Description

Classes in this group, such as cSimpleModule or cMessage, are essential to writing OMNeT++ simulation models.

cModule and cSimpleModule represent modules in the simulation. The user implements new modules by subclassing cSimpleModule and overriding its handleMessage() or activity() member function.
cChannel and subclasses encapsulate properties of connections between modules
cMessage represents events, and also messages sent among modules
cPar represents parameters of modules and channels
cGate represents module gates (attachment points of connections)

Classes
class	cChannel
	Base class for channels. More...

class	cIdealChannel
	Channel with zero propagation delay, zero transmission delay (infinite datarate), and always enabled. More...

class	cComponent
	Common base for module and channel classes. More...

class	cDatarateChannel
	Channel that models delay, bit error rate and data rate. More...

class	cDelayChannel
	Channel with propagation delay. More...

class	cGate
	Represents a module gate. More...

class	cMessage
	The message class in OMNeT++. cMessage objects may represent events, messages, jobs or other entities in a simulation. To represent network packets, use the cPacket subclass. More...

class	cModule
	This class represents modules in the simulation. More...

class	cPacket
	A subclass of cMessage to represent packets, frames, datagrams, application messages, and similar data. More...

class	cPar
	Represents a module or channel parameter. More...

class	cSimpleModule
	Base class for all simple module classes. More...

Functions
simtime_t	simTime ()
	Returns the current simulation time. More...

Function Documentation

simtime_t omnetpp::simTime ( )

inline

Returns the current simulation time.