#### Why I did it
The debian install files are required for installing sonic_platform packages
#### How I did it
Add install files to under debian folder
Co-authored-by: robert.hong <robert.hong@qct.io>
Add device and platform code for ix7-bwde, ix8a-bwde.
Support platform API 2.0 for all quanta platforms except for ix1b
Co-authored-by: robert.hong <robert.hong@qct.io>
Why I did it
There were two regression issues introduced by BRCM SAI 4.3.3.8:
CS00012196056 [4.3.3.8][WARMBOOT] syncd[2584]: segfault at 5616ad6c3d80 ip 00007f61e0c6bc65 sp 00007fff0c5a7a90 error 4 in libsai.so.1.0[7f61e0a95000+3cd8000]
CS00012195956 [4.3.3.8] [TD3]Syncd Crash at brcm_sai_tnl_mp_create_tunnel()
How I did it
Patch for CS00012195956 from BRCM was validated to have addressed the tunnel creation issue.
Temporary worked around the issue by commenting out a portion of questionable code in BRCM SAI that seems to be the root cause of CS00012196056 .
How to verify it
See the BRCM cases for details.
There was an issue on master where `thermal.get_position_in_parent` in the platform API was returning -1 instead of a proper index. This is a backport of the fix for that issue.
Signed-off-by: Yong Zhao yozhao@microsoft.com
Why I did it
Currently we leveraged the Supervisor to monitor the running status of critical processes in each container and it is more reliable and flexible than doing the monitoring by Monit. So we removed the functionality of monitoring the critical processes by Monit.
How I did it
I removed the script process_checker and corresponding Monit configuration entries of critical processes.
How to verify it
I verified this on the device str-7260cx3-acs-1.
#### Why I did it
- After [sonic-linux-kernel#177](https://github.com/Azure/sonic-linux-kernel/pull/177) changes, the I2C mux channels of Baseboard and Switchboard CPLDs are moved from i2c-4 and i2c-5 to i2c-36 and i2c-37 respectively.
- This caused QSFP driver initialization of i2c-36 to i2c-41 to fail causing the ports from Ethernet208 to Ethernet248 fail.
#### How I did it
- The fix to this problem is to change the order of QSFP driver initialization to I2C mux channels.
- Instead of the order i2c-10 to i2c-41, the order i2c-4 to i2c-35 is being utilized.
- Also, need to change the i2c-mux-channel number for Baseboard CPLD and switchboard CPLD in scripts to access them.
Why I did it
Microsoft reported occasional daemon crashes on devices running 201911. On close inspection it was due to PMBus reads failing on IOError on very rare occasions.
This is the fix for 202012 branch.
How I did it
Add try/except block on performing reads on PMBus GPIOs.
How to verify it
Which release branch to backport (provide reason below if selected)
Co-authored-by: Zhi Yuan (Carl) Zhao <zyzhao@arista.com>
Why I did it
This SAI change is to Enable TD2 platforms to also be able to handle VFP-based sub-interfaces.
This is the feature that is also needed for TD2 platforms.
How to verify it
Guohan and Team has validated this feature change on TD2 platforms
#### Why I did it
xcvrd crashes when the application advertisement capability flag is not seen for few transceivers.
#### How I did it
Initialize the additional application capability in dunder init
Add support for Accton as9726-32d platform
This pull request is based on as9716-32d, so I reference as9716-32d to create new model: as9726-32d.
This module do not need led driver to control led, FPGA can handle it.
I also implement API2.0(sonic_platform) for this model, CPLD driver, PSU driver, Fan driver to control these HW behavior.
Why I did it
Fix issues below.
#7133#6602
So, remove the dps200 driver from the platform-specific driver.
Then, add the dps200 module driver to the Linux kernel tree.
How I did it
Remove the dps200 driver from the platform-specific driver and add the dps200 module driver to the Linux kernel.
How to verify it
Build an image with Azure/sonic-linux-kernel#207
Then, install to the Haliburton.
This is to pick up BRCM SAI 4.3.3.5-2 which contains 2 main changes:
1. hsdk-6.5.21-p1.patch (to address some field problems related to SDK issue.
2. Fix for CS00012097141 (remove some unnecessary debug setting that was causing non functional impacting problem at boot time)
Preliminary tests looks fine. BGP neighbors were all up with proper routes programmed
interfaces are all up
Manually ran the following test cases on S6100 DUT and all passed:
```
ipfwd/test_dir_bcast.py
fib/test_fib.py
vxlan/test_vxlan_decap.py
decap/test_decap.py
fdb/test_fdb.py
```
LED_PROC_INIT_SOC variable was incorrectly referenced as LED_SOC_INIT_SOC. Introduced in #5483
Rather than fixing the typo, I decided to simplify the script, removing the need for the conditional altogether by moving the bcmcmd call inside the conditional which checks for the presence of LED_SOC_INIT_SOC.
#### Why I did it
- PSU data is loaded into state DB.
Following errors are seen in syslogs:
"Failed to update PSU data - '<=' not supported between instances of 'float' and 'str'"
- Issue is not seen in master image as the PSU API return type is different.
#### How I did it
- Changed the return type in PSU API's.
#### Why I did it
400G media EEPROM and DOM information are not populated properly in DellEMC Z9332f platform.
#### How I did it
Handled QSFP_DD, QSFP28/QSFP+, SFP+ accordingly based on media type detected.
