public GridletReply askGridletStatusToAgent(int dst_agentID, int dst_resID, Gridlet gridlet) {
GridletRequest request =
new GridletRequest(this.get_id(), this.get_id(), dst_agentID, dst_resID, gridlet);
int requestID = request.getRequestID();
int reqrepID = request.getReqrepID();
super.send(
super.output,
GridSimTags.SCHEDULE_NOW,
Tags.GRIDLET_STATUS_REQ,
new IO_data(request, gridlet.getGridletFileSize(), request.getDst_agentID()));
Sim_type_p ptag = new Sim_type_p(Tags.GRIDLET_STATUS_REP);
Sim_event ev = new Sim_event();
super.sim_get_next(ptag, ev); // only look for this type of ack
GridletReply gridletReply = GridletReply.get_data(ev);
Assert.assertEquals(requestID, gridletReply.getRequestID());
Assert.assertEquals(Tags.GRIDLET_STATUS_REQ, gridletReply.getRequestTAG());
Assert.assertEquals(Tags.GRIDLET_STATUS_REP, ev.get_tag());
double evrecv_time = GridSim.clock();
String msg =
String.format(
"%1$f %2$d %3$s <-- GOT GRIDLET_STATUS_REP for Gridlet %4$d of Gridlet %5$d with status %6$d",
evrecv_time,
reqrepID,
this.get_name(),
gridletReply.getReceivedGridlet().getGridletID(),
gridletReply.getRequest().getGridlet().getGridletID(),
gridletReply.getRequest().getGridlet().getGridletStatus());
this.write(msg);
return gridletReply;
}
protected GISReply requestToGIS() {
int SIZE = 500;
double evsend_time = 0;
GISRequest request = new GISRequest(this.get_id(), this.get_id());
int requestID = request.getRequestID();
int reqrepID = request.getReqrepID();
super.send(
super.output,
GridSimTags.SCHEDULE_NOW,
Tags.GIS_REQUEST,
new IO_data(request, SIZE, super.getEntityId("GISService")));
evsend_time = GridSim.clock();
String msg =
String.format("%1$f %2$d %3$s --> GAP GIS_REQUEST", evsend_time, reqrepID, this.get_name());
this.write(msg);
Sim_event ev = new Sim_event();
Predicate predicate = new Predicate(Tags.GIS_REPLY);
super.sim_get_next(predicate, ev); // only look for this type of ack
GISReply reply = GISReply.get_data(ev);
Assert.assertEquals(requestID, reply.getRequestID());
Assert.assertEquals(Tags.GIS_REQUEST, reply.getRequestTAG());
Assert.assertEquals(Tags.GIS_REPLY, ev.get_tag());
double evrecv_time = GridSim.clock();
msg =
String.format(
"%1$f %2$d %3$s <-- GAP GIS_REPLY\n",
evrecv_time, reqrepID, this.get_name(), reply.getGIS());
this.write(msg);
return reply;
}
public AgentReply hasGridletsAgent(AgentRequest request, boolean trace) {
int requestID = request.getRequestID();
int reqrepID = request.getReqrepID();
double evsend_time = 0;
int agentType = request.getDst_entityType();
int SIZE = 500;
super.send(
super.output,
GridSimTags.SCHEDULE_NOW,
Tags.HASGRIDLETS_REQUEST,
new IO_data(request, SIZE, request.getDst_agentID()));
evsend_time = GridSim.clock();
String msg =
String.format(
"%1$f %2$d %3$s --> AM_%4$s::HASGRIDLETS_REQUEST %6$s (%7$s AID %9$d) %5$s AM_%8$s",
evsend_time,
reqrepID,
this.get_name(),
super.getEntityName(request.getDst_resID()),
EntityTypes.toString(request.getDst_entityType()),
Tags.toString(Tags.HASGRIDLETS_REQUEST),
super.getEntityName(request.getDst_agentID()),
super.getEntityName(request.getDst_moveToresID()),
request.getDst_AID());
if (trace) {
this.write(msg);
}
Sim_type_p ptag = new Sim_type_p(Tags.HASGRIDLETS_REPLY);
Sim_event ev = new Sim_event();
super.sim_get_next(ptag, ev); // only look for this type of ack
AgentReply agentReply = AgentReply.get_data(ev);
if (agentReply == null) {
Assert.fail();
}
Assert.assertEquals(requestID, agentReply.getRequestID());
Assert.assertEquals(Tags.HASGRIDLETS_REQUEST, agentReply.getRequestTAG());
Assert.assertEquals(ev.get_tag(), Tags.HASGRIDLETS_REPLY);
