cram: add manual tests for WAN modes on OSPv2 B-step board
Add 3 manual cram tests: - manual_test_ethernet_dhcp.t - manual_test_gpon_dhcp.t - manual_test_gpon_onboard_dhcp.t They respectively test following WAN modes: - Ethernet_DHCP - GPON_DHCP - GPON_ONBOARD_DHCP Those tests should not be part of ci. Each of them requires the user to create the proper setup manually before. cram tests cannot pause mid-test and interactively ask a human for input. And testing those WAN modes requires unplugging and replugging SFPs. Therefore it's difficult to write automatic cram tests which are part of ci to test those WAN modes. References: PCF-2549, FEAT-287 Signed-off-by: Patrick ROGIER <patrick.rogier_ext@softathome.com>
This commit is contained in:
Patrick ROGIER
Hela Saadani
parent
43f1696033
commit
4b6b20a139
@ -0,0 +1,68 @@
|
||||
# Purpose: manually test Ethernet_DHCP mode
|
||||
#
|
||||
# Before running this script, prepare the setup manually by following the steps
|
||||
# below. cram tests cannot pause mid-test and interactively ask a human for
|
||||
# input.
|
||||
#
|
||||
# - Log in on the HGW, run 'firstboot -yr', and wait until HGW has rebooted.
|
||||
# - Plug in optical Ethernet SFP.
|
||||
# - Connect SFP to a link partner. The link partner must run a DHCP server which
|
||||
# assigns IPv4 addresses on VLAN 100.
|
||||
# - Log in on the HGW and change the WAN mode to Ethernet_DHCP with the command:
|
||||
# ba-cli "WANManager.setWANMode(WANMode = Ethernet_DHCP)"
|
||||
# - Wait until the HGW has rebooted and the Ethernet WAN IF has received an
|
||||
# IPv4 address. You can check this by running following command on the HGW:
|
||||
# ip a show dev vlan_data
|
||||
|
||||
$ alias R="${CRAM_REMOTE_COMMAND:-ssh root@192.168.1.1}"
|
||||
|
||||
# Check if we're on the right board
|
||||
|
||||
$ R "ubus call system board | jsonfilter -e @.model"
|
||||
mxl,osp-tb341-v2
|
||||
|
||||
$ R ba-cli 'WANManager.WANMode?' | grep -Ev '^>|^$'
|
||||
WANManager.WANMode="Ethernet_DHCP"
|
||||
|
||||
$ R ba-cli 'SFPs.SFPCage.1.?' | grep -Ev '^>|^$'
|
||||
SFPs.SFPCage.1.
|
||||
SFPs.SFPCage.1.Alias="cpe-cage-1"
|
||||
SFPs.SFPCage.1.IsAllowed=1
|
||||
SFPs.SFPCage.1.MgmtInterface="SFF-8472"
|
||||
SFPs.SFPCage.1.Name="sfp0"
|
||||
SFPs.SFPCage.1.SFF8024Identifier=3
|
||||
SFPs.SFPCage.1.SFPPresent=1
|
||||
SFPs.SFPCage.1.SFPReference="Device.SFPs.Mgmt.SFF8472.1"
|
||||
SFPs.SFPCage.1.SFPType="Optical Ethernet"
|
||||
|
||||
$ R usp-cli 'Device.SFPs.SFPCage.1.?' | grep -Ev '^>|^$'
|
||||
Device.SFPs.SFPCage.1.
|
||||
Device.SFPs.SFPCage.1.Alias="cpe-cage-1"
|
||||
Device.SFPs.SFPCage.1.IsAllowed=1
|
||||
Device.SFPs.SFPCage.1.MgmtInterface="SFF-8472"
|
||||
Device.SFPs.SFPCage.1.Name="sfp0"
|
||||
Device.SFPs.SFPCage.1.SFF8024Identifier=3
|
||||
Device.SFPs.SFPCage.1.SFPPresent=1
|
||||
Device.SFPs.SFPCage.1.SFPReference="Device.SFPs.Mgmt.SFF8472.1"
|
||||
Device.SFPs.SFPCage.1.SFPType="Optical Ethernet"
