fn encode(&self, bytes: &mut [u8]) -> Result<usize, EncodeError> {
        let mut offset = 0;

        offset += self.fixed_header.encode(&mut bytes[offset..])?;
        if let Some(ref variable_header) = self.variable_header {
            offset += variable_header.encode(&mut bytes[offset..])?;
        }
        offset += self.payload.encode(&mut bytes[offset..])?;

        Ok(offset)
    }
/// Encode a packet for sending over a network connection.
///
/// If encoding fails an `Err(x)` is returned.
///
/// If encoding succeeds an `Ok(written)` is returned with the number of
/// bytes written to the buffer.
Encode a packet for sending over a network connection.
If encoding fails an `Err(x)` is returned.

If encoding succeeds an `Ok(written)` is returned with the number of
bytes written to the buffer.
Encode a packet for sending over a network connection . If encoding fails an ` Err ( x ) ` is returned . If encoding succeeds an ` Ok ( written ) ` is returned with the number of bytes written to the buffer .
fn encode(&self, bytes: &mut [u8]) -> Result<usize, EncodeError> {
        let mut offset = 0;
        offset += self.fixed_header.encode(&mut bytes[offset..])?;
        if let Some(ref variable_header) = self.variable_header {
            offset += variable_header.encode(&mut bytes[offset..])?;
        }
        offset += self.payload.encode(&mut bytes[offset..])?;
        Ok(offset)
    }
fn encode ( & self , bytes : & mut [ u8 ] ) -> Result < usize , EncodeError > { let mut offset = 0 ; offset += self . fixed_header . encode ( & mut bytes [ offset .. ] ) ? ; if let Some ( ref variable_header ) = self . variable_header { offset += variable_header . encode ( & mut bytes [ offset .. ] ) ? ; } offset += self . payload . encode ( & mut bytes [ offset .. ] ) ? ; Ok ( offset ) }
Encode a packet for sending over a network connection.
Encode a packet for sending over a network connection .
&self
bytes
&mut [u8]