bench.sh

#!/bin/bash -e

leader=http://192.168.111.180:2379
# assume three servers
servers=( http://192.168.111.181:2379) #  http://130.207.111.250:2379 )

keyarray=( 64 256 512) # number of bytes

for keysize in ${keyarray[@]}; do

# put one request at a time from one client to the leader
  echo write, 1 client, $keysize key size, to leader
  ./boom -m PUT -n 10 -d value=`head -c $keysize < /dev/zero | tr '\0' '\141'` -c 1 -T application/x-www-form-urlencoded $leader/v2/keys/foo | grep -e "Requests/sec" -e "Latency" -e "90%" | tr "\n" "\t" | xargs echo

# put multiple requests at a time from different clients to the leader
  echo write, 64 client, $keysize key size, to leader
  ./boom -m PUT -n 640 -d value=`head -c $keysize < /dev/zero | tr '\0' '\141'` -c 64 -T application/x-www-form-urlencoded $leader/v2/keys/foo | grep -e "Requests/sec" -e "Latency" -e "90%" | tr "\n" "\t" | xargs echo

# put multiple requests at a time from different clients to the leader
  echo write, 256 client, $keysize key size, to leader
  ./boom -m PUT -n 2560 -d value=`head -c $keysize < /dev/zero | tr '\0' '\141'` -c 256 -T application/x-www-form-urlencoded $leader/v2/keys/foo | grep -e "Requests/sec" -e "Latency" -e "90%" | tr "\n" "\t" | xargs echo

# put multiple requests at a time from different clients to all servers
  echo write, 64 client, $keysize key size, to all servers
  for i in ${servers[@]}; do
    ./boom -m PUT -n 210 -d value=`head -c $keysize < /dev/zero | tr '\0' '\141'` -c 21 -T application/x-www-form-urlencoded $i/v2/keys/foo | grep -e "Requests/sec" -e "Latency" -e "90%" | tr "\n" "\t" | xargs echo &
  done
  # wait for all booms to start running
  sleep 3
  # wait for all booms to finish
  for pid in $(pgrep 'boom'); do
    while kill -0 "$pid" 2> /dev/null; do
      sleep 3
    done
  done

  echo write, 256 client, $keysize key size, to all servers
  for i in ${servers[@]}; do
    ./boom -m PUT -n 850 -d value=`head -c $keysize < /dev/zero | tr '\0' '\141'` -c 85 -T application/x-www-form-urlencoded $i/v2/keys/foo | grep -e "Requests/sec" -e "Latency" -e "90%" | tr "\n" "\t" | xargs echo &
  done
  sleep 3
  for pid in $(pgrep 'boom'); do
    while kill -0 "$pid" 2> /dev/null; do
      sleep 3
    done
  done

  echo read, 1 client, $keysize key size, to leader
  ./boom -n 100 -c 1 $leader/v2/keys/foo | grep -e "Requests/sec" -e "Latency" -e "90%" | tr "\n" "\t" | xargs echo

  echo read, 64 client, $keysize key size, to leader
  ./boom -n 6400 -c 64 $leader/v2/keys/foo | grep -e "Requests/sec" -e "Latency" -e "90%" | tr "\n" "\t" | xargs echo

  echo read, 256 client, $keysize key size, to leader
  ./boom -n 25600 -c 256 $leader/v2/keys/foo | grep -e "Requests/sec" -e "Latency" -e "90%" | tr "\n" "\t" | xargs echo

  echo read, 64 client, $keysize key size, to all servers
  # bench servers one by one, so it doesn't overload this benchmark machine
  # It doesn't impact correctness because read request doesn't involve peer interaction.
  for i in ${servers[@]}; do
    ./boom -n 21000 -c 21 $i/v2/keys/foo | grep -e "Requests/sec" -e "Latency" -e "90%" | tr "\n" "\t" | xargs echo
  done

  echo read, 256 client, $keysize key size, to all servers
  for i in ${servers[@]}; do
    ./boom -n 85000 -c 85 $i/v2/keys/foo | grep -e "Requests/sec" -e "Latency" -e "90%" | tr "\n" "\t" | xargs echo
  done

done