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- attach NSA/SA
- get DM log + msg on CPC + send TP
- handover inter-DU, intra DU, inter-gnb, intra-gnb, inter-rat
Muốn ở QXDM thì phải mở QUTS -> check port xem đúng không .
========================================== Những test case bắt bản tin ở QXDM ( về phầm DM) ===================================
- Đầu tiên là Start DM
- type sẽ là NA or NSA
- Attach Using Airplane Mode
- @{} Get DM Messages
- Run Keyword and ignore error là keyword trả về true với false nhé
----------------------------------
Get_DM_msg_QXDM
[Tags] CP
Start DM
${observe_id} Start Observe DM Message rrcConnectionReconfiguration
Attach Using Airplane Mode
@{result} Get DM Messages ${observe_id} rrcConnectionReconfiguration
: FOR ${i} IN @{result}
\ Log ${i}
\ ${sts} ${none} Run Keyword And Ignore Error Should Match Regexp ${i} (?s)CellConfigCommon.*physCellId:*
\ exit for loop if '${sts}'=='PASS'
should be true '${sts}'=='PASS'
[Teardown] Stop Dm
-----------------------------------
======================================== msg của cpc ===============================================
- eNB giao tiếp vs gNG thì ở vccb
- Trong ACPF sẽ có ssh1 và ssh0 nên kb chọn cái nào thì đoạn code dưới:
- Keywords để lấy log msg là :
------------------------
Check Log on VCCB
${ssh_0} get_log_tail_return_term ${G_vsm_mcm} ${G_acpf_ip} ${G_cpc_0_ip} cmd=itscp_vccb get log tail -f
${ssh_1} get_log_tail_return_term ${G_vsm_mcm} ${G_acpf_ip} ${G_cpc_1_ip} cmd=itscp_vccb get log tail -f
${log} Attach Using Airplane Mode type=nsa
${cpc_id} set variable ${log}[2]
detach using airplan mode
${msg_num} ${logfull} get_log_return_ms
----------------------------
Check Log on VCCB
${ssh_0} get_log_tail_return_term ${G_vsm_mcm} ${G_acpf_ip} ${G_cpc_0_ip} cmd=itscp_vccb get log tail -f
${ssh_1} get_log_tail_return_term ${G_vsm_mcm} ${G_acpf_ip} ${G_cpc_1_ip} cmd=itscp_vccb get log tail -f
${log} Attach Using Airplane Mode type=nsa
${cpc_id} set variable ${log}[2]
detach using airplan mode
${msg_num} ${logfull} get_log_return_msg_num1 ${ssh_${cpc_id}} 100s F1_UEContextReleaseCommand
: FOR ${i} IN @{msg_num[0]}
\ ${F1_UEContextReleaseCommand} get_content_msg_with_term ${ssh_${cpc_id}} ${i} itscp_vccb get log msg
\ log ${F1_UEContextReleaseCommand}
\ ${stt} Run Keyword And Return Status Should Match Regexp ${F1_UEContextReleaseCommand} normal-release
\ Exit For Loop If ${stt}==True
should be true ${stt}==True
=================================== TP ===============================================
- Send UL và send DL
----------------------------------
Checkline_Attach_TP
[Tags] CP
Attach Using Airplane Mode retry=1
${DL_TP} Send Traffic And Get Throughput Using Iperf2 DL 500M
${UL_TP} Send Traffic And Get Throughput Using Iperf2 UL 50M
Should Be True ${DL_TP}>${Downlink_Tp}
Should Be True ${UL_TP}>${Uplink_Tp}
-----------------------------------
*** Settings ***
#Suite Setup Suite setup
#Suite Teardown Suite Teardown
Library ems/oam_common.py
Library src_rmi.py
Library SeleniumLibrary
Library lib/src_rmi.py
Resource res/res_svt.robot
Resource res/ems/lsm/LoginLSM.robot
Resource res/ems/lsm/Configuration/CellParameter.robot
Resource res/ems/table.robot
Resource res/object_resource/resource_qxdm.robot
*** Variables ***
*** Test Cases ***
testtt
${Result} Rmi Lte Write Cmd And Get Result RTRV-RRH-CONF:CONNECT_BOARD_TYPE="ECP_RRH",CONNECT_BOARD_ID="${G_rrh_enable_board_id}",CONNECT_PORT_ID="${G_rrh_enable_port_id}",CASCADE_ID="${G_rrh_equip_cascade_id}";
${AT_RollBack} Rmi Lte Get Values With Heading From Cli Result ${AT} TX_ATTEN
exam
[Documentation] de bai
... - attach
... - send UL TP
... - Verify TP
[Tags] exam
start qxdm
${connected_pci} ${ue_ip} attach using qxdm lsm
# Send Downlink Traffic Infinitely ${ue_ip} UDP 100
Send Uplink Traffic Infinitely ${ue_ip} UDP 100
${UL} Get UL Throughput by CLI
log ${UL}
should be true ${UL}>0
detach using qxdm
stop qxdm
exam2
[Documentation] de bai
... - get DEFAULT_PAGING_CYCLE in CLI
... - Get defaultPagingCycle message in QXDM
... - It should match
[Tags] exam2
${result} rmi lte write cmd and get result RTRV-PCCH-CONF;
${default_paging} Rmi Lte Get Value With Heading From Cli Result ${result} DEFAULT_PAGING_CYCLE[msec]
log ${default_paging}
start qxdm
${observe_id} Start To Observe DM Message
attach using qxdm lsm 1
Sleep 5
${sib2} Get DM Messages After Given Item ID ${observe_id} BCCH_DL_SCH/SystemInformation sib2
Log ${sib2}
: FOR ${msg} IN @{sib2}
\ Log ${msg}
\ ${sts} Should Match Regexp ${msg} defaultPagingCycle\\s(rf\\d+)
\ Exit For Loop If '${sts}[1]' == '${default_paging}'
Should Be True '${sts}[1]'=='${default_paging}'
detach using qxdm
stop qxdm
*** Keywords ***
Get UL Throughput by CLI
[Arguments] ${cell_id}=${G_cell_enable_id}
[Documentation] *_PIC_* Sau.dt1
...
