def pull_issue_types(self, project):
backend_project = self.get_project(project.backend_id)
backend_issue_types = {
issue_type.id: issue_type
for issue_type in backend_project.issueTypes
}
project_issue_types = {
issue_type.backend_id: issue_type
for issue_type in project.issue_types.all()
}
global_issue_types = {
issue_type.backend_id: issue_type
for issue_type in models.IssueType.objects.filter(settings=self.settings)
}
new_issue_types = set(backend_issue_types.keys()) - set(project_issue_types.keys())
for issue_type_id in new_issue_types:
if issue_type_id in global_issue_types:
issue_type = global_issue_types[issue_type_id]
else:
issue_type = self.import_issue_type(backend_issue_types[issue_type_id])
issue_type.save()
project.issue_types.add(issue_type)
stale_issue_types = set(project_issue_types.keys()) - set(backend_issue_types.keys())
project.issue_types.filter(backend_id__in=stale_issue_types).delete()
common_issue_types = set(project_issue_types.keys()) & set(backend_issue_types.keys())
for issue_type_id in common_issue_types:
issue_type = project_issue_types[issue_type_id]
imported_issue_type = self.import_issue_type(backend_issue_types[issue_type_id])
update_pulled_fields(issue_type, imported_issue_type, (
'name', 'description', 'icon_url', 'subtask'
))
def update_instance_fields(self, instance, backend_instance):
# Preserve flavor fields in Waldur database if flavor is deleted in Rijkscloud
fields = set(models.Instance.get_backend_fields())
flavor_fields = {'flavor_name', 'ram', 'cores'}
if not backend_instance.flavor_name:
fields = fields - flavor_fields
fields = list(fields)
update_pulled_fields(instance, backend_instance, fields)
def pull_instance(self, instance, update_fields=None):
import_time = timezone.now()
imported_instance = self.import_instance(instance.backend_id, save=False)
instance.refresh_from_db()
if instance.modified < import_time:
if update_fields is None:
update_fields = models.Instance.get_backend_fields()
update_pulled_fields(instance, imported_instance, update_fields)
def pull_templates(self):
"""
Pull VMware templates for virtual machine provisioning from content library
using VMware REST API to the local database.
"""
try:
backend_templates = self.client.list_all_templates()
except VMwareError as e:
raise VMwareBackendError(e)
if is_basic_mode():
# If basic mode is enabled, we should filter out templates which have more than 1 NIC
backend_templates = [
template for template in backend_templates
if len(template['template']['nics']) == 1
]
backend_templates_map = {
item['library_item']['id']: item
for item in backend_templates
}
frontend_templates_map = {
p.backend_id: p
for p in models.Template.objects.filter(settings=self.settings)
}
stale_ids = set(frontend_templates_map.keys()) - set(
backend_templates_map.keys())
new_ids = set(backend_templates_map.keys()) - set(
frontend_templates_map.keys())
common_ids = set(backend_templates_map.keys()) & set(
frontend_templates_map.keys())
for library_item_id in new_ids:
template = self._backend_template_to_template(
backend_templates_map[library_item_id])
template.save()
for library_item_id in common_ids:
backend_template = self._backend_template_to_template(
backend_templates_map[library_item_id])
frontend_template = frontend_templates_map[library_item_id]
fields = (
'cores',
'cores_per_socket',
'ram',
'disk',
'guest_os',
'modified',
'description',
)
update_pulled_fields(frontend_template, backend_template, fields)
models.Template.objects.filter(settings=self.settings,
backend_id__in=stale_ids).delete()
def pull_volume(self, volume, update_fields=None):
import_time = timezone.now()
imported_volume = self.import_volume(volume.backend_id, save=False)
volume.refresh_from_db()
if volume.modified < import_time:
if not update_fields:
update_fields = models.Volume.get_backend_fields()
update_pulled_fields(volume, imported_volume, update_fields)
def pull_host(self, host):
import_time = timezone.now()
imported_host = self.import_host(host.backend_id, save=False)
imported_host_templates = set(self.get_host_templates(host))
host.refresh_from_db()
if host.modified < import_time:
update_fields = ('name', 'visible_name', 'description', 'error',
'status', 'host_group_name')
update_pulled_fields(host, imported_host, update_fields)
host_templates = set(host.templates.all())
host.templates.remove(*(host_templates - imported_host_templates))
host.templates.add(*(imported_host_templates - host_templates))
def pull_volumes(self):
backend_volumes = self.get_volumes()
volumes = models.Volume.objects.filter(
service_project_link__service__settings=self.settings,
state__in=[models.Volume.States.OK, models.Volume.States.ERRED]
)
backend_volumes_map = {backend_volume.backend_id: backend_volume for backend_volume in backend_volumes}
for volume in volumes:
try:
backend_volume = backend_volumes_map[volume.backend_id]
except KeyError:
handle_resource_not_found(volume)
else:
update_pulled_fields(volume, backend_volume, models.Volume.get_backend_fields())
handle_resource_update_success(volume)
def pull_virtual_machine(self, vm, update_fields=None):
"""
Pull virtual machine from REST API and update its information in local database.
