HTTPD benchmark

The following describe the details of the HTTPD benchmark making it reproducible. Let us know if you find anything is missing.

Test bed:

• Server 1: HTTPD
• Server 2: Client

Software

• HTTPD

Server 1 Setup:

1 Fetch dpdk from upstream (support for i40e is not sufficient in 1.8.0) 2 update config/common_linuxapp 3 update CONFIG_RTE_MBUF_REFCNT to 'n' 4 update CONFIG_RTE_MAX_MEMSEG=4096 5 follow instructions from Seastar readme on DPDK installation for 1.8.0

• hugepages define 2048,2048 pages
• compile seastar

sudo build/release/apps/httpd/httpd --network-stack native --dpdk-pmd --dhcp 0 --host-ipv4-addr $seastar_ip --netmask-ipv4-addr 255.255.255.0 --collectd 0 --smp

Server 2 Setup

(http_client)

• do steps 1-5 listed above

• tcpu=$(($cpu+2))

• sudo build/release/apps/seawreck/seawreck --server $seastar_ip:10000 --host-ipv4-addr $tester_ip --dhcp 0 --netmask-ipv4-addr 255.255.255.0 --network-stack native --dpdk-pmd --collectd 0 --duration 60 --smp --conn *64

Hardware

2 servers connected B2B with 40Gb

Complete info on HW (some of this is not intersting the disks / nvme are irrelevant to our tests)

Benchmark consists of two identical PCSD server systems:

• (R2208WTTVSBPP server system)[http://ark.intel.com/products/81820/Intel-Server-System-R2208WTTYS] , documentation in case additional info on board/system is needed

(2x Xeon E5-2695v3)[http://ark.intel.com/products/81057/Intel-Xeon-Processor-E5-2695-v3-35M-Cache-2_30-Ghz]: 2.3GHz base, 35M cache, 14 core -> 28 core with HT -> 56 cores per host

• 8x 8GB DDR4 Micron memory

• 12x 300GB Intel S3500 SSD (in RAID5, 3TB of storage for OS)

• 2x 400GB Intel NVMe P3700 SSD (not mapped in OS, just in case additional storage is needed)

• 2x Intel Ethernet CNA XL710-QDA1 (two cards per server, cards are separated by CPUs (card1 -> CPU1, card2 -> CPU2))

• FW info: Default BIOS settings (TurboBoost enabled, HyperThreading enabled)