sonic-buildimage/files/scripts/syncd.sh

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#!/bin/bash
Add gearbox phy device files and a new physyncd docker to support VS gearbox phy feature (#4851) * buildimage: Add gearbox phy device files and a new physyncd docker to support VS gearbox phy feature * scripts and configuration needed to support a second syncd docker (physyncd) * physyncd supports gearbox device and phy SAI APIs and runs multiple instances of syncd, one per phy in the device * support for VS target (sonic-sairedis vslib has been extended to support a virtual BCM81724 gearbox PHY). HLD is located at https://github.com/Azure/SONiC/blob/b817a12fd89520d3fd26bbc5897487928e7f6de7/doc/gearbox/gearbox_mgr_design.md **- Why I did it** This work is part of the gearbox phy joint effort between Microsoft and Broadcom, and is based on multi-switch support in sonic-sairedis. **- How I did it** Overall feature was implemented across several projects. The collective pull requests (some in late stages of review at this point): https://github.com/Azure/sonic-utilities/pull/931 - CLI (merged) https://github.com/Azure/sonic-swss-common/pull/347 - Minor changes (merged) https://github.com/Azure/sonic-swss/pull/1321 - gearsyncd, config parsers, changes to orchargent to create gearbox phy on supported systems https://github.com/Azure/sonic-sairedis/pull/624 - physyncd, virtual BCM81724 gearbox phy added to vslib **- How to verify it** In a vslib build: root@sonic:/home/admin# show gearbox interfaces status PHY Id Interface MAC Lanes MAC Lane Speed PHY Lanes PHY Lane Speed Line Lanes Line Lane Speed Oper Admin -------- ----------- --------------- ---------------- --------------- ---------------- ------------ ----------------- ------ ------- 1 Ethernet48 121,122,123,124 25G 200,201,202,203 25G 204,205 50G down down 1 Ethernet49 125,126,127,128 25G 206,207,208,209 25G 210,211 50G down down 1 Ethernet50 69,70,71,72 25G 212,213,214,215 25G 216 100G down down In addition, docker ps | grep phy should show a physyncd docker running. Signed-off-by: syd.logan@broadcom.com
2020-09-25 10:32:44 -05:00
. /usr/local/bin/syncd_common.sh
Add gearbox phy device files and a new physyncd docker to support VS gearbox phy feature (#4851) * buildimage: Add gearbox phy device files and a new physyncd docker to support VS gearbox phy feature * scripts and configuration needed to support a second syncd docker (physyncd) * physyncd supports gearbox device and phy SAI APIs and runs multiple instances of syncd, one per phy in the device * support for VS target (sonic-sairedis vslib has been extended to support a virtual BCM81724 gearbox PHY). HLD is located at https://github.com/Azure/SONiC/blob/b817a12fd89520d3fd26bbc5897487928e7f6de7/doc/gearbox/gearbox_mgr_design.md **- Why I did it** This work is part of the gearbox phy joint effort between Microsoft and Broadcom, and is based on multi-switch support in sonic-sairedis. **- How I did it** Overall feature was implemented across several projects. The collective pull requests (some in late stages of review at this point): https://github.com/Azure/sonic-utilities/pull/931 - CLI (merged) https://github.com/Azure/sonic-swss-common/pull/347 - Minor changes (merged) https://github.com/Azure/sonic-swss/pull/1321 - gearsyncd, config parsers, changes to orchargent to create gearbox phy on supported systems https://github.com/Azure/sonic-sairedis/pull/624 - physyncd, virtual BCM81724 gearbox phy added to vslib **- How to verify it** In a vslib build: root@sonic:/home/admin# show gearbox interfaces status PHY Id Interface MAC Lanes MAC Lane Speed PHY Lanes PHY Lane Speed Line Lanes Line Lane Speed Oper Admin -------- ----------- --------------- ---------------- --------------- ---------------- ------------ ----------------- ------ ------- 1 Ethernet48 121,122,123,124 25G 200,201,202,203 25G 204,205 50G down down 1 Ethernet49 125,126,127,128 25G 206,207,208,209 25G 210,211 50G down down 1 Ethernet50 69,70,71,72 25G 212,213,214,215 25G 216 100G down down In addition, docker ps | grep phy should show a physyncd docker running. Signed-off-by: syd.logan@broadcom.com
