Symmetric test scenario.
Change-Id: I5b6487246d5da2904f585db4d6e80ca806eda294
Signed-off-by: Tomas Cechvala <tcechval@cisco.com>
${resp} RequestsLibrary.Put Request session ${dest_uri} data=${body} headers=${headers}
Should Be Equal As Strings ${resp.status_code} 200
+Add Elements To URI From File And Verify
+ [Arguments] ${dest_uri} ${data_file} ${headers}=${headers}
+ ${body} OperatingSystem.Get File ${data_file}
+ ${resp} RequestsLibrary.Put Request session ${dest_uri} data=${body} headers=${headers}
+ Should Be Equal As Strings ${resp.status_code} 200
+ ${resp} RequestsLibrary.Get Request session ${dest_uri}
+ Should Not Be Equal ${resp.status_code} 404
+
+Add Elements To URI And Verify
+ [Arguments] ${dest_uri} ${data_file} ${headers}=${headers}
+ ${resp} RequestsLibrary.Put Request session ${dest_uri} ${data_file} headers=${headers}
+ Should Be Equal As Strings ${resp.status_code} 200
+ ${resp} RequestsLibrary.Get Request session ${dest_uri}
+ Should Not Be Equal ${resp.status_code} 404
+
Post Elements To URI From File
[Arguments] ${dest_uri} ${data_file} ${headers}=${headers}
${body} OperatingSystem.Get File ${data_file}
--- /dev/null
+*** Settings ***
+Resource ../Variables.robot
+Resource ../GBPSFC_6node.robot
+
+*** Test Cases ***
+Initialize Nodes
+ Setup Nodes ${GBPSFCs} ${CURDIR}/init_scripts
--- /dev/null
+*** Settings ***
+Documentation Waiting for manager and switch connections.
+Library SSHLibrary
+Resource ../../../../../libraries/GBP/ConnUtils.robot
+Resource ../../../../../libraries/GBP/OpenFlowUtils.robot
+Resource ../Variables.robot
+Resource ../Connections.robot
+Suite Setup Start Connections
+Suite Teardown Close Connections
+
+*** Testcases ***
+
+Wait For Manager Connected on GBPSFC2
+ Switch Connection GPSFC2_CONNECTION
+ Wait Until Keyword Succeeds 2 min 3s Manager is Connected
+
+Wait For Manager Connected on GBPSFC4
+ Switch Connection GPSFC4_CONNECTION
+ Wait Until Keyword Succeeds 4x 5s Manager is Connected
--- /dev/null
+*** Settings ***
+Documentation Test suite for setting up infrastructure for demo-symmetric-chain
+Suite Setup Create Session session http://${CONTROLLER}:${RESTCONFPORT} auth=${AUTH} headers=${HEADERS}
+Suite Teardown Delete All Sessions
+Library RequestsLibrary
+Library OperatingSystem
+Variables ../../../../../variables/Variables.py
+Resource ../../../../../libraries/Utils.robot
+Resource ../Variables.robot
+Resource ../../../../../libraries/GBP/OpenFlowUtils.robot
+
+*** Test Cases ***
+Put Service Functions
+ [Documentation] Register Service Functions to ODL
+ ${json_to_edit} OperatingSystem.Get File ${SF_FILE}
+ ${edited_json} Replace String ${json_to_edit} _SF1 ${GBPSFC3}
+ ${edited_json} Replace String ${edited_json} _SF2 ${GBPSFC5}
+ Add Elements To URI And Verify ${SF_PATH} ${edited_json} ${HEADERS_YANG_JSON}
+
+Put Service Function Forwarders
+ [Documentation] Register Service Function Forwarders to ODL
+ ${json_to_edit} OperatingSystem.Get File ${SFF_FILE}
+ ${edited_json} Replace String ${json_to_edit} _SFF1 ${GBPSFC2}
+ ${edited_json} Replace String ${edited_json} _SFF2 ${GBPSFC4}
+ Add Elements To URI And Verify ${SFF_PATH} ${edited_json} ${HEADERS_YANG_JSON}
+
+
+Wait For Manager and Switch Connected on GBPSFC2
+ [Documentation] Making sure that manager is connected for further processing.
+ SSHLibrary.Open Connection ${GBPSFC2}
+ Utils.Flexible Mininet Login
+ Wait Until Keyword Succeeds 2min 3s Manager and Switch Connected sw_name=sw2
+ SSHLibrary.Close Connection
+
+Wait For Manager and Switch Connected on GBPSFC4
+ [Documentation] Making sure that manager is connected for further processing.
+ SSHLibrary.Open Connection ${GBPSFC4}
+ Utils.Flexible Mininet Login
+ Wait Until Keyword Succeeds 2min 3s Manager and Switch Connected sw_name=sw4
+ SSHLibrary.Close Connection
+
+Put Service Function Chains
+ [Documentation] Register Service Function Chains to ODL
+ Add Elements To URI From File And Verify ${SFC_PATH} ${SFC_SYMM_FILE} ${HEADERS_YANG_JSON}
+
+Put Service Function Paths
+ [Documentation] Register Service Function Paths to ODL
+ Add Elements To URI From File And Verify ${SFP_PATH} ${SFP_SYMM_FILE} ${HEADERS_YANG_JSON}
+
+Put Tunnels
+ [Documentation] Send tunnel augmentation to ODL
+ ${json_to_edit} OperatingSystem.Get File ${TUNNELS_FILE}
+ ${edited_json} Replace String ${json_to_edit} _CLASSIFIER1 ${GBPSFC1}
+ ${edited_json} Replace String ${edited_json} _CLASSIFIER2 ${GBPSFC6}
+ Add Elements To URI And Verify ${TUNNELS_PATH} ${edited_json} ${HEADERS_YANG_JSON}
+
+Put Tenant
+ [Documentation] Send Tenant Data to ODL
+ Add Elements To URI From File And Verify ${TENANT_PATH} ${TENANT_SYMM_FILE} ${HEADERS_YANG_JSON}
+
+Register Endpoints
+ [Documentation] Endpoints registration
+ @{endpoint_files} = OperatingSystem.List Files In Directory ${ENDPOINTS_SYMM_DIR} vethl*.*json absolute
+ :FOR ${endpoint_file} IN @{endpoint_files}
+ \ Post Elements To URI From File ${ENDPOINT_REG_PATH} ${endpoint_file} ${HEADERS_YANG_JSON}
+ ${resp} RequestsLibrary.Get Request session ${ENDPOINTS_OPER_PATH}
+ Log ${resp.content}
\ No newline at end of file
--- /dev/null
+*** Settings ***
+Documentation Documentation Waiting for flows to appear on switches.
+Library SSHLibrary
+Resource ../../../../../libraries/Utils.robot
+Resource ../../../../../libraries/GBP/ConnUtils.robot
+Resource ../../../../../libraries/GBP/DockerUtils.robot
+Resource ../../../../../libraries/GBP/OpenFlowUtils.robot
+Variables ../../../../../variables/Variables.py
+Resource ../Variables.robot
+Resource ../Connections.robot
+Suite Setup Start Connections
+Suite Teardown Close Connections
+
+*** Testcases ***
+
+Wait For Flows on GBPSFC1
+ [Documentation] Waiting for flows to appear on OVS switch.
+ Switch Connection GPSFC1_CONNECTION
+ Wait For Flows On Switch ${GBPSFC1} sw1
+
+Wait For Flows on GBPSFC2
+ [Documentation] Waiting for flows to appear on OVS switch.
