Loading 02-osm-nfvi-test-plan.md +188 −17 Original line number Diff line number Diff line Loading @@ -687,47 +687,218 @@ NOTE: VNF Metrics collection for scaled instances is not supported. ### \[SLICING-01\] Basic Network Slicing 1. Onboard the packages and the Network Slice Template 1. Onboard the packages and the Network Slice Templates ```bash osm vnfpkg-create slice_hackfest_vnf.tar.gz osm nspkg-create slice_hackfest_ns.tar.gz osm nst-create slice_hackfest_nst.yaml osm vnfd-create slice_basic_vnf osm vnfd-create slice_basic_middle_vnfd osm nsd-create slice_basic_ns osm nsd-create slice_basic_middle_nsd osm netslice-template-create slice_basic_nst/slice_basic_nst.yaml ``` 2. Instantiate the Slice ```bash osm nsi-create --nsi_name my_slice --nst_name slice_hackfest_nst --vim_account <vim_account_name> --config 'netslice-vld: [{name: slice_hackfest_vld_data, vim-network-name: <VIM_MGMT_NET>}]' osm nsi-create --nsi_name slicebasic --nst_name slice_basic_nst --vim_account <VIM_TARGET> --config '{netslice-vld: [ {name: slice_vld_mgmt, vim-network-name: <VIM_MGMT_NET>} ] }' # Wait for the slice to be configured osm nsi-list --filter name="slicebasic" ``` 3. Check that the Network services have been created. 3. Get the slice Middle VNF IP address ```bash osm nsi-list osm ns-list |grep my_slice osm nsi-show my_slice # Look for nsr-ref-list. There should be 2 Network Services osm ns-show <NS_ID> osm vnf-show --ns <NS_ID> # Get the ns id of the middle ns (called slicebasic.slice_basic_nsd_2) osm ns-list | grep slicebasic.slice_basic_nsd_2 | awk '{print $4}' # Get the IP address of the first (and only) VNF in the ns: MGMT_IP osm vnf-list --filter member-vnf-index-ref=1 | grep <ns_id> | awk '{print $14}' ``` 4. SSH to the VNF 4. Test Ping to the middle VNF ```bash ping -c 5 -W 1 <MGMT_IP > /dev/null && echo OK ``` 5. SSH to the middle VNF ```bash osm vnf-show --ns <NS_ID> ssh osm@<MGMT_IP> [pwd: osm4u] ``` 5. Delete the slice 6. Get all the IP addresses of the slice ```bash osm nsi-delete my_slice # Get the list of ns of the slice osm ns-list | grep slicebasic | awk '{print $4}' # For each of the ns in the list, get the list of the VNFs osm vnf-list | grep <ns_id> | awk '{print $2}' # For each VNFs in the list, get the list of the IPs osm vnf-show <vnd_id> --filter vdur --literal | grep -o '[0-9]\{1,3\}\.[0-9]\{1,3\}\.[0-9]\{1,3\}\.[0-9]\{1,3\}' | sort -t: -u -k1,1 ``` 7. Test first slice connectivity: Ping all the VMs in the slice ```bash ssh osm@<MGMT_IP> [pwd: osm4u] # For each of the IP addresses obtained in step #5 ping -c 5 -W 1 <ip_address> > /dev/null && echo OK ``` 8. Stop the first slice intance ```bash osm nsi-delete slicebasic ``` 9. Delete the template and packages ```bash osm netslice-template-delete slice_basic_nst osm netslice-template-delete slice_basic_nst2 osm nsd-delete slice_basic_nsd osm nsd-delete slice_basic_middle_nsd osm vnfd-delete slice_basic_vnfd osm vnfd-delete slice_basic_middle_vnfd ``` ### \[SLICING-02\] Complex Network Slicing TODO: Under ellaboration. Similar to above, but with more components and shared NS. 1. Onboard the packages and the Network Slice Templates ```bash osm vnfd-create slice_basic_vnf osm vnfd-create slice_basic_middle_vnfd osm nsd-create slice_basic_ns osm nsd-create slice_basic_middle_nsd osm netslice-template-create slice_basic_nst/slice_basic_nst.yaml osm netslice-template-create slice_basic_nst/slice_basic_2nd_nst.yaml ``` 2. Instantiate the first Slice ```bash osm