2020-09-25 10:32:44 -05:00
function startplatform() {
# platform specific tasks
# start mellanox drivers regardless of
# boot type
if [[ x"$sonic_asic_platform" == x"mellanox" ]]; then
BOOT_TYPE=`getBootType`
if [[ x"$WARM_BOOT" == x"true" || x"$BOOT_TYPE" == x"fast" ]]; then
export FAST_BOOT=1
fi
if [[ x"$WARM_BOOT" != x"true" ]]; then
if [[ x"$(/bin/systemctl is-active pmon)" == x"active" ]]; then
/bin/systemctl stop pmon
[Mellanox] Stop pmon ahead of syncd (#3505) Issue Overview shutdown flow For any shutdown flow, which means all dockers are stopped in order, pmon docker stops after syncd docker has stopped, causing pmon docker fail to release sx_core resources and leaving sx_core in a bad state. The related logs are like the following: INFO syncd.sh[23597]: modprobe: FATAL: Module sx_core is in use. INFO syncd.sh[23597]: Unloading sx_core[FAILED] INFO syncd.sh[23597]: rmmod: ERROR: Module sx_core is in use config reload & service swss.restart In the flows like "config reload" and "service swss restart", the failure cause further consequences: sx_core initialization error with error message like "sx_core: create EMAD sdq 0 failed. err: -16" syncd fails to execute the create switch api with error message "syncd_main: Runtime error: :- processEvent: failed to execute api: create, key: SAI_OBJECT_TYPE_SWITCH:oid:0x21000000000000, status: SAI_STATUS_FAILURE" swss fails to call SAI API "SAI_SWITCH_ATTR_INIT_SWITCH", which causes orchagent to restart. This will introduce an extra 1 or 2 minutes for the system to be available, failing related test cases. reboot, warm-reboot & fast-reboot In the reboot flows including "reboot", "fast-reboot" and "warm-reboot" this failure doesn't have further negative effects since the system has already rebooted. In addition, "warm-reboot" requires the system to be shutdown as soon as possible to meet the GR time restriction of both BGP and LACP. "fast-reboot" also requires to meet the GR time restriction of BGP which is longer than LACP. In this sense, any unnecessary steps should be avoided. It's better to keep those flows untouched. summary To summarize, we have to come up with a way to ensure: shutdown pmon docker ahead of syncd for "config reload" or "service swss restart" flow; don't shutdown pmon docker ahead of syncd for "fast-reboot" or "warm-reboot" flow in order to save time. for "reboot" flow, either order is acceptable. Solution To solve the issue, pmon shoud be stopped ahead of syncd stopped for all flows except for the warm-reboot. - How I did it To stop pmon ahead of syncd stopped. This is done in /usr/local/bin/syncd.sh::stop() and for all shutdown sequence. Now pmon stops ahead of syncd so there must be a way in which pmon can start after syncd started. Another point that should be taken consideration is that pmon starting should be deferred so that services which have the logic of graceful restart in fast-reboot and warm-reboot have sufficient CPU cycles to meet their deadline. This is done by add "syncd.service" as "After" to pmon.service and startin /usr/local/bin/syncd.sh::wait() To start pmon automatically after syncd started.
