This change of removing hwsku.json is to correct the port index for
sfp ports (Ethernet0, Ethernet1, Ethernet2, Ethernet3) by using
port_config.ini, which should be '1, 2, 3, 4'. We could not do it
with hwsku.json, as it is defined as '5, 5, 5, 5' by platform.json
for the breakout_mode 1x40G[10G].
For 40G optics there is SAI handling of T0 facing ports to be set with SR4 type and unreliable los set for a fixed set of ports. For this property to be invoked the requirement is set
phy_unlos_msft=1 in config.bcm.
This change is to meet the requirement and once this property is set, the los/interface type settings is applied by SAI on the required ports.
Why I did it
For Arista-7060CX-32S-Q32 T1, 40G ports RX_ERR minimalization during connected device reboot
can be achieved by turning on Unreliable LOS and SR4 media_type for all ports which are connected to T0.
The property phy_unlos_msft=1 is to exclusively enable this property.
Microsoft ADO: 25941176
How I did it
Changes in SAI and turning on property
How to verify it
Ran the changes on a testbed and verified configurations are as intended.
with property
admin@sonic2:~$ bcmcmd "phy diag xe8 dsc config" | grep -C 2 "LOS"
Brdfe_on = 0
Media Type = 2
Unreliable LOS = 1
Scrambling Disable = 0
Lane Config from PCS = 0
without property
admin@sonic:~$ bcmcmd "phy diag xe8 dsc config" | grep -C 2 "LOS"
Brdfe_on = 0
Media Type = 0
Unreliable LOS = 0
Scrambling Disable = 0
Lane Config from PCS = 0
Signed-off-by: vaibhav-dahiya <vdahiya@microsoft.com>
This change was submitted directly to 202205 but it's also needed in master and 202305 with SAI9.x
#13346
There has been a couple CSPs for this as well:
CS00012273013 - [7.1][J2, J2c+] Disable SA Equals DA trap on DNX
CS00012320965 - SAI9.2: iBGP doesn't work due to SA_EQUALS_DA trap
If SA_EQUALS_DA trap is enabled iBGP won't work as the Ethernet-IB0 ports are expected to get packets with SA==DA.
In the VOQ chassis design, for outgoing control plane packets, the packets goes the recycle port for routing, therefore the dmac of the packet should be the asic router mac. The source mac is assigned by the kernel, so it is also the asic router mac.
SAI 9.x requires a SYNCD_SHM_SIZE specified otherwise it will default to 64mb which is insufficient for syncd.
E.G. of a few failures seen when insufficient shmem was set
ha_init: The file: warmboot_data_0 is of size=762[MB] and is beyond the directory: /dev/shm available storage of size=64[MB]#015
syncd.sh[26074]: Cannot get SYNCD_SHM_SIZE for chip: [869] in /usr/share/sonic/device/x86_64-broadcom_common/syncd_shm.ini. Skip set SYNCD_SHM_SIZE.
Syncd hangs here:
syncd#syncd: [none] SAI_API_SWITCH:_brcm_sai_shr_ha_section_resize:536 start=0x7f6e641b4000, end=0x7f6e645b4000, len=302276608, free=0x7f6e641b4000
Broadcom recommended using 1gb for DNX devices.
Since currently we don't use SAI9.x on master and 202305 this change won't fix anything until we upgrade the SAI on those branches.
On some products from this line one of the management NIC might be unpopulated.
On such products this leads to errors from pcied and pcie-check.sh
How I did it
Remove this PCIe device from pcie.yaml
How to verify it
Run pcieutil check on the 2 hardware variants and validate that it passes.
Restart pcied and make sure that there is no more error logs in the syslog.
ADO: 25447788
Add two new hwskus for different port speed layouts
Arista-7060DX5-32-25Gx96-100Gx8-200Gx8
Arista-7060DX5-32-200Gx50-100Gx14
Disable bfd on all hwskus for x86_64-arista_7060dx5_32 as its dependencies have not been ready, which will result in a runtime error if not disabled.
These devices will not reliabily report the proper devid and vendorid
when reading it is read directly from the pci config space.
