A B C D E F G I L M N O P R S T U V

A

AcknowledgeNode - Class in <Unnamed>

Data structure representing a single acknowledgement of a steering command.

AcknowledgeNode(String, double, String, String, int) - Constructor for class AcknowledgeNode

Constructor.

addLP(LogicalProcess) - Method in class PE

Adds a LP into LPs.

addMsgToPool(Message) - Method in class MessagePool

addRoutingInfo(RoutingInfo) - Method in class LocalNameServer

Adds a row of routing inforamtion into the routing table.

addRoutingRow(RoutingInfo) - Method in class GlobalNameServer

Adds a row of routing inforamtion into the lookup table.

addRoutingRow(RoutingInfo) - Method in class LocalNameServer

Adds a row of routing inforamtion into the lookup table.

alias - Variable in class Phold

PEid and LPid of this LP, for debugging only

ALL_LPS - Static variable in class LogicalProcess

Reserved APPid indicating a message to be broadcast to every LP rather than sent to a single specific LP.

annihilateMsg(Message) - Method in class SchedulingLoop

Annihilates the positive message who has received a matching anti-message.

antiMsgsIn - Variable in class SchedulingLoop

antiMsgsOut - Variable in class SchedulingLoop

appFinalizeLP() - Method in class LogicalProcess

Terminates LP and displays simulation statistics.

appFinalizeLP() - Method in class Phold

Terminates LP and displays simulation statistics.

appFinalizeLP() - Method in class Ping

Terminates LP and displays simulation statistics.

appFinalizeLP() - Method in class Pong

Terminates LP and displays simulation statistics.

appGetMonitorable() - Method in class LogicalProcess

Returns a List of Strings describing all application-specific monitorable parameters of this LP, each in the form "paramName, paramType".

appGetMonitorable() - Method in class Phold

Returns a List of Strings describing all application-specific monitorable parameters of this LP, each in the form "paramName, paramType".

appGetMonitorable() - Method in class Ping

Returns a List of Strings describing all application-specific monitorable parameters of this LP, each in the form "paramName, paramType".

appGetMonitorable() - Method in class Pong

Returns a List of Strings describing all application-specific monitorable parameters of this LP, each in the form "paramName, paramType".

appGetState(String) - Method in class LogicalProcess

Method to get the value of a given application-level monitorable variable.

appGetState(String) - Method in class Phold

Method to get the value of a given application-level monitorable variable.

appGetState(String) - Method in class Ping

Method to get the value of a given application-level monitorable variable.

appGetState(String) - Method in class Pong

Method to get the value of a given application-level monitorable variable.

appGetSteerable() - Method in class LogicalProcess

Returns a List of Strings describing all application-specific steerable parameters of this LP, each in the form "paramName, paramType".

appGetSteerable() - Method in class Phold

Returns a List of Strings describing all application-specific steerable parameters of this LP, each in the form "paramName, paramType".

appGetSteerable() - Method in class Ping

Returns a List of Strings describing all application-specific steerable parameters of this LP, each in the form "paramName, paramType".

appGetSteerable() - Method in class Pong

Returns a List of Strings describing all application-specific steerable parameters of this LP, each in the form "paramName, paramType".

APPid - Variable in class LogicalProcess

Unique application-assigned identifier of this LP

APPid - Variable in class RoutingInfo

The application id

appInitializeLP() - Method in class LogicalProcess

Initializes the LP state and sends out initial message(s) if necessary.

appInitializeLP() - Method in class Phold

Initiates the LP and generates the initial message.

appInitializeLP() - Method in class Ping

Initiates the LP and generates the initial message.

appInitializeLP() - Method in class Pong

Initiates the LP.

applyMonitoring(int) - Method in class SchedulingLoop

Applies any scheduled monitoring of a single LP.

applySteering(int) - Method in class SchedulingLoop

Applies any scheduled steering to the specified LP.

appRunLP(Object, String) - Method in class LogicalProcess

Handles events according to the specific requirements of the simulation application.

