test/auto-test/FTC2001.sh - oransc/nonrtric - Gitiles

 #!/usr/bin/env bash

 #  ============LICENSE_START===============================================
 #  Copyright (C) 2020 Nordix Foundation. All rights reserved.
 #  ========================================================================
 #  Licensed under the Apache License, Version 2.0 (the "License");
 #  you may not use this file except in compliance with the License.
 #  You may obtain a copy of the License at
 #
 #       http://www.apache.org/licenses/LICENSE-2.0
 #
 #  Unless required by applicable law or agreed to in writing, software
 #  distributed under the License is distributed on an "AS IS" BASIS,
 #  WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
 #  See the License for the specific language governing permissions and
 #  limitations under the License.
 #  ============LICENSE_END=================================================
 #

 TC_ONELINE_DESCR="Testing southbound proxy for PMS and ICS"

 #App names to include in the test when running docker, space separated list
 DOCKER_INCLUDED_IMAGES="CBS CONSUL CP CR MR PA RICSIM ICS PRODSTUB HTTPPROXY NGW KUBEPROXY"

 #App names to include in the test when running kubernetes, space separated list
 KUBE_INCLUDED_IMAGES=" MR CR PA PRODSTUB RICSIM CP ICS HTTPPROXY KUBEPROXY NGW"
 #Prestarted app (not started by script) to include in the test when running kubernetes, space separated list
 KUBE_PRESTARTED_IMAGES=""

 #Ignore image in DOCKER_INCLUDED_IMAGES, KUBE_INCLUDED_IMAGES if
 #the image is not configured in the supplied env_file
 #Used for images not applicable to all supported profile
 CONDITIONALLY_IGNORED_IMAGES="NGW"

 #Supported test environment profiles
 SUPPORTED_PROFILES="ONAP-HONOLULU ONAP-ISTANBUL ORAN-CHERRY ORAN-D-RELEASE ORAN-E-RELEASE"
 #Supported run modes
 SUPPORTED_RUNMODES="DOCKER KUBE"

 . ../common/testcase_common.sh $@

 setup_testenvironment

 #### TEST BEGIN ####

 #Local vars in test script
 ##########################

 use_cr_https
 use_agent_rest_https
 use_simulator_https
 use_ics_rest_https
 use_prod_stub_https

 if [ "$PMS_VERSION" == "V2" ]; then
     notificationurl=$CR_SERVICE_APP_PATH_0"/test"
 else
    echo "PMS VERSION 2 (V2) is required"
    exit 1
 fi

 clean_environment

 start_kube_proxy

 STD_NUM_RICS=2

 start_http_proxy

 start_ric_simulators $RIC_SIM_PREFIX"_g3" $STD_NUM_RICS STD_2.0.0

 start_mr #Just to prevent errors in the agent log...

 start_control_panel $SIM_GROUP/$CONTROL_PANEL_COMPOSE_DIR/$CONTROL_PANEL_CONFIG_FILE

 if [ ! -z "$NRT_GATEWAY_APP_NAME" ]; then
     start_gateway $SIM_GROUP/$NRT_GATEWAY_COMPOSE_DIR/$NRT_GATEWAY_CONFIG_FILE
 fi

 start_policy_agent PROXY $SIM_GROUP/$POLICY_AGENT_COMPOSE_DIR/$POLICY_AGENT_CONFIG_FILE

 if [ $RUNMODE == "DOCKER" ]; then
     start_consul_cbs
 fi

 prepare_consul_config      NOSDNC  ".consul_config.json"

 if [ $RUNMODE == "KUBE" ]; then
     agent_load_config                       ".consul_config.json"
 else
     consul_config_app                      ".consul_config.json"
 fi

 start_cr 1

 start_prod_stub

 start_ics PROXY $SIM_GROUP/$ICS_COMPOSE_DIR/$ICS_CONFIG_FILE

 set_agent_trace

 set_ics_debug

 api_get_status 200

 # Print the A1 version for STD 2.X
 for ((i=1; i<=$STD_NUM_RICS; i++))
 do
     sim_print $RIC_SIM_PREFIX"_g3_"$i interface
 done
 # Load the polictypes in std
 for ((i=1; i<=$STD_NUM_RICS; i++))
 do
     sim_put_policy_type 201 $RIC_SIM_PREFIX"_g3_"$i STD_QOS_0_2_0 demo-testdata/STD2/sim_qos.json
     sim_put_policy_type 201 $RIC_SIM_PREFIX"_g3_"$i STD_QOS2_0.1.0 demo-testdata/STD2/sim_qos2.json
 done