:param vm: Virtual machine database object.
:type vm: :class:`waldur_vmware.models.VirtualMachine`
:param update_fields: iterable of fields to be updated
"""
import_time = timezone.now()
imported_vm = self.import_virtual_machine(vm.backend_id, save=False)
vm.refresh_from_db()
if vm.modified < import_time:
if not update_fields:
update_fields = models.VirtualMachine.get_backend_fields()
update_pulled_fields(vm, imported_vm, update_fields)
def pull_catalogs_for_scope(self, remote_catalogs, scope):
content_type = ContentType.objects.get_for_model(scope)
local_catalogs = models.Catalog.objects.filter(
content_type=content_type,
object_id=scope.id,
)
remote_catalog_map = {
catalog['id']:
self.remote_catalog_to_local(catalog, content_type, scope.id)
for catalog in remote_catalogs
}
local_catalog_map = {
catalog.backend_id: catalog
for catalog in local_catalogs
}
remote_catalog_ids = set(remote_catalog_map.keys())
local_catalog_ids = set(local_catalog_map.keys())
stale_catalogs = local_catalog_ids - remote_catalog_ids
new_catalogs = [
remote_catalog_map[catalog_id]
for catalog_id in remote_catalog_ids - local_catalog_ids
]
existing_catalogs = remote_catalog_ids & local_catalog_ids
pulled_fields = {
'name',
'description',
'catalog_url',
'branch',
'commit',
'username',
'password',
'runtime_state',
}
for catalog_id in existing_catalogs:
local_catalog = local_catalog_map[catalog_id]
remote_catalog = remote_catalog_map[catalog_id]
update_pulled_fields(local_catalog, remote_catalog, pulled_fields)
models.Catalog.objects.bulk_create(new_catalogs)
local_catalogs.filter(backend_id__in=stale_catalogs).delete()
def pull_vm_ports(self, vm):
try:
backend_ports = self.client.list_nics(vm.backend_id)
except VMwareError as e:
raise VMwareBackendError(e)
backend_ports_map = {item['nic']: item for item in backend_ports}
frontend_ports_map = {
p.backend_id: p
for p in models.Port.objects.filter(vm=vm)
}
networks_map = {
p.backend_id: p
for p in models.Network.objects.filter(
settings=vm.service_settings)
}
stale_ids = set(frontend_ports_map.keys()) - set(
backend_ports_map.keys())
new_ids = set(backend_ports_map.keys()) - set(
frontend_ports_map.keys())
common_ids = set(backend_ports_map.keys()) & set(
frontend_ports_map.keys())
for item_id in new_ids:
backend_port = backend_ports_map[item_id]
port = self._backend_port_to_port(backend_port)
port.service_settings = vm.service_settings
port.port = vm.port
network_id = backend_port['backing']['network']
port.network = networks_map.get(network_id)
port.vm = vm
port.save()
for item_id in common_ids:
backend_port = self._backend_port_to_port(
backend_ports_map[item_id])
frontend_port = frontend_ports_map[item_id]
fields = ('mac_address', 'runtime_state')
update_pulled_fields(frontend_port, backend_port, fields)
models.Port.objects.filter(vm=vm, backend_id__in=stale_ids).delete()
def pull_project_workloads(self, project):
remote_workloads = self.client.list_workloads(project.backend_id)
local_workloads = models.Workload.objects.filter(project=project)
local_namespaces = models.Namespace.objects.filter(project=project)
local_namespaces_map = {
namespace.backend_id: namespace
for namespace in local_namespaces
}
remote_workload_map = {
workload['id']:
self.remote_workload_to_local(workload, project,
local_namespaces_map)
for workload in remote_workloads
}
local_workload_map = {
workload.backend_id: workload
for workload in local_workloads
}
remote_workload_ids = set(remote_workload_map.keys())
local_workload_ids = set(local_workload_map.keys())
stale_workloads = local_workload_ids - remote_workload_ids
new_workloads = [
remote_workload_map[workload_id]
for workload_id in remote_workload_ids - local_workload_ids
]
existing_workloads = remote_workload_ids & local_workload_ids
pulled_fields = {
'name',
'runtime_state',
'scale',
}
for workload_id in existing_workloads:
local_workload = local_workload_map[workload_id]
remote_workload = remote_workload_map[workload_id]