appRunLP(Object, String) - Method in class Phold

Handles events for Phold.

appRunLP(Object, String) - Method in class Ping

Handles events for Ping.

appRunLP(Object, String) - Method in class Pong

Handles events for Pong.

appSavingLPState() - Method in class LogicalProcess

Save LP state, for monitoring-steering purpose

appSavingLPState() - Method in class Phold

Implements abstract method to save LP state

appSavingLPState() - Method in class Ping

Implements abstract method to save LP state

appSavingLPState() - Method in class Pong

Implements abstract method to save LP state

appSetConfigData(String) - Method in class LogicalProcess

Application-specific configuration.

appSetConfigData(String) - Method in class Phold

Sets application-specific configuration data.

appSetConfigData(String) - Method in class Ping

Sets application-specific configuration data.

appSetConfigData(String) - Method in class Pong

Sets application-specific configuration data.

appSetLPState(LogicalProcess) - Method in class LogicalProcess

Application LP sets LP state

appSetLPState(LogicalProcess) - Method in class Phold

Implements abstract method to set the state of this LP to the state of a specified Phold

appSetLPState(LogicalProcess) - Method in class Ping

Implements abstract method to set the state of this LP to the state of a specified Ping

appSetLPState(LogicalProcess) - Method in class Pong

Implements abstract method to set the state of this LP to the state of a specified Pong

appSetState(String, String) - Method in class LogicalProcess

Method to set the value of a given application-level monitorable variable.

appSetState(String, String) - Method in class Phold

Method to set the value of a given application-level monitorable variable.

appSetState(String, String) - Method in class Ping

Method to set the value of a given application-level monitorable variable.

appSetState(String, String) - Method in class Pong

Method to set the value of a given application-level monitorable variable.

appToString() - Method in class LogicalProcess

Returns a string representation of the application lp; for debugging purpose

appToString() - Method in class Phold

Implements abstract method for dispaly purpose only

appToString() - Method in class Ping

Implements abstract method for dispaly purpose only

appToString() - Method in class Pong

Implements abstract method for dispaly purpose only

B

buffer - Variable in class Flag

Shared by two or more threads.

C

cancelQ - Variable in class PE

The queue that holds messages that have been cancelled.

clientID - Variable in class AcknowledgeNode

The identifier of the steering app that asked for this control.

clientID - Variable in class MonitorNode

The identifier of the monitoring app that asked for this information.

clientID - Variable in class ReportNode

The identifier of the monitoring app that asked for this information.

clientID - Variable in class SteerNode

The identifier of the steering app that asked for this control.

compareTo(Message) - Method in class Message

Compares two Messages' time stamps.

compareTo(MonitorNode) - Method in class MonitorNode

Compares two MonitorNodes.

compareTo(SteerNode) - Method in class SteerNode

Compares two SteerNodes.

computeGVT() - Method in class Controller

Compute GVT/

computeLocalMin() - Method in class SchedulingLoop

Computes the local minimum timestamp using Samadi's algorithm which dependes on acknowledgement for each and every message sent

configData - Variable in class LogicalProcess

Configuration data string.

ConfigInfo - Class in <Unnamed>

This class stores the configuration information for each PE.

ConfigInfo(int, Vector) - Constructor for class ConfigInfo

constructs a ConfigInfo object

content - Variable in class Message

Message content

Controller - Class in <Unnamed>

This class serves as the Global Name Server(GNS).

Controller(PE[], Flag, Flag) - Constructor for class Controller

Constructer.

count - Variable in class Phold

class member for keeping track of how many messages have been sent.

count - Variable in class Ping

class member for keeping track of how many messages have been sent.

count - Variable in class Pong

class member for keeping track of how many messages have been sent.

createLP(int, int, String, String, String, String) - Method in class SchedulingLoop

Creates a new LogicalProcess of the specified type and adds it to the list of LPs managed by this run loop.

createLPs(int, int, String, String, String, String) - Method in class PE

Create LPs in the specified subclass.