+ Switch Connection GPSFC2_CONNECTION
+ Wait For Flows On Switch ${GBPSFC2} sw2
+
+Wait For Flows on GBPSFC3
+ [Documentation] Waiting for flows to appear on OVS switch.
+ Switch Connection GPSFC3_CONNECTION
+ Wait For Flows On Switch ${GBPSFC3} sw3
+
+Wait For Flows on GBPSFC4
+ [Documentation] Waiting for flows to appear on OVS switch.
+ Switch Connection GPSFC4_CONNECTION
+ Wait For Flows On Switch ${GBPSFC4} sw4
+
+Wait For Flows on GBPSFC5
+ [Documentation] Waiting for flows to appear on OVS switch.
+ Switch Connection GPSFC5_CONNECTION
+ Wait For Flows On Switch ${GBPSFC5} sw5
+
+Wait For Flows on GBPSFC6
+ [Documentation] Waiting for flows to appear on OVS switch.
+ Switch Connection GPSFC6_CONNECTION
+ Wait For Flows On Switch ${GBPSFC6} sw6
+
--- /dev/null
+*** Settings ***
+Documentation Deep icmp traffic inspection.
+... Nodes are located on the same VM in different subnets and are members of the same EPG.
+Library SSHLibrary
+Resource ../../../../../libraries/GBP/OpenFlowUtils.robot
+Resource ../Variables.robot
+Resource ../Connections.robot
+Suite Setup Start Connections
+Suite Teardown Close Connections
+
+*** Variables ***
+
+*** Testcases ***
+
+Ping Once from h35_2 to h36_2
+ [Documentation] Test icmp request.
+ Set Test Variables client_name=h35_2 client_ip=10.0.35.2 server_name=h36_2 server_ip=10.0.36.2
+ ... ether_type=0x0800 proto=1
+ Switch Connection GPSFC1_CONNECTION
+ Ping from Docker ${CLIENT_NAME} ${SERVER_IP}
+
+Start Endless Ping from h35_2 to h36_2
+ [Documentation] Starting of endless pinging for traffic inspection.
+ Start Endless Ping from Docker ${CLIENT_NAME} ${SERVER_IP}
+
+Find ICMP Req from h35_2 to h36_2 on GBPSFC6
+ [Documentation] Inspecting icmp req on GBPSFC1.
+ Switch Connection GPSFC1_CONNECTION
+ ${flow} Inspect Classifier Outbound in_port=4 out_port=6 eth_type=${ETHER_TYPE} inner_src_ip=${CLIENT_IP}
+ ... inner_dst_ip=${SERVER_IP} proto=${PROTO}
+
+Find ICMP Resp from h36_2 to h35_2 on GBPSFC6
+ [Documentation] Inspecting icmp resp on GBPSFC1.
+ Switch Connection GPSFC1_CONNECTION
+ ${flow} Inspect Classifier Outbound in_port=6 out_port=4 eth_type=${ETHER_TYPE} inner_src_ip=${SERVER_IP}
+ ... inner_dst_ip=${CLIENT_IP} proto=${PROTO}
+
+Stop Endless Ping from h35_2 to h36_2
+ [Documentation] Stoping of endless pinging after traffic inspection finishes.
+ Switch Connection GPSFC1_CONNECTION
+ Stop Endless Ping from Docker to Address ${CLIENT_NAME} ${SERVER_IP}
+
+
--- /dev/null
+*** Settings ***
+Documentation Deep icmp traffic inspection.
+... Nodes are located on the same VM in the same subnet and are members of the same EPG.
+Library SSHLibrary
+Resource ../../../../../libraries/GBP/OpenFlowUtils.robot
+Resource ../Variables.robot
+Resource ../Connections.robot
+Suite Setup Start Connections
+Suite Teardown Close Connections
+
+*** Variables ***
+
+*** Testcases ***
+
+Ping Once from h35_2 to h35_3
+ [Documentation] Test icmp request.
+ Set Test Variables client_name=h35_2 client_ip=10.0.35.2 server_name=h35_3 server_ip=10.0.35.3
+ ... ether_type=0x0800 proto=1
+ Switch Connection GPSFC1_CONNECTION
+ Ping from Docker ${CLIENT_NAME} ${SERVER_IP}
+
+Start Endless Ping from h35_2 to h35_3
+ [Documentation] Starting of endless pinging for traffic inspection.
+ Start Endless Ping from Docker ${CLIENT_NAME} ${SERVER_IP}
+
+Find ICMP Req from h35_2 to h35_3 on GBPSFC6
+ [Documentation] Inspecting icmp req on GBPSFC1.
+ Switch Connection GPSFC1_CONNECTION
+ ${flow} Inspect Classifier Outbound in_port=4 out_port=5 eth_type=${ETHER_TYPE} inner_src_ip=${CLIENT_IP}
+ ... inner_dst_ip=${SERVER_IP} proto=${PROTO}
+
+Find ICMP Resp from h35_3 to h35_2 on GBPSFC6
+ [Documentation] Inspecting icmp resp on GBPSFC1.
+ Switch Connection GPSFC1_CONNECTION
+ ${flow} Inspect Classifier Outbound in_port=5 out_port=4 eth_type=${ETHER_TYPE} inner_src_ip=${SERVER_IP}
+ ... inner_dst_ip=${CLIENT_IP} proto=${PROTO}
+
+Stop Endless Ping from h35_2 to h35_3
+ [Documentation] Stoping of endless pinging after traffic inspection finishes.
+ Switch Connection GPSFC1_CONNECTION
+ Stop Endless Ping from Docker to Address ${CLIENT_NAME} ${SERVER_IP}
+
+
--- /dev/null
+*** Settings ***
+Documentation Deep icmp traffic inspection.
+... Nodes are located on the same VM, in different subnets and are members of the same EPG.
+Library SSHLibrary
+Resource ../../../../../libraries/GBP/OpenFlowUtils.robot
+Resource ../Variables.robot
+Resource ../Connections.robot
+Suite Setup Start Connections
+Suite Teardown Close Connections
+
+*** Variables ***
+
+*** Testcases ***
+
+Ping from h36_4 to h35_4
+ [Documentation] Test icmp request.
+ Set Test Variables client_name=h36_4 client_ip=10.0.36.4 server_name=h35_4 server_ip=10.0.35.4
+ ... ether_type=0x0800 proto=1
+ Switch Connection GPSFC6_CONNECTION
+ Ping from Docker ${CLIENT_NAME} ${SERVER_IP}
+
+Start Endless Ping from h36_4 to h35_4
+ [Documentation] Starting of endless pinging for traffic inspection.
+ Start Endless Ping from Docker ${CLIENT_NAME} ${SERVER_IP}
+
+Find ICMP Req from h36_4 to h35_4 on GBPSFC6
+ [Documentation] Inspecting icmp req on GBPSFC6.
+ Switch Connection GPSFC6_CONNECTION
+ ${flow} Inspect Classifier Outbound in_port=6 out_port=4 eth_type=0x0800 inner_src_ip=${CLIENT_IP}
+ ... inner_dst_ip=${SERVER_IP} proto=${PROTO}
+
+Find ICMP Resp from h35_4 to h36_4 on GBPSFC6
+ [Documentation] Inspecting icmp resp on GBPSFC6.
