lava-users

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2 participants
922 discussions

Installing LAVA-2018.2

by ankit gupta

Hi All, I have Debian 9(stretch) installed on my system and I want to install LAVA 2018.2 (server as well as the dispatcher), I used "*deb https://images.validation.linaro.org/production-repo <https://images.validation.linaro.org/production-repo> stretch-backports main*" repository for this. But it only installing LAVA 2017.7 version and it's only showing LAVA-server version 2018.2 in the upgrade but not LAVA-dispatcher-2018.2. Please suggest do I need to use some different repository for LAVA-dispatcher-2018.2? Thanks, Ankit

7 years

Test Results

by mayuri mohite

Hello All, I am following https://validation.linaro.org/static/docs/v2/results-intro.html for charts and queries. My LAVA version is $ dpkg -l lava-server Desired=Unknown/Install/Remove/Purge/Hold | Status=Not/Inst/Conf-files/Unpacked/halF-conf/Half-inst/trig-aWait/Trig-pend |/ Err?=(none)/Reinst-required (Status,Err: uppercase=bad) ||/ Name Version Architecture Description +++-==============================================-============================-============================-================================================================================================== ii lava-server 2018.2+7178.53c57de9-1+stret all Linaro Automated Validation Architecture server I have created "test job" query and added that query while running my job by adding below lines in my job notify: recipients: - to: method: email user: mayuri criteria: status: complete verbosity: verbose query: name: test_job username: mayuri But,I am getting only email notifications of test result for this job but, I am not getting any query related information or chart related information through this job. Only one message related to query I am getting which is " No query is set for results comparing" Please help me in to this. Regards, Mayuri

