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kjg 2023-11-16 22:29:06 +09:00
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# -*- coding: UTF-8 -*-
import http.client
import logging
import os
import re
import socket
import xmlrpc.client
from .cluster import Cluster, ClusterPool
from .datastore import Datastore, DatastorePool
from .exceptions import OpenNebulaException
from .group import Group, GroupPool
from .host import Host, HostPool
from .image import Image, ImagePool
from .template import VmTemplate, VmTemplatePool
from .user import User, UserPool
from .vm import VirtualMachine, VirtualMachinePool
from .vn import VirtualNetwork, VirtualNetworkPool
CONNECTED = -3
ALL = -2
CONNECTED_AND_GROUP = -1
logger = logging.getLogger(__name__)
class TimeoutHTTPConnection(http.client.HTTPConnection):
def connect(self):
http.client.HTTPConnection.connect(self)
self.sock.settimeout(self.timeout)
class TimeoutHTTP(http.client.HTTPConnection):
_connection_class = TimeoutHTTPConnection
def set_timeout(self, timeout):
self._conn.timeout = timeout
class ProxiedTransport(xmlrpc.client.Transport):
def __init__(self, timeout=socket._GLOBAL_DEFAULT_TIMEOUT, *args, **kwargs):
xmlrpc.client.Transport.__init__(self, *args, **kwargs)
self.timeout = timeout
def set_proxy(self, proxy):
self.proxy = proxy
def make_connection(self, host):
self.realhost = host
h = http.client.HTTPConnection(self.proxy)
return h
def send_request(self, connection, handler, request_body):
connection.putrequest("POST", 'http://%s%s' % (self.realhost, handler))
def send_host(self, connection, host):
connection.putheader('Host', self.realhost)
class Client(object):
"""
The client class, represents the connection with the core and handles the
xml-rpc calls(see http://www.opennebula.org/documentation:rel3.2:api)
"""
DEFAULT_ONE_AUTH = "~/.one/one_auth"
ONE_AUTH_RE = re.compile('^(.+?):(.+)$')
DEFAULT_ONE_ADDRESS = "http://localhost:2633/RPC2"
def __init__(self, secret=None, address=None, proxy=None):
self.one_version = None
if secret:
one_secret = secret
elif "ONE_AUTH" in os.environ and os.environ["ONE_AUTH"]:
one_auth = os.path.expanduser(os.environ["ONE_AUTH"])
with open(one_auth) as f:
one_secret = f.read().strip()
elif os.path.exists(os.path.expanduser(self.DEFAULT_ONE_AUTH)):
with open(os.path.expanduser(self.DEFAULT_ONE_AUTH)) as f:
one_secret = f.read().strip()
else:
raise OpenNebulaException('ONE_AUTH file not present')
one_secret = self.ONE_AUTH_RE.match(one_secret)
if one_secret:
user = one_secret.groups()[0]
password = one_secret.groups()[1]
else:
raise OpenNebulaException("Authorization file malformed")
self.one_auth = '{0}:{1}'.format(user, password)
if address:
self.one_address = address
elif "ONE_XMLRPC" in os.environ and os.environ["ONE_XMLRPC"]:
self.one_address = os.environ["ONE_XMLRPC"]
else:
self.one_address = self.DEFAULT_ONE_ADDRESS
if proxy:
p = ProxiedTransport(timeout=100)
p.set_proxy(proxy)
self.server = xmlrpc.client.ServerProxy(self.one_address, transport=p)
else:
self.server = xmlrpc.client.ServerProxy(self.one_address)
def call(self, function, *args):
"""
Calls rpc function.
Arguments
``function``
OpenNebula xmlrpc funtcion name (without preceding 'one.')
``args``
function arguments
"""
try:
func = getattr(self.server.one, function)
ret = func(self.one_auth, *args)
try:
is_success, data, return_code = ret
except ValueError:
logger.error(
"""Called function: {function}
arguments: {args}
Return value = {ret}"""
.format(
function=function, args=str(args),
ret=str(ret)
)
)
data = ''
is_success = False
except socket.error as e:
# connection error
raise e
if not is_success:
raise OpenNebulaException(data)
return data
def version(self):
"""
Get the version of the connected OpenNebula server.
"""
self.one_version = self.call('system.version')
return self.one_version
__all__ = [Client, OpenNebulaException, Host, HostPool, VirtualMachine,
VirtualMachinePool, User, UserPool,
Image, ImagePool, VirtualNetwork, VirtualNetworkPool,
Group, GroupPool, VmTemplate, VmTemplatePool, ALL, CONNECTED,
Cluster, ClusterPool, Datastore, DatastorePool]

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# -*- coding: UTF-8 -*-

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# -*- coding: UTF-8 -*-
from .pool import Pool, PoolElement, Template, extractString
class Cluster(PoolElement):
METHODS = {
# 'info' : 'cluster.info',
'allocate': 'cluster.allocate',
'delete': 'cluster.delete',
# 'enable' : 'cluster.enable',
# 'update' : 'cluster.update'
}
XML_TYPES = {
'id': int,
'name': extractString,
'host_ids': ['HOSTS', lambda hosts: [int(host_id.text) for host_id in hosts]],
'datastore_ids': ['DATASTORES', lambda datastores: [int(datastore_id.text) for datastore_id in datastores]],
'vnet_ids': ['VNETS', lambda vnets: [int(vnet_id.text) for vnet_id in vnets]],
'template': ['TEMPLATE', Template],
}
ELEMENT_NAME = 'CLUSTER'
@staticmethod
def allocate(client, cluster_name):
"""
Adds a cluster to the cluster list
Arguments
``cluster_name``
Clustername to add
"""
cluster_id = client.call(Cluster.METHODS['allocate'], cluster_name)
return cluster_id
def __init__(self, xml, client):
super(Cluster, self).__init__(xml, client)
self._convert_types()
def __repr__(self):
return '<oca.Cluster("%s")>' % self.name
class ClusterPool(Pool):
METHODS = {
'info': 'clusterpool.info',
}
def __init__(self, client):
super(ClusterPool, self).__init__('CLUSTER_POOL', 'CLUSTER', client)
def _factory(self, xml):
c = Cluster(xml, self.client)
return c

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# -*- coding: UTF-8 -*-
from .pool import Pool, PoolElement, Template, extractString
class Datastore(PoolElement):
METHODS = {
# 'info' : 'datastore.info',
'allocate': 'datastore.allocate',
'delete': 'datastore.delete',
# 'enable' : 'datastore.enable',
# 'update' : 'datastore.update'
}
XML_TYPES = {
'id': int,
'name': extractString,
'uid': int,
'gid': int,
'uname': extractString,
'gname': extractString,
# 'permissions' : Permissions,
'ds_mad': extractString,
'tm_mad': extractString,
'base_path': extractString,
'type': int,
'disk_type': int,
# 'state' : ???,
# 'cluster_id': int,
'cluster_ids': ['CLUSTERS', lambda clusters: [int(cluster_id.text) for cluster_id in clusters]],
# 'cluster': extractString,
'total_mb': int,
'free_mb': int,
'used_mb': int,
'image_ids': ['IMAGES', lambda images: [int(image_id.text) for image_id in images]],
'template': ['TEMPLATE', Template],
}
ELEMENT_NAME = 'DATASTORE'
@staticmethod
def allocate(client, datastore_template):
"""
Adds a datastore to the datastore list
Arguments
``datastore_template``
Template for the datastore to add
"""
datastore_id = client.call(Datastore.METHODS['allocate'], datastore_template)
return datastore_id
def __init__(self, xml, client):
super(Datastore, self).__init__(xml, client)
self._convert_types()
def __repr__(self):
return '<oca.Datastore("%s")>' % self.name
class DatastorePool(Pool):
METHODS = {
'info': 'datastorepool.info',
}
def __init__(self, client):
super(DatastorePool, self).__init__('DATASTORE_POOL', 'DATASTORE', client)
def _factory(self, xml):
c = Datastore(xml, self.client)
return c

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# -*- coding: UTF-8 -*-
class OpenNebulaException(Exception):
pass

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# -*- coding: UTF-8 -*-
from .pool import Pool, PoolElement, Template, extractString
class Group(PoolElement):
METHODS = {
'info': 'group.info',
'allocate': 'group.allocate',
'delete': 'group.delete',
}
XML_TYPES = {
'id': int,
'name': extractString,
'template': ['TEMPLATE', Template],
'users': ['USERS', lambda users: [int(i.text) for i in users]],
# 'resource_providers': handled separately
# 'datastore_quota': handled separately
# 'network_quota': handled separately
# 'vm_quota': handled separately
# 'image_quota'
# 'default_group_quotas'
}
ELEMENT_NAME = 'GROUP'
@staticmethod
def allocate(client, group_name):
"""
Allocates a new group in OpenNebula
Arguments
``client``
oca.Client object
``group``
a string containing the group name
"""
group_id = client.call(Group.METHODS['allocate'], group_name)
return group_id
def __init__(self, xml, client):
super(Group, self).__init__(xml, client)
self.id = self['ID'] if self['ID'] else None
def __repr__(self):
return '<oca.Group("%s")>' % self.name
class GroupPool(Pool):
METHODS = {
'info': 'grouppool.info',
}
def __init__(self, client):
super(GroupPool, self).__init__('GROUP_POOL', 'GROUP', client)
def _factory(self, xml):
i = Group(xml, self.client)
i._convert_types()
return i

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# -*- coding: UTF-8 -*-
from .pool import Pool, PoolElement, Template, extractString
class HostShare(Template):
def __repr__(self):
return '<oca.vm.HostShare()>'
class Host(PoolElement):
METHODS = {
'info': 'host.info',
'allocate': 'host.allocate',
'delete': 'host.delete',
'enable': 'host.enable',
'update': 'host.update'
}
INIT = 0
MONITORING_MONITORED = 1 # Currently monitoring, previously MONITORED
MONITORED = 2
ERROR = 3
DISABLED = 4
MONITORING_ERROR = 5 # Currently monitoring, previously ERROR
MONITORING_INIT = 6 # Currently monitoring, previously initialized
MONITORING_DISABLED = 7 # Currently monitoring, previously DISABLED
HOST_STATES = ['INIT', 'MONITORING_MONITORED', 'MONITORED', 'ERROR', 'DISABLED',
'MONITORING_ERROR', 'MONITORING_INIT', 'MONITORING_DISABLED']
SHORT_HOST_STATES = {
'INIT': 'on',
'MONITORING_MONITORED': 'on',
'MONITORED': 'on',
'ERROR': 'err',
'DISABLED': 'off',
'MONITORING_ERROR': 'on',
'MONITORING_INIT': 'on',
'MONITORING_DISABLED': 'on',
}
XML_TYPES = {
'id': int,
'name': extractString,
'state': int,
'im_mad': extractString,
'vm_mad': extractString,
'vn_mad': extractString,
'last_mon_time': int,
'cluster': extractString,
'cluster_id': int,
'vm_ids': ['VMS', lambda vms: [int(vmid.text) for vmid in vms]],
'template': ['TEMPLATE', Template],
'host_share': ['HOST_SHARE', HostShare],
}
ELEMENT_NAME = 'HOST'
@staticmethod
def allocate(client, hostname, im, vmm, tm, cluster_id=-1):
"""
Adds a host to the host list
Arguments
``hostname``
Hostname machine to add
``im``
Information manager'
``vmm``
Virtual machine manager.
``tm``
Transfer manager
"""
host_id = client.call(Host.METHODS['allocate'], hostname, im, vmm, tm, cluster_id)
return host_id
def __init__(self, xml, client):
# remove 'vn_mad' attribute in OpenNebula >= 5
xml_types = Host.XML_TYPES
if client.one_version is None:
client.version()
if client.one_version >= '5' and 'vn_mad' in xml_types:
del xml_types['vn_mad']
super(Host, self).__init__(xml, client)
self.id = self['ID'] if self['ID'] else None
def enable(self):
"""
Enable this host
"""
self.client.call(self.METHODS['enable'], self.id, True)
def disable(self):
"""
Disable this host.
"""
self.client.call(self.METHODS['enable'], self.id, False)
def update(self, template, merge=False):
"""
Update the template of this host. If merge is false (default),
the existing template is replaced.
"""
self.client.call(self.METHODS['update'], self.id, template, 1 if merge else 0)
@property
def str_state(self):
"""
String representation of host state.
One of 'INIT', 'MONITORING', 'MONITORED', 'ERROR', 'DISABLED'
"""
return self.HOST_STATES[int(self.state)]
@property
def short_state(self):
"""
Short string representation of host state. One of 'on', 'off', 'err'
"""
return self.SHORT_HOST_STATES[self.str_state]
def __repr__(self):
return '<oca.Host("%s")>' % self.name
class HostPool(Pool):
METHODS = {
'info': 'hostpool.info',
}
def __init__(self, client):
super(HostPool, self).__init__('HOST_POOL', 'HOST', client)
def _factory(self, xml):
h = Host(xml, self.client)
h._convert_types()
return h

