513cebe7b7
* Add Virtual Kubelet provider for VIC Initial virtual kubelet provider for VMware VIC. This provider currently handles creating and starting of a pod VM via the VIC portlayer and persona server. Image store handling via the VIC persona server. This provider currently requires the feature/wolfpack branch of VIC. * Added pod stop and delete. Also added node capacity. Added the ability to stop and delete pod VMs via VIC. Also retrieve node capacity information from the VCH. * Cleanup and readme file Some file clean up and added a Readme.md markdown file for the VIC provider. * Cleaned up errors, added function comments, moved operation code 1. Cleaned up error handling. Set standard for creating errors. 2. Added method prototype comments for all interface functions. 3. Moved PodCreator, PodStarter, PodStopper, and PodDeleter to a new folder. * Add mocking code and unit tests for podcache, podcreator, and podstarter Used the unit test framework used in VIC to handle assertions in the provider's unit test. Mocking code generated using OSS project mockery, which is compatible with the testify assertion framework. * Vendored packages for the VIC provider Requires feature/wolfpack branch of VIC and a few specific commit sha of projects used within VIC. * Implementation of POD Stopper and Deleter unit tests (#4) * Updated files for initial PR
268 lines
14 KiB
Plaintext
268 lines
14 KiB
Plaintext
# Copyright 2016-2017 VMware, Inc. All Rights Reserved.
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#
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# Licensed under the Apache License, Version 2.0 (the "License");
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# you may not use this file except in compliance with the License.
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# You may obtain a copy of the License at
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#
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# http://www.apache.org/licenses/LICENSE-2.0
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#
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# Unless required by applicable law or agreed to in writing, software
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# distributed under the License is distributed on an "AS IS" BASIS,
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# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
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# See the License for the specific language governing permissions and
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# limitations under the License
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*** Settings ***
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Documentation Set up testbed before running the UI tests
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Resource ../../resources/Util.robot
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*** Variables ***
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${MACOS_SELENIUM_IP} 10.20.121.192
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${UBUNTU_SELENIUM_IP} 10.20.121.145
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*** Keywords ***
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Check If Nimbus VMs Exist
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# remove testbed-information if it exists
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${ti_exists}= Run Keyword And Return Status OperatingSystem.Should Exist testbed-information
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Run Keyword If ${ti_exists} Remove File testbed-information
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${nimbus_machines}= Set Variable %{NIMBUS_USER}-UITEST-*
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Log To Console \nFinding Nimbus machines for UI tests
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Open Connection %{NIMBUS_GW}
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Login %{NIMBUS_USER} %{NIMBUS_PASSWORD}
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${out}= Execute Command nimbus-ctl list | grep -i "${nimbus_machines}"
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@{out}= Split To Lines ${out}
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${out_len}= Get Length ${out}
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Close connection
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Run Keyword If ${out_len} == 0 Setup Testbed ELSE Load Testbed ${out}
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Create File testbed-information TEST_VSPHERE_VER=%{TEST_VSPHERE_VER}\nSELENIUM_SERVER_IP=%{SELENIUM_SERVER_IP}\nTEST_ESX_NAME=%{TEST_ESX_NAME}\nESX_HOST_IP=%{ESX_HOST_IP}\nESX_HOST_PASSWORD=%{ESX_HOST_PASSWORD}\nTEST_VC_NAME=%{TEST_VC_NAME}\nTEST_VC_IP=%{TEST_VC_IP}\nTEST_URL_ARRAY=%{TEST_URL_ARRAY}\nTEST_USERNAME=%{TEST_USERNAME}\nTEST_PASSWORD=%{TEST_PASSWORD}\nTEST_DATASTORE=datastore1\nEXTERNAL_NETWORK=%{EXTERNAL_NETWORK}\nTEST_TIMEOUT=%{TEST_TIMEOUT}\nGOVC_INSECURE=%{GOVC_INSECURE}\nGOVC_USERNAME=%{GOVC_USERNAME}\nGOVC_PASSWORD=%{GOVC_PASSWORD}\nGOVC_URL=%{GOVC_URL}\n
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Destroy Testbed
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[Arguments] ${name}
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Log To Console Destroying VM(s) ${name}
