Class Hierarchy¶
|
Parallel Simulation API
|
Class Hierarchy
This inheritance list is sorted roughly, but not completely, alphabetically:
[detail level 1234]
| CcFileCommunications | Implementation of the communications layer which works via files. Every message is created as a file in a communications directory |
| CcNamedPipeCommunications | Implementation of the communications layer which uses named pipes. Pipes are created at initialization time, and are used throughout the whole simulation |
| CcNMPLookahead | Base class of lookahead calculations for cNullMessageProtocol which implements the "null message algorithm" |
| CcAdvancedLinkDelayLookahead | Lookahead calculation based on inter-partition link delays only |
| CcLinkDelayLookahead | Lookahead calculation based on inter-partition link delays only |
| CcParsimPartition | Represents one partition in a parallel simulation. Knows about partitions and the links between this partition and its neighbors |
| CcParsimSynchronizer | Abstract base class for parallel simulation algorithms. Subclasses implement the "null message algorithm" and others |
| CcParsimProtocolBase | Contains utility functions for implementing parallel simulation protocols |
| CcIdealSimulationProtocol | Implements the Ideal Simulation Protocol, described in the paper "Performance Evaluation of Conservative Algoritms in Parallel Simulation Languages" by Bagrodia et al |
| CcNoSynchronization | "Dummy" implementation – just pass messages between partitions, without any synchronization. Of course incausalities may occur which terminate the simulation with error, so this class is only useful as a base "template" for implementing "real" synchronization protocols |
| CcNullMessageProtocol | Implements the "null message algorithm". Lookahead calculation is encapsulated into a separate object, subclassed from cNMPLookahead |
| CcISPEventLogger | Implements phase one for the Ideal Simulation Protocol (ISP), namely, creating the log of "external" events. That log will be used as by the ISP synchromization mechanism (cIdealSimulationProtocol) |
| CcPlaceholderModule | In distributed parallel simulation, modules of the network are distributed across partitions |
| CcProxyGate | A gate that belongs to a cross-partition link and represents the remote gate on the local partition. cProxyGate's belong to cPlaceholderModule objects, which represent a "remote" module in the local partition |
| CcReceivedException | Represents an exception that has been received from other partitions |
| CcReceivedTerminationException | Represents a termination exception that has been received from other partitions |
Generated on for Parallel Simulation API by
1.14.0