Creator - Class in <Unnamed>

This class creates the PE world according to a configuration file provided by the simulation application programmer.

Creator() - Constructor for class Creator

currentTime - Variable in class LogicalProcess

Local virtual time(LVT) for this LP.

D

dest - Variable in class Ping

the application-specified name of the destination to which this LP will send messages to

dest - Variable in class Pong

the application-specified name of the destination to which this LP will send messages to

done - Variable in class SchedulingLoop

Very primitive way of stopping the run loop: set this to true.

dump() - Method in class GlobalNameServer

Displays the contents of the routing table.

dump() - Method in class LocalNameServer

Displays the contents of the routing table.

dump() - Method in class RoutingInfo

Display the content of the RoutingInfo instance.

dumpLNS() - Method in class PE

Display the contents of the routing table.

E

endOfSim - Variable in class Controller

eosFlag - Variable in class Controller

eosFlag - Variable in class PE

Flag for end of sim

eosFlag - Variable in class SchedulingLoop

The flag indicating the end of sim

equals(Object) - Method in class MonitorNode

Checks for equality.

equals(Object) - Method in class SteerNode

Checks for equality.

eventQ - Variable in class PE

The queue that holds the processed and unprocessed events for LPs mapped to this PE.

eventQueue - Variable in class SchedulingLoop

F

finalizeLP() - Method in class LogicalProcess

Invokes application-specific termination then does any needed generic cleanup.

finalizeLPs() - Method in class PE

Finalizes LPs by invoking finalizeLP method provided by subclasses of LogicalProcess.

finalizePE() - Method in class PE

Flag - Class in <Unnamed>

This class represents a flag.

Flag() - Constructor for class Flag

flag - Variable in class SimSocket

freeQ - Variable in class PE

The queue that holds the events whose memeory is free to reclaim.

G

get() - Method in class Flag

Returns the value got from buffer.

getAPPid() - Method in class LogicalProcess

Returns the application-assigned id of this LP.

getAPPid() - Method in class RoutingInfo

Gets the APPid of the LP

getAPPids() - Method in class GlobalNameServer

Returns (as a tab-separated list) the APPids of every LP in the application.

getAPPids() - Method in class LocalNameServer

Returns (as a tab-separated list) the APPids of every known LP.

getClientID() - Method in class MonitorNode

getClientID() - Method in class SteerNode

getContent() - Method in class Message

Returns the content of the message.

getCurrentTime() - Method in class LogicalProcess

Returns the current simulation time of this LogicalProcess.

getID() - Method in class PE

Returns the id of the PE.

getLID() - Method in class LogicalProcess

Returns the LP id.

getLidByAid(String) - Method in class GlobalNameServer

Looks up the LP id of an LP by its application id.

getLidByAid(String) - Method in class LocalNameServer

Looks up the LP id of an LP by its application id.

getLPByAPPid(String) - Method in class SchedulingLoop

Locates one of the LPs managed by this scheduling loop, based on its APPid.

getLPByID(int) - Method in class PE

Gets the LP by its id.

getLPClassName() - Method in class LPConfigInfo

Gets the class name of the LP

getLPConfigInfo() - Method in class Creator

getLPData() - Method in class LPConfigInfo

Gets the data of the LP

getLPid() - Method in class RoutingInfo

Gets the LPid of the LP

getLPIndex() - Method in class LPConfigInfo

Gets index of the LP

getLPIndexByAPPid(String) - Method in class SchedulingLoop

Finds the list index of a given LP (position associated with it in SchedulingLoop.LPs, SchedulingLoop.monitoring, and SchedulingLoop.steering) based on its APPid.

getLPIndexByLPid(int) - Method in class SchedulingLoop

Finds the list index of a given LP (position associated with it in SchedulingLoop.LPs, SchedulingLoop.monitoring, and SchedulingLoop.steering) based on its LP.

