def test_positive_create_1(self):
"""@test: A host can be created with a random name
@feature: Hosts
@assert: A host is created and the name matches
"""
# Use the default installation smart proxy
result = Proxy.list()
self.assertEqual(result.return_code, 0)
self.assertEqual(len(result.stderr), 0)
self.assertGreater(len(result.stdout), 0)
puppet_proxy = result.stdout[0]
host_name = gen_string(str_type='alpha', length=gen_integer(1, 10))
try:
# Creating dependent objects
architecture = make_architecture()
domain = make_domain()
environment = make_environment()
location = make_location()
medium = make_medium()
ptable = make_partition_table()
organization = make_org(cached=True)
os = make_os({
u'architecture-ids': architecture['id'],
u'medium-ids': medium['id'],
u'ptable-ids': ptable['id'],
})
host = make_host({
u'architecture-id': architecture['id'],
u'domain-id': domain['id'],
u'environment-id': environment['id'],
u'location-id': location['id'],
u'medium-id': medium['id'],
u'name': host_name,
u'operatingsystem-id': os['id'],
u'organization-id': organization['id'],
u'partition-table-id': ptable['id'],
u'puppet-proxy-id': puppet_proxy['id'],
})
except CLIFactoryError as err:
self.fail(err)
name = '{0}.{1}'.format(host_name, domain['name']).lower()
self.assertEqual(host['name'], name)
def test_positive_create_1(self):
"""@test: A host can be created with a random name
@feature: Hosts
@assert: A host is created and the name matches
"""
# Use the default installation smart proxy
result = Proxy.list()
self.assertEqual(result.return_code, 0)
self.assertEqual(len(result.stderr), 0)
self.assertGreater(len(result.stdout), 0)
puppet_proxy = result.stdout[0]
host_name = gen_string(str_type='alpha', length=gen_integer(1, 10))
try:
# Creating dependent objects
architecture = make_architecture()
domain = make_domain()
environment = make_environment()
location = make_location()
medium = make_medium()
ptable = make_partition_table()
organization = make_org(cached=True)
os = make_os({
u'architecture-ids': architecture['id'],
u'medium-ids': medium['id'],
u'partition-table-ids': ptable['id'],
})
host = make_host({
u'architecture-id': architecture['id'],
u'domain-id': domain['id'],
u'environment-id': environment['id'],
u'location-id': location['id'],
u'medium-id': medium['id'],
u'name': host_name,
u'operatingsystem-id': os['id'],
u'organization-id': organization['id'],
u'partition-table-id': ptable['id'],
u'puppet-proxy-id': puppet_proxy['id'],
})
except CLIFactoryError as err:
self.fail(err)
name = '{0}.{1}'.format(host_name, domain['name']).lower()
self.assertEqual(host['name'], name)
def test_positive_validate_inherited_cv_lce(session, module_host_template):
"""Create a host with hostgroup specified via CLI. Make sure host
inherited hostgroup's lifecycle environment, content view and both
fields are properly reflected via WebUI.
:id: c83f6819-2649-4a8b-bb1d-ce93b2243765
:expectedresults: Host's lifecycle environment and content view match
the ones specified in hostgroup.
:CaseLevel: Integration
:BZ: 1391656
"""
lce = make_lifecycle_environment({'organization-id': module_host_template.organization.id})
content_view = make_content_view({'organization-id': module_host_template.organization.id})
ContentView.publish({'id': content_view['id']})
version_id = ContentView.version_list({'content-view-id': content_view['id']})[0]['id']
ContentView.version_promote({
'id': version_id,
'to-lifecycle-environment-id': lce['id'],
'organization-id': module_host_template.organization.id,
})
hostgroup = make_hostgroup({
'content-view-id': content_view['id'],
'lifecycle-environment-id': lce['id'],
'organization-ids': module_host_template.organization.id,
})
puppet_proxy = Proxy.list({'search': 'name = {0}'.format(settings.server.hostname)})[0]
host = make_host({
'architecture-id': module_host_template.architecture.id,
'domain-id': module_host_template.domain.id,
'environment-id': module_host_template.environment.id,
'hostgroup-id': hostgroup['id'],
'location-id': module_host_template.location.id,
'medium-id': module_host_template.medium.id,
'operatingsystem-id': module_host_template.operatingsystem.id,
'organization-id': module_host_template.organization.id,
'partition-table-id': module_host_template.ptable.id,
'puppet-proxy-id': puppet_proxy['id'],
})
with session:
values = session.host.read(host['name'], ['host.lce', 'host.content_view'])
assert values['host']['lce'] == lce['name']
assert values['host']['content_view'] == content_view['name']
def test_positive_provision_vmware_with_host_group(self, vmware, provisioning):
"""Provision a host on vmware compute resource with
the help of hostgroup.
