test/automated-robot-suite/Tests/Provision.robot
Jose Perez Carranza 4fd5d5371b [robot] Add test executed by the suite
Enable a series of test cases that are executed by the test suite for
Setup, Provision and Sanity.

Depends-On : I34dfe1c01b27e5e8ce046de3305dd78c7f9d1383
Signed-off-by: Jose Perez Carranza <jose.perez.carranza@intel.com>

Change-Id: Ia1e4e9ce011e1e527bd1109d1260bdc0b9a410b9
2019-08-21 15:47:16 +00:00

258 lines
12 KiB
Plaintext

*** Settings ***
Documentation Tests for provisioning and unlocking controllers, computes and
... storage hosts.
... Author(s):
... - Jose Perez Carranza <jose.perez.carranza@intel.com>
... - Juan Carlos Alonso <juan.carlos.alonso@intel.com>
Variables Variables/Global.py
Resource Resources/HostManagement.robot
Resource Resources/Utils.robot
Resource Resources/OpenStack.robot
Resource Resources/Provisioning.robot
Library Libraries/common.py
Library Collections
Suite Setup Run Keywords Utils.Stx Suite Setup
... provisioning.Assign Data Interfaces
*** Variables ***
${master_controller} controller-0
${second_controller} controller-1
${backend_type} ceph
${physnet0} physnet0
${physnet1} physnet1
${mtu} 1500
${publicnet} public-net0
${privatenet} private-net0
${internalnet} internal-net0
${externalnet} external-net0
${publicsubnet} public-subnet0
${privatesubnet} private-subnet0
${internalsubnet} internal-subnet0
${externalsubnet} external-subnet0
${publicrouter} public-router0
${privaterouter} private-router0
${lgv_name} nova-local
${nova_size} 100
${nova_size_comp} True
${cgts_part_size} 20
${app_tarball} ${APP_TARBALL_FILE}
${host_image_path} /home/${CLI_USER_NAME}/
${clouds_yml} clouds.yml
${password} ${Config.credentials.STX_DEPLOY_USER_PSWD}
*** Test Cases ***
Provisioning Simplex System
[Tags] Simplex
[Documentation] Validates provisioning of a simplex configuration
... according to steps defined at
... "https://wiki.openstack.org/wiki/StarlingX/Containers/Installation"
Configure OAM Interface ${master_controller}
Run Keyword If '${ENVIRONMENT}'=='baremetal' Run Keywords
... Set NTP Server AND Configure Vswitch Type
Configure Data Interfaces ${master_controller} ${data0if}
... ${data1if} ${physnet0} ${physnet1} ${mtu}
Enable Containerized Services ${master_controller}
Setup Partitions ${master_controller} ${lgv_name} ${nova_size}
... ${cgts_part_size}
Configure Ceph ${master_controller} ${backend_type}
Unlock Master Controller ${master_controller}
Set Ceph Pool Replication
Wait Until Keyword Succeeds 5 min 5 sec
... Check Ceph Status
Put File %{PYTHONPATH}/${app_tarball}
... ${host_image_path}/${app_tarball}
Stage Application Deployment stx-openstack ${app_tarball}
Bring Up Services stx-openstack
Set Ceph Pool Replication
Put File %{PYTHONPATH}/Utils/${clouds_yml}
... ${host_image_path}/${clouds_yml}
${sed_cmd} Catenate
... sed -i 's/PASS/${password}/' ${host_image_path}/${clouds_yml}
Run Command ${sed_cmd}
Set Cluster Endpoints ${clouds_yml}
Provider Network Setup ${physnet0} ${physnet1}
Tenant Networking Setup ${physnet0} ${physnet1} ${externalnet}
... ${publicnet} ${privatenet} ${internalnet} ${publicsubnet}
... ${privatesubnet} ${internalsubnet} ${externalsubnet}
... ${publicrouter} ${privaterouter}
Provisioning Duplex System
[Tags] Duplex
[Documentation] Validates provisioning of a duplex configuration
... according to steps defined at
... "https://wiki.openstack.org/wiki/StarlingX/Containers/
... InstallationOnAIODX"
Configure OAM Interface ${master_controller}
Configure MGMT Interface ${master_controller}