nsi-create --nsi_name slicebasic --nst_name slice_basic_nst --vim_account <VIM_TARGET> --config '{netslice-vld: [ {name: slice_vld_mgmt, vim-network-name: <VIM_MGMT_NET>} ] }' # Wait for the slice to be configured osm nsi-list --filter name="slicebasic" ``` 3. Instantiate the second Slice ```bash osm nsi-create --nsi_name sliceshared --nst_name slice_basic_nst2 --vim_account <VIM_TARGET> --config '{netslice-vld: [ {name: slice_vld_mgmt, vim-network-name: <VIM_MGMT_NET>} ] }' # Wait for the slice to be configured osm nsi-list --filter name="sliceshared" ``` 4. Check that the Network services have been created. ```bash # Count the Network services in the first slice osm ns-list | grep slicebasic | wc -l # Count the Network services in the second slice osm ns-list | grep sliceshared | wc -l # The addition should be 4 ``` 4. Get the slice Middle VNF IP address ```bash # Get the ns id of the middle ns (called slicebasic.slice_basic_nsd_2) osm ns-list | grep slicebasic.slice_basic_nsd_2 | awk '{print $4}' # Get the IP address of the first (and only) VNF in the ns: MGMT_IP osm vnf-list --filter member-vnf-index-ref=1 | grep <ns_id> | awk '{print $14}' ``` 5. Get all the IP addresses of the first slice ```bash # Get the list of ns of the slice osm ns-list | grep slicebasic | awk '{print $4}' # For each of the ns in the list, get the list of the VNFs osm vnf-list | grep <ns_id> | awk '{print $2}' # For each VNFs in the list, get the list of the IPs osm vnf-show <vnd_id> --filter vdur --literal | grep -o '[0-9]\{1,3\}\.[0-9]\{1,3\}\.[0-9]\{1,3\}\.[0-9]\{1,3\}' | sort -t: -u -k1,1 ``` 6. Test Ping to the middle VNF ```bash ping -c 5 -W 1 <MGMT_IP > /dev/null && echo OK ``` 7. SSH to the middle VNF ```bash ssh osm@<MGMT_IP> [pwd: osm4u] ``` 8. Test first slice connectivity: Ping all the VMs in the slice ```bash ssh osm@<MGMT_IP> [pwd: osm4u] # For each of the IP addresses obtained in step #5 ping -c 5 -W 1 <ip_address> > /dev/null && echo OK ``` 9. Stop the first slice intance ```bash osm nsi-delete slicebasic ``` 10. Count the Network services remaining after deleting the first slice ```bash # Count the Network services in the first slice osm ns-list | grep slicebasic | wc -l # Count the Network services in the second slice osm ns-list | grep sliceshared | wc -l # The addition should be 2 ``` 11. Get all the IP addresses of the second slice ```bash # Get the list of ns of the slice osm ns-list | grep sliceshared | awk '{print $4}' # For each of the ns in the list, get the list of the VNFs osm vnf-list | grep <ns_id> | awk '{print $2}' # For each VNFs in the list, get the list of the IPs osm vnf-show <vnd_id> --filter vdur --literal | grep -o '[0-9]\{1,3\}\.[0-9]\{1,3\}\.[0-9]\{1,3\}\.[0-9]\{1,3\}' | sort -t: -u -k1,1 ``` 12. Test second slice connectivity: Ping all the VMs in the slice ```bash ssh osm@<MGMT_IP> [pwd: osm4u] # For each of the IP addresses obtained in step #11 ping -c 5 -W 1 <ip_address> > /dev/null && echo OK ``` 13. Stop the second slice intance ```bash osm nsi-delete sliceshared ``` 14. Delete the template and packages ```bash osm netslice-template-delete slice_basic_nst osm netslice-template-delete slice_basic_nst2 osm nsd-delete slice_basic_nsd osm nsd-delete slice_basic_middle_nsd osm vnfd-delete slice_basic_vnfd osm vnfd-delete slice_basic_middle_vnfd ``` ### \[SLICING-03\] Advanced Network Slicing TODO: Under ellaboration. Similar to above, but with day-2 operations ## Kubernetes and cloud-native Loading Loading
