Why I did it
High CPU utilization by entropy.py
How I did it
Remove entropy script as it does not work anymore and is no longer needed for bullseye(202205).
In Buster(202012) the max available poolsize (entropy_avail) for entropy is 4096 and our entropy.py script was based on this value. With the change in kernel to bullseye on 202205 this entropy poolsize was changed to 256 which also causes our script to fail.
This script was initially added to provide SW assistance to improve the system entropy value available early on in the Sonic boot sequence on buster.
On bullseye (Linux kernel 5.10) this is no longer needed as this feature has been improved.
How to verify it
run "top" command to check CPU usage.
Why I did it
To address error sometimes seen when running sonic-mgmt test_stress_routes.py::test_announce_withdraw_route on 720DT-48S
How I did it
Update boot0 logic to set platform specific varlog size for 720DT-48S
How to verify it
Verified that /var/log size increased and error is no longer observed when running test
Why I did it
The 720DT-48S platform has variants with different chassis names, and these need to all be included in platform_components.json to ensure that sonic-mgmt platform_tests/fwutil/test_fwutil.py::test_fwutil_show passes
How I did it
Updated platform_components.json with the variant names for 720DT-48S.
How to verify it
Ran aforementioned testcase and verified that it passes on the different variants.
Why I did it
Command "sudo sfputil show error-status -hw" shows "OK (Not implemented)" in the output.
How I did it
Add a new SFP API get_error_description support in Nokia sonic-platform sfp.py module.
How to verify it
Run the new image and execute command "sudo sfputil show error-status -hw"
Why I did it
Fix some unreliability seen on emmc device with some AMD CPUs
How I did it
Added a kernel parameter to add quirks to
It depends on a sonic-linux-kernel change to work properly but will be a no-op without it.
The quirk added is SDHCI_QUIRK2_BROKEN_HS200 used to downgrade the link speed for the eMMC.
Why I did it
The current platform.json contains entries for thermals and SFPs that do not exist on Wolverine.
How I did it
I removed the incorrect entries.
How to verify it
Verify using applicable sonic-mgmt platform API tests.
Why I did it
New docker release v23.0 uses BUILDKIT by default.
It leads to OOM issue in pipeline build.
##[error]Exit code 137 returned from process: file name '/agent/externals/node16/bin/node',
How I did it
Disable BUILDKIT when building sonic-slave-* image.
Keep checking if there are issues when building docker image inside sonic-slave-*.
How to verify it
Check docker build logs.
Disable BUILDKIT log:
Step 1/80 : FROM publicmirror.azurecr.io/debian:buster
---> ff5db168d4c5
- Why I did it
Fix issue: ERR healthd: Get unit status determine-reboot-cause-'LoadState'. The error log is only seen on shutdown flow such as fast-reboot/warm-reboot.
In shutdown flow, 'LoadState' might not be available in systemctl status output, using [] might cause a KeyError.
- How I did it
Use dict.get instead of []
- How to verify it
Manual test
- Why I did it
Support DSCP remapping in dual ToR topo on T0 switch for SKU Mellanox-SN4600c-C64, Mellanox-SN4600c-D48C40, Mellanox-SN2700, Mellanox-SN2700-D48C8.
- How I did it
Regarding buffer settings, originally, there are two lossless PGs and queues 3, 4. In dual ToR scenario, the lossless traffic from the leaf switch to the uplink of the ToR switch can be bounced back.
To avoid PFC deadlock, we need to map the bounce-back lossless traffic to different PGs and queues. Therefore, 2 additional lossless PGs and queues are allocated on uplink ports on ToR switches.
On uplink ports, map DSCP 2/6 to TC 2/6 respectively
On downlink ports, both DSCP 2/6 are still mapped to TC 1
Buffer adjusted according to the ports information:
Mellanox-SN4600c-C64:
56 downlinks 50G + 8 uplinks 100G
Mellanox-SN4600c-D48C40, Mellanox-SN2700, Mellanox-SN2700-D48C8:
24 downlinks 50G + 8 uplinks 100G
- How to verify it
Unit test.
Signed-off-by: Stephen Sun <stephens@nvidia.com>
Why I did it
Some of the platform vendors use FPGA in the HW design. This FPGA is connected to the CPU via PCIe interface. This FPGA also works as an I2C controller having other devices attached to the I2C channels emanating from it. Adding a common module, a driver and a platform specific algorithm module to be used for such FPGA in PDDF.
How I did it
Added 'pddf_fpgapci_module', 'pddf_fpgapci_driver' and a sample algorithm module for Xilinx device 7021. Kernel modules which takes the platform dependent data from PDDF JSON files and initialises the PCIe FPGA. The sample algorithm module can be used by the ODMs in case the communication algorithms are same for their device. Else, they need to come up with similar algo module.