|
||||
|
||||
# Uncomment next test and replace the default GW by the one on your HGW if you
|
||||
# want to check if the 'ip r' command returns the correct default GW. Uncomment
|
||||
# by inserting 2 spaces at the beginning of each line. The 'sed' command strips
|
||||
# any whitespace from the end.
|
||||
|
||||
$ R ip r | grep default | sed -e 's/[[:space:]]*$//'
|
||||
default via 10.100.0.1 dev vlan100 proto static
|
||||
|
||||
# Check HGW received default route via vlan100.
|
||||
|
||||
$ R ip r | grep default | cut -d" " -f1
|
||||
default
|
||||
|
||||
$ R ip r | grep default | cut -d" " -f5
|
||||
vlan100
|
||||
|
||||
# Check implementation details
|
||||
$ R fw_printenv -n wantype
|
||||
eth
|
||||
|
||||
90
.gitlab/manual_tests/cram/mxl25641-hdk-6/test_gpon_dhcp.t
Normal file
90
.gitlab/manual_tests/cram/mxl25641-hdk-6/test_gpon_dhcp.t
Normal file
@ -0,0 +1,90 @@
|
||||
# Purpose: manually test GPON_DHCP mode to test PON via SFP
|
||||
#
|
||||
# Before running this script, prepare the setup manually by following the steps
|
||||
# below. cram tests cannot pause mid-test and interactively ask a human for
|
||||
# input.
|
||||
#
|
||||
# - Log in on the HGW, run 'firstboot -yr', and wait until HGW has rebooted.
|
||||
# - Plug in XGS-PON SFP.
|
||||
# - Plug in XGS-PON fiber into SFP.
|
||||
# - Connect other end of XGS-PON fiber to a link partner, typically an OLT.
|
||||
# - The network behind the OLT must run a DHCP server which assigns IPv4
|
||||
# addresses on a certain network VLAN.
|
||||
# - Log in on the HGW and change the WAN mode to GPON_DHCP with the command:
|
||||
# ba-cli "WANManager.setWANMode(WANMode = GPON_DHCP)"
|
||||
# - Wait a few seconds. If the HGW reboots, wait until the HGW has rebooted.
|
||||
# - Let the OLT activate the ONU and send OMCI config. The OMCI config must
|
||||
# configure (at least) one bidirectional unicast GEM port which supports VLAN
|
||||
# translation between VLAN 100 on the HGW and the network VLAN mentioned
|
||||
# before.
|
||||
# - Wait until the HGW has rebooted and the PON WAN IF has received an
|
||||
# IPv4 address. You can check this by running following command on the HGW:
|
||||
# ip a show dev vlan_data
|
||||
|
||||
$ alias R="${CRAM_REMOTE_COMMAND:-ssh root@192.168.1.1}"
|
||||
|
||||
# Check if we're on the right board
|
||||
|
||||
$ R "ubus call system board | jsonfilter -e @.model"
|
||||
mxl,osp-tb341-v2
|
||||
|
||||
$ R ba-cli 'WANManager.WANMode?' | grep -Ev '^>|^$'
|
||||
WANManager.WANMode="GPON_DHCP"
|
||||
|
||||
$ R ba-cli 'SFPs.SFPCage.1.?' | grep -Ev '^>|^$'
|
||||
SFPs.SFPCage.1.
|
||||
SFPs.SFPCage.1.Alias="cpe-cage-1"
|
||||
SFPs.SFPCage.1.IsAllowed=1
|
||||
SFPs.SFPCage.1.MgmtInterface="SFF-8472"
|
||||
SFPs.SFPCage.1.Name="sfp0"
|
||||
SFPs.SFPCage.1.SFF8024Identifier=3
|
||||
SFPs.SFPCage.1.SFPPresent=1
|
||||
SFPs.SFPCage.1.SFPReference="Device.SFPs.Mgmt.SFF8472.1"
|
||||
SFPs.SFPCage.1.SFPType="XGS-PON"
|
||||
|
||||
$ R usp-cli 'Device.SFPs.SFPCage.1.?' | grep -Ev '^>|^$'
|
||||
Device.SFPs.SFPCage.1.
