def _image_to_view(image, tenant=None):
result = link_for_image(image.id, image.name)
result.update({
u'status':
image.status,
u'disk-format':
image.disk_format,
u'container-format':
image.container_format,
u'created':
timestamp_from_openstack(image.created_at),
u'md5sum':
image.checksum,
u'size':
image.size,
u'data-href':
url_for('images.get_image_data', image_id=image.id)
})
if image.owner == auth.default_tenant_id():
result[u'global'] = True
else:
result[u'global'] = False
result[u'project'] = link_for_project(image.owner,
tenant.name if tenant else None)
if 'kernel_id' in image.properties:
result['kernel'] = link_for_image(image.properties['kernel_id'])
if 'ramdisk_id' in image.properties:
result['ramdisk'] = link_for_image(image.properties['ramdisk_id'])
return result
def _instance_to_view(server):
client = admin_client_set()
project_link = link_for_project(server.tenant_id)
flavor = client.compute.flavors.get(server.flavor["id"])
user_link = link_for_user_id(server.user_id)
image_link = link_for_image(server.image["id"])
instancedata = InstanceDataDAO.get(server.id)
href_for = lambda endpoint: url_for(endpoint, instance_id=server.id)
result = {
u"id": server.id,
u"href": href_for("instances.get_instance"),
u"name": server.name,
u"project": project_link,
u"created-by": user_link,
u"image": image_link,
u"instance-type": {
u"id": flavor.id,
u"name": flavor.name,
u"href": url_for("instance_types.get_instance_type", instance_type_id=flavor.id),
},
u"created": timestamp_from_openstack(server.created),
u"state": server.status,
u"ipv4": [elem["addr"] for val in server.addresses.itervalues() for elem in val if elem["version"] == 4],
u"links": {
u"reboot": href_for("instances.reboot_instance"),
u"reset": href_for("instances.reset_instance"),
u"remove": href_for("instances.remove_instance"),
u"vnc": href_for("instances.instance_vnc_console"),
u"console-output": href_for("instances.instance_console_output"),
u"fw-rules": href_for("instance_fw_rule_sets" ".list_instance_fw_rule_sets"),
},
}
if instancedata:
if instancedata.expires_at is not None:
result[u"expires-at"] = instancedata.expires_at
if instancedata.remind_at is not None:
result[u"remind-at"] = instancedata.remind_at
if g.is_admin and hasattr(server, _HOST_ATTRIBUTE):
result["node"] = link_for_node(getattr(server, _HOST_ATTRIBUTE))
return result
def _image_to_view(image, tenant=None):
result = link_for_image(image.id, image.name)
result.update({
u'status': image.status,
u'disk-format': image.disk_format,
u'container-format': image.container_format,
u'created': timestamp_from_openstack(image.created_at),
u'md5sum': image.checksum,
u'size': image.size,
u'data-href': url_for('images.get_image_data', image_id=image.id)
})
if image.owner == auth.default_tenant_id():
result[u'global'] = True
else:
result[u'global'] = False
result[u'project'] = link_for_project(image.owner,
tenant.name if tenant else None)
if 'kernel_id' in image.properties:
result['kernel'] = link_for_image(image.properties['kernel_id'])
if 'ramdisk_id' in image.properties:
result['ramdisk'] = link_for_image(image.properties['ramdisk_id'])
return result
def test_timestamp_with_microseconds_can_be_parsed(self):
value = "2012-09-13T15:00:42.000Z"
expected = datetime(2012, 9, 13, 15, 0, 42)
self.assertEquals(expected, timestamp_from_openstack(value))
def test_timestamp_without_zone_can_be_parsed(self):
value = "2012-09-13T15:00:42"
expected = datetime(2012, 9, 13, 15, 0, 42)
self.assertEquals(expected, timestamp_from_openstack(value))
def test_timestamp_with_microseconds_can_be_parsed(self):
value = "2012-09-13T15:00:42.000Z"
expected = datetime(2012, 9, 13, 15, 0, 42)
self.assertEquals(expected, timestamp_from_openstack(value))
def test_timestamp_without_zone_can_be_parsed(self):
value = "2012-09-13T15:00:42"
expected = datetime(2012, 9, 13, 15, 0, 42)
self.assertEquals(expected, timestamp_from_openstack(value))