Run Keyword If '${ENVIRONMENT}'=='baremetal' Run Keywords
... Set NTP Server AND Configure Vswitch Type
Configure Data Interfaces ${master_controller} ${data0if}
... ${data1if} ${physnet0} ${physnet1} ${mtu}
Enable Containerized Services ${master_controller}
Setup Partitions ${master_controller} ${lgv_name} ${nova_size}
... ${cgts_part_size}
Configure Ceph ${master_controller} ${backend_type}
Unlock Master Controller ${master_controller}
Wait Until Keyword Succeeds 5 min 5 sec
... Check Ceph Status
# --- Installing Remaining Nodes ---
Run Keyword IF '${ENVIRONMENT}'=='virtual'
... Install Remaining Nodes Virtual
... ELSE Install Remaining Nodes Baremetal
# --- Controller-1 ---
Configure Data Interfaces ${second_controller} ${data0if}
... ${data1if} ${physnet0} ${physnet1} ${mtu}
Enable Containerized Services ${second_controller}
Setup Partitions ${second_controller} ${lgv_name} ${nova_size}
... ${cgts_part_size}
Configure Ceph ${second_controller} ${backend_type}
Unlock Second Controller ${second_controller}
Check Host Readiness ${second_controller}
Wait Until Keyword Succeeds 5 min 5 sec
... Check Ceph Status
Put File %{PYTHONPATH}/${app_tarball}
... ${host_image_path}/${app_tarball}
Stage Application Deployment stx-openstack ${app_tarball}
Bring Up Services stx-openstack
Set Ceph Pool Replication
Put File %{PYTHONPATH}/Utils/${clouds_yml}
... ${host_image_path}/${clouds_yml}
${sed_cmd} Catenate
... sed -i 's/PASS/${password}/' ${host_image_path}/${clouds_yml}
Run Command ${sed_cmd}
Set Cluster Endpoints ${clouds_yml}
Provider Network Setup ${physnet0} ${physnet1}
Tenant Networking Setup ${physnet0} ${physnet1} ${externalnet}
... ${publicnet} ${privatenet} ${internalnet} ${publicsubnet}
... ${privatesubnet} ${internalsubnet} ${externalsubnet}
... ${publicrouter} ${privaterouter}
Provisioning Standard Non-Storage System
[Tags] MN-Local
[Documentation] Validates provisioning of a standard non storage
... configuration according to steps defined at
... "https://wiki.openstack.org/wiki/StarlingX/Containers/
... InstallationOnStandard"
# --- Controller-0 ---
Configure OAM Interface ${master_controller}
Configure MGMT Interface ${master_controller}
Run Keyword If '${ENVIRONMENT}'=='baremetal' Run Keywords
... Set NTP Server AND Configure Vswitch Type
Enable Containerized Services ${master_controller}
Unlock Master Controller ${master_controller}
# --- Installing Remaining Nodes ---
Run Keyword IF '${ENVIRONMENT}'=='virtual'
... Install Remaining Nodes Virtual
... ELSE Install Remaining Nodes Baremetal
# --- Controller-1 ---
Enable Containerized Services ${second_controller}
Provide OAM Network Interface ${second_controller}
Setup Cluster Host Interfaces ${second_controller}
Unlock Second Controller ${second_controller}
Check Host Readiness ${second_controller}
## TO DO : HERE KEYWORD TO CHECK QUORUM ON CEPH
# --- Computes ---
${computes} = Get Compute Nodes
Sort List ${computes}
: FOR ${compute} IN @{computes}
\ Enable Containerized Services ${compute}
\ Run Keyword If '${compute}'=='compute-0'
\ ... Add Ceph Monitor ${compute}
\ Setup Partitions ${compute} ${lgv_name} ${nova_size_comp}
... ${cgts_part_size}
\ Configure Data Interfaces ${compute} ${data0if}
... ${data1if} ${physnet0} ${physnet1} ${mtu}
\ Setup Cluster Host Interfaces ${compute}
\ Unlock Compute ${compute}
\ Check Host Readiness ${compute} 1
## TO DO : HERE KEYWORD TO CHECK QUORUM ON CEPH
# - Enable ODS on Controllers
${controllers} Create List controller-0 controller-1
