Introduction

This is a hacked together test suite of a number benchmarks I use to run workloads on KVM/ARM and x86 platforms to evaluate the relative performance.

How to use

This is what you need:

An ARM board that can run VMs (like an A15 of some sort)
The ARM board must be running a KVM-enabled kernel
The ARM board must be accessible by ssh using public key authentication to root@<board-ip> without providing a password
The ARM board must have a script in root's home folder named run-ubuntu.sh, which runs a VM using either QEMU or kvmtool. Sample script for run-guest.sh is provided here - run-ubuntu.sh is just a wrapper that sets the name to ubuntu. The script will assume a file named ubuntu.img containing a file system image.
The guest must use bridged networking and must also accept ssh connections using public key authentication just like the board itself: ssh root@<guest-ip>

TODO: Describe required support for x86 TODO: Describe how to use the power test

Then, to run a test, you simply do: ./run-all.sh --help ...and follow the instructions

To carry out the full test suite, we need:

Boot host with "maxcpus=2 mem=1536M" on the kernel command line
Get non-graphics tty (ctrl+alt+f6)
shutdown not-needed services
1. service lightdm stop
2. service network-manager stop
3. service avahi-daemon stop
for i in seq 0 1; do cpufreq-set -c $i -g performance; done;'
./run-all.sh --host-only
TODO: LMBENCH
Boot host with "maxcpus=2 mem=2048M" on the kernel command line
Get non-graphics tty (ctrl+alt+f6)
shutdown not-needed services
1. service lightdm stop
2. service network-manager stop
3. service avahi-daemon stop
sudo bash -c 'for i in seq 0 1; do cpufreq-set -c $i -g performance; done;'
./run-all.sh --guest-only

Arndale host source: git://github.com/columbia/linux-kvm-arm.git v3.10-arndale-measue 5cf2e8efe14e8aba05432e02edce59c252e3500c

git://github.com/columbia/linux-kvm-arm.git v3.10-vexpress-measure 94af25f43d7864caa3cda269ea63885c984395a6