How to verify it
Any platform having such an FPGA and brought up using PDDF would use these kernel modules. The detail representation of such a device in PDDF JSON file is covered in the HLD.
Why I did it
Default pcieutil uses one configuration for all models of platform
How I did it
Take the configuration file as base for all models of concrete platform where model-specific devices are not listed in this configuration
How to verify it
Run pmon#pcied and verify that there is no error/warning logs on initialization step
Why I did it
Sometime, SIGTERM processing by psud takes more then default 10sec (please see stopwaitsecs in http://supervisord.org/configuration.html).
Due to this, the following two testcases may fail:
test_pmon_psud_stop_and_start_status
test_pmon_psud_term_and_start_status
How I did it
Update PSU plugin to process sigterm signal so that psud runs faster to end last cycle in time
How to verify it
Run SONiC CTs:
test_pmon_psud_stop_and_start_status
test_pmon_psud_term_and_start_status
Why I did it
dplane_fpm_nl is a new FPM implementation in FRR. The old plugin fpm will not have any new features implemented. Usage of the new plugin gives us ability to use BGP suppression feature and next hop groups in the future.
How I did it
Switch to dplane_fpm_nl zebra plugin from old fpm plugin which is not supported anymore
Remove stale patches for old fpm plugin and add similar patches for dplane_fpm_nl
How to verify it
Build and run on the switch.
Signed-off-by: Stepan Blyschak <stepanb@nvidia.com>
Why I did it
fix DX010 fan drawer and watchdog platform test case issues
How I did it
1. Add fan_drawer get_maximum_consumed_power support
2. Adjust maximum watchdog timeout value check
How to verify it
Run test_fan_drawer and test_watchdog test cases.
Why I did it
Upgrade both Centec X86 and ARM64 platform containers(syncd/saiserver/syncd-rpc) to bullseye
Optimize Centec X86 platform makefile, change sdk.mk to sai.mk
How I did it
Modify Makefile and Dockerfile to use bullseye
Change filename form sdk.mk to sai.mk, optimize and modify related files
How to verify it
For Centec X86 platform, compile the code with : a) make configure PLATFORM=centec; b) make all
For Centec ARM64 platform, cmpile the code with: a) make configure PLATFORM=centec-arm64 PLATFORM_ARCH=arm64; b) make all
Verifiy the sonic-centec.bin and sonic-centec-arm64.bin on Centec chip based board.
- Why I did it
In to-sonic and multi-asic KVM-test, pretest sometimes failed. Reason is rsyslogd process can not start in teamd container. Because rsyslog.conf is empty caused by sonic-cfggen execute failed
- How I did it
If sonic-cfggen -d execute failed, execute without -d because the template file has the default value.
- How to verify it
Build image and test it over 40 times, all passed pretest.
Signed-off-by: Chun'ang Li <chunangli@microsoft.com>
- Why I did it
Added YANG model as part of Generic Hash feature development
- How I did it
Added YANG model and UTs
- How to verify it
make configure PLATFORM=mellanox
make target/sonic-mellanox.bin
Signed-off-by: Nazarii Hnydyn <nazariig@nvidia.com>
- Why I did it
Added platform specific script to be invoked during SAI failure dump. Added some generic changes to mount /var/log/sai_failure_dump as read write in the syncd docker
- How I did it
Added script in docker-syncd of mellanox and copied it to /usr/bin
- How to verify it
Manual UT and new sonic-mgmt tests
Why I did it
LED driver changed due to introduction of FPGA support. The PDDF parser and APIs need to be updated. In turn the common platform APIs also require changes.
How I did it
Changed the get/set status LED APIs for PSU, fan and fan_drawer.
Changed the color strings to plain color name. e.g. 'STATUS_LED_COLOR_GREEN' has been changed to 'green'
Added support for LED color get operation via BMC
How to verify it
Verified the new changes on Accton AS7816-64X platform.