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# -*- coding: UTF-8 -*-
from .pool import Pool, PoolElement, Template, extractString
class Image(PoolElement):
METHODS = {
'info': 'image.info',
'allocate': 'image.allocate',
'delete': 'image.delete',
'update': 'image.update',
'enable': 'image.enable',
'publish': 'image.publish',
'chmod': 'image.chmod',
'chown': 'image.chown',
'persistent': 'image.persistent',
'clone': 'image.clone',
}
XML_TYPES = {
'id': int,
'uid': int,
'gid': int,
'uname': extractString,
'gname': extractString,
'name': extractString,
# 'permissions' : ???,
'type': int,
'disk_type': int,
'persistent': int,
'regtime': int,
'source': extractString,
'path': extractString,
'fstype': extractString,
'size': int,
'state': int,
'running_vms': int,
'cloning_ops': int,
'cloning_id': int,
'datastore_id': int,
'datastore': extractString,
'vm_ids': ["VMS", lambda vms: [int(vm_id.text) for vm_id in vms]],
'clone_ids': ["CLONES", lambda clones: [int(clone_id.text) for clone_id in clones]],
'template': ['TEMPLATE', Template],
}
INIT = 0
READY = 1
USED = 2
DISABLED = 3
IMAGE_STATES = ['INIT', 'READY', 'USED', 'DISABLED', 'LOCKED', 'ERROR', 'CLONE', 'DELETE', 'USED_PERS']
SHORT_IMAGE_STATES = {
"INIT": "init",
"READY": "rdy",
"USED": "used",
"DISABLED": "disa",
"LOCKED": "lock",
"ERROR": "err",
"CLONE": "clon",
"DELETE": "dele",
"USED_PERS": "used"
}
IMAGE_TYPES = ['OS', 'CDROM', 'DATABLOCK']
SHORT_IMAGE_TYPES = {
"OS": "OS",
"CDROM": "CD",
"DATABLOCK": "DB"
}
ELEMENT_NAME = 'IMAGE'
@staticmethod
def allocate(client, template, datastore):
"""
Allocates a new image in OpenNebula
Arguments
``client``
oca.Client object
``template``
a string containing the template of the image
``datastore``
the datastore id where the image is to be allocated
"""
image_id = client.call(Image.METHODS['allocate'], template, datastore)
return image_id
def __init__(self, xml, client):
super(Image, self).__init__(xml, client)
self.id = self['ID'] if self['ID'] else None
def update(self, template):
"""
Replaces the template contents
Arguments
``template``
New template contents
"""
self.client.call(self.METHODS['update'], self.id, template)
def enable(self):
"""
Enables an image
"""
self.client.call(self.METHODS['enable'], self.id, True)
def disable(self):
"""
Disables an image
"""
self.client.call(self.METHODS['enable'], self.id, False)
def publish(self):
"""
Publishes an image
"""
self.client.call(self.METHODS['publish'], self.id, True)
def unpublish(self):
"""
Unpublishes an image
"""
self.client.call(self.METHODS['publish'], self.id, False)
def set_persistent(self):
"""
Set Image as persistent
"""
self.client.call(self.METHODS['persistent'], self.id, True)
def set_nonpersistent(self):
"""
Set Image as non persistent
"""
self.client.call(self.METHODS['persistent'], self.id, False)
def chown(self, uid, gid):
"""
Changes the owner/group
Arguments
``uid``
New owner id. Set to -1 to leave current value
``gid``
New group id. Set to -1 to leave current value
"""
self.client.call(self.METHODS['chown'], self.id, uid, gid)
def chmod(self, owner_u, owner_m, owner_a, group_u, group_m, group_a, other_u, other_m, other_a):
"""
Changes the permission bits
Arguments
``owner_u``
User USE bit. Set to -1 to leave current value
``owner_m``
User MANAGE bit. Set to -1 to leave current value
``owner_a``
User ADMIN bit. Set to -1 to leave current value
``group_u``
Group USE bit. Set to -1 to leave current value
``group_m``
Group MANAGE bit. Set to -1 to leave current value
``group_a``
Group ADMIN bit. Set to -1 to leave current value
``other_u``
Other USE bit. Set to -1 to leave current value
``other_m``
Other MANAGE bit. Set to -1 to leave current value
``other_a``
Other ADMIN bit. Set to -1 to leave current value
"""
self.client.call(self.METHODS['chmod'], self.id, owner_u, owner_m, owner_a, group_u, group_m, group_a, other_u,
other_m, other_a)
def clone(self, name='', datastore_id=-1):
"""
Creates a clone of an image
``name``
name of a target element
``datastore_id``
The ID of the target datastore. Optional, can be set to -1 to use the current one.
"""
self.client.call(self.METHODS['clone'], self.id, name, datastore_id)
@property
def str_state(self):
"""
String representation of image state.
One of 'INIT', 'READY', 'USED', 'DISABLED', 'LOCKED', 'ERROR', 'CLONE', 'DELETE', 'USED_PERS'
"""
return self.IMAGE_STATES[int(self.state)]
@property
def short_state(self):
"""
Short string representation of image state.
One of 'init', 'rdy', 'used', 'disa', 'lock', 'err', 'clon', 'dele', 'used'
"""
return self.SHORT_IMAGE_STATES[self.str_state]
@property
def str_type(self):
"""
String representation of image type.
One of 'OS', 'CDROM', 'DATABLOCK'
"""
return self.IMAGE_TYPES[int(self.type)]
@property
def short_type(self):
"""
Short string representation of image type.
One of 'OS', 'CD', 'DB'
"""
return self.SHORT_IMAGE_TYPES[self.str_type]
def __repr__(self):
return '<oca.Image("%s")>' % self.name
class ImagePool(Pool):
METHODS = {
'info': 'imagepool.info',
}
def __init__(self, client):
super(ImagePool, self).__init__('IMAGE_POOL', 'IMAGE', client)
def _factory(self, xml):
i = Image(xml, self.client)
i._convert_types()
return i

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# -*- coding: UTF-8 -*-
import xml.etree.ElementTree as ET
from .exceptions import OpenNebulaException
class WrongNameError(OpenNebulaException):
pass
class WrongIdError(OpenNebulaException):
pass
def extractString(xml_or_string):
if isinstance(xml_or_string, str):
return xml_or_string
# Py2 compatibility
try:
if isinstance(xml_or_string, unicode):
return xml_or_string
except NameError:
pass
return xml_or_string.text or ''
class Template(object):
def __init__(self, xml_element, multiple=[]):
self.xml = ET.tostring(xml_element)
self.xml_element = xml_element
self.multiple = multiple
self.parse()
def parse(self):
for element in self.xml_element:
tag = element.tag
if tag in self.multiple:
self.parse_multiple(tag, element)
else:
setattr(self, tag.lower(), element.text)
def parse_multiple(self, tag, element):
attr = tag.lower() + 's'
attr_list = getattr(self, attr, [])
class_obj = type(tag.capitalize(), (Template,), {})
attr_list.append(class_obj(element))
setattr(self, attr, attr_list)
class XMLElement(object):
XML_TYPES = {}
def __init__(self, xml=None):
if not (xml is None or ET.iselement(xml)):
xml = ET.fromstring(xml)
self.xml = xml
def _initialize_xml(self, xml, root_element):
self.xml = ET.fromstring(xml.encode('utf-8'))
if self.xml.tag != root_element.upper():
self.xml = None
self._convert_types()
def __getitem__(self, key):
value = self.xml.find(key.upper())
if value is not None:
if value.text:
return value.text
else:
return value
else:
raise IndexError("Key {0} not found!".format(key))
def __getattr__(self, name):
try:
return self[name]
except (IndexError, TypeError):
raise AttributeError(name)
def _convert_types(self):
for name, fun in self.XML_TYPES.items():
if isinstance(fun, list):
tag, cls = fun[0], fun[1]
xml = self.xml.find(tag)
setattr(self, name, cls(xml, *fun[2:]))
else:
setattr(self, name, fun(self[name]))
class Pool(list, XMLElement):
def __init__(self, pool, element, client):
super(Pool, self).__init__()
self.pool_name = pool
self.element_name = element
self.client = client
def info(self, filter=-3, range_start=-1, range_end=-1, *args):
"""
Retrives/Refreshes resource pool information
``filter``
Filter flag. By defaults retrives only connected user reources.
``range_start``
Range start ID. -1 for all
``range_end``
Range end ID. -1 for all
"""
self[:] = []
data = self.client.call(self.METHODS['info'], filter,
range_start, range_end, *args)
self._initialize_xml(data, self.pool_name)
for element in self.xml.findall(self.element_name):
self.append(self._factory(element))
def _factory(self):
pass
def get_by_id(self, id):
for i in self:
if i.id == id:
return i
raise WrongIdError()
def get_by_name(self, name):
for i in self:
if i.name == name:
return i
raise WrongNameError()
class PoolElement(XMLElement):
def __init__(self, xml, client):
super(PoolElement, self).__init__(xml)
self.client = client
@classmethod
def new_with_id(cls, client, element_id):
"""
Retrives object which id equals ```id```.
Arguments
```client```
oca.Client object.
```element_id``
object id.
"""
element = cls.ELEMENT_NAME
xml = '<{0}><ID>{1}</ID></{0}>'.format(element, element_id)
obj = cls(xml, client)
obj.id = int(obj.id)
return obj
def info(self, *args):
data = self.client.call(self.METHODS['info'], self.id)
self._initialize_xml(data, self.ELEMENT_NAME)
def delete(self):
"""
Deletes current object from the pool
"""
self.client.call(self.METHODS['delete'], self.id)
def clone(self, name=''):
"""
Creates a clone of an elemet
``name``
name of a target element
"""
self.client.call(self.METHODS['clone'], self.id, name)

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# -*- coding: UTF-8 -*-
from .pool import Pool, PoolElement, Template
class VmTemplate(PoolElement):
METHODS = {
'info': 'template.info',
'allocate': 'template.allocate',
'delete': 'template.delete',
'update': 'template.update',
'publish': 'template.publish',
'chown': 'template.chown',
'instantiate': 'template.instantiate',
'clone': 'template.clone',
}
XML_TYPES = {
'id': int,
'uid': int,
'gid': int,
'name': str,
'uname': str,
'gname': str,
'regtime': int,
'template': ['TEMPLATE', Template, ['DISK']]
}
ELEMENT_NAME = 'VMTEMPLATE'
@staticmethod
def allocate(client, template):
"""
Allocates a new template in OpenNebula
``client``
oca.Client object
``template``
a string containing the template contents
"""
template_id = client.call(VmTemplate.METHODS['allocate'], template)
return template_id
def __init__(self, xml, client):
super(VmTemplate, self).__init__(xml, client)
self.id = self['ID'] if self['ID'] else None
def update(self, template, update_type=0):
"""
Replaces the template contents.
``template``
The new template contents.
``update_type``
Update type: 0: replace the whole template. 1: Merge new template with the existing one.
"""
self.client.call(VmTemplate.METHODS['update'], self.id, template, update_type)
def publish(self):
"""
Publishes a template.
"""
self.client.call(VmTemplate.METHODS['publish'], self.id, True)
def unpublish(self):
"""
Unpublishes a template.
"""
self.client.call(VmTemplate.METHODS['publish'], self.id, False)
def chown(self, uid=-1, gid=-1):
"""
Changes the ownership of a template.
``uid``
The User ID of the new owner. If set to -1, the owner is not changed.
``gid``
The Group ID of the new group. If set to -1, the group is not changed.
"""
self.client.call(VmTemplate.METHODS['chown'], self.id, uid, gid)
def instantiate(self, name='', pending=False, extra_template=''):
"""
Creates a VM instance from a VmTemplate
``name``
name of the VM instance
``pending``
False to create the VM on pending (default), True to create it on hold.
``extra_template``
A string containing an extra template to be merged with the one being instantiated
"""
return self.client.call(VmTemplate.METHODS['instantiate'], self.id, name, pending, extra_template)
def __repr__(self):
return '<oca.VmTemplate("%s")>' % self.name
class VmTemplatePool(Pool):
METHODS = {
'info': 'templatepool.info',
}
def __init__(self, client):
super(VmTemplatePool, self).__init__('VMTEMPLATE_POOL', 'VMTEMPLATE', client)
# def info(self,
def _factory(self, xml):
i = VmTemplate(xml, self.client)
i._convert_types()
return i

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20
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<CLUSTER>
<ID>101</ID>
<NAME>oneCluster</NAME>
<HOSTS>
<ID>2</ID>
<ID>3</ID>
</HOSTS>
<DATASTORES>
<ID>4</ID>
<ID>5</ID>
</DATASTORES>
<VNETS>
<ID>6</ID>
<ID>7</ID>
</VNETS>
<TEMPLATE>
<RESERVED_CPU><![CDATA[]]></RESERVED_CPU>
<RESERVED_MEM><![CDATA[]]></RESERVED_MEM>
</TEMPLATE>
</CLUSTER>

24
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<CLUSTER_POOL>
<CLUSTER>
<ID>101</ID>
<NAME>oneCluster</NAME>
<HOSTS/>
<DATASTORES/>
<VNETS/>
<TEMPLATE>
<RESERVED_CPU><![CDATA[]]></RESERVED_CPU>
<RESERVED_MEM><![CDATA[]]></RESERVED_MEM>
</TEMPLATE>
</CLUSTER>
<CLUSTER>
<ID>102</ID>
<NAME>anotherCluster</NAME>
<HOSTS/>
<DATASTORES/>
<VNETS/>
<TEMPLATE>
<RESERVED_CPU><![CDATA[]]></RESERVED_CPU>
<RESERVED_MEM><![CDATA[]]></RESERVED_MEM>
</TEMPLATE>
</CLUSTER>
</CLUSTER_POOL>

42
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<DATASTORE>
<ID>100</ID>
<UID>0</UID>
<GID>0</GID>
<UNAME>oneadmin</UNAME>
<GNAME>oneadmin</GNAME>
<NAME>Custom-DS</NAME>
<PERMISSIONS>
<OWNER_U>1</OWNER_U>
<OWNER_M>1</OWNER_M>
<OWNER_A>0</OWNER_A>
<GROUP_U>1</GROUP_U>
<GROUP_M>0</GROUP_M>
<GROUP_A>0</GROUP_A>
<OTHER_U>0</OTHER_U>
<OTHER_M>0</OTHER_M>
<OTHER_A>0</OTHER_A>
</PERMISSIONS>
<DS_MAD><![CDATA[fs]]></DS_MAD>
<TM_MAD><![CDATA[ssh]]></TM_MAD>
<BASE_PATH><![CDATA[/var/lib/one//datastores/100]]></BASE_PATH>
<TYPE>0</TYPE>
<DISK_TYPE>0</DISK_TYPE>
<STATE>0</STATE>
<CLUSTER_ID>-1</CLUSTER_ID>
<CLUSTER/>
<TOTAL_MB>9952</TOTAL_MB>
<FREE_MB>8999</FREE_MB>
<USED_MB>425</USED_MB>
<IMAGES>
<ID>2</ID>
<ID>3</ID>
</IMAGES>
<TEMPLATE>
<BASE_PATH><![CDATA[/var/lib/one//datastores/]]></BASE_PATH>
<CLONE_TARGET><![CDATA[SYSTEM]]></CLONE_TARGET>
<DISK_TYPE><![CDATA[FILE]]></DISK_TYPE>
<DS_MAD><![CDATA[fs]]></DS_MAD>
<LN_TARGET><![CDATA[SYSTEM]]></LN_TARGET>
<TM_MAD><![CDATA[ssh]]></TM_MAD>
</TEMPLATE>
</DATASTORE>

