Why I did it
Migrate FRR to bullseye
How I did it
Makefile and docker config changes to refer to bullseye instead of buster.
How to verify it
Build bullseye frr docker.
Co-authored-by: Rajendra Dendukuri <rajendra.dendukuri@broadcom.com>
Fix docker-database flush_unused_database failed issue: https://github.com/Azure/sonic-buildimage/issues/11597
When change flush_unused_database from use swsssdk to use swsscommon, get_instancelist() and get_dblist() name changed but not update.
Change flush_unused_database code to use swsscommon API:
Change get_instancelist to getInstanceList.
Change get_dblist to getDbList.
Pass all E2E test.
Manually check syslog make sure error log not exist and swss, syncd, bgp service started.
Search code in Azure make sure there all similer case are fixed in this PR.
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Fix docker-database flush_unused_database failed issue: https://github.com/Azure/sonic-buildimage/issues/11597
When change flush_unused_database from use swsssdk to use swsscommon, get_instancelist() and get_dblist() name changed but not update.
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Co-authored-by: liuh-80 <azureuser@liuh-dev-vm-02.5fg3zjdzj2xezlx1yazx5oxkzd.hx.internal.cloudapp.net>
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#### Why I did it
#### How I did it
#### How to verify it
#### Which release branch to backport (provide reason below if selected)
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#### Description for the changelog
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At SWSS docker init time, check the device subtype and enable tunnel packet handler only if it is dualtor
Signed-off-by: Lawrence Lee <lawlee@microsoft.com>
ping command is not working inside PMON docker (bullseye)
Use case: chassisd checks for module reachability inside PMON for "show chassis modules midplane-status" CLI, and on Cisco chassis, this uses ping command to check network reachability
What I did:
Following changes done for packet based chassis:-
1> Run arp_update on LC's to resolve static route nexthops over backend
port-channel interfaces.
2> On Supervisor make sure arp_update exit gracefully
- Why I did it
To provide an ability to suppress ASAN false positives and have a clean ASAN report for docker-sonic-vs/mlnx-syncd/orchagent docker
- How I did it
Added the "print_suppressions=0" to ASAN configs.
- How to verify it
add a suppression to some ASAN-enabled component (the suppression should catch some leak)
build with ENABLE_ASAN=y
run a test and see that the ASAN report is empty instead of having the suppression summary
Signed-off-by: Yakiv Huryk <yhuryk@nvidia.com>
What/Why I did:
Issue1: By setting up of ipvlan interface in interface-config.sh we are not tolerant to failures. Reason being interface-config.service is one-shot and do not have restart capability.
Scenario: For example if let's say database service goes in fail state then interface-services also gets failed because of dependency check but later database service gets restart but interface service will remain in stuck state and the ipvlan interface nevers get created.
Solution: Moved all the logic in database service from interface-config service which looks more align logically also since the namespace is created here and all the network setting (sysctl) are happening here.With this if database starts we recreate the interface.
Issue 2: Use of IPVLAN vs MACVLAN
Currently we are using ipvlan mode. However above failure scenario is not handle correctly by ipvlan mode. Once the ipvlan interface is created and ip address assign to it and if we restart interface-config or database (new PR) service Linux Kernel gives error "Error: Address already assigned to an ipvlan device." based on this:https://github.com/torvalds/linux/blob/master/drivers/net/ipvlan/ipvlan_main.c#L978Reason being if we do not do cleanup of ip address assignment (need to be unique for IPVLAN) it remains in Kernel Database and never goes to free pool even though namespace is deleted.
Solution: Considering this hard dependency of unique ip macvlan mode is better for us and since everything is managed by Linux Kernel and no dependency for on user configured IP address.
Issue3: Namespace database Service do not check reachability to Supervisor Redis Chassis Server.
Currently there is no explicit check as we never do Redis PING from namespace to Supervisor Redis Chassis Server. With this check it's possible we will start database and all other docker even though there is no connectivity and will hit the error/failure late in cycle
Solution: Added explicit PING from namespace that will check this reachability.
Issue 4:flushdb give exception when trying to accces Chassis Server DB over Unix Sokcet.
Solution: Handle gracefully via try..except and log the message.
Why I did it
There is a bug that the Port attributes in CONFIG_DB will be cleared if using sudo config macsec port add Ethernet0 or sudo config macsec port del Ethernet0
How I did it
To fetch the port attributes before set/remove MACsec field in port table.
Signed-off-by: Ze Gan <ganze718@gmail.com>
Fixes#9279
- Why I did it
Part of larger effort to move all SONiC systems to bullseye
- How I did it
1. Update container makefiles with correct dependencies
2. Update container Dockerfile with correct base image
3. Update container Dockerfile with correct apt dependencies
4. Update any other makefiles with dependencies to remove python2 support
5. Minor changes to support bullseye / python3
- How to verify it
Run regression on the switch:
1. Verify PTF community tests work
2. Verify syncd runs and all ports come up / pass traffic
3. Verify all platform tests succeed
Why I did it
When lldpmgrd handled events of other tables besides PORT_TABLE, error message was printed to log.
