#!/bin/bash

export DRYRUN=1

unset DRYRUN

#export TEST_TCPS="dctcp cdg cubic inigo"

#export TEST_ECN="ecn"

export TEST_TCPS="reno+ecn+rcv-dctcp cubic+ecn+rcv-dctcp"

export TEST_ECN=""

export TEST_AQM=""

#export TEST_RCV="rcv-cong rcv-dctcp"

export TEST_RCV=""

#export TEST_WWW="cubic cdg inigo"

#export TEST_BEST="dctcp+ecn inigo+ecn inigo cdg"

export TEST_BW="500"

export TEST_DELAY="2"

export TEST_FLOW_DURATION=5

export TEST_FLOW_OFFSET=5

export TEST_SIZE=6

N=$((${TEST_SIZE} - 1))

# Default

./run-experiment.sh iperf convergence-${N}flows

./postprocess.sh iperf convergence-${N}flows

export TEST_TCPS="cubic reno"

export TEST_ECN=""

export TEST_RCV="rcv-cong"

export TEST_EXTRA_ARGS="--rcv-fairness 1"

./run-experiment.sh iperf convergence-${N}flows-fairness1

./postprocess.sh iperf convergence-${N}flows-fairness1

export TEST_TCPS="dctcp+hostecn+rcv-mark reno+hostecn+rcv-mark cubic+hostecn+rcv-mark"

export TEST_ECN=""

export TEST_RCV=""

export TEST_EXTRA_ARGS=""

./run-experiment.sh iperf convergence-${N}flows-mark

./postprocess.sh iperf convergence-${N}flows-mark

# ECN failure mode, switch not configured

#export TEST_TCPS="inigo+ecn inigo+hostecn"

export TEST_TCPS="dctcp+hostecn inigo+hostecn"

export TEST_ECN=""

export TEST_AQM=""

export TEST_RCV=""

#./run-experiment.sh iperf convergence-${N}flows

#./postprocess.sh iperf convergence-${N}flows

# AQM testing

#export TEST_TCPS="dctcp+hostecn+fqcodel cdg+hostecn+fqcodel cubic+hostecn+fqcodel inigo+hostecn+fqcodel"

#export TEST_TCPS="cubic cubic+hostecn+fqcodel"

export TEST_TCPS="dctcp cdg cubic inigo"

export TEST_ECN="hostecn"

export TEST_AQM="fqcodel"

export TEST_RCV=""

export TEST_EXTRA_ARGS="--hostbw 0.9"

#./run-experiment.sh iperf convergence-${N}flows-aqm

#./postprocess.sh iperf convergence-${N}flows-aqm

# reset tech to initial settings

export TEST_TCPS="dctcp cdg cubic inigo"

export TEST_ECN="ecn"

export TEST_AQM=""

export TEST_RCV=""

# Receiver side dctcp

#export TEST_TCPS="cubic"

#export TEST_ECN=""

#export TEST_RCV="rcv-dctcp"

#export TEST_EXTRA_ARGS="--switchecn --rcv-fairness 0"

#./run-experiment.sh iperf convergence-${N}flows

#./postprocess.sh iperf convergence-${N}flows

# Receiver side congestion control with microsecond timestamps

#export TEST_TCPS="cubic"

#export TEST_EXTRA_ARGS="--rcv-cong 1 --rcv-fairness 10 --tcp-us-tstamp --tcpdump"

#export TEST_ECN=""

#./run-experiment.sh iperf convergence-${N}flows-rcv_cc-microsecond

#./postprocess.sh iperf convergence-${N}flows-rcv_cc-microsecond

#./postprocess.sh iperf convergence-${N}flows-rcv_cc-microsecond

# Testing fairness by increasing the delay for each subsequent client

#export TEST_EXTRA_ARGS="--dctcp-args \"subwnd=$f\" --delayinc 2"

#./run-experiment.sh iperf convergence-${N}flows-fairness

#./postprocess.sh iperf convergence-${N}flows-fairness

for i in $(ls -d iperf-convergence-${N}flows*); do

cp ../util/bw_stats-convergence-${N}flows.py /tmp/

chmod u+x /tmp/bw_stats-convergence-${N}flows.py

cat $i/iperf.aggr/* >> /tmp/bw_stats-convergence-${N}flows.py

echo "print_stats(results)" >> /tmp/bw_stats-convergence-${N}flows.py

/tmp/bw_stats-convergence-${N}flows.py > $i/bw_stats.txt

done