 #Check the number of schemas and the individual schemas in STD
 api_equal json:policy-types 2 120

 for ((i=1; i<=$STD_NUM_RICS; i++))
 do
     api_equal json:policy-types?ric_id=$RIC_SIM_PREFIX"_g3_"$i 2 120
 done

 # Check the schemas in STD
 for ((i=1; i<=$STD_NUM_RICS; i++))
 do
     api_get_policy_type 200 STD_QOS_0_2_0 demo-testdata/STD2/qos-agent-modified.json
     api_get_policy_type 200 'STD_QOS2_0.1.0' demo-testdata/STD2/qos2-agent-modified.json
 done

 #Check the number of types
 api_equal json:policy-types 2 300

 api_put_service 201 "Emergency-response-app" 0 "$CR_SERVICE_APP_PATH_0/1"

 # Create policies in STD
 for ((i=1; i<=$STD_NUM_RICS; i++))
 do
     generate_policy_uuid
     api_put_policy 201 "Emergency-response-app" $RIC_SIM_PREFIX"_g3_"$i STD_QOS_0_2_0 $((2300+$i)) NOTRANSIENT $notificationurl demo-testdata/STD2/pi1_template.json 1
     generate_policy_uuid
     api_put_policy 201 "Emergency-response-app" $RIC_SIM_PREFIX"_g3_"$i 'STD_QOS2_0.1.0' $((2400+$i)) NOTRANSIENT $notificationurl demo-testdata/STD2/pi1_template.json 1
 done


 # Check the number of policies in STD
 for ((i=1; i<=$STD_NUM_RICS; i++))
 do
     sim_equal $RIC_SIM_PREFIX"_g3_"$i num_instances 2
 done

 # Print calling hosts STD 2.X
 for ((i=1; i<=$STD_NUM_RICS; i++))
 do
     sim_print $RIC_SIM_PREFIX"_g3_"$i remote_hosts
     sim_contains_str $RIC_SIM_PREFIX"_g3_"$i remote_hosts proxy
 done

 FLAT_A1_EI="1"

 CB_JOB="$PROD_STUB_SERVICE_PATH$PROD_STUB_JOB_CALLBACK"
 CB_SV="$PROD_STUB_SERVICE_PATH$PROD_STUB_SUPERVISION_CALLBACK"
 RIC_G1_1=$RIC_SIM_PREFIX"_g3_1"
 RIC_G1_2=$RIC_SIM_PREFIX"_g3_2"
 if [ $RUNMODE == "KUBE" ]; then
     RIC_G1_1=$(get_kube_sim_host $RIC_G1_1)
     RIC_G1_2=$(get_kube_sim_host $RIC_G1_2)
 fi
 TARGET1="$RIC_SIM_HTTPX://$RIC_G1_1:$RIC_SIM_PORT/datadelivery"
 TARGET2="$RIC_SIM_HTTPX://$RIC_G1_1:$RIC_SIM_PORT/datadelivery"

 STATUS1="$CR_SERVICE_APP_PATH_0/job1-status"
 STATUS2="$CR_SERVICE_APP_PATH_0/job2-status"

 prodstub_arm_producer 200 prod-a
 prodstub_arm_type 200 prod-a type1
 prodstub_arm_job_create 200 prod-a job1
 prodstub_arm_job_create 200 prod-a job2

