NetSystem

Instance Constructors

new NetSystem()

Abstract Value Members

abstract def launchTcpClient[R](config: TcpClientConfig, process: (IChan[ByteBuffer], OChan[ByteBuffer]) ⇒ Process[R])(implicit arg0: Message[R]): RIChan[R]

Connect a TCP client process to a remote server.
Connect a TCP client process to a remote server.
R
the termination result of the client process.
config
the client config
process
a process that takes network ByteBuffer's as input and output.
returns
a tuple with the local address the client is bound to and a RIChan returning the termination result of the client process.
abstract def launchTcpServer(config: TcpServerConfig, handler: (IChan[ByteBuffer], OChan[ByteBuffer]) ⇒ Process[Unit]): InetSocketAddress

Create a TCP server process that spawns a new servlet to handle each new client connection.
Create a TCP server process that spawns a new servlet to handle each new client connection.
config
a TCP server config
handler
a process type from which new servlets are instantiated.
returns
the socket address the server has been bound to.
abstract def platform: Platform

Return the platform to which this connector is attached to.
Return the platform to which this connector is attached to.
All process instances created by launchTcpClient and launchTcpServer are launched over this platform.
returns
the underlying platform.
abstract def shutdown(): Unit

Shutdown.
Shutdown.
Close all threading resources allocated by the platform (e.g. the selector thread).
abstract def shutdownNow(): Unit

Shutdown and close all resources allocated by the platform (e.
Shutdown and close all resources allocated by the platform (e.g. the selector thread).
abstract def tcpAccept(config: TcpServerConfig, ochan: OChan[Socket[ByteBuffer]]): InetSocketAddress

Create a TCP server channel.
Create a TCP server channel.
config
a TCP server configuration
returns
the local socket address the server has been bound to.
abstract def tcpConnect(config: TcpClientConfig): RIChan[Socket[ByteBuffer]]

Create a TCP connection to a remote server.
Create a TCP connection to a remote server.
config
the client configuration.
returns
a tuple with the local address the client is bound to and a RIChan returning the client socket once it is connected.
abstract def udpBind(local: SocketAddress, remote: SocketAddress, opts: DatagramSocketOption*): Socket[DatagramPacket]

Create a "connected" UDP socket restricted to a remote peer.
Create a "connected" UDP socket restricted to a remote peer.
remote
the peer address
opts
a list of datagram socket options
returns
the datagram socket.
abstract def udpBind(address: SocketAddress, opts: DatagramSocketOption*): Socket[DatagramPacket]

Create a UDP datagram socket.
Create a UDP datagram socket.
address
the local address this socket is bound to
opts
a list of datagram socket options
returns
the datagram socket.

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final def !=(arg0: AnyRef): Boolean

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final def getClass(): Class[_]

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final def isInstanceOf[T0]: Boolean

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def launchTcpClient[R](bindAddr: InetSocketAddress, addr: InetSocketAddress, process: (IChan[ByteBuffer], OChan[ByteBuffer]) ⇒ Process[R], opts: SocketOption*)(implicit arg0: Message[R]): RIChan[R]

Connect a TCP client process to a remote server.
Connect a TCP client process to a remote server.
R
the termination result of the client process.
bindAddr
the local address the client must be bound to
addr
the remote server address
process
a process that takes network ByteBuffer's as input and output.
opts
socket options that must be applied to the client socket once it is connected
returns
a RIChan returning the termination result of the client process.
def launchTcpClient[R](addr: InetSocketAddress, process: (IChan[ByteBuffer], OChan[ByteBuffer]) ⇒ Process[R], opts: SocketOption*)(implicit arg0: Message[R]): RIChan[R]

Connect a TCP client process to a remote server.
Connect a TCP client process to a remote server.
R
the termination result of the client process.
addr
the remote server address
process
a process that takes network ByteBuffer's as input and output.
opts
socket options that must be applied to the client socket once it is connected
returns
a RIChan returning the termination result of the client process.
def launchTcpClient[R](hostName: String, port: Int, process: (IChan[ByteBuffer], OChan[ByteBuffer]) ⇒ Process[R], opts: SocketOption*)(implicit arg0: Message[R]): RIChan[R]

Connect a TCP client process to a remote server.
Connect a TCP client process to a remote server.
R
the termination result of the client process.
hostName
the remote server host name
port
the remote server port
process
a process that takes network ByteBuffer's as input and output.
returns
a RIChan returning the termination result of the client process.
def launchTcpServer(addr: InetSocketAddress, handler: (IChan[ByteBuffer], OChan[ByteBuffer]) ⇒ Process[Unit], sopts: List[ServerSocketOption], opts: SocketOption*): InetSocketAddress