double evrecv_time = GridSim.clock();
msg =
String.format(
"%1$f %2$d %3$s <-- AM_%4$s::%7$s %8$s (%6$s AID %10$d) %5$s AM_%9$s",
evrecv_time,
reqrepID,
this.get_name(),
super.getEntityName(agentReply.getRequest().getDst_resID()),
EntityTypes.toString(agentType),
super.getEntityName(request.getDst_agentID()),
agentReply.isOk(),
Tags.toString(Tags.HASGRIDLETS_REPLY),
super.getEntityName(request.getDst_moveToresID()),
request.getDst_AID());
if (trace) {
this.write(msg);
}
return agentReply;
}
/** Reads jobs from data_set file and sends them to the Scheduler entity dynamically over time. */
public void body() {
super.gridSimHold(10.0); // hold by 10 second
while (current_gl < total_jobs) {
Sim_event ev = new Sim_event();
sim_get_next(ev);
if (ev.get_tag() == AleaSimTags.EVENT_WAKE) {
ComplexGridlet gl = readGridlet(current_gl);
current_gl++;
if (gl == null && current_gl < total_jobs) {
super.sim_schedule(this.getEntityId(this.getEntityName()), 0.0, AleaSimTags.EVENT_WAKE);
continue;
} else if (gl == null && current_gl >= total_jobs) {
continue;
}
// to synchronize job arrival wrt. the data set.
double delay = Math.max(0.0, (gl.getArrival_time() - super.clock()));
// some time is needed to transfer this job to the scheduler, i.e., delay should be delay =
// delay - transfer_time. Fix this in the future.
// System.out.println("Sending: "+gl.getGridletID());
last_delay = delay;
super.sim_schedule(
this.getEntityId("Alea_3.0_scheduler"), delay, AleaSimTags.GRIDLET_INFO, gl);
delay = Math.max(0.0, (gl.getArrival_time() - super.clock()));
if (current_gl < total_jobs) {
// use delay - next job will be loaded after the simulation time is equal to the previous
// job arrival.
super.sim_schedule(this.getEntityId(this.getEntityName()), delay, AleaSimTags.EVENT_WAKE);
}
continue;
}
}
System.out.println("Shuting down - last gridlet = " + current_gl + " of " + total_jobs);
super.sim_schedule(
this.getEntityId("Alea_3.0_scheduler"),
Math.round(last_delay + 2),
AleaSimTags.SUBMISSION_DONE,
new Integer(current_gl));
Sim_event ev = new Sim_event();
sim_get_next(ev);
if (ev.get_tag() == GridSimTags.END_OF_SIMULATION) {
System.out.println(
"Shuting down the "
+ data_set
+ "_PWALoader... with: "
+ fail
+ " failed or skipped jobs");
}
shutdownUserEntity();
super.terminateIOEntities();
}
public AgentReply testTestService() {
double evsend_time = 0;
int SIZE = 500;
AgentRequest request = null;
request =
new AgentRequest(
this.get_id(),
this.get_id(),
null,
this.getVirtualOrganization().getPlatform().getGridElement().get_id(),
Sim_system.get_entity_id("TestService"),
EntityTypes.AGENT_ZOMBIE,
SIZE,
this.getVirtualOrganization().getPlatform().getGridElement().get_id(),
EntityTypes.NOBODY);
int requestID = request.getRequestID();
int reqrepID = request.getReqrepID();
super.send(
super.output,
GridSimTags.SCHEDULE_NOW,
Tags.TEST_SERVICE_REQ,
new IO_data(request, SIZE, Sim_system.get_entity_id("TestService")));
evsend_time = GridSim.clock();
String msg =
String.format(
"%1$f %2$d %3$s --> %4$s", evsend_time, reqrepID, this.get_name(), "TestService");
this.write(msg);
Sim_type_p ptag = new Sim_type_p(Tags.TEST_SERVICE_REP);
Sim_event ev = new Sim_event();
super.sim_get_next(ptag, ev); // only look for this type of ack
AgentReply reply = AgentReply.get_data(ev);
Assert.assertEquals(requestID, reply.getRequestID());
Assert.assertEquals(Tags.TEST_SERVICE_REQ, reply.getRequestTAG());
Assert.assertEquals(Tags.TEST_SERVICE_REP, ev.get_tag());
double evrecv_time = GridSim.clock();
msg =
String.format(
"%1$f %2$d %3$s <-- %4$s", evrecv_time, reqrepID, this.get_name(), "TestService");