 ### ics status
 ics_api_service_status 200

 if [[ "$ICS_FEATURE_LEVEL" == *"TYPE-SUBSCRIPTIONS"* ]]; then
     #Type registration status callbacks
     TYPESTATUS1="$CR_SERVICE_APP_PATH_0/type-status1"

     ics_api_idc_put_subscription 201 subscription-id-1 owner1 $TYPESTATUS1

     ics_api_idc_get_subscription_ids 200 owner1 subscription-id-1
 fi

 ## Setup prod-a
 if [ $ICS_VERSION == "V1-1" ]; then
     ics_api_edp_put_producer 201 prod-a $CB_JOB/prod-a $CB_SV/prod-a type1 testdata/ics/ei-type-1.json

     ics_api_edp_get_producer 200 prod-a $CB_JOB/prod-a $CB_SV/prod-a type1 testdata/ics/ei-type-1.json
 else
     ics_api_edp_put_type_2 201 type1 testdata/ics/ei-type-1.json

     ics_api_edp_put_producer_2 201 prod-a $CB_JOB/prod-a $CB_SV/prod-a type1

     ics_api_edp_get_producer_2 200 prod-a $CB_JOB/prod-a $CB_SV/prod-a type1
 fi

 ics_api_edp_get_producer_status 200 prod-a ENABLED


 ## Create a job for prod-a
 ## job1 - prod-a
 if [  -z "$FLAT_A1_EI" ]; then
     ics_api_a1_put_job 201 type1 job1 $TARGET1 ricsim_g3_1 testdata/ics/job-template.json
 else
     ics_api_a1_put_job 201 job1 type1 $TARGET1 ricsim_g3_1 $STATUS1 testdata/ics/job-template.json
 fi

 # Check the job data in the producer
 if [ $ICS_VERSION == "V1-1" ]; then
     prodstub_check_jobdata 200 prod-a job1 type1 $TARGET1 ricsim_g3_1 testdata/ics/job-template.json
 else
     if [[ "$ICS_FEATURE_LEVEL" != *"INFO-TYPES"* ]]; then
         prodstub_check_jobdata_2 200 prod-a job1 type1 $TARGET1 ricsim_g3_1 testdata/ics/job-template.json
     else
         prodstub_check_jobdata_3 200 prod-a job1 type1 $TARGET1 ricsim_g3_1 testdata/ics/job-template.json
     fi
 fi


 ## Create a second job for prod-a
 ## job2 - prod-a
 if [  -z "$FLAT_A1_EI" ]; then
     ics_api_a1_put_job 201 type1 job2 $TARGET2 ricsim_g3_2 testdata/ics/job-template.json
 else
     ics_api_a1_put_job 201 job2 type1 $TARGET2 ricsim_g3_2 $STATUS2 testdata/ics/job-template.json
 fi

 # Check the job data in the producer
 if [ $ICS_VERSION == "V1-1" ]; then
     prodstub_check_jobdata 200 prod-a job2 type1 $TARGET2 ricsim_g3_2 testdata/ics/job-template.json
 else
     if [[ "$ICS_FEATURE_LEVEL" != *"INFO-TYPES"* ]]; then
         prodstub_check_jobdata_2 200 prod-a job2 type1 $TARGET2 ricsim_g3_2 testdata/ics/job-template.json
     else
         prodstub_check_jobdata_3 200 prod-a job2 type1 $TARGET2 ricsim_g3_2 testdata/ics/job-template.json
     fi
 fi

 # Arm producer prod-a for supervision failure
 prodstub_arm_producer 200 prod-a 400

 # Wait for producer prod-a to go disabled
 ics_api_edp_get_producer_status 200 prod-a DISABLED 360

 if [[ "$ICS_FEATURE_LEVEL" == *"INFO-TYPES"* ]]; then
     ics_equal json:data-producer/v1/info-producers 0 1000
 else
     ics_equal json:ei-producer/v1/eiproducers 0 1000
 fi

 if [[ "$ICS_FEATURE_LEVEL" == *"TYPE-SUBSCRIPTIONS"* ]]; then
     cr_equal 0 received_callbacks 3 30
     cr_api_check_all_ics_subscription_events 200 0 type-status1 type1 testdata/ics/ei-type-1.json REGISTERED
     cr_api_check_all_ics_events 200 0 job1-status DISABLED
     cr_api_check_all_ics_events 200 0 job2-status DISABLED
 else
     cr_equal 0 received_callbacks 2 30
     cr_api_check_all_ics_events 200 0 job1-status DISABLED
     cr_api_check_all_ics_events 200 0 job2-status DISABLED
 fi

