threadpool (as opposed to one per shard)
and share it across all shards.
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A threadpool will help with giving event dispatches a threaded behaviour
while still allowing the library the ability to perform other actions,
such as receiving new events and heartbeating over the websocket client.
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`ShardRunner::recv_events` actually only receives one event, so
de-pluralize it.
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Improve shard logic by more cleanly differentiating when resuming, as
well as actually fixing resume logic.
For shard runners, better handling of dead clients is added, as well as
more use of the shard manager, in that the runner will now more
liberally request a restart when required (instead of sitting and doing
nothing infinitely).
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Due to the new ShardManager, `Client::shards` would never fill, so
instead clone the `shard_runners` instance from the `ShardManager` to
the `Client`.
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The shard manager will queue up shards for booting.
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