It can be read but shouldn't be compared against some fixed value like
the one stored in pcie.yaml.
Since this makes pcied unhappy, the simplest path forward is to just
remove this device from monitoring.
* sonic-buildimage: Add 7060DX5-64S brcm tunnel config
Add bcm_tunnel_term_compatible_mode: 1 support, which allows
Loopback configuration to no longer result in SAI failure
"tunnel terminator add failed with error Feature unavailable"
that caused Orchagent SIGABRT
Signed-off-by: Aaron Payment <aaronp@arista.com>
* sonic-buildimage: Set port config ENABLE:0 in 7060DX5-64S brcm config
Set ENABLE:0 for the front panel ports in the brcm config so that the
ports are default admin down. This change prevents the issue that ports
are able to link up and pass traffic resulting in mac learn events after
SAI create switch and before SAI admin state up. The unexpected mac learn events
resulted in Orch agent crash in PortsOrch init, which occurs after SAI
create switch and before SAI admin state up.
* fix sensors.conf on CatalinaDD
* Add support for two sfp ports
* Add copper 50g tuning to babbagelp on catalina
---------
Signed-off-by: Aaron Payment <aaronp@arista.com>
Co-authored-by: enes.oncu <enes.oncu@arista.com>
Co-authored-by: Boyang Yu <byu@arista.com>
Why I did it
To overwrite the default DSCP_TO_TC_MAP for tunnel traffic, the attribute sai_tunnel_support must be set to 1.
Before this change, the attribute is set only on dual-tor platform when remap is enabled.
This PR is to set the attribute on all Arista-7260cx3 devices.
Work item tracking
Microsoft ADO 24785776
How I did it
Update the config.bcm template for Arista-7260cx3 devices.
How to verify it
The change is verified by manually rendering the j2 on a T1 testbed.
Syncd will abort in handleSaiCreateStatus with
'Encountered failure in create operation, exiting orchagent,SAI API: SAI_API_TUNNEL, status: SAI_STATUS_NOT_SUPPORTED'
The fix is to add the following brcm config to prevent the error:
sai_tunnel_global_sip_mask_enable=1
bcm_tunnel_term_compatible_mode=1
Signed-off-by: Aaron Payment <aaronp@arista.com>
Added support data for fabric monitoring in CONFIG_DB
The CONFIG_DB now has the FABRIC_MONITOR|FABRIC_MONITOR_DATA table for default value for fabric port monitoring. An example output of getting this table is:
sonic-db-cli CONFIG_DB hgetall "FABRIC_MONITOR|FABRIC_MONITOR_DATA"
{'monErrThreshCrcCells': '1', 'monErrThreshRxCells': '61035156', 'monPollThreshIsolation': '1', 'monPollThreshRecovery': '8'}
The CONFIG_DB now also has a table for each fabric port for its isolate status.
An example output of getting this table is:
sonic-db-cli CONFIG_DB hgetall "FABRIC_PORT|Fabric20"
{'alias': 'Fabric20', 'isolateStatus': 'False', 'lanes': '20'}
Why I did it
sonic-mgmt is failing tests due to invalid test data in platform.json
Fwutil is upset the chassis name in the platform_component.json of the 7060CX-32S
How I did it
Fixed the aforementioned issues
Why I did it
Work item tracking
Microsoft ADO (24182162):
How I did it
update the config.bcm to set the default fec RS 100G Linecard
How to verify it
Tests on chassis
* [202205] Update SOC properties for DLR_INIT based pfcwd recovery (#15217)
Why I did it
Update soc properties for certain roles that need to use pfcwd dlr init based recovery mechanism
How to verify it
Updated the templates on a 7050cx3 dual tor and 7260 T1 which satisfies these conditions and validated pfcwd recovery which uses DLR_INIT based mechanism. Also validated that this mechanism is not used on 7050cx3 single tor with the updated templates
Signed-off-by: Neetha John <nejo@microsoft.com>
* 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
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
Today at most 128 LAGs are supported. This is not sufficient if there are many LAGs with just few ports.
