bef2f3e6f6
* Build docker-gbsyncd-broncos image
* Correct typo in LIBSAI_BRONCOS_URL_PREFIX
* Update docker-gbsyncd-broncos/Dockerfile.j2
* Enable debug shell support on docker-gbsyncd-broncos
* Include bcmsh in docker-gbsyncd-broncos
Why I did it
In docker-gbsyncd-broncos image, enable debug shell support for BRCM broncos PHY.
How I did it
How to verify it
Note: need enable attr SAI_SWITCH_ATTR_SWITCH_SHELL_ENABLE support in BCM PAI library
# bcmsh
Press Enter to show prompt.
Press Ctrl+C to exit.
NOTICE: Only one bcmsh or bcmcmd can connect to the shell at same time.
BRCM:> help
help
List of available commands
- h or help => Print command menu
- l => Print list of active ports on the PHY
- ps <port_id> <options> => Print port status
<options> => 1 -> Link status
=> 2 -> Link training failure status
=> 3 -> Link training RX status
=> 4 -> PRBS lock status
=> 5 -> PRBS lock loss status
- rd <port_id> <addr> <no of registers to read> => Read register contents
- wr <port_id> <addr> <data> => Write register data
- rrd <lanemap> <if_side> <addr> <no of registers to read> => Raw read register contents using lanemap and if_side (line = 0, system = 1)
- rwr <lanemap> <if_side> <addr> <data> => Raw write register data using lanemap and if_side (line = 0, system = 1)
- fw or firmware => Print firmware version of the PHY
- pd or port_dump <port_id> <flags> => Dump port status
- eyescan <port_id> => Display eye scan
- fec_status <port_id> => Get fec status of the port
- polarity <lanemap> <if_side> <TX polarity> <RX Polarity> => Set TX and RX polarity
<lanemap> => 0xF, 0xFF, or 0xFFFF based on number of lanes
<if_side > => Line = 0, System = 1
<TX/RX Polarity> =>_TX/RX Polarity bitmap of all lanes
Each bit represents a lane number.
E.g. Lane 0's polarity value (0 or 1) is populated in Bit 0.
- polarity <lanemap> <if_side> => Print TX and RX polarity
- lb <port_id> <lb_value> => Enable loopback on the port
lb_value = 0 -> Disable, 1 -> PHY, 2 -> MAC
- lb <port_id> => Print loopback configuration of the port
- prbs <port_id> <options> <val> => Set/Get PRBS configuration
<options> => 1 -> Get PRBS state and polynomial
2 -> Set PRBS Polynomial, <val> - PRBS Polynomial
Please refer to phy/chip documentation for valid values
3 -> Enable PRBS
<val> => 0 Disable PRBS
1 Enable both PRBS Transmitter and Receiver
2 Enable PRBS Receiver
3 Enable PRBS Transmitter
exit or q => Exit the diagnostic shell
44 lines
1001 B
Django/Jinja
44 lines
1001 B
Django/Jinja
[supervisord]
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logfile_maxbytes=1MB
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logfile_backups=2
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nodaemon=true
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[eventlistener:dependent-startup]
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command=python3 -m supervisord_dependent_startup
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autostart=true
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autorestart=unexpected
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startretries=0
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exitcodes=0,3
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events=PROCESS_STATE
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[program:rsyslogd]
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command=/usr/sbin/rsyslogd -n -iNONE
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priority=1
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autostart=false
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autorestart=unexpected
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stdout_logfile=syslog
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stderr_logfile=syslog
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dependent_startup=true
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[program:start]
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command=/usr/bin/start.sh
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priority=2
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autostart=false
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autorestart=false
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startsecs=0
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stdout_logfile=syslog
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stderr_logfile=syslog
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dependent_startup=true
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dependent_startup_wait_for=rsyslogd:running
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[program:syncd]
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environment=BRONCOS_DEVICE_PATH=/usr/lib
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command=/usr/bin/dsserve -f /var/run/sswsyncd/sswgbsyncd.socket /usr/bin/syncd --diag -s -p /etc/sai.d/psai.profile -x /usr/share/sonic/hwsku/context_config.json -g 1
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priority=3
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autostart=false
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autorestart=false
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stdout_logfile=syslog
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stderr_logfile=syslog
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dependent_startup=true
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dependent_startup_wait_for=start:exited
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