These changes, in conjunction with NDK version >= 22.9.17 address the thermal logging issues discussed at Nokia-ION/ndk#27. While the changes contained at this PR do not require coupling to NDK version >= 22.9.17, thermal logging enhancements will not be available without updated NDK >= 22.9.17. Thus, coupling with NDK >=22.9.17 is preferred and recommended.
Why I did it
To address thermal logging deficiencies.
Work item tracking
Microsoft ADO (number only): 26365734
How I did it
The following changes are included:
Threshold configuration values are provided in the associated device data .json files. There is also a change included to better handle the condition where an SFP module read fails.
Modify the module.py reboot to support reboot linecard from Supervisor
- Modify reboot to call _reboot_imm for single IMM card reboot
- Add log to the ndk_cmd to log the operation of "reboot-linecard" and "shutdown/satrtup the sfm"
Add new nokia_cmd set command and modify show ndk-status output
- Add a new function reboot_imm() to nokia_common.py to support reboot a single IMM slot from CPM
- Added new command: nokia_cmd set reboot-linecard <slot> [forece] for CPM
- Append a new column "RebootStatus" at the end of output of "nokia_cmd show ndk-status"
- Provide ability for IMM to disable all transceiver module TX at reboot time
- Remove defunct xcvr-resync service
Why I did it
When Supervisor card is rebooted by using PMON API, it takes about 90 seconds to trigger the shutdown in down path. At this time linecards have been up. This delays linecards database initialization which is trying to PING/PONG the database-chassis. To address this issue, we modified the NDK to use the system call with "sudo reboot" when the request is from PMON API on Supervisor case. The NDK version is 22.9.20 and greater. This new NDK requires this modifcaiton of platform_reboot to work with.
Work item tracking
Microsoft ADO (number only): 26365734
How I did it
Modify the platform_reboot In Supervisor not to reboot all IMMs since it has been done in the function reboot() in module.py. Also handle the reboot-cause.txt for on the Supervisor when the reboot is request from PMON API.
Modify the Nokia platform specific platform_reboot in linecard to disable all SPFs.
This PR works with NDK version 22.9.20 and above
Signed-off-by: mlok <marty.lok@nokia.com>
Updated sdk & driver requries hugepage to be reserved during kernel
boot. These kernel command line agrument are passed from installer.conf
in device folder.
Change-Id: Id43f61af2b050500775da66d058c2de78cb5ad15
Signed-off-by: Pavan Naregundi <pnaregundi@marvell.com>
Microsoft ADO (25266920)
sonic-mgmt xoff test was failing for [100g,120km]. Needed to update total headroom pool size when 100G line card is used as T2 uplink.
This size was calculated assuming 100g is used for downlink so cable length was 2km whereas it can also be used for uplink (cable length - 120km). so we need to do calculation based on 120km not 2km. Although it will be some wastage for 2km scenario but it should cover both cases.
Why I did it
Update the platform_reboot of Nokia Platform IXR-7250E-36x400G to displays the correct reboot-cause history when reboot from supervisor card.
Work item tracking
Microsoft ADO (number only):
How I did it
Modify the platform_reboot script to copy the correct reboo-cause.txt file from NDK to the /host/reboot-cause directory at the down cycle when the reboot is issued from Supervisor (for both reboot right after install a new image and normal reboot)
Signed-off-by: mlok <marty.lok@nokia.com>
Why I did it
Update the device data files to support 1024 LAGs for Nokia IXR7250E platform
fixes https://github.com/Nokia-ION/ndk/issues/15
How I did it
Update the lag_id_end=1024 in chassisdb.conf file and add the trunk_group_max_members=16 in the BCM config file
How to verify it
check to allow to create lag ids up to 1024 with 16 port members
Signed-off-by: mlok <marty.lok@nokia.com>
* [armhf][Nokia-7215]Add HWSKU files for new SAI
Add new easy bringup (EZB) files for new SAI 1.11.0
* [Nokia][devicedata]Modified the port autoneg default setting for Nokia-7215 platform
[armhf][Nokia-7215]Update profile.ini
* Update PG headroom settings ports based on port speed/cable length
* Updated XOFF settings to use chip level numbers than core
* Updated PG headroom based on uplink/downlink side
* fix for sonic-config-gen tests
* More fixes for unit test cases
* more test fixes
* Merged multiple functions into one
Add new Nokia build target and establish an arm64 build:
Platform: arm64-nokia_ixs7215_52xb-r0
HwSKU: Nokia-7215-A1
ASIC: marvell
Port Config: 48x1G + 4x10G
How I did it
- Change make files for saiserver and syncd to use Bulleseye kernel
- Change Marvell SAI version to 1.11.0-1
- Add Prestera make files to build kernel, Flattened Device Tree blob and ramdisk for arm64 platforms
- Provide device and platform related files for new platform support (arm64-nokia_ixs7215_52xb-r0).
Why I did it
Update ECN settings for T2 chassis
How I did it
Updated qos config file to load these settings during switch bootup
How to verify it
Verified on line card on T2 chassis
Why I did it
When reboot the chassis by issuing "sudo reboot" on Supervisor card. The internal midplane communication xe0 should be shutdown to avoid double reboot on the linecard.
Added a udev link rule to disable the autoneg on AMD xgbe port Xe0 and Xe1 and make the setting in sync with the peer Broadcom greyhound ports.
How I did it
Modify the Nokia-7250IXRE specific reboot script on the Supervisor card to shutdown the internal interface xe0. Also move reboot linecard code to the top of the script to make sure the notification has been send to Linecard before shutdown the xe0 interface.