this.write(msg);
return reply;
}
protected void processEvent(Sim_event ev) {
int tag = ev.get_tag();
switch (tag) {
default:
this.processOtherEvent(ev);
break;
}
}
public GridletReply submitGridletToAgent(int dst_agentID, int dst_resID, Gridlet gridlet) {
GridletRequest request =
new GridletRequest(this.get_id(), this.get_id(), dst_agentID, dst_resID, gridlet);
int requestID = request.getRequestID();
int reqrepID = request.getReqrepID();
super.send(
super.output,
GridSimTags.SCHEDULE_NOW,
Tags.GRIDLET_SUBMIT_REQ,
new IO_data(request, gridlet.getGridletFileSize(), request.getDst_agentID()));
Sim_type_p ptag = new Sim_type_p(Tags.GRIDLET_SUBMIT_REP);
Sim_event ev = new Sim_event();
super.sim_get_next(ptag, ev); // only look for this type of ack
GridletReply reply = GridletReply.get_data(ev);
Assert.assertEquals(requestID, reply.getRequestID());
Assert.assertEquals(Tags.GRIDLET_SUBMIT_REQ, reply.getRequestTAG());
Assert.assertEquals(Tags.GRIDLET_SUBMIT_REP, ev.get_tag());
double evrecv_time = GridSim.clock();
if (reply.isOk()) {
String msg =
String.format(
"%1$f %2$d %3$s <-- GOT GRIDLET_REPLY for Gridlet %4$d of Gridlet %5$d with result TRUE on AM_%6$s",
evrecv_time,
reqrepID,
this.get_name(),
reply.getReceivedGridlet().getGridletID(),
reply.getRequest().getGridlet().getGridletID(),
super.getEntityName(reply.getRequest().getDst_resID()));
this.write(msg);
} else {
String msg =
String.format(
"%1$f %2$d %3$s <-- GOT GRIDLET_REPLY for Gridlet %4$d of Gridlet %5$d with result FALSE on AM_%6$s",
evrecv_time,
reqrepID,
this.get_name(),
reply.getReceivedGridlet().getGridletID(),
reply.getRequest().getGridlet().getGridletID(),
super.getEntityName(reply.getRequest().getDst_resID()));
this.write(msg);
}
return reply;
}
protected ServicesListReply requestServicesList() {
int SIZE = 500;
double evsend_time = 0;
ServicesListRequest request = new ServicesListRequest(this.get_id(), this.get_id());
int requestID = request.getRequestID();
int reqrepID = request.getReqrepID();
super.send(
super.output,
GridSimTags.SCHEDULE_NOW,
Tags.AP_SERVICES_LIST_REQ,
new IO_data(request, SIZE, this.getVirtualOrganization().getPlatform().get_id()));
evsend_time = GridSim.clock();
String msg =
String.format(
"%1$f %2$d %3$s --> %4$s SERVICES_LIST_REQUEST",
evsend_time,
reqrepID,
this.get_name(),
this.getVirtualOrganization().getPlatform().get_name());
this.write(msg);
Sim_event ev = new Sim_event();
Predicate predicate = new Predicate(Tags.AP_SERVICES_LIST_REP);
super.sim_get_next(predicate, ev); // only look for this type of ack
ServicesListReply reply = ServicesListReply.get_data(ev);
Assert.assertEquals(requestID, reply.getRequestID());
Assert.assertEquals(Tags.AP_SERVICES_LIST_REQ, reply.getRequestTAG());
Assert.assertEquals(Tags.AP_SERVICES_LIST_REP, ev.get_tag());
double evrecv_time = GridSim.clock();
msg =
String.format(
"%1$f %2$d %3$s <-- %4$s SERVICES_LIST_REPLY %5$s",
evrecv_time,
reqrepID,
this.get_name(),
this.getVirtualOrganization().getPlatform().get_name(),
reply.getServicesList());
this.write(msg);
return reply;
}
protected PingReply requestPing(int src_id, int dst_id) {
int SIZE = 500;
double evsend_time = 0;
PingRequest request = new PingRequest(this.get_id(), this.get_id(), src_id, dst_id);
int requestID = request.getRequestID();
int reqrepID = request.getReqrepID();
super.send(
super.output, GridSimTags.SCHEDULE_NOW, Tags.PING_REQ, new IO_data(request, SIZE, src_id));
evsend_time = GridSim.clock();
String msg =
String.format(
"%1$f %2$d %3$s --> AM_%4$s PING_REQUEST AM_%5$s",
evsend_time,
reqrepID,