:Requirement: Computeresource Vmware
:CaseComponent: ComputeResources-VMWare
:id: ae4d5949-f0e6-44ca-93b6-c5241a02b64b
:setup:
1. Vaild vmware hostname ,credentials.
2. Configure provisioning setup.
3. Configure host group setup.
:steps:
1. Go to "Hosts --> New host".
2. Assign the host group to the host.
3. Select the Deploy on as vmware Compute Resource.
4. Provision the host.
:expectedresults: The host should be provisioned with host group
:CaseAutomation: Automated
:CaseLevel: System
"""
cr_name = gen_string('alpha')
vmware_cr = make_compute_resource(
{
'name': cr_name,
'organizations': provisioning['org_name'],
'locations': provisioning['loc_name'],
'provider': FOREMAN_PROVIDERS['vmware'],
'server': vmware['vmware_server'],
'user': vmware['vmware_username'],
'password': vmware['vmware_password'],
'datacenter': vmware['vmware_datacenter'],
}
)
assert vmware_cr['name'] == cr_name
host_name = gen_string('alpha').lower()
host = make_host(
{
'name': f'{host_name}',
'root-password': gen_string('alpha'),
'organization': provisioning['org_name'],
'location': provisioning['loc_name'],
'hostgroup': provisioning['config_env']['host_group'],
'pxe-loader': 'PXELinux BIOS',
'compute-resource-id': vmware_cr.get('id'),
'compute-attributes': "cpus=2,"
"corespersocket=2,"
"memory_mb=4028,"
"cluster={},"
"path=/Datacenters/{}/vm/QE,"
"guest_id=rhel7_64Guest,"
"scsi_controller_type=VirtualLsiLogicController,"
"hardware_version=Default,"
"start=1".format(VMWARE_CONSTANTS['cluster'], vmware['vmware_datacenter']),
'ip': None,
'mac': None,
'interface': "compute_network={},"
"compute_type=VirtualVmxnet3".format(vmware['vmware_net_id']),
'volume': "name=Hard disk,"
"size_gb=10,"
"thin=true,"
"eager_zero=false,"
"datastore={}".format(VMWARE_CONSTANTS['datastore'].split()[0]),
'provision-method': 'build',
}
)
hostname = '{}.{}'.format(host_name, provisioning['config_env']['domain'])
assert hostname == host['name']
# Check on Vmware, if VM exists
assert vmware['vmware_api'].does_vm_exist(hostname)
host_info = Host.info({'name': hostname})
host_ip = host_info.get('network').get('ipv4-address')
# Start to run a ping check if network was established on VM
host_provisioning_check(ip_addr=host_ip)
def test_positive_provision_rhev_with_host_group(self, rhev, provisioning):
"""Provision a host on RHEV compute resource with
the help of hostgroup.
:Requirement: Computeresource RHV
:CaseComponent: ComputeResources-RHEV
:id: ba78868f-5cff-462f-a55d-f6aa4d11db52
:setup: Hostgroup and provisioning setup like domain, subnet etc.
:steps:
1. Create a RHEV compute resource.
2. Create a host on RHEV compute resource using the Hostgroup
3. Use compute-attributes parameter to specify key-value parameters
regarding the virtual machine.