02-osm-nfvi-test-plan.md +188 −17 Original line number Diff line number Diff line Loading @@ -687,47 +687,218 @@ NOTE: VNF Metrics collection for scaled instances is not supported. ### \[SLICING-01\] Basic Network Slicing 1. Onboard the packages and the Network Slice Template 1. Onboard the packages and the Network Slice Templates ```bash osm vnfpkg-create slice_hackfest_vnf.tar.gz osm nspkg-create slice_hackfest_ns.tar.gz osm nst-create slice_hackfest_nst.yaml osm vnfd-create slice_basic_vnf osm vnfd-create slice_basic_middle_vnfd osm nsd-create slice_basic_ns osm nsd-create slice_basic_middle_nsd osm netslice-template-create slice_basic_nst/slice_basic_nst.yaml ``` 2. Instantiate the Slice ```bash osm nsi-create --nsi_name my_slice --nst_name slice_hackfest_nst --vim_account <vim_account_name> --config 'netslice-vld: [{name: slice_hackfest_vld_data, vim-network-name: <VIM_MGMT_NET>}]' osm nsi-create --nsi_name slicebasic --nst_name slice_basic_nst --vim_account <VIM_TARGET> --config '{netslice-vld: [ {name: slice_vld_mgmt, vim-network-name: <VIM_MGMT_NET>} ] }' # Wait for the slice to be configured osm nsi-list --filter name="slicebasic" ``` 3. Check that the Network services have been created. 3. Get the slice Middle VNF IP address ```bash osm nsi-list osm ns-list |grep my_slice osm nsi-show my_slice # Look for nsr-ref-list. There should be 2 Network Services osm ns-show <NS_ID> osm vnf-show --ns <NS_ID> # Get the ns id of the middle ns (called slicebasic.slice_basic_nsd_2) osm ns-list | grep slicebasic.slice_basic_nsd_2 | awk '{print $4}' # Get the IP address of the first (and only) VNF in the ns: MGMT_IP osm vnf-list --filter member-vnf-index-ref=1 | grep <ns_id> | awk '{print $14}' ``` 4. SSH to the VNF 4. Test Ping to the middle VNF ```bash ping -c 5 -W 1 <MGMT_IP > /dev/null && echo OK ``` 5. SSH to the middle VNF ```bash osm vnf-show --ns <NS_ID> ssh osm@<MGMT_IP> [pwd: osm4u] ``` 5. Delete the slice 6. Get all the IP addresses of the slice ```bash osm nsi-delete my_slice # Get the list of ns of the slice osm ns-list | grep slicebasic | awk '{print $4}' # For each of the ns in the list, get the list of the VNFs osm vnf-list | grep <ns_id> | awk '{print $2}' # For each VNFs in the list, get the list of the IPs osm vnf-show <vnd_id> --filter vdur --literal | grep -o '[0-9]\{1,3\}\.[0-9]\{1,3\}\.[0-9]\{1,3\}\.[0-9]\{1,3\}' | sort -t: -u -k1,1 ``` 7. Test first slice connectivity: Ping all the VMs in the slice ```bash ssh osm@<MGMT_IP> [pwd: osm4u] # For each of the IP addresses obtained in step #5 ping -c 5 -W 1 <ip_address> > /dev/null && echo OK ``` 8. Stop the first slice intance ```bash osm nsi-delete slicebasic ``` 9. Delete the template and packages ```bash osm netslice-template-delete slice_basic_nst osm netslice-template-delete slice_basic_nst2 osm nsd-delete slice_basic_nsd osm nsd-delete slice_basic_middle_nsd osm vnfd-delete slice_basic_vnfd osm vnfd-delete slice_basic_middle_vnfd ``` ### \[SLICING-02\] Complex Network Slicing TODO: Under ellaboration. Similar to above, but with more components and shared NS. 1. Onboard the packages and the Network Slice Templates ```bash osm vnfd-create slice_basic_vnf osm vnfd-create slice_basic_middle_vnfd osm nsd-create slice_basic_ns osm nsd-create slice_basic_middle_nsd osm netslice-template-create slice_basic_nst/slice_basic_nst.yaml osm netslice-template-create slice_basic_nst/slice_basic_2nd_nst.yaml ``` 2. Instantiate the first Slice ```bash osm