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<DATASTORE_POOL>
<DATASTORE>
<ID>0</ID>
<UID>0</UID>
<GID>0</GID>
<UNAME>oneadmin</UNAME>
<GNAME>oneadmin</GNAME>
<NAME>system</NAME>
<PERMISSIONS>
<OWNER_U>1</OWNER_U>
<OWNER_M>1</OWNER_M>
<OWNER_A>0</OWNER_A>
<GROUP_U>1</GROUP_U>
<GROUP_M>0</GROUP_M>
<GROUP_A>0</GROUP_A>
<OTHER_U>0</OTHER_U>
<OTHER_M>0</OTHER_M>
<OTHER_A>0</OTHER_A>
</PERMISSIONS>
<DS_MAD><![CDATA[-]]></DS_MAD>
<TM_MAD><![CDATA[shared]]></TM_MAD>
<BASE_PATH><![CDATA[/var/lib/one//datastores/0]]></BASE_PATH>
<TYPE>1</TYPE>
<DISK_TYPE>0</DISK_TYPE>
<STATE>0</STATE>
<CLUSTER_ID>-1</CLUSTER_ID>
<CLUSTER>test</CLUSTER>
<TOTAL_MB>0</TOTAL_MB>
<FREE_MB>0</FREE_MB>
<USED_MB>0</USED_MB>
<IMAGES/>
<TEMPLATE>
<BASE_PATH><![CDATA[/var/lib/one//datastores/]]></BASE_PATH>
<SHARED><![CDATA[YES]]></SHARED>
<TM_MAD><![CDATA[shared]]></TM_MAD>
<TYPE><![CDATA[SYSTEM_DS]]></TYPE>
</TEMPLATE>
</DATASTORE>
<DATASTORE>
<ID>1</ID>
<UID>0</UID>
<GID>0</GID>
<UNAME>oneadmin</UNAME>
<GNAME>oneadmin</GNAME>
<NAME>default</NAME>
<PERMISSIONS>
<OWNER_U>1</OWNER_U>
<OWNER_M>1</OWNER_M>
<OWNER_A>0</OWNER_A>
<GROUP_U>1</GROUP_U>
<GROUP_M>0</GROUP_M>
<GROUP_A>0</GROUP_A>
<OTHER_U>0</OTHER_U>
<OTHER_M>0</OTHER_M>
<OTHER_A>0</OTHER_A>
</PERMISSIONS>
<DS_MAD><![CDATA[fs]]></DS_MAD>
<TM_MAD><![CDATA[shared]]></TM_MAD>
<BASE_PATH><![CDATA[/var/lib/one//datastores/1]]></BASE_PATH>
<TYPE>0</TYPE>
<DISK_TYPE>0</DISK_TYPE>
<STATE>0</STATE>
<CLUSTER_ID>-1</CLUSTER_ID>
<CLUSTER/>
<TOTAL_MB>9952</TOTAL_MB>
<FREE_MB>8999</FREE_MB>
<USED_MB>425</USED_MB>
<IMAGES/>
<TEMPLATE>
<BASE_PATH><![CDATA[/var/lib/one//datastores/]]></BASE_PATH>
<CLONE_TARGET><![CDATA[SYSTEM]]></CLONE_TARGET>
<DISK_TYPE><![CDATA[FILE]]></DISK_TYPE>
<DS_MAD><![CDATA[fs]]></DS_MAD>
<LN_TARGET><![CDATA[NONE]]></LN_TARGET>
<TM_MAD><![CDATA[shared]]></TM_MAD>
<TYPE><![CDATA[IMAGE_DS]]></TYPE>
</TEMPLATE>
</DATASTORE>
</DATASTORE_POOL>

11
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<GROUP>
<ID>1</ID>
<NAME>users</NAME>
<TEMPLATE>
<HELLO>world</HELLO>
</TEMPLATE>
<USERS>
<ID>1</ID>
<ID>2</ID>
</USERS>
</GROUP>

21
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<GROUP_POOL>
<GROUP>
<ID>1</ID>
<NAME>users</NAME>
<TEMPLATE/>
<USERS>
<ID>1</ID>
<ID>2</ID>
</USERS>
</GROUP>
<GROUP>
<ID>2</ID>
git <NAME>admins</NAME>
<TEMPLATE/>
<USERS>
<ID>3</ID>
<ID>4</ID>
</USERS>
</GROUP>
</GROUP_POOL>

48
oca/tests/fixtures/host.xml vendored Normal file
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<HOST>
<ID>7</ID>
<NAME>dummyhost</NAME>
<STATE>2</STATE>
<IM_MAD>im_dummy</IM_MAD>
<VM_MAD>vmm_dummy</VM_MAD>
<VN_MAD>vn_dummy</VN_MAD>
<TM_MAD>tm_dummy</TM_MAD>
<LAST_MON_TIME>1277733596</LAST_MON_TIME>
<CLUSTER/>
<CLUSTER_ID>-1</CLUSTER_ID>
<HOST_SHARE>
<HID>0</HID>
<DISK_USAGE>0</DISK_USAGE>
<MEM_USAGE>1572864</MEM_USAGE>
<CPU_USAGE>300</CPU_USAGE>
<MAX_DISK>0</MAX_DISK>
<MAX_MEM>16777216</MAX_MEM>
<MAX_CPU>800</MAX_CPU>
<FREE_DISK>0</FREE_DISK>
<FREE_MEM>16777216</FREE_MEM>
<FREE_CPU>800</FREE_CPU>
<USED_DISK>0</USED_DISK>
<USED_MEM>0</USED_MEM>
<USED_CPU>0</USED_CPU>
<RUNNING_VMS>3</RUNNING_VMS>
</HOST_SHARE>
<VMS>
<ID>82</ID>
<ID>84</ID>
<ID>85</ID>
<ID>95</ID>
<ID>96</ID>
</VMS>
<TEMPLATE>
<CPUSPEED>2.2GHz</CPUSPEED>
<FREECPU>800</FREECPU>
<FREEMEMORY>16777216</FREEMEMORY>
<HOSTNAME>dummyhost</HOSTNAME>
<HYPERVISOR>dummy</HYPERVISOR>
<MAC>50:20:20:20:20:21</MAC>
<NAME>dummyhost</NAME>
<TOTALCPU>800</TOTALCPU>
<TOTALMEMORY>16777216</TOTALMEMORY>
<USEDCPU>0</USEDCPU>
<USEDMEMORY>0</USEDMEMORY>
</TEMPLATE>
</HOST>

62
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<HOST_POOL>
<HOST>
<ID>0</ID>
<NAME>dummyhost</NAME>
<STATE>2</STATE>
<IM_MAD>im_dummy</IM_MAD>
<VM_MAD>vmm_dummy</VM_MAD>
<VN_MAD>vn_dummy</VN_MAD>
<TM_MAD>tm_dummy</TM_MAD>
<LAST_MON_TIME>1277912461</LAST_MON_TIME>
<CLUSTER>default</CLUSTER>
<CLUSTER_ID>1</CLUSTER_ID>
<HOST_SHARE>
<HID>0</HID>
<DISK_USAGE>0</DISK_USAGE>
<MEM_USAGE>1572864</MEM_USAGE>
<CPU_USAGE>300</CPU_USAGE>
<MAX_DISK>0</MAX_DISK>
<MAX_MEM>16777216</MAX_MEM>
<MAX_CPU>800</MAX_CPU>
<FREE_DISK>0</FREE_DISK>
<FREE_MEM>16777216</FREE_MEM>
<FREE_CPU>800</FREE_CPU>
<USED_DISK>0</USED_DISK>
<USED_MEM>0</USED_MEM>
<USED_CPU>0</USED_CPU>
<RUNNING_VMS>3</RUNNING_VMS>
</HOST_SHARE>
<VMS/>
<TEMPLATE></TEMPLATE>
</HOST>
<HOST>
<ID>1</ID>
<NAME>thost</NAME>
<STATE>2</STATE>
<IM_MAD>im_dummy</IM_MAD>
<VM_MAD>vmm_dummy</VM_MAD>
<VN_MAD>vn_dummy</VN_MAD>
<TM_MAD>tm_dummy</TM_MAD>
<LAST_MON_TIME>1277912461</LAST_MON_TIME>
<CLUSTER>default</CLUSTER>
<CLUSTER_ID>1</CLUSTER_ID>
<HOST_SHARE>
<HID>1</HID>
<DISK_USAGE>0</DISK_USAGE>
<MEM_USAGE>0</MEM_USAGE>
<CPU_USAGE>0</CPU_USAGE>
<MAX_DISK>0</MAX_DISK>
<MAX_MEM>16777216</MAX_MEM>
<MAX_CPU>800</MAX_CPU>
<FREE_DISK>0</FREE_DISK>
<FREE_MEM>16777216</FREE_MEM>
<FREE_CPU>800</FREE_CPU>
<USED_DISK>0</USED_DISK>
<USED_MEM>0</USED_MEM>
<USED_CPU>0</USED_CPU>
<RUNNING_VMS>0</RUNNING_VMS>
</HOST_SHARE>
<VMS/>
<TEMPLATE></TEMPLATE>
</HOST>
</HOST_POOL>

38
oca/tests/fixtures/image.xml vendored Normal file
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<IMAGE>
<ID>1</ID>
<UID>0</UID>
<GID>0</GID>
<UNAME>oneadmin</UNAME>
<GNAME>oneadmin</GNAME>
<NAME>MATLAB install CD</NAME>
<PERMISSIONS>
<OWNER_U>1</OWNER_U>
<OWNER_M>1</OWNER_M>
<OWNER_A>0</OWNER_A>
<GROUP_U>0</GROUP_U>
<GROUP_M>0</GROUP_M>
<GROUP_A>0</GROUP_A>
<OTHER_U>0</OTHER_U>
<OTHER_M>0</OTHER_M>
<OTHER_A>0</OTHER_A>
</PERMISSIONS>
<TYPE>2</TYPE>
<DISK_TYPE>0</DISK_TYPE>
<PERSISTENT>0</PERSISTENT>
<REGTIME>1435086617</REGTIME>
<SOURCE><![CDATA[/var/lib/one//datastores/1/4f3591cfe3a4e0a00789087a3f92c433]]></SOURCE>
<PATH><![CDATA[]]></PATH>
<FSTYPE><![CDATA[ext2]]></FSTYPE>
<SIZE>400</SIZE>
<STATE>1</STATE>
<RUNNING_VMS>0</RUNNING_VMS>
<CLONING_OPS>0</CLONING_OPS>
<CLONING_ID>-1</CLONING_ID>
<DATASTORE_ID>1</DATASTORE_ID>
<DATASTORE>default</DATASTORE>
<VMS/>
<CLONES/>
<TEMPLATE>
<DEV_PREFIX><![CDATA[hd]]></DEV_PREFIX>
</TEMPLATE>
</IMAGE>

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<IMAGE_POOL>
<IMAGE>
<ID>0</ID>
<UID>0</UID>
<GID>0</GID>
<UNAME>oneadmin</UNAME>
<GNAME>oneadmin</GNAME>
<NAME>data</NAME>
<PERMISSIONS>
<OWNER_U>1</OWNER_U>
<OWNER_M>1</OWNER_M>
<OWNER_A>0</OWNER_A>
<GROUP_U>0</GROUP_U>
<GROUP_M>0</GROUP_M>
<GROUP_A>0</GROUP_A>
<OTHER_U>0</OTHER_U>
<OTHER_M>0</OTHER_M>
<OTHER_A>0</OTHER_A>
</PERMISSIONS>
<TYPE>2</TYPE>
<DISK_TYPE>0</DISK_TYPE>
<PERSISTENT>0</PERSISTENT>
<REGTIME>1435086617</REGTIME>
<SOURCE><![CDATA[/var/lib/one//datastores/1/4f3591cfe3a4e0a00789087a3f92c433]]></SOURCE>
<PATH><![CDATA[]]></PATH>
<FSTYPE><![CDATA[ext2]]></FSTYPE>
<SIZE>400</SIZE>
<STATE>1</STATE>
<RUNNING_VMS>0</RUNNING_VMS>
<CLONING_OPS>0</CLONING_OPS>
<CLONING_ID>-1</CLONING_ID>
<DATASTORE_ID>1</DATASTORE_ID>
<DATASTORE>default</DATASTORE>
<VMS/>
<CLONES/>
<TEMPLATE>
<DEV_PREFIX><![CDATA[hd]]></DEV_PREFIX>
</TEMPLATE>
</IMAGE>
<IMAGE>
<ID>1</ID>
<UID>0</UID>
<GID>0</GID>
<UNAME>oneadmin</UNAME>
<GNAME>oneadmin</GNAME>
<NAME>data2</NAME>
<PERMISSIONS>
<OWNER_U>1</OWNER_U>
<OWNER_M>1</OWNER_M>
<OWNER_A>0</OWNER_A>
<GROUP_U>0</GROUP_U>
<GROUP_M>0</GROUP_M>
<GROUP_A>0</GROUP_A>
<OTHER_U>0</OTHER_U>
<OTHER_M>0</OTHER_M>
<OTHER_A>0</OTHER_A>
</PERMISSIONS>
<TYPE>2</TYPE>
<DISK_TYPE>0</DISK_TYPE>
<PERSISTENT>0</PERSISTENT>
<REGTIME>1435086683</REGTIME>
<SOURCE><![CDATA[/var/lib/one//datastores/1/bc928294936ce873228150af2052ebc3]]></SOURCE>
<PATH><![CDATA[]]></PATH>
<FSTYPE><![CDATA[ext2]]></FSTYPE>
<SIZE>200</SIZE>
<STATE>1</STATE>
<RUNNING_VMS>0</RUNNING_VMS>
<CLONING_OPS>0</CLONING_OPS>
<CLONING_ID>-1</CLONING_ID>
<DATASTORE_ID>1</DATASTORE_ID>
<DATASTORE>default</DATASTORE>
<VMS/>
<CLONES/>
<TEMPLATE>
<DEV_PREFIX><![CDATA[hd]]></DEV_PREFIX>
</TEMPLATE>
</IMAGE>
<IMAGE>
<ID>2</ID>
<UID>0</UID>
<GID>0</GID>
<UNAME>oneadmin</UNAME>
<GNAME>oneadmin</GNAME>
<NAME>data3</NAME>
<PERMISSIONS>
<OWNER_U>1</OWNER_U>
<OWNER_M>1</OWNER_M>
<OWNER_A>0</OWNER_A>
<GROUP_U>0</GROUP_U>
<GROUP_M>0</GROUP_M>
<GROUP_A>0</GROUP_A>
<OTHER_U>0</OTHER_U>
<OTHER_M>0</OTHER_M>
<OTHER_A>0</OTHER_A>
</PERMISSIONS>
<TYPE>2</TYPE>
<DISK_TYPE>0</DISK_TYPE>
<PERSISTENT>0</PERSISTENT>
<REGTIME>1435086941</REGTIME>
<SOURCE><![CDATA[/var/lib/one//datastores/1/325e9c37fd02ae842a342ed5e464d0da]]></SOURCE>
<PATH><![CDATA[]]></PATH>
<FSTYPE><![CDATA[ext2]]></FSTYPE>
<SIZE>200</SIZE>
<STATE>1</STATE>
<RUNNING_VMS>0</RUNNING_VMS>
<CLONING_OPS>0</CLONING_OPS>
<CLONING_ID>-1</CLONING_ID>
<DATASTORE_ID>1</DATASTORE_ID>
<DATASTORE>default</DATASTORE>
<VMS/>
<CLONES/>
<TEMPLATE>
<DEV_PREFIX><![CDATA[hd]]></DEV_PREFIX>
</TEMPLATE>
</IMAGE>
</IMAGE_POOL>