root@sonic:/home/admin#
root@sonic:/home/admin# show platform summary
Platform: x86_64-accton_as7816_64x-r0
HwSKU: Accton-AS7816-64X
ASIC: broadcom
ASIC Count: 1
Serial Number: AAA1903AAEV
Model Number: FP3AT7664000A
Hardware Revision: N/A
root@sonic:/home/admin#
root@sonic:/home/admin# show ver |more
SONiC Software Version: SONiC.master.0-dirty-20230111.010655
Distribution: Debian 11.6
Kernel: 5.10.0-18-2-amd64
Build commit: 3176b15ae
Build date: Wed Jan 11 09:12:54 UTC 2023
Built by: fk410167@sonic-lvn-csg-006
Platform: x86_64-accton_as7816_64x-r0
HwSKU: Accton-AS7816-64X
ASIC: broadcom
ASIC Count: 1
Serial Number: AAA1903AAEV
Model Number: FP3AT7664000A
Hardware Revision: N/A
Uptime: 09:24:42 up 4 days, 22:45, 1 user, load average: 1.97, 1.80, 1.51
Date: Mon 23 Jan 2023 09:24:42
Docker images:
REPOSITORY TAG IMAGE ID SI
ZE
docker-orchagent latest 63262c7468d7 38
5MB
root@sonic:/home/admin#
root@sonic:/home/admin#
root@sonic:/home/admin# pddf_ledutil getstatusled LOC_LED
off
root@sonic:/home/admin# pddf_ledutil getstatusled DIAG_LED
green
root@sonic:/home/admin#
root@sonic:/home/admin#
root@sonic:/home/admin# pddf_ledutil setstatusled DIAG_LED red
True
root@sonic:/home/admin# pddf_ledutil getstatusled DIAG_LED
red
root@sonic:/home/admin#
root@sonic:/home/admin#
root@sonic:/home/admin#
root@sonic:/home/admin# pddf_ledutil setstatusled DIAG_LED amber
Invalid color
False
root@sonic:/home/admin# pddf_ledutil getstatusled DIAG_LED
red
root@sonic:/home/admin#
root@sonic:/home/admin#
root@sonic:/home/admin# pddf_ledutil setstatusled DIAG_LED green
True
root@sonic:/home/admin# pddf_ledutil getstatusled DIAG_LED
green
root@sonic:/home/admin#
root@sonic:/home/admin#
root@sonic:/home/admin#
root@sonic:/home/admin# pddf_ledutil getstatusled LOC_LED
off
root@sonic:/home/admin# pddf_ledutil setstatusled LOC_LED amber
True
root@sonic:/home/admin# pddf_ledutil getstatusled LOC_LED
amber
root@sonic:/home/admin# pddf_ledutil setstatusled LOC_LED off
True
root@sonic:/home/admin# pddf_ledutil getstatusled LOC_LED
off
root@sonic:/home/admin#
Why I did it
Some of the platform vendors use FPGA in the HW design. This FPGA is connected to the CPU via I2C bus. Adding a common module and a driver to be used for such FPGA in PDDF.
How I did it
Added 'pddf_fpgai2c_module' and 'pddf_fpgai2c_driver' kernel modules which takes the platform dependent data from PDDF JSON files and creates an I2C client for the FPGA.
How to verify it
Any platform having such an FPGA and brought up using PDDF would use these kernel modules. The detail representation of such a device in PDDF JSON file is covered in the HLD.
Update sonic-sairedis submodule pointer to include the following:
* 0434b62 [sai_failure_dump]Invoking dump during SAI failure ([#1198](https://github.com/Azure/sonic-sairedis/pull/1198))
Signed-off-by: dgsudharsan <sudharsand@nvidia.com>
Add YANG model for SYSTEM_PORT.
Resolves https://github.com/sonic-net/sonic-buildimage/issues/12458
#### Why I did it
YANG model for SYSTEM_PORT in CONFIG_DB was missing.
#### How I did it
Added new YANG model and associated unit tests.
#### How to verify it
Passing unit tests
* Add support for platform topology configuration service
This service invokes the platform plugin for platform specific topology
configuration.
The path for platform plugin script is:
/usr/share/sonic/device/$PLATFORM/plugins/config-topology.sh
If the platform plugin is not available, this service does nothing.
Signed-off-by: anamehra <anamehra@cisco.com>
Why I did it
By specifying 'status_led' 'controllable' to false for psu section, it means the platform is not yet supporting psu status led
How I did it
specify 'status_led' 'controllable' to false for psu section
How to verify it
by running test in pdb, manually add {'status_led' : {'controllable' : False}} in dictionary
this flag will be able to get False and skip testing:
ce290c735d/tests/platform_tests/api/test_psu.py (L337)
[swss-common] update submodule (#13579)
```
6b6842a [NotificationProducer] add pipeline support (#708)
2cb5ea0 Increase the netlink buffer size from 3MB to 16MB. (#739)
dacbdad RedisPipeline ignore flush when call dtor from another thread. (#736)
```
issue #13395
Fix a bug about sudo failure.
/usr/local/share/buildinfo/scripts/buildinfo_base.sh: line 24: sudo: command not found
Fix an issue about warning message.
./scripts/run_with_retry: line 4: [: : integer expression expected
After upgrade to brcmsai 8.1, the sdk running environment (container) recommended with mininum memory size as below
TH4/TD4(ltsw) uses 512MB
TH3 used 300MB
Helix4/TD2/TD3/TH/TH 256 MB
Base on this requirement, adjust the default syncd share memory size and set the memory size for special ACISs in platform_env.conf file for different types of Broadcom ASICs.