 cr_contains_str 0 remote_hosts $HTTP_PROXY_APP_NAME

 check_policy_agent_logs
 check_ics_logs

 #### TEST COMPLETE ####

 store_logs          END

 print_result

 auto_clean_environment
	#!/usr/bin/env bash

	# ============LICENSE_START===============================================
	# Copyright (C) 2020 Nordix Foundation. All rights reserved.
	# ========================================================================
	# Licensed under the Apache License, Version 2.0 (the "License");
	# you may not use this file except in compliance with the License.
	# You may obtain a copy of the License at
	#
	# http://www.apache.org/licenses/LICENSE-2.0
	#
	# Unless required by applicable law or agreed to in writing, software
	# distributed under the License is distributed on an "AS IS" BASIS,
	# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
	# See the License for the specific language governing permissions and
	# limitations under the License.
	# ============LICENSE_END=================================================
	#

	TC_ONELINE_DESCR="Testing southbound proxy for PMS and ICS"

	#App names to include in the test when running docker, space separated list
	DOCKER_INCLUDED_IMAGES="CBS CONSUL CP CR MR PA RICSIM ICS PRODSTUB HTTPPROXY NGW KUBEPROXY"

	#App names to include in the test when running kubernetes, space separated list
	KUBE_INCLUDED_IMAGES=" MR CR PA PRODSTUB RICSIM CP ICS HTTPPROXY KUBEPROXY NGW"
	#Prestarted app (not started by script) to include in the test when running kubernetes, space separated list
	KUBE_PRESTARTED_IMAGES=""

	#Ignore image in DOCKER_INCLUDED_IMAGES, KUBE_INCLUDED_IMAGES if
	#the image is not configured in the supplied env_file
	#Used for images not applicable to all supported profile
	CONDITIONALLY_IGNORED_IMAGES="NGW"

	#Supported test environment profiles
	SUPPORTED_PROFILES="ONAP-HONOLULU ONAP-ISTANBUL ORAN-CHERRY ORAN-D-RELEASE ORAN-E-RELEASE"
	#Supported run modes
	SUPPORTED_RUNMODES="DOCKER KUBE"

	. ../common/testcase_common.sh $@

	setup_testenvironment

	#### TEST BEGIN ####

	#Local vars in test script
	##########################

	use_cr_https
	use_agent_rest_https
	use_simulator_https
	use_ics_rest_https
	use_prod_stub_https

	if [ "$PMS_VERSION" == "V2" ]; then
	notificationurl=$CR_SERVICE_APP_PATH_0"/test"
	else
	echo "PMS VERSION 2 (V2) is required"
	exit 1
	fi

	clean_environment

	start_kube_proxy

	STD_NUM_RICS=2

	start_http_proxy

	start_ric_simulators $RIC_SIM_PREFIX"_g3" $STD_NUM_RICS STD_2.0.0

	start_mr #Just to prevent errors in the agent log...

	start_control_panel $SIM_GROUP/$CONTROL_PANEL_COMPOSE_DIR/$CONTROL_PANEL_CONFIG_FILE

	if [ ! -z "$NRT_GATEWAY_APP_NAME" ]; then
	start_gateway $SIM_GROUP/$NRT_GATEWAY_COMPOSE_DIR/$NRT_GATEWAY_CONFIG_FILE
	fi

	start_policy_agent PROXY $SIM_GROUP/$POLICY_AGENT_COMPOSE_DIR/$POLICY_AGENT_CONFIG_FILE

	if [ $RUNMODE == "DOCKER" ]; then
	start_consul_cbs
	fi

	prepare_consul_config NOSDNC ".consul_config.json"

	if [ $RUNMODE == "KUBE" ]; then
	agent_load_config ".consul_config.json"
	else
	consul_config_app ".consul_config.json"
	fi

	start_cr 1

	start_prod_stub

	start_ics PROXY $SIM_GROUP/$ICS_COMPOSE_DIR/$ICS_CONFIG_FILE

	set_agent_trace

	set_ics_debug

	api_get_status 200

	# Print the A1 version for STD 2.X
	for ((i=1; i<=$STD_NUM_RICS; i++))
	do
	sim_print $RIC_SIM_PREFIX"_g3_"$i interface
	done
	# Load the polictypes in std
	for ((i=1; i<=$STD_NUM_RICS; i++))
	do
	sim_put_policy_type 201 $RIC_SIM_PREFIX"_g3_"$i STD_QOS_0_2_0 demo-testdata/STD2/sim_qos.json
	sim_put_policy_type 201 $RIC_SIM_PREFIX"_g3_"$i STD_QOS2_0.1.0 demo-testdata/STD2/sim_qos2.json
	done