+ Switch Connection GPSFC6_CONNECTION
+ ${flow} Inspect Classifier Outbound in_port=4 out_port=6 eth_type=0x0800 inner_src_ip=${SERVER_IP}
+ ... inner_dst_ip=${CLIENT_IP} proto=${PROTO}
+
+Stop Endless Ping from h36_4 to h35_4
+ [Documentation] Stoping of endless pinging after traffic inspection finishes.
+ Switch Connection GPSFC6_CONNECTION
+ Stop Endless Ping from Docker to Address ${CLIENT_NAME} ${SERVER_IP}
+
+
--- /dev/null
+*** Settings ***
+Documentation Deep icmp traffic inspection.
+... Nodes are located on different VMs in different subnets and are members of different EPGs.
+Library SSHLibrary
+Resource ../../../../../libraries/GBP/OpenFlowUtils.robot
+Resource ../Variables.robot
+Resource ../Connections.robot
+Suite Setup Start Connections
+Suite Teardown Close Connections
+
+*** Variables ***
+
+*** Testcases ***
+
+Ping from h36_5 to h35_2
+ [Documentation] Test icmp request.
+ Set Test Variables client_name=h36_5 client_ip=10.0.36.5 server_name=h35_2 server_ip=10.0.35.2
+ ... ether_type=0x0800 proto=1 vxlan_port=3
+ Switch Connection GPSFC6_CONNECTION
+ Ping from Docker ${CLIENT_NAME} ${SERVER_IP}
+
+Start Endless Ping from h36_5 to h35_2
+ [Documentation] Starting of endless pinging for traffic inspection.
+ Start Endless Ping from Docker ${CLIENT_NAME} ${SERVER_IP}
+
+Find ICMP Req from h36_5 to h35_2 on GBPSFC6
+ [Documentation] Inspecting icmp req on GBPSFC6.
+ Switch Connection GPSFC6_CONNECTION
+ ${flow} Inspect Classifier Outbound in_port=7 out_port=${VXLAN_PORT} eth_type=${ETHER_TYPE} inner_src_ip=${CLIENT_IP}
+ ... inner_dst_ip=${SERVER_IP} next_hop_ip=${GBPSFC1} proto=${PROTO}
+
+Find ICMP Req from h36_5 to h35_2 on GBPSFC1
+ [Documentation] Inspecting icmp req on GBPSFC1.
+ Switch Connection GPSFC1_CONNECTION
+ Inspect Classifier Inbound in_port=${VXLAN_PORT} out_port=4 eth_type=${ETHER_TYPE} inner_src_ip=${CLIENT_IP} inner_dst_ip=${SERVER_IP}
+ ... outer_src_ip=${GBPSFC6} outer_dst_ip=${GBPSFC1} proto=${PROTO}
+
+Find ICMP Resp from h35_2 to h36_5 on GBPSFC1
+ [Documentation] Inspecting icmp resp on GBPSFC1.
+ Switch Connection GPSFC1_CONNECTION
+ ${flow} Inspect Classifier Outbound in_port=4 out_port=${VXLAN_PORT} eth_type=${ETHER_TYPE} inner_src_ip=${SERVER_IP}
+ ... inner_dst_ip=${CLIENT_IP} next_hop_ip=${GBPSFC6} proto=${PROTO}
+
+Find ICMP Resp from h35_2 to h36_5 on GBPSFC6
+ [Documentation] Inspecting icmp resp on GBPSFC6.
+ Switch Connection GPSFC6_CONNECTION
+ Inspect Classifier Inbound in_port=${VXLAN_PORT} out_port=7 eth_type=${ETHER_TYPE} inner_src_ip=${SERVER_IP} inner_dst_ip=${CLIENT_IP}
+ ... outer_src_ip=${GBPSFC1} outer_dst_ip=${GBPSFC6} proto=${PROTO}
+
+Stop Endless Ping from h36_5 to h35_2
+ [Documentation] Stoping of endless pinging after traffic inspection finishes.
+ Switch Connection GPSFC6_CONNECTION
+ Stop Endless Ping from Docker to Address ${CLIENT_NAME} ${SERVER_IP}
+
+
--- /dev/null
+*** Settings ***
+Documentation Deep inspection of HTTP traffic on symmetric chain.
+... Nodes are located on the same VM.
+Library SSHLibrary
+Resource ../../../../../libraries/GBP/OpenFlowUtils.robot
+Resource ../Variables.robot
+Resource ../Connections.robot
+Suite Setup Start Connections
+Suite Teardown Close Connections
+
+*** Variables ***
+
+*** Testcases ***
+
+Start HTTP on h36_2 on Port 80
+ [Documentation] Starting HTTP service on docker container.
+ Set Test Variables client_name=h35_2 client_ip=10.0.35.2 server_name=h36_2 server_ip=10.0.36.2
+ ... service_port=80 ether_type=0x0800 proto=6 vxlan_gpe_port=2
+ Switch Connection GPSFC1_CONNECTION
+ Start HTTP Service on Docker ${SERVER_NAME} ${SERVICE_PORT}
+
+Curl h36_2 from h35_2
+ [Documentation] Test HTTP request from a docker container to serving docker container.
+ Curl from Docker ${CLIENT_NAME} ${SERVER_IP} service_port=${SERVICE_PORT}
+
+Start Endless Curl on h35_2 on port 80
+ [Documentation] Starting endless HTTP session for traffic inspection.
+ Start Endless Curl from Docker ${CLIENT_NAME} ${SERVER_IP} ${SERVICE_PORT} sleep=1
+
+On GBPSFC1 Send HTTP req h35_2-h36_2 to GBPSFC2
+ [Documentation] HTTP traffic inspection.
+ Switch Connection GPSFC1_CONNECTION
+ ${flow} Inspect Classifier Outbound in_port=4 out_port=${VXLAN_GPE_PORT} eth_type=${ETHER_TYPE} inner_src_ip=${CLIENT_IP}
+ ... inner_dst_ip=${SERVER_IP} next_hop_ip=${GBPSFC2} nsi=255 proto=${PROTO} dst_port=${SERVICE_PORT}
+ ${nsp_35_2-nsp_36_2} GET NSP Value From Flow ${flow}
+ Set Global Variable ${NSP_path1} ${nsp_35_2-nsp_36_2}
+
+On GBPSFC2 Send HTTP req h35_2-h36_2 to GBPSFC3
+ [Documentation] HTTP traffic inspection.
+ Switch Connection GPSFC2_CONNECTION
+ Inspect Service Function Forwarder in_port=${VXLAN_GPE_PORT} out_port=${VXLAN_GPE_PORT} outer_src_ip=${GBPSFC1} outer_dst_ip=${GBPSFC2} eth_type=${ETHER_TYPE}
+ ... inner_src_ip=${CLIENT_IP} inner_dst_ip=${SERVER_IP} next_hop_ip=${GBPSFC3} nsp=${NSP_path1} nsi=255 proto=${PROTO}
+
+On GBPSFC3 Send HTTP req h35_2-h36_2 to GBPSFC2
+ [Documentation] HTTP traffic inspection.
+ Switch Connection GPSFC3_CONNECTION
+ Inspect Service Function in_port=${VXLAN_GPE_PORT} out_port=${VXLAN_GPE_PORT} outer_src_ip=${GBPSFC2} outer_dst_ip=${GBPSFC3} eth_type=${ETHER_TYPE}
+ ... inner_src_ip=${CLIENT_IP} inner_dst_ip=${SERVER_IP} next_hop_ip=${GBPSFC2} nsp=${NSP_path1} received_nsi=255
+
+On GBPSFC2 Send HTTP req h35_2-h36_2 to GBPSFC4
+ [Documentation] HTTP traffic inspection.