this.get_name(),
super.getEntityName(src_id),
super.getEntityName(dst_id));
this.write(msg);
Sim_event ev = new Sim_event();
Predicate predicate = new Predicate(Tags.PING_REP);
super.sim_get_next(predicate, ev); // only look for this type of ack
PingReply reply = PingReply.get_data(ev);
Assert.assertEquals(requestID, reply.getRequestID());
Assert.assertEquals(Tags.PING_REQ, reply.getRequestTAG());
Assert.assertEquals(Tags.PING_REP, ev.get_tag());
double evrecv_time = GridSim.clock();
msg =
String.format(
"%1$f %2$d %3$s <-- AM_%4$s PING_REQUEST AM_%5$s",
evrecv_time,
reqrepID,
this.get_name(),
super.getEntityName(src_id),
super.getEntityName(dst_id));
this.write(msg);
return reply;
}
AgentReply requestToAgent(AgentRequest request, int tag) {
int requestID = request.getRequestID();
int reqrepID = request.getReqrepID();
double evsend_time = 0;
int agentType = request.getDst_entityType();
int SIZE;
if (tag == Tags.AGENT_RUN_REQ) {
SIZE = request.getDst_agentSize();
} else {
SIZE = 500;
}
if ((tag == Tags.AGENT_RUN_REQ)
|| (tag == Tags.AGENT_KILL_REQ)
|| (tag == Tags.AGENT_KILLAWAIT_REQ)
|| (tag == Tags.AGENT_PAUSE_REQ)
|| (tag == Tags.AGENT_RESUME_REQ)) {
super.send(
super.output,
GridSimTags.SCHEDULE_NOW,
tag,
new IO_data(request, SIZE, request.getDst_resID()));
} else {
super.send(
super.output,
GridSimTags.SCHEDULE_NOW,
tag,
new IO_data(request, SIZE, request.getDst_agentID()));
}
evsend_time = GridSim.clock();
String msg =
String.format(
"%1$f %2$d %3$s --> AM_%4$s::REQUEST %6$s (%7$s AID %9$d) %5$s AM_%8$s",
evsend_time,
reqrepID,
this.get_name(),
super.getEntityName(request.getDst_resID()),
EntityTypes.toString(request.getDst_entityType()),
Tags.toString(tag),
super.getEntityName(request.getDst_agentID()),
super.getEntityName(request.getDst_moveToresID()),
request.getDst_AID());
this.write(msg);
Sim_type_p ptag = new Sim_type_p(tag + 1);
Sim_event ev = new Sim_event();
super.sim_get_next(ptag, ev); // only look for this type of ack
AgentReply agentReply = AgentReply.get_data(ev);
if (agentReply != null) {
Assert.assertEquals(requestID, agentReply.getRequestID());
Assert.assertEquals(tag, agentReply.getRequestTAG());
Assert.assertEquals(ev.get_tag(), tag + 1);
double evrecv_time = GridSim.clock();
msg =
String.format(
"%1$f %2$d %3$s <-- AM_%4$s::%7$s %8$s (%6$s AID %10$d) %5$s AM_%9$s",
evrecv_time,
reqrepID,
this.get_name(),
super.getEntityName(agentReply.getRequest().getDst_resID()),
EntityTypes.toString(agentType),
super.getEntityName(request.getDst_agentID()),
agentReply.isOk(),
Tags.toString(tag),
super.getEntityName(request.getDst_moveToresID()),
request.getDst_AID());
this.write(msg);
}
return agentReply;
}
public void body() {
ArrayList<String> oppnetTasks = null;
Help helpObject = null;
boolean admitted = false;
boolean Done = false;
boolean Released = false;
boolean sent = false;
Node Inviting_Node = null;
boolean validated = false;
boolean joined = false;
boolean canForward = false;
boolean member = false;
boolean admit = false;
Helper Candidate_Helper = null;
// Step 2.1: Node listens to incoming messages
Sim_event ev = new Sim_event();
ev = this.NODE_listen();
if (ev.get_data() != null) {
sim_trace(
1,
"Step 2.1 Done: "
+ this.get_name()
+ ", "
+ this.get_id()
+ " received a message from a node with id "
+ ev.get_src());
// Step 2.2: Node processes the message (Node_processMsg)
this.NODE_processMsg(this.msgPayloadReadtime);
sim_trace(1, "msgpayloadReadtime from helper " + this.msgPayloadReadtime);
validated = this.NODE_validate(ev);
if (validated) {
sim_trace(
1,
"Step 2.2 Done: "
+ this.get_name()
+ ", "
