Why I did it
Added soft-reboot plugin support.
Added SSD version s16425cq check
Added error message to display in console/SSH in case reboot is called in faulty/non-upgraded devices.
The S6000 devices, the cold reboot is abrupt and it is likely to cause issues which will cause the device to land into EFI shell. Hence the platform reboot will happen after graceful unmount of all the filesystems as in S6100.
Why I did it
To monitor the SSD health condition in DellEMC S6100 platform post upgrade.
A daemon is introduced to monitor the SSD every one hour.
To check for SSD status at boot time and at the time of cold-reboot.
All these changes are supported only for newer SSD firmware.
Added a platform_reboot_pre_check script to prevent cold-reboot based on SSD status.
Depends on Azure/sonic-utilities#1472
DO NOT MERGE UNTIL ABOVE PR IS MERGED
This is to address the issue when "mmuconfig -p egress_lossy_profile" is executed which causes SYNCd failure with SAI_STATUS_INSUFFICIENT_RESOURCE for attr SAI_BUFFER_PROFILE_ATTR_RESERVED_BUFFER_SIZE.
This change also requires the change from (https://github.com/Azure/sonic-swss/pull/1649)
This SAI change was already tested as part of the (https://github.com/Azure/sonic-swss/pull/1649) PR.
It's been reported that accton fan monitor process keeps consuming memory after few days.
The amount of memory occupied increases in linear and never leased.
Signed-off-by: roy_lee <roy_lee@edge-core.com>
**- Why I did it**
- The thermalctld daemon on the Pmon docker requires support from the thermal manager API.
**- How I did it**
- Removed the old function for detecting a faulty fan.
- Removed the old function for detecting excess temperature.
- Implement thermal_manager APIs based on ThermalManagerBase
- Implement thermal_conditions APIs based on ThermalPolicyConditionBase
- Implement thermal_actions APIs based on ThermalPolicyActionBase
- Implement thermal_info APIs based on ThermalPolicyInfoBase
- Add thermal_policy.json
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.
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>
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.
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
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.
* [platform] Add Support For Environment Variable
This PR adds the ability to read environment file from /etc/sonic.
the file contains immutable SONiC config attributes such as platform,
hwsku, version, device_type. The aim is to minimize calls being made
into sonic-cfggen during boot time.
singed-off-by: Tamer Ahmed <tamer.ahmed@microsoft.com>
When stopping the swss, pmon or bgp containers, log messages like the following can be seen:
```
Aug 23 22:50:43.789760 sonic-dut INFO swss#supervisord 2020-08-23 22:50:10,061 ERRO pool dependent-startup event buffer overflowed, discarding event 34
Aug 23 22:50:43.789760 sonic-dut INFO swss#supervisord 2020-08-23 22:50:10,063 ERRO pool dependent-startup event buffer overflowed, discarding event 35
Aug 23 22:50:43.789760 sonic-dut INFO swss#supervisord 2020-08-23 22:50:10,064 ERRO pool dependent-startup event buffer overflowed, discarding event 36
Aug 23 22:50:43.789760 sonic-dut INFO swss#supervisord 2020-08-23 22:50:10,066 ERRO pool dependent-startup event buffer overflowed, discarding event 37
```
This is due to the number of programs in the container managed by supervisor, all generating events at the same time. The default event queue buffer size in supervisor is 10. This patch increases that value in all containers in order to eliminate these errors. As more programs are added to the containers, we may need to further adjust these values. I increased all buffer sizes to 25 except for containers with more programs or templated supervisor.conf files which allow for a variable number of programs. In these cases I increased the buffer size to 50. One final exception is the swss container, where the buffer fills up to ~50, so I increased this buffer to 100.
Resolves https://github.com/Azure/sonic-buildimage/issues/5241
We want to let Monit to unmonitor the processes in containers which are disabled in `FEATURE` table such that
Monit will not generate false alerting messages into the syslog.
