class inet::SocketOptions
sys::Obj inet::SocketOptions
SocketOptions groups together all the socket options used to tune a TcpSocket, TcpListener, or UdpSocket. See the options method of each of those classes for which options apply. Accessing an unsupported option for a particular socket type will throw UnsupportedErr.
- broadcast
-
Bool broadcast
SO_BROADCAST socket option.
- connectTimeout
-
@Deprecated { msg="Use SocketConfig.connectTimeout" }
Duration? connectTimeoutControls default timeout used by
TcpSocket.connect
. A null value indicates a system default timeout. - copyFrom
-
Void copyFrom(SocketOptions options)
Set all of this instance's options from the specified options.
- inBufferSize
-
Int? inBufferSize
The size in bytes for the sys::InStream buffer. A value of 0 or null disables input stream buffing. This field may only be set before the socket is connected otherwise Err is thrown.
- keepAlive
-
Bool keepAlive
SO_KEEPALIVE socket option.
- linger
-
Duration? linger
SO_LINGER socket option controls the linger time or set to null to disable linger.
- noDelay
-
Bool noDelay
TCP_NODELAY socket option specifies that send not be delayed to merge packets (Nagle's algorthm).
- outBufferSize
-
Int? outBufferSize
The size in bytes for the sys::OutStream buffer. A value of 0 or null disables output stream buffing. This field may only be set before the socket is connected otherwise Err is thrown.
- receiveBufferSize
-
Int receiveBufferSize
SO_RCVBUF option for the size in bytes of the IP stack buffers.
- receiveTimeout
-
Duration? receiveTimeout
SO_TIMEOUT socket option controls the amount of time this socket will block on a read call before throwing an IOErr timeout exception. Null is used to indicate an infinite timeout.
- reuseAddr
-
Bool reuseAddr
SO_REUSEADDR socket option is used to control the time wait state of a closed socket.
- sendBufferSize
-
Int sendBufferSize
SO_SNDBUF option for the size in bytes of the IP stack buffers.
- trafficClass
-
Int trafficClass
The type-of-class byte in the IP packet header.
For IPv4 this value is detailed in RFC 1349 as the following bitset:
- IPTOS_LOWCOST (0x02)
- IPTOS_RELIABILITY (0x04)
- IPTOS_THROUGHPUT (0x08)
- IPTOS_LOWDELAY (0x10)
For IPv6 this is the value placed into the sin6_flowinfo header field.