4. Provision the host.
:expectedresults: The host should be provisioned with host group
:CaseAutomation: Automated
"""
name = gen_string('alpha')
rhv_cr = ComputeResource.create(
{
'name': name,
'provider': 'Ovirt',
'user': rhev['rhev_username'],
'password': rhev['rhev_password'],
'datacenter': rhev['rhev_datacenter'],
'url': rhev['rhev_url'],
'ovirt-quota': rhev['quota'],
'organizations': provisioning['org_name'],
'locations': provisioning['loc_name'],
}
)
assert rhv_cr['name'] == name
host_name = gen_string('alpha').lower()
host = make_host(
{
'name': f'{host_name}',
'root-password': gen_string('alpha'),
'organization': provisioning['org_name'],
'location': provisioning['loc_name'],
'pxe-loader': 'PXELinux BIOS',
'hostgroup': provisioning['config_env']['host_group'],
'compute-resource-id': rhv_cr.get('id'),
'compute-attributes': "cluster={},"
"cores=1,"
"memory=1073741824,"
"start=1".format(rhev['cluster_id']),
'ip': None,
'mac': None,
'interface': f"compute_name=nic1, compute_network={rhev['network_id']}",
'volume': "size_gb=10,"
"storage_domain={},"
"bootable=True".format(rhev['storage_id']),
'provision-method': 'build',
}
)
hostname = '{}.{}'.format(host_name, provisioning['config_env']['domain'])
assert hostname == host['name']
host_info = Host.info({'name': hostname})
host_ip = host_info.get('network').get('ipv4-address')
# Check on RHV, if VM exists
assert rhev['rhv_api'].does_vm_exist(hostname)
# Get the information of created VM
rhv_vm = rhev['rhv_api'].get_vm(hostname)
# Assert of Satellite mac address for VM and Mac of VM created is same
assert host_info.get('network').get('mac') == rhv_vm.get_nics()[0].mac.address
# Start to run a ping check if network was established on VM
host_provisioning_check(ip_addr=host_ip)
def test_positive_validate_inherited_cv_lce(self):
"""Create a host with hostgroup specified via CLI. Make sure host
inherited hostgroup's lifecycle environment, content view and both
fields are properly reflected via WebUI
:id: c83f6819-2649-4a8b-bb1d-ce93b2243765
:expectedresults: Host's lifecycle environment and content view match
the ones specified in hostgroup
:CaseLevel: Integration
:BZ: 1391656
"""
host = entities.Host()
host.create_missing()
new_lce = cli_factory.make_lifecycle_environment(
{'organization-id': host.organization.id})
new_cv = cli_factory.make_content_view(
{'organization-id': host.organization.id})
cli_ContentView.publish({'id': new_cv['id']})
version_id = cli_ContentView.version_list({
'content-view-id':
new_cv['id'],
})[0]['id']
cli_ContentView.version_promote({
'id':
version_id,
'to-lifecycle-environment-id':
new_lce['id'],
'organization-id':
host.organization.id,
})
hostgroup = cli_factory.make_hostgroup({
'content-view-id':
new_cv['id'],
'lifecycle-environment-id':
new_lce['id'],
'organization-ids':
host.organization.id,
})
puppet_proxy = cli_Proxy.list({
'search':
'url = https://{0}:9090'.format(settings.server.hostname)
})[0]
cli_factory.make_host({
'architecture-id': host.architecture.id,
'domain-id': host.domain.id,
'environment-id': host.environment.id,
'hostgroup-id': hostgroup['id'],
'location-id': host.location.id,
'medium-id': host.medium.id,
'name': host.name,
'operatingsystem-id': host.operatingsystem.id,
'organization-id': host.organization.id,
'partition-table-id': host.ptable.id,
'puppet-proxy-id': puppet_proxy['id'],
})
with Session(self.browser) as session:
set_context(session, host.organization.name, host.location.name)
result = self.hosts.fetch_host_parameters(
host.name,
host.domain.name,
[['Host', 'Lifecycle Environment'], ['Host', 'Content View']],
)
self.assertEqual(result['Lifecycle Environment'], new_lce['name'])
self.assertEqual(result['Content View'], new_cv['name'])
def test_positive_validate_inherited_cv_lce(self):
"""Create a host with hostgroup specified via CLI. Make sure host
inherited hostgroup's lifecycle environment, content view and both