	#Check the number of schemas and the individual schemas in STD
	api_equal json:policy-types 2 120

	for ((i=1; i<=$STD_NUM_RICS; i++))
	do
	api_equal json:policy-types?ric_id=$RIC_SIM_PREFIX"_g3_"$i 2 120
	done

	# Check the schemas in STD
	for ((i=1; i<=$STD_NUM_RICS; i++))
	do
	api_get_policy_type 200 STD_QOS_0_2_0 demo-testdata/STD2/qos-agent-modified.json
	api_get_policy_type 200 'STD_QOS2_0.1.0' demo-testdata/STD2/qos2-agent-modified.json
	done

	#Check the number of types
	api_equal json:policy-types 2 300

	api_put_service 201 "Emergency-response-app" 0 "$CR_SERVICE_APP_PATH_0/1"

	# Create policies in STD
	for ((i=1; i<=$STD_NUM_RICS; i++))
	do
	generate_policy_uuid
	api_put_policy 201 "Emergency-response-app" $RIC_SIM_PREFIX"_g3_"$i STD_QOS_0_2_0 $((2300+$i)) NOTRANSIENT $notificationurl demo-testdata/STD2/pi1_template.json 1
	generate_policy_uuid
	api_put_policy 201 "Emergency-response-app" $RIC_SIM_PREFIX"_g3_"$i 'STD_QOS2_0.1.0' $((2400+$i)) NOTRANSIENT $notificationurl demo-testdata/STD2/pi1_template.json 1
	done


	# Check the number of policies in STD
	for ((i=1; i<=$STD_NUM_RICS; i++))
	do
	sim_equal $RIC_SIM_PREFIX"_g3_"$i num_instances 2
	done

	# Print calling hosts STD 2.X
	for ((i=1; i<=$STD_NUM_RICS; i++))
	do
	sim_print $RIC_SIM_PREFIX"_g3_"$i remote_hosts
	sim_contains_str $RIC_SIM_PREFIX"_g3_"$i remote_hosts proxy
	done

	FLAT_A1_EI="1"

	CB_JOB="$PROD_STUB_SERVICE_PATH$PROD_STUB_JOB_CALLBACK"
	CB_SV="$PROD_STUB_SERVICE_PATH$PROD_STUB_SUPERVISION_CALLBACK"
	RIC_G1_1=$RIC_SIM_PREFIX"_g3_1"
	RIC_G1_2=$RIC_SIM_PREFIX"_g3_2"
	if [ $RUNMODE == "KUBE" ]; then
	RIC_G1_1=$(get_kube_sim_host $RIC_G1_1)
	RIC_G1_2=$(get_kube_sim_host $RIC_G1_2)
	fi
	TARGET1="$RIC_SIM_HTTPX://$RIC_G1_1:$RIC_SIM_PORT/datadelivery"
	TARGET2="$RIC_SIM_HTTPX://$RIC_G1_1:$RIC_SIM_PORT/datadelivery"

	STATUS1="$CR_SERVICE_APP_PATH_0/job1-status"
	STATUS2="$CR_SERVICE_APP_PATH_0/job2-status"

	prodstub_arm_producer 200 prod-a
	prodstub_arm_type 200 prod-a type1
	prodstub_arm_job_create 200 prod-a job1
	prodstub_arm_job_create 200 prod-a job2