nsi-create --nsi_name slicebasic --nst_name slice_basic_nst --vim_account <VIM_TARGET> --config '{netslice-vld: [ {name: slice_vld_mgmt, vim-network-name: <VIM_MGMT_NET>} ] }' # Wait for the slice to be configured osm nsi-list --filter name="slicebasic" ``` 3. Instantiate the second Slice ```bash osm nsi-create --nsi_name sliceshared --nst_name slice_basic_nst2 --vim_account <VIM_TARGET> --config '{netslice-vld: [ {name: slice_vld_mgmt, vim-network-name: <VIM_MGMT_NET>} ] }' # Wait for the slice to be configured osm nsi-list --filter name="sliceshared" ``` 4. Check that the Network services have been created. ```bash # Count the Network services in the first slice osm ns-list | grep slicebasic | wc -l # Count the Network services in the second slice osm ns-list | grep sliceshared | wc -l # The addition should be 4 ``` 4. Get the slice Middle VNF IP address ```bash # Get the ns id of the middle ns (called slicebasic.slice_basic_nsd_2) osm ns-list | grep slicebasic.slice_basic_nsd_2 | awk '{print $4}' # Get the IP address of the first (and only) VNF in the ns: MGMT_IP osm vnf-list --filter member-vnf-index-ref=1 | grep <ns_id> | awk '{print $14}' ``` 5. Get all the IP addresses of the first slice ```bash # Get the list of ns of the slice osm ns-list | grep slicebasic | awk '{print $4}' # For each of the ns in the list, get the list of the VNFs osm vnf-list | grep <ns_id> | awk '{print $2}' # For each VNFs in the list, get the list of the IPs osm vnf-show <vnd_id> --filter vdur --literal | grep -o '[0-9]\{1,3\}\.[0-9]\{1,3\}\.[0-9]\{1,3\}\.[0-9]\{1,3\}' | sort -t: -u -k1,1 ``` 6. Test Ping to the middle VNF ```bash ping -c 5 -W 1 <MGMT_IP > /dev/null && echo OK ``` 7. SSH to the middle VNF ```bash ssh osm@<MGMT_IP> [pwd: osm4u] ``` 8. Test first slice connectivity: Ping all the VMs in the slice ```bash ssh osm@<MGMT_IP> [pwd: osm4u] # For each of the IP addresses obtained in step #5 ping -c 5 -W 1 <ip_address> > /dev/null && echo OK ``` 9. Stop the first slice intance ```bash osm nsi-delete slicebasic ``` 10. Count the Network services remaining after deleting the first slice ```bash # Count the Network services in the first slice osm ns-list | grep slicebasic | wc -l # Count the Network services in the second slice osm ns-list | grep sliceshared | wc -l # The addition should be 2 ``` 11. Get all the IP addresses of the second slice ```bash # Get the list of ns of the slice osm ns-list | grep sliceshared | awk '{print $4}' # For each of the ns in the list, get the list of the VNFs osm vnf-list | grep <ns_id> | awk '{print $2}' # For each VNFs in the list, get the list of the IPs osm vnf-show <vnd_id> --filter vdur --literal | grep -o '[0-9]\{1,3\}\.[0-9]\{1,3\}\.[0-9]\{1,3\}\.[0-9]\{1,3\}' | sort -t: -u -k1,1 ``` 12. Test second slice connectivity: Ping all the VMs in the slice ```bash ssh osm@<MGMT_IP> [pwd: osm4u] # For each of the IP addresses obtained in step #11 ping -c 5 -W 1 <ip_address> > /dev/null && echo OK ``` 13. Stop the second slice intance ```bash osm nsi-delete sliceshared ``` 14. Delete the template and packages ```bash osm netslice-template-delete slice_basic_nst osm netslice-template-delete slice_basic_nst2 osm nsd-delete slice_basic_nsd osm nsd-delete slice_basic_middle_nsd osm vnfd-delete slice_basic_vnfd osm vnfd-delete slice_basic_middle_vnfd ``` ### \[SLICING-03\] Advanced Network Slicing TODO: Under ellaboration. Similar to above, but with day-2 operations ## Kubernetes and cloud-native Loading