getLPInfo() - Method in class ConfigInfo

Gets the vector of configuration information

getLPName() - Method in class LPConfigInfo

Gets the name of the LP

getLPNumForEach() - Method in class Creator

getLPNumForFirst() - Method in class Creator

getMachineName() - Method in class RoutingInfo

Gets the PE machine name

getMonitorable() - Method in class LogicalProcess

Returns a List of Strings describing all monitorable parameters of this LP, each in the form "paramName, paramType".

getMsgFromPool(int, int) - Method in class MessagePool

getMsgsForMe(int) - Method in class MessagePool

getMsgType() - Method in class Message

Returns the type of the message.

getMsMessage(String) - Method in class SimSocket

getName() - Method in class LogicalProcess

Returns the name of this LP.

getNumLPs() - Method in class ConfigInfo

Gets the number of LPs.

getPEid() - Method in class RoutingInfo

Gets the PEid of the LP

getPID() - Method in class LogicalProcess

Returns PE id where this LP resides.

getPidByAid(String) - Method in class GlobalNameServer

Looks up the PE id of an LP by its application id.

getPidByAid(String) - Method in class LocalNameServer

Looks up the PE id of an LP by its application id.

getPidByLid(int) - Method in class GlobalNameServer

Looks up the PE id of an LP by its LP id.

getReceiverAPPid() - Method in class Message

Returns the receiver name.

getReceiverLP() - Method in class Message

gets the receiver LP.

getReceiverMN() - Method in class Message

Returns the machine name of the receive of this message.

getReceiverPE() - Method in class Message

Returns the PE id of the receiver of the message.

getRoutingInfoByAid(String) - Method in class GlobalNameServer

Looks up the routing info by an LP's application id.

getRoutingInfoByAid(String) - Method in class LocalNameServer

Looks up the routing info by an LP's application id.

getRoutingInfoByLid(int) - Method in class GlobalNameServer

Looks up the routing info by an LP id.

getRoutingInfoByLid(int) - Method in class LocalNameServer

Looks up the routing info by an LP id.

getRoutingTable() - Method in class PE

Returns the routing table.

getSenderAPPid() - Method in class Message

Returns the sender name.

getSenderLP() - Method in class Message

gets the sender LP.

getSetPoint() - Method in class SteerNode

getStartTime() - Method in class MonitorNode

getStartTime() - Method in class SteerNode

getState(String) - Method in class LogicalProcess

Method to get the value of a given monitorable variable.

getSteerable() - Method in class LogicalProcess

Returns a List of Strings describing all steerable parameters of this LP, each in the form "paramName, paramType".

getStopTime() - Method in class MonitorNode

getStopTime() - Method in class SteerNode

getTargetVar() - Method in class MonitorNode

getTargetVar() - Method in class SteerNode

getTimeStamp() - Method in class Message

Returns the time stamp of the message.

GlobalNameServer - Class in <Unnamed>

This class represents the global name server.

GlobalNameServer() - Constructor for class GlobalNameServer

Construct a new GlobalNameServer object.

gns - Variable in class Creator

vector that holds the global routing into

gns - Variable in class LocalNameServer

The address of the global name server.

gns - Variable in class PE

The GlobalNameServer

gns - Variable in class SimSocket

GVT - Variable in class PE

The most recent GVT

GVT - Variable in class SchedulingLoop

The most recent GVT

gvtClock - Variable in class SchedulingLoop

The frequency that GVT should be computed

gvtFlag - Variable in class Controller

gvtFlag - Variable in class SchedulingLoop

Flag for computing GVT

I

id - Variable in class PE

The id of this PE.

id - Variable in class SchedulingLoop

The id of the parent PE of this scheduler.

incoming - Variable in class SchedulingLoop

Shared priority queue containing incoming Messages from the communication thread.

incs - Variable in class Ping

class member for store time increments

incsCount - Variable in class Ping

class member for keeping track of which time increment should be used

initializeLP() - Method in class LogicalProcess

Performs generic initialization (if any) then invokes application-specific initialization.

initLPs() - Method in class PE

Initialize LPs by invoking initializeLP method provided by subclasses of LogicalProcess.

input - Variable in class SimSocket

isMsgCanceled(Message) - Method in class SchedulingLoop

L

lastTime - Variable in class LogicalProcess

Value of LogicalProcess.currentTime the previous time LogicalProcess.runLP(Message) was called.

