Hi Sirs,
Does LAVA support MCU like system? Which usually using a debugger to download image to a MCU internal flash, and get uart result?
Regards,
Hake
How can you have more than one LAVA user have the same token secret
(e.g. for a notify callback.)?
Example use case:
- LAVA job with notify callbacks using token names
- submited as user "bob", token names of "bob" map to actual token secrets
- job fails
- user "lab-admin" fixes some lab issues, re-submits job
- job passes, but callbacks fail because tokens are associated with user "bob"
Since the re-submitted job runs as user "lab-admin", the same token
names and corresponding secrets don't exist.
Naively, user "lab-admin" tries to copy the token secrets from user
"bob" keeping the same token names, but this fails saying that "secret
already exists".
Why can't different users have the same secrets?
I haven't looked at the code, but this limitation kind of suggests that
the secret itself is the key in the db, which would prevent multiple
secrets of the same.
Kevin
Hello lava users,
I use in a test job linuximage, rootfs and dtb from file server location retrieved via http. These files are nightly build from Jenkins. The file links are static so I can use new images within the same test job definition.
Jenkins generates also a build information text file with commit IDs an so on.
How can I integrate the content of this file in the job metadata or job result log? Using metadata: build-readme: <link> in the job definition is not possible because the link is stable over different build, but the file content is changing.
The DUT has no access to the file location because it is in an isolated network. Is there a way to cat the file content on the worker to metadata or job result?
Greetings,
Matthias
Hello lava users,
my lava 2019.01 shows me a device with Health == Bad. The Transitions log give that message:
March11, 3:02p.m.
lava-health
Good → Bad (Invalid device configuration)
Where can I found information about a misconfigured device? The log files did not provide (in my eyes) sufficient information.
As Health checks I use the smoke-tests.
Kinds Regards,
Matthias
I use lxc-mocker in docker container, everything is ok.
Just if the package did not install in advance, then next command will hang in web:
lxc-create -t ubuntu -n test_lava -- --release xenial --mirror http://mirror.bytemark.co.uk/debian --packages systemd,systemd-sysv --arch amd64
I enter the container, see:
root@df67cf292479:/# ps -ef
UID PID PPID C STIME TTY TIME CMD
root 1 0 0 17:20 pts/0 00:00:00 /usr/bin/python3 /usr/bin/lava-slave --level DEBUG --log-file - --master tcp://192.168.1.10:5556 --socket-a
root 8 0 0 17:20 pts/1 00:00:00 /bin/bash
root 13 1 0 17:20 pts/0 00:00:00 lava-run [job: 837]
root 19 13 0 17:20 pts/0 00:00:00 /bin/bash /usr/bin/lxc-create -q -t ubuntu -n test_lava -- --release xenial --mirror http://mirror.bytemark.c
root 261 19 1 17:20 pts/0 00:00:00 apt-get -q install -y systemd systemd-sysv
root 473 8 0 17:21 pts/1 00:00:00 ps -ef
Seems "apt-get install" hang, but if I pre-install the systemd,etc, then everything will ok, the lxc-create will not hang. The same for lxc-attach mocker etc, all will hang if do "apt-get install" & no pakcage preinstall.
Please suggest, thanks.
I started playing with the official lava images today and wanted to
share my work in progress, in case others are doing something similar or
have feedback. My goal is to deploy a lava lab locally. My architecture
is a single host (for now) that will host both the lava server and one
dispatcher. Once it's all working, I'll start deploying a qemu worker
followed by some actual boards (hopefully).
So far, I have the following docker-compose.yml:
version: '3'
services:
database:
image: postgres:9.6
environment:
POSTGRES_USER: lavaserver
POSTGRES_PASSWORD: mysecretpassword
PGDATA: /var/lib/postgresql/data/pgdata
volumes:
- ${PWD}/pgdata:/var/lib/postgresql/data/pgdata
server:
image: lavasoftware/amd64-lava-server:2018.11
ports:
- 80:80
volumes:
- ${PWD}/etc/lava-server/settings.conf:/etc/lava-server/settings.conf
- ${PWD}/etc/lava-server/instance.conf:/etc/lava-server/instance.conf
depends_on:
- database
dispatcher:
image: lavasoftware/amd64-lava-dispatcher:2018.11
environment:
- "DISPATCHER_HOSTNAME=--hostname=dispatcher.lava.therub.org"
- "LOGGER_URL=tcp://server:5555"
- "MASTER_URL=tcp://server:5556"
With that file, settings.conf, and instance.conf in place, I run 'mkdir
pgdata; docker-compose up' and the 3 containers come up and start
talking to each other. The only thing exposed to the outside world is
lava-server's port 80 at the host's IP, which gives the lava homepage as
expected. The first time they come up, the database isn't up fast enough
(it has to initialize the first time) and lava-server fails to connect.
If you cancel and run again it will connect the second time.
A few things to note here. First, it doesn't seem like a persistent DB
volume is possible with the existing lava-server container, because the
DB is initialized at container build time rather than run-time, so
there's not really a way to mount in a volume for the data. Anyway,
postgres already solves this. In fact, I found their container
documentation and entrypoint interface to be well done, so it may be a
nice model to follow: https://hub.docker.com/_/postgres/
The server mostly works as listed above. I copied settings.conf and
instance.conf out of the original container and into ./etc/lava-server/ and
modified as needed.
The dispatcher then runs and points to the server.