- Backport of https://github.com/Azure/sonic-buildimage/pull/5153 to the 201911 branch
Signed-off-by: Yong Zhao <yozhao@microsoft.com>
* [device/celestica]: DX010 platform API update (#4608)
- Fix fancontrol.service path
- Fix return temp format in thermal API
- Improve init time in chassis API
- Upgrade sfp API
* [device/celestica]: Update DX010 reboot cause API (#4678)
- Add more cases support in DX010 reboot cause API
- Add Thermal Overload reboot cause support
- Add new Watchdog reboot cause support
* [device/celestica]: using sonic-py-common package
- Why I did it
For fixing PCA MUX attachment issue in Dell S6100 platform.
- How I did it
Wait till IOM MUX powered up properly and start I2C enumeration.
- Fix show platform firmware platform plugin error
- Fix import behavior for arista's sonic_platform implementation
- Fix fan led color and detection on Smartsville
* Broadcom SAI 3.7.5.2, with the fixes for following CSP's
e5e06f4 Fix for CS00010914668(KB0029456/SDK-218585) and CS00010503275(KB0029315/SDK-213475)
cf4f8da Solution for CS00010775359 in 3.7
0348f03 Patch for CS00010897814
a2d2fdd Patch for CS00010817763
4d362e8 Patch for CS00010636736
557ddc6 Solution for CS00010443542
0f122f1 Port SDK SER fix for dynamic tables (SDK-175398 / SDK-221245) to SAI 3.7
37e5c5e Fix for CS00010790550
64daf8a Fix for CS00010726597
e7f000e Fix for CS00010697761
44b7ab3 Solution for CS00010617498.
1475c24 CSP10503275 request to pull KB0029314 into 3.7
As part of consolidating all common Python-based functionality into the new sonic-py-common package, this pull request:
1. Redirects all Python applications/scripts in sonic-buildimage repo which previously imported sonic_device_util or sonic_daemon_base to instead import sonic-py-common, which was added to the 201911 branch in https://github.com/Azure/sonic-buildimage/pull/5063
2. Replaces all calls to `sonic_device_util.get_platform_info()` to instead call `sonic_py_common.get_platform()` and removes any calls to `sonic_device_util.get_machine_info()` which are no longer necessary (i.e., those which were only used to pass the results to `sonic_device_util.get_platform_info()`.
3. Removes unused imports to the now-deprecated sonic-daemon-base package and sonic_device_util.py module
This is a step toward resolving https://github.com/Azure/sonic-buildimage/issues/4999
Align SFP key names with new standard defined in https://github.com/Azure/sonic-platform-common/pull/97
- hardwarerev -> hardware_rev
- serialnum -> serial
- manufacturename -> manufacturer
- modelname -> model
- Connector -> connector
Merge most of the changes that recently made it to master.
This will be the last such merge operation and future commits will only cherry-pick fixes and targeted features.
Major fixes and features,
- reboot cause enhancement with more hardware reboot cause reporting
- fix reboot cause parsing issue with 201811 release
- fix get_change_event logic
- fix error message on missing sysfs entry by our plugins
- final piece of the platform refactors for fan and sensor reporting through the platform API
Signed-off-by: Arvindsrinivasan Lakshmi Narasimhan <arlakshm@microsoft.com>
This PR has changes to support accessing the bcmsh and bcmcmd utilities on multi ASIC devices
Changes done
- move the link of /var/run/sswsyncd from docker-syncd-brcm.mk to docker_image_ctl.j2
- update the bcmsh and bcmcmd scripts to take -n [ASIC_ID] as an argument on multi ASIC platforms
- Xilinx/pericom peripherals are not actively used in DellEMC S6100 switch.
- These peripherals are throwing PCIE corrected messages in some of the units and filling syslog.
- Since it is not usable disabling it at startup.
**- Why I did it**
After discussed with Joe, we use the string "/usr/bin/syncd\s" in Monit configuration file to monitor
syncd process on Broadcom and Mellanox. Due to my careless, I did not find this bug during the
previous testing. If we use the string "/usr/bin/syncd" in Monit configuration file to monitor the
syncd process, Monit will not detect whether syncd process is running or not.