fields are properly reflected via WebUI
@id: c83f6819-2649-4a8b-bb1d-ce93b2243765
@Assert: Host's lifecycle environment and content view match the ones
specified in hostgroup
@CaseLevel: Integration
@BZ: 1391656
"""
host = entities.Host()
host.create_missing()
new_lce = cli_factory.make_lifecycle_environment({
'organization-id': host.organization.id})
new_cv = cli_factory.make_content_view({
'organization-id': host.organization.id})
cli_ContentView.publish({'id': new_cv['id']})
version_id = cli_ContentView.version_list({
'content-view-id': new_cv['id'],
})[0]['id']
cli_ContentView.version_promote({
'id': version_id,
'to-lifecycle-environment-id': new_lce['id'],
'organization-id': host.organization.id,
})
hostgroup = cli_factory.make_hostgroup({
'content-view-id': new_cv['id'],
'lifecycle-environment-id': new_lce['id'],
'organization-ids': host.organization.id,
})
puppet_proxy = cli_Proxy.list({
'search': 'url = https://{0}:9090'.format(settings.server.hostname)
})[0]
cli_factory.make_host({
'architecture-id': host.architecture.id,
'domain-id': host.domain.id,
'environment-id': host.environment.id,
'hostgroup-id': hostgroup['id'],
'location-id': host.location.id,
'medium-id': host.medium.id,
'name': host.name,
'operatingsystem-id': host.operatingsystem.id,
'organization-id': host.organization.id,
'partition-table-id': host.ptable.id,
'puppet-proxy-id': puppet_proxy['id'],
})
with Session(self.browser) as session:
set_context(session, host.organization.name, host.location.name)
result = self.hosts.fetch_host_parameters(
host.name,
host.domain.name,
[['Host', 'Lifecycle Environment'],
['Host', 'Content View']],
)
self.assertEqual(result['Lifecycle Environment'], new_lce['name'])
self.assertEqual(result['Content View'], new_cv['name'])
def test_positive_provision_vmware_with_host_group_bootdisk(
vmware, provisioning, tear_down, vmware_cr):
"""Provision a bootdisk based host on VMWare compute resource.
:Requirement: Computeresource Vmware
:CaseComponent: ComputeResources-VMWare
:id: bc5f457d-c29a-4c62-bbdc-af8f4f813519
:bz: 1679225
:setup:
1. Vaild VMWare hostname, credentials.
2. Configure provisioning setup.
3. Configure host group setup.
:steps: Using Hammer CLI, Provision a VM on VMWare with hostgroup and
provisioning method as `bootdisk`.
:expectedresults: The host should be provisioned with provisioning type bootdisk
:CaseAutomation: Automated
:CaseLevel: System
"""
host_name = gen_string('alpha').lower()
host = make_host({
'name':
f'{host_name}',
'root-password':
gen_string('alpha'),
'organization':
provisioning.org_name,
'location':
provisioning.loc_name,
'hostgroup':
provisioning.config_env['host_group'],
'pxe-loader':
'PXELinux BIOS',
'compute-resource-id':
vmware_cr.get('id'),
'content-source-id':
'1',
'compute-attributes':
"cpus=2,"
"corespersocket=2,"
"memory_mb=4028,"
"cluster={},"
"path=/Datacenters/{}/vm/QE,"
"guest_id=rhel7_64Guest,"
"scsi_controllers=`type=VirtualLsiLogicController,key=1000',"
"hardware_version=Default,"
"start=1".format(VMWARE_CONSTANTS['cluster'],
vmware.vmware_datacenter),
"ip":
None,
"mac":
None,
'interface':
"compute_network={},"
"compute_type=VirtualVmxnet3".format(vmware.vmware_net_id),
'volume':
"name=Hard disk,"
"size_gb=10,"
"thin=true,"
"eager_zero=false,"
"datastore={}".format(VMWARE_CONSTANTS['datastore'].split()[0]),
'provision-method':
'bootdisk',
})
hostname = '{}.{}'.format(host_name, provisioning.config_env['domain'])
assert hostname == host['name']
# Check on Vmware, if VM exists
assert vmware.vmware_api.does_vm_exist(hostname)
host_info = Host.info({'name': hostname})
host_ip = host_info.get('network').get('ipv4-address')
# Start to run a ping check if network was established on VM
host_provisioning_check(ip_addr=host_ip)
def test_positive_provision_vmware_with_host_group(self):
""" Provision a host on vmware compute resource with
the help of hostgroup.