+ this.get_id()
+ " processes the message and it is a help request from "
+ Sim_system.get_entity(ev.get_src()).get_name()
+ ", "
+ Sim_system.get_entity(ev.get_src()).get_id());
Inviting_Node = (Node) Sim_system.get_entity(ev.get_src());
// Step 2.3: Node accepts invitation if it can join oppnet or is willing to join oppnet
joined =
this.NODE_joinOppnet(
this.category,
this.helperWorkloadRatio,
Inviting_Node,
this.ctrlMsgDelTimeThroughLinkToParent);
if (joined) {
sim_trace(
1,
"Step 2.3 Done: "
+ this.get_name()
+ ", "
+ this.get_id()
+ " accepted invitation of "
+ Inviting_Node.get_name()
+ ", "
+ Inviting_Node.get_id());
// Step 2.4: Node listens to admission notification
ev = new Sim_event();
ev = this.NODE_listen();
if (ev.get_data() != null) {
sim_trace(
1,
"Step 2.4 Done: "
+ this.get_name()
+ ", "
+ this.get_id()
+ " received a message from a node with id "
+ ev.get_src());
// Step 2.5: Node process the message (Node_processMsg)
this.NODE_processMsg(this.msgPayloadReadtime);
sim_process(this.msgPayloadReadtime);
// Step 2.5a: Node_validate
if (ev.get_data().equals("Admitted")) {
sim_trace(
1,
"Step 2.5a Done: "
+ this.get_name()
+ ", "
+ this.get_id()
+ " processes the message and it is admission notification from "
+ Sim_system.get_entity(ev.get_src()).get_name()
+ ", "
+ Sim_system.get_entity(ev.get_src()).get_id());
admitted = true;
Inviting_Node = (Node) Sim_system.get_entity(ev.get_src());
}
}
} // if(joined)
} // end if(validated)
} // end if(ev.get_data()!=null))
boolean received_helpObject = false;
boolean received_oppnetTasks = false;
if (admitted) {
// Step 2.6: Node listen to help object and oppnet tasks from inviting node (Node_listen)
while ((!received_helpObject) || (!received_oppnetTasks)) {
ev = new Sim_event();
ev = this.NODE_listen();
if (ev.get_data() != null) {
sim_trace(
1,
"Step 2.6: "
+ this.get_name()
+ ", "
+ this.get_id()
+ " received a message from a node with id "
+ ev.get_src());
// Step 2.7: Node processes the message (Node_processMsg)
this.NODE_processMsg(this.msgPayloadReadtime);
if (!received_helpObject && ((ev.get_tag() == 19) || (ev.get_tag() == 220))) {
sim_trace(
1,
"Step 2.7: "
+ this.get_name()
+ ", "
+ this.get_id()
+ " processes the message and it is the help object from "
+ Sim_system.get_entity(ev.get_src()).get_name()
+ ","
+ ev.get_src());
helpObject = (Help) ev.get_data();
received_helpObject = true;
}
if (!received_oppnetTasks && ((ev.get_tag() == 110) || (ev.get_tag() == 221))) {
sim_trace(
1,
"Step 2.8: "
+ this.get_name()
+ ", "
+ this.get_id()
+ " processes the message and it is the oppnet tasks from "
+ Sim_system.get_entity(ev.get_src()).get_name()
+ ","
+ ev.get_src());
oppnetTasks = (ArrayList) ev.get_data();
received_oppnetTasks = true;
}
}
}
// Step 2.9: Node checks which of the oppnet tasks it can perform (Node_selectTask) and
// (Node_runApp)
ArrayList<String> DeviceTasks = new ArrayList<String>();
Done = this.NODE_selectTask(this, this.DeviceApps, oppnetTasks, helpObject, pr);
// Done = this.NODE_runApp(this.get_id(), this.get_name(), DeviceTasks, this.pr, helpObject);
// Done = this.NODE_runApp(this, this.get_id(), this.get_name(), DeviceTasks, this.pr,
// helpObject);
// Step 2.10: Node check if the task done is the goal
if (Done) {
sim_trace(
1, "Step 2.10: " + this.get_name() + ", " + this.get_id() + " is done with the goal");
Released =
this.NODE_reqRelease(
this.get_id(),
this.get_name(),
Inviting_Node,
this.ctrlMsgDelTimeThroughLinkToParent,
"Done..ReqRelease");
}
if (!Done) {
// Step 2.11: Helper did not do the goal.. so It scans for
sim_trace(
1,