1
oca/tests/fixtures/one_auth vendored Normal file
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test:test

26
oca/tests/fixtures/template.xml vendored Normal file
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<VMTEMPLATE>
<ID>1</ID>
<UID>0</UID>
<GID>0</GID>
<UNAME>oneadmin</UNAME>
<GNAME>oneadmin</GNAME>
<NAME>test1</NAME>
<PUBLIC>0</PUBLIC>
<REGTIME>1320877281</REGTIME>
<TEMPLATE>
<CPU><![CDATA[1]]></CPU>
<DISK>
<IMAGE_ID><![CDATA[80]]></IMAGE_ID>
</DISK>
<MEMORY><![CDATA[2048]]></MEMORY>
<NAME><![CDATA[test1]]></NAME>
<NIC>
<NETWORK_ID><![CDATA[21]]></NETWORK_ID>
</NIC>
<NIC>
<NETWORK_ID><![CDATA[22]]></NETWORK_ID>
</NIC>
<VCPU><![CDATA[4]]></VCPU>
</TEMPLATE>
</VMTEMPLATE>

52
oca/tests/fixtures/templatepool.xml vendored Normal file
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<VMTEMPLATE_POOL>
<VMTEMPLATE>
<ID>0</ID>
<UID>0</UID>
<GID>0</GID>
<UNAME>oneadmin</UNAME>
<GNAME>oneadmin</GNAME>
<NAME>test</NAME>
<PUBLIC>0</PUBLIC>
<REGTIME>1320877281</REGTIME>
<TEMPLATE>
<CPU><![CDATA[1]]></CPU>
<DISK>
<IMAGE_ID><![CDATA[80]]></IMAGE_ID>
</DISK>
<MEMORY><![CDATA[2048]]></MEMORY>
<NAME><![CDATA[test]]></NAME>
<NIC>
<NETWORK_ID><![CDATA[21]]></NETWORK_ID>
</NIC>
<NIC>
<NETWORK_ID><![CDATA[22]]></NETWORK_ID>
</NIC>
<VCPU><![CDATA[4]]></VCPU>
</TEMPLATE>
</VMTEMPLATE>
<VMTEMPLATE>
<ID>1</ID>
<UID>0</UID>
<GID>0</GID>
<UNAME>oneadmin</UNAME>
<GNAME>oneadmin</GNAME>
<NAME>test1</NAME>
<PUBLIC>0</PUBLIC>
<REGTIME>1320877281</REGTIME>
<TEMPLATE>
<CPU><![CDATA[1]]></CPU>
<DISK>
<IMAGE_ID><![CDATA[80]]></IMAGE_ID>
</DISK>
<MEMORY><![CDATA[2048]]></MEMORY>
<NAME><![CDATA[test1]]></NAME>
<NIC>
<NETWORK_ID><![CDATA[21]]></NETWORK_ID>
</NIC>
<NIC>
<NETWORK_ID><![CDATA[22]]></NETWORK_ID>
</NIC>
<VCPU><![CDATA[4]]></VCPU>
</TEMPLATE>
</VMTEMPLATE>
</VMTEMPLATE_POOL>

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oca/tests/fixtures/user.xml vendored Normal file
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<USER>
<ID>3</ID>
<GID>0</GID>
<GROUPS>
<ID>0</ID>
</GROUPS>
<GNAME>oneadmin</GNAME>
<NAME>dan</NAME>
<PASSWORD>fe05bcdcdc4928012781a5f1a2a77cbb5398e106</PASSWORD>
<AUTH_DRIVER>core</AUTH_DRIVER>
<ENABLED>1</ENABLED>
<LOGIN_TOKEN/>
<TEMPLATE>
<TOKEN_PASSWORD><![CDATA[97fc29a2162405277a5d2a0ef33acfcbd4f78e4e]]></TOKEN_PASSWORD>
</TEMPLATE>
</USER>

54
oca/tests/fixtures/userpool.xml vendored Normal file
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<USER_POOL>
<USER>
<ID>0</ID>
<GID>0</GID>
<GROUPS>
<ID>0</ID>
</GROUPS>
<GNAME>oneadmin</GNAME>
<NAME>oneadmin</NAME>
<PASSWORD>fe05bcdcdc4928012781a5f1a2a77cbb5398e106</PASSWORD>
<AUTH_DRIVER>core</AUTH_DRIVER>
<ENABLED>1</ENABLED>
<LOGIN_TOKEN/>
<TEMPLATE>
<TOKEN_PASSWORD><![CDATA[97fc29a2162405277a5d2a0ef33acfcbd4f78e4e]]></TOKEN_PASSWORD>
</TEMPLATE>
</USER>
<QUOTAS>
<ID>0</ID>
<DATASTORE_QUOTA/>
<NETWORK_QUOTA/>
<VM_QUOTA/>
<IMAGE_QUOTA/>
</QUOTAS>
<USER>
<ID>1</ID>
<GID>0</GID>
<GROUPS>
<ID>0</ID>
</GROUPS>
<GNAME>oneadmin</GNAME>
<NAME>serveradmin</NAME>
<PASSWORD>f9f3c8912fc6cc53012d743ded329c4f5fb035a5</PASSWORD>
<AUTH_DRIVER>server_cipher</AUTH_DRIVER>
<ENABLED>1</ENABLED>
<LOGIN_TOKEN/>
<TEMPLATE>
<TOKEN_PASSWORD><![CDATA[d53363ad24f9f5b44a95d028c78f1a9d3320fdee]]></TOKEN_PASSWORD>
</TEMPLATE>
</USER>
<QUOTAS>
<ID>1</ID>
<DATASTORE_QUOTA/>
<NETWORK_QUOTA/>
<VM_QUOTA/>
<IMAGE_QUOTA/>
</QUOTAS>
<DEFAULT_USER_QUOTAS>
<DATASTORE_QUOTA/>
<NETWORK_QUOTA/>
<VM_QUOTA/>
<IMAGE_QUOTA/>
</DEFAULT_USER_QUOTAS>
</USER_POOL>

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<VM>
<ID>6</ID>
<UID>0</UID>
<GID>0</GID>
<UNAME>oneadmin</UNAME>
<GNAME>oneadmin</GNAME>
<NAME>vm-example</NAME>
<PERMISSIONS>
<OWNER_U>1</OWNER_U>
<OWNER_M>1</OWNER_M>
<OWNER_A>0</OWNER_A>
<GROUP_U>0</GROUP_U>
<GROUP_M>0</GROUP_M>
<GROUP_A>0</GROUP_A>
<OTHER_U>0</OTHER_U>
<OTHER_M>0</OTHER_M>
<OTHER_A>0</OTHER_A>
</PERMISSIONS>
<LAST_POLL>1277729095</LAST_POLL>
<STATE>3</STATE>
<LCM_STATE>3</LCM_STATE>
<RESCHED>0</RESCHED>
<STIME>1277375180</STIME>
<ETIME>0</ETIME>
<DEPLOY_ID>dummy</DEPLOY_ID>
<MEMORY>512</MEMORY>
<CPU>1</CPU>
<NET_TX>12345</NET_TX>
<NET_RX>0</NET_RX>
<TEMPLATE>
<AUTOMATIC_REQUIREMENTS><![CDATA[!(PUBLIC_CLOUD = YES)]]></AUTOMATIC_REQUIREMENTS>
<CPU><![CDATA[1]]></CPU>
<DISK>
<CLONE><![CDATA[YES]]></CLONE>
<CLONE_TARGET><![CDATA[SYSTEM]]></CLONE_TARGET>
<DATASTORE><![CDATA[default]]></DATASTORE>
<DATASTORE_ID><![CDATA[1]]></DATASTORE_ID>
<DEV_PREFIX><![CDATA[hd]]></DEV_PREFIX>
<DISK_ID><![CDATA[0]]></DISK_ID>
<IMAGE><![CDATA[data]]></IMAGE>
<IMAGE_ID><![CDATA[0]]></IMAGE_ID>
<LN_TARGET><![CDATA[NONE]]></LN_TARGET>
<READONLY><![CDATA[NO]]></READONLY>
<SAVE><![CDATA[NO]]></SAVE>
<SIZE><![CDATA[400]]></SIZE>
<SOURCE><![CDATA[/var/lib/one//datastores/1/3c1e70af31901a043238e787aba8e5d4]]></SOURCE>
<TARGET><![CDATA[hda]]></TARGET>
<TM_MAD><![CDATA[shared]]></TM_MAD>
<TYPE><![CDATA[FILE]]></TYPE>
</DISK>
<MEMORY><![CDATA[128]]></MEMORY>
<VMID><![CDATA[0]]></VMID>
</TEMPLATE>
<USER_TEMPLATE>
<GREETING><![CDATA[Hello World]]></GREETING>
</USER_TEMPLATE>
<HISTORY_RECORDS>
<HISTORY>
<SEQ>0</SEQ>
<HOSTNAME>dummyhost</HOSTNAME>
<HID>0</HID>
<STIME>1277375186</STIME>
<ETIME>0</ETIME>
<PSTIME>1277375186</PSTIME>
<PETIME>1277375186</PETIME>
<RSTIME>1277375186</RSTIME>
<RETIME>0</RETIME>
<ESTIME>0</ESTIME>
<EETIME>0</EETIME>
<REASON>0</REASON>
</HISTORY>
</HISTORY_RECORDS>
</VM>