How I did it
Handle event according to its file descriptor instead of looping all registered selectables for each coming event.
How to verify it
I verified same events are being handled by printing events key and operation, before and after the change.
Also, before the change, in init flow after config reload, when lldpmgrd handled events of other tables besides PORT_TABLE, error messages were printed to log, this issue is solved now.
Currently, the build dockers are created as a user dockers(docker-base-stretch-<user>, etc) that are
specific to each user. But the sonic dockers (docker-database, docker-swss, etc) are
created with a fixed docker name and common to all the users.
docker-database:latest
docker-swss:latest
When multiple builds are triggered on the same build server that creates parallel building issue because
all the build jobs are trying to create the same docker with latest tag.
This happens only when sonic dockers are built using native host dockerd for sonic docker image creation.
This patch creates all sonic dockers as user sonic dockers and then, while
saving and loading the user sonic dockers, it rename the user sonic
dockers into correct sonic dockers with tag as latest.
docker-database:latest <== SAVE/LOAD ==> docker-database-<user>:tag
The user sonic docker names are derived from 'DOCKER_USERNAME and DOCKER_USERTAG' make env
variable and using Jinja template, it replaces the FROM docker name with correct user sonic docker name for
loading and saving the docker image.
Why I did it
Migrate ptftests script to python3, in order to do an incremental migration, add python virtual environment firstly, install all required python packages in virtual env as well.
Then migrate ptftests scripts from python2 to python3 one by one avoid impacting non-changed scripts.
Signed-off-by: Zhaohui Sun zhaohuisun@microsoft.com
How I did it
Add python3 virtual environment for docker-ptf.
Add submodule ptf-py3 and install patched ptf 0.9.3 into virtual environment as well, two ptf issues were reported here:
p4lang/ptf#173p4lang/ptf#174
Signed-off-by: Zhaohui Sun <zhaohuisun@microsoft.com>
Why I did it
Recirc port is used to only forward traffic from one asic to another asic. So it's not required to configure LLDP on it.
How I did it
Add interface prefix helper for recirc port. Similar to skip configuring LLDP on inband port, add check in lldpmgrd to skip recirc port by checking interface prefix.
Asic PCI ID (PCI address) is collected by chassisd (inside pmon -
Azure/sonic-platform-daemons#175) and saved in CHASSIS_STATE_DB (in
redis_chassis). CHASSIS_STATE_DB is accessible by swss containers.
At docker-init.sh (script is called after swss container is created and before
anything that could run in swss like orchagent...), we wait until asic PCI ID
of the corresponding asic is populated by chassisd. We then update asic_id in
CONFIG_DB of asic's database.
A system supporting dynamic asic PCI ID identification requires to have a file
(empty) use_pci_id_chassis in its platform dir.
When orchagent runs, it has correct asic PCI ID in its CONFIG_DB.
Together with this PR:
Azure/sonic-platform-daemons#175Azure/sonic-platform-common#185
Signed-off-by: Maxime Lorrillere <mlorrillere@arista.com>
Co-authored-by: Maxime Lorrillere <mlorrillere@arista.com>
Signed-off-by: Yong Zhao <yozhao@microsoft.com>
Why I did it
This PR aims to fix the Monit issue which shows Monit can't reset its counter when monitoring memory usage of telemetry container.
Specifically the Monit configuration file related to monitoring memory usage of telemetry container is as following:
check program container_memory_telemetry with path "/usr/bin/memory_checker telemetry 419430400"
if status == 3 for 10 times within 20 cycles then exec "/usr/bin/restart_service telemetry"
If memory usage of telemetry container is larger than 400MB for 10 times within 20 cycles (minutes), then it will be restarted.
Recently we observed, after telemetry container was restarted, its memory usage continuously increased from 400MB to 11GB within 1 hour, but it was not restarted anymore during this 1 hour sliding window.
The reason is Monit can't reset its counter to count again and Monit can reset its counter if and only if the status of monitored service was changed from Status failed to Status ok. However, during this 1 hour sliding window, the status of monitored service was not changed from Status failed to Status ok.
Currently for each service monitored by Monit, there will be an entry showing the monitoring status, monitoring mode etc. For example, the following output from command sudo monit status shows the status of monitored service to monitor memory usage of telemetry:
Program 'container_memory_telemetry'
status Status ok
monitoring status Monitored
monitoring mode active
on reboot start
last exit value 0
last output -
data collected Sat, 19 Mar 2022 19:56:26
Every 1 minute, Monit will run the script to check the memory usage of telemetry and update the counter if memory usage is larger than 400MB. If Monit checked the counter and found memory usage of telemetry is larger than 400MB for 10 times
within 20 minutes, then telemetry container was restarted. Following is an example status of monitored service:
Program 'container_memory_telemetry'
status Status failed
monitoring status Monitored
monitoring mode active
on reboot start
last exit value 0
last output -
data collected Tue, 01 Feb 2022 22:52:55
After telemetry container was restarted. we found memory usage of telemetry increased rapidly from around 100MB to more than 400MB during 1 minute and status of monitored service did not have a chance to be changed from Status failed to Status ok.