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debug "pmon is active while syncd starting, stop it first"
fi
fi
debug "Starting Firmware update procedure"
/usr/bin/mst start --with_i2cdev
/usr/bin/mlnx-fw-upgrade.sh
/etc/init.d/sxdkernel start
debug "Firmware update procedure ended"
fi
if [[ x"$WARM_BOOT" != x"true" ]]; then
if [ x$sonic_asic_platform == x'cavium' ]; then
/etc/init.d/xpnet.sh start
fi
fi
}
Add gearbox phy device files and a new physyncd docker to support VS gearbox phy feature (#4851) * buildimage: Add gearbox phy device files and a new physyncd docker to support VS gearbox phy feature * scripts and configuration needed to support a second syncd docker (physyncd) * physyncd supports gearbox device and phy SAI APIs and runs multiple instances of syncd, one per phy in the device * support for VS target (sonic-sairedis vslib has been extended to support a virtual BCM81724 gearbox PHY). HLD is located at https://github.com/Azure/SONiC/blob/b817a12fd89520d3fd26bbc5897487928e7f6de7/doc/gearbox/gearbox_mgr_design.md **- Why I did it** This work is part of the gearbox phy joint effort between Microsoft and Broadcom, and is based on multi-switch support in sonic-sairedis. **- How I did it** Overall feature was implemented across several projects. The collective pull requests (some in late stages of review at this point): https://github.com/Azure/sonic-utilities/pull/931 - CLI (merged) https://github.com/Azure/sonic-swss-common/pull/347 - Minor changes (merged) https://github.com/Azure/sonic-swss/pull/1321 - gearsyncd, config parsers, changes to orchargent to create gearbox phy on supported systems https://github.com/Azure/sonic-sairedis/pull/624 - physyncd, virtual BCM81724 gearbox phy added to vslib **- How to verify it** In a vslib build: root@sonic:/home/admin# show gearbox interfaces status PHY Id Interface MAC Lanes MAC Lane Speed PHY Lanes PHY Lane Speed Line Lanes Line Lane Speed Oper Admin -------- ----------- --------------- ---------------- --------------- ---------------- ------------ ----------------- ------ ------- 1 Ethernet48 121,122,123,124 25G 200,201,202,203 25G 204,205 50G down down 1 Ethernet49 125,126,127,128 25G 206,207,208,209 25G 210,211 50G down down 1 Ethernet50 69,70,71,72 25G 212,213,214,215 25G 216 100G down down In addition, docker ps | grep phy should show a physyncd docker running. Signed-off-by: syd.logan@broadcom.com
2020-09-25 10:32:44 -05:00
function waitplatform() {
BOOT_TYPE=`getBootType`
[Mellanox] Stop pmon ahead of syncd (#3505) Issue Overview shutdown flow For any shutdown flow, which means all dockers are stopped in order, pmon docker stops after syncd docker has stopped, causing pmon docker fail to release sx_core resources and leaving sx_core in a bad state. The related logs are like the following: INFO syncd.sh[23597]: modprobe: FATAL: Module sx_core is in use. INFO syncd.sh[23597]: Unloading sx_core[FAILED] INFO syncd.sh[23597]: rmmod: ERROR: Module sx_core is in use config reload & service swss.restart In the flows like "config reload" and "service swss restart", the failure cause further consequences: sx_core initialization error with error message like "sx_core: create EMAD sdq 0 failed. err: -16" syncd fails to execute the create switch api with error message "syncd_main: Runtime error: :- processEvent: failed to execute api: create, key: SAI_OBJECT_TYPE_SWITCH:oid:0x21000000000000, status: SAI_STATUS_FAILURE" swss fails to call SAI API "SAI_SWITCH_ATTR_INIT_SWITCH", which causes orchagent to restart. This will introduce an extra 1 or 2 minutes for the system to be available, failing related test cases. reboot, warm-reboot & fast-reboot In the reboot flows including "reboot", "fast-reboot" and "warm-reboot" this failure doesn't have further negative effects since the system has already rebooted. In addition, "warm-reboot" requires the system to be shutdown as soon as possible to meet the GR time restriction of both BGP and LACP. "fast-reboot" also requires to meet the GR time restriction of BGP which is longer than LACP. In this sense, any unnecessary steps should be avoided. It's better to keep those flows untouched. summary To summarize, we have to come up with a way to ensure: shutdown pmon docker ahead of syncd for "config reload" or "service swss restart" flow; don't shutdown pmon docker ahead of syncd for "fast-reboot" or "warm-reboot" flow in order to save time. for "reboot" flow, either order is acceptable. Solution To solve the issue, pmon shoud be stopped ahead of syncd stopped for all flows except for the warm-reboot. - How I did it To stop pmon ahead of syncd stopped. This is done in /usr/local/bin/syncd.sh::stop() and for all shutdown sequence. Now pmon stops ahead of syncd so there must be a way in which pmon can start after syncd started. Another point that should be taken consideration is that pmon starting should be deferred so that services which have the logic of graceful restart in fast-reboot and warm-reboot have sufficient CPU cycles to meet their deadline. This is done by add "syncd.service" as "After" to pmon.service and startin /usr/local/bin/syncd.sh::wait() To start pmon automatically after syncd started.
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if [[ x"$sonic_asic_platform" == x"mellanox" ]]; then
if [[ x"$BOOT_TYPE" = @(x"fast"|x"warm"|x"fastfast") ]]; then
PMON_TIMER_STATUS=$(systemctl is-active pmon.timer)
if [[ x"$PMON_TIMER_STATUS" = x"inactive" ]]; then
systemctl start pmon.timer
else
debug "PMON service is delayed by a timer for better fast/warm boot performance"
fi
else
debug "Starting pmon service..."