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Run Keyword And Ignore Error Kill Nimbus Server %{NIMBUS_USER} %{NIMBUS_PASSWORD} ${name}
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Load Testbed
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[Arguments] ${list}
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Log To Console Retrieving VMs information for UI testing...\n
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${len}= Get Length ${list}
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@{browservm-found}= Create List
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@{esx-found}= Create List
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@{vcsa-found}= Create List
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${browservm-requested}= Run Keyword If '%{TEST_OS}' == 'Ubuntu' Set Variable BROWSERVM-UBUNTU ELSE Set Variable BROWSERVM-WINDOWS
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:FOR ${vm} IN @{list}
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\ @{vm_items}= Split String ${vm} :
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\ ${is_esx}= Run Keyword And Return Status Should Match Regexp @{vm_items}[1] (?i)esx%{TEST_VSPHERE_VER}
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\ ${is_vcsa}= Run Keyword And Return Status Should Match Regexp @{vm_items}[1] (?i)vc%{TEST_VSPHERE_VER}
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\ ${is_browservm}= Run Keyword And Return Status Should Match Regexp @{vm_items}[1] (?i)${browservm-requested}
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\ Run Keyword If ${is_browservm} Set Test Variable @{browservm-found} @{vm_items} ELSE IF ${is_esx} Set Test Variable @{esx-found} @{vm_items} ELSE IF ${is_vcsa} Set Test Variable @{vcsa-found} @{vm_items}
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${browservm_len}= Get Length ${browservm-found}
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${esx_len}= Get Length ${esx-found}
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${vcsa_len}= Get Length ${vcsa-found}
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Run Keyword If ${browservm_len} > 0 Extract BrowserVm Info @{browservm-found} ELSE Deploy BrowserVm
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Run Keyword If (${esx_len} == 0 and ${vcsa_len} > 0) or (${esx_len} > 0 and ${vcsa_len} == 0) Run Keywords Destroy Testbed '%{NIMBUS_USER}-UITEST-VC%{TEST_VSPHERE_VER}*' AND Destroy Testbed '%{NIMBUS_USER}-UITEST-ESX%{TEST_VSPHERE_VER}*' AND Deploy Esx AND Deploy Vcsa
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Run Keyword If ${esx_len} == 0 and ${vcsa_len} == 0 Run Keywords Deploy Esx AND Deploy Vcsa
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Run Keyword If ${esx_len} > 0 and ${vcsa_len} > 0 Run Keywords Extract Esx Info @{esx-found} AND Extract Vcsa Info @{vcsa-found}
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Extract BrowserVm Info
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[Arguments] @{vm_fields}
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Open Connection %{NIMBUS_GW}
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Login %{NIMBUS_USER} %{NIMBUS_PASSWORD}
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${vm_name}= Evaluate '@{vm_fields}[1]'.strip()
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${out}= Execute Command NIMBUS=@{vm_fields}[0] nimbus-ctl ip ${vm_name} | grep -i ".*: %{NIMBUS_USER}-.*"
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@{out}= Split String ${out} :
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${vm_ip}= Evaluate '@{out}[2]'.strip()
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Run Keyword If '%{TEST_OS}' == 'Mac' Set Environment Variable SELENIUM_SERVER_IP ${MACOS_SELENIUM_IP} ELSE IF '%{TEST_OS}' == 'Ubuntu' Set Environment Variable SELENIUM_SERVER_IP ${UBUNTU_SELENIUM_IP} ELSE Set Environment Variable SELENIUM_SERVER_IP ${vm_ip}
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Close Connection
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Extract Esx Info
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[Arguments] @{vm_fields}
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Open Connection %{NIMBUS_GW}
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Login %{NIMBUS_USER} %{NIMBUS_PASSWORD}
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${vm_name}= Evaluate '@{vm_fields}[1]'.strip()
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${out}= Execute Command NIMBUS=@{vm_fields}[0] nimbus-ctl ip ${vm_name} | grep -i ".*: %{NIMBUS_USER}-.*"
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@{out}= Split String ${out} :
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${vm_ip}= Evaluate '@{out}[2]'.strip()
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Set Environment Variable TEST_ESX_NAME ${vm_name}
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Set Environment Variable ESX_HOST_IP ${vm_ip}
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Set Environment Variable ESX_HOST_PASSWORD e2eFunctionalTest
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Close Connection
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Extract Vcsa Info
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[Arguments] @{vm_fields}
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Open Connection %{NIMBUS_GW}
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Login %{NIMBUS_USER} %{NIMBUS_PASSWORD}