... - Get cell TP by CLI RTRV-CELL-TP
...
... _Example_
...
... | ${UL} | ${DL} | Get Throughput by CLI |
${out}= Rmi Lte Write Cmd And Get Result RTRV-CELL-TP:CELL_NUM="${G_cell_enable_id}"; ${G_enb_cli_name_rmi} ${G_lsm_ip}
${rlc_ul} Rmi Lte Get Value With Heading From Cli Result ${out} RLC_ULTP
[Return] ${rlc_ul}
Get DL Throughput by CLI
[Arguments] ${cell_id}=${G_cell_enable_id}
[Documentation] *_PIC_* Sau.dt1
...
... - Get cell TP by CLI RTRV-CELL-TP
...
... _Example_
...
... | ${UL} | ${DL} | Get Throughput by CLI |
${out}= Rmi Lte Write Cmd And Get Result RTRV-CELL-TP:CELL_NUM="${G_cell_enable_id}"; ${G_enb_cli_name_rmi} ${G_lsm_ip}
${rlc_dl} Rmi Lte Get Value With Heading From Cli Result ${out} RLC_DLTP
[Return] ${rlc_dl}
Suite setup
SVMC Suite Setup
Initialize LSM
Suite Teardown
Logout LSM
Close All Browsers
SVMC Suite Teardown
=================================================================================================
*** Settings ***
Suite Setup Suite Setup
Suite Teardown Suite Teardown
Library src_rmi.py
Library lib/lte/auto_cprs_common.py
Library lib/src_rmi.py
Library lib/gconf.py
Resource resource_adb.robot
Library lib/alib/rmi_lsm/auto_rmi_lsm.py
Library lib/src/auto_TrafficServer.py
Library lib/lte/auto_pm_common.py
Library lib/alib/mme/auto_cbc.py
Resource res/ems/common.robot
Resource res/object_resource/resource_qxdm.robot
Resource object_resource/resource_atten.robot
Resource res/res_svt.robot
Resource res/ems/vsm/fault/debug_alarm.robot
Resource res_svt.robot
Library lib/auto_E500.py
Library lib/src/auto_DshObserver.py
Resource res/ems/vsm/datetimepicker.robot
Library lib/lte/yang_pld_command.py
Library String
Library lib/src/auto_DSP.py
Resource res/object_resource/resource_telnet.robot
Resource ems/lsm/LoginLSM.robot
Resource res/ems/lsm/Configuration/CLI.robot
Resource res/ems/vsm/configuration/cell_management.robot
Library src_rmi.py
Resource res/ems/lsm/RackViewer.robot
Resource res/object_resource/resource_qxdm.robot
Resource tests_all_prj/RT/OAM/OAM_RAN/Fault Management/INIT DSP.robot
*** Test Cases ***
Handover_demo
[Documentation] HO X2 - S1
... - Delete NBR
... - Add NBR
... - Set value in FA
... - Attach
... - HO
... - Verify eccb
[Tags] Handover_demo
[Setup] Test Setup
Verify Handover with X2/S1 X2 False
initialize atten value
Verify Handover with X2/S1 S1 True
[Teardown] Test Teardown
*** Keywords ***
Verify Handover with X2/S1
[Arguments] ${handover_type} ${no_x2_ho}=False
rmi lte del all nbr enb ${G_enb_cli_name_rmi} ${G_lsm_ip}
rmi lte create nbr enb botway ${G_enb_cli_name_rmi} ${G_target_enb_cli_name_rmi} ${G_lsm_ip} no_x2_ho=${no_x2_ho}
rmi lte write cmd and get result CHG-EUTRA-FA:CELL_NUM="${G_cell_enable_id}",FA_INDEX="0",STATUS="EQUIP"; ${G_enb_cli_name_rmi} ${G_lsm_ip}
rmi lte write cmd and get result CHG-EUTRA-A3CNF:CELL_NUM="${G_cell_enable_id}",PURPOSE="IntraLteHandover",FA_INDEX="0",ACTIVE_STATE="Active",A3_OFFSET="0",TRIGGER_QUANTITY="rsrp";
start qxdm
attach using qxdm lsm
${dsh_id} start to observe dsh eccb EVENT A3(IntraLteHandover) INTER eNB HANDOVER (${handover_type} : To eNB#${G_target_enb_id}) ne_ip=${G_enb_ip}
Do Handover
${log_eccb} Wait Dsh Messages After Start ${dsh_id} 2m
log ${log_eccb}
detach using qxdm
Test Setup
log to console __________ get parameter fa for teardown __________
${Eutra_FA} rmi lte write cmd and get result RTRV-EUTRA-FA:CELL_NUM="${G_cell_enable_id}",FA_INDEX="0";
