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# Linaro's Automated Validation Architecture (LAVA) Docker Container
Preinstalls and preconfigures the latest LAVA server release.
## Prerequisite
The package docker-compose is necessary
## Name Conventions
Each board must be named by their device-type as "device-type-XX" where XX is a number
Each tty will have a name /dev/boardname (via the udev rules)
Each conmux config file will be named boardname.cf
Each slave must be named lab-slave-XX
## Know limitation
The current lava-docker provide support for only one slave
## Architecture
The host must have a dedicated LAN. (192.168.66.0/24)
The host must have IP set to 192.168.66.1 on this LAN.
A sample dhcpd config file is available in the dhcpd directory
## Generating files
### boards.yaml
This file describe how are setuped your boards, and how they are connected and powered.
```
lab-slave-name:
devicename:
type: the devicetype of this device
pdu:
daemon: The hostname running the PDU daemon (always localhost)
host: The host name of the PDU as named in lavapdu.conf
port: portnumber (The port number of the PDU where the device is connected)
uart:
type:
serial: The serial number in case of FTDI uart
```
Notes:
uart FTDI only need serial
Examples: see boards.yaml
### tokens.yaml
The tokens format have two section, one for user generation, the other for callback tokens
```
lava_server_users:
- name: LAVA username
token: The token of this use
password: Password the this user (generated if not provided)
callback_tokens:
- filename: The filename for storing the informations below, the name should be unique along other callback tokens
username: The LAVA user owning the token below. (This user should be created via lava_server_users:)
token: The token for this callback
description: The description of this token. This string could be used with LAVA-CI.
```
Example: see tokens.yaml
### Generate
```
lavalab-gen.py
```
this scripts will generate all necessary files in the following location:
```
conmux/ All files needed by conmux
tokens/ This is where the callback tokens will be generated
users/ This is where the users will be generated
devices/ All LAVA devices files (note that an extra qemu device is also created for the master)
slaves/ Contain the dispatcher_ip to give to slave node
udev-rules for host
docker-compose.yml Generated from docker-compose.template
```
All thoses files (except for udev-rules) will be handled by docker.
The udev-rules is for generating the right /dev/xxx TTY names.
You can still hack after generated files.
## Building
To build an image locally, execute the following from the directory you cloned the repo:
```
docker-compose build
```
## Running
```
docker-compose up
```
## Process wrapper
You can use the lavalab-gen.sh wrapper which will do all the above actions
## Proxy cache
A squid docker is provided for caching all LAVA downloads (image, dtb, rootfs, etc...)
You have to uncomment a line in lava-master/Dockerfile to enable it
## Security
Note that this container provides defaults which are unsecure. If you plan on deploying this in a production enviroment please consider the following items:
* Changing the default admin password
* Using HTTPS
* Re-enable CSRF cookie (disabled in lava-master/Dockerfile)
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