|
||||
Device.SFPs.SFPCage.1.Alias="cpe-cage-1"
|
||||
Device.SFPs.SFPCage.1.IsAllowed=1
|
||||
Device.SFPs.SFPCage.1.MgmtInterface="SFF-8472"
|
||||
Device.SFPs.SFPCage.1.Name="sfp0"
|
||||
Device.SFPs.SFPCage.1.SFF8024Identifier=3
|
||||
Device.SFPs.SFPCage.1.SFPPresent=1
|
||||
Device.SFPs.SFPCage.1.SFPReference="Device.SFPs.Mgmt.SFF8472.1"
|
||||
Device.SFPs.SFPCage.1.SFPType="XGS-PON"
|
||||
|
||||
$ R ba-cli 'XPON.ONU.1.ANI.1.Transceiver.1.PONMode?' | grep -Ev '^>|^$'
|
||||
XPON.ONU.1.ANI.1.Transceiver.1.PONMode="XGS-PON"
|
||||
|
||||
$ R ba-cli 'XPON.ONU.1.ANI.1.PONMode?' | grep -Ev '^>|^$'
|
||||
XPON.ONU.1.ANI.1.PONMode="XGS-PON"
|
||||
|
||||
$ R ba-cli 'XPON.ONU.1.ANI.1.Status?' | grep -Ev '^>|^$'
|
||||
XPON.ONU.1.ANI.1.Status="Up"
|
||||
|
||||
$ R ba-cli 'XPON.ONU.1.ANI.1.TC.ONUActivation.ONUState?' | grep -Ev '^>|^$'
|
||||
XPON.ONU.1.ANI.1.TC.ONUActivation.ONUState="O5"
|
||||
|
||||
$ R ba-cli 'XPON.ONU.1.EthernetUNI.1.Status?' | grep -Ev '^>|^$'
|
||||
XPON.ONU.1.EthernetUNI.1.Status="Up"
|
||||
|
||||
# Uncomment next test and replace the default GW by the one on your HGW if you
|
||||
# want to check if the 'ip r' command returns the correct default GW. Uncomment
|
||||
# by inserting 2 spaces at the beginning of each line. The 'sed' command strips
|
||||
# any whitespace from the end.
|
||||
|
||||
$ R ip r | grep default | sed -e 's/[[:space:]]*$//'
|
||||
default via 10.100.0.1 dev vlan100 proto static
|
||||
|
||||
# Check HGW received default route via vlan100.
|
||||
|
||||
$ R ip r | grep default | cut -d" " -f1
|
||||
default
|
||||
|
||||
$ R ip r | grep default | cut -d" " -f5
|
||||
vlan100
|
||||
|
||||
# Check implementation details
|
||||
$ R fw_printenv -n wantype
|
||||
pon
|
||||
|
||||
@ -0,0 +1,91 @@
|
||||
# Purpose: manually test GPON_ONBOARD_DHCP mode to test PON via onboard BOSA
|
||||
#
|
||||
# Before running this script, prepare the setup manually by following the steps
|
||||
# below. cram tests cannot pause mid-test and interactively ask a human for
|
||||
# input.
|
||||
#
|
||||
# - Log in on the HGW, run 'firstboot -yr', and wait until HGW has rebooted.
|
||||
# - Remove any SFP.
|
||||
# - Plug in XGS-PON fiber into onboard BOSA.
|
||||
# - Connect other end of XGS-PON fiber to a link partner, typically an OLT.
|
||||
# - The network behind the OLT must run a DHCP server which assigns IPv4
|
||||
# addresses on a certain network VLAN.
|
||||
# - Log in on the HGW and change the WAN mode to GPON_ONBOARD_DHCP with the
|
||||
# command:
|
||||
# ba-cli "WANManager.setWANMode(WANMode = GPON_ONBOARD_DHCP)"
|
||||
# - Wait a few seconds. If the HGW reboots, wait until the HGW has rebooted.
|
||||
# - Let the OLT activate the ONU and send OMCI config. The OMCI config must
|
||||
# configure (at least) one bidirectional unicast GEM port which supports VLAN
|
||||
# translation between VLAN 100 on the HGW and the network VLAN mentioned
|
||||
# before.
|
||||
# - Wait until the HGW has rebooted and the PON WAN IF has received an
|
||||
# IPv4 address. You can check this by running following command on the HGW:
|
||||
# ip a show dev vlan_data
|
||||
|
||||
$ alias R="${CRAM_REMOTE_COMMAND:-ssh root@192.168.1.1}"
|
||||
|
||||
# Check if we're on the right board
|
||||
|
||||
$ R "ubus call system board | jsonfilter -e @.model"
|
||||
mxl,osp-tb341-v2
|
||||
|
||||
$ R ba-cli 'WANManager.WANMode?' | grep -Ev '^>|^$'
|
||||
WANManager.WANMode="GPON_ONBOARD_DHCP"
|
||||
|
||||
$ R ba-cli 'SFPs.SFPCage.1.?' | grep -Ev '^>|^$'
|
||||
SFPs.SFPCage.1.
