This tool is made for development purposes only.
- docker (1.12.0+)
- docker-compose (1.7.0+)
- kvm (qemu-kvm libvirt-bin on debian)
- Docker will create a bridge network
- Docker will create FAI boxes and clients on the same switch (bridge)
- kvm will provide full virtualisation of the overthebox, it will be linked to the same switch
- Start modem1:
docker-compose up -d modem1
- Setup the wan IP on modem1:
docker-compose up -d modem1
- Start the kvm:
kvm/setup.sh
- Once the otb has an IP, stop dnsmasq on modem1:
docker exec modem1 supervisorctl stop dnsmasq
- Start modem2:
docker-compose up -d modem2
- Setup the wan IP on modem2
sudo ./add_wan.sh
- Force the otb to scan for a new network:
pkill -USR1 udhcpc
You can setup a dnat to access your OTB via ssh and https.
./setup_dnat.sh modem1 _ip_of_the_otb_in_the_modem1_net_ _your_public_ip_
You can setup the latency and the rate of each modem using the setup_tc.sh
script.
./setup_tc.sh modem2 1mbit 200ms
Create an app on this page: https://eu.api.ovh.com/createApp/ Store the credentials in ~/.ovh.conf, here is the proper syntax: https://github.com/ovh/go-ovh#use-the-api-on-behalf-of-a-user
Launch the cli whith the generateCk
option to create a consumer key. And add it to the the .ovh.conf
file.
cd cli
go run *.go --generateCk
Get the list of you services:
go run *.go --listServices
Get the device_id from kvm:
uci show overthebox.me.device_id
Link the device with the service
go run *.go -deviceId YOUR_DEVICE_ID -serviceId YOUR_SERVICE_ID
Confirm the service on the device (from v0.4.24), run this in the kvm
overthebox_confirm_service