+ Switch Connection GPSFC2_CONNECTION
+ Inspect Service Function Forwarder in_port=${VXLAN_GPE_PORT} out_port=${VXLAN_GPE_PORT} outer_src_ip=${GBPSFC3} outer_dst_ip=${GBPSFC2} eth_type=${ETHER_TYPE}
+ ... inner_src_ip=${CLIENT_IP} inner_dst_ip=${SERVER_IP} next_hop_ip=${GBPSFC4} nsp=${NSP_path1} nsi=254 proto=${PROTO}
+
+On GBPSFC4 Send HTTP req h35_2-h36_2 to GBPSFC5
+ [Documentation] HTTP traffic inspection.
+ Switch Connection GPSFC4_CONNECTION
+ Inspect Service Function Forwarder in_port=${VXLAN_GPE_PORT} out_port=${VXLAN_GPE_PORT} outer_src_ip=${GBPSFC2} outer_dst_ip=${GBPSFC4} eth_type=${ETHER_TYPE}
+ ... inner_src_ip=${CLIENT_IP} inner_dst_ip=${SERVER_IP} next_hop_ip=${GBPSFC5} nsp=${NSP_path1} nsi=254 proto=${PROTO}
+
+On GBPSFC5 Send HTTP req h35_2-h36_2 to GBPSFC4
+ [Documentation] HTTP traffic inspection.
+ Switch Connection GPSFC5_CONNECTION
+ Inspect Service Function in_port=${VXLAN_GPE_PORT} out_port=${VXLAN_GPE_PORT} outer_src_ip=${GBPSFC4} outer_dst_ip=${GBPSFC5} eth_type=${ETHER_TYPE}
+ ... inner_src_ip=${CLIENT_IP} inner_dst_ip=${SERVER_IP} next_hop_ip=${GBPSFC4} nsp=${NSP_path1} received_nsi=254
+
+On GBPSFC4 Send HTTP req h35_2-h36_2 to GBPSFC1
+ [Documentation] HTTP traffic inspection.
+ Switch Connection GPSFC4_CONNECTION
+ Inspect Service Function Forwarder in_port=${VXLAN_GPE_PORT} out_port=${VXLAN_GPE_PORT} outer_src_ip=${GBPSFC5} outer_dst_ip=${GBPSFC4} eth_type=${ETHER_TYPE}
+ ... inner_src_ip=${CLIENT_IP} inner_dst_ip=${SERVER_IP} next_hop_ip=${GBPSFC1} nsp=${NSP_path1} nsi=253 proto=${PROTO}
+
+On GBPSFC1 Send HTTP req h35_2-h36_2 to h36_2
+ [Documentation] HTTP traffic inspection.
+ Switch Connection GPSFC1_CONNECTION
+ Inspect Classifier Inbound in_port=${VXLAN_GPE_PORT} out_port=6 eth_type=${ETHER_TYPE} inner_src_ip=${CLIENT_IP} inner_dst_ip=${SERVER_IP}
+ ... outer_src_ip=${GBPSFC4} outer_dst_ip=${GBPSFC1} nsp=${NSP_path1} nsi=253 proto=${PROTO}
+
+On GBPSFC1 Send HTTP resp h36_2-h35_2 to GBPSFC4
+ [Documentation] HTTP traffic inspection.
+ Switch Connection GPSFC1_CONNECTION
+ ${flow} Inspect Classifier Outbound in_port=6 out_port=${VXLAN_GPE_PORT} eth_type=${ETHER_TYPE} inner_src_ip=${SERVER_IP}
+ ... inner_dst_ip=${CLIENT_IP} next_hop_ip=${GBPSFC4} nsi=255 proto=${PROTO} src_port=${SERVICE_PORT}
+ ${nsp_36_2-nsp_35_2} GET NSP Value From Flow ${flow}
+ Set Global Variable ${NSP_path2} ${nsp_36_2-nsp_35_2}
+
+On GBPSFC4 Send HTTP resp h36_2-h35_2 to GBPSFC5
+ [Documentation] HTTP traffic inspection.
+ Switch Connection GPSFC4_CONNECTION
+ Inspect Service Function Forwarder in_port=${VXLAN_GPE_PORT} out_port=${VXLAN_GPE_PORT} outer_src_ip=${GBPSFC1} outer_dst_ip=${GBPSFC4} eth_type=${ETHER_TYPE}
+ ... inner_src_ip=${SERVER_IP} inner_dst_ip=${CLIENT_IP} next_hop_ip=${GBPSFC5} nsp=${NSP_path2} nsi=255 proto=${PROTO}
+
+On GBPSFC5 Send HTTP resp h36_2-h35_2 to GBPSFC4
+ [Documentation] HTTP traffic inspection.
+ Switch Connection GPSFC5_CONNECTION
+ Inspect Service Function in_port=${VXLAN_GPE_PORT} out_port=${VXLAN_GPE_PORT} outer_src_ip=${GBPSFC4} outer_dst_ip=${GBPSFC5} eth_type=${ETHER_TYPE}
+ ... inner_src_ip=${SERVER_IP} inner_dst_ip=${CLIENT_IP} next_hop_ip=${GBPSFC4} nsp=${NSP_path2} received_nsi=255
+
+On GBPSFC4 Send HTTP resp h36_2-h35_2 to GBPSFC2
+ [Documentation] HTTP traffic inspection.
+ Switch Connection GPSFC4_CONNECTION
+ Inspect Service Function Forwarder in_port=${VXLAN_GPE_PORT} out_port=${VXLAN_GPE_PORT} outer_src_ip=${GBPSFC5} outer_dst_ip=${GBPSFC4} eth_type=${ETHER_TYPE}
+ ... inner_src_ip=${SERVER_IP} inner_dst_ip=${CLIENT_IP} next_hop_ip=${GBPSFC2} nsp=${NSP_path2} nsi=254 proto=${PROTO}
+
+On GBPSFC2 Send HTTP resp h36_2-h35_2 to GBPSFC3
+ [Documentation] HTTP traffic inspection.
+ Switch Connection GPSFC2_CONNECTION
+ Inspect Service Function Forwarder in_port=${VXLAN_GPE_PORT} out_port=${VXLAN_GPE_PORT} outer_src_ip=${GBPSFC4} outer_dst_ip=${GBPSFC2} eth_type=${ETHER_TYPE}
+ ... inner_src_ip=${SERVER_IP} inner_dst_ip=${CLIENT_IP} next_hop_ip=${GBPSFC3} nsp=${NSP_path2} nsi=254 proto=${PROTO}
+
+On GBPSFC3 Send HTTP resp h36_2-h35_2 to GBPSFC2
+ [Documentation] HTTP traffic inspection.
+ Switch Connection GPSFC3_CONNECTION
+ Inspect Service Function in_port=${VXLAN_GPE_PORT} out_port=${VXLAN_GPE_PORT} outer_src_ip=${GBPSFC2} outer_dst_ip=${GBPSFC3} eth_type=${ETHER_TYPE}
+ ... inner_src_ip=${SERVER_IP} inner_dst_ip=${CLIENT_IP} next_hop_ip=${GBPSFC2} nsp=${NSP_path2} received_nsi=254
+
+On GBPSFC2 Send HTTP resp h36_2-h35_2 to GBPSFC1
+ [Documentation] HTTP traffic inspection.