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${vm_name}= Evaluate '@{vm_fields}[1]'.strip()
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${out}= Execute Command NIMBUS=@{vm_fields}[0] nimbus-ctl ip ${vm_name} | grep -i ".*: %{NIMBUS_USER}-.*"
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@{out}= Split String ${out} :
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${vm_ip}= Evaluate '@{out}[2]'.strip()
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Set Environment Variable TEST_VC_NAME ${vm_name}
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Set Environment Variable TEST_VC_IP ${vm_ip}
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Set Environment Variable TEST_URL_ARRAY ${vm_ip}
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Set Environment Variable TEST_USERNAME Administrator@vsphere.local
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Set Environment Variable TEST_PASSWORD Admin\!23
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Set Environment Variable EXTERNAL_NETWORK vm-network
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Set Environment Variable TEST_TIMEOUT 30m
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Set Environment Variable GOVC_INSECURE 1
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Set Environment Variable GOVC_USERNAME Administrator@vsphere.local
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Set Environment Variable GOVC_PASSWORD Admin\!23
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Set Environment Variable GOVC_URL ${vm_ip}
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Close Connection
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Deploy BrowserVm
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# deploy a browser vm
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${browservm} ${browservm-ip}= Run Keyword If '%{TEST_OS}' == 'Mac' No Operation ELSE IF '%{TEST_OS}' == 'Ubuntu' No Operation ELSE Deploy Nimbus BrowserVm For NGC Testing %{NIMBUS_USER} %{NIMBUS_PASSWORD}
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Run Keyword If '%{TEST_OS}' == 'Mac' Set Environment Variable SELENIUM_SERVER_IP ${MACOS_SELENIUM_IP} ELSE IF '%{TEST_OS}' == 'Ubuntu' Set Environment Variable SELENIUM_SERVER_IP ${UBUNTU_SELENIUM_IP} ELSE Set Environment Variable SELENIUM_SERVER_IP ${browservm-ip}
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Deploy Esx
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# deploy an esxi server
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${name}= Evaluate 'UITEST-ESX%{TEST_VSPHERE_VER}-' + str(random.randint(1000,9999)) modules=random
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${buildnum}= Run Keyword If %{TEST_VSPHERE_VER} == 60 Set Variable 3620759 ELSE Set Variable 5310538
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${out}= Deploy Nimbus ESXi Server Async ${name} ${buildnum}
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${result}= Wait For Process ${out}
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Log ${result.stdout}
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Log ${result.stderr}
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Open Connection %{NIMBUS_GW}
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Wait Until Keyword Succeeds 2 min 30 sec Login %{NIMBUS_USER} %{NIMBUS_PASSWORD}
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${esx1-ip}= Get IP ${name}
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Remove Environment Variable GOVC_PASSWORD
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Remove Environment Variable GOVC_USERNAME
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Set Environment Variable GOVC_INSECURE 1
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Set Environment Variable GOVC_URL root:@${esx1-ip}
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${out}= Run govc host.account.update -id root -password e2eFunctionalTest
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Should Be Empty ${out}
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Log To Console Successfully deployed %{NIMBUS_USER}-${name}. IP: ${esx1-ip}
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Close Connection
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Set Environment Variable TEST_ESX_NAME %{NIMBUS_USER}-${name}
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Set Environment Variable ESX_HOST_IP ${esx1-ip}
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Set Environment Variable ESX_HOST_PASSWORD e2eFunctionalTest
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Deploy Vcsa
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# deploy a vcsa
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${name}= Evaluate 'UITEST-VC%{TEST_VSPHERE_VER}-' + str(random.randint(1000,9999)) modules=random
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${buildnum}= Run Keyword If %{TEST_VSPHERE_VER} == 60 Set Variable 3634791 ELSE Set Variable 5318154
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${out}= Deploy Nimbus vCenter Server Async ${name} --useQaNgc ${buildnum}
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${result}= Wait For Process ${out}
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Log ${result.stdout}
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Log ${result.stderr}
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Open Connection %{NIMBUS_GW}