update_pulled_fields(local_workload, remote_workload,
pulled_fields)
models.Workload.objects.bulk_create(new_workloads)
local_workloads.filter(backend_id__in=stale_workloads).delete()
def pull_namespaces_for_cluster(self, cluster: models.Cluster):
remote_namespaces = self.client.list_namespaces(cluster.backend_id)
local_namespaces = models.Namespace.objects.filter(
project__cluster=cluster)
local_projects = models.Project.objects.filter(cluster=cluster)
local_project_map = {
project.backend_id: project
for project in local_projects
}
remote_namespace_map = {
namespace['id']:
self.remote_namespace_to_local(namespace, local_project_map)
for namespace in remote_namespaces
}
local_namespace_map = {
namespace.backend_id: namespace
for namespace in local_namespaces
}
remote_namespace_ids = set(remote_namespace_map.keys())
local_namespace_ids = set(local_namespace_map.keys())
stale_namespaces = local_namespace_ids - remote_namespace_ids
new_namespaces = [
remote_namespace_map[namespace_id]
for namespace_id in remote_namespace_ids - local_namespace_ids
]
existing_namespaces = remote_namespace_ids & local_namespace_ids
pulled_fields = {
'name',
'runtime_state',
'project',
}
for namespace_id in existing_namespaces:
local_namespace = local_namespace_map[namespace_id]
remote_namespace = remote_namespace_map[namespace_id]
update_pulled_fields(local_namespace, remote_namespace,
pulled_fields)
models.Namespace.objects.bulk_create(new_namespaces)
local_namespaces.filter(backend_id__in=stale_namespaces).delete()
def pull_project_hpas(self, project):
local_workloads = models.Workload.objects.filter(project=project)
local_workloads_map = {
workload.backend_id: workload
for workload in local_workloads
}
local_hpas = models.HPA.objects.filter(project=project)
local_hpa_map = {hpa.backend_id: hpa for hpa in local_hpas}
remote_hpas = self.client.list_hpas(project.backend_id)
remote_hpa_map = {
hpa['id']: self.remote_hpa_to_local(hpa, local_workloads_map)
for hpa in remote_hpas
}
remote_hpa_ids = set(remote_hpa_map.keys())
local_hpa_ids = set(local_hpa_map.keys())
stale_hpas = local_hpa_ids - remote_hpa_ids
new_hpas = [
remote_hpa_map[hpa_id] for hpa_id in remote_hpa_ids - local_hpa_ids
]
existing_hpas = remote_hpa_ids & local_hpa_ids
pulled_fields = {
'name',
'runtime_state',
'current_replicas',
'desired_replicas',
'min_replicas',
'max_replicas',
'metrics',
}
for hpa_id in existing_hpas:
local_hpa = local_hpa_map[hpa_id]
remote_hpa = remote_hpa_map[hpa_id]
update_pulled_fields(local_hpa, remote_hpa, pulled_fields)
models.HPA.objects.bulk_create(new_hpas)
local_hpas.filter(backend_id__in=stale_hpas).delete()
def pull_port(self, port, update_fields=None):
"""
Pull Ethernet port from REST API and update its information in local database.
:param port: Port to be updated.
:type port: :class:`waldur_vmware.models.Port`
:param update_fields: iterable of fields to be updated
:return: None
"""
import_time = timezone.now()
imported_port = self.import_port(port.vm.backend_id,
port.backend_id,
save=False)
port.refresh_from_db()
if port.modified < import_time:
if not update_fields:
update_fields = models.Port.get_backend_fields()
update_pulled_fields(port, imported_port, update_fields)
def pull_disk(self, disk, update_fields=None):
"""
Pull virtual disk from REST API and update its information in local database.
:param disk: Virtual disk database object.
:type disk: :class:`waldur_vmware.models.Disk`
:param update_fields: iterable of fields to be updated
:return: None
"""
import_time = timezone.now()
imported_disk = self.import_disk(disk.vm.backend_id,
disk.backend_id,
save=False)
disk.refresh_from_db()
if disk.modified < import_time:
if not update_fields:
update_fields = models.Disk.get_backend_fields()
update_pulled_fields(disk, imported_disk, update_fields)
def _pull_projects(self, local_clusters, local_projects, remote_projects):
"""
This private method pulls projects for given clusters and projects.