:Requirement: Computeresource Vmware
:id: ae4d5949-f0e6-44ca-93b6-c5241a02b64b
:setup:
1. Vaild vmware hostname ,credentials.
2. Configure provisioning setup.
3. Configure host group setup.
:steps:
1. Go to "Hosts --> New host".
2. Assign the host group to the host.
3. Select the Deploy on as vmware Compute Resource.
4. Provision the host.
:expectedresults: The host should be provisioned with host group
:CaseAutomation: Automated
:CaseLevel: System
"""
cr_name = gen_string('alpha')
vmware_cr = make_compute_resource({
'name': cr_name,
'organizations': self.org_name,
'locations': self.loc_name,
'provider': FOREMAN_PROVIDERS['vmware'],
'server': self.vmware_server,
'user': self.vmware_username,
'password': self.vmware_password,
'datacenter': self.vmware_datacenter
})
self.assertEquals(vmware_cr['name'], cr_name)
host_name = gen_string('alpha').lower()
host = make_host({
'name': '{0}'.format(host_name),
'root-password': gen_string('alpha'),
'organization': self.org_name,
'location': self.loc_name,
'hostgroup': self.config_env['host_group'],
'pxe-loader': 'PXELinux BIOS',
'compute-resource-id': vmware_cr.get('id'),
'compute-attributes': "cpus=2,"
"corespersocket=2,"
"memory_mb=4028,"
"cluster={0},"
"path=/Datacenters/{1}/vm/QE,"
"guest_id=rhel7_64Guest,"
"scsi_controller_type=VirtualLsiLogic,"
"hardware_version=Default,"
"start=1".format(VMWARE_CONSTANTS['cluster'],
self.vmware_datacenter
),
'ip': None,
'mac': None,
'interface': "compute_network={0},"
"compute_type=VirtualVmxnet3".format(
self.vmware_net_id),
'volume': "name=Hard disk,"
"size_gb=10,"
"thin=true,"
"eager_zero=false,"
"datastore={0}".format(
VMWARE_CONSTANTS['datastore'].split()[0]
),
'provision-method': 'build'
})
hostname = '{0}.{1}'.format(
host_name, self.config_env['domain'])
self.assertEquals(hostname, host['name'])
# Check on Vmware, if VM exists
self.assertTrue(self.vmware_api.does_vm_exist(hostname))
host_info = Host.info({'name': hostname})
host_ip = host_info.get('network').get('ipv4-address')
# Start to run a ping check if network was established on VM
with self.assertNotRaises(ProvisioningCheckError):
host_provisioning_check(ip_addr=host_ip)
def test_positive_provision_rhev_with_host_group(self):
"""Provision a host on RHEV compute resource with
the help of hostgroup.
:Requirement: Computeresource RHV
:id: ba78868f-5cff-462f-a55d-f6aa4d11db52
:setup: Hostgroup and provisioning setup like domain, subnet etc.
:steps:
1. Create a RHEV compute resource.
2. Create a host on RHEV compute resource using the Hostgroup
3. Use compute-attributes parameter to specify key-value parameters
regarding the virtual machine.