Create a TCP server process that spawns a new servlet to handle each new client connection.
Create a TCP server process that spawns a new servlet to handle each new client connection.
addr
the local server address on which the server accepts connections
handler
a process type from which new servlets are instantiated.
sopts
a list of server socket options applied to the server socket.
opts
a list of socket options applied to each client socket accepted.
returns
the socket address the server has been bound to.
def launchTcpServer(addr: InetSocketAddress, handler: (IChan[ByteBuffer], OChan[ByteBuffer]) ⇒ Process[Unit], opts: SocketOption*): InetSocketAddress

Create a TCP server process that spawns a new servlet to handle each new client connection.
Create a TCP server process that spawns a new servlet to handle each new client connection.
addr
the local server address on which the server accepts connections
handler
a process type from which new servlets are instantiated.
opts
a list of socket options applied to each client socket accepted.
returns
the socket address the server has been bound to.
def launchTcpServer(hostName: String, port: Int, handler: (IChan[ByteBuffer], OChan[ByteBuffer]) ⇒ Process[Unit], sopts: List[ServerSocketOption], opts: SocketOption*): InetSocketAddress

Create a TCP server process that spawns a new servlet to handle each new client connection.
Create a TCP server process that spawns a new servlet to handle each new client connection.
hostName
the local server interface
port
the local server port
handler
a process type from which new servlets are instantiated.
sopts
a list of server socket options applied to the server socket.
opts
a list of socket options applied to each client socket accepted.
returns
the socket address the server has been bound to.
def launchTcpServer(hostName: String, port: Int, handler: (IChan[ByteBuffer], OChan[ByteBuffer]) ⇒ Process[Unit], opts: SocketOption*): InetSocketAddress

Create a TCP server process that spawns a new servlet to handle each new client connection.
Create a TCP server process that spawns a new servlet to handle each new client connection.
hostName
the local server interface
port
the local server port
handler
a process type from which new servlets are instantiated.
opts
a list of socket options applied to each client socket accepted.
returns
the socket address the server has been bound to.
def launchTcpServer(handler: (IChan[ByteBuffer], OChan[ByteBuffer]) ⇒ Process[Unit], opts: SocketOption*): InetSocketAddress

Create a TCP server process that spawns a new servlet to handle each new client connection.
Create a TCP server process that spawns a new servlet to handle each new client connection.
handler
a process type from which new servlets are instantiated.
opts
a list of socket options applied to each client socket accepted.
returns
the socket address the server has been bound to.
final def ne(arg0: AnyRef): Boolean

Definition Classes
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final def notify(): Unit

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final def notifyAll(): Unit

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final def synchronized[T0](arg0: ⇒ T0): T0

Definition Classes
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def tcpAccept(config: TcpServerConfig): (InetSocketAddress, IChan[Socket[ByteBuffer]])

Create a TCP server channel.
Create a TCP server channel.
config
a TCP server configuration
returns
a tuple with the local socket address the server has been bound to, and a stream of client sockets filled in progressively each time a new client connection is accepted.
def tcpAccept(hostName: String, port: Int, sopts: List[ServerSocketOption], opts: SocketOption*): IChan[Socket[ByteBuffer]]

Create a TCP server channel.
Create a TCP server channel.
hostName
the local server interface
port
the local server port
sopts
a list of server socket options applied to the server socket.
opts
a list of socket options applied to each client socket accepted.
returns
a stream of client sockets filled in progressively each time a new client connection is accepted.
def tcpAccept(hostName: String, port: Int, opts: SocketOption*): IChan[Socket[ByteBuffer]]

Create a TCP server channel.
Create a TCP server channel.
hostName
the local server interface
port
the local server port
opts
a list of socket options applied to each client socket accepted.
returns
a stream of client sockets filled in progressively each time a new client connection is accepted.
def tcpAccept(): (InetSocketAddress, IChan[Socket[ByteBuffer]])

Create a TCP server channel.
Create a TCP server channel.
returns
a tuple with the local socket address the server has been automatically bound to, and a stream of client sockets filled in progressively each time a new client connection is accepted.
def tcpConnect(addr: InetSocketAddress, opts: SocketOption*): RIChan[Socket[ByteBuffer]]

Create a TCP connection to a remote server.
Create a TCP connection to a remote server.
addr
the remote server address
opts
a list of socket options.
returns
a RIChan returning the client socket once it is connected.
def tcpConnect(hostName: String, port: Int, opts: SocketOption*): RIChan[Socket[ByteBuffer]]

Create a TCP connection to a remote server.
Create a TCP connection to a remote server.
hostName
the remote server host name
port
the remote server port
opts
a list of socket options.
returns
a RIChan returning the client socket once it is connected.
def toString(): String

Definition Classes
AnyRef → Any
def udpBind(hostName: String, port: Int, opts: DatagramSocketOption*): Socket[DatagramPacket]

Create a UDP datagram socket.
Create a UDP datagram socket.
hostName
the local name of the interface
port
the local port this socket is bound to
opts
a list of datagram socket options
returns
the datagram socket.
final def wait(): Unit

