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;
}
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$s",
evrecv_time,
reqrepID,
this.get_name(),
super.getEntityName(agentReply.getRequest().getDst_resID()),
EntityTypes.toString(agentType),
super.getEntityName(request.getDst_agentID()),
agentReply.isOk(),
Tags.toString(Tags.HASGRIDLETS_REPLY),
super.getEntityName(request.getDst_moveToresID()),
request.getDst_AID());
if (trace) {
this.write(msg);
}
return agentReply;
}
AgentReply requestToAgent(AgentRequest request, int tag) {
int requestID = request.getRequestID();
int reqrepID = request.getReqrepID();
double evsend_time = 0;
int agentType = request.getDst_entityType();
int SIZE;
if (tag == Tags.AGENT_RUN_REQ) {
SIZE = request.getDst_agentSize();
} else {
SIZE = 500;
}
if ((tag == Tags.AGENT_RUN_REQ)
|| (tag == Tags.AGENT_KILL_REQ)
|| (tag == Tags.AGENT_KILLAWAIT_REQ)
|| (tag == Tags.AGENT_PAUSE_REQ)
|| (tag == Tags.AGENT_RESUME_REQ)) {
super.send(
super.output,
GridSimTags.SCHEDULE_NOW,
tag,
new IO_data(request, SIZE, request.getDst_resID()));
} else {
super.send(
super.output,
GridSimTags.SCHEDULE_NOW,
tag,
new IO_data(request, SIZE, request.getDst_agentID()));
}
evsend_time = GridSim.clock();
String msg =
String.format(
"%1$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;
}