${status} rmi lte get value with heading from cli result ${Eutra_FA} STATUS
${command_teardown_fa} set variable CHG-EUTRA-FA:CELL_NUM="${G_cell_enable_id}",FA_INDEX="0",STATUS="${status}";
log to console __________ get parameter a3 for teardown __________
${EUTRA_A3CNF} rmi lte write cmd and get result RTRV-EUTRA-A3CNF:CELL_NUM="${G_cell_enable_id}",PURPOSE="IntraLteHandover",FA_INDEX="0";
${Its_active} rmi lte get value with heading from cli result ${EUTRA_A3CNF} ACTIVE_STATE
${A3_offset} rmi lte get value with heading from cli result ${EUTRA_A3CNF} A3_OFFSET[dB]
${TRIGGER_QUANTITY} rmi lte get value with heading from cli result ${EUTRA_A3CNF} TRIGGER_QUANTITY
${command_teardown_a3} set variable CHG-EUTRA-A3CNF:CELL_NUM="${G_cell_enable_id}",PURPOSE="IntraLteHandover",FA_INDEX="0",ACTIVE_STATE="${Its_active}",A3_OFFSET="${A3_offset}",TRIGGER_QUANTITY=" ${TRIGGER_QUANTITY}";
log to console __________ setup for handover __________
set test variable ${command_teardown_fa}
set test variable ${command_teardown_a3}
Test Teardown
rmi lte write cmd and get result ${command_teardown_fa}
rmi lte write cmd and get result ${command_teardown_a3}
Suite Setup
SVMC Suite Setup
initialize atten value
set plmnsiginact timer is_vsm=Fail
Suite Teardown
set plmnsiginact timer 10 is_vsm=Fail
initialize atten value
SVMC Suite Teardown
===============================================================
Test_RMI
${module} Get Module Type ${G_du_name_rmi}
${log} rmi_netconf_get ${G_du_name_rmi} managed-element/gnb-du-function/gnb-du-plmn-info ${module}
log ${log}
# rmi_netconf_set ${G_acpf_name_rmi} managed-element/gnb-cu-cp-function/call-success-ratio-low-alarm monitoring-period=10
# ${log} rmi_netconf_get ${G_acpf_name_rmi} managed-element/gnb-cu-cp-function/call-success-ratio-low-alarm
# ${log} rmi_netconf_get ${G_acpf_name_rmi} managed-element/gnb-cu-cp-function/gnb-cu-cp-function-entries[gnodeb-id\=${G_gnb_id}]/gutran-cu-cell/gutran-cu-cell-entries[cell-identity\=${G_cell_identity}]
# ${log} rmi_netconf_get ${G_aupf_name_rmi} managed-element/virtual-function/vnf/vnfc/vnfc-entries[vnfc-type\=umc,vnfc-id\=0]/ip-system/system-ip-information/service-ipv4-info
## ${log} rmi_netconf_get ${G_acpf_name_rmi} managed-element/virtual-function/vnf/vnfc/vnfc-entries[vnfc-type\=cmc,vnfc-id\=0]
log ===========================================================
${log} rmi_netconf_get ${G_acpf_name_rmi} managed-element/virtual-function/vnf/vnfc/vnfc-entries[vnfc-type\=cmc,vnfc-id\=0]
log ${log}
# ${key} set variable ${log['virtual-port']['virtual-port-entries'][0]['administrative-state']}
# log ${key}
# rmi_netconf_set ${G_acpf_name_rmi} managed-element/virtual-function/vnf/vnfc/vnfc-entries[vnfc-type\=cmc,vnfc-id\=0] administrative-state=locked
# ${key1} set variable ${log['virtual-port']['virtual-port-entries'][0]['administrative-state']}
# log ${key1}
# ${log} rmi_netconf_get DU_101101 managed-element/gnb-du-function/gutran-du-cell/gutran-du-cell-entries cell-identity=111
# log ${log}
# ${key} set variable ${log['administrative-state']}
# rmi_netconf_set DU_101101 managed-element/gnb-du-function/gutran-du-cell/gutran-du-cell-entries cell-identity=111 administrative-state=unlocked
# ${log_out} rmi_netconf_get DU_101101 managed-element/gnb-du-function/gutran-du-cell/gutran-du-cell-entries cell-identity=111
# should be true "${log_out['administrative-state']}"=="locked"
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