7 years

Re: [Lava-users] fastboot in LXC LAVA

by Karsten Tausche

Hi Conrad, one of the devices in our setup is a nexus4, which will be most useful for reference. It has this device dictionary jinja: {% extends 'nexus4.jinja2' %} {% set adb_serial_number = 'someserialnumber' %} {% set fastboot_serial_number = 'someserialnumber' %} {% set device_info = [{'board_id': 'someserialnumber'}] %} {% set static_info = [{'board_id': 'someserialnumber'}] %} Maybe the fastboot_serial_number is the critical part here? I think some parts in the device type definition expected this value to be defined. The device type is the nexus4 definition that is included in LAVA. It runs with the health check from the LAVA repos [1], expect that Debian Sid is replaced by Stretch for LXC (seems that the scripts are not compatible with the current Sid). Adding the following test demonstrates some fastboot commands that work here: - test: namespace: tlxc timeout: minutes: 5 definitions: - from: inline name: some-fastboot-commands path: inline/some-fastboot-commands.yaml repository: metadata: format: Lava-Test Test Definition 1.0 name: some-fastboot-commands description: "some-fastboot-commands" run: steps: - adb start-server || true - adb wait-for-device - adb reboot bootloader - sleep 60 - fastboot devices -l - fastboot reboot - sleep 10 - adb wait-for-device The LAVA master+dispatcher are running on Debian Buster. LAVA version is 2018.2-1 (Debian packages). [1] https://git.linaro.org/lava-team/refactoring.git/tree/health-checks/nexus4.… Regards, Karsten On Wed, Apr 11, 2018 at 8:42 PM, Conrad Djedjebi <conrad.djedjebi(a)linaro.org > wrote: > Hi Karsten, > > Thank you for your answer, > > In the device dictionnary, I wrote the board_id number but neither > vendor_id nor product_id. I did the same thing as you. My adb serial number > is the same as my fastboot serial number. The board_id was set to > adb/fastboot serial number. > > It is really strange that the device is not being discovered in fastboot > mode. > > Can you share with me the configuration you used while testing fastboot? (Is > it a debian LXC?, which versions of fastboot/adb packages did you use? If > you runned a LAVA Test Job Definition, can you share it with me?). There > must be a detail I missed. > > Thanks > > Regards, > > Le mer. 11 avr. 2018 à 19:58, Karsten Tausche <karsten(a)fairphone.com> a > écrit : > >> Hi, >> >> out of curiosity I tried using fastboot on our setup. It works here >> without any issues. Could your problem be related to different USB meta >> data reported in adb and fastboot mode? The documentation here [1] suggests >> to add usb_vendor_id/usb_product_id to the device dictionary. However, >> these can be different in different boot stages. That's why I'm only >> setting board_id, which is for our devices the Android serial number and >> equal to iSerial reported by lsusb in fastboot and adb modes. >> >> Regards, >> Karsten >> >> [1] https://staging.validation.linaro.org/static/docs/v2/ >> admin-lxc-deploy.html#android-testing-with-lxc-support >> >> On Wed, Apr 11, 2018 at 4:31 PM, Conrad Djedjebi < >> conrad.djedjebi(a)linaro.org> wrote: >> >>> Hi Senthil, Chris, >>> >>> Thank you for your answers, >>> >>> >>> Senthil, the udev rule is triggered each time my device switch from >>> fastboot to adb mode or from adb to fastboot mode. I tried the process of >>> switching from adb to fastboot mode and vice versa in the container. Before >>> that, I uninstalled fastboot and adb packages from the host so there is no >>> way the adb and fastboot daemons of the host are creating conflicts with >>> the fastboot and adb deamons of the container. >>> >>> >>> Each time the device enters adb mode, the udev rule is triggered and I >>> can find the device with the command adb devices. But each time the device >>> switchs to fastboot mode, I can 't see it with the command fastboot >>> devices. I can see that the udev rule is triggered in the logs but the >>> device is still not appearing. *I even did a "lxc-device -n myLxcName >>> add /dev/bus/usb/001/056" manually to add the device to the container in >>> fastboot mode*. The add process was done properly but there was still >>> no fastboot device visible. >>> >>> >>> Chris, my container is successfully adding the usb device each time it >>> is plugged. In adb mode, I can easily run Android CTS or Android VTS test >>> suites on the device. So I think the container have access to >>> "/dev/bus/usb" and also to the host's network stack. >>> >>> >>> Someone told me he had to add an additional mount entry >>> into /usr/share/lxc/config/debian.common.conf otherwise fastboot could >>> not see his device from the container. I will explore that option. >>> >>> >>> >>> *I am still looking for a way to fix my issue anyway.* >>> >>> >>> >>> regards, >>> >>> >>> On 8 April 2018 at 14:47, Senthil Kumaran S <senthil.kumaran(a)linaro.org> >>> wrote: >>> >>>> Hi Conrad, >>>> >>>> On Sunday 08 April 2018 06:39 PM, Conrad Djedjebi wrote: >>>> > I am currently running jobs on a device through adb without issues. >>>> LAVA >>>> > is adding udev rules which make it possible for the LXC container to >>>> > successfully attach the target. >>>> > >>>> > However, when the device turns into fastboot mode, a "fastboot >>>> devices" >>>> > command in the LXC returns nothing. In fastboot mode, the USB link of >>>> > the device is added whereas the device is not listed among the >>>> fastboot >>>> > devices. >>>> >>>> The udev rules gets applied only when the device gets re-enumerated / >>>> restarted ie., on an udev add event. Otherwise the udev rule will not >>>> get applied to a device. For devices that are attached already when the >>>> job starts or if the device will not get re-enumerated, then use >>>> static_info as seen here - >>>> https://git-us.linaro.org/lava/lava-lab.git/tree/ >>>> staging.validation.linaro.org/master-configs/staging-master. >>>> lavalab/lava-server/dispatcher-config/devices/ >>>> staging-hi6220-hikey-r2-02.jinja2#n16 >>>> along with the device_info variable in the device dictionary. >>>> >>>> > In the host, a "fastboot devices" command returns the id of the >>>> device. >>>> >>>> I haven't faced this. But on the other hand when the host runs adb >>>> daemon, then it takes control of all the devices and the devices will >>>> not be visible from within the containers (LXC), even when the udev rule >>>> is applied. So care should be taken that 'adb' daemon is not running on >>>> the host. It is good, not to run any operation with fastboot too on the >>>> host, when the device is accessed via a container within the same host. >>>> >>>> Thank You. >>>> -- >>>> Senthil Kumaran S >>>> http://www.stylesen.org/ >>>> http://www.sasenthilkumaran.com/ >>>> >>> >>> >>> _______________________________________________ >>> Lava-users mailing list >>> Lava-users(a)lists.linaro.org >>> https://lists.linaro.org/mailman/listinfo/lava-users >>> >>> >>

7 years

[RFC] meta-lava

by Remi Duraffort

Hello, in order to validate that lava-server and lava-dispatcher are not regressing from one version to another, we added a lot of unit tests that are run every time a commit is pushed under review on https://review.linaro.org/ Before each release, we also run integrations tests on real hardware. However, we don't have access to most of the hardware currently supported by LAVA. Which mean that we cannot fully tests that LAVA is not regressing. For this reason, we created a project called meta-lava (currently available at https://framagit.org/ivoire/meta-lava) When run, meta-lava will: 1/ build a docker image for lava-server and lava-dispatcher * install lava-server and lava-dispatcher Debian packages from the production repo * pull the sources from git and overwrite installed sources 2/ start the containers in a specific network (meta-lava-net) 3/ wait for lava-slave to connect to the master 4/ launch a bunch of tests 5/ compare the results against the expected results In order to run the tests (as the meta-lava slave is *not* connected to any real hardware), we use a program called DummySys ( https://framagit.org/ivoire/DummySys) that will: * print the exact lines that lava is expecting * expect the exact inputs that lava is supposed to send This allow to test that lava will always behave exactly the same, for a given type of board, from one release to another. We can also simulate hardware failures, kernel crashes, ...and check that LAVA will continue to report the error correctly. meta-lava is currently running health-check for 24 device types (see https://framagit.org/ivoire/meta-lava/tree/master/tests/health-checks) and also checking for some common errors (like auto-login failures) or use cases (doing a GET on a given url when a job is finished). However without some help from the lava community we won't be able to add every boards that you care about nor all your specific use cases. So if you are interested, please raise your hand and contact me. Thanks -- Rémi Duraffort LAVA Team Linaro

7 years

fastboot in LXC LAVA

by Conrad Djedjebi

Good morning everyone, I would like to have your advices on the following subject : attaching a fastboot device in LXC container during a LAVA job. I am currently running jobs on a device through adb without issues. LAVA is adding udev rules which make it possible for the LXC container to successfully attach the target. However, when the device turns into fastboot mode, a "fastboot devices" command in the LXC returns nothing. In fastboot mode, the USB link of the device is added whereas the device is not listed among the fastboot devices. In the host, a "fastboot devices" command returns the id of the device. Did anyone here already faced that situation in the past? regards,

7 years

Trigger another job or task on completion of job

by Chetan Sharma

Hi Team, Can we trigger a another job/task of completion of one TestJob ? Can you share any reference if we can perform this action. -- Thanks & Regards Chetan Sharma

7 years, 1 month

multinode+lxc/fastboot: reboot_to_fastboot, multinode device count

by Karsten Tausche

Hi Folks, I'm experimenting with Multinode for distributing tests across multiple Android DUTs (for using the CTS shards option at some point). The problem now is that the devices are rebooted to fastboot after the test although reboot_to_fastboot: false is specified in the test parameters. Apparently this parameter is not passed over from the multinode job to the LxcProtocol. Any idea on how to fix this? I attached a basic test shell definition that demonstrates the problem. A side question here: If I set the count of the worker role to something larger than 1, one of the job instance will stop incompletely with "error_msg: Invalid job data: ["Missing protocol 'lava-lxc'"] <http://localhost/results/testcase/817>", and the other two time out at "Multinode wait/sync". Am I missing something here or is this a limitation of the multinode/lxc protocol combination? Thank you, Karsten

7 years, 1 month

How to plot in Lava

by Zoran S

Hello to everyone, Suppose I am able to retrieve from the DUT my cyclictest results, in the form of the table. Am I able to plot these results directly from Lava? If yes, any examples in V2 test definitions how to do that? Thank you, Zoran

7 years, 1 month

A deployment strategy using USB Gadget

by Ros Dos Santos, Alfonso (CT RDA DS EVO OPS DIA SE 1)

