Bring in a fix for thermal shutdown observed while executing warm-reboot:
- All | prevent FW access during ISSU
Signed-off-by: Stepan Blyschak <stepanb@nvidia.com>
To have the following fixes:
* All | Port status remains down after warm boot and flapping the port on peer side
* All | LAG HASH | IPv6 SRC_IP is not accounted in LAG hashing [
* All | ASIC driver | Kernel crash observed when driver reload is initiated before it fully loaded
* Spectrum-3 | Buffer | In lossless configuration, headroom is been evicted only when the shared buffers is free
Signed-off-by: Volodymyr Samotiy <volodymyrs@nvidia.com>
On the DCS-7060CX-32S, a SEU can happen on a CPLD which by default would reboot the platform.
Other SEU scenarios are already handled but this one was missed since it's specific to this platform.
It's a pretty rare case which will now be reported in the syslog the same way others are.
Include SAI bug fixes:
Apply device MAC on port host interface when port is removed from LAG.
[Shared Headroom]: fixed watermark handling for SHP flow
Decrease verbosity of policer unbind message when no policer is attached
Signed-off-by: Stepan Blyschak <stepanb@nvidia.com>
** Why I did it **
Disable SDK extended dump due to issue found
** How I did it **
Update SAI submodule
** How to verify it **
Verify the SDK extended dump is not called.
Signed-off-by: Eran Dahan <erand@nvidia.com>
when parallel build is enabled, both docker-fpm-frr and docker-syncd-brcm
is built at the same time, docker-fpm-frr requires swss which requires to
install libsaivs-dev. docker-syncd-brcm requires syncd package which requires
to install libsaibcm-dev.
since libsaivs-dev and libsaibcm-dev install the sai header in the same
location, these two packages cannot be installed at the same time. Therefore,
we need to serialize the build between these two packages. Simply uninstall
the conflict package is not enough to solve this issue. The correct solution
is to have one package wait for another package to be uninstalled.
For example, if syncd is built first, then it will install libsaibcm-dev.
Meanwhile, if the swss build job starts and tries to install libsaivs-dev,
it will first try to query if libsaibcm-dev is installed or not. if it is
installed, then it will wait until libsaibcm-dev is uninstalled. After syncd
job is finished, it will uninstall libsaibcm-dev and swss build job will be
unblocked.
To solve this issue, _UNINSTALLS is introduced to uninstall a package that
is no longer needed and to allow blocked job to continue.
Signed-off-by: Guohan Lu <lguohan@gmail.com>
backport c4b5b002c3
make swss build depends only on libsairedis instead of syncd. This allows to build swss without depending
on vendor sai library.
Currently, libsairedis build also buils syncd which requires vendor SAI lib. This makes difficult to build
swss docker in buster while still keeping syncd docker in stretch, as swss requires libsairedis which also
build syncd and requires vendor to provide SAI for buster. As swss docker does not really contain syncd
binary, so it is not necessary to build syncd for swss docker.
[submodule]: update sonic-sairedis
1e42517996bfe41ac58d4c25ee3f93502befcb9d (HEAD -> 201911) [build]: add option to build without syncd
Signed-off-by: Guohan Lu <lguohan@gmail.com>
**- Why I did it**
There is a preference to use thermalctld instead of fancontrol for 201911 release branch. The Arista platform submodule updates and thermal policies in the platforms will allow Arista devices to use thermalctld instead of fancontrol.
**- How I did it**
I cherry-picked the necessary commits from master branch for sonic-platform-modules-arista into 201911 branch. I've also added the file to skip fancontrol and added the thermal policies json.
**- How to verify it**
On Gardena, Upperlake, Clearlake, and Lodoga thermalctld is up and running with no errors. Fans show ~29%.
Co-authored-by: Zhi Yuan Carl Zhao <zyzhao@arista.com>
In order to prevent "mlxsw_minimal" driver accessing ASIC during in
service firmware upgrade flow, SDK will raise "OFFLINE" 'udev' event
at early beginning of such flow. When this event is received,
hw-managemnet will remove "mlxsw_minimal" driver.
There is no need to implement opposite "ONLINE" event, since this flow
is ended up with "kexec".
Signed-off-by: Kebo Liu <kebol@nvidia.com>
Bugs fixes:
All | Kernel | During system reload when CPU is loaded with heavy traffic, a Kernel Panic may occur.
All | Modules, Port split | FW stuck when device rebooted with locked Optical Transceivers in split mode
Spectrum-3 | PFC | On Spectrum-3 systems, slow reaction time to Rx pause packets on 40GbE ports may lead to buffer overflow on servers.
Spectrum-3 | SN4700, Port Split | On rare occasion SN4700, conducting 100G split (4x25G) in NRZ when splitter port 1 or 2 are down, ports 3 and 4 will also go down.
Enahncments:
All | Kernel | new notification on ISSU start, so other kernel drivers can disable any interface to ASIC
Signed-off-by: Kebo Liu <kebol@nvidia.com>
- Why I did it
Fix setting PSU led to 'green' or 'red' states.
Fix return False if unsupported color request.
Remove 'off' option for PSU led API since it is not supported in Mellanox.