LocalNameServer - Class in <Unnamed>

This class represents the local name server that routes the messages among PEs.

LocalNameServer(int) - Constructor for class LocalNameServer

Construct a new LocalNameServer object.

localNameServer - Variable in class PE

The LocalNameServer in charge of routing messages.

LogicalProcess - Class in <Unnamed>

This class represents a logical processe that communicates with other logical processes by exchanging timestamped messages.

LogicalProcess() - Constructor for class LogicalProcess

LPClassName - Variable in class LPConfigInfo

the class name of the LP

LPConfigInfo - Class in <Unnamed>

This class stores the configuration information for an LP.

LPConfigInfo(String, String, String, String) - Constructor for class LPConfigInfo

constructs a LPInfo object

LPData - Variable in class LPConfigInfo

the data for this LP

lpForEach - Variable in class Creator

number of LPs all the other PEs will create

lpForFirst - Variable in class Creator

number of LPs the first PE will create; =lpForEach+remainder

LPid - Variable in class LogicalProcess

Unique numeric identifier assigned to this LP by the system.

LPid - Variable in class RoutingInfo

The id of the LP

LPIndex - Variable in class LPConfigInfo

the index of the LP

LPInfo - Variable in class ConfigInfo

a vector of strings representing the configration information

LPName - Variable in class LPConfigInfo

the name of the LP

LPs - Variable in class SchedulingLoop

Local list storing all LogicalProcesses managed by this SchedulingLoop.

lpStates - Variable in class SchedulingLoop

The queue that store the saved LP state

M

machineName - Variable in class RoutingInfo

The name of the machine where the PE is running

main(String[]) - Static method in class Output

main(String[]) - Static method in class Sim

The main function that runs the simulation.

main(String[]) - Static method in class SocketClient

makeAntiMsg() - Method in class Message

Returns a copy of the passed-in message with a negative sign.

Message - Class in <Unnamed>

This class represents the messages sent and received by LPs.

Message(int, Message.MsgType, Object) - Constructor for class Message

Preferred constructor; constructs a Message object of undefined origin and destination.

Message(int, Message.MsgType, Object, String, String) - Constructor for class Message

Constructs a Message object with preliminary (not complete) addressing.

Message.MsgType - Enum in <Unnamed>

Constants representing categories of messages that can be sent.

Message.MsgType() - Constructor for enum Message.MsgType

MessagePool - Class in <Unnamed>

This class represents a message pool that store all the messages sent among PEs.

MessagePool() - Constructor for class MessagePool

messages - Variable in class MessagePool

monitoring - Variable in class SchedulingLoop

Local list storing sorted sets (one per LP) of current and future monitoring commands.

MonitorNode - Class in <Unnamed>

Data structure representing a single monitoring command.

MonitorNode(double, double, String, int) - Constructor for class MonitorNode

Basic constructor.

MonitorNode(int, String) - Constructor for class MonitorNode

Simpler constructor that is more future-compatible - parses the given String to determine all parameters except MonitorNode.clientID.

msgPool - Variable in class PE

The message pool where all messages are stored

msgPool - Variable in class SimSocket

MsgPop - Variable in class Phold

message population

msgType - Variable in class Message

Type of the message, matching one of the constants defined in this class.

myname - Variable in class LogicalProcess

Unique application-assigned full name of this LP

N

newGVT - Variable in class Controller

nextExponential(double, double) - Method in class Phold

Returns a random number from exponential distributioin

numLPs - Variable in class ConfigInfo

the number of LPs this PE is going to create

numLPs - Variable in class Phold

the number of LPs

numPEs - Variable in class Creator

the number of PEs in this mpi world

O

outgoing - Variable in class SchedulingLoop

Shared priority queue containing outgoing Messages to the communication thread.

