22 this->requireAckFlag = requireAckFlag;
32 return requireAckFlag ?
"tcp" :
"fast_tcp";
42 int spec = getSpecifier(header);
43 if (spec % 16 == getSpecifierCode()) {
44 if (((spec & 128) != 0) == requireAckFlag) {
53 createStandardHeader(getSpecifierCode() + (requireAckFlag ? 128 : 0), header);
66 return requireAckFlag;
77 writeYarpInt(cport, proto);
A simple abstraction for a block of bytes.
A base class for connection types (tcp, mcast, shmem, ...) which are called carriers in YARP.
The basic state of a connection - route, streams in use, etc.
virtual TwoWayStream & getStreams()=0
Access the streams associated with the connection.
virtual bool checkStreams() const =0
Check whether streams are in a good state.
virtual const Contact & getLocalAddress() const =0
Get the address of the local side of the stream.
Communicating between two ports via TCP.
bool requireAck() const override
Check if carrier has flow control, requiring sent messages to be acknowledged by recipient.
std::string getName() const override
Get the name of this connection type ("tcp", "mcast", "shmem", ...)
TcpCarrier(bool requireAckFlag=true)
bool expectReplyToHeader(yarp::os::ConnectionState &proto) override
Process reply to header, if one is expected for this carrier.
void setParameters(const yarp::os::Bytes &header) override
Configure this carrier based on the first 8 bytes of the connection.
bool respondToHeader(yarp::os::ConnectionState &proto) override
Respond to the header.
bool checkHeader(const yarp::os::Bytes &header) override
Given the first 8 bytes received on a connection, decide if this is the right carrier type to use for...
Carrier * create() const override
Factory method.
void getHeader(yarp::os::Bytes &header) const override
Provide 8 bytes describing this connection sufficiently to allow the other side of a connection to se...
bool isConnectionless() const override
Check if this carrier is connectionless (like udp, mcast) or connection based (like tcp).
virtual int getSpecifierCode() const
An interface to the operating system, including Port based communication.