- How I did it
Fix import missing information.
Return 'False' when unsupported led color is requested, preventing an exception.
- How to verify it
Try to set PSU LED to different status with Mellanox platform device.
Try to set PSU LED color to unsupported color with Mellanox platform device.
This PR limited the number of calls to sonic-cfggen to one call
per iteration instead of current 3 calls per iteration.
The PR also installs jq on host for future scripts if needed.
signed-off-by: Tamer Ahmed <tamer.ahmed@microsoft.com>
EEPROM cache file is not refreshed after install a new ONIE version even if the eeprom data is updated. The current Eeprom class always try to read from the cache file when the file exists. The PR is aimed to fix it.
As new hw-mgmt expose the sysfs for PSU fan max speed, we need support max/min speed for PSU fan in mellanox platform API.
Conflicts:
platform/mellanox/mlnx-platform-api/sonic_platform/fan.py
New driver support fetching additional pages from the cable EEPROM.
There are additional information to parse now: RX/TX power, TX bias, TX fault and RX LOS.
Signed-off-by: Shlomi Bitton <shlomibi@nvidia.com>
HW set qsfp port to reset at default. so need SW to set to normal when boot.
1. Modify cpld driver to invert reset offset value
2. Set to normal when boot.
Some platforms don't leverage the brcm led coprocessor.
However ledinit will try to load a non existing file and exit with an
error code.
This change is a cosmetic fix mostly.
- How to verify it
Boot a platform without the configuration and verify in the syslog that the exit status of ledinit is 0
Boot a platform with the configuration and verify in the syslog that the exit status of ledinit is 0 and the leds are working.
Verified by adding a dumb led_proc_init.soc on an Arista platform which usually doesn't use it.
Update SDK 4.4.1956 and FW *.2008.1956
Bugs fixes:
1. Link | Clear operational speed when link is not active
2. Spectrum-2, SN3800 | On rare occasion, link flapping due to bad BER causes traffic loss
3. Spectrum-3 | On rare occasion, link flapping due to bad BER causes traffic loss as a result of new PAM4 link maintenance flow on Spectrum-3 devices
4. Shared Buffers | On rare occasion, modifying shared buffers on a system with split port while traffic is running may cause the firmware to get stuck
5. Spectrum-3, SN4700 | Fence may fail while running 400GbE 8x port when modifying mirror session configurations under traffic
Why/How I did:
Make sure first error syslog is triggered based on FAULT TOLERANCE condition.
Added support of repeat clause with alert action. This is used as trigger
for generation of periodic syslog error messages if error is persistent
Updated the monit conf files with repeat every x cycles for the alert action
When detecting a new SFP insertion, read its SFP type and DOM capability from EEPROM again.
SFP object will be initialized to a certain type even if no SFP present. A case could be:
1. A SFP object is initialized to QSFP type by default when there is no SFP present
2. User insert a SFP with an adapter to this QSFP port
3. The SFP object fail to read EEPROM because it still treats itself as QSFP.
This PR fixes this issue.
During platform deinitialization, dell_ich is not removed properly and when we do initialize s6100 platform, ICH driver sysfs attributes are not attached. Because of this, get_transceiver_change_event returns error and this leads xcvrd to crash.
Example of syslog message from Mellanox SAI:
"Oct 7 15:39:11.482315 arc-switch1025 INFO syncd#supervisord: syncd Oct 07 15:39:11 NOTICE SAI_BUFFER: mlnx_sai_buffer.c[3893]- mlnx_clear_buffer_pool_stats: Clear pool stats pool id:1"
There is a log INFO from supervisord which actually printed NOTICE and
date again. This confusion happens becuase if SAI is not built to log
to syslog it will log everything to stdout with format "[date] [level]
[message]" so supervisord sends it to syslog with level INFO.
New logs look like:
"Oct 7 15:40:21.488055 arc-switch1025 NOTICE syncd#SDK [SAI_BUFFER]: mlnx_sai_buffer.c[3893]- mlnx_clear_buffer_pool_stats: Clear pool stats pool id:17"
Signed-off-by: Stepan Blyschak <stepanb@nvidia.com>
Now we are reading base mac, product name from eeprom data, and the data read from eeprom contains multiple "\0" characters at the end, need trim them to make the string clean and display correct.
- SN3800 vs Cisco9236 - no link copper or optics - start sending IDLE before PHY_UP for specific OPNs
Signed-off-by: Nazarii Hnydyn <nazariig@nvidia.com>
**- Why I did it**
- Platform API implementation using sonic-cfggen to get platform name and SKU name, which will fail when the database is not available.
- Chassis name is not correctly assigned, it shall be assigned with EEPROM TLV "Product Name", instead of SKU name
- Chassis model is not implemented, it shall be assigned with EEPROM TLV "Part Number"
**- How I did it**
1. Chassis
> - Get platform name from /host/machine.conf
> - Remove get SKU name with sonic-cfggen
> - Get Chassis name and model from EEPROM TLV "Product Name" and "Part Number"
> - Add function to return model
2. EEPROM
> - Add function to return product name and part number
3. Platform
> - Init EEPROM on the host side, so also can get the Chassis name model from EEPROM on the host side.