/bin/systemctl start pmon
debug "Started pmon service"
fi
[Mellanox] Stop pmon ahead of syncd (#3505) Issue Overview shutdown flow For any shutdown flow, which means all dockers are stopped in order, pmon docker stops after syncd docker has stopped, causing pmon docker fail to release sx_core resources and leaving sx_core in a bad state. The related logs are like the following: INFO syncd.sh[23597]: modprobe: FATAL: Module sx_core is in use. INFO syncd.sh[23597]: Unloading sx_core[FAILED] INFO syncd.sh[23597]: rmmod: ERROR: Module sx_core is in use config reload & service swss.restart In the flows like "config reload" and "service swss restart", the failure cause further consequences: sx_core initialization error with error message like "sx_core: create EMAD sdq 0 failed. err: -16" syncd fails to execute the create switch api with error message "syncd_main: Runtime error: :- processEvent: failed to execute api: create, key: SAI_OBJECT_TYPE_SWITCH:oid:0x21000000000000, status: SAI_STATUS_FAILURE" swss fails to call SAI API "SAI_SWITCH_ATTR_INIT_SWITCH", which causes orchagent to restart. This will introduce an extra 1 or 2 minutes for the system to be available, failing related test cases. reboot, warm-reboot & fast-reboot In the reboot flows including "reboot", "fast-reboot" and "warm-reboot" this failure doesn't have further negative effects since the system has already rebooted. In addition, "warm-reboot" requires the system to be shutdown as soon as possible to meet the GR time restriction of both BGP and LACP. "fast-reboot" also requires to meet the GR time restriction of BGP which is longer than LACP. In this sense, any unnecessary steps should be avoided. It's better to keep those flows untouched. summary To summarize, we have to come up with a way to ensure: shutdown pmon docker ahead of syncd for "config reload" or "service swss restart" flow; don't shutdown pmon docker ahead of syncd for "fast-reboot" or "warm-reboot" flow in order to save time. for "reboot" flow, either order is acceptable. Solution To solve the issue, pmon shoud be stopped ahead of syncd stopped for all flows except for the warm-reboot. - How I did it To stop pmon ahead of syncd stopped. This is done in /usr/local/bin/syncd.sh::stop() and for all shutdown sequence. Now pmon stops ahead of syncd so there must be a way in which pmon can start after syncd started. Another point that should be taken consideration is that pmon starting should be deferred so that services which have the logic of graceful restart in fast-reboot and warm-reboot have sufficient CPU cycles to meet their deadline. This is done by add "syncd.service" as "After" to pmon.service and startin /usr/local/bin/syncd.sh::wait() To start pmon automatically after syncd started.
2019-09-27 03:15:46 -05:00
fi
if [[ x"$BOOT_TYPE" = @(x"fast"|x"warm"|x"fastfast") ]]; then
debug "LLDP service is delayed by a timer for better fast/warm boot performance"
else
debug "Starting lldp service..."
/bin/systemctl start lldp
debug "Started lldp service"
fi
}
Add gearbox phy device files and a new physyncd docker to support VS gearbox phy feature (#4851) * buildimage: Add gearbox phy device files and a new physyncd docker to support VS gearbox phy feature * scripts and configuration needed to support a second syncd docker (physyncd) * physyncd supports gearbox device and phy SAI APIs and runs multiple instances of syncd, one per phy in the device * support for VS target (sonic-sairedis vslib has been extended to support a virtual BCM81724 gearbox PHY). HLD is located at https://github.com/Azure/SONiC/blob/b817a12fd89520d3fd26bbc5897487928e7f6de7/doc/gearbox/gearbox_mgr_design.md **- Why I did it** This work is part of the gearbox phy joint effort between Microsoft and Broadcom, and is based on multi-switch support in sonic-sairedis. **- How I did it** Overall feature was implemented across several projects. The collective pull requests (some in late stages of review at this point): https://github.com/Azure/sonic-utilities/pull/931 - CLI (merged) https://github.com/Azure/sonic-swss-common/pull/347 - Minor changes (merged) https://github.com/Azure/sonic-swss/pull/1321 - gearsyncd, config parsers, changes to orchargent to create gearbox phy on supported systems https://github.com/Azure/sonic-sairedis/pull/624 - physyncd, virtual BCM81724 gearbox phy added to vslib **- How to verify it** In a vslib build: root@sonic:/home/admin# show gearbox interfaces status PHY Id Interface MAC Lanes MAC Lane Speed PHY Lanes PHY Lane Speed Line Lanes Line Lane Speed Oper Admin -------- ----------- --------------- ---------------- --------------- ---------------- ------------ ----------------- ------ ------- 1 Ethernet48 121,122,123,124 25G 200,201,202,203 25G 204,205 50G down down 1 Ethernet49 125,126,127,128 25G 206,207,208,209 25G 210,211 50G down down 1 Ethernet50 69,70,71,72 25G 212,213,214,215 25G 216 100G down down In addition, docker ps | grep phy should show a physyncd docker running. Signed-off-by: syd.logan@broadcom.com
2020-09-25 10:32:44 -05:00
function stopplatform1() {
[Mellanox] Stop pmon ahead of syncd (#3505) Issue Overview shutdown flow For any shutdown flow, which means all dockers are stopped in order, pmon docker stops after syncd docker has stopped, causing pmon docker fail to release sx_core resources and leaving sx_core in a bad state. The related logs are like the following: INFO syncd.sh[23597]: modprobe: FATAL: Module sx_core is in use. INFO syncd.sh[23597]: Unloading sx_core[FAILED] INFO syncd.sh[23597]: rmmod: ERROR: Module sx_core is in use config reload & service swss.restart In the flows like "config reload" and "service swss restart", the failure cause further consequences: sx_core initialization error with error message like "sx_core: create EMAD sdq 0 failed. err: -16" syncd fails to execute the create switch api with error message "syncd_main: Runtime error: :- processEvent: failed to execute api: create, key: SAI_OBJECT_TYPE_SWITCH:oid:0x21000000000000, status: SAI_STATUS_FAILURE" swss fails to call SAI API "SAI_SWITCH_ATTR_INIT_SWITCH", which causes orchagent to restart. This will introduce an extra 1 or 2 minutes for the system to be available, failing related test cases. reboot, warm-reboot & fast-reboot In the reboot flows including "reboot", "fast-reboot" and "warm-reboot" this failure doesn't have further negative effects since the system has already rebooted. In addition, "warm-reboot" requires the system to be shutdown as soon as possible to meet the GR time restriction of both BGP and LACP. "fast-reboot" also requires to meet the GR time restriction of BGP which is longer than LACP. In this sense, any unnecessary steps should be avoided. It's better to keep those flows untouched. summary To summarize, we have to come up with a way to ensure: shutdown pmon docker ahead of syncd for "config reload" or "service swss restart" flow; don't shutdown pmon docker ahead of syncd for "fast-reboot" or "warm-reboot" flow in order to save time. for "reboot" flow, either order is acceptable. Solution To solve the issue, pmon shoud be stopped ahead of syncd stopped for all flows except for the warm-reboot. - How I did it To stop pmon ahead of syncd stopped. This is done in /usr/local/bin/syncd.sh::stop() and for all shutdown sequence. Now pmon stops ahead of syncd so there must be a way in which pmon can start after syncd started. Another point that should be taken consideration is that pmon starting should be deferred so that services which have the logic of graceful restart in fast-reboot and warm-reboot have sufficient CPU cycles to meet their deadline. This is done by add "syncd.service" as "After" to pmon.service and startin /usr/local/bin/syncd.sh::wait() To start pmon automatically after syncd started.
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if [[ x$sonic_asic_platform == x"mellanox" ]] && [[ x$TYPE == x"cold" ]]; then
debug "Stopping pmon service ahead of syncd..."
/bin/systemctl stop pmon
debug "Stopped pmon service"
fi
if [[ x$sonic_asic_platform != x"mellanox" ]] || [[ x$TYPE != x"cold" ]]; then
debug "${TYPE} shutdown syncd process ..."