Introduced a new rule 80-net-by-driver.link to disable the autoneg on the AMD size. This change requires the latest NDK which contains the change to set the autoneg on the xe0 and xe1 port on the Greyhound.
Signed-off-by: mlok <marty.lok@nokia.com>
Why I did it
On DNX (J2/J2c/J2c+) platforms, Single Path Nexthops and ECMp Nexthop resources(FECs) are shared. BRCM SAI do not have partition of this resource, and hence more single path Nexthop entries, causes ECMP programming to fail in scaled setup.
How I did it
Broadcom provided SAI changes to reserve resources for single path nexthop entries(More details in CSP: https://brcmsemiconductor-csm.wolkenservicedesk.com/wolken-support/allcases/request-details?requestId=CS00012251649).
Along with SAI changes, they provided configurable Macro/flag to reserve NON_ECMP entries.
This PR is to add that flag in various sai.profile files wherever applicable.
PS: We are reserving 3072 single path Nexthop entries on each Linecard. Calculation is as follows.
Max Slots per chassis: 8
Max No of Ports(each LC): 64
MyIP/Subnet Entries per port: 4(v4/v6)
Nbr Entries Per port: 2(v4/v6)
Total Non_ECMP Count: 8x64x(4+2) = 3072
How to verify it
Without this change, the ECMP group count will be shown as Max_count in 'crm show resources all' command, and with this change the ECMP group count will be decreased by 24(3072/128).
Signed-off-by: maipbui <maibui@microsoft.com>
Dependency: [https://github.com/sonic-net/sonic-buildimage/pull/12065](https://github.com/sonic-net/sonic-buildimage/pull/12065)
#### Why I did it
`subprocess.Popen()` and `subprocess.run()` is used with `shell=True`, which is very dangerous for shell injection.
`os` - not secure against maliciously constructed input and dangerous if used to evaluate dynamic content
`getstatusoutput` is dangerous because it contains `shell=True` in the implementation
#### How I did it
Replace `os` by `subprocess`, use with `shell=False`
Remove unused functions
changed the platform device name under nokia directory; we now need to specify marvell armhf/arm64 to provide more accurate platform identity. otherwise onie discovery won't recognize the asic being installed.
Why I did it
when we load images using onie discovery, the process was failing because of marvell ASIC mismatch
How I did it
replace the platform asic with marvell-armhf under 7215
How to verify it
load a new image using http server and verify that the image can be loaded successfully
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.
The following changes are provided to support bullseye and the latest master
branch content.
- Accommodate relocated fan and thermal sysfs entries in bullseye
- Add support for chassis and PSU HW revision
Why I did it
Fix platform issues introduced by the bullseye kernel upgrade.
How I did it
Minor fixes to Nokia ixs7215 platform code
How to verify it
Execute the following CLI commands
show platform summary
show platform fan
show platform temperature
Added midplane_subnet in chassisdb.conf for interfaces-config.sh to create midplane interface in multi-asic namespaces.
Signed-off-by: Sakthivadivu Saravanaraj <sakthivadivu.saravanaraj@nokia.com>
Why I did it
Updated the BCM config recommended by Broadcom for Nokia-IXR7250E-36x400G
How I did it
Updated the BCM config file
How to verify it
Verified running the image with this BCM config in Nokia-IXR7250E-36x400G and ensured that the syncd container was stable, ports were up and passing the traffic.
Signed-off-by: Sakthivadivu Saravanaraj <sakthivadivu.saravanaraj@nokia.com>
This commit more fully declares the HW capabilities of the Nokia-7215
platform. For example, support for the threshold values associated with each
thermal sensor is described. The intent here is to inform the sonic-mgmt
platform test cases of which HW features are supported.
This commit must align with PR# 4521 within the sonic-mgmt git repo which is
currently under review. Any changes to that PR will need to be reflected in
this commit.
-- Based on the new BCM configuration, Modify the portcoreid for the front panel port in the port_config.ini for line card Nokia-IXR7250e-36x400G
-- Correct the pcie.pmal file
-- Update the platform_ndk.json with new field "update-asic-pvt"
-- Add chassis-internal-intf to chassisdb.conf
-- update platform_reboot
Signed-off-by: mlok <marty.lok@nokia.com>
#### Why I did it
Add platform_asic file to each platform folder in sonic-device-data package. The file content will be used as the ground truth of mapping from PLATFORM_STRING to switch ASIC family.
One use case of the mapping is to prevent installing a wrong image, which targets for other ASIC platforms. For example, currently we have several ONIE images naming as sonic-*.bin, it's easy to mistakenly install the wrong image. With this mapping built into image, we could fetch the ONIE platform string, and figure out which ASIC it is using, and check we are installing the correct image.
After this PR merged, each platform vendor has to add one mandatory text file `device/PLATFORM_VENDOR/PLATFORM_STRING/platform_asic`, with the content of the platform's switch ASIC family.
I will update https://github.com/Azure/SONiC/wiki/Porting-Guide after this PR is merged.
You can get a list of the ASIC platforms by `ls -b platform | cat`. Currently the options are
```
barefoot
broadcom
cavium
centec
centec-arm64
generic
innovium
marvell
marvell-arm64
marvell-armhf
mellanox
nephos
p4
vs
```
Also support
```
broadcom-dnx
```
#### How I did it
#### How to verify it
Test one image on DUT. And check the folders under `/usr/share/sonic/device`
