--- /dev/null
+*** Settings ***
+Documentation Connects NTSim of specific device type
+... NTSim information are stored in test environment variable file <environment>
+... as dictionary NETWORK_FUNCTIONS = {}
+... change device type on command line with e.g. --variable DEVICE_TYPE:O_RAN_FH
+... Enable alarms by setting fault-notification-delay-period and validate the alarms published by NTSim
+... received by SDNR via VES use case
+Default Tags fm ves
+
+Library ConnectLibrary
+Library SDNCRestconfLibrary
+Library SDNCBaseLibrary
+Library ConnectApp
+Library NTSimManagerNG
+Library FaultManagementApp
+Library FaultManagementAppBackend
+Library utility
+Library DateTime
+Library Collections
+
+Suite Setup global suite setup &{GLOBAL_SUITE_SETUP_CONFIG}
+Suite Teardown global suite teardown
+
+
+*** Variables ***
+${DEVICE_TYPE} _FILL_HERE_
+${FAULT_DELAY} 5
+${TIME_PERIOD_SEND_NOTIFY} 22s
+${PROCESS_TIME_NOTIF} 30s
+&{ALARM_SEVERITY_DEFAULT} Critical=${0} Major=${0} Minor=${0} Warning=${0} NonAlarmed=${0}
+
+
+*** Test Cases ***
+Setup NTS function
+ [Tags] nts bringup
+ [Documentation] add network function to trigger alarm notification via VES in next tests
+ Add Network Element Connection ${NETWORK_FUNCTIONS['${DEVICE_TYPE}']['NAME']} ${True}
+ ... ${NETWORK_FUNCTIONS['${DEVICE_TYPE}']['IP']} ${NETWORK_FUNCTIONS['${DEVICE_TYPE}']['PORT']}
+ ... ${NETWORK_FUNCTIONS['${DEVICE_TYPE}']['USER']} ${NETWORK_FUNCTIONS['${DEVICE_TYPE}']['PASSWORD']}
+ ... Connected
+ SDNCRestconfLibrary.Should Be Equal Connection Status Until Time ${NETWORK_FUNCTIONS['${DEVICE_TYPE}']['NAME']} Connected
+
+Set alarm notification
+ [Tags] smoke
+ NTSimManagerNG.clear_alarm_count ${NETWORK_FUNCTIONS['${DEVICE_TYPE}']['NAME']}
+ NTSimManagerNG.set_ves_config_nf ${NETWORK_FUNCTIONS['${DEVICE_TYPE}']['NAME']} faults-enabled=${True}
+ ${vesAlarmGenerated} = NTSimManagerNG.Get Alarm Count ${NETWORK_FUNCTIONS['${DEVICE_TYPE}']['NAME']}
+ Sleep 1s reason=insert time gap in log files
+ ${start_time} = Get Current Date time_zone=UTC result_format=%Y-%m-%dT%H:%M:%S.%f
+ Sleep 1s reason=insert time delay to account for time differences of container and host
+ Set Global Variable ${start_time}
+ ${alarm_status_start} = FaultManagementApp.get_alarm_status
+ Set Global Variable ${alarm_status_start}
+ NTSimManagerNG.set_fault_delay_list_nf ${NETWORK_FUNCTIONS['${DEVICE_TYPE}']['NAME']} delay-period=${fault_delay}
+ Log Send notification every ${FAULT_DELAY} sec for ${TIME_PERIOD_SEND_NOTIFY} level=INFO html=False console=True repr=False
+ Sleep ${TIME_PERIOD_SEND_NOTIFY}
+
+UnSet alarm notification
+ [Documentation] stops alarm generation and create dictionary ${vesAlarmGenerated}
+ ... for further checks
+ [Tags] smoke
+ NTSimManagerNG.set_fault_delay_list_nf ${NETWORK_FUNCTIONS['${DEVICE_TYPE}']['NAME']} delay-period=${0}
+ #NTSimManagerNG.set_ves_config_nf ${NETWORK_FUNCTIONS['${DEVICE_TYPE}']['NAME']}
+ #... faults-enabled=${False}
+ Log Wait ${PROCESS_TIME_NOTIF} to process notifications level=INFO html=False console=True repr=False
+ Sleep ${PROCESS_TIME_NOTIF}
+ # get generated alarms
+ ${vesAlarmGenerated} = NTSimManagerNG.Get Alarm Count ${NETWORK_FUNCTIONS['${DEVICE_TYPE}']['NAME']}
+ ${alarmsGenerated} = Get Dictionary Values ${vesAlarmGenerated}
+ Log ${alarmsGenerated}
+ ${numAlarmsGenerated} = evaluate sum(${alarmsGenerated})
+ Log ${numAlarmsGenerated}
+ Should Not Be Equal As Integers ${numAlarmsGenerated} 0 msg=no alarm notifications generated
+ Set Global Variable ${vesAlarmGenerated}
+
+
+Verify alarm log
+ [Documentation] NTSim sends alarm notification for all simulated devices
+ ... Verification is done for all simulated devices of the simulator
+ [Tags] smoke fm ves
+
+ @{pnf_list}= NTSimManagerNG.get_simulated_pnfs_nf_as_node_id_list ${DEVICE_TYPE}
+ ${length} = Get Length ${pnf_list}
+ Should Not Be Equal As Integers ${length} 0 msg=No network functions created
+ Log to console ${pnf_list}
+ FOR ${device} IN @{pnf_list}