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Wait Until Keyword Succeeds 2 min 30 sec Login %{NIMBUS_USER} %{NIMBUS_PASSWORD}
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${vc-ip}= Get IP ${name}
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Set Environment Variable GOVC_INSECURE 1
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Set Environment Variable GOVC_USERNAME Administrator@vsphere.local
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Set Environment Variable GOVC_PASSWORD Admin!23
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Set Environment Variable GOVC_URL ${vc-ip}
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Log To Console Successfully deployed %{NIMBUS_USER}-${name}. IP: ${vc-ip}
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Close Connection
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# create a datacenter
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Log To Console Create a datacenter on the VC
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${out}= Run govc datacenter.create Datacenter
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Should Be Empty ${out}
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# make a cluster
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Log To Console Create a cluster on the datacenter
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${out}= Run govc cluster.create -dc=Datacenter Cluster
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Should Be Empty ${out}
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${out}= Run govc cluster.change -dc=Datacenter -drs-enabled=true /Datacenter/host/Cluster
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Should Be Empty ${out}
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# add the esx host to the cluster
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Log To Console Add ESX host to Cluster
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${out}= Run govc cluster.add -dc=Datacenter -cluster=/Datacenter/host/Cluster -username=root -password=e2eFunctionalTest -noverify=true -hostname=%{ESX_HOST_IP}
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Should Contain ${out} OK
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# create a distributed switch
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Log To Console Create a distributed switch
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${out}= Run govc dvs.create -dc=Datacenter test-ds
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Should Contain ${out} OK
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# make three port groups
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Log To Console Create three new distributed switch port groups for management and vm network traffic
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${out}= Run govc dvs.portgroup.add -nports 12 -dc=Datacenter -dvs=test-ds management
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Should Contain ${out} OK
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${out}= Run govc dvs.portgroup.add -nports 12 -dc=Datacenter -dvs=test-ds vm-network
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Should Contain ${out} OK
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${out}= Run govc dvs.portgroup.add -nports 12 -dc=Datacenter -dvs=test-ds network
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Should Contain ${out} OK
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Log To Console Add the ESXi hosts to the portgroups
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${out}= Run govc dvs.add -dvs=test-ds -pnic=vmnic1 -host.ip=%{ESX_HOST_IP} %{ESX_HOST_IP}
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Should Contain ${out} OK
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Set Environment Variable TEST_VC_NAME %{NIMBUS_USER}-${name}
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Set Environment Variable TEST_VC_IP ${vc-ip}
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Set Environment Variable TEST_URL_ARRAY ${vc-ip}
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Set Environment Variable TEST_USERNAME Administrator@vsphere.local
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Set Environment Variable TEST_PASSWORD Admin\!23
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Set Environment Variable EXTERNAL_NETWORK vm-network
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Set Environment Variable TEST_TIMEOUT 30m
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Set Environment Variable GOVC_INSECURE 1
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Set Environment Variable GOVC_USERNAME Administrator@vsphere.local
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Set Environment Variable GOVC_PASSWORD Admin\!23
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Set Environment Variable GOVC_URL ${vc-ip}
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Setup Testbed
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Deploy BrowserVm
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Deploy Esx
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Deploy Vcsa
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Deploy Nimbus BrowserVm For NGC Testing
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[Arguments] ${user} ${password}