How I did it
Add the platform_env.conf file if none of it for broadcom platform (base on platform_asic file)
Add the 'SYNCD_SHM_SIZE' and set the value
for ltsw(TD4/TH4) devices set to 512M at least (update the platform_env.conf)
for Td2/TH2/TH devices set to 256M
for TH3 set to 300M
verify
How to verify it
verify the image with code fix
Check with UT
Check on lab devices
On a problematic device which cannot start successfully
Run with the command
$ cat /proc/linux-kernel-bde
Broadcom Device Enumerator (linux-kernel-bde)
Module parameters:
maxpayload=128
usemsi=0
dmasize=32M
himem=(null)
himemaddr=(null)
DMA Memory (kernel): 33554432 bytes, 0 used, 33554432 free, local mmap
No devices found
$ docker rm -f syncd
syncd
$ sudo /usr/bin/syncd.sh start
Cannot get Broadcom Chip Id. Skip set SYNCD_SHM_SIZE.
Creating new syncd container with HWSKU Force10-S6000
a4862129a7fea04f00ed71a88715eac65a41cdae51c3158f9cdd7de3ccc3dd31
$ docker inspect syncd | grep -i shm
"ShmSize": 67108864,
"Tag": "fix_8.1_shm_issue.67873427-9f7ca60a0e",
On Normal device
$ docker inspect syncd | grep -i shm
"ShmSize": 268435456,
"Tag": "fix_8.1_shm_issue.67873427-9f7ca60a0e"
change the config syncd_shm.ini to b85=128m
$ docker rm -f syncd
syncd
$ sudo /usr/bin/syncd.sh start
Creating new syncd container with HWSKU Force10-S6000
3209ffc1e5a7224b99640eb9a286c4c7aa66a2e6a322be32fb7fe2113bb9524c
$ docker inspect syncd | grep -i shm
"ShmSize": 134217728,
"Tag": "fix_8.1_shm_issue.67873427-9f7ca60a0e",
change the config under
/usr/share/sonic/device/x86_64-dell_s6000_s1220-r0/Force10-S6000/platform_env.conf
and run command
$ cat /usr/share/sonic/device/x86_64-dell_s6000_s1220-r0/platform_env.conf
SYNCD_SHM_SIZE=300m
$ sudo /usr/bin/syncd.sh start
Creating new syncd container with HWSKU Force10-S6000
897f6fcde1f669ad2caab7da4326079abd7e811bf73f018c6dacc24cf24bfda5
$ docker inspect syncd | grep -i shm
"ShmSize": 314572800,
"Tag": "fix_8.1_shm_issue.67873427-9f7ca60a0e",
Signed-off-by: richardyu-ms <richard.yu@microsoft.com>
Why I did it
Currently the config cli of dhcpv4 is may cause confusion and config of dhcpv6 is missing.
How I did it
Add dhcp_relay config cli and test cases.
config dhcp_relay ipv4 helper (add | del) <vlan_id> <helper_ip_list>
config dhcp_relay ipv6 destination (add | del) <vlan_id> <destination_ip_list>
Updated docs for it in sonic-utilities: https://github.com/sonic-net/sonic-utilities/pull/2598/files
How to verify it
Build docker-dhcp-relay.gz with and without INCLUDE_DHCP_RELAY, and check target/docker-dhcp-relay.gz.log
Eariler the SDK stat polling was erroneously set to once every msec
which is far more frequent than required by SWSS. The new setting, which
is consistent with other vendor SKUs, is once a second. The net result
is reduced CPU MHz by syncd.
- Why I did it
fixes#12907
When the management interface IP address configuration changes from dynamic to static the DNS configuration (retrieved from the DHCP server) in /etc/resolv.conf remains uncleared. This leads to a DNS configuration pointing to the wrong nameserver. To make the behavior clear DNS configuration received from DHCP should be cleared.
- How I did it
Use resolvconf package for managing DNS configuration. It is capable of tracking the source of DNS configuration and puts the configuration retrieved from the DHCP servers into a separate file. This allows the implementation of DNS configuration cleanup retrieved from DHCP during networking reconfiguration.
- How to verify it
Ensure that the management interface has no static configuration.
Check that /etc/resolv.conf has DNS configuration.
Configure a static IP address on the management interface.
Verify that /etc/resolv.conf has no DNS configuration.
Remove the static IP address from the management interface.
Verify that /etc/resolv.conf has DNS configuration retrieved form DHCP server.
Why I did it
github action will report error on forked repos. It is not by design.
keep 'Approved for xxx branch' label in auto cherry pick workflow.
How I did it
Disable github action on folked repos.
Keep 'approved for xxx' label in auto cherry pick workflow.
How to verify it
Which release bra
- Why I did it
Add new ACL key BTH_OPCODE and AETH_SYNDROME
- How I did it
Add new ACL key BTH_OPCODE and AETH_SYNDROME
- How to verify it
manual test
unit test