"Step 2.11: "
+ this.get_name()
+ ", "
+ this.get_id()
+ " I could not do the goal,, I will forward");
CandidateHelpers = this.NODE_scan(this, pr, 100);
sim_trace(
1,
"Step 2.12 Done: "
+ this.get_name()
+ ", "
+ this.get_id()
+ " is done scanning for helpers in range and found the following:");
double startTime = Math.floor(Sim_system.sim_clock() * 100) / 100;
if (CandidateHelpers.size() == 0) {
sim_trace(1, "None");
sim_trace(
1,
"Step 2.13: "
+ this.get_name()
+ ", "
+ this.get_id()
+ " Could not find grand kids");
Released =
this.NODE_reqRelease(
this.get_id(),
this.get_name(),
Inviting_Node,
this.ctrlMsgDelTimeThroughLinkToParent,
"NoGrandKids..ReqRelease");
sent = true;
} else {
for (int z = 0; z < CandidateHelpers.size(); z++)
sim_trace(
1,
this.get_name()
+ ", "
+ this.get_id()
+ ", found "
+ CandidateHelpers.get(z).get_name()
+ ", ID = "
+ CandidateHelpers.get(z).get_id());
} // end else
int i = 0;
while (i < CandidateHelpers.size()) {
// Step 2.14: Node discovers services in candidate helpers(Node_discover)
canForward = this.NODE_discover(CandidateHelpers.get(i));
if (canForward) {
Candidate_Helper = CandidateHelpers.get(i);
sim_trace(
1,
"Step 2.14 Done: "
+ this.get_name()
+ " ,"
+ this.get_id()
+ " discovered forwarding services in "
+ Candidate_Helper.get_name()
+ ", "
+ Candidate_Helper.get_id());
// Step 2.15: Node checks if the candidate helper is already a member of Oppnet
// (Node_isMember)
member = this.NODE_isMember(pr.oppnet, Candidate_Helper);
if (member) {
sim_trace(
1,
"Step 2.15 Done:"
+ Candidate_Helper.get_name()
+ ", "
+ Candidate_Helper.get_id()
+ " is already a member of oppnet");
} else {
sim_trace(
1,
"Step 2.15 Done:"
+ Candidate_Helper.get_name()
+ ", "
+ Candidate_Helper.get_id()
+ " is not a member of oppnet");
// Step 2.16: Node sends a request for help to candidate helper (Node_regHelp)
this.NODE_reqHelp(Candidate_Helper);
this.numOfRequestedHelpersPerNode++;
sim_trace(
1,
"Step 2.16 Done: "
+ this.get_name()
+ ", "
+ this.get_id()
+ " sent a request for help to "
+ Candidate_Helper.get_name()
+ ", "
+ Candidate_Helper.get_id());
} // end else
} // end if(canForward)
// Step 2.17: Node listens to invitation acceptance from candidate helper (Node_listen)
ev = new Sim_event();
ev = this.NODE_listen();
if (ev.get_data() != null) {
sim_trace(
1,
"Step 2.17 Done: "
+ this.get_name()
+ ", "
+ this.get_id()
+ " received a message from a node with id "
+ ev.get_src());
// Step 2.18a: Node evaluate the the node that accepted the invitation (Node_evalAdmit)
this.NODE_processMsg(this.msgPayloadReadtime);
admit = this.NODE_evalAdmit(ev, Candidate_Helper);
if (ev.get_data().equals("Released")) {
sim_trace(
1,
"Step 2.18a Done: "
+ this.get_name()
+ ", "
+ this.get_id()
+ " evaluated the message and source and it is released notification from "
+ Inviting_Node.get_name()
+ ", "
+ Inviting_Node.get_id());
Released = true;
break;
}
if (ev.get_data().equals("Done..ReqRelease")) {
sim_trace(
1,
"Step 2.18a Done: "
+ this.get_name()
+ ", "
+ this.get_id()
+ " evaluated the message and source and it is Done notification from "
+ Sim_system.get_entity(ev.get_src()).get_name()
+ ", "
+ Sim_system.get_entity(ev.get_src()).get_id());
Done = true;
Released =
this.NODE_reqRelease(
this.get_id(),
this.get_name(),
Inviting_Node,
this.ctrlMsgDelTimeThroughLinkToParent,
"Done..ReqRelease");
if (Released) break;
}
if (admit) {
this.numOfJoindHelpersPerNode++;
this.AdmittedHelpers.add(Candidate_Helper);
pr.oppnet = this.NODE_addNode(pr.oppnet, Candidate_Helper);
sim_trace(
1,
"Step 2.19a Done: "
+ this.get_name()