Output - Class in <Unnamed>

Output() - Constructor for class Output

P

PE - Class in <Unnamed>

This class represents the physical processors involved in the time warp simulation engine.

PE(int, MessagePool, Flag, Flag, int) - Constructor for class PE

Constructs a new PE instance.

PEid - Variable in class LocalNameServer

The ID of the PE this local name server serves.

PEid - Variable in class LogicalProcess

Unique numeric identifier for the PE where this LP resides; for debugging purposes

PEid - Variable in class RoutingInfo

The id of the PE this LP resides on

PEip - Variable in class RoutingInfo

The ip address of the PE

PEs - Variable in class Controller

Phold - Class in <Unnamed>

This class is the java-version of the Phold.c from GTW.

Phold() - Constructor for class Phold

Constructs a new Phold instance.

Ping - Class in <Unnamed>

This class is the java-version of the Ping.c from GTW.

Ping() - Constructor for class Ping

Constructs a new Ping instance.

Pong - Class in <Unnamed>

This class is the java-version of the Ping.c from GTW.

Pong() - Constructor for class Pong

Constructs a new Pong instance.

port - Variable in class SimSocket

procConfigFile(String, int) - Method in class Creator

Create the simulation world using a configuration file.

processCanQ() - Method in class PE

Places AntiMessages in CanQ.

processEvents() - Method in class PE

Processes events.

processIncoming() - Method in class SchedulingLoop

Reads incoming messages from the communication thread and, based on their Message.MsgType places them in the appropriate data structures for later processing.

processQs() - Method in class PE

Processes the queues.

R

random - Variable in class Phold

random number generator

receiveMsg() - Method in class PE

Receives messages sent to this PE.

receiverAPPid - Variable in class Message

Receiver's APPid, if receiver is a LogicalProcess, or identifier, if receiver is a monitoring/steering application.

receiverLP - Variable in class Message

Receiver's LP number

receiverMN - Variable in class Message

Receiver's machine name

receiverPE - Variable in class Message

Receiver's PE number

ReportNode - Class in <Unnamed>

Data structure representing a single response to a monitoring command.

ReportNode(String, double, String, int) - Constructor for class ReportNode

Basic constructor.

response - Variable in class AcknowledgeNode

The response of the simulation to the steering (may be null)

rollback(LogicalProcess, int) - Method in class LogicalProcess

Rolls back to the the specified time point and restore the state of this LP

rollBack(LogicalProcess, int) - Method in class SchedulingLoop

Rolls back to the time specified by rbtime and returns the first message immediately after the rollback.

RoutingInfo - Class in <Unnamed>

This class represents the routing information for a destination LP, including PE id, LP id, application id, etc.

RoutingInfo(int, int, String) - Constructor for class RoutingInfo

RoutingInfo(int, String, String, int, String) - Constructor for class RoutingInfo

routingTable - Variable in class GlobalNameServer

A vector that stores the global routing information

routingTable - Variable in class LocalNameServer

A vector that stores the LP address information

run() - Method in class Controller

Implements TimerTask's abstract run method.

run() - Method in class PE

Runs the PE(processing events).

run() - Method in class SchedulingLoop

Method required by Runnable interface; called when the thread is first created.

run() - Method in class SimSocket

Opens a socket and waits for the monitoring and steering client to connect with.

runLP(Message) - Method in class LogicalProcess

Handles any events that need to occur before or after any given invocation of LogicalProcess.appRunLP(java.lang.Object, java.lang.String).

runOneLP() - Method in class SchedulingLoop

Calls LogicalProcess.runLP(Message) for the first Message in the SchedulingLoop.simMessages queue.

