The CAmkES VMM is actively targeted to run on the C162 platform from Aitech. This is short description of how to build and run this configuration

GHC and packages MissingH, data-ordlist and split (installable from cabal) For example:

apt-get install ghc
apt-get install cabal-install
cabal update
cabal install MissingH
cabal install data-ordlist
cabal install split

Cabal packages get installed under the current user, so each user that wants to build the VM must run the cabal steps

Python and packages jinja2, ply, pyelftools Can be installed via pip, for example:

apt-get install python-pip
pip install pyelftools
pip install ply
pip install jinja2

If building on a 64bit system ensure 32bit compiler tools are installed, mainly:

apt-get install lib32gcc1

And the correct version of multilib for your gcc, for example:

apt-get install gcc-multilib

To build do

make clean
make c162_threevm_testing_defconfig
make silentoldconfig
make

Then boot images/kernel-ia32-pc99 and images/capdl-loader-experimental-image-ia32-pc99 with the multiboot boot loader of your choice

For testing the C162 was configured to PXEboot (using firmware and instructions apc) pxelinux, which then used the mboot.c32 module to load the seL4 kernel and user image

Three Linux's are configured to start. Each uses the same kernel and initrd, but has access to different hardware.

• vm0 - sata (SSD), usb and VME
• vm1 - eth0, pld, canbus and SMBus (I2C)
• vm2 - eth1, com2 and com4

The configuration file to use is chosen by

make menuconfig
Applications -> VMM Main Application -> Configuration

For the c162_threevm_testing_defconfig this will be 'c162_threevm_testing', which corresponds to two files of that same name in apps/vm/configurations These two files programatically define a configuration that will be interpreted at build time. This includes how many VMs, what hardware each VM has access to, the name of Linux kernel and initrd to use etc. It also defines any additional components and connections.

The hardware COM1 is multiplexed to each VM such that output for each guest and VM appears over COM1, and input can be directed at any of the guests. The output of each guest and VM is colour coded.

By default input is sent to vm0, to switch input to a different VM use ~N where N is 0, 1 or 2. The escape character, tilde, is only recognized following a newline.

VM2 has direct access to the hardware device for its network port. VM1 shares the network port with a separate seL4 component. For this sharing the Ethdriver component controls the actual hardware, and accepts two clients, one is VM1, the other is an Echo server. The multiplexing is done by presenting multiple MAC addresses on the network, instead of using the manufacturer supplied one. these MAC addresses are declared in the VM_ETHDRIVER_CLIENTS_0 define in the c162_threevm_testing.h configuration file. The echo server responds to ARP requests and ICMP Ping requests, its IP address is static and is configured by

make menuconfig
Applications -> VMM Main Application -> Echo server IP Address

An example of using C++ in a component can be found in the cxx app, which can be selected by

make simple_cxx_defconfig

There is a separate README for it