4. Provision the host.
:expectedresults: The host should be provisioned with host group
:CaseAutomation: automated
"""
name = gen_string('alpha')
rhv_cr = ComputeResource.create({
u'name': name,
u'provider': 'Ovirt',
u'user': self.rhev_username,
u'password': self.rhev_password,
u'datacenter': self.rhev_datacenter,
u'url': self.rhev_url,
u'ovirt-quota': self.quota,
u'organizations': self.org_name,
u'locations': self.loc_name
})
self.assertEquals(rhv_cr['name'], name)
host_name = gen_string('alpha').lower()
host = make_host({
'name': '{0}'.format(host_name),
'root-password': gen_string('alpha'),
'organization': self.org_name,
'location': self.loc_name,
'pxe-loader': 'PXELinux BIOS',
'hostgroup': self.config_env['host_group'],
'compute-resource-id': rhv_cr.get('id'),
'compute-attributes': "cluster={0},"
"cores=1,"
"memory=1073741824,"
"start=1".format(self.cluster_id),
'ip': None,
'mac': None,
'interface': "compute_name=nic1, "
"compute_network={0}".format(self.network_id),
'volume': "size_gb=10,"
"storage_domain={0},"
"bootable=True".format(self.storage_id),
'provision-method': 'build'
})
hostname = '{0}.{1}'.format(
host_name, self.config_env['domain'])
self.assertEquals(hostname, host['name'])
host_info = Host.info({'name': hostname})
host_ip = host_info.get('network').get('ipv4-address')
# Check on RHV, if VM exists
self.assertTrue(self.rhv_api.does_vm_exist(hostname))
# Get the information of created VM
rhv_vm = self.rhv_api.get_vm(hostname)
# Assert of Satellite mac address for VM and Mac of VM created is same
self.assertEqual(host_info.get('network').get('mac'),
rhv_vm.get_nics()[0].mac.address
)
# Start to run a ping check if network was established on VM
with self.assertNotRaises(ProvisioningCheckError):
host_provisioning_check(ip_addr=host_ip)
def test_positive_provision_rhev_image_based_and_disassociate(
provisioning, rhev, tear_down, setting_update):
"""Provision a host on RHEV compute resource using image-based provisioning
:Requirement: Computeresource RHV
:CaseComponent: ComputeResources-RHEV
:Assignee: lhellebr
:id: ba78858f-5cff-462e-a35d-f5aa4d11db52
:parametrized: yes
:customerscenario: true
:BZ: 1356126
:setup: RHEV with a template on it
:steps:
1. Create a RHEV CR
1. Create an image on that CR
2. Create a new host using that CR and image
3. Disassociate the host from the CR
:expectedresults: Host should be provisioned with image, associated to CR, then disassociated
:CaseAutomation: Automated
"""
try:
name = gen_string('alpha')
rhv_cr = ComputeResource.create({
'name': name,
'provider': 'Ovirt',
'user': rhev.username,
'password': rhev.password,
'datacenter': rhev.datacenter,
'url': rhev.hostname,
'ovirt-quota': rhev.quota,
'organizations': provisioning.org_name,
'locations': provisioning.loc_name,
})
assert rhv_cr['name'] == name
host_name = gen_string('alpha').lower()
# use some RHEL (usually latest)
os = (entities.OperatingSystem().search(
query={
'search':
f'name="RedHat" AND (major="{RHEL_6_MAJOR_VERSION}" OR '
f'major="{RHEL_7_MAJOR_VERSION}")'
})[0].read())
image = ComputeResource.image_create({
'compute-resource': rhv_cr['name'],
'name': f'img {gen_string(str_type="alpha")}',
'uuid': rhev.image_uuid,
'operatingsystem-id': os.id,
'architecture': rhev.image_arch,
'username': '******',
'password': rhev.image_password,
'user-data': 'yes', # so finish template won't be used
})
host = make_host({
'name':
f'{host_name}',
'organization':
provisioning.org_name,
'domain':
provisioning.config_env['domain'],
'subnet':
provisioning.config_env['subnet'],
'location':
provisioning.loc_name,
'compute-resource-id':
rhv_cr.get('id'),
'compute-attributes':
f"cluster={rhev.cluster_id},"
"cores=1,"
"memory=1073741824,"
"start=0",
'ip':
None,
'mac':
None,
'interface':
f"compute_name=nic1, compute_network={rhev.network_id}",
'provision-method':
'image',
'operatingsystem-id':
os.id,
'architecture':
rhev.image_arch,
'image-id':
f'{image[0]["id"]}',
})
hostname = f'{host_name}.{provisioning.config_env["domain"]}'
assert hostname == host['name']
host_info = Host.info({'name': hostname})
# Check on RHV, if VM exists
assert rhev.rhv_api.does_vm_exist(hostname)
# Get the information of created VM
rhv_vm = rhev.rhv_api.get_vm(hostname)