If we ran the command `sudo monit procmactch “/usr/bin/syncd”` on Broadcom, there will be three
processes in syncd container which matched this "/usr/bin/syncd": `/bin/bash /usr/bin/syncd.sh
wait`, `/usr/bin/dsserve /usr/bin/syncd –diag -u -p /etc/sai.d/sai.profile` and `/usr/bin/syncd –diag -
u -p /etc/sai.d/said.profile`. Monit will select the processes with the highest uptime (at there
`/bin/bash /usr/bin/syncd.sh wait`) to match and did not select `/usr/bin/syncd –diag -u -p
/etc/sai.d/said.profile` to match.
Similarly, On Mellanox Monit will also select the process with the highest uptime (at there
`/bin/bash /usr/bin/syncd.sh wait`) to match and did not select `/usr/bin/syncd –diag -u -p
/etc/sai.d/said.profile` to match.
That is why Monit is unable to detect whether syncd process is running or not if we use the string “/usr/bin/syncd” in Monit configuration file. If we use the string "/usr/bin/syncd\s" in Monit configuration file, Monit can filter out the process `/bin/bash /usr/bin/syncd.sh wait` and thus can correctly monitor the syncd process.
**- How I did it**
**- How to verify it**
Signed-off-by: Yong Zhao <yozhao@microsoft.com>
Verified after loading on TH platforms cpu usage gone down:
Previous:
PID USER PR NI VIRT RES SHR S %CPU %MEM TIME+ COMMAND
2521 root 20 0 1512860 360452 63540 S 144.6 4.4 8:00.03 syncd
After Fix:
7500 root 20 0 1592420 350912 64184 S 45.4 4.3 3:50.99 syncd
**- Why I did it**
For decoding system EEPROM of S6000 based on Dell offset format and S6000-ON’s system EEPROM in ONIE TLV format.
**- How I did it**
- Differentiate between S6000 and S6000-ON using the product name available in ‘dmi’ ( “/sys/class/dmi/id/product_name” )
- For decoding S6000 system EEPROM in Dell offset format and updating the redis DB with the EEPROM contents, added a new class ‘EepromS6000’ in eeprom.py,
- Renamed certain methods in both Eeprom, EepromS6000 classes to accommodate the plugin-specific methods.
**- How to verify it**
- Use 'decode-syseeprom' command to list the system EEPROM details.
- Wrote a python script to load chassis class and call the appropriate methods.
UT Logs: [S6000_eeprom_logs.txt](https://github.com/Azure/sonic-buildimage/files/4735515/S6000_eeprom_logs.txt), [S6000-ON_eeprom_logs.txt](https://github.com/Azure/sonic-buildimage/files/4735461/S6000-ON_eeprom_logs.txt)
Test script: [eeprom_test_py.txt](https://github.com/Azure/sonic-buildimage/files/4735509/eeprom_test_py.txt)
**- Why I did it**
- Skip thermalctld in DellEMC S6000, S6100, Z9100 and Z9264 platforms.
- Change the return type of thermal Platform APIs in DellEMC S6000, S6100 and Z9100 platforms to 'float'.
**- How I did it**
- Add 'skip_thermalctld:true' in pmon_daemon_control.json for DellEMC S6000, S6100, Z9100 and Z9264 platforms.
- Made changes in thermal.py, for 'get_temperature', 'get_high_threshold' and 'get_low_threshold' to return 'float' value.
**- How to verify it**
- Check thermalctld is not running in 'pmon'.
- Wrote a python script to load Chassis class and then call the APIs accordingly and verify the return type.
For detecting transceiver change events through xcvrd in DellEMC S6000, S6100 and Z9100 platforms.
- In S6000, rename 'get_transceiver_change_event' in chassis.py to 'get_change_event' and return appropriate values.
- In S6100, implement 'get_change_event' through polling method (poll interval = 1 second) in chassis.py (Transceiver insertion/removal does not generate interrupts due to a CPLD bug)
- In Z9100, implement 'get_change_event' through interrupt method using select.epoll().