215
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<VM_POOL>
<VM>
<ID>6</ID>
<UID>0</UID>
<GID>0</GID>
<UNAME>oneadmin</UNAME>
<GNAME>oneadmin</GNAME>
<NAME>vm-example</NAME>
<PERMISSIONS>
<OWNER_U>1</OWNER_U>
<OWNER_M>1</OWNER_M>
<OWNER_A>0</OWNER_A>
<GROUP_U>0</GROUP_U>
<GROUP_M>0</GROUP_M>
<GROUP_A>0</GROUP_A>
<OTHER_U>0</OTHER_U>
<OTHER_M>0</OTHER_M>
<OTHER_A>0</OTHER_A>
</PERMISSIONS>
<LAST_POLL>1277729095</LAST_POLL>
<STATE>3</STATE>
<LCM_STATE>3</LCM_STATE>
<RESCHED>0</RESCHED>
<STIME>1277375180</STIME>
<ETIME>0</ETIME>
<DEPLOY_ID>dummy</DEPLOY_ID>
<MEMORY>512</MEMORY>
<CPU>1</CPU>
<NET_TX>12345</NET_TX>
<NET_RX>0</NET_RX>
<TEMPLATE>
<AUTOMATIC_REQUIREMENTS><![CDATA[!(PUBLIC_CLOUD = YES)]]></AUTOMATIC_REQUIREMENTS>
<CPU><![CDATA[1]]></CPU>
<DISK>
<CLONE><![CDATA[YES]]></CLONE>
<CLONE_TARGET><![CDATA[SYSTEM]]></CLONE_TARGET>
<DATASTORE><![CDATA[default]]></DATASTORE>
<DATASTORE_ID><![CDATA[1]]></DATASTORE_ID>
<DEV_PREFIX><![CDATA[hd]]></DEV_PREFIX>
<DISK_ID><![CDATA[0]]></DISK_ID>
<IMAGE><![CDATA[data]]></IMAGE>
<IMAGE_ID><![CDATA[0]]></IMAGE_ID>
<LN_TARGET><![CDATA[NONE]]></LN_TARGET>
<READONLY><![CDATA[NO]]></READONLY>
<SAVE><![CDATA[NO]]></SAVE>
<SIZE><![CDATA[400]]></SIZE>
<SOURCE><![CDATA[/var/lib/one//datastores/1/3c1e70af31901a043238e787aba8e5d4]]></SOURCE>
<TARGET><![CDATA[hda]]></TARGET>
<TM_MAD><![CDATA[shared]]></TM_MAD>
<TYPE><![CDATA[FILE]]></TYPE>
</DISK>
<MEMORY><![CDATA[128]]></MEMORY>
<VMID><![CDATA[0]]></VMID>
</TEMPLATE>
<USER_TEMPLATE/>
<HISTORY_RECORDS>
<HISTORY>
<SEQ>0</SEQ>
<HOSTNAME>dummyhost</HOSTNAME>
<HID>0</HID>
<STIME>1277375186</STIME>
<ETIME>0</ETIME>
<PSTIME>1277375186</PSTIME>
<PETIME>1277375186</PETIME>
<RSTIME>1277375186</RSTIME>
<RETIME>0</RETIME>
<ESTIME>0</ESTIME>
<EETIME>0</EETIME>
<REASON>0</REASON>
</HISTORY>
</HISTORY_RECORDS>
</VM>
<VM>
<ID>7</ID>
<UID>0</UID>
<GID>0</GID>
<UNAME>oneadmin</UNAME>
<GNAME>oneadmin</GNAME>
<NAME>vm-in</NAME>
<PERMISSIONS>
<OWNER_U>1</OWNER_U>
<OWNER_M>1</OWNER_M>
<OWNER_A>0</OWNER_A>
<GROUP_U>0</GROUP_U>
<GROUP_M>0</GROUP_M>
<GROUP_A>0</GROUP_A>
<OTHER_U>0</OTHER_U>
<OTHER_M>0</OTHER_M>
<OTHER_A>0</OTHER_A>
</PERMISSIONS>
<LAST_POLL>1277729095</LAST_POLL>
<STATE>3</STATE>
<LCM_STATE>3</LCM_STATE>
<RESCHED>0</RESCHED>
<STIME>1277375180</STIME>
<ETIME>0</ETIME>
<DEPLOY_ID>dummy</DEPLOY_ID>
<MEMORY>512</MEMORY>
<CPU>1</CPU>
<NET_TX>12345</NET_TX>
<NET_RX>0</NET_RX>
<TEMPLATE>
<AUTOMATIC_REQUIREMENTS><![CDATA[!(PUBLIC_CLOUD = YES)]]></AUTOMATIC_REQUIREMENTS>
<CPU><![CDATA[1]]></CPU>
<DISK>
<CLONE><![CDATA[YES]]></CLONE>
<CLONE_TARGET><![CDATA[SYSTEM]]></CLONE_TARGET>
<DATASTORE><![CDATA[default]]></DATASTORE>
<DATASTORE_ID><![CDATA[1]]></DATASTORE_ID>
<DEV_PREFIX><![CDATA[hd]]></DEV_PREFIX>
<DISK_ID><![CDATA[0]]></DISK_ID>
<IMAGE><![CDATA[data]]></IMAGE>
<IMAGE_ID><![CDATA[0]]></IMAGE_ID>
<LN_TARGET><![CDATA[NONE]]></LN_TARGET>
<READONLY><![CDATA[NO]]></READONLY>
<SAVE><![CDATA[NO]]></SAVE>
<SIZE><![CDATA[400]]></SIZE>
<SOURCE><![CDATA[/var/lib/one//datastores/1/3c1e70af31901a043238e787aba8e5d4]]></SOURCE>
<TARGET><![CDATA[hda]]></TARGET>
<TM_MAD><![CDATA[shared]]></TM_MAD>
<TYPE><![CDATA[FILE]]></TYPE>
</DISK>
<MEMORY><![CDATA[128]]></MEMORY>
<VMID><![CDATA[0]]></VMID>
</TEMPLATE>
<USER_TEMPLATE/>
<HISTORY_RECORDS>
<HISTORY>
<SEQ>0</SEQ>
<HOSTNAME>dummyhost</HOSTNAME>
<HID>0</HID>
<STIME>1277375186</STIME>
<ETIME>0</ETIME>
<PSTIME>1277375186</PSTIME>
<PETIME>1277375186</PETIME>
<RSTIME>1277375186</RSTIME>
<RETIME>0</RETIME>
<ESTIME>0</ESTIME>
<EETIME>0</EETIME>
<REASON>0</REASON>
</HISTORY>
</HISTORY_RECORDS>
</VM>
<VM>
<ID>8</ID>
<UID>0</UID>
<GID>0</GID>
<UNAME>oneadmin</UNAME>
<GNAME>oneadmin</GNAME>
<NAME>vm-in</NAME>
<PERMISSIONS>
<OWNER_U>1</OWNER_U>
<OWNER_M>1</OWNER_M>
<OWNER_A>0</OWNER_A>
<GROUP_U>0</GROUP_U>
<GROUP_M>0</GROUP_M>
<GROUP_A>0</GROUP_A>
<OTHER_U>0</OTHER_U>
<OTHER_M>0</OTHER_M>
<OTHER_A>0</OTHER_A>
</PERMISSIONS>
<LAST_POLL>1277729095</LAST_POLL>
<STATE>3</STATE>
<LCM_STATE>3</LCM_STATE>
<RESCHED>0</RESCHED>
<STIME>1277375180</STIME>
<ETIME>0</ETIME>
<DEPLOY_ID>dummy</DEPLOY_ID>
<MEMORY>512</MEMORY>
<CPU>1</CPU>
<NET_TX>12345</NET_TX>
<NET_RX>0</NET_RX>
<TEMPLATE>
<AUTOMATIC_REQUIREMENTS><![CDATA[!(PUBLIC_CLOUD = YES)]]></AUTOMATIC_REQUIREMENTS>
<CPU><![CDATA[1]]></CPU>
<DISK>
<CLONE><![CDATA[YES]]></CLONE>
<CLONE_TARGET><![CDATA[SYSTEM]]></CLONE_TARGET>
<DATASTORE><![CDATA[default]]></DATASTORE>
<DATASTORE_ID><![CDATA[1]]></DATASTORE_ID>
<DEV_PREFIX><![CDATA[hd]]></DEV_PREFIX>
<DISK_ID><![CDATA[0]]></DISK_ID>
<IMAGE><![CDATA[data]]></IMAGE>
<IMAGE_ID><![CDATA[0]]></IMAGE_ID>
<LN_TARGET><![CDATA[NONE]]></LN_TARGET>
<READONLY><![CDATA[NO]]></READONLY>
<SAVE><![CDATA[NO]]></SAVE>
<SIZE><![CDATA[400]]></SIZE>
<SOURCE><![CDATA[/var/lib/one//datastores/1/3c1e70af31901a043238e787aba8e5d4]]></SOURCE>
<TARGET><![CDATA[hda]]></TARGET>
<TM_MAD><![CDATA[shared]]></TM_MAD>
<TYPE><![CDATA[FILE]]></TYPE>
</DISK>
<MEMORY><![CDATA[128]]></MEMORY>
<VMID><![CDATA[0]]></VMID>
</TEMPLATE>
<USER_TEMPLATE/>
<HISTORY_RECORDS>
<HISTORY>
<SEQ>0</SEQ>
<HOSTNAME>dummyhost</HOSTNAME>
<HID>0</HID>
<STIME>1277375186</STIME>
<ETIME>0</ETIME>
<PSTIME>1277375186</PSTIME>
<PETIME>1277375186</PETIME>
<RSTIME>1277375186</RSTIME>
<RETIME>0</RETIME>
<ESTIME>0</ESTIME>
<EETIME>0</EETIME>
<REASON>0</REASON>
</HISTORY>
</HISTORY_RECORDS>
</VM>
</VM_POOL>

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<VNET>
<ID>3</ID>
<UID>0</UID>
<GID>0</GID>
<UNAME>oneadmin</UNAME>
<GNAME>oneadmin</GNAME>
<NAME>Red LAN</NAME>
<PERMISSIONS>
<OWNER_U>1</OWNER_U>
<OWNER_M>1</OWNER_M>
<OWNER_A>0</OWNER_A>
<GROUP_U>0</GROUP_U>
<GROUP_M>0</GROUP_M>
<GROUP_A>0</GROUP_A>
<OTHER_U>1</OTHER_U>
<OTHER_M>0</OTHER_M>
<OTHER_A>0</OTHER_A>
</PERMISSIONS>
<CLUSTER_ID>-1</CLUSTER_ID>
<CLUSTER/>
<BRIDGE>vbr0</BRIDGE>
<VLAN>1</VLAN>
<PARENT_NETWORK_ID/>
<PHYDEV><![CDATA[bond1]]></PHYDEV>
<VLAN_ID><![CDATA[1337]]></VLAN_ID>
<USED_LEASES>3</USED_LEASES>
<TEMPLATE/>
<AR_POOL>
<AR>
<ALLOCATED><![CDATA[ 0 68719479930 1 68719545020]]></ALLOCATED>
<AR_ID><![CDATA[0]]></AR_ID>
<IP><![CDATA[10.1.0.10]]></IP>
<MAC><![CDATA[00:22:44:66:88:aa]]></MAC>
<SIZE><![CDATA[507]]></SIZE>
<TYPE><![CDATA[IP4]]></TYPE>
</AR>
<AR>
<ALLOCATED><![CDATA[ 0 68719546783]]></ALLOCATED>
<AR_ID><![CDATA[1]]></AR_ID>
<IP><![CDATA[10.1.2.5]]></IP>
<MAC><![CDATA[00:22:44:66:aa:cc]]></MAC>
<SIZE><![CDATA[507]]></SIZE>
<TYPE><![CDATA[IP4]]></TYPE>
</AR>
</AR_POOL>
</VNET>

60
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<VNET_POOL>
<VNET>
<ID>4</ID>
<UID>0</UID>
<GID>0</GID>
<UNAME>oneadmin</UNAME>
<GNAME>oneadmin</GNAME>
<NAME>Red LAN</NAME>
<PERMISSIONS>
<OWNER_U>1</OWNER_U>
<OWNER_M>1</OWNER_M>
<OWNER_A>0</OWNER_A>
<GROUP_U>0</GROUP_U>
<GROUP_M>0</GROUP_M>
<GROUP_A>0</GROUP_A>
<OTHER_U>1</OTHER_U>
<OTHER_M>0</OTHER_M>
<OTHER_A>0</OTHER_A>
</PERMISSIONS>
<CLUSTER_ID>-1</CLUSTER_ID>
<CLUSTER/>
<BRIDGE>vbr0</BRIDGE>
<VLAN>1</VLAN>
<PARENT_NETWORK_ID/>
<PHYDEV><![CDATA[bond1]]></PHYDEV>
<VLAN_ID><![CDATA[1337]]></VLAN_ID>
<USED_LEASES>3</USED_LEASES>
<TEMPLATE/>
<AR_POOL/>
</VNET>
<VNET>
<ID>9</ID>
<UID>0</UID>
<GID>0</GID>
<UNAME>oneadmin</UNAME>
<GNAME>oneadmin</GNAME>
<NAME>Public</NAME>
<PERMISSIONS>
<OWNER_U>1</OWNER_U>
<OWNER_M>1</OWNER_M>
<OWNER_A>0</OWNER_A>
<GROUP_U>0</GROUP_U>
<GROUP_M>0</GROUP_M>
<GROUP_A>0</GROUP_A>
<OTHER_U>1</OTHER_U>
<OTHER_M>0</OTHER_M>
<OTHER_A>0</OTHER_A>
</PERMISSIONS>
<CLUSTER_ID>-1</CLUSTER_ID>
<CLUSTER/>
<BRIDGE>vbr0</BRIDGE>
<VLAN>1</VLAN>
<PARENT_NETWORK_ID/>
<PHYDEV><![CDATA[bond1]]></PHYDEV>
<VLAN_ID><![CDATA[42]]></VLAN_ID>
<USED_LEASES>0</USED_LEASES>
<TEMPLATE/>
<AR_POOL/>
</VNET>
</VNET_POOL>

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# vim: set fileencoding=utf8
# encoding:utf8
#
# Author: Matthias Schmitz <matthias@sigxcpu.org>
import os
import unittest
import oca
@unittest.skipUnless(os.environ.get('OCA_INT_TESTS', False),
"Skipping integration tests")
class IntTestClient(unittest.TestCase):
def setUp(self):
try:
del os.environ["ONE_AUTH"]
except KeyError:
pass
self.c = oca.Client(os.environ['OCA_INT_TESTS_ONE_AUTH'],
os.environ['OCA_INT_TESTS_ONE_XMLRPC'])
def test_connection(self):
self.assertIn(os.environ['OCA_INT_TESTS'], self.c.version())

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# vim: set fileencoding=utf8
# encoding:utf8
#
# Author: Matthias Schmitz <matthias@sigxcpu.org>
import os
import unittest
import oca
from oca.exceptions import OpenNebulaException
@unittest.skipUnless(os.environ.get('OCA_INT_TESTS', False),
"Skipping integration tests")
class IntTestTemplate(unittest.TestCase):
def setUp(self):
try:
del os.environ["ONE_AUTH"]
except KeyError:
pass
self.c = oca.Client(os.environ['OCA_INT_TESTS_ONE_AUTH'], os.environ['OCA_INT_TESTS_ONE_XMLRPC'])
def tearDown(self):
print("teardown")
vmp = oca.VirtualMachinePool(self.c)
vmp.info()
for vm in vmp:
if vm.name.startswith('inttest_vm_'):
vm.delete()
def test_allocate(self):
templ = oca.VmTemplate.allocate(self.c, '<VMTEMPLATE><NAME>inttest01</NAME><TEMPLATE/></VMTEMPLATE>')
templ = oca.VmTemplate.allocate(self.c, '<VMTEMPLATE><NAME>inttest02</NAME><TEMPLATE/></VMTEMPLATE>')
templ = oca.VmTemplate.allocate(self.c, '<VMTEMPLATE><NAME>inttest03</NAME><TEMPLATE/></VMTEMPLATE>')
templ = oca.VmTemplate.allocate(self.c, '<VMTEMPLATE><NAME>inttest04</NAME><TEMPLATE/></VMTEMPLATE>')
def test_allocate_with_same_name(self):
with self.assertRaises(OpenNebulaException):
templ = oca.VmTemplate.allocate(self.c, '<VMTEMPLATE><NAME>inttest01</NAME><TEMPLATE/></VMTEMPLATE>')
def test_update(self):
oca.VmTemplate.allocate(self.c, '<VMTEMPLATE><NAME>inttest_update01</NAME><TEMPLATE/></VMTEMPLATE>')
tp = oca.VmTemplatePool(self.c)
tp.info()
templ = tp.get_by_name('inttest_update01')
templ.update('MEMORY=1024 CPU=2')
def test_delete(self):
tp = oca.VmTemplatePool(self.c)
tp.info()
for tpl in tp:
if tpl.name.startswith('inttest'):
tpl.delete()
def test_instantiate(self):
templ = oca.VmTemplate.allocate(self.c,
'<VMTEMPLATE><NAME>inttest_instantiate_me01</NAME><MEMORY>1234</MEMORY><CPU>2</CPU></VMTEMPLATE>')
tp = oca.VmTemplatePool(self.c)
tp.info()
templ = tp.get_by_name('inttest_instantiate_me01')
templ.instantiate('inttest_vm_instantiate_me01')
vmpool = oca.VirtualMachinePool(self.c)
vmpool.info()
vm = vmpool.get_by_name('inttest_vm_instantiate_me01')
self.assertEqual(vm.name, 'inttest_vm_instantiate_me01')