Hi everyone, in the last few months my team and I have being using LAVA in our Continuous Integration process for the development of a Yocto Linux image for some development boards. These boards were not compatible with the available strategies in LAVA so we had to improvise a little. These boards are however capable of booting from a USB device. Our idea was then to create a new deployment strategy that will download the image file into some Linux device with a OTG USB port and "expose" it using the g_mass_storage kernel module. The OTG USB port will be connected to the test development board USB. For the booting strategy we use the already existing minimal boot where we simply power up the device and let it boot from the USB. We would like to know your thoughts about this idea and if you see any value in these changes for a possible contribution. In the board's device configuration we add the host to where download and mount the image actions: deploy: methods: usbgadget: usb_gadget_host: {{ usb_gadget_host }} We developed these changes on top of the lava-dispatcher verision 2017.7-1~bpo9+1 from the strerch-backports repository. Here is our patch with the changes: We also added some options to apply a patch to the image boot partition to make it usb bootable, but if the image is already usb bootable it is not needed. --- .../pipeline/actions/deploy/strategies.py | 1 + .../pipeline/actions/deploy/usbgadget.py | 254 +++++++++++++++++++++ 2 files changed, 255 insertions(+) create mode 100644 lava_dispatcher/pipeline/actions/deploy/usbgadget.py diff --git a/lava_dispatcher/pipeline/actions/deploy/strategies.py b/lava_dispatcher/pipeline/actions/deploy/strategies.py index da1e155..cfd6438 100644 --- a/lava_dispatcher/pipeline/actions/deploy/strategies.py +++ b/lava_dispatcher/pipeline/actions/deploy/strategies.py @@ -32,3 +32,4 @@ from lava_dispatcher.pipeline.actions.deploy.lxc import Lxc from lava_dispatcher.pipeline.actions.deploy.iso import DeployIso from lava_dispatcher.pipeline.actions.deploy.nfs import Nfs from lava_dispatcher.pipeline.actions.deploy.vemsd import VExpressMsd +from lava_dispatcher.pipeline.actions.deploy.usbgadget import USBGadgetDeployment diff --git a/lava_dispatcher/pipeline/actions/deploy/usbgadget.py b/lava_dispatcher/pipeline/actions/deploy/usbgadget.py new file mode 100644 index 0000000..65347f4 --- /dev/null +++ b/lava_dispatcher/pipeline/actions/deploy/usbgadget.py @@ -0,0 +1,254 @@ +import os +import patch +import guestfs +import errno +import gzip + +from paramiko import SSHClient, AutoAddPolicy +from scp import SCPClient +from tempfile import mkdtemp +from shutil import rmtree + +from lava_dispatcher.pipeline.action import Pipeline, InfrastructureError, Action +from lava_dispatcher.pipeline.logical import Deployment +from lava_dispatcher.pipeline.actions.deploy import DeployAction + +from lava_dispatcher.pipeline.actions.deploy.download import ( + DownloaderAction, +) + +from lava_dispatcher.pipeline.actions.deploy.overlay import ( + OverlayAction, +) + +from lava_dispatcher.pipeline.actions.deploy.apply_overlay import ( + ApplyOverlayImage, +) + + +class PatchFileAction(Action): + + def __init__(self): + super(PatchFileAction, self).__init__() + self.name = "patch-image-file" + self.summary = "patch-image-file" + self.description = "patch-image-file" + + def run(self, connection, max_end_time, args=None): + connection = super(PatchFileAction, self).run( + connection, max_end_time, args) + + decompressed_image = self.get_namespace_data( + action='download-action', label='image', key='file') + self.logger.debug("Image: %s", decompressed_image) + + partition = self.parameters['patch'].get('partition') + if partition is None: + raise JobError( + "Unable to apply the patch, image without 'partition'") + + patchfile = self.get_namespace_data( + action='download-action', label='file', key='patch') + + destination = self.parameters['patch'].get('dst') + + self.patch_file(decompressed_image, partition, destination, patchfile) + return connection + + @staticmethod + def patch_file(image, partition, destination, patchfile): + """ + Reads the destination file from the image, patchs it and writes it back + to the image. + """ + guest = guestfs.GuestFS(python_return_dict=True) + guest.add_drive(image) + guest.launch() + partitions = guest.list_partitions() + if not partitions: + raise InfrastructureError("Unable to prepare guestfs") + guest_partition = partitions[partition] + guest.mount(guest_partition, '/') + + # create mount point + tmpd = mkdtemp() + + # read the file to be patched + f_to_patch = guest.read_file(destination) + + if destination.startswith('/'): + # copy the file locally + copy_dst = os.path.join(tmpd, destination[1:]) + else: + copy_dst = os.path.join(tmpd, destination) + + try: + os.makedirs(os.path.dirname(copy_dst)) + except OSError as exc: + if exc.errno == errno.EEXIST: + pass + else: + raise + + with open(copy_dst, 'w') as dst: + dst.write(f_to_patch) + + # read the patch + ptch = patch.fromfile(patchfile) + + # apply the patch + ptch.apply(root=tmpd) + + # write the patched file back to the image + with open(copy_dst, 'r') as copy: + guest.write(destination, copy.read()) + + guest.umount(guest_partition) + + # remove the mount point + rmtree(tmpd) + + +class USBGadgetScriptAction(Action): + + def __init__(self, host): + super(USBGadgetScriptAction, self).