+ ${alarm_log_list_debug_backend} = FaultManagementAppBackend.get_alarm_log_list source-type=Ves
+ ... timestamp=>=${start_time}
+ ... node-id=${device}
+ Log ${alarm_log_list_debug_backend}
+ ${alarm_log_list} = FaultManagementApp.get_alarm_log_list source-type=Ves
+ ... timestamp=>=${start_time}
+ ... node-id=${device}
+ ${alarm_log_list_stats} = get_counts_from_list ${alarm_log_list} severity ${ALARM_SEVERITY_DEFAULT}
+ Run Keyword And Continue On Failure Dictionary Should Contain Item ${alarm_log_list_stats} Critical ${vesAlarmGenerated}[critical]
+ Run Keyword And Continue On Failure Dictionary Should Contain Item ${alarm_log_list_stats} Major ${vesAlarmGenerated}[major]
+ Run Keyword And Continue On Failure Dictionary Should Contain Item ${alarm_log_list_stats} Minor ${vesAlarmGenerated}[minor]
+ Run Keyword And Continue On Failure Dictionary Should Contain Item ${alarm_log_list_stats} Warning ${vesAlarmGenerated}[warning]
+ Run Keyword And Continue On Failure Dictionary Should Contain Item ${alarm_log_list_stats} NonAlarmed ${vesAlarmGenerated}[normal]
+ END
+
+Verify current problem list
+ [Tags] smoke
+ ${alarm_log_list} = FaultManagementApp.get_alarm_log_list timestamp=>=${start_time}
+ ${current_problem_list_calculated}= FaultManagementApp.calculate_current_alarm_list ${alarm_log_list}
+ Log ${current_problem_list_calculated}
+ ${current_problem_list}= FaultManagementApp.get_current_problem_list timestamp=>=${start_time}
+ Log ${current_problem_list}
+ ${current_problem_list_debug}= FaultManagementApp.get_current_problem_list
+ Log ${current_problem_list_debug}
+ ${current_problem_list_debug_backend}= FaultManagementAppBackend.get_current_problem_list timestamp=>=${start_time}
+ Log ${current_problem_list_debug_backend}
+ ${current_problem_list_calculated_stats}= get_counts_from_list ${current_problem_list_calculated} severity ${ALARM_SEVERITY_DEFAULT}
+ ${current_problem_list_stats}= get_counts_from_list ${current_problem_list} severity ${ALARM_SEVERITY_DEFAULT}
+ Log Dictionary ${current_problem_list_calculated_stats}
+ Log Dictionary ${current_problem_list_stats}
+ Run Keyword And Continue On Failure Dictionary Should Contain Item ${current_problem_list_stats} Critical ${current_problem_list_calculated_stats}[Critical]
+ Run Keyword And Continue On Failure Dictionary Should Contain Item ${current_problem_list_stats} Major ${current_problem_list_calculated_stats}[Major]
+ Run Keyword And Continue On Failure Dictionary Should Contain Item ${current_problem_list_stats} Minor ${current_problem_list_calculated_stats}[Minor]
+ Run Keyword And Continue On Failure Dictionary Should Contain Item ${current_problem_list_stats} Warning ${current_problem_list_calculated_stats}[Warning]
+
+Verify alarm status bar
+ [Tags] smoke
+ Sleep 10s reason=wait update alarmstatus
+ ${alarm_status_end} = FaultManagementApp.get_alarm_status
+ Log Dictionary ${alarm_status_start}
+ Log Dictionary ${alarm_status_end}
+ Run Keyword And Continue On Failure Evaluate ${alarm_status_end}[criticals]-${alarm_status_start}[criticals] == ${vesAlarmGenerated}[critical]
+ Run Keyword And Continue On Failure Evaluate ${alarm_status_end}[majors]-${alarm_status_start}[majors] == ${vesAlarmGenerated}[major]
+ Run Keyword And Continue On Failure Evaluate ${alarm_status_end}[minors]-${alarm_status_start}[minors] == ${vesAlarmGenerated}[minor]
+ Run Keyword And Continue On Failure Evaluate ${alarm_status_end}[warnings]-${alarm_status_start}[warnings] == ${vesAlarmGenerated}[warning]
+
+Remove networkelement connection
+ ConnectApp.Remove network element connection ${NETWORK_FUNCTIONS['${DEVICE_TYPE}']['NAME']}
+ Run Keyword And Continue On Failure ConnectApp.Should be equal connection status until time ${NETWORK_FUNCTIONS['${DEVICE_TYPE}']['NAME']} not existing
+ SDNCRestconfLibrary.Should Be Equal Connection Status Until Time ${NETWORK_FUNCTIONS['${DEVICE_TYPE}']['NAME']} not existing
Code Review / sdnc / oam.git / blobdiff