+ Switch Connection GPSFC2_CONNECTION
+ Inspect Service Function Forwarder in_port=${VXLAN_GPE_PORT} out_port=${VXLAN_GPE_PORT} outer_src_ip=${GBPSFC3} outer_dst_ip=${GBPSFC2} eth_type=${ETHER_TYPE}
+ ... inner_src_ip=${SERVER_IP} inner_dst_ip=${CLIENT_IP} next_hop_ip=${GBPSFC1} nsp=${NSP_path2} nsi=253 proto=${PROTO}
+
+On GBPSFC1 Send HTTP resp h36_2-h35_2 to h35_2
+ [Documentation] HTTP traffic inspection.
+ Switch Connection GPSFC1_CONNECTION
+ Inspect Classifier Inbound in_port=${VXLAN_GPE_PORT} out_port=4 eth_type=${ETHER_TYPE} inner_src_ip=${SERVER_IP} inner_dst_ip=${CLIENT_IP}
+ ... outer_src_ip=${GBPSFC2} outer_dst_ip=${GBPSFC1} nsp=${NSP_path2} nsi=253 proto=${PROTO}
+
+Compare NSPs
+ [Documentation] Verifying that different paths were taken.
+ Should Not Be Equal As Numbers ${NSP_path1} ${NSP_path2}
+
+Stop Endless Curl on h35_2 on port 80
+ [Documentation] Stopping endless HTTP session after traffic inspection finishes.
+ Switch Connection GPSFC1_CONNECTION
+ Stop Endless Curl from Docker ${CLIENT_NAME}
+
+Stop HTTP on h36_2 on Port 80
+ [Documentation] Stopping HTTP service on the docker container.
+ Stop HTTP Service on Docker ${SERVER_NAME}
+
--- /dev/null
+*** Settings ***
+Documentation Deep inspection of HTTP traffic on symmetric chain.
+... Nodes are located on different VMs.
+Library SSHLibrary
+Resource ../../../../../libraries/GBP/OpenFlowUtils.robot
+Resource ../Variables.robot
+Resource ../Connections.robot
+Suite Setup Start Connections
+Suite Teardown Close Connections
+
+*** Variables ***
+
+*** Testcases ***
+
+Start HTTP on h36_4 on Port 80
+ [Documentation] Starting HTTP service on docker container.
+ Set Test Variables client_name=h35_3 client_ip=10.0.35.3 server_name=h36_4 server_ip=10.0.36.4
+ ... service_port=80 ether_type=0x0800 proto=6 vxlan_gpe_port=2
+ Switch Connection GPSFC6_CONNECTION
+ Start HTTP Service on Docker ${SERVER_NAME} ${SERVICE_PORT}
+
+Curl h36_4 from h35_3
+ [Documentation] Test HTTP request from a docker container to serving docker container.
+ Switch Connection GPSFC1_CONNECTION
+ Curl from Docker ${CLIENT_NAME} ${SERVER_IP} service_port=${SERVICE_PORT}
+
+Start Endless Curl on h35_3 on port 80
+ [Documentation] Starting endless HTTP session for traffic inspection.
+ Start Endless Curl from Docker ${CLIENT_NAME} ${SERVER_IP} ${SERVICE_PORT} sleep=1
+
+On GBPSFC1 Send HTTP req h35_3-h36_4 to GBPSFC2
+ [Documentation] HTTP traffic inspection.
+ Switch Connection GPSFC1_CONNECTION
+ ${flow} Inspect Classifier Outbound in_port=5 out_port=${VXLAN_GPE_PORT} eth_type=${ETHER_TYPE} inner_src_ip=${CLIENT_IP}
+ ... inner_dst_ip=${SERVER_IP} next_hop_ip=${GBPSFC2} nsi=255 proto=${PROTO} dst_port=${SERVICE_PORT}
+ ${nsp_35_3-nsp_36_4} GET NSP Value From Flow ${flow}
+ Set Global Variable ${NSP_path1} ${nsp_35_3-nsp_36_4}
+
+On GBPSFC2 Send HTTP req h35_3-h36_4 to GBPSFC3
+ [Documentation] HTTP traffic inspection.
+ Switch Connection GPSFC2_CONNECTION
+ Inspect Service Function Forwarder in_port=${VXLAN_GPE_PORT} out_port=${VXLAN_GPE_PORT} outer_src_ip=${GBPSFC1} outer_dst_ip=${GBPSFC2} eth_type=${ETHER_TYPE}
+ ... inner_src_ip=${CLIENT_IP} inner_dst_ip=${SERVER_IP} next_hop_ip=${GBPSFC3} nsp=${NSP_path1} nsi=255 proto=${PROTO}
+
+On GBPSFC3 Send HTTP req h35_3-h36_4 to GBPSFC2
+ [Documentation] HTTP traffic inspection.
+ Switch Connection GPSFC3_CONNECTION
+ Inspect Service Function in_port=${VXLAN_GPE_PORT} out_port=${VXLAN_GPE_PORT} outer_src_ip=${GBPSFC2} outer_dst_ip=${GBPSFC3} eth_type=${ETHER_TYPE}
+ ... inner_src_ip=${CLIENT_IP} inner_dst_ip=${SERVER_IP} next_hop_ip=${GBPSFC2} nsp=${NSP_path1} received_nsi=255
+
+On GBPSFC2 Send HTTP req h35_3-h36_4 to GBPSFC4
+ [Documentation] HTTP traffic inspection.
+ Switch Connection GPSFC2_CONNECTION
+ Inspect Service Function Forwarder in_port=${VXLAN_GPE_PORT} out_port=${VXLAN_GPE_PORT} outer_src_ip=${GBPSFC3} outer_dst_ip=${GBPSFC2} eth_type=${ETHER_TYPE}
+ ... inner_src_ip=${CLIENT_IP} inner_dst_ip=${SERVER_IP} next_hop_ip=${GBPSFC4} nsp=${NSP_path1} nsi=254 proto=${PROTO}
+
+On GBPSFC4 Send HTTP req h35_3-h36_4 to GBPSFC5
+ [Documentation] HTTP traffic inspection.
+ Switch Connection GPSFC4_CONNECTION
+ Inspect Service Function Forwarder in_port=${VXLAN_GPE_PORT} out_port=${VXLAN_GPE_PORT} outer_src_ip=${GBPSFC2} outer_dst_ip=${GBPSFC4} eth_type=${ETHER_TYPE}
+ ... inner_src_ip=${CLIENT_IP} inner_dst_ip=${SERVER_IP} next_hop_ip=${GBPSFC5} nsp=${NSP_path1} nsi=254 proto=${PROTO}
+
+On GBPSFC5 Send HTTP req h35_3-h36_4 to GBPSFC4
+ [Documentation] HTTP traffic inspection.
+ Switch Connection GPSFC5_CONNECTION
+ Inspect Service Function in_port=${VXLAN_GPE_PORT} out_port=${VXLAN_GPE_PORT} outer_src_ip=${GBPSFC4} outer_dst_ip=${GBPSFC5} eth_type=${ETHER_TYPE}
+ ... inner_src_ip=${CLIENT_IP} inner_dst_ip=${SERVER_IP} next_hop_ip=${GBPSFC4} nsp=${NSP_path1} received_nsi=254
+
+On GBPSFC4 Send HTTP req h35_3-h36_4 to GBPSFC6
+ [Documentation] HTTP traffic inspection.