Definition Classes
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Annotations
@throws( ... )
final def wait(arg0: Long, arg1: Int): Unit

Definition Classes
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@throws( ... )
final def wait(arg0: Long): Unit

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abstract class NetSystem extends AnyRef

Instance Constructors

new NetSystem()

Abstract Value Members

abstract def launchTcpClient[R](config: TcpClientConfig, process: (IChan[ByteBuffer], OChan[ByteBuffer]) ⇒ Process[R])(implicit arg0: Message[R]): RIChan[R]

abstract def launchTcpServer(config: TcpServerConfig, handler: (IChan[ByteBuffer], OChan[ByteBuffer]) ⇒ Process[Unit]): InetSocketAddress

abstract def platform: Platform

abstract def shutdown(): Unit

abstract def shutdownNow(): Unit

abstract def tcpAccept(config: TcpServerConfig, ochan: OChan[Socket[ByteBuffer]]): InetSocketAddress

abstract def tcpConnect(config: TcpClientConfig): RIChan[Socket[ByteBuffer]]

abstract def udpBind(local: SocketAddress, remote: SocketAddress, opts: DatagramSocketOption*): Socket[DatagramPacket]

abstract def udpBind(address: SocketAddress, opts: DatagramSocketOption*): Socket[DatagramPacket]

Concrete Value Members

final def !=(arg0: AnyRef): Boolean

final def !=(arg0: Any): Boolean

final def ##(): Int

final def ==(arg0: AnyRef): Boolean

final def ==(arg0: Any): Boolean

final def asInstanceOf[T0]: T0

def clone(): AnyRef

final def eq(arg0: AnyRef): Boolean

def equals(arg0: Any): Boolean

def finalize(): Unit

final def getClass(): Class[_]

def hashCode(): Int

final def isInstanceOf[T0]: Boolean

def launchTcpClient[R](bindAddr: InetSocketAddress, addr: InetSocketAddress, process: (IChan[ByteBuffer], OChan[ByteBuffer]) ⇒ Process[R], opts: SocketOption*)(implicit arg0: Message[R]): RIChan[R]

def launchTcpClient[R](addr: InetSocketAddress, process: (IChan[ByteBuffer], OChan[ByteBuffer]) ⇒ Process[R], opts: SocketOption*)(implicit arg0: Message[R]): RIChan[R]

def launchTcpClient[R](hostName: String, port: Int, process: (IChan[ByteBuffer], OChan[ByteBuffer]) ⇒ Process[R], opts: SocketOption*)(implicit arg0: Message[R]): RIChan[R]

def launchTcpServer(addr: InetSocketAddress, handler: (IChan[ByteBuffer], OChan[ByteBuffer]) ⇒ Process[Unit], sopts: List[ServerSocketOption], opts: SocketOption*): InetSocketAddress

def launchTcpServer(addr: InetSocketAddress, handler: (IChan[ByteBuffer], OChan[ByteBuffer]) ⇒ Process[Unit], opts: SocketOption*): InetSocketAddress

def launchTcpServer(hostName: String, port: Int, handler: (IChan[ByteBuffer], OChan[ByteBuffer]) ⇒ Process[Unit], sopts: List[ServerSocketOption], opts: SocketOption*): InetSocketAddress

def launchTcpServer(hostName: String, port: Int, handler: (IChan[ByteBuffer], OChan[ByteBuffer]) ⇒ Process[Unit], opts: SocketOption*): InetSocketAddress

def launchTcpServer(handler: (IChan[ByteBuffer], OChan[ByteBuffer]) ⇒ Process[Unit], opts: SocketOption*): InetSocketAddress

final def ne(arg0: AnyRef): Boolean

final def notify(): Unit

final def notifyAll(): Unit

final def synchronized[T0](arg0: ⇒ T0): T0

def tcpAccept(config: TcpServerConfig): (InetSocketAddress, IChan[Socket[ByteBuffer]])

def tcpAccept(hostName: String, port: Int, sopts: List[ServerSocketOption], opts: SocketOption*): IChan[Socket[ByteBuffer]]

def tcpAccept(hostName: String, port: Int, opts: SocketOption*): IChan[Socket[ByteBuffer]]

def tcpAccept(): (InetSocketAddress, IChan[Socket[ByteBuffer]])

def tcpConnect(addr: InetSocketAddress, opts: SocketOption*): RIChan[Socket[ByteBuffer]]

def tcpConnect(hostName: String, port: Int, opts: SocketOption*): RIChan[Socket[ByteBuffer]]

def toString(): String

def udpBind(hostName: String, port: Int, opts: DatagramSocketOption*): Socket[DatagramPacket]

final def wait(): Unit

final def wait(arg0: Long, arg1: Int): Unit

final def wait(arg0: Long): Unit

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