Part II of this lab builds on Part I. You should make sure that your Part I works correctly first.
In a WF2Q scheduler, when the link chooses the next packet at time t to transmit, it selects only from the packets queued that have started receiving service in the corresponding GPS scheduler at t, and furthermore chooses the packet among them that would complete service first in the corresponding GPS (i.e., with the smallest virtual finish time). Note that different from the PGPS scheduler, the WF2Q scheduler considers only those eligible packets and then chooses the packet with the minimum virtual finish time to transmit next.
Add/modify the code of Part I to implement the WF2Q scheduler. Submit the implementation as a separate Java file.
INPUT FORMAT (file flows.txt):
The format is the same as Part I.
OUTPUT FORMAT (file flowout.txt):
The format is the same as Part I.
SAMPLE INPUT:
The same sample input as Part I
SAMPLE OUTPUT:
nFlows = 6
nPackets = 13
Packet arrTime 0.0 flow id 1 w 0.5 packet length 1.0
Packet arrTime 0.0 flow id 2 w 0.1 packet length 1.0
Packet arrTime 0.0 flow id 3 w 0.1 packet length 1.0
Packet arrTime 0.0 flow id 4 w 0.1 packet length 1.0
Packet arrTime 0.0 flow id 5 w 0.1 packet length 1.0
Packet arrTime 0.0 flow id 6 w 0.1 packet length 1.0
Packet arrTime 1.0 flow id 1 w 0.5 packet length 1.0
Packet arrTime 2.0 flow id 1 w 0.5 packet length 1.0
Packet arrTime 3.0 flow id 1 w 0.5 packet length 1.0
Packet arrTime 4.0 flow id 1 w 0.5 packet length 1.0
Packet arrTime 5.0 flow id 1 w 0.5 packet length 1.0
Packet arrTime 6.0 flow id 1 w 0.5 packet length 1.0
Packet arrTime 7.0 flow id 1 w 0.5 packet length 1.0
Event{type=pgpsDeparture, t=1.0, p=Packet{flowId=1, arrTime=0.0, length=1.0, virtualStarTime=0.0, virtualFinishTime=2.0}}
Event{type=pgpsDeparture, t=2.0, p=Packet{flowId=3, arrTime=0.0, length=1.0, virtualStarTime=0.0, virtualFinishTime=10.0}}
Event{type=pgpsDeparture, t=3.0, p=Packet{flowId=1, arrTime=1.0, length=1.0, virtualStarTime=2.0, virtualFinishTime=4.0}}
Event{type=pgpsDeparture, t=4.0, p=Packet{flowId=4, arrTime=0.0, length=1.0, virtualStarTime=0.0, virtualFinishTime=10.0}}
Event{type=pgpsDeparture, t=5.0, p=Packet{flowId=1, arrTime=2.0, length=1.0, virtualStarTime=4.0, virtualFinishTime=6.0}}
Event{type=pgpsDeparture, t=6.0, p=Packet{flowId=2, arrTime=0.0, length=1.0, virtualStarTime=0.0, virtualFinishTime=10.0}}
Event{type=pgpsDeparture, t=7.0, p=Packet{flowId=1, arrTime=3.0, length=1.0, virtualStarTime=6.0, virtualFinishTime=8.0}}
Event{type=pgpsDeparture, t=8.0, p=Packet{flowId=5, arrTime=0.0, length=1.0, virtualStarTime=0.0, virtualFinishTime=10.0}}
Event{type=pgpsDeparture, t=9.0, p=Packet{flowId=6, arrTime=0.0, length=1.0, virtualStarTime=0.0, virtualFinishTime=10.0}}
Event{type=pgpsDeparture, t=10.0, p=Packet{flowId=1, arrTime=4.0, length=1.0, virtualStarTime=8.0, virtualFinishTime=10.0}}
Event{type=pgpsDeparture, t=11.0, p=Packet{flowId=1, arrTime=5.0, length=1.0, virtualStarTime=10.0, virtualFinishTime=12.0}}
Event{type=pgpsDeparture, t=12.0, p=Packet{flowId=1, arrTime=6.0, length=1.0, virtualStarTime=12.0, virtualFinishTime=14.0}}
Event{type=pgpsDeparture, t=13.0, p=Packet{flowId=1, arrTime=7.0, length=1.0, virtualStarTime=14.0, virtualFinishTime=16.0}}
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