/usr/bin/docker exec -i syncd$DEV /usr/bin/syncd_request_shutdown --${TYPE}
# wait until syncd quits gracefully or force syncd to exit after
[docker-syncd] Add timeout to force stop syncd container (#4617) **- Why I did it** When I tested auto-restart feature of swss container by manually killing one of critical processes in it, swss will be stopped. Then syncd container as the peer container should also be stopped as expected. However, I found sometimes syncd container can be stopped, sometimes it can not be stopped. The reason why syncd container can not be stopped is the process (/usr/local/bin/syncd.sh stop) to execute the stop() function will be stuck between the lines 164 –167. Systemd will wait for 90 seconds and then kill this process. 164 # wait until syncd quit gracefully 165 while docker top syncd$DEV | grep -q /usr/bin/syncd; do 166 sleep 0.1 167 done The first thing I did is to profile how long this while loop will spin if syncd container can be normally stopped after swss container is stopped. The result is 5 seconds or 6 seconds. If syncd container can be normally stopped, two messages will be written into syslog: str-a7050-acs-3 NOTICE syncd#dsserve: child /usr/bin/syncd exited status: 134 str-a7050-acs-3 INFO syncd#supervisord: syncd [5] child /usr/bin/syncd exited status: 134 The second thing I did was to add a timer in the condition of while loop to ensure this while loop will be forced to exit after 20 seconds: After that, the testing result is that syncd container can be normally stopped if swss is stopped first. One more thing I want to mention is that if syncd container is stopped during 5 seconds or 6 seconds, then the two log messages can be still seen in syslog. However, if the execution time of while loop is longer than 20 seconds and is forced to exit, although syncd container can be stopped, I did not see these two messages in syslog. Further, although I observed the auto-restart feature of swss container can work correctly right now, I can not make sure the issue which syncd container can not stopped will occur in future. **- How I did it** I added a timer around the while loop in stop() function. This while loop will exit after spinning 20 seconds. Signed-off-by: Yong Zhao <yozhao@microsoft.com>
2020-06-04 17:17:28 -05:00
# waiting for 20 seconds
start_in_secs=${SECONDS}
end_in_secs=${SECONDS}
timer_threshold=20
while docker top syncd$DEV | grep -q /usr/bin/syncd \
&& [[ $((end_in_secs - start_in_secs)) -le $timer_threshold ]]; do
sleep 0.1
[docker-syncd] Add timeout to force stop syncd container (#4617) **- Why I did it** When I tested auto-restart feature of swss container by manually killing one of critical processes in it, swss will be stopped. Then syncd container as the peer container should also be stopped as expected. However, I found sometimes syncd container can be stopped, sometimes it can not be stopped. The reason why syncd container can not be stopped is the process (/usr/local/bin/syncd.sh stop) to execute the stop() function will be stuck between the lines 164 –167. Systemd will wait for 90 seconds and then kill this process. 164 # wait until syncd quit gracefully 165 while docker top syncd$DEV | grep -q /usr/bin/syncd; do 166 sleep 0.1 167 done The first thing I did is to profile how long this while loop will spin if syncd container can be normally stopped after swss container is stopped. The result is 5 seconds or 6 seconds. If syncd container can be normally stopped, two messages will be written into syslog: str-a7050-acs-3 NOTICE syncd#dsserve: child /usr/bin/syncd exited status: 134 str-a7050-acs-3 INFO syncd#supervisord: syncd [5] child /usr/bin/syncd exited status: 134 The second thing I did was to add a timer in the condition of while loop to ensure this while loop will be forced to exit after 20 seconds: After that, the testing result is that syncd container can be normally stopped if swss is stopped first. One more thing I want to mention is that if syncd container is stopped during 5 seconds or 6 seconds, then the two log messages can be still seen in syslog. However, if the execution time of while loop is longer than 20 seconds and is forced to exit, although syncd container can be stopped, I did not see these two messages in syslog. Further, although I observed the auto-restart feature of swss container can work correctly right now, I can not make sure the issue which syncd container can not stopped will occur in future. **- How I did it** I added a timer around the while loop in stop() function. This while loop will exit after spinning 20 seconds. Signed-off-by: Yong Zhao <yozhao@microsoft.com>