# Assert of Satellite mac address for VM and Mac of VM created is same
assert host_info.get('network').get(
'mac') == rhv_vm.get_nics()[0].mac.address
# Check the host is associated to the CR
assert 'compute-resource' in host_info
assert host_info['compute-resource'] == name
# Done. Do not try to SSH, this image-based test should work even without
# being in the same network as RHEV. We checked the VM exists and
# that's enough.
# Disassociate the host from the CR, check it's disassociated
Host.disassociate({'name': hostname})
host_info = Host.info({'name': hostname})
assert 'compute-resource' not in host_info
finally:
# Now, let's just remove the host
Host.delete({'id': host['id']})
# Delete the VM since the disassociated VM won't get deleted
rhv_vm.delete()
def test_positive_provision_rhev_with_host_group(rhev, provisioning,
tear_down):
"""Provision a host on RHEV compute resource with
the help of hostgroup.
:Requirement: Computeresource RHV
:CaseComponent: ComputeResources-RHEV
:Assignee: lhellebr
:id: 97908521-3f4d-4207-93a3-23588b5a0a53
:setup: Hostgroup and provisioning setup like domain, subnet etc.
:steps:
1. Create a RHEV compute resource.
2. Create a host on RHEV compute resource using the Hostgroup
3. Use compute-attributes parameter to specify key-value parameters
regarding the virtual machine.
4. Provision the host.
:expectedresults: The host should be provisioned with host group
:BZ: 1777992
:customerscenario: true
:CaseAutomation: Automated
"""
name = gen_string('alpha')
rhv_cr = ComputeResource.create({
'name': name,
'provider': 'Ovirt',
'user': rhev.username,
'password': rhev.password,
'datacenter': rhev.datacenter,
'url': rhev.hostname,
'ovirt-quota': rhev.quota,
'organizations': provisioning.org_name,
'locations': provisioning.loc_name,
})
assert rhv_cr['name'] == name
host_name = gen_string('alpha').lower()
host = make_host({
'name':
f'{host_name}',
'root-password':
gen_string('alpha'),
'organization':
provisioning.org_name,
'location':
provisioning.loc_name,
'pxe-loader':
'PXELinux BIOS',
'hostgroup':
provisioning.config_env['host_group'],
'compute-resource-id':
rhv_cr.get('id'),
'compute-attributes':
f"cluster={rhev.cluster_id},"
"cores=1,"
"memory=1073741824,"
"start=1",
'ip':
None,
'mac':
None,
'interface':
f"compute_name=nic1, compute_network={rhev.network_id}",
'volume':
f"size_gb=10,storage_domain={rhev.storage_id},bootable=True",
'provision-method':
'build',
})
hostname = f'{host_name}.{provisioning.config_env["domain"]}'
assert hostname == host['name']
host_info = Host.info({'name': hostname})
host_ip = host_info.get('network', {}).get('ipv4-address')
# Check on RHV, if VM exists
assert rhev.rhv_api.does_vm_exist(hostname)
# Get the information of created VM
rhv_vm = rhev.rhv_api.get_vm(hostname)
# Assert of Satellite mac address for VM and Mac of VM created is same
assert host_info.get('network').get(
'mac') == rhv_vm.get_nics()[0].mac.address
# Start to run a ping check if network was established on VM
# If this fails, there's probably some issue with PXE booting or network setup in automation
host_provisioning_check(ip_addr=host_ip)
def test_positive_provision_rhev_with_host_group(self):
"""Provision a host on RHEV compute resource with
the help of hostgroup.
:Requirement: Computeresource RHV
:id: ba78868f-5cff-462f-a55d-f6aa4d11db52
:setup: Hostgroup and provisioning setup like domain, subnet etc.