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# -*- coding: UTF-8 -*-
import os
import socket
import unittest
from mock import Mock
from nose.tools import raises
import oca
class TestClient(unittest.TestCase):
def setUp(self):
try:
del os.environ["ONE_AUTH"]
except KeyError:
pass
def test_secret(self):
c = oca.Client('test:test')
assert c.one_auth == 'test:test'
def test_one_auth(self):
os.environ["ONE_AUTH"] = os.path.join(os.path.dirname(oca.__file__),
'tests/fixtures/one_auth')
try:
c = oca.Client()
secret = 'test:test'
assert c.one_auth == secret
finally:
os.environ["ONE_AUTH"] = ''
def test_default_user_path(self):
os.environ["ONE_AUTH"] = os.path.join(os.path.dirname(oca.__file__),
'tests/fixtures/one_auth')
c = oca.Client()
assert c.one_auth == 'test:test'
@raises(oca.OpenNebulaException)
def test_wrong_default_user_path(self):
oca.Client.DEFAULT_ONE_AUTH = '/ad/ads/a/das/d/sad/sad/sa/d/one_auth'
c = oca.Client()
@raises(oca.OpenNebulaException)
def test_invalid_secret(self):
os.environ["ONE_AUTH"] = os.path.join(os.path.dirname(oca.__file__),
'tests/fixtures/one_auth')
c = oca.Client('testtest')
def test_addres(self):
c = oca.Client('test:test', "http://8.8.8.8:2633/RPC2")
assert c.one_address == "http://8.8.8.8:2633/RPC2"
def test_one_xml_rpc(self):
os.environ["ONE_AUTH"] = os.path.join(os.path.dirname(oca.__file__),
'tests/fixtures/one_auth')
os.environ["ONE_XMLRPC"] = "http://8.8.8.8:2633/RPC2"
try:
c = oca.Client()
assert c.one_address == "http://8.8.8.8:2633/RPC2"
finally:
os.environ["ONE_XMLRPC"] = ''
def test_defaul_xmlrpc(self):
c = oca.Client('test:test')
assert c.one_address == oca.Client.DEFAULT_ONE_ADDRESS
def test_version(self):
c = oca.Client('test:test')
assert c.one_version is None
c.call = Mock(return_value='1.0.0')
assert c.version() == '1.0.0'
c.call.assert_called_once_with('system.version')
assert c.one_version == '1.0.0'
def test_return_two_values_call(self):
c = oca.Client('test:test')
c.server.one = Mock()
c.server.one.test_method = lambda x: [True, '2', 0]
assert c.call('test_method') == '2'
def test_return_one_value_call(self):
c = oca.Client('test:test')
c.server.one = Mock()
c.server.one.test_method = lambda x: [True, '', 0]
assert c.call('test_method') == ''
@raises(oca.OpenNebulaException)
def test_retrurn_error_code_0_call(self):
c = oca.Client('test:test')
c.server.one = Mock()
c.server.one.test_method = lambda x: [False, '2', 1]
c.call('test_method')
@raises(oca.OpenNebulaException)
def test_invalid_call(self):
c = oca.Client('test:test')
c.server.one = Mock()
c.server.one.test_method = lambda x: [False, '2']
c.call('test_method')
@raises(socket.error)
def test_connection_error(self):
c = oca.Client('test:test')
c.server.one = Mock()
c.server.one.test_method = Mock(side_effect=socket.error(1))
c.call('test_method')

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# -*- coding: UTF-8 -*-
import os
import unittest
from mock import Mock
import oca
class TestCluster(unittest.TestCase):
def setUp(self):
self.client = oca.Client('test:test')
self.xml = open(os.path.join(os.path.dirname(oca.__file__),
'tests/fixtures/cluster.xml')).read()
def test_allocate(self):
self.client.call = Mock(return_value=3)
assert oca.Cluster.allocate(self.client, 'test') == 3
def test_repr(self):
self.client.call = Mock()
cluster = oca.Cluster(self.xml, self.client)
assert repr(cluster) == '<oca.Cluster("oneCluster")>'
def test_convert_types(self):
cluster = oca.Cluster(self.xml, None)
cluster._convert_types()
assert cluster.id == 101
assert cluster.name == "oneCluster"
assert cluster.host_ids == [2, 3]
assert cluster.datastore_ids == [4, 5]
assert cluster.vnet_ids == [6, 7]
assert cluster.template.reserved_cpu is None

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# -*- coding: UTF-8 -*-
import os
import unittest
from mock import Mock
import oca
class TestClusterPool(unittest.TestCase):
def setUp(self):
self.client = oca.Client('test:test')
self.xml = open(os.path.join(os.path.dirname(oca.__file__),
'tests/fixtures/clusterpool.xml')).read()
def test_info(self):
self.client.call = Mock(return_value=self.xml)
pool = oca.ClusterPool(self.client)
pool.info()
assert len(pool) == 2
assert pool[1].name == "anotherCluster"

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# -*- coding: UTF-8 -*-
import os
import unittest
from mock import Mock
import oca
class TestDatastore(unittest.TestCase):
def setUp(self):
self.client = oca.Client('test:test')
self.xml = open(os.path.join(os.path.dirname(oca.__file__),
'tests/fixtures/datastore.xml')).read()
def test_allocate(self):
self.client.call = Mock(return_value=3)
assert oca.Datastore.allocate(self.client, 'test') == 3
def test_repr(self):
self.client.call = Mock()
datastore = oca.Datastore(self.xml, self.client)
assert repr(datastore) == '<oca.Datastore("Custom-DS")>'
def test_convert_types(self):
cluster = oca.Datastore(self.xml, None)
cluster._convert_types()
assert cluster.id == 100
assert cluster.name == "Custom-DS"
assert cluster.uid == 0
assert cluster.gid == 0
assert cluster.uname == 'oneadmin'
assert cluster.gname == 'oneadmin'
assert cluster.ds_mad == 'fs'
assert cluster.tm_mad == 'ssh'
assert cluster.base_path == '/var/lib/one//datastores/100'
assert cluster.type == 0
assert cluster.disk_type == 0
assert cluster.cluster_id == -1
assert cluster.cluster == ""
assert cluster.total_mb == 9952
assert cluster.free_mb == 8999
assert cluster.used_mb == 425
assert cluster.image_ids == [2, 3]
assert cluster.template.disk_type == 'FILE'

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# -*- coding: UTF-8 -*-
import os
import unittest
from mock import Mock
import oca
class TestDatastorePool(unittest.TestCase):
def setUp(self):
self.client = oca.Client('test:test')
self.xml = open(os.path.join(os.path.dirname(oca.__file__),
'tests/fixtures/datastorepool.xml')).read()
def test_info(self):
self.client.call = Mock(return_value=self.xml)
pool = oca.DatastorePool(self.client)
pool.info()
assert len(list(pool)) == 2

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# -*- coding: UTF-8 -*-
import os
import unittest
from mock import Mock
import oca
class TestGroup(unittest.TestCase):
def setUp(self):
self.client = oca.Client('test:test')
self.xml = open(os.path.join(os.path.dirname(oca.__file__),
'tests/fixtures/group.xml')).read()
def test_allocate(self):
self.client.call = Mock(return_value=3)
assert oca.Group.allocate(self.client, 'test') == 3
def test_delete(self):
self.client.call = Mock()
group = oca.Group(self.xml, self.client)
group.delete()
self.client.call.assert_called_once_with('group.delete', '1')
def test_repr(self):
self.client.call = Mock()
group = oca.Group(self.xml, self.client)
assert repr(group) == '<oca.Group("users")>'
def test_convert_types(self):
group = oca.Group(self.xml, None)
group._convert_types()
assert group.id == 1
assert group.name == "users"
assert group.template.hello == "world"
assert group.users == [1, 2]

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# -*- coding: UTF-8 -*-
import os
import unittest
from mock import Mock
import oca
class TestGroupPool(unittest.TestCase):
def setUp(self):
self.client = oca.Client('test:test')
self.xml = open(os.path.join(os.path.dirname(oca.__file__),
'tests/fixtures/grouppool.xml')).read()
def test_info(self):
self.client.call = Mock(return_value=self.xml)
pool = oca.GroupPool(self.client)
pool.info()
assert len(pool) == 2

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# -*- coding: UTF-8 -*-
import os
import unittest
from mock import Mock
from xml.etree import ElementTree as ET
from parameterized import parameterized_class
import oca
@parameterized_class([
{'one_version': '4.10.0'},
{'one_version': '5.4.0'},
{'one_version': '6.0.0'},
])
class TestHost(unittest.TestCase):
def setUp(self):
self.client = oca.Client('test:test')
self.client.call = Mock(return_value=self.one_version)
self.xml = open(os.path.join(os.path.dirname(oca.__file__),
'tests/fixtures/host.xml')).read()
if self.one_version >= '5':
xml_v5 = ET.fromstring(self.xml)
[xml_v5.remove(vn_mad) for vn_mad in xml_v5.findall('VN_MAD')]
self.xml = ET.tostring(xml_v5).decode('utf-8')
def tearDown(self):
version = self.client.one_version
if version is not None and version >= '5':
xml_types = oca.Host.XML_TYPES
xml_types['vn_mad'] = oca.pool.extractString
def test_instantiate(self):
h = oca.Host(self.xml, self.client)
self.client.call.assert_called_once_with('system.version')
expected = 'vn_dummy' if self.one_version == '4.10.0' else None
assert (getattr(h, 'vn_mad', None) == expected)
def test_allocate(self):
self.client.call = Mock(return_value=7)
host_id = oca.Host.allocate(self.client, 'host', 'im_xen',
'vmm_xen', 'tm_nfs')
assert host_id == 7
def test_enable(self):
h = oca.Host(self.xml, self.client)
self.client.call = Mock(return_value='')
h.enable()
self.client.call.assert_called_once_with('host.enable', '7', True)
def test_disable(self):
h = oca.Host(self.xml, self.client)
self.client.call = Mock(return_value='')
h.disable()
self.client.call.assert_called_once_with('host.enable', '7', False)
def test_states(self):
for i in range(len(oca.Host.HOST_STATES)):
h = oca.Host('<HOST><ID>2</ID><STATE>{0}</STATE></HOST>'.format(i),
self.client)
assert h.str_state == oca.Host.HOST_STATES[i]
assert h.short_state == oca.Host.SHORT_HOST_STATES[oca.Host.HOST_STATES[i]]
def test_repr(self):
h = oca.Host(self.xml, self.client)
assert h.__repr__() == '<oca.Host("dummyhost")>'
def test_host_share_repr(self):
h = oca.Host(self.xml, self.client)
h._convert_types()
share = h.host_share
assert repr(share) == '<oca.vm.HostShare()>'
def test_host_vm_ids(self):
h = oca.Host(self.xml, self.client)
h._convert_types()
vm_ids = list(h.vm_ids)
assert vm_ids == [82, 84, 85, 95, 96]

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# -*- coding: UTF-8 -*-
import os
import unittest
from mock import Mock
import oca
class TestHostPool(unittest.TestCase):
def setUp(self):
self.client = oca.Client('test:test')
self.xml = open(os.path.join(os.path.dirname(oca.__file__),
'tests/fixtures/hostpool.xml')).read()
def test_info(self):
self.client.call = Mock(return_value=self.xml)
pool = oca.HostPool(self.client)
pool.info()
assert len(pool) == 2