How I did it
Increase LAG Ids to 1024 for DNX device.
Why I did it
Support Egress Mirroring on supported Arista platforms
How I did it
Add necessary soc properties for egress mirroring recycle ports to be created
Signed-off-by: Nathan Wolfe <nwolfe@arista.com>
Updated asic_port_names for all Arista LC SKUs to follow latest naming
conventions to remove redundant ASICx suffix. For
Arista-7800R3-48CQ2-C48, added the asic_port_name mapping.
Provide platform-components.json for Clearwater2 and Wolverine
These files are needed for fwutil platform sonic-mgmt tests to pass.
Fix PikeZ platform_components.json
Co-authored-by: Patrick MacArthur <pmacarthur@arista.com>
Co-authored-by: Andy Wong <andywong@arista.com>
To support 64 cores on arista skus. Fixesaristanetworks/sonic#77
Remapped recycle ports to lowers core port ids and set appl_param_nof_ports_per_modid to 64.
Why I did it
The sensors and sensord processes were reporting data on unused sensors.
This lead to ALARM messages or erroneous values that could be misinterpreted.
How I did it
Ignore the affected sensors in the sensors.conf
How to verify it
Check that there are no longer ALARM messages from sensord in the syslog or in the output of sensors
Why I did it
This change specifies the tuning values for each lane of the B52 phy chips. These values can be different for different ports. The values being set are under the assumption of optical transceivers. This change depends on the change to sonic-swss: sonic-net/sonic-swss#2158.
How to verify it
We verified the values are correctly set on the B52 chips of Arista 7280cr3, by reading them from the debug cli of the B52 driver.
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
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
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)
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>
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
This is to fix test_forward_ip_packet_with_0xffff_chksum_tolerant test failure on 720DT-48S. IP packets with checksum set to 0xffff will be forwarded with the same checksum on this platform, instead of updating to the correct value.
How I did it
Add bcm config sai_verify_incoming_chksum=0 so that checksum is updated instead of being left unchanged when checksum is 0xffff. Note that packets with invalid checksum are still dropped with this config.
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).
Port indexes of front panel ports are not contiguous in multi-asic because we didn't distiguish between
front panel and internal ports, e.g., recycle ports. Fix this by assigning index to front panel port first
and then internal ports.
Add missing aggregate port_config.ini needed by sonic-mgmt
Concatenate the ASIC specific port_config.ini from device/arista/x86_64-arista_7800r3a_36d2_lc/Arista-7800R3A-36D2-C36/[01] to create the aggregate file.
This change is to disable the pcie firmware check done by Broadcom SAI. The change is needed for the Arista platform x86_64-arista_7050cx3_32s; otherwise, the check will fail, blocking the initialization.
There was a pcie firmware check added in brcm SDK and certain Arista hardwares do not compliant with the check, so we added the disable_pcie_firmware_check originally for x86_64-arista_7060dx4_32. For x86_64-arista_7050cx3_32s, it was able to pass the check but some firmware change done in August made it fail.
Why I did it
Added to allow test_crm_route to pass; the test tries to add a /126 ipv6 route and this change is required in order for the count of available routes to be updated correctly.
Why I did it
TX FIR tuning should be done based on the type of inserted transceiver
How I did it
Add media_settings.json which contains the tuning data for 100G optic and 400G optic.
How to verify it
Tested against x86_64-arista_7800r3a_36d2_lc
Why I did it
The PR is to apply separated DSCP_TO_TC_MAP and TC_TO_QUEUE_MAP to uplink ports on dualtor.
The traffic with DSCP 2 and DSCP 6 from T1 is treated as lossless traffic.
DSCP TC Queue
2 2 2
6 6 6
Traffic with DSCP 2 or DSCP 6 from downlink is still treated as lossy traffic as before.
How I did it
Define DSCP_TO_TC_MAP|AZURE_UPLINK and TC_TO_QUEUE_MAP|AZURE_UPLINK.
How to verify it
Verified by UT
Verified by coping the new template to a testbed, and rendering a config_db.json
