/commonlibrary/rust/ylong_runtime/ylong_runtime/benches/ |
H A D | ylong_tokio_multi_threaded.rs | 33 sender.send(()).unwrap(); in runtime_spawn_many() 42 sender.send(()).unwrap(); in runtime_yield_many() 56 let (send, recv) = mpsc::sync_channel(TASK_NUM); 61 $fn(&runtime, send.clone()); 96 sender.send(()).unwrap(); in chained_spawn() 104 let (send, recv) = mpsc::sync_channel(TASK_NUM); in chained_spawn() 108 let sender = send.clone(); in chained_spawn() 140 sender.send(()).unwrap(); in chained_spawn() 147 let (send, recv) = mpsc::sync_channel(TASK_NUM); in chained_spawn() 150 let sender = send in chained_spawn() [all...] |
H A D | sync_benchmarks.rs | 101 let (send, recv) = mpsc::sync_channel(TASK_NUM); in std_multi_threaded_ping() 104 let sender = send.clone(); in std_multi_threaded_ping() 107 sender.send(()).unwrap(); in std_multi_threaded_ping() 119 let (send, recv) = mpsc::sync_channel(TASK_NUM); in std_multi_threaded_ping_pong() 122 let done_send = send.clone(); in std_multi_threaded_ping_pong() 130 send2.send(()).unwrap(); in std_multi_threaded_ping_pong() 133 send1.send(()).unwrap(); in std_multi_threaded_ping_pong() 136 done_send.send(()).unwrap(); in std_multi_threaded_ping_pong()
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H A D | ylong_tokio_bounded_mpsc.rs | 44 producer.send(1).await.unwrap(); 78 producer.send(1).await.unwrap();
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H A D | ylong_tokio_unbounded_mpsc.rs | 44 producer.send(1).unwrap(); 78 producer.send(1).unwrap();
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H A D | ylong_tokio_udp.rs | 74 /// Benchmark test for ylong udp function send() and recv(). 79 /// 2. Sender use send() to send message. 106 connected_sender.send(b"Hello").await.unwrap(); in ylong_udp_send_recv() 121 /// Benchmark test for tokio udp function send() and recv(). 126 /// 2. Sender use send() to send message. 147 sender.send(b"Hello").await.unwrap(); in tokio_udp_send_recv() 166 /// 2. Sender use send_to() to send message. 209 /// 2. Sender use send_to() to send messag [all...] |
/commonlibrary/rust/ylong_runtime/ylong_runtime/tests/ |
H A D | mpsc_test.rs | 35 assert!(tx.send(1).is_ok()); in sdv_unbounded_send_recv_test() 36 assert!(tx.send(2).is_ok()); in sdv_unbounded_send_recv_test() 54 assert!(tx.send(1).is_ok()); in sdv_unbounded_send_recv_drop_test() 55 assert!(tx.send(2).is_ok()); in sdv_unbounded_send_recv_drop_test() 70 assert!(tx.send(1).is_ok()); in sdv_unbounded_send_try_recv_test() 86 assert!(tx.send(1).is_ok()); in sdv_unbounded_send_recv_timeout_test() 112 assert!(tx.send(1).await.is_ok()); in sdv_bounded_send_recv_test() 113 assert!(tx.send(2).await.is_ok()); in sdv_bounded_send_recv_test() 133 assert!(tx.send(1).await.is_ok()); in sdv_bounded_send_recv_drop_test() 134 assert!(tx.send( in sdv_bounded_send_recv_drop_test() [all...] |
H A D | select.rs | 62 /// 1. Creates two oneshot::channel and send message. 73 tx1.send("first").unwrap(); in sdv_new_select_channel() 77 tx2.send("second").unwrap(); in sdv_new_select_channel()
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H A D | tcp_test.rs | 206 .expect("client send failed"); in sdv_tcp_global_runtime() 419 tx.send(addr).unwrap(); in sdv_tcp_drop_out_context() 470 let _ = tx.send(addr); in sdv_tcp_cancel() 515 tx.send(addr).unwrap(); in sdv_tcp_cancel() 563 tx.send(addr).unwrap(); in sdv_tcp_unexpected_eof()
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/commonlibrary/rust/ylong_http/ylong_http_client/src/util/h2/ |
H A D | streams.rs | 55 // send PP | | recv PP 60 // | | | send H / | | 65 // | | recv ES | | send ES | | 66 // | send H | ,-------| open |-------. | recv H | 71 // | | closed | | send R / | closed | | 75 // | | send ES / | recv ES / | | 76 // | | send R / v send R / | | 78 // | send R / `----------->| |<-----------' send [all...] |
H A D | manager.rs | 280 .send(frame) in poll_send_frame() 367 .send(new_settings) in recv_settings_frame() 382 // TODO The client does not have the logic to send ping frames. Therefore, the in recv_ping_frame() 387 .send(Ping::ack(ping.clone())) in recv_ping_frame() 556 .send(frame) in manage_stream_error() 613 .send(frame) in manage_conn_error() 660 .send(frame) in send_peer_goaway() 670 .send(frame) in send_peer_goaway()
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/commonlibrary/rust/ylong_runtime/ylong_runtime/src/sync/ |
H A D | oneshot.rs | 14 //! One-shot channel is used to send a single message from a single sender to a 18 //! The `Sender` handle is used by the producer to send a message. 22 //! The `send` method is not async. It can be called from non-async context. 31 //! if let Err(_) = tx.send(6) { 64 /// The `Sender` can send a single value to the `Receiver`. 73 /// if let Err(_) = tx.send(6) { 104 /// if let Err(_) = tx.send(6) { 142 /// back if it fails to send. 144 /// The sender will consume itself when calling this method. It can send a 154 /// if let Err(_) = tx.send( 165 pub fn send(self, value: T) -> Result<(), T> { send() functions [all...] |
H A D | watch.rs | 49 /// let _ = tx.send(2); 80 /// let _ = tx.send(2); 105 /// let _ = tx.send(2); 108 pub fn send(&self, value: T) -> Result<(), SendError<T>> { in send() functions 136 /// let _ = tx.send(2); 196 /// let _ = tx.send(2); 231 /// let _ = tx.send(2); 270 /// let _ = tx.send(2); 293 /// let _ = tx.send(2); 353 /// assert!(tx.send( [all...] |
/commonlibrary/rust/ylong_http/ylong_http_client/tests/ |
H A D | sdv_async_http2.rs | 119 .send(()) 130 .send(()) 161 tx.send(handle) in sdv_async_h2_client_send_request() 162 .expect("send Handle out the server coroutine failed !"); in sdv_async_h2_client_send_request() 207 .send(()) in sdv_async_h2_client_send_request() 209 .expect("send client shutdown"); in sdv_async_h2_client_send_request() 241 tx.send(handle) in sdv_async_h2_client_send_request_concurrently() 242 .expect("send Handle out the server coroutine failed !"); in sdv_async_h2_client_send_request_concurrently() 295 .send(()) in sdv_async_h2_client_send_request_concurrently() 297 .expect("send clien in sdv_async_h2_client_send_request_concurrently() [all...] |
/commonlibrary/rust/ylong_runtime/ylong_runtime/src/net/sys/unix/ |
H A D | datagram.rs | 206 /// Trys to send message. 238 .try_io(Interest::WRITABLE, || (*self.source).send(buf)) in try_send() 321 /// socket.send(b"hello world").await.expect("send_to failed"); 325 pub async fn send(&self, buf: &[u8]) -> Result<usize> { 327 .async_process(Interest::WRITABLE, || self.source.send(buf)) 500 client.send(b"hello world").await.expect("send failed"); in ut_uds_datagram_read_write_test() 522 /// 2. Server send message with `writable()` and `try_send()`.