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# -*- coding: UTF-8 -*-
import os
import unittest
from mock import Mock
import oca
import oca.pool
IMAGE_TEMPLATE = """NAME = "Ubuntu Desktop"
PATH = /home/cloud/images/ubuntu-desktop/disk.0
PUBLIC = YES
DESCRIPTION = "Ubuntu 10.04 desktop for students.\""""
DEFAULT_IMG_DATASTORE = 1
class TestImage(unittest.TestCase):
def setUp(self):
self.client = oca.Client('test:test')
self.xml = open(os.path.join(os.path.dirname(oca.__file__),
'tests/fixtures/image.xml')).read()
def test_allocate(self):
self.client.call = Mock(return_value=2)
assert oca.Image.allocate(self.client, IMAGE_TEMPLATE, DEFAULT_IMG_DATASTORE) == 2
def test_enable(self):
self.client.call = Mock(return_value='')
h = oca.Image(self.xml, self.client)
h.enable()
self.client.call.assert_called_once_with('image.enable', '1', True)
def test_disable(self):
self.client.call = Mock(return_value='')
h = oca.Image(self.xml, self.client)
h.disable()
self.client.call.assert_called_once_with('image.enable', '1', False)
def test_update(self):
self.client.call = Mock(return_value='')
h = oca.Image(self.xml, self.client)
new_content = 'DEV_PREFIX=hd\nNAME=Debian\nTYPE=OS'
h.update(new_content)
self.client.call.assert_called_once_with('image.update', '1',
new_content)
def test_publish(self):
self.client.call = Mock(return_value='')
h = oca.Image(self.xml, self.client)
assert h.publish() is None
def test_unpublish(self):
self.client.call = Mock(return_value='')
h = oca.Image(self.xml, self.client)
assert h.unpublish() is None
def test_set_persistent(self):
self.client.call = Mock(return_value='')
h = oca.Image(self.xml, self.client)
h.set_persistent()
self.client.call.assert_called_once_with('image.persistent',
'1', True)
def test_set_nonpersistent(self):
self.client.call = Mock(return_value='')
h = oca.Image(self.xml, self.client)
h.set_nonpersistent()
self.client.call.assert_called_once_with('image.persistent',
'1', False)
def test_states(self):
for i in range(len(oca.Image.IMAGE_STATES)):
h = oca.Image('<IMAGE><ID>2</ID><STATE>%s</STATE></IMAGE>' % i,
self.client)
assert h.str_state == oca.Image.IMAGE_STATES[i]
short_image_state = oca.Image.SHORT_IMAGE_STATES[oca.Image.IMAGE_STATES[i]]
assert h.short_state == short_image_state
def test_repr(self):
h = oca.Image(self.xml, self.client)
assert h.__repr__() == '<oca.Image("MATLAB install CD")>'
def test_types(self):
for i in range(len(oca.Image.IMAGE_TYPES)):
h = oca.Image('<IMAGE><ID>2</ID><TYPE>%s</TYPE></IMAGE>' % i,
self.client)
assert h.str_type == oca.Image.IMAGE_TYPES[i]
short_image_type = oca.Image.SHORT_IMAGE_TYPES[oca.Image.IMAGE_TYPES[i]]
assert h.short_type == short_image_type
def test_template(self):
i = oca.Image(self.xml, self.client)
i._convert_types()
assert isinstance(i.template, oca.pool.Template)
def test_chown(self):
self.client.call = Mock(return_value='')
h = oca.Image(self.xml, self.client)
h.chown(10, 10)
self.client.call.assert_called_once_with('image.chown',
'1', 10, 10)
def test_chmod(self):
self.client.call = Mock(return_value='')
h = oca.Image(self.xml, self.client)
h.chmod(1, 0, 0, -1, -1, -1, -1, -1, -1)
self.client.call.assert_called_once_with('image.chmod',
'1', 1, 0, 0, -1, -1, -1, -1, -1, -1)

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# -*- coding: UTF-8 -*-
import os
import unittest
from mock import Mock
import oca
class TestImagePool(unittest.TestCase):
def setUp(self):
self.client = oca.Client('test:test')
self.xml = open(os.path.join(os.path.dirname(oca.__file__),
'tests/fixtures/imagepool.xml')).read()
def test_info(self):
self.xml = self.xml.replace('\n', '')
self.xml = self.xml.replace(' ', '')
self.client.call = Mock(return_value=self.xml)
pool = oca.ImagePool(self.client)
pool.info()
assert len(pool) == 3

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class TestIntegration:
# def setUp(self):
# self.client = oca.Client("oneadmin:one", "http://localhost:2633/RPC2")
# cp = oca.ClusterPool(self.client)
# cp.info()
# for cluster in cp:
# cluster.delete()
# def test_integration(self):
# self.cluster_id = oca.Cluster.allocate(self.client, "IT-Cluster")
# #self.datastore_id = oca.
pass

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# -*- coding: UTF-8 -*-
import os
import unittest
from mock import Mock
import oca
class TestVmTemplate(unittest.TestCase):
def setUp(self):
self.client = oca.Client('test:test')
self.xml = open(os.path.join(os.path.dirname(oca.__file__),
'tests/fixtures/template.xml')).read()
def test_allocate(self):
self.client.call = Mock(return_value=3)
assert oca.VmTemplate.allocate(self.client, 'name=a') == 3
def test_delete(self):
self.client.call = Mock()
template = oca.VmTemplate(self.xml, self.client)
template.delete()
self.client.call.assert_called_once_with('template.delete', '1')
def test_update(self):
self.client.call = Mock()
template = oca.VmTemplate(self.xml, self.client)
template.update('name=b')
self.client.call.assert_called_once_with('template.update',
'1', 'name=b', 0)
def test_publish(self):
self.client.call = Mock()
template = oca.VmTemplate(self.xml, self.client)
template.publish()
self.client.call.assert_called_once_with('template.publish',
'1', True)
def test_unpublish(self):
self.client.call = Mock()
template = oca.VmTemplate(self.xml, self.client)
template.unpublish()
self.client.call.assert_called_once_with('template.publish',
'1', False)
def test_chown(self):
self.client.call = Mock()
template = oca.VmTemplate(self.xml, self.client)
template.chown(2, 3)
self.client.call.assert_called_once_with('template.chown',
'1', 2, 3)
def test_instantiate_with_default_name(self):
self.client.call = Mock(return_value=4)
template = oca.VmTemplate(self.xml, self.client)
assert template.instantiate() == 4
self.client.call.assert_called_once_with('template.instantiate',
'1', '', False, '')
def test_instantiate_with_custom_name(self):
self.client.call = Mock(return_value=5)
template = oca.VmTemplate(self.xml, self.client)
assert template.instantiate('asd') == 5
self.client.call.assert_called_once_with('template.instantiate',
'1', 'asd', False, '')
def test_instantiate_with_default_name_and_context(self):
self.client.call = Mock(return_value=6)
template = oca.VmTemplate(self.xml, self.client)
assert template.instantiate('', False, 'VCPU=4') == 6
self.client.call.assert_called_once_with('template.instantiate',
'1', '', False, 'VCPU=4')
def test_instantiate_with_custom_name_and_context(self):
self.client.call = Mock(return_value=7)
template = oca.VmTemplate(self.xml, self.client)
assert template.instantiate('asd', False, 'VCPU=4') == 7
self.client.call.assert_called_once_with('template.instantiate',
'1', 'asd', False, 'VCPU=4')
def test_repr(self):
self.client.call = Mock()
template = oca.VmTemplate(self.xml, self.client)
assert repr(template) == '<oca.VmTemplate("test1")>'

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# -*- coding: UTF-8 -*-
import os
import unittest
from mock import Mock
import oca
class TestVmTemplatePool(unittest.TestCase):
def setUp(self):
self.client = oca.Client('test:test')
self.xml = open(os.path.join(os.path.dirname(oca.__file__),
'tests/fixtures/templatepool.xml')).read()
def test_info(self):
self.client.call = Mock(return_value=self.xml)
pool = oca.VmTemplatePool(self.client)
pool.info()
assert len(pool) == 2

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# -*- coding: UTF-8 -*-
import os
import unittest
from mock import Mock
import oca
class TestUser(unittest.TestCase):
def setUp(self):
self.client = oca.Client('test:test')
self.xml = open(os.path.join(os.path.dirname(oca.__file__),
'tests/fixtures/user.xml')).read()
def test_allocate(self):
self.client.call = Mock(return_value=1)
assert oca.User.allocate(self.client, 'jon', 'secret') == 1
def test_repr(self):
u = oca.User(self.xml, self.client)
assert u.__repr__() == '<oca.User("dan")>'
def test_change_passwd(self):
self.client.call = Mock(return_value='')
u = oca.User(self.xml, self.client)
u.change_passwd('secret2')
self.client.call.assert_called_once_with('user.passwd', '3', 'secret2')
def test_delete(self):
self.client.call = Mock(return_value='')
vm = oca.User(self.xml, self.client)
vm.delete()
self.client.call.assert_called_once_with('user.delete', '3')
def test_change_group(self):
self.client.call = Mock(return_value='')
vm = oca.User(self.xml, self.client)
vm.chgrp(3)
self.client.call.assert_called_once_with('user.chgrp', '3', 3)

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# -*- coding: UTF-8 -*-
import os
import unittest
from mock import Mock
import oca
class TestUserPool(unittest.TestCase):
def setUp(self):
self.client = oca.Client('test:test')
self.xml = open(os.path.join(os.path.dirname(oca.__file__),
'tests/fixtures/userpool.xml')).read()
def test_info(self):
self.client.call = Mock(return_value=self.xml)
pool = oca.UserPool(self.client)
pool.info()
assert len(pool) == 2

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# -*- coding: UTF-8 -*-
import os
import unittest
from mock import Mock
from xml.etree import ElementTree as ET
from parameterized import parameterized_class
import oca
VN_TEMPLATE = """NAME = "Red LAN"
TYPE = RANGED
PUBLIC = NO
BRIDGE = vbr0
NETWORK_SIZE = C
NETWORK_ADDRESS = 192.168.0.0"""
@parameterized_class([
{'one_version': '4.10.0'},
{'one_version': '5.4.0'},
{'one_version': '6.0.0'},
])
class TestVirtualNetwork(unittest.TestCase):
# one_version = '4.10.0'
def setUp(self):
self.client = oca.Client('test:test')
self.client.call = Mock(return_value=self.one_version)
self.xml = open(os.path.join(os.path.dirname(oca.__file__),
'tests/fixtures/vnet.xml')).read()
if self.one_version >= '5':
xml_v5 = ET.fromstring(self.xml)
vn_mad = ET.Element('VN_MAD')
vn_mad.text = 'vn_dummy'
xml_v5.append(vn_mad)
self.xml = ET.tostring(xml_v5).decode('utf-8')
def tearDown(self):
version = self.client.one_version
if version is not None and version >= '5':
xml_types = oca.VirtualNetwork.XML_TYPES
del xml_types['vn_mad']
def test_instantiate(self):
h = oca.VirtualNetwork(self.xml, self.client)
self.client.call.assert_called_once_with('system.version')
expected = None if self.one_version == '4.10.0' else 'vn_dummy'
assert (getattr(h, 'vn_mad', None) == expected)
def test_allocate(self):
self.client.call = Mock(return_value=2)
assert oca.VirtualNetwork.allocate(self.client, VN_TEMPLATE) == 2
def test_publish(self):
h = oca.VirtualNetwork(self.xml, self.client)
self.client.call = Mock(return_value='')
h._convert_types()
h.publish()
self.client.call.assert_called_once_with('vn.publish', 3, True)
def test_unpublish(self):
h = oca.VirtualNetwork(self.xml, self.client)
self.client.call = Mock(return_value='')
h._convert_types()
h.unpublish()
self.client.call.assert_called_once_with('vn.publish', 3, False)
def test_repr(self):
h = oca.VirtualNetwork(self.xml, self.client)
h._convert_types()
assert h.__repr__() == '<oca.VirtualNetwork("Red LAN")>'
def test_chown(self):
h = oca.VirtualNetwork(self.xml, self.client)
self.client.call = Mock(return_value='')
h._convert_types()
h.chown(2, 2)
self.client.call.assert_called_once_with('vn.chown', 3, 2, 2)
def test_address_ranges(self):
h = oca.VirtualNetwork(self.xml, self.client)
h._convert_types()
assert (2 == len(h.address_ranges))
assert (1 == h.address_ranges[1].id)
assert (0 == h.address_ranges[0].id)
assert (" 0 68719479930 1 68719545020" == h.address_ranges[0].allocated)
assert ("10.1.0.10" == h.address_ranges[0].ip)
assert ("00:22:44:66:88:aa" == h.address_ranges[0].mac)
assert (507 == h.address_ranges[0].size)
assert ("IP4" == h.address_ranges[0].type)

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# -*- coding: UTF-8 -*-
import os
import unittest
from mock import Mock
import oca
class TestVirtualNetworkPool(unittest.TestCase):
def setUp(self):
self.client = oca.Client('test:test')
self.client.one_version = '4.10.0'
self.xml = open(os.path.join(os.path.dirname(oca.__file__),
'tests/fixtures/vnetpool.xml')).read()
def test_info(self):
self.client.call = Mock(return_value=self.xml)
pool = oca.VirtualNetworkPool(self.client)
pool.info()
assert len(list(pool)) == 2

