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|
use bevy::prelude::App;
use bevy_quinnet::{
client::Client,
server::Server,
shared::{
channel::{ChannelId, ChannelType},
QuinnetError,
},
};
// https://github.com/rust-lang/rust/issues/46379
pub use utils::*;
mod utils;
///////////////////////////////////////////////////////////
/// ///
/// Test ///
/// ///
///////////////////////////////////////////////////////////
#[test]
fn default_channel() {
let port = 6001; // TODO Use port 0 and retrieve the port used by the server.
let mut server_app: App = start_simple_server_app(port);
let mut client_app: App = start_simple_client_app(port);
let client_default_channel = get_default_client_channel(&client_app);
let server_default_channel = get_default_server_channel(&server_app);
for channel in vec![client_default_channel, server_default_channel] {
assert!(
matches!(channel, ChannelId::OrderedReliable(_)),
"Default channel should be an OrderedReliable channel"
);
}
close_client_channel(client_default_channel, &mut client_app);
close_server_channel(server_default_channel, &mut server_app);
{
let mut server = server_app.world.resource_mut::<Server>();
assert_eq!(
server.endpoint().get_default_channel(),
None,
"Default server channel should be None"
);
assert!(
matches!(
server
.endpoint_mut()
.broadcast_message(SharedMessage::TestMessage("".to_string())),
Err(QuinnetError::NoDefaultChannel)
),
"Should not be able to send on default channel"
);
}
{
let mut client = client_app.world.resource_mut::<Client>();
assert_eq!(
client.connection().get_default_channel(),
None,
"Default client channel should be None"
);
assert!(
matches!(
client
.connection_mut()
.send_message(SharedMessage::TestMessage("".to_string())),
Err(QuinnetError::NoDefaultChannel)
),
"Should not be able to send on default channel"
);
}
let client_channel = open_client_channel(ChannelType::OrderedReliable, &mut client_app);
let server_channel = open_server_channel(ChannelType::OrderedReliable, &mut server_app);
let client_id = wait_for_client_connected(&mut client_app, &mut server_app);
let mut msg_counter = 0;
send_and_test_client_message(
client_id,
client_channel,
&mut client_app,
&mut server_app,
&mut msg_counter,
);
send_and_test_server_message(
client_id,
server_channel,
&mut server_app,
&mut client_app,
&mut msg_counter,
);
}
///////////////////////////////////////////////////////////
/// ///
/// Test ///
/// ///
///////////////////////////////////////////////////////////
#[test]
fn single_instance_channels() {
let port = 6002; // TODO Use port 0 and retrieve the port used by the server.
let mut server_app: App = start_simple_server_app(port);
let mut client_app: App = start_simple_client_app(port);
let client_id = wait_for_client_connected(&mut client_app, &mut server_app);
let mut msg_counter = 0;
for (channel_type, channel_id) in vec![
(ChannelType::UnorderedReliable, ChannelId::UnorderedReliable),
(ChannelType::Unreliable, ChannelId::Unreliable),
] {
send_and_test_client_message(
client_id,
channel_id,
&mut client_app,
&mut server_app,
&mut msg_counter,
);
close_client_channel(channel_id, &mut client_app);
open_client_channel(channel_type, &mut client_app);
send_and_test_client_message(
client_id,
channel_id,
&mut client_app,
&mut server_app,
&mut msg_counter,
);
send_and_test_server_message(
client_id,
channel_id,
&mut server_app,
&mut client_app,
&mut msg_counter,
);
close_server_channel(channel_id, &mut server_app);
open_server_channel(channel_type, &mut server_app);
send_and_test_server_message(
client_id,
channel_id,
&mut server_app,
&mut client_app,
&mut msg_counter,
);
}
}
///////////////////////////////////////////////////////////
/// ///
/// Test ///
/// ///
///////////////////////////////////////////////////////////
#[test]
fn multi_instance_channels() {
let port = 6003; // TODO Use port 0 and retrieve the port used by the server.
let mut server_app: App = start_simple_server_app(port);
let mut client_app_1: App = start_simple_client_app(port);
let client_id_1 = wait_for_client_connected(&mut client_app_1, &mut server_app);
let client_1_channel_1 = get_default_client_channel(&client_app_1);
let client_1_channel_2 = open_client_channel(ChannelType::OrderedReliable, &mut client_app_1);
let server_channel_1 = get_default_server_channel(&server_app);
let server_channel_2 = open_server_channel(ChannelType::OrderedReliable, &mut server_app);
let mut msg_counter = 0;
for channel in vec![client_1_channel_1, client_1_channel_2] {
send_and_test_client_message(
client_id_1,
channel,
&mut client_app_1,
&mut server_app,
&mut msg_counter,
);
}
for channel in vec![server_channel_1, server_channel_2] {
send_and_test_server_message(
client_id_1,
channel,
&mut server_app,
&mut client_app_1,
&mut msg_counter,
);
}
let mut client_app_2 = start_simple_client_app(port);
let client_id_2 = wait_for_client_connected(&mut client_app_2, &mut server_app);
for (client_id, mut client_app) in
vec![(client_id_1, client_app_1), (client_id_2, client_app_2)]
{
send_and_test_server_message(
client_id,
server_channel_1,
&mut server_app,
&mut client_app,
&mut msg_counter,
);
send_and_test_server_message(
client_id,
server_channel_2,
&mut server_app,
&mut client_app,
&mut msg_counter,
);
}
}
|