|
||||
SFPs.SFPCage.1.Alias="cpe-cage-1"
|
||||
SFPs.SFPCage.1.IsAllowed=1
|
||||
SFPs.SFPCage.1.MgmtInterface="SFF-8472"
|
||||
SFPs.SFPCage.1.Name="sfp0"
|
||||
SFPs.SFPCage.1.SFF8024Identifier=2
|
||||
SFPs.SFPCage.1.SFPPresent=1
|
||||
SFPs.SFPCage.1.SFPReference="Device.SFPs.Mgmt.SFF8472.1"
|
||||
SFPs.SFPCage.1.SFPType="XGS-PON"
|
||||
|
||||
$ R usp-cli 'Device.SFPs.SFPCage.1.?' | grep -Ev '^>|^$'
|
||||
Device.SFPs.SFPCage.1.
|
||||
Device.SFPs.SFPCage.1.Alias="cpe-cage-1"
|
||||
Device.SFPs.SFPCage.1.IsAllowed=1
|
||||
Device.SFPs.SFPCage.1.MgmtInterface="SFF-8472"
|
||||
Device.SFPs.SFPCage.1.Name="sfp0"
|
||||
Device.SFPs.SFPCage.1.SFF8024Identifier=2
|
||||
Device.SFPs.SFPCage.1.SFPPresent=1
|
||||
Device.SFPs.SFPCage.1.SFPReference="Device.SFPs.Mgmt.SFF8472.1"
|
||||
Device.SFPs.SFPCage.1.SFPType="XGS-PON"
|
||||
|
||||
$ R ba-cli 'XPON.ONU.1.ANI.1.Transceiver.1.PONMode?' | grep -Ev '^>|^$'
|
||||
XPON.ONU.1.ANI.1.Transceiver.1.PONMode="XGS-PON"
|
||||
|
||||
$ R ba-cli 'XPON.ONU.1.ANI.1.PONMode?' | grep -Ev '^>|^$'
|
||||
XPON.ONU.1.ANI.1.PONMode="XGS-PON"
|
||||
|
||||
$ R ba-cli 'XPON.ONU.1.ANI.1.Status?' | grep -Ev '^>|^$'
|
||||
XPON.ONU.1.ANI.1.Status="Up"
|
||||
|
||||
$ R ba-cli 'XPON.ONU.1.ANI.1.TC.ONUActivation.ONUState?' | grep -Ev '^>|^$'
|
||||
XPON.ONU.1.ANI.1.TC.ONUActivation.ONUState="O5"
|
||||
|
||||
$ R ba-cli 'XPON.ONU.1.EthernetUNI.1.Status?' | grep -Ev '^>|^$'
|
||||
XPON.ONU.1.EthernetUNI.1.Status="Up"
|
||||
|
||||
# Uncomment next test and replace the default GW by the one on your HGW if you
|
||||
# want to check if the 'ip r' command returns the correct default GW. Uncomment
|
||||
# by inserting 2 spaces at the beginning of each line. The 'sed' command strips
|
||||
# any whitespace from the end.
|
||||
|
||||
$ R ip r | grep default | sed -e 's/[[:space:]]*$//'
|
||||
default via 10.100.0.1 dev vlan100 proto static
|
||||
|
||||
# Check HGW received default route via vlan100.
|
||||
|
||||
$ R ip r | grep default | cut -d" " -f1
|
||||
default
|
||||
|
||||
$ R ip r | grep default | cut -d" " -f5
|
||||
vlan100
|
||||
|
||||
# Check implementation details
|
||||
$ R fw_printenv -n wantype
|
||||
pon
|
||||
|
||||
Loading…
Reference in New Issue
Block a user