+ ", "
+ this.get_id()
+ " added "
+ Candidate_Helper.get_name()
+ ", "
+ Candidate_Helper.get_id()
+ " to oppnet");
// sim_trace(1, "Helper Integration Time = "+
// Math.floor(Sim_system.sim_clock()*100)/100);
double endTime = Math.floor(Sim_system.sim_clock() * 100) / 100;
this.hlprIntegTime.add((endTime - startTime));
// Step 2.20: Node sends help object to admitted helper (Node_report)
this.NODE_report(Candidate_Helper, this.task2Runtime, 220, helpObject);
sim_trace(
1,
"Step 2.20 Done: "
+ this.get_name()
+ ", "
+ this.get_id()
+ " sent help object to "
+ Candidate_Helper.get_name()
+ ", "
+ Candidate_Helper.get_id());
this.performedUrgent = true;
this.tasksRunTimes.add(this.task2Runtime);
// Step 2.21: Node sends oppnet tasks to admitted helper (Node_report)
this.NODE_sendData(Candidate_Helper, this.task3Runtime, 221, oppnetTasks);
sim_trace(
1,
"Step 2.21 Done: "
+ this.get_name()
+ ", "
+ this.get_id()
+ " sent oppnet tasks to "
+ Candidate_Helper.get_name()
+ ", "
+ Candidate_Helper.get_id());
this.tasksRunTimes.add(this.task3Runtime);
break; // break once a single helper is integrated since it is a single helper mode
} // end if(admit)
} // end if(ev.get_data() != null)
i++;
} // end while(i<CandidateHelpers.size())
if (!Released && !Done) {
// Step 2.22a helper listens to Done or not Done from admitted helper or release from
// inviting node
int AH = 0;
ev = new Sim_event();
ev = this.NODE_listen();
while (ev.get_data() != null) {
sim_trace(
1,
"Step 2.22a Done: "
+ this.get_name()
+ " received a message from a node with id "
+ ev.get_src());
// Step 2.22b node process the message
this.NODE_processMsg(this.msgPayloadReadtime);
if (ev.get_data().equals("Done..ReqRelease")) {
sim_trace(
1,
"Step 2.22b Done: "
+ this.get_name()
+ ","
+ this.get_id()
+ " evaluated the message and source and it is DONE notification from "
+ Sim_system.get_entity(ev.get_src()).get_name()
+ ", "
+ Sim_system.get_entity(ev.get_src()).get_id());
Done = true;
// Step 2.23:Helper sends to inviting node that its admitted helpers done the job
Released =
this.NODE_reqRelease(
this.get_id(),
this.get_name(),
Inviting_Node,
this.ctrlMsgDelTimeThroughLinkToParent,
"Done..ReqRelease");
if (Released) break;
} else if (ev.get_data().equals("NoGrandKids..ReqRelease")) {
sim_trace(
1,
"Step 2.23 Done: "
+ this.get_name()
+ ","
+ this.get_id()
+ " evaluated the message and source and it is NoGrandKids notification from "
+ Sim_system.get_entity(ev.get_src()).get_name()
+ ", "
+ Sim_system.get_entity(ev.get_src()).get_id());
AH++;
if (AH >= AdmittedHelpers.size() && (!Done) && (!Released) && (!sent)) {
System.out.println(
this.get_name()
+ ","
+ this.get_id()
+ " AH = "
+ AH
+ " admittedHelpers= "
+ AdmittedHelpers.size());
Released =
this.NODE_reqRelease(
this.get_id(),
this.get_name(),
Inviting_Node,
this.ctrlMsgDelTimeThroughLinkToParent,
"NoGrandKids..ReqRelease");
if (Released) break;
}
} else if (ev.get_data().equals("Released")) {
sim_trace(
1,
"Step 2.24 Done: "
+ this.get_name()
+ ","
+ this.get_id()
+ " evaluated the message and source and it is Released notification from "
+ Sim_system.get_entity(ev.get_src()).get_name()
+ ", "
+ Sim_system.get_entity(ev.get_src()).get_id());
Released = true;
break;
}
ev = new Sim_event();
ev = this.NODE_listen();
} // end while(ev.get_data()!=null)
} // end if (!released)
// Step 2.25: release all children
int w = 0;
while (w < AdmittedHelpers.size()) {
this.NODE_release(
AdmittedHelpers.get(w), AdmittedHelpers.get(w).ctrlMsgDelTimeThroughLinkToParent);
sim_trace(
1,
"Step 2.25 Done: "
+ this.get_name()