: FOR ${controller} IN @{controllers}
\ Add ODS To Tier ${controller}
# HERE KEYWORD TO CHECK QUORUM AND STATUS CEPH
Put File %{PYTHONPATH}/${app_tarball}
... ${host_image_path}/${app_tarball}
Stage Application Deployment stx-openstack ${app_tarball}
Bring Up Services stx-openstack
Set Ceph Pool Replication
Put File %{PYTHONPATH}/Utils/${clouds_yml}
... ${host_image_path}/${clouds_yml}
${sed_cmd} Catenate
... sed -i 's/PASS/${password}/' ${host_image_path}/${clouds_yml}
Run Command ${sed_cmd}
Set Cluster Endpoints ${clouds_yml}
Provider Network Setup ${physnet0} ${physnet1}
Tenant Networking Setup ${physnet0} ${physnet1} ${externalnet}
... ${publicnet} ${privatenet} ${internalnet} ${publicsubnet}
... ${privatesubnet} ${internalsubnet} ${externalsubnet}
... ${publicrouter} ${privaterouter}
Provisioning Standard Storage System
[Tags] MN-External
[Documentation] Validates provisioning of a standard storage
... configuration according to steps defined at
... "https://wiki.openstack.org/wiki/StarlingX/Containers/
... InstallationOnStandardStorage"
# --- Controller-0 ---
Configure OAM Interface ${master_controller}
Configure MGMT Interface ${master_controller}
Run Keyword If '${ENVIRONMENT}'=='baremetal' Run Keywords
... Set NTP Server AND Configure Vswitch Type
Enable Containerized Services ${master_controller}
Unlock Master Controller ${master_controller}
# --- Installing Remaining Nodes ---
Run Keyword IF '${ENVIRONMENT}'=='virtual'
... Install Remaining Nodes Virtual
... ELSE Install Remaining Nodes Baremetal
# --- Controller-1 ---
Enable Containerized Services ${second_controller}
Provide OAM Network Interface ${second_controller}
Setup Cluster Host Interfaces ${second_controller}
Unlock Second Controller ${second_controller}
Check Host Readiness ${second_controller}
## TO DO : HERE KEYWORD TO CHECK QUORUM ON CEPH
# --- Storage Nodes ---
# HERE CONTAINERIZED SERVICES
${storages} = Get Storage Nodes
Sort List ${storages}
: FOR ${storage} IN @{storages}
\ Setup Cluster Host Interfaces Storage Node ${storage}
\ Add Storage OSD ${storage} /dev/sdb
\ Unlock Storage ${storage}
## TO DO : HERE KEYWORD TO CHECK QUORUM ON CEPH
# --- Compute Nodes ---
${computes} = Get Compute Nodes
Sort List ${computes}
: FOR ${compute} IN @{computes}
\ Enable Containerized Services ${compute}
\ Label Remote Storage ${compute}
## TODO : According to the wiki comment "Why is this step different
## than Standard?", so using storage keyword meanwhile
\ Setup Cluster Host Interfaces Storage Node ${compute}
\ Configure Data Interfaces ${compute} ${data0if}
... ${data1if} ${physnet0} ${physnet1} ${mtu}
\ Setup Partitions ${compute} ${lgv_name} ${nova_size_comp}
... ${cgts_part_size} True
\ Unlock Compute ${compute}
\ Check Host Readiness ${compute} 1
## TO DO : HERE KEYWORD TO CHECK QUORUM ON CEPH
Put File %{PYTHONPATH}/${app_tarball}
... ${host_image_path}/${app_tarball}
Stage Application Deployment stx-openstack ${app_tarball}
Bring Up Services stx-openstack
Set Ceph Pool Replication
Put File %{PYTHONPATH}/Utils/${clouds_yml}
... ${host_image_path}/${clouds_yml}
${sed_cmd} Catenate
... sed -i 's/PASS/${password}/' ${host_image_path}/${clouds_yml}
Run Command ${sed_cmd}
Set Cluster Endpoints ${clouds_yml}
Provider Network Setup ${physnet0} ${physnet1}
Tenant Networking Setup ${physnet0} ${physnet1} ${externalnet}
... ${publicnet} ${privatenet} ${internalnet} ${publicsubnet}
... ${privatesubnet} ${internalsubnet} ${externalsubnet}
... ${publicrouter} ${privaterouter}