Incorporate the below changes in DellEMC Z9332F platform:
- Implemented watchdog platform API support
- Implement ‘get_position_in_parent’, ‘is_replaceable’ methods for all device types
- Change return type of SFP methods to match specification in sonic_platform_common/sfp_base.py
- Added platform.json file in device directory.
Co-authored-by: V P Subramaniam <Subramaniam_Vellalap@dell.com>
This is the SAI 4.3.3.5 code drop from BRCM to address 2 CSP case and initial MMU changes
Note the MMU changes is the same as that of SAI 4.3.3.4-1 (#7341) but with official patch.
- Case CS00012178716 [4.3] Polling SAI_QUEUE_STAT_SHARED_WATERMARK_BYTES fails often on TH3
- Case CS00012159273 [4.3.3.3] [TD3][IPFWD] subnet broadcast flooding end with extra VLAN Tag if member port of VLAN interface deleted then added back to VLAN
Once we have this PR merged, will validate each one of the above to ensure they are indeed fixed...
Preliminary tests looks fine. BGP neighbors were all up with proper routes programmed
interfaces are all up
Manually ran the following test cases on TD3 DUT and all passed:
ipfwd/test_dir_bcast.py
fib/test_fib.py
vxlan/test_vxlan_decap.py
decap/test_decap.py
fdb/test_fdb.py
#### Why I did it
- xcvrd crash was seen in latest 201811 images.
- For Dell S6100,API 2.0 uses poll mode while 1.0 was still using interrupt mode.
#### How I did it
- Modified get_transceiver_change_event in 1.0 to poll mode.
* 7260cx3 DualToR config.bcm support based on DualToR setting in device metadata at boot time.
For HWSKU Arista-7260CX3-C64 the MMU setting SOC for T0/T1 is also combined into the config.bcm.j2 logic so use just one config file and adding delta based on Switch Roles.
To add latest SAI drop REL_4.3.3.3 to SONIC which addresses the following CSP cases:
CS00012058054: [4.3][IPinIP][TTL-PIPE] IPinIP TTL Pipe Mode is NOT working it is behaving UNIFORM mode even programed as PIPE mode
CS00011227466: [4.3] Warmboot support with tunnel encap
#### Why I did it
- The xcvrd service requires an event detection function, unplug or plug in the transceiver.
#### How I did it
- Add sysfs interrupt to notify userspace app of external interrupt
- Implement get_change_event() in chassis api.
- Also begin installing Python 3 sonic-platform package for Celestica platforms
- Provide `hw-management-generate-dump.sh` for `show techsupport`
- Load `optoe3` for OSFP and QSFP-DD transceivers
- Enhance reboot-cause caching robustness
Signed-off-by: Samuel Angebault <staphylo@arista.com>
In preparation for the merging of Azure/sonic-platform-common#173, which properly defines class and instance members in the Platform API base classes.
It is proper object-oriented methodology to call the base class initializer, even if it is only the default initializer. This also future-proofs the potential addition of custom initializers in the base classes down the road.
#### Why I did it
To incorporate the below changes in DellEMC S5232, Z9264, Z9332 platforms.
- Update thermal high threshold values
- Make watchdog API Python2 and Python3 compatible
- Fix LGTM alerts
- Z9264: Fix get_change_event timer value
#### How I did it
- Use 'universal_newlines=True' in subprocess.Popen call.
- Change the timeout in 'get_change_event' to milliseconds to match specification in sonic_platform_common/chassis_base.py
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.
Moved the platform_reboot to platform_reboot_override and hooked it to the systemd shutdown services as in S6100
- Add support for `DCS-7050SX3-48YC8` and `DCS-7050SX3-48C8` platform
- Add support for more variants of `DCS-7280CR3-32[PD]4`
- Add Supervisor to Linecard consutil support
- Complete Watchdog platform API support
- Fix some PSU behavior on `DCS-7050QX-32` and `DCS-7060CX-32S`
- Fix SEU management on `DCS-7060CX-32S`
- Allow kernel modules to build up to linux 5.10
- Rename led color `orange` to `amber`
- Miscellaneous fixes
Azure/sonic-utilities#1431 changes the path to the udevprefix.conf file. The file previously inappropriately resided in the <platform>/plugins/ directory. That directory is reserved for now-deprecated Python platform plugins, and will be removed in the near future.
This PR is needed to fix the show interface counters output issue where the counters are not correct due to an issue introduced in BRCM SAI 4.3.
- How to verify it
Without the fix if one injects packets, the expected counters for the interfaces involved do not show correct count values. The RX count looks to be TX count while TX count looks to be RX count but even that the values could not be trusted.
After the fix the counters started to look correct. Here is one sample output taken after the fix is applied where I manually injected 10,000 packets into Ethernet92 to be routed out of the port channel member port Ethernet40. Also injected 10,000 invalid packets into the same Ethernet92 and all 10,000 packets were shown RX_DRP correctly.
Merged bcmsai 4.3.0.13 code to top of master bcmsai 4.3.0.10-5.
- How to verify it
Ran nightly regression on T0 and T1 topology using bcmsai 4.3.0.13. Test results are better than previous runs.
For T0 -
New test passing - CRM, Decap, FDB, platform test, VxLAN
New test failing – PFC unknown MAC
For T1 –
New test passing – Port Channel
New test failing – platform test
