Compound Module MyApplicationModules

Package: oversim.applications.myapplication
File: src/applications/myapplication/MyApplication.ned

(no description)

Usage diagram:

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Inheritance diagram:

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Gates:

Name	Direction	Description
udpIn	input	gate from the UDP layer
udpOut	output	gate to the UDP layer
from_lowerTier	input	gate from the lower tier
from_upperTier	input	gate from the upper tier
to_lowerTier	output	gate to the lower tier
to_upperTier	output	gate to the upper tier
trace_in	input	gate for trace file commands
tcpIn	input	gate from the TCP layer
tcpOut	output	gate to the TCP layer

Unassigned submodule parameters:

Name	Type	Description
application.rpcUdpTimeout	double	default timeout value for direct RPCs
application.rpcKeyTimeout	double	default timeout value for routed RPCs
application.optimizeTimeouts	bool	calculate timeouts from measured RTTs and network coordinates
application.rpcExponentialBackoff	bool	if true, doubles the timeout for every retransmission
application.debugOutput	bool	enable debug output
application.sendPeriod	int	how much time to wait between sending packets
application.numToSend	int	how many packets will we send at the same time?
application.largestKey	int	largest key we can pick

Source code:

module MyApplicationModules like ITier
{
    gates:
        input udpIn;             // gate from the UDP layer
        output udpOut;           // gate to the UDP layer
        input from_lowerTier;    // gate from the lower tier
        input from_upperTier;    // gate from the upper tier
        output to_lowerTier;     // gate to the lower tier
        output to_upperTier;     // gate to the upper tier
        input trace_in;          // gate for trace file commands
        input tcpIn;             // gate from the TCP layer
        output tcpOut;           // gate to the TCP layer

    submodules:
        application: MyApplication;
    connections allowunconnected:
        from_lowerTier --> application.from_lowerTier;
        to_lowerTier <-- application.to_lowerTier;
        udpIn --> application.udpIn;
        udpOut <-- application.udpOut;
        tcpIn --> application.tcpIn;
        tcpOut <-- application.tcpOut;
        trace_in --> application.trace_in;
}