	### ics status
	ics_api_service_status 200

	if [[ "$ICS_FEATURE_LEVEL" == "TYPE-SUBSCRIPTIONS" ]]; then
	#Type registration status callbacks
	TYPESTATUS1="$CR_SERVICE_APP_PATH_0/type-status1"

	ics_api_idc_put_subscription 201 subscription-id-1 owner1 $TYPESTATUS1

	ics_api_idc_get_subscription_ids 200 owner1 subscription-id-1
	fi

	## Setup prod-a
	if [ $ICS_VERSION == "V1-1" ]; then
	ics_api_edp_put_producer 201 prod-a $CB_JOB/prod-a $CB_SV/prod-a type1 testdata/ics/ei-type-1.json

	ics_api_edp_get_producer 200 prod-a $CB_JOB/prod-a $CB_SV/prod-a type1 testdata/ics/ei-type-1.json
	else
	ics_api_edp_put_type_2 201 type1 testdata/ics/ei-type-1.json

	ics_api_edp_put_producer_2 201 prod-a $CB_JOB/prod-a $CB_SV/prod-a type1

	ics_api_edp_get_producer_2 200 prod-a $CB_JOB/prod-a $CB_SV/prod-a type1
	fi

	ics_api_edp_get_producer_status 200 prod-a ENABLED


	## Create a job for prod-a
	## job1 - prod-a
	if [ -z "$FLAT_A1_EI" ]; then
	ics_api_a1_put_job 201 type1 job1 $TARGET1 ricsim_g3_1 testdata/ics/job-template.json
	else
	ics_api_a1_put_job 201 job1 type1 $TARGET1 ricsim_g3_1 $STATUS1 testdata/ics/job-template.json
	fi

	# Check the job data in the producer
	if [ $ICS_VERSION == "V1-1" ]; then
	prodstub_check_jobdata 200 prod-a job1 type1 $TARGET1 ricsim_g3_1 testdata/ics/job-template.json
	else
	if [[ "$ICS_FEATURE_LEVEL" != "INFO-TYPES" ]]; then
	prodstub_check_jobdata_2 200 prod-a job1 type1 $TARGET1 ricsim_g3_1 testdata/ics/job-template.json
	else
	prodstub_check_jobdata_3 200 prod-a job1 type1 $TARGET1 ricsim_g3_1 testdata/ics/job-template.json
	fi
	fi


	## Create a second job for prod-a
	## job2 - prod-a
	if [ -z "$FLAT_A1_EI" ]; then
	ics_api_a1_put_job 201 type1 job2 $TARGET2 ricsim_g3_2 testdata/ics/job-template.json
	else
	ics_api_a1_put_job 201 job2 type1 $TARGET2 ricsim_g3_2 $STATUS2 testdata/ics/job-template.json
	fi

	# Check the job data in the producer
	if [ $ICS_VERSION == "V1-1" ]; then
	prodstub_check_jobdata 200 prod-a job2 type1 $TARGET2 ricsim_g3_2 testdata/ics/job-template.json
	else
	if [[ "$ICS_FEATURE_LEVEL" != "INFO-TYPES" ]]; then
	prodstub_check_jobdata_2 200 prod-a job2 type1 $TARGET2 ricsim_g3_2 testdata/ics/job-template.json
	else
	prodstub_check_jobdata_3 200 prod-a job2 type1 $TARGET2 ricsim_g3_2 testdata/ics/job-template.json
	fi
	fi

	# Arm producer prod-a for supervision failure
	prodstub_arm_producer 200 prod-a 400

	# Wait for producer prod-a to go disabled
	ics_api_edp_get_producer_status 200 prod-a DISABLED 360

	if [[ "$ICS_FEATURE_LEVEL" == "INFO-TYPES" ]]; then
	ics_equal json:data-producer/v1/info-producers 0 1000
	else
	ics_equal json:ei-producer/v1/eiproducers 0 1000
	fi

	if [[ "$ICS_FEATURE_LEVEL" == "TYPE-SUBSCRIPTIONS" ]]; then
	cr_equal 0 received_callbacks 3 30
	cr_api_check_all_ics_subscription_events 200 0 type-status1 type1 testdata/ics/ei-type-1.json REGISTERED
	cr_api_check_all_ics_events 200 0 job1-status DISABLED
	cr_api_check_all_ics_events 200 0 job2-status DISABLED
	else
	cr_equal 0 received_callbacks 2 30
	cr_api_check_all_ics_events 200 0 job1-status DISABLED
	cr_api_check_all_ics_events 200 0 job2-status DISABLED
	fi

	cr_contains_str 0 remote_hosts $HTTP_PROXY_APP_NAME

	check_policy_agent_logs
	check_ics_logs

	#### TEST COMPLETE ####

	store_logs END

	print_result

	auto_clean_environment