pub fn received_reset(
        &mut self,
        frame: frame::ResetStream,
    ) -> Result<ShouldTransmit, TransportError> {
        let frame::ResetStream {
            id,
            error_code,
            final_offset,
        } = frame;
        self.validate_receive_id(id).map_err(|e| {
            debug!("received illegal RESET_STREAM frame");
            e
        })?;

        let rs = match self.recv.get_mut(&id) {
            Some(stream) => stream,
            None => {
                trace!("received RESET_STREAM on closed stream");
                return Ok(ShouldTransmit(false));
            }
        };

        // State transition
        if !rs.reset(
            error_code,
            final_offset,
            self.data_recvd,
            self.local_max_data,
        )? {
            // Redundant reset
            return Ok(ShouldTransmit(false));
        }
        let bytes_read = rs.assembler.bytes_read();
        let stopped = rs.assembler.is_stopped();
        let end = rs.assembler.end();
        if stopped {
            // Stopped streams should be disposed immediately on reset
            self.recv.remove(&id);
        }
        self.on_stream_frame(!stopped, id);

        // Update flow control
        Ok(if bytes_read != final_offset.into() {
            // bytes_read is always <= end, so this won't underflow.
            self.data_recvd = self
                .data_recvd
                .saturating_add(u64::from(final_offset) - end);
            self.add_read_credits(u64::from(final_offset) - bytes_read)
        } else {
            ShouldTransmit(false)
        })
    }
/// Process incoming RESET_STREAM frame
///
/// If successful, returns whether a `MAX_DATA` frame needs to be transmitted
Process incoming RESET_STREAM frame
If successful, returns whether a `MAX_DATA` frame needs to be transmitted
Process incoming RESET_STREAM frame If successful returns whether a ` MAX_DATA ` frame needs to be transmitted
pub fn received_reset(
        &mut self,
        frame: frame::ResetStream,
    ) -> Result<ShouldTransmit, TransportError> {
        let frame::ResetStream {
            id,
            error_code,
            final_offset,
        } = frame;
        self.validate_receive_id(id).map_err(|e| {
            debug!("received illegal RESET_STREAM frame");
            e
        })?;
        let rs = match self.recv.get_mut(&id) {
            Some(stream) => stream,
            None => {
                trace!("received RESET_STREAM on closed stream");
                return Ok(ShouldTransmit(false));
            }
        };
        // State transition
        if !rs.reset(
            error_code,
            final_offset,
            self.data_recvd,
            self.local_max_data,
        )? {
            // Redundant reset
            return Ok(ShouldTransmit(false));
        }
        let bytes_read = rs.assembler.bytes_read();
        let stopped = rs.assembler.is_stopped();
        let end = rs.assembler.end();
        if stopped {
            // Stopped streams should be disposed immediately on reset
            self.recv.remove(&id);
        }
        self.on_stream_frame(!stopped, id);
        // Update flow control
        Ok(if bytes_read != final_offset.into() {
            // bytes_read is always <= end, so this won't underflow.
            self.data_recvd = self
                .data_recvd
                .saturating_add(u64::from(final_offset) - end);
            self.add_read_credits(u64::from(final_offset) - bytes_read)
        } else {
            ShouldTransmit(false)
        })
    }
pub fn received_reset ( & mut self , frame : frame :: ResetStream , ) -> Result < ShouldTransmit , TransportError > { let frame :: ResetStream { id , error_code , final_offset , } = frame ; self . validate_receive_id ( id ) . map_err ( | e | { debug ! ( " " ) ; e } ) ? ; let rs = match self . recv . get_mut ( & id ) { Some ( stream ) => stream , None => { trace ! ( " " ) ; return Ok ( ShouldTransmit ( false ) ) ; } } ; // State transition if ! rs . reset ( error_code , final_offset , self . data_recvd , self . local_max_data , ) ? { // Redundant reset return Ok ( ShouldTransmit ( false ) ) ; } let bytes_read = rs . assembler . bytes_read ( ) ; let stopped = rs . assembler . is_stopped ( ) ; let end = rs . assembler . end ( ) ; if stopped { // Stopped streams should be disposed immediately on reset self . recv . remove ( & id ) ; } self . on_stream_frame ( ! stopped , id ) ; // Update flow control Ok ( if bytes_read != final_offset . into ( ) { // bytes_read is always <= end, so this won't underflow. self . data_recvd = self . data_recvd . saturating_add ( u64 :: from ( final_offset ) - end ) ; self . add_read_credits ( u64 :: from ( final_offset ) - bytes_read ) } else { ShouldTransmit ( false ) } ) }
Process incoming RESET_STREAM frame
If successful, returns whether a `MAX_DATA` frame needs to be transmitted
Process incoming RESET_STREAM frame If successful returns whether a ` MAX_DATA ` frame needs to be transmitted
&mut self
frame
frame::ResetStream