2020-06-04 17:17:28 -05:00
end_in_secs=${SECONDS}
done
[docker-syncd] Add timeout to force stop syncd container (#4617) **- Why I did it** When I tested auto-restart feature of swss container by manually killing one of critical processes in it, swss will be stopped. Then syncd container as the peer container should also be stopped as expected. However, I found sometimes syncd container can be stopped, sometimes it can not be stopped. The reason why syncd container can not be stopped is the process (/usr/local/bin/syncd.sh stop) to execute the stop() function will be stuck between the lines 164 –167. Systemd will wait for 90 seconds and then kill this process. 164 # wait until syncd quit gracefully 165 while docker top syncd$DEV | grep -q /usr/bin/syncd; do 166 sleep 0.1 167 done The first thing I did is to profile how long this while loop will spin if syncd container can be normally stopped after swss container is stopped. The result is 5 seconds or 6 seconds. If syncd container can be normally stopped, two messages will be written into syslog: str-a7050-acs-3 NOTICE syncd#dsserve: child /usr/bin/syncd exited status: 134 str-a7050-acs-3 INFO syncd#supervisord: syncd [5] child /usr/bin/syncd exited status: 134 The second thing I did was to add a timer in the condition of while loop to ensure this while loop will be forced to exit after 20 seconds: After that, the testing result is that syncd container can be normally stopped if swss is stopped first. One more thing I want to mention is that if syncd container is stopped during 5 seconds or 6 seconds, then the two log messages can be still seen in syslog. However, if the execution time of while loop is longer than 20 seconds and is forced to exit, although syncd container can be stopped, I did not see these two messages in syslog. Further, although I observed the auto-restart feature of swss container can work correctly right now, I can not make sure the issue which syncd container can not stopped will occur in future. **- How I did it** I added a timer around the while loop in stop() function. This while loop will exit after spinning 20 seconds. Signed-off-by: Yong Zhao <yozhao@microsoft.com>
2020-06-04 17:17:28 -05:00
if [[ $((end_in_secs - start_in_secs)) -gt $timer_threshold ]]; then
debug "syncd process in container syncd$DEV did not exit gracefully"
[docker-syncd] Add timeout to force stop syncd container (#4617) **- Why I did it** When I tested auto-restart feature of swss container by manually killing one of critical processes in it, swss will be stopped. Then syncd container as the peer container should also be stopped as expected. However, I found sometimes syncd container can be stopped, sometimes it can not be stopped. The reason why syncd container can not be stopped is the process (/usr/local/bin/syncd.sh stop) to execute the stop() function will be stuck between the lines 164 –167. Systemd will wait for 90 seconds and then kill this process. 164 # wait until syncd quit gracefully 165 while docker top syncd$DEV | grep -q /usr/bin/syncd; do 166 sleep 0.1 167 done The first thing I did is to profile how long this while loop will spin if syncd container can be normally stopped after swss container is stopped. The result is 5 seconds or 6 seconds. If syncd container can be normally stopped, two messages will be written into syslog: str-a7050-acs-3 NOTICE syncd#dsserve: child /usr/bin/syncd exited status: 134 str-a7050-acs-3 INFO syncd#supervisord: syncd [5] child /usr/bin/syncd exited status: 134 The second thing I did was to add a timer in the condition of while loop to ensure this while loop will be forced to exit after 20 seconds: After that, the testing result is that syncd container can be normally stopped if swss is stopped first. One more thing I want to mention is that if syncd container is stopped during 5 seconds or 6 seconds, then the two log messages can be still seen in syslog. However, if the execution time of while loop is longer than 20 seconds and is forced to exit, although syncd container can be stopped, I did not see these two messages in syslog. Further, although I observed the auto-restart feature of swss container can work correctly right now, I can not make sure the issue which syncd container can not stopped will occur in future. **- How I did it** I added a timer around the while loop in stop() function. This while loop will exit after spinning 20 seconds. Signed-off-by: Yong Zhao <yozhao@microsoft.com>
2020-06-04 17:17:28 -05:00
fi
/usr/bin/docker exec -i syncd$DEV /bin/sync
debug "Finished ${TYPE} shutdown syncd process ..."
