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Class Summary |
| AcknowledgeNode |
Data structure representing a single acknowledgement of a steering command. |
| ConfigInfo |
This class stores the configuration information for each PE. |
| Controller |
This class serves as the Global Name Server(GNS). |
| Creator |
This class creates the PE world according to a configuration file provided by the
simulation application programmer. |
| Flag |
This class represents a flag. |
| GlobalNameServer |
This class represents the global name server. |
| LocalNameServer |
This class represents the local name server that routes the messages among PEs. |
| LogicalProcess |
This class represents a logical processe that communicates with other logical
processes by exchanging timestamped messages. |
| LPConfigInfo |
This class stores the configuration information for an LP. |
| Message |
This class represents the messages sent and received by LPs. |
| MessagePool |
This class represents a message pool that store all the messages sent among PEs. |
| MonitorNode |
Data structure representing a single monitoring command. |
| Output |
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| PE |
This class represents the physical processors involved in the time warp
simulation engine. |
| Phold |
This class is the java-version of the Phold.c from GTW. |
| Ping |
This class is the java-version of the Ping.c from GTW. |
| Pong |
This class is the java-version of the Ping.c from GTW. |
| ReportNode |
Data structure representing a single response to a monitoring command. |
| RoutingInfo |
This class represents the routing information for a destination LP,
including PE id, LP id, application id, etc. |
| SchedulingLoop |
This class provides the simulation engine logical process scheduling loop. |
| Sim |
This class is the API for simulation application programmer. |
| SimSocket |
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| SocketClient |
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| SteerNode |
Data structure representing a single steering command. |