+ Switch Connection GPSFC4_CONNECTION
+ Inspect Service Function Forwarder in_port=${VXLAN_GPE_PORT} out_port=${VXLAN_GPE_PORT} outer_src_ip=${GBPSFC5} outer_dst_ip=${GBPSFC4} eth_type=${ETHER_TYPE}
+ ... inner_src_ip=${CLIENT_IP} inner_dst_ip=${SERVER_IP} next_hop_ip=${GBPSFC6} nsp=${NSP_path1} nsi=253 proto=${PROTO}
+
+On GBPSFC6 Send HTTP req h35_3-h36_4 to h36_4
+ [Documentation] HTTP traffic inspection.
+ Switch Connection GPSFC6_CONNECTION
+ Inspect Classifier Inbound in_port=${VXLAN_GPE_PORT} out_port=6 eth_type=${ETHER_TYPE} inner_src_ip=${CLIENT_IP} inner_dst_ip=${SERVER_IP}
+ ... outer_src_ip=${GBPSFC4} outer_dst_ip=${GBPSFC6} nsp=${NSP_path1} nsi=253 proto=${PROTO}
+
+On GBPSFC6 Send HTTP resp h36_4-h35_3 to GBPSFC4
+ [Documentation] HTTP traffic inspection.
+ Switch Connection GPSFC6_CONNECTION
+ ${flow} Inspect Classifier Outbound in_port=6 out_port=${VXLAN_GPE_PORT} eth_type=${ETHER_TYPE} inner_src_ip=${SERVER_IP}
+ ... inner_dst_ip=${CLIENT_IP} next_hop_ip=${GBPSFC4} nsi=255 proto=${PROTO} src_port=${SERVICE_PORT}
+ ${nsp_36_4-nsp_35_3} GET NSP Value From Flow ${flow}
+ Set Global Variable ${NSP_path2} ${nsp_36_4-nsp_35_3}
+
+On GBPSFC4 Send HTTP resp h36_4-h35_3 to GBPSFC5
+ [Documentation] HTTP traffic inspection.
+ Switch Connection GPSFC4_CONNECTION
+ Inspect Service Function Forwarder in_port=${VXLAN_GPE_PORT} out_port=${VXLAN_GPE_PORT} outer_src_ip=${GBPSFC6} outer_dst_ip=${GBPSFC4} eth_type=${ETHER_TYPE}
+ ... inner_src_ip=${SERVER_IP} inner_dst_ip=${CLIENT_IP} next_hop_ip=${GBPSFC5} nsp=${NSP_path2} nsi=255 proto=${PROTO}
+
+On GBPSFC5 Send HTTP resp h36_4-h35_3 to GBPSFC4
+ [Documentation] HTTP traffic inspection.
+ Switch Connection GPSFC5_CONNECTION
+ Inspect Service Function in_port=${VXLAN_GPE_PORT} out_port=${VXLAN_GPE_PORT} outer_src_ip=${GBPSFC4} outer_dst_ip=${GBPSFC5} eth_type=${ETHER_TYPE}
+ ... inner_src_ip=${SERVER_IP} inner_dst_ip=${CLIENT_IP} next_hop_ip=${GBPSFC4} nsp=${NSP_path2} received_nsi=255
+
+On GBPSFC4 Send HTTP resp h36_4-h35_3 to GBPSFC2
+ [Documentation] HTTP traffic inspection.
+ Switch Connection GPSFC4_CONNECTION
+ Inspect Service Function Forwarder in_port=${VXLAN_GPE_PORT} out_port=${VXLAN_GPE_PORT} outer_src_ip=${GBPSFC5} outer_dst_ip=${GBPSFC4} eth_type=${ETHER_TYPE}
+ ... inner_src_ip=${SERVER_IP} inner_dst_ip=${CLIENT_IP} next_hop_ip=${GBPSFC2} nsp=${NSP_path2} nsi=254 proto=${PROTO}
+
+On GBPSFC2 Send HTTP resp h36_4-h35_3 to GBPSFC3
+ [Documentation] HTTP traffic inspection.
+ Switch Connection GPSFC2_CONNECTION
+ Inspect Service Function Forwarder in_port=${VXLAN_GPE_PORT} out_port=${VXLAN_GPE_PORT} outer_src_ip=${GBPSFC4} outer_dst_ip=${GBPSFC2} eth_type=${ETHER_TYPE}
+ ... inner_src_ip=${SERVER_IP} inner_dst_ip=${CLIENT_IP} next_hop_ip=${GBPSFC3} nsp=${NSP_path2} nsi=254 proto=${PROTO}
+
+On GBPSFC3 Send HTTP resp h36_4-h35_3 to GBPSFC2
+ [Documentation] HTTP traffic inspection.
+ Switch Connection GPSFC3_CONNECTION
+ Inspect Service Function in_port=${VXLAN_GPE_PORT} out_port=${VXLAN_GPE_PORT} outer_src_ip=${GBPSFC2} outer_dst_ip=${GBPSFC3} eth_type=${ETHER_TYPE}
+ ... inner_src_ip=${SERVER_IP} inner_dst_ip=${CLIENT_IP} next_hop_ip=${GBPSFC2} nsp=${NSP_path2} received_nsi=254
+
+On GBPSFC2 Send HTTP resp h36_4-h35_3 to GBPSFC1
+ [Documentation] HTTP traffic inspection.
+ Switch Connection GPSFC2_CONNECTION
+ Inspect Service Function Forwarder in_port=${VXLAN_GPE_PORT} out_port=${VXLAN_GPE_PORT} outer_src_ip=${GBPSFC3} outer_dst_ip=${GBPSFC2} eth_type=${ETHER_TYPE}
+ ... inner_src_ip=${SERVER_IP} inner_dst_ip=${CLIENT_IP} next_hop_ip=${GBPSFC1} nsp=${NSP_path2} nsi=253 proto=${PROTO}
+
+On GBPSFC1 Send HTTP resp h36_4-h35_3 to h35_3
+ [Documentation] HTTP traffic inspection.
+ Switch Connection GPSFC1_CONNECTION
+ Inspect Classifier Inbound in_port=${VXLAN_GPE_PORT} out_port=5 eth_type=${ETHER_TYPE} inner_src_ip=${SERVER_IP} inner_dst_ip=${CLIENT_IP}
+ ... outer_src_ip=${GBPSFC2} outer_dst_ip=${GBPSFC1} nsp=${NSP_path2} nsi=253 proto=${PROTO}
+
+Compare NSPs
+ [Documentation] Verifying that different paths were taken.
+ Should Not Be Equal As Numbers ${NSP_path1} ${NSP_path2}
+
+Stop Endless Curl on h35_3 on port 80
+ [Documentation] Stopping endless HTTP session after traffic inspection finishes.
+ Switch Connection GPSFC1_CONNECTION
+ Stop Endless Curl from Docker ${CLIENT_NAME}
+
+Stop HTTP on h36_4 on Port 80
+ [Documentation] Stopping HTTP service on the docker container.