fi
Add gearbox phy device files and a new physyncd docker to support VS gearbox phy feature (#4851) * buildimage: Add gearbox phy device files and a new physyncd docker to support VS gearbox phy feature * scripts and configuration needed to support a second syncd docker (physyncd) * physyncd supports gearbox device and phy SAI APIs and runs multiple instances of syncd, one per phy in the device * support for VS target (sonic-sairedis vslib has been extended to support a virtual BCM81724 gearbox PHY). HLD is located at https://github.com/Azure/SONiC/blob/b817a12fd89520d3fd26bbc5897487928e7f6de7/doc/gearbox/gearbox_mgr_design.md **- Why I did it** This work is part of the gearbox phy joint effort between Microsoft and Broadcom, and is based on multi-switch support in sonic-sairedis. **- How I did it** Overall feature was implemented across several projects. The collective pull requests (some in late stages of review at this point): https://github.com/Azure/sonic-utilities/pull/931 - CLI (merged) https://github.com/Azure/sonic-swss-common/pull/347 - Minor changes (merged) https://github.com/Azure/sonic-swss/pull/1321 - gearsyncd, config parsers, changes to orchargent to create gearbox phy on supported systems https://github.com/Azure/sonic-sairedis/pull/624 - physyncd, virtual BCM81724 gearbox phy added to vslib **- How to verify it** In a vslib build: root@sonic:/home/admin# show gearbox interfaces status PHY Id Interface MAC Lanes MAC Lane Speed PHY Lanes PHY Lane Speed Line Lanes Line Lane Speed Oper Admin -------- ----------- --------------- ---------------- --------------- ---------------- ------------ ----------------- ------ ------- 1 Ethernet48 121,122,123,124 25G 200,201,202,203 25G 204,205 50G down down 1 Ethernet49 125,126,127,128 25G 206,207,208,209 25G 210,211 50G down down 1 Ethernet50 69,70,71,72 25G 212,213,214,215 25G 216 100G down down In addition, docker ps | grep phy should show a physyncd docker running. Signed-off-by: syd.logan@broadcom.com
2020-09-25 10:32:44 -05:00
}
Add gearbox phy device files and a new physyncd docker to support VS gearbox phy feature (#4851) * buildimage: Add gearbox phy device files and a new physyncd docker to support VS gearbox phy feature * scripts and configuration needed to support a second syncd docker (physyncd) * physyncd supports gearbox device and phy SAI APIs and runs multiple instances of syncd, one per phy in the device * support for VS target (sonic-sairedis vslib has been extended to support a virtual BCM81724 gearbox PHY). HLD is located at https://github.com/Azure/SONiC/blob/b817a12fd89520d3fd26bbc5897487928e7f6de7/doc/gearbox/gearbox_mgr_design.md **- Why I did it** This work is part of the gearbox phy joint effort between Microsoft and Broadcom, and is based on multi-switch support in sonic-sairedis. **- How I did it** Overall feature was implemented across several projects. The collective pull requests (some in late stages of review at this point): https://github.com/Azure/sonic-utilities/pull/931 - CLI (merged) https://github.com/Azure/sonic-swss-common/pull/347 - Minor changes (merged) https://github.com/Azure/sonic-swss/pull/1321 - gearsyncd, config parsers, changes to orchargent to create gearbox phy on supported systems https://github.com/Azure/sonic-sairedis/pull/624 - physyncd, virtual BCM81724 gearbox phy added to vslib **- How to verify it** In a vslib build: root@sonic:/home/admin# show gearbox interfaces status PHY Id Interface MAC Lanes MAC Lane Speed PHY Lanes PHY Lane Speed Line Lanes Line Lane Speed Oper Admin -------- ----------- --------------- ---------------- --------------- ---------------- ------------ ----------------- ------ ------- 1 Ethernet48 121,122,123,124 25G 200,201,202,203 25G 204,205 50G down down 1 Ethernet49 125,126,127,128 25G 206,207,208,209 25G 210,211 50G down down 1 Ethernet50 69,70,71,72 25G 212,213,214,215 25G 216 100G down down In addition, docker ps | grep phy should show a physyncd docker running. Signed-off-by: syd.logan@broadcom.com
2020-09-25 10:32:44 -05:00
function stopplatform2() {
# platform specific tasks
if [[ x"$WARM_BOOT" != x"true" ]]; then
if [ x$sonic_asic_platform == x'mellanox' ]; then
/etc/init.d/sxdkernel stop
/usr/bin/mst stop
elif [ x$sonic_asic_platform == x'cavium' ]; then
/etc/init.d/xpnet.sh stop
/etc/init.d/xpnet.sh start
fi
fi
}
OP=$1
DEV=$2
SERVICE="syncd"
PEER="swss"
DEBUGLOG="/tmp/swss-syncd-debug$DEV.log"
LOCKFILE="/tmp/swss-syncd-lock$DEV"
NAMESPACE_PREFIX="asic"
if [ "$DEV" ]; then
NET_NS="$NAMESPACE_PREFIX$DEV" #name of the network namespace
SONIC_DB_CLI="sonic-db-cli -n $NET_NS"
else
NET_NS=""
SONIC_DB_CLI="sonic-db-cli"
fi
case "$1" in
start|wait|stop)
$1
;;
*)
echo "Usage: $0 {start|wait|stop}"
exit 1
;;
esac