__init__() + self.name = "deploy-usb-gadget" + self.summary = "deploy-usb-gadget" + self.description = "deploy-usb-gadget" + self.host = host + + def validate(self): + if 'deployment_data' in self.parameters: + lava_test_results_dir = self.parameters[ + 'deployment_data']['lava_test_results_dir'] + lava_test_results_dir = lava_test_results_dir % self.job.job_id + self.set_namespace_data(action='test', label='results', + key='lava_test_results_dir', value=lava_test_results_dir) + + def print_transfer_progress(self, filename, size, sent): + current_progress = (100 * sent) / size + if current_progress >= self.transfer_progress + 5: + self.transfer_progress = current_progress + self.logger.debug( + "Transferring file %s. Progress %d%%", filename, current_progress) + + def run(self, connection, max_end_time, args=None): + connection = super(USBGadgetScriptAction, self).run( + connection, max_end_time, args) + + # # Compressing the image file + uncompressed_image = self.get_namespace_data( + action='download-action', label='file', key='image') + self.logger.debug("Compressing the image %s", uncompressed_image) + compressed_image = uncompressed_image + '.gz' + with open(uncompressed_image) as f_in, gzip.open(compressed_image, 'wb') as f_out: + f_out.writelines(f_in) + + # # Try to connect to the usb gadget host + ssh = SSHClient() + ssh.set_missing_host_key_policy(AutoAddPolicy()) + ssh.connect(hostname=self.host, username='root', password='') + dest_file = os.path.join('/mnt/', os.path.basename(compressed_image)) + + # # Clear /mnt folder + self.logger.debug("Clearing /mnt directory") + stdin, stdout, stderr = ssh.exec_command('rm -rf /mnt/*') + exit_code = stdout.channel.recv_exit_status() + if exit_code == 0: + self.logger.debug("/mnt clear") + else: + self.logger.error("Could not clear /mnt on secondary device") + + # # Transfer the compressed image file + self.logger.debug( + "Transferring file %s to the usb gadget host", compressed_image) + self.transfer_progress = 0 + + scp = SCPClient(ssh.get_transport(), + progress=self.print_transfer_progress, + socket_timeout=600.0) + scp.put(compressed_image, dest_file) + scp.close() + + # # Decompress the sent image + self.logger.debug("Decompressing the file %s", dest_file) + stdin, stdout, stderr = ssh.exec_command('gzip -d %s' % (dest_file)) + exit_code = stdout.channel.recv_exit_status() + if exit_code == 0: + self.logger.debug("Decompressed file") + else: + self.logger.error("Could not decompress file: %s", + stderr.readlines()) + + # # Run the g_mass_storage module + dest_file_uncompressed = dest_file[:-3] + self.logger.debug( + "Exposing the image %s as a usb storage", dest_file_uncompressed) + + stdin, stdout, stderr = ssh.exec_command('rmmod g_mass_storage') + exit_code = stdout.channel.recv_exit_status() + + stdin, stdout, stderr = ssh.exec_command( + 'modprobe g_mass_storage file=%s' % (dest_file_uncompressed)) + exit_code = stdout.channel.recv_exit_status() + if exit_code == 0: + self.logger.debug("Mounted mass storage file") + else: + self.logger.error("Could not mount file: %s", + stderr.readlines()) + + ssh.close() + return connection + + +class USBGadgetDeploymentAction(DeployAction): + + def __init__(self): + super(USBGadgetDeploymentAction, self).__init__() + self.name = 'usb-gadget-deploy' + self.description = "deploy images using the fake usb device" + self.summary = "deploy images" + + def populate(self, parameters): + self.internal_pipeline = Pipeline( + parent=self, job=self.job, parameters=parameters) + path = self.mkdtemp() + + # Download the image + self.internal_pipeline.add_action(DownloaderAction('image', path)) + + if self.test_needs_overlay(parameters): + self.internal_pipeline.add_action(OverlayAction()) + self.internal_pipeline.add_action(ApplyOverlayImage()) + + # Patch it if needed + if 'patch' in parameters: + self.internal_pipeline.add_action(DownloaderAction('patch', path)) + self.internal_pipeline.add_action(PatchFileAction()) + + host = self.job.device['actions']['deploy'][ + 'methods']['usbgadget']['usb_gadget_host'] + self.internal_pipeline.add_action(USBGadgetScriptAction(host)) + + +class USBGadgetDeployment(Deployment): + """ + Only for iot2000-usb + """ + compatibility = 4 + + def __init__(self, parent, parameters): + super(USBGadgetDeployment, self).__init__(parent) + self.priority = 1 + self.action = USBGadgetDeploymentAction() + self.action.section = self.action_type + self.action.job = self.job + parent.add_action(self.action, parameters) + + @classmethod + def accepts(cls, device, parameters): + """ + Accept only iot2000-usb jobs + """ + return device['device_type'] == 'iot2000-usb' -- 2.7.4

7 years, 1 month

u-boot commands in Lava

by Denis HUMEAU

Dear all, I'm adding a new device to my test farm This device supports u-boot. Device-type and device have been created, I want to test a simple nfs job. To manage to start the kernel, I need to trigger 2 commands from u-boot before launching the nfs boot command: dcache off and icache off My question here is to know how to manage that with Lava V2. Should it be done in the device or device-type, or should it be done in the test job? Any example is welcome. Best regards, Denis

7 years, 1 month

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