+ Switch Connection GPSFC6_CONNECTION
+ Stop HTTP Service on Docker ${SERVER_NAME}
+
--- /dev/null
+*** Settings ***
+Documentation Test suite for cleaning up / unregister infrastructure constructs like endpoints for demo-symmetric-chain
+Suite Setup Create Session session http://${CONTROLLER}:${RESTCONFPORT} auth=${AUTH} headers=${HEADERS}
+Suite Teardown Delete All Sessions
+Library RequestsLibrary
+Library OperatingSystem
+Library Collections
+Library json
+Variables ../../../../../variables/Variables.py
+Resource ../../../../../libraries/Utils.robot
+Resource ../../../../../libraries/GBP/RestconfUtils.robot
+Resource ../Variables.robot
+
+*** Test Cases ***
+
+Delete Service Function Paths
+ [Documentation] Delete Service Function Paths from ODL
+ [Tags] GBPSFCTEAR
+ Remove All Elements At URI And Verify ${SFP_PATH}
+
+Delete Service Function Chains
+ [Documentation] Delete Service Function Chains from ODL
+ [Tags] GBPSFCTEAR
+ Remove All Elements At URI And Verify ${SFC_PATH}
+
+Delete Service Functions
+ [Documentation] Delete Service Function from ODL
+ [Tags] GBPSFCTEAR
+ Remove All Elements At URI And Verify ${SF_PATH}
+
+Delete Service Function Forwarders
+ [Documentation] Delete Service Function Forwarders from ODL
+ [Tags] GBPSFCTEAR
+ Remove All Elements At URI And Verify ${SFF_PATH}
+
+Delete Tunnels
+ [Documentation] Delete Tenant from ODL
+ [Tags] GBPSFCTEAR
+ Remove All Elements At URI And Verify ${TUNNELS_PATH}
+
+Delete Tenant
+ [Documentation] Delete Tenant from ODL
+ [Tags] GBPSFCTEAR
+ Remove All Elements At URI And Verify ${TENANT_PATH}
+
+Unregister Endpoints
+ [Documentation] Unregister Endpoints Endpoints from ODL
+ [Tags] GBPSFCTEAR
+ RestconfUtils.Unregister Endpoints
+
+Delete OVSDB Topology If Present
+ [Documentation] Delete OVSDB topology from ODL
+ [Tags] GBPSFCTEAR
+ ${resp} RequestsLibrary.Get Request session ${TOPOLOGY_PATH}
+ Run Keyword If ${resp.status_code} == 200
+ ... Remove All Elements At URI And Verify ${TOPOLOGY_PATH}
--- /dev/null
+*** Settings ***
+Library SSHLibrary
+Resource ../../../../../libraries/Utils.robot
+Resource ../../../../../libraries/GBP/ConnUtils.robot
+Variables ../../../../../variables/Variables.py
+Resource ../Variables.robot
+Resource ../GBPSFC_6node.robot
+
+
+*** Variables ***
+${timeout} = 10s
+
+
+*** Test Cases ***
+Teardown Suite
+ Log Teardown suite in symetric-chain
+ :FOR ${GBPSFC} IN @{GBPSFCs}
+ \ GBPSFC_6node.Teardown Node ${GBPSFC} ${CURDIR} timeout=${timeout}
--- /dev/null
+# Config for switches, tunnelIP is the local IP address.
+switches = [{'name': 'sw1',
+ 'type': 'gbp',
+ 'dpid': '1'},
+ {'name': 'sw2',
+ 'type': 'sff',
+ 'dpid': '2'},
+ {'name': 'sw3',
+ 'type': 'sf',
+ 'dpid': '3'},
+ {'name': 'sw4',
+ 'type': 'sff',
+ 'dpid': '4'},
+ {'name': 'sw5',
+ 'type': 'sf',
+ 'dpid': '5'},
+ {'name': 'sw6',
+ 'type': 'gbp',
+ 'dpid': '6'},
+ {'name': 'sw7',
+ 'type': 'none',
+ 'dpid': '7'},
+ {'name': 'sw8',
+ 'type': 'none',
+ 'dpid': '8'}
+ ]
+
+defaultContainerImage = 'alagalah/odlpoc_ovs230'
+
+# Note that tenant name and endpointGroup name come from policy_config.py
+
+hosts = [{'name': 'h35_2',
+ 'mac': '00:00:00:00:35:02',
+ 'ip': '10.0.35.2/24',
+ 'switch': 'sw1'},
+ {'name': 'h35_3',
+ 'ip': '10.0.35.3/24',
+ 'mac': '00:00:00:00:35:03',
+ 'switch': 'sw1'},
+ {'name': 'h35_4',
+ 'ip': '10.0.35.4/24',
+ 'mac': '00:00:00:00:35:04',
+ 'switch': 'sw6'},
+ {'name': 'h35_5',
+ 'ip': '10.0.35.5/24',
+ 'mac': '00:00:00:00:35:05',
+ 'switch': 'sw6'},
+ {'name': 'h36_2',
+ 'ip': '10.0.36.2/24',
+ 'mac': '00:00:00:00:36:02',
+ 'switch': 'sw1'},
+ {'name': 'h36_3',
+ 'ip': '10.0.36.3/24',
+ 'mac': '00:00:00:00:36:03',
+ 'switch': 'sw1'},
+ {'name': 'h36_4',
+ 'ip': '10.0.36.4/24',
+ 'mac': '00:00:00:00:36:04',
+ 'switch': 'sw6'},
+ {'name': 'h36_5',
+ 'ip': '10.0.36.5/24',
+ 'mac': '00:00:00:00:36:05',
+ 'switch': 'sw6'}
+ ]
--- /dev/null
+#!/usr/bin/env bash
+
+set -e
+
+SFF_IP=$1
+SFF_HEX=$(printf '%02X' ${SFF_IP//./ })
+SFF_HEX=0x$SFF_HEX
+sw=$(sudo ovs-vsctl show | egrep -E 'Bridge.*sw' | awk '{print $2}' | sed -e 's/^"//' -e 's/"$//')
+
+if [ $sw = "sw3" ] || [ $sw = "sw5" ] ; then
+ # delete NORMAL, if present
+ sudo ovs-ofctl --strict del-flows $sw priority=0
+ sudo ovs-ofctl add-flow $sw "priority=1000,nsi=255 actions=move:NXM_NX_NSH_C1[]->NXM_NX_NSH_C1[],move:NXM_NX_NSH_C2[]->NXM_NX_NSH_C2[],move:NXM_NX_TUN_ID[0..31]->NXM_NX_TUN_ID[0..31],load:$SFF_HEX->NXM_NX_TUN_IPV4_DST[],set_nsi:254,IN_PORT" -OOpenFlow13
+ sudo ovs-ofctl add-flow $sw "priority=1000,nsi=254 actions=move:NXM_NX_NSH_C1[]->NXM_NX_NSH_C1[],move:NXM_NX_NSH_C2[]->NXM_NX_NSH_C2[],move:NXM_NX_TUN_ID[0..31]->NXM_NX_TUN_ID[0..31],load:$SFF_HEX->NXM_NX_TUN_IPV4_DST[],set_nsi:253,IN_PORT" -OOpenFlow13
+else
+ echo "Invalid SF for this demo";
+ exit
+fi
{
- "tenant": [
- {
- "id": "tenant-red",
- "l2-flood-domain": [
- {
- "id": "flood-domain-1",
- "parent": "bridge-domain1"
- },
- {
- "id": "flood-domain-2",
- "parent": "bridge-domain1"
- }
- ],
- "name": "DockerTenant",
- "l3-context": [
- {
- "id": "l3-context-vrf-red"
- }
- ],
- "l2-bridge-domain": [
- {
- "id": "bridge-domain1",
- "parent": "l3-context-vrf-red"
- }
- ],
- "subnet": [
- {
- "id": "subnet-10.0.36.0/24",
- "virtual-router-ip": "10.0.36.1",
- "parent": "flood-domain-2",
- "ip-prefix": "10.0.36.1/24"
- },
- {
- "id": "subnet-10.0.35.0/24",