It's notable that docker-compose by default sets up a docker network, allowing
references to "database", "server", "dispatcher" to resolve within the
containers.
Once up, I ran the following to create my superuser:
docker-compose exec server lava-server manage users add --staff --superuser --email dan.rue(a)linaro.org --passwd foo drue
Now, for things I've run into and surprises:
- When I used a local database, I could log in. With the database in a
separate container, I can't. Not sure why yet.
- I have the dreaded CSRF problem, which is unlikely to be related to
docker, but the two vars in settings.conf didn't seem to help. (I'm
terminating https outside of the container context, and then proxying
into the container over http)
- I was surprised there were no :latest containers published
- I was surprised the containers were renamed to include the
architecture name was in the container name. My understanding is
that's the 'old' way to do it. The better way is to transparently
detect arch using manifests. Again, see postgres/ as an example.
- my pgdata/ directory gets chown'd when I run postgres container. I see
the container has some support for running under a different uid,
which I might try.
- If the entrypoint of server supported some variables like
LAVA_DB_PASSWORD, LAVA_DB_SERVER, SESSION_COOKIE_SECURE, etc, I
wouldn't need to mount in things like instance.conf, settings.conf.
I pushed my config used here to
https://github.com/danrue/lava.home.therub.org. Git clone and then run
'docker-compose up' should just work.
Anyway, thanks for the official images! They're a great start and will
hopefully really simplify deploying lava. My next step is to debug some
of the issues I mentioned above, and then start looking at dispatcher
config (hopefully it's just a local volume mount).
Dan
Hi,
In most cases, we don't need multiple node job as we can control AOSP
DUT from lxc via adb over USB. However, here is the use case.
CTS/VTS tradefed-shell --shards option supports to split tests and run
them on multiple devices in parallel. To leverage the feature in LAVA,
we need multinode job, right? And in multinode job, master-node lxc
needs access to DUTs from salve nodes via adb over tcpip, right?
Karsten shared a job example here[1]. This probably is the most
advanced usage of LAVA, and probably also not encouraged? To make it
more clear, the connectivity should look like this.
master.lxc <----adb over usb----> master.dut
master.lxc <----adb over tcpip ---> slave1.dut
master.lxc <----adb over tcpip ---> slave2.dut
....
I see two options for adb over tcpip.
Option #1: WiFi. adb over wifi can be enabled easily by issuing adb
cmds from lxc. I am not using it for two reasons.
* WiFi isn't reliable for long cts/vts test run.
* In Cambridge lab, WiFi sub-network isn't accessible from lxc
network. Because of security concerns, there is no plan to change
that.
Option #2: Wired Ethernet. On devices like hikey, we need to run
'pre-os-command' in boot action to power off OTG port so that USB
Ethernet dongle works. Once OTG port is off, lxc has no access to the
DUT, then test definition should be executed on DUT, right? I am also
having the following problems to do this.
* Without context overriding, overlay tarball will be applied to
'/system' directory and test job reported "/system/bin/sh:
/lava-247856/bin/lava-test-runner: not found"[2].
* With the following job context, LAVA still runs
'/lava-24/bin/lava-test-runner /lava-24/0' and it hangs there. It is
tested in my local LAVA instance, test job definition and test log
attached. Maybe my understanding on the context overriding is wrong, I
thought LAVA should execute '/system/lava-24/bin/lava-test-runner
/system/lava-24/0' instead. Any suggestions would be appreciated.
context:
lava_test_sh_cmd: '/system/bin/sh'
lava_test_results_dir: '/system/lava-%s'
I checked on the DUT directly, '/system/lava-%s' exist, but I cannot
really run lava-test-runner. The shebang line seems problematic.
--- hacking ---
hikey:/system/lava-24/bin # ./lava-test-runner
/system/bin/sh: ./lava-test-runner: No such file or directory
hikey:/system/lava-24/bin # cat lava-test-runner
#!/bin/bash
#!/bin/sh
....
# /system/bin/sh lava-test-runner
lava-test-runner[18]: .: /lava/../bin/lava-common-functions: No such
file or directory
--- ends ---
I had a discussion with Milosz. He proposed the third option which
probably will be the most reliable one, but it is not supported in
LAVA yet. Here is the idea. Milosz, feel free to explain more.
**Option #3**: Add support for accessing to multiple DUTs in single node job.
* Physically, we need the DUTs connected via USB cable to the same dispatcher.
* In single node job, LAVA needs to add the DUTs specified(somehow) or
assigned randomly(lets say both device type and numbers defined) to
the same lxc container. Test definitions can take over from here.
Is this can be done in LAVA? Can I require the feature? Any
suggestions on the possible implementations?
Thanks,
Chase
[1] https://review.linaro.org/#/c/qa/test-definitions/+/29417/4/automated/andro…
[2] https://staging.validation.linaro.org/scheduler/job/247856#L1888
Dear All,
I'm currently trying to check and implement a complete validation of my
PSCI solution.
The standard behavior for PSCI is to manage shutdown, reset and low
power mode.
I'm wondering to find the best way to manage it through LAVA.
So two questions:
- Is there a proper way to check the reboot behavior on a target (soft
reboot)? Using shell command is not possible as the is no return from
reboot.
- Shutdown? I'm wondering to test the shutdown command and trig an
automatic wake up after x seconds. My wish is to check that no watchdog
occurred during that time (which is the only way to know if the shutdown
was properly working). So it will be a similar behavior that the reboot
command.
Thanks for your support,
BR
Lionel