How I did it
In order to provide a workaround for this issue, Monit recently introduced another syntax format repeat every <n> cycles related to exec. This new syntax format will enable Monit repeat executing the background script if the error persists for a given number of cycles.
How to verify it
I verified this change on lab device str-s6000-acs-12. Another pytest PR (Azure/sonic-mgmt#5492) is submitted in sonic-mgmt repo for review.
sign-off: Jing Zhang zhangjing@microsoft.com
#### Why I did it
As part of the process moving containers from buster to bullseye.
#### How I did it
1. change base image from buster to bullseye.
2. remove unused addition to orchagent run options
#### How to verify it
Tested building locally.
It upgraded scapy to 2.4.5 in docker-ptf container, after this upgrade, all scripts under ansible/roles/test/files/ptftests will import scapy 2.4.5, some test cases will fail because they are not upgraded accordingly.
Reverts #10507 to avoid breaking regression test.
This reverts commit 92efc01270.
Removed python2 support for sonic-platform-daemons that was causing unit
test errors in sonic_pcied.
* Removed config from docker supervisord jinja templates per VD review comment
* Removed space and python3 per QL comments
Why I did it
Existing dataplane tests cannot be tested under MACsec environment due to the traffic under MACsec link is encrypted. So, I will override the dp_poll of ptf to MACsec dp_poll to decrypt the MACsec packets on injected ports (PR: Azure/sonic-mgmt#5490). MACsec decryption library depends on scapy 2.4.5.
How I did it
Upgrade scapy library to 2.4.5 by pip.
How to verify it
Check the scapy version in docker-ptf by
python -c "import scapy; print(scapy.__version__)"
2.4.5
Signed-off-by: Ze Gan <ganze718@gmail.com>
Why I did it
Running warm-reboot in a loop for 500 times leads to this error on 318-th iteration:
Apr 2 15:56:27.346747 sonic INFO swss#/supervisord: restore_neighbors Traceback (most recent call last):
Apr 2 15:56:27.346747 sonic INFO swss#/supervisord: restore_neighbors File "/usr/bin/restore_neighbors.py", line 24, in <module>
Apr 2 15:56:27.346747 sonic INFO swss#/supervisord: restore_neighbors from scapy.all import conf, in6_getnsma, inet_pton, inet_ntop, in6_getnsmac, get_if_hwaddr, Ether, ARP, IPv6, ICMPv6ND_NS, ICMPv6NDOptSrcLLAddr
Apr 2 15:56:27.346795 sonic INFO swss#/supervisord: restore_neighbors File "/usr/local/lib/python3.7/dist-packages/scapy/all.py", line 25, in <module>
Apr 2 15:56:27.346956 sonic INFO swss#/supervisord: restore_neighbors from scapy.route import *
Apr 2 15:56:27.346995 sonic INFO swss#/supervisord: restore_neighbors File "/usr/local/lib/python3.7/dist-packages/scapy/route.py", line 205, in <module>
Apr 2 15:56:27.347089 sonic INFO swss#/supervisord: restore_neighbors conf.iface = get_working_if()
Apr 2 15:56:27.347129 sonic INFO swss#/supervisord: restore_neighbors File "/usr/local/lib/python3.7/dist-packages/scapy/arch/linux.py", line 128, in get_working_if
Apr 2 15:56:27.347213 sonic INFO swss#/supervisord: restore_neighbors ifflags = struct.unpack("16xH14x", get_if(i, SIOCGIFFLAGS))[0]
Apr 2 15:56:27.347250 sonic INFO swss#/supervisord: restore_neighbors File "/usr/local/lib/python3.7/dist-packages/scapy/arch/common.py", line 31, in get_if
Apr 2 15:56:27.347345 sonic INFO swss#/supervisord: restore_neighbors return ioctl(sck, cmd, struct.pack("16s16x", iff.encode("utf8")))
Apr 2 15:56:27.347365 sonic INFO swss#/supervisord: restore_neighbors OSError: [Errno 19] No such device
The issue was reported to scapy devs secdev/scapy#3369, the fix is secdev/scapy#3371, however there is no released scapy version with this fix right now, thus decided to build scapy v2.4.5 from sources and apply the fix in a form of a patch.
Signed-off-by: Stepan Blyschak <stepanb@nvidia.com>
Change the base image from `docker-config-engine-buster` to
`docker-config-engine-bullseye`, and remove the hardcoded
`radvd` version from the Dockerfile.
Signed-off-by: Saikrishna Arcot <sarcot@microsoft.com>
- Why I did it
Fastboot will delay all counters in CONFIG DB, it relies on enable_counters.py to recover the delayed counters. However, enable_counters.py does not recover those non-default counters.
- How I did it
For non-default counters, if it is in CONFIG DB, put delay status to false after the waiting.
- How to verify it
Manual test