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# -*- coding: UTF-8 -*-
import os
import unittest
from mock import Mock
from nose.tools import raises
import oca
import oca.pool
class TestVirtualMachine(unittest.TestCase):
def setUp(self):
self.client = oca.Client('test:test')
self.xml = open(os.path.join(os.path.dirname(oca.__file__),
'tests/fixtures/vm.xml')).read()
def test_new_with_id(self):
vm = oca.VirtualMachine.new_with_id(self.client, 1)
assert vm.id == 1
def test_acces_items_using_brackets(self):
vm = oca.VirtualMachine(self.xml, self.client)
assert vm['name'] == 'vm-example'
assert vm['ID'] == '6'
assert vm['last_poll'] == '1277729095'
assert vm['state'] == '3'
assert vm['lcm_state'] == '3'
assert vm['stime'] == '1277375180'
assert vm['etime'] == '0'
assert vm['deploy_id'] == 'dummy'
def test_acces_items_not_using_brackets(self):
vm = oca.VirtualMachine(self.xml, self.client)
assert vm.name == 'vm-example'
assert vm.ID == '6'
assert vm.last_poll == '1277729095'
assert vm.state == '3'
assert vm.lcm_state == '3'
assert vm.stime == '1277375180'
assert vm.etime == '0'
assert vm.deploy_id == 'dummy'
@raises(IndexError)
def test_raise_exception_Index_Error_when_using_brackets(self):
vm = oca.VirtualMachine(self.xml, self.client)
vm['wrong_name']
def test_convert_types(self):
vm = oca.VirtualMachine(self.xml, self.client)
vm._convert_types()
assert vm.name == 'vm-example'
assert vm.id == 6
assert vm.last_poll == 1277729095
assert vm.state == 3
assert vm.lcm_state == 3
assert vm.stime == 1277375180
assert vm.etime == 0
assert vm.deploy_id == 'dummy'
assert isinstance(vm.template, oca.pool.Template)
def test_allocate(self):
self.client.call = Mock(return_value=3)
assert oca.VirtualMachine.allocate(self.client, '<VM></VM>') == 3
def test_deploy(self):
self.client.call = Mock(return_value='')
vm = oca.VirtualMachine(self.xml, self.client)
vm.deploy(3)
self.client.call.assert_called_once_with('vm.deploy', '6', 3)
def test_migrate(self):
self.client.call = Mock(return_value='')
vm = oca.VirtualMachine(self.xml, self.client)
vm.migrate(3)
self.client.call.assert_called_once_with('vm.migrate', '6', 3, False)
def test_live_migrate(self):
self.client.call = Mock(return_value='')
vm = oca.VirtualMachine(self.xml, self.client)
vm.live_migrate(3)
self.client.call.assert_called_once_with('vm.migrate', '6', 3, True)
def test_save_disk(self):
self.client.call = Mock(return_value='')
vm = oca.VirtualMachine(self.xml, self.client)
vm.save_disk(1, 2)
self.client.call.assert_called_once_with('vm.savedisk', '6', 1, 2)
def test_actions(self):
oca.client = oca.Client('test:test')
vm = oca.VirtualMachine(self.xml, self.client)
for action in ['shutdown', 'shutdown_hard', 'poweroff', 'poweroff_hard',
'hold', 'release', 'stop', 'cancel', 'suspend', 'resume',
'reboot', 'finalize', 'delete', 'resched', 'unresched']:
self.client.call = Mock(return_value='')
getattr(vm, action)()
if action in ('shutdown_hard', 'poweroff_hard', 'undeploy_hard'):
action = action.replace("_", "-")
self.client.call.assert_called_once_with('vm.action', action, '6')
def test_repr(self):
vm = oca.VirtualMachine(self.xml, self.client)
assert vm.__repr__() == '<oca.VirtualMachine("vm-example")>'
def test_states(self):
for i in range(len(oca.VirtualMachine.VM_STATE)):
vm = oca.VirtualMachine('<VM><ID>2</ID><STATE>%s</STATE></VM>' % i,
self.client)
assert vm.str_state == oca.VirtualMachine.VM_STATE[i]
state = oca.VirtualMachine.SHORT_VM_STATES[oca.VirtualMachine.VM_STATE[i]]
assert vm.short_state == state
def test_lcm_states(self):
for i in range(len(oca.VirtualMachine.LCM_STATE)):
xml = '<VM><ID>2</ID><LCM_STATE>%s</LCM_STATE></VM>' % i
vm = oca.VirtualMachine(xml, self.client)
assert vm.str_lcm_state == oca.VirtualMachine.LCM_STATE[i]
lcm = oca.VirtualMachine.SHORT_LCM_STATES[oca.VirtualMachine.LCM_STATE[i]]
assert vm.short_lcm_state == lcm
def test_resubmit(self):
self.client.call = Mock(return_value='')
vm = oca.VirtualMachine(self.xml, self.client)
vm.resubmit()
self.client.call.assert_called_once_with('vm.action', 'resubmit', '6')
def test_History_repr(self):
vm = oca.VirtualMachine(self.xml, self.client)
vm._convert_types()
history = vm.history_records[0]
assert repr(history) == '<oca.vm.History("seq=0")>'
def test_no_history_records_element(self):
vm = oca.VirtualMachine(self.xml, self.client)
vm.xml.remove(vm.xml.find('HISTORY_RECORDS'))
vm._convert_types()
assert vm.history_records == []
def test_user_template_variables(self):
vm = oca.VirtualMachine(self.xml, self.client)
vm._convert_types()
greeting = vm.user_template.greeting
assert greeting == "Hello World"
def test_update(self):
pass

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# -*- coding: UTF-8 -*-
import os
import unittest
from mock import Mock
from nose.tools import raises
import oca
import oca.pool
class TestVirtualMachinePool(unittest.TestCase):
def setUp(self):
self.client = oca.Client('test:test')
self.xml = open(os.path.join(os.path.dirname(oca.__file__),
'tests/fixtures/vmpool.xml')).read()
def test_vm_pool_info(self):
self.client.call = Mock(return_value=self.xml)
pool = oca.VirtualMachinePool(self.client)
pool.info()
assert len(list(pool)) == 3
def test_iterate_before_info(self):
pool = oca.VirtualMachinePool(self.client)
assert list(pool) == []
def test_get_by_id(self):
self.client.call = Mock(return_value=self.xml)
pool = oca.VirtualMachinePool(self.client)
pool.info()
assert pool.get_by_id(8).id == 8
def test_get_by_name(self):
self.client.call = Mock(return_value=self.xml)
pool = oca.VirtualMachinePool(self.client)
pool.info()
assert pool.get_by_name('vm-in').name == 'vm-in'
@raises(oca.pool.WrongIdError)
def test_wrong_get_by_id(self):
self.client.call = Mock(return_value=self.xml)
pool = oca.VirtualMachinePool(self.client)
pool.info()
pool.get_by_id(1010011010)
@raises(oca.pool.WrongNameError)
def test_wrong_get_by_name(self):
self.client.call = Mock(return_value=self.xml)
pool = oca.VirtualMachinePool(self.client)
pool.info()
pool.get_by_name('wrong-vm-name')

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# -*- coding: UTF-8 -*-
from .pool import Pool, PoolElement, Template, extractString, XMLElement
class Quota(XMLElement):
def __init__(self, xml):
super(Quota, self).__init__(xml)
self._convert_types()
class VMQuota(Quota):
XML_TYPES = {
'cpu': int,
'cpu_used': int,
'memory': int,
'memory_used': int,
'system_disk_size': int,
'system_disk_size_used': int,
'vms': int,
'vms_used': int,
}
class DatastoreQuota(Quota):
XML_TYPES = {
'images': int,
'images_used': int,
'size': int,
'size_used': int,
}
class NetworkQuota(Quota):
XML_TYPES = {
'leases': int,
'leases_used': int,
}
class VMQuotaList(Quota):
XML_TYPES = {
'vm': VMQuota,
}
class DatastoreQuotaList(Quota):
XML_TYPES = {
'datastore': DatastoreQuota,
}
class NetworkQuotaList(Quota):
XML_TYPES = {
'network': NetworkQuota,
}
class User(PoolElement):
METHODS = {
'info': 'user.info',
'allocate': 'user.allocate',
'delete': 'user.delete',
'passwd': 'user.passwd',
'chgrp': 'user.chgrp'
}
XML_TYPES = {
'id': int,
'gid': int,
'group_ids': ['GROUPS', lambda group_ids: [int(group_id.text) for group_id in group_ids]],
'gname': extractString,
'name': extractString,
'password': extractString,
'auth_driver': extractString,
'enabled': bool,
'template': ['TEMPLATE', Template],
# 'network_quota': handled separately # see http://dev.opennebula.org/issues/3849
# 'image_quota' # see http://dev.opennebula.org/issues/3849
# 'default_user_quotas' # see http://dev.opennebula.org/issues/3849
}
ELEMENT_NAME = 'USER'
@staticmethod
def allocate(client, user, password):
"""
allocates a new user in OpenNebula
``user``
username for the new user
``password``
password for the new user
"""
user_id = client.call(User.METHODS['allocate'], user, password)
return user_id
def __init__(self, xml, client):
super(User, self).__init__(xml, client)
self.id = self['ID'] if self['ID'] else None
def change_passwd(self, new_password):
"""
Changes the password for the given user.
``new_password``
The new password
"""
self.client.call(User.METHODS['passwd'], self.id, new_password)
def chgrp(self, gid):
"""
Changes the main group
``gid``
New group id. Set to -1 to leave the current one
"""
self.client.call(User.METHODS['chgrp'], self.id, gid)
@property
def vm_quota(self):
self.info()
return VMQuotaList(self.xml.find('VM_QUOTA')).vm
@property
def datastore_quota(self):
self.info()
return DatastoreQuotaList(self.xml.find('DATASTORE_QUOTA')).datastore
@property
def network_quota(self):
self.info()
return NetworkQuotaList(self.xml.find('NETWORK_QUOTA')).network
def __repr__(self):
return '<oca.User("%s")>' % self.name
class UserPool(Pool):
METHODS = {
'info': 'userpool.info',
}
def __init__(self, client):
super(UserPool, self).__init__('USER_POOL', 'USER', client)
def _factory(self, xml):
u = User(xml, self.client)
u._convert_types()
return u

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# -*- coding: UTF-8 -*-
from .pool import Pool, PoolElement, Template, extractString
class History(Template):
def __repr__(self):
return '<oca.vm.History("seq={0}")>'.format(self.seq)
class VirtualMachine(PoolElement):
METHODS = {
'info': 'vm.info',
'allocate': 'vm.allocate',
'action': 'vm.action',
'migrate': 'vm.migrate',
'deploy': 'vm.deploy',
'savedisk': 'vm.savedisk',
'delete': 'vm.delete',
'chown': 'vm.chown',
'update': 'vm.update',
}
INIT = 0
PENDING = 1
HOLD = 2
ACTIVE = 3
STOPPED = 4
SUSPENDED = 5
DONE = 6
FAILED = 7
POWEROFF = 8
UNDEPLOYED = 9
VM_STATE = ['INIT', 'PENDING', 'HOLD', 'ACTIVE', 'STOPPED',
'SUSPENDED', 'DONE', 'FAILED', 'POWEROFF', 'UNDEPLOYED']
SHORT_VM_STATES = {
'INIT': 'init',
'PENDING': 'pend',
'HOLD': 'hold',
'ACTIVE': 'actv',
'STOPPED': 'stop',
'SUSPENDED': 'susp',
'DONE': 'done',
'FAILED': 'fail',
'POWEROFF': 'poff',
'UNDEPLOYED': 'udep'
}
LCM_STATE = ['LCM_INIT', 'PROLOG', 'BOOT', 'RUNNING', 'MIGRATE', 'SAVE_STOP', 'SAVE_SUSPEND',
'SAVE_MIGRATE', 'PROLOG_MIGRATE', 'PROLOG_RESUME', 'EPILOG_STOP', 'EPILOG',
'SHUTDOWN', 'CANCEL', 'FAILURE', 'CLEANUP_RESUBMIT', 'UNKNOWN', 'HOTPLUG',
'SHUTDOWN_POWEROFF', 'BOOT_UNKNOWN', 'BOOT_POWEROFF', 'BOOT_SUSPENDED',
'BOOT_STOPPED', 'CLEANUP_DELETE', 'HOTPLUG_SNAPSHOT', 'HOTPLUG_NIC',
'HOTPLUG_SAVEAS', 'HOTPLUG_SAVEAS_POWEROFF', 'HOTPLUG_SAVEAS_SUSPENDED',
'SHUTDOWN_UNDEPLOY', 'EPILOG_UNDEPLOY', 'PROLOG_UNDEPLOY', 'BOOT_UNDEPLOY',
'HOTPLUG_PROLOG_POWEROFF', 'HOTPLUG_EPILOG_POWEROFF', 'BOOT_MIGRATE',
'BOOT_FAILURE', 'BOOT_MIGRATE_FAILURE', 'PROLOG_MIGRATE_FAILURE',
'PROLOG_FAILURE', 'EPILOG_FAILURE', 'EPILOG_STOP_FAILURE',
'EPILOG_UNDEPLOY_FAILURE', 'PROLOG_MIGRATE_POWEROFF',
'PROLOG_MIGRATE_POWEROFF_FAILURE', 'PROLOG_MIGRATE_SUSPEND',
'PROLOG_MIGRATE_SUSPEND_FAILURE', 'BOOT_UNDEPLOY_FAILURE',
'BOOT_STOPPED_FAILURE', 'PROLOG_RESUME_FAILURE', 'PROLOG_UNDEPLOY_FAILURE',
'DISK_SNAPSHOT_POWEROFF', 'DISK_SNAPSHOT_REVERT_POWEROFF',
'DISK_SNAPSHOT_DELETE_POWEROFF', 'DISK_SNAPSHOT_SUSPENDED',
'DISK_SNAPSHOT_REVERT_SUSPENDED', 'DISK_SNAPSHOT_DELETE_SUSPENDED',
'DISK_SNAPSHOT', 'DISK_SNAPSHOT_REVERT', 'DISK_SNAPSHOT_DELETE']
SHORT_LCM_STATES = {
'LCM_INIT': 'lcm_i',
'PROLOG': 'prolo',
'BOOT': 'boot',
'RUNNING': 'running',
'MIGRATE': 'migrate',
'SAVE_STOP': 'save_stop',
'SAVE_SUSPEND': 'save_suspend',
'SAVE_MIGRATE': 'save_mig',
'PROLOG_MIGRATE': 'prolo',
'PROLOG_RESUME': 'prolo',
'EPILOG_STOP': 'epilo',
'EPILOG': 'epilo',
'SHUTDOWN': 'shutd',
'CANCEL': 'cance',
'FAILURE': 'failu',
'CLEANUP_RESUBMIT': 'clean',
'UNKNOWN': 'unkno',
'HOTPLUG': 'hotpl',
'SHUTDOWN_POWEROFF': 'shutd',
'BOOT_UNKNOWN': ':boot_u',
'BOOT_POWEROFF': 'boot_p',
'BOOT_SUSPENDED': 'boot_su',
'BOOT_STOPPED': 'boot_st',
'CLEANUP_DELETE': 'clean',
'HOTPLUG_SNAPSHOT': 'hotp_sn',
'HOTPLUG_NIC': 'hotp_n',
'HOTPLUG_SAVEAS': 'hot_sav',
'HOTPLUG_SAVEAS_POWEROFF': 'hot_sav_p',
'HOTPLUG_SAVEAS_SUSPENDED': 'hot_sav_sus',
'SHUTDOWN_UNDEPLOY': 'shut_un',
'EPILOG_UNDEPLOY': 'epi_und',
'PROLOG_UNDEPLOY': 'pro_und',
'BOOT_UNDEPLOY': 'boot_und',
'HOTPLUG_PROLOG_POWEROFF': 'hot_pro_pow',
'HOTPLUG_EPILOG_POWEROFF': 'hot_epi_pow',
'BOOT_MIGRATE': 'boot_mig',
'BOOT_FAILURE': 'boot_fail',
'BOOT_MIGRATE_FAILURE': 'boot_mig_fail',
'PROLOG_MIGRATE_FAILURE': 'pro_mig_fail',
'PROLOG_FAILURE': 'prolog_fail',
'EPILOG_FAILURE': 'epilog_fail',
'EPILOG_STOP_FAILURE': 'epilog_stop_fail',
'EPILOG_UNDEPLOY_FAILURE': 'epilog_undep_fail',
'PROLOG_MIGRATE_POWEROFF': 'prolog_migrate_power',
'PROