Lines Matching refs:stream
7 QUIC flow control acts at both connection and stream levels. At any time,
8 transmission of stream data could be prevented by connection-level flow control,
9 by stream-level flow control, or both. Flow control uses a credit-based model in
11 bytes allowed to be sent on a stream, or across all streams, since the beginning
12 of the stream or connection. This limit may be periodically bumped.
14 It is important to note that both connection and stream-level flow control
15 relate only to the transmission of QUIC stream data. QUIC flow control at stream
16 level counts the total number of logical bytes sent on a given stream. Note that
19 that the total number of logical bytes sent on a given stream is equivalent to
20 the current “length” of the stream. In essence, the relevant quantity is
22 the stream.
33 stream-level flow control is controlled by the `MAX_STREAM_DATA` frame.
43 Note that it follows from the above that the CRYPTO-frame stream is not subject
66 controlled bytes from a QUIC stream and hand them to the application, meaning
74 controlled bytes since the beginning of the connection or stream.
84 since the start of the connection or stream and thus is also monotonic.
169 Note that the number of controlled bytes we can send in a stream is limited by
170 both connection and stream-level flow control; thus the number of controlled
172 Window function on the connection-level and stream-level state machines,
187 The state machine receives On RX Controlled Bytes events from stream-level flow
189 a stream-level flow controller whenever we receive any controlled bytes.
191 generated by stream-level flow control as retransmitted stream data must be
192 counted only once, and the stream-level flow control is therefore in the best
194 stream payload bytes) have been received).
206 more controlled bytes are dequeued from any stream and passed to the
218 RX-side stream-level flow control works similarly to RX-side connection-level
237 the connection-level flow controller. It is also used by stream-level flow