:steps:
1. Create a RHEV compute resource.
2. Create a host on RHEV compute resource using the Hostgroup
3. Use compute-attributes parameter to specify key-value parameters
regarding the virtual machine.
4. Provision the host.
:expectedresults: The host should be provisioned with host group
:CaseAutomation: automated
"""
name = gen_string('alpha')
rhv_cr = ComputeResource.create({
u'name': name,
u'provider': 'Ovirt',
u'user': self.rhev_username,
u'password': self.rhev_password,
u'datacenter': self.rhev_datacenter,
u'url': self.rhev_url,
u'ovirt-quota': self.quota,
u'organizations': self.org_name,
u'locations': self.loc_name
})
self.assertEquals(rhv_cr['name'], name)
host_name = gen_string('alpha').lower()
host = make_host({
'name': '{0}'.format(host_name),
'root-password': gen_string('alpha'),
'organization': self.org_name,
'location': self.loc_name,
'pxe-loader': 'PXELinux BIOS',
'hostgroup': self.config_env['host_group'],
'compute-resource-id': rhv_cr.get('id'),
'compute-attributes': "cluster={0},"
"cores=1,"
"memory=1073741824,"
"start=1".format(self.cluster_id),
'ip': None,
'mac': None,
'interface': "compute_name=nic1, "
"compute_network={0}".format(self.network_id),
'volume': "size_gb=10,"
"storage_domain={0},"
"bootable=True".format(self.storage_id),
'provision-method': 'build'
})
hostname = '{0}.{1}'.format(
host_name, self.config_env['domain'])
self.assertEquals(hostname, host['name'])
host_info = Host.info({'name': hostname})
host_ip = host_info.get('network').get('ipv4-address')
# Check on RHV, if VM exists
self.assertTrue(self.rhv_api.does_vm_exist(hostname))
# Get the information of created VM
rhv_vm = self.rhv_api.get_vm(hostname)
# Assert of Satellite mac address for VM and Mac of VM created is same
self.assertEqual(host_info.get('network').get('mac'),
rhv_vm.get_nics()[0].mac.address
)
# Start to run a ping check if network was established on VM
with self.assertNotRaises(ProvisioningCheckError):
host_provisioning_check(ip_addr=host_ip)
def test_positive_validate_inherited_cv_lce(session, module_host_template):
"""Create a host with hostgroup specified via CLI. Make sure host
inherited hostgroup's lifecycle environment, content view and both
fields are properly reflected via WebUI.
:id: c83f6819-2649-4a8b-bb1d-ce93b2243765
:expectedresults: Host's lifecycle environment and content view match
the ones specified in hostgroup.
:CaseLevel: Integration
:BZ: 1391656
"""
lce = make_lifecycle_environment(
{'organization-id': module_host_template.organization.id})
content_view = make_content_view(
{'organization-id': module_host_template.organization.id})
ContentView.publish({'id': content_view['id']})
version_id = ContentView.version_list(
{'content-view-id': content_view['id']})[0]['id']
ContentView.version_promote({
'id':
version_id,
'to-lifecycle-environment-id':
lce['id'],
'organization-id':
module_host_template.organization.id,
})
hostgroup = make_hostgroup({
'content-view-id':
content_view['id'],
'lifecycle-environment-id':
lce['id'],
'organization-ids':
module_host_template.organization.id,
})
puppet_proxy = Proxy.list(
{'search': 'name = {0}'.format(settings.server.hostname)})[0]
host = make_host({
'architecture-id':
module_host_template.architecture.id,
'domain-id':
module_host_template.domain.id,
'environment-id':
module_host_template.environment.id,
'hostgroup-id':
hostgroup['id'],
'location-id':
module_host_template.location.id,
'medium-id':
module_host_template.medium.id,
'operatingsystem-id':
module_host_template.operatingsystem.id,
'organization-id':
module_host_template.organization.id,
'partition-table-id':
module_host_template.ptable.id,
'puppet-proxy-id':
puppet_proxy['id'],
})
with session:
values = session.host.read(host['name'],
['host.lce', 'host.content_view'])
assert values['host']['lce'] == lce['name']
assert values['host']['content_view'] == content_view['name']