"""
local_cluster_map = {
cluster.backend_id: cluster
for cluster in local_clusters
}
remote_project_map = {
project['id']:
self.remote_project_to_local(project, local_cluster_map)
for project in remote_projects
}
local_project_map = {
project.backend_id: project
for project in local_projects
}
remote_project_ids = set(remote_project_map.keys())
local_project_ids = set(local_project_map.keys())
stale_projects = local_project_ids - remote_project_ids
new_projects = [
remote_project_map[project_id]
for project_id in remote_project_ids - local_project_ids
]
existing_projects = remote_project_ids & local_project_ids
pulled_fields = {
'name',
'description',
'runtime_state',
'cluster',
}
for project_id in existing_projects:
local_project = local_project_map[project_id]
remote_project = remote_project_map[project_id]
update_pulled_fields(local_project, remote_project, pulled_fields)
models.Project.objects.bulk_create(new_projects)
local_projects.filter(backend_id__in=stale_projects).delete()
def pull_datastores(self):
try:
backend_datastores = self.client.list_datastores()
except VMwareError as e:
raise VMwareBackendError(e)
backend_datastores_map = {
item['datastore']: item
for item in backend_datastores
}
frontend_datastores_map = {
p.backend_id: p
for p in models.Datastore.objects.filter(settings=self.settings)
}
stale_ids = set(frontend_datastores_map.keys()) - set(
backend_datastores_map.keys())
new_ids = set(backend_datastores_map.keys()) - set(
frontend_datastores_map.keys())
common_ids = set(backend_datastores_map.keys()) & set(
frontend_datastores_map.keys())
for item_id in new_ids:
datastore = self._backend_datastore_to_datastore(
backend_datastores_map[item_id])
datastore.save()
for item_id in common_ids:
backend_datastore = self._backend_datastore_to_datastore(
backend_datastores_map[item_id])
frontend_datastore = frontend_datastores_map[item_id]
fields = ('name', 'capacity', 'free_space')
update_pulled_fields(frontend_datastore, backend_datastore, fields)
models.Datastore.objects.filter(settings=self.settings,
backend_id__in=stale_ids).delete()
def test_model_is_saved_if_pulled_fields_are_different(self):
vm1 = InstanceMock()
vm2 = InstanceMock(runtime_state='ERRED')
update_pulled_fields(vm1, vm2, ('name', 'runtime_state'))
self.assertEqual(vm1.save.call_count, 1)
def _pull_templates(
self,
local_templates,
local_catalogs,
local_clusters,
local_projects,
remote_templates,
):
local_catalog_map = {
catalog.backend_id: catalog
for catalog in local_catalogs
}
local_cluster_map = {
cluster.backend_id: cluster
for cluster in local_clusters
}
local_project_map = {
project.backend_id: project
for project in local_projects
}
local_template_map = {
template.backend_id: template
for template in local_templates
}
remote_template_map = {
template['id']:
self.remote_template_to_local(template, local_catalog_map,
local_cluster_map, local_project_map)
for template in remote_templates
}
remote_template_ids = set(remote_template_map.keys())
local_template_ids = set(local_template_map.keys())
stale_templates = local_template_ids - remote_template_ids
new_templates = [
remote_template_map[template_id]
for template_id in remote_template_ids - local_template_ids
]
existing_templates = remote_template_ids & local_template_ids
pulled_fields = {
'name',
'description',
'runtime_state',
'project_url',
'icon_url',
'default_version',
'versions',
'catalog',
'cluster',
'project',
}
for template_id in existing_templates:
local_template = local_template_map[template_id]
remote_template = remote_template_map[template_id]
update_pulled_fields(local_template, remote_template,
pulled_fields)
models.Template.objects.bulk_create(new_templates)
local_templates.filter(backend_id__in=stale_templates).delete()
def test_model_is_not_saved_if_pulled_fields_are_the_same(self):
vm = InstanceMock()
update_pulled_fields(vm, vm, ('name', 'runtime_state'))
self.assertEqual(vm.save.call_count, 0)
def test_model_is_not_saved_if_changed_fields_are_ignored(self):
vm1 = InstanceMock()
vm2 = InstanceMock(runtime_state='ERRED')
update_pulled_fields(vm1, vm2, ('name', ))
self.assertEqual(vm1.save.call_count, 0)
def test_error_message_saved_if_it_changed(self):
vm1 = InstanceMock()
vm2 = InstanceMock(error_message='Server does not respond.')
update_pulled_fields(vm1, vm2, ('name', ))
self.assertEqual(vm1.save.call_count, 1)