+ ", "
+ this.get_id()
+ " sent Released notification to "
+ AdmittedHelpers.get(w).get_name()
+ ", "
+ AdmittedHelpers.get(w).get_id());
pr.oppnet = this.NODE_remNode(AdmittedHelpers.get(w), pr.oppnet);
sim_trace(
1,
"Step 2.26 Done: "
+ this.get_name()
+ ", "
+ this.get_id()
+ " removed "
+ AdmittedHelpers.get(w).get_name()
+ ", "
+ AdmittedHelpers.get(w).get_id()
+ " from oppnet");
w++;
}
} // end if (!Done)
} // if (admitted)
SimOutput so = new SimOutput();
String filename;
PrintWriter oppnetFileWriter;
if (this.AdmittedHelpers.size() > 0) {
filename = "HelperIntegTime.txt";
oppnetFileWriter = null;
this.sumHelperItegTimePerInvNodePerIter = so.calculate_Sum(this.hlprIntegTime);
so.outputFile1(
this.hlprIntegTime.size(),
true,
filename,
oppnetFileWriter,
"Sum Helper Integ Time Per Node Per Iter",
this.sumHelperItegTimePerInvNodePerIter,
this.get_name(),
this.get_id());
//////////////////////////////////////////////////////////////////////////////////////////////////////////
filename = "NumRequestedHelpers.txt";
oppnetFileWriter = null;
so.outputFile(
true,
filename,
oppnetFileWriter,
"Number of Requested Helpers Per Node Per Iter",
this.numOfRequestedHelpersPerNode,
this.get_name(),
this.get_id());
//////////////////////////////////////////////////////////////////////////////////////////////////////////
filename = "NumJoinedHelpers.txt";
oppnetFileWriter = null;
so.outputFile(
true,
filename,
oppnetFileWriter,
"Number of Joined Helpers Per Node Per Iter",
this.numOfJoindHelpersPerNode,
this.get_name(),
this.get_id());
///////////////////////////////////////////////////////////////////////////////////////////////////////////
filename = "NumRefusedHelpers.txt";
oppnetFileWriter = null;
so.outputFile(
true,
filename,
oppnetFileWriter,
"Number of Refused Helpers Per Node Per Iter",
(this.numOfRequestedHelpersPerNode - this.numOfJoindHelpersPerNode),
this.get_name(),
this.get_id());
///////////////////////////////////////////////////////////////////////////////////////////////////////////////
filename = "NumAdmittedHelpers.txt";
oppnetFileWriter = null;
so.outputFile(
true,
filename,
oppnetFileWriter,
"Number of Admitted Helpers Per Node Per Iter",
(this.AdmittedHelpers.size()),
this.get_name(),
this.get_id());
///////////////////////////////////////////////////////////////////////////////////////////////////////////////
}
if (admitted) {
filename = "HelperUnhurriedTask.txt";
File f = new File(filename);
oppnetFileWriter = null;
int value;
if (this.performedUnhurried) value = 1;
else value = 0;
so.outputFile(
true,
filename,
oppnetFileWriter,
"Performed Unhurried Task",
value,
this.get_name(),
this.get_id());
///////////////////////////////////////////////////////////////////////////////////////////////////////////////
filename = "HelperUrgentTask.txt";
File f2 = new File(filename);
oppnetFileWriter = null;
if (this.performedUrgent) value = 1;
else value = 0;
so.outputFile(
true,
filename,
oppnetFileWriter,
"Performed Urgent Task",
value,
this.get_name(),
this.get_id());
/////////////////////////////////////////////////////////////////////////////////////////////////////////
this.sumTasksRunTimes = so.calculate_Sum(this.tasksRunTimes);
filename = "TasksRuntimes.txt";
// File file1 = new File(filename);
oppnetFileWriter = null;
so.outputFile1(
this.tasksRunTimes.size(),
true,
filename,
oppnetFileWriter,
"Sum Task Runtimes Per Node Per Iter",
this.sumTasksRunTimes,
this.get_name(),
this.get_id());
}
///////////////////////////////////////////////////////////////////////////////////////////////////////////////
} // end body