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# for Mac & Ubuntu this keyword will never be called
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# ${os}= Run Keyword If '%{TEST_OS}' == 'Ubuntu' Set Variable UBUNTU ELSE Set Variable WINDOWS
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# ${vm-template}= Run Keyword If '%{TEST_OS}' == 'Ubuntu' Set Variable hsuia-seleniumNode-ubuntu --memory 2048 ELSE Set Variable ngc-testvm-3
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${os}= Set Variable WINDOWS
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${vm-template}= Set Variable ngc-testvm-3
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${name}= Evaluate 'UITEST-BROWSERVM-${os}-' + str(random.randint(1000,9999)) modules=random
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Log To Console \nDeploying Browser VM: ${name}
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Open Connection %{NIMBUS_GW}
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Login ${user} ${password}
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${out}= Execute Command nimbus-genericdeploy --type ${vm-template} ${name} --lease 3
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# Make sure the deploy actually worked
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Should Contain ${out} To manage this VM use
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# Now grab the IP address and return the name and ip for later use
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@{out}= Split To Lines ${out}
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:FOR ${item} IN @{out}
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\ ${status} ${message}= Run Keyword And Ignore Error Should Contain ${item} IP is
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\ Run Keyword If '${status}' == 'PASS' Set Suite Variable ${line} ${item}
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@{gotIP}= Split String ${line} ${SPACE}
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${ip}= Remove String @{gotIP}[5] ,
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Log To Console Successfully deployed new Browser VM - ${user}-${name}
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Close connection
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[Return] ${user}-${name} ${ip}
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*** Test Cases ***
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Check Variables
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${isset_SHELL}= Run Keyword And Return Status Environment Variable Should Be Set SHELL
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${isset_DRONE_SERVER}= Run Keyword And Return Status Environment Variable Should Be Set DRONE_SERVER
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${isset_DRONE_TOKEN}= Run Keyword And Return Status Environment Variable Should Be Set DRONE_TOKEN
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${isset_NIMBUS_USER}= Run Keyword And Return Status Environment Variable Should Be Set NIMBUS_USER
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${isset_NIMBUS_PASSWORD}= Run Keyword And Return Status Environment Variable Should Be Set NIMBUS_PASSWORD
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${isset_NIMBUS_GW}= Run Keyword And Return Status Environment Variable Should Be Set NIMBUS_GW
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${isset_TEST_DATASTORE}= Run Keyword And Return Status Environment Variable Should Be Set TEST_DATASTORE
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${isset_TEST_RESOURCE}= Run Keyword And Return Status Environment Variable Should Be Set TEST_RESOURCE
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${isset_GOVC_INSECURE}= Run Keyword And Return Status Environment Variable Should Be Set GOVC_INSECURE
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Log To Console \nChecking environment variables
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Log To Console SHELL ${isset_SHELL}
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Log To Console DRONE_SERVER ${isset_DRONE_SERVER}
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Log To Console DRONE_TOKEN ${isset_DRONE_TOKEN}
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Log To Console NIMBUS_USER ${isset_NIMBUS_USER}
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Log To Console NIMBUS_PASSWORD ${isset_NIMBUS_PASSWORD}
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Log To Console NIMBUS_GW ${isset_NIMBUS_GW}
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Log To Console TEST_DATASTORE ${isset_TEST_DATASTORE}
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Log To Console TEST_RESOURCE ${isset_TEST_RESOURCE}
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Log To Console GOVC_INSECURE ${isset_GOVC_INSECURE}
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Log To Console TEST_VSPHERE_VER %{TEST_VSPHERE_VER}
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Should Be True ${isset_SHELL} and ${isset_DRONE_SERVER} and ${isset_DRONE_TOKEN} and ${isset_NIMBUS_USER} and ${isset_NIMBUS_GW} and ${isset_TEST_DATASTORE} and ${isset_TEST_RESOURCE} and ${isset_GOVC_INSECURE} and %{TEST_VSPHERE_VER}
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Check Nimbus Machines
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Check If Nimbus VMs Exist
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