S

savingLPState(LogicalProcess) - Method in class LogicalProcess

Saves the state of this LP

scheduler - Variable in class LogicalProcess

SchedulingLoop that this LP can access; it's declared transient so it won't be serialized and copied each time this LP's state is saved

schedulingLoop - Variable in class PE

The scheduler that schedules events for this PE.

SchedulingLoop - Class in <Unnamed>

This class provides the simulation engine logical process scheduling loop.

SchedulingLoop(int) - Constructor for class SchedulingLoop

Constructs a new PE instance.

sendAntiMsgs(int, int) - Method in class SchedulingLoop

Sends out anti-messages.

senderAPPid - Variable in class Message

Sender's APPid, if sender is a LogicalProcess, or identifier, if sender is a monitoring/steering application.

senderLP - Variable in class Message

Sender's LP number

senderPE - Variable in class Message

Sender's PE number

sendLPInfo() - Method in class Creator

sendMessage(Message) - Method in class SchedulingLoop

Places the specified (partly-formatted) Message into the outgoing message queue for the communication thread to send out.

sendMessages() - Method in class PE

Checks the sendQ and sends message if any.

sendQ - Variable in class PE

The queue that holds the outgoing messages.

sendSimMessage(Object, int, String) - Method in class LogicalProcess

Informs the SchedulingLoop of a new outgoing simulation message.

sendSimMessage(Object, int, int) - Method in class LogicalProcess

Informs the SchedulingLoop of a new outgoing simulation message.

server_socket - Variable in class SimSocket

set(int) - Method in class Flag

Places value into the buffer.

setAppID(String) - Method in class LogicalProcess

Sets the application-specific short id for this LP.

setAPPid(String) - Method in class RoutingInfo

Sets the APPid

setClientID(int) - Method in class MonitorNode

setClientID(int) - Method in class SteerNode

setConfigData(String) - Method in class LogicalProcess

Stores the application-specific data used for configuration and passes it on to the application to apply.

setEndOfSimFlag() - Method in class LogicalProcess

Sets the end-of-sim flag so the simulation will stop.

setFlags(Flag, Flag) - Method in class SchedulingLoop

Sets the flags.

setGNS(GlobalNameServer) - Method in class PE

Sets the global name server for this PE.

setGVTClock(int) - Method in class SchedulingLoop

Sets the GVT clock.

setID(int) - Method in class PE

Sets the id for the PE (dummy method).

setLID(int) - Method in class LogicalProcess

Sets the LP id for this LP.

setLNS(LocalNameServer) - Method in class PE

Sets the local name server for this PE.

setLPid(int) - Method in class RoutingInfo

Sets the LPid

setLPState(LogicalProcess) - Method in class LogicalProcess

Sets the state of this LP to the state of the LP passed in as parameter

setMachineName(String) - Method in class RoutingInfo

Sets the PE machine name

setMsgType(Message.MsgType) - Method in class Message

Sets the message type;

setName(String) - Method in class LogicalProcess

Sets the long name of this LP.

setPEid(int) - Method in class RoutingInfo

Sets the PEid

setPID(int) - Method in class LogicalProcess

Sets the PE id where the LP resides.

setPoint - Variable in class SteerNode

The value to which the variable should be set.

setReceiverAPPid(String) - Method in class Message

Sets the receiver APPid.

setReceiverLP(int) - Method in class Message

Sets the receiver's LP number.

setReceiverMN(String) - Method in class Message

Sets the machine name of the receiver of this message.

setReceiverPE(int) - Method in class Message

Sets the receiver's PE number.

setScheduler(SchedulingLoop) - Method in class LogicalProcess

Assigns the SchedulingLoop for this LP.

setSenderAPPid(String) - Method in class Message

Sets the sender APPid.

setSenderLP(int) - Method in class Message

Sets the sender's LP number.

setSenderPE(int) - Method in class Message

Sets the sender's PE number.

setSetPoint(String) - Method in class SteerNode

setSleepTime(int) - Method in class PE

set the sleep time

setStartTime(double) - Method in class MonitorNode

setStartTime(double) - Method in class SteerNode

setState(String, String) - Method in class LogicalProcess

Method to set the value of a given steerable variable.

setStopTime(double) - Method in class MonitorNode

setStopTime(double) - Method in class SteerNode

setTargetVar(String) - Method in class MonitorNode

setTargetVar(String) - Method in class SteerNode

Sim - Class in <Unnamed>

This class is the API for simulation application programmer.