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/commonlibrary/rust/ylong_runtime/ylong_runtime/src/sync/mpsc/unbounded/ |
H A D | mod.rs | 41 /// assert!(tx.send(1).is_ok()); 72 /// assert!(tx.send(1).is_ok()); 95 /// assert!(tx.send(1).is_ok()); 119 /// assert!(tx.send(1).is_ok()); 122 pub fn send(&self, value: T) -> Result<(), SendError<T>> { in send() functions 123 self.channel.send(value) in send() 127 /// send values anymore. It returns true if the [`UnboundedReceiver`] is 167 /// tx.send(1).unwrap(); 182 /// tx.send(1).unwrap(); 208 /// tx.send( [all...] |
/commonlibrary/rust/ylong_http/ylong_http_client/src/util/ |
H A D | dispatcher.rs | 322 if input_tx.send(settings).is_ok() { 355 let send = crate::runtime::spawn(async move { in launch() 359 let mut send = in launch() variables 361 let _ = Pin::new(&mut send).await; in launch() 364 handles.push(send); in launch() 435 .send(ReqMessage { 484 let ft = async move { sender.send(message).await }; 530 // ignore the send error occurs here in order to finish all 532 let _ = input_tx.send(frame); 775 // stream and send t [all...] |
H A D | test_utils.rs | 88 tx2.send(handle).expect("send TcpHandle out coroutine failed !"); 120 tx.send(()).expect("server send order failed !");
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/commonlibrary/rust/ylong_http/ylong_http_client/src/async_impl/quic/ |
H A D | mod.rs | 132 let (write, _send_info) = self.send(&mut out).expect("initial send failed"); 164 let (write, _send_info) = match self.send(&mut out) {
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/commonlibrary/rust/ylong_runtime/ylong_io/src/sys/unix/uds/ |
H A D | datagram.rs | 217 /// socket.send(b"hello world").expect("send_to failed"); 221 pub fn send(&self, buf: &[u8]) -> io::Result<usize> { in send() functions 222 self.inner.send(buf) in send()
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/commonlibrary/rust/ylong_runtime/ylong_runtime/src/sync/mpsc/bounded/ |
H A D | mod.rs | 43 /// assert!(tx.send(1).await.is_ok()); 78 /// assert!(tx.send(1).await.is_ok()); 111 /// assert!(tx.send(1).await.is_ok()); 128 /// Attempts to send a value to the associated [`BoundedReceiver`]. 177 /// assert!(tx.send(1).await.is_ok()); 183 pub async fn send(&self, value: T) -> Result<(), SendError<T>> { 184 self.channel.send(value).await 187 /// Attempts to send a value to the associated receiver in a limited amount 232 /// send values anymore. It returns true after the [`BoundedReceiver`] is 479 /// The `Sender` will fail to call [`send`] o [all...] |
/commonlibrary/rust/ylong_http/ylong_http_client/tests/common/ |
H A D | mod.rs | 66 tx.send(handle) 67 .expect("Failed to send the handle to the test thread."); 74 .expect("Handle send channel (Server-Half) be closed unexpectedly"); 97 tx.send(handle) 98 .expect("Failed to send the handle to the test thread."); 105 .expect("Handle send channel (Server-Half) be closed unexpectedly"); 137 .send(()) 148 .send(()) 401 .send(())
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/commonlibrary/rust/ylong_http/ylong_http_client/tests/tcp_server/ |
H A D | mod.rs | 82 rx2.send(handle).expect("send TcpHandle out coroutine failed !"); 141 rx.send(()).expect("server send order failed !"); 238 rx.send(()).expect("server send order failed !");
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/commonlibrary/rust/ylong_runtime/ylong_io/tests/ |
H A D | uds_test.rs | 150 let n = sender2.send(b"Hello"); in sdv_uds_send_recv() 154 let n = sender.send(b"Hello").expect("sender send failed"); in sdv_uds_send_recv()
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H A D | udp_socket_test.rs | 18 /// SDV test cases for `send()` and `recv()`. 57 match connected_sender.send(b"Hello") { in sdv_send_recv()
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/commonlibrary/rust/ylong_runtime/ylong_runtime/src/signal/unix/ |
H A D | registry.rs | 136 let _ = event.inner.send(());
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