- "virtual-router-ip": "10.0.35.1",
- "parent": "flood-domain-1",
- "ip-prefix": "10.0.35.1/24"
- }
- ],
- "endpoint-group": [
- {
- "id": "webservers",
- "name": "webservers",
- "provider-named-selector": [
- {
- "name": "webservers-clients-icmp-http-contract",
- "contract": [
- "icmp-http-contract"
- ]
- }
- ]
- },
- {
- "id": "clients",
- "name": "clients",
- "consumer-named-selector": [
- {
- "name": "webservers-clients-icmp-http-contract",
- "contract": [
- "icmp-http-contract"
- ]
- }
- ]
- }
- ],
- "subject-feature-instances": {
- "classifier-instance": [
- {
- "name": "icmp",
- "classifier-definition-id": "Classifier-IP-Protocol",
- "parameter-value": [
- {
- "name": "proto",
- "int-value": 1
- }
- ]
- },
- {
- "name": "http-dest",
- "classifier-definition-id": "Classifier-L4",
- "parameter-value": [
- {
- "int-value": "6",
- "name": "proto"
- },
- {
- "int-value": "80",
- "name": "destport"
- }
- ]
- },
- {
- "name": "http-src",
- "classifier-definition-id": "Classifier-L4",
- "parameter-value": [
- {
- "int-value": "6",
- "name": "proto"
- },
- {
- "int-value": "80",
- "name": "sourceport"
- }
- ]
- }
- ],
- "action-instance": [
- {
- "name": "chain1",
- "action-definition-id": "Action-Chain",
- "parameter-value": [
- {
- "name": "sfc-chain-name",
- "string-value": "SFCGBP"
- }
- ]
- },
- {
- "name": "allow1",
- "action-definition-id": "Action-Allow"
- }
- ]
- },
- "contract": [
- {
- "id": "icmp-http-contract",
- "subject": [
- {
- "name": "icmp-subject",
- "rule": [
- {
- "name": "allow-icmp-rule",
- "order": 0,
- "classifier-ref": [
- {
- "name": "icmp",
- "instance-name": "icmp"
- }
- ],
- "action-ref": [
- {
- "name": "allow1",
- "order": 0
- }
- ]
- }
- ]
- },
- {
- "name": "http-subject",
- "rule": [
- {
- "name": "http-chain-rule-in",
- "classifier-ref": [
- {
- "name": "http-dest",
- "instance-name": "http-dest",
- "direction": "in"
- }
- ],
- "action-ref": [
- {
- "name": "chain1",
- "order": 0
- }
- ]
- },
- {
- "name": "http-chain-rule-out",
- "classifier-ref": [
- {
- "name": "http-src",
- "instance-name": "http-src",
- "direction": "out"
- }
- ],
- "action-ref": [
- {
- "name": "chain1",
- "order": 0
- }
- ]
- }
- ]
- }
- ],
- "clause": [
- {
- "name": "icmp-http-clause",
- "subject-refs": [
- "icmp-subject",
- "http-subject"
- ]
- }
- ]
- }
- ]
- }
- ]
-}
+ "tenant": [
+ {
+ "id": "tenant-red",
+ "name": "DockerTenant",
+ "forwarding-context": {
+ "l2-flood-domain": [
+ {
+ "id": "flood-domain-1",
+ "parent": "bridge-domain1"
+ },
+ {
+ "id": "flood-domain-2",
+ "parent": "bridge-domain1"
+ }
+ ],
+ "l3-context": [
+ {
+ "id": "l3-context-vrf-red"
+ }
+ ],
+ "l2-bridge-domain": [
+ {
+ "id": "bridge-domain1",
+ "parent": "l3-context-vrf-red"
+ }
+ ],
+ "subnet": [
+ {
+ "id": "subnet-10.0.36.0/24",
+ "virtual-router-ip": "10.0.36.1",
+ "parent": "flood-domain-2",
+ "ip-prefix": "10.0.36.1/24"
+ },
+ {
+ "id": "subnet-10.0.35.0/24",
+ "virtual-router-ip": "10.0.35.1",
+ "parent": "flood-domain-1",
+ "ip-prefix": "10.0.35.1/24"
+ }
+ ]
+ },
+ "policy": {
+ "endpoint-group": [
+ {
+ "id": "webservers",
+ "name": "webservers",
+ "provider-named-selector": [
+ {
+ "name": "webservers-clients-icmp-http-contract",
+ "contract": [
+ "icmp-http-contract"
+ ]
+ }
+ ]
+ },
+ {
+ "id": "clients",
+ "name": "clients",
+ "consumer-named-selector": [
+ {
+ "name": "webservers-clients-icmp-http-contract",
+ "contract": [
+ "icmp-http-contract"
+ ]
+ }
+ ]
+ }
+ ],
+ "subject-feature-instances": {
+ "classifier-instance": [
+ {
+ "name": "icmp",
+ "classifier-definition-id": "Classifier-IP-Protocol",
+ "parameter-value": [
+ {
+ "name": "proto",
+ "int-value": 1
+ }
+ ]
+ },
+ {
+ "name": "http-dest",
+ "classifier-definition-id": "Classifier-L4",
+ "parameter-value": [
+ {
+ "int-value": "6",
+ "name": "proto"
+ },
+ {
+ "int-value": "80",
+ "name": "destport"
+ }
+ ]
+ },
+ {
+ "name": "http-src",
+ "classifier-definition-id": "Classifier-L4",
+ "parameter-value": [
+ {
+ "int-value": "6",
+ "name": "proto"
+ },
+ {
+ "int-value": "80",
+ "name": "sourceport"
+ }
+ ]
+ }
+ ],
+ "action-instance": [
+ {
+ "name": "chain1",
+ "action-definition-id": "Action-Chain",
+ "parameter-value": [
+ {
+ "name": "sfc-chain-name",
+ "string-value": "SFCGBP"
+ }
+ ]
+ },
+ {
+ "name": "allow1",
+ "action-definition-id": "Action-Allow"
+ }
+ ]
+ },
+ "contract": [
+ {
+ "id": "icmp-http-contract",
+ "subject": [
+ {
+ "name": "icmp-subject",
+ "rule": [
+ {
+ "name": "allow-icmp-rule",
+ "order": 0,
+ "classifier-ref": [
+ {
+ "name": "icmp",
+ "instance-name": "icmp"
+ }
+ ],
+ "action-ref": [
+ {
+ "name": "allow1",
+ "order": 0
+ }
+ ]
+ }
+ ]
+ },
+ {
+ "name": "http-subject",
+ "rule": [
+ {
+ "name": "http-chain-rule-in",
+ "classifier-ref": [
+ {
+ "name": "http-dest",
+ "instance-name": "http-dest",
+ "direction": "in"
+ }
+ ],
+ "action-ref": [
+ {
+ "name": "chain1",
+ "order": 0
+ }
+ ]
+ },
+ {
+ "name": "http-chain-rule-out",
+ "classifier-ref": [
+ {
+ "name": "http-src",
+ "instance-name": "http-src",
+ "direction": "out"
+ }
+ ],
+ "action-ref": [
+ {
+ "name": "chain1",
+ "order": 0
+ }
+ ]
+ }
+ ]
+ }
+ ],
+ "clause": [
+ {
+ "name": "icmp-http-clause",
+ "subject-refs": [
+ "icmp-subject",
+ "http-subject"
+ ]
+ }
+ ]
+ }
+ ]
+ }
+ }
+ ]
+ }
\ No newline at end of file
Code Review / integration / test.git / commitdiff