Sim() - Constructor for class Sim

simClasses - Variable in class Creator

vector that holds the LP config information

simMessages - Variable in class SchedulingLoop

Local priority queue storing simulation messages yet to be handled.

SimSocket - Class in <Unnamed>

SimSocket(GlobalNameServer, MessagePool, Flag) - Constructor for class SimSocket

simTime - Variable in class AcknowledgeNode

The simulation time at which steering was applied.

simTime - Variable in class ReportNode

The simulation time at which this information was obtained.

size() - Method in class MessagePool

sleepTime - Variable in class Controller

all the PEs in this simulation

sleepTime - Variable in class PE

Sleep time

SocketClient - Class in <Unnamed>

SocketClient() - Constructor for class SocketClient

startTime - Variable in class MonitorNode

The simulation time at which this monitoring command becomes relevant.

startTime - Variable in class SteerNode

The simulation time at which this steering command becomes relevant.

steering - Variable in class SchedulingLoop

Local list storing sorted sets (one per LP) of current and future steering commands.

SteerNode - Class in <Unnamed>

Data structure representing a single steering command.

SteerNode(double, double, String, String, int) - Constructor for class SteerNode

Basic constructor.

SteerNode(int, String) - Constructor for class SteerNode

More future-compatible constructor.

stopTime - Variable in class MonitorNode

The simulation time after which this monitoring command becomes irrelevant and should be discarded.

stopTime - Variable in class SteerNode

The simulation time after which this steering command becomes irrelevant and should be discarded.

stringValue() - Method in class AcknowledgeNode

Converts this data structure to a string of the format "AcknowledgeNode.targetVar\r\nAcknowledgeNode.value\r\nAcknowledgeNode.simTime\r\nAcknowledgeNode.response"

stringValue() - Method in class ReportNode

Converts this structure to a String of the format "ReportNode.targetVar\r\nReportNode.simTime\r\nReportNode.value".

T

tag - Variable in class Message

Tag that indicate whether this message has already been acknowledged by the receiver

targetVar - Variable in class AcknowledgeNode

The identifier of the variable that was steered.

targetVar - Variable in class MonitorNode

The identifier of the variable to be monitored.

targetVar - Variable in class ReportNode

The identifier of the variable that was monitored.

targetVar - Variable in class SteerNode

The identifier of the variable to be steered.

timeForGvt - Variable in class Controller

timeIncrement - Variable in class Phold

the time increment for messages sent by this LP; the message will be sent at currentTime+timeIncrement

timeIncrement - Variable in class Ping

the time increment for messages sent by this LP; the message will be sent at currentTime+timeIncrement

timeIncrement - Variable in class Pong

the time increment for messages sent by this LP; the message will be sent at currentTime+timeIncrement

timeStamp - Variable in class Message

(Simulation) time this message should occur.

toString() - Method in class LogicalProcess

Provides a String summarizing this LogicalProcess.

toString() - Method in class LPConfigInfo

toString() - Method in class Message

Returns a string representation of the Message object.

toString() - Method in class RoutingInfo

tSleep(int) - Method in class Phold

U

updateGVT(int) - Method in class SchedulingLoop

Updates GVT and do fossil collection

V

value - Variable in class AcknowledgeNode

The value that was applied for steering.

value - Variable in class ReportNode

The value that was obtained by monitoring.

valueOf(String) - Static method in enum Message.MsgType

Returns the enum constant of this type with the specified name.

values() - Static method in enum Message.MsgType

Returns an array containing the constants of this enum type, in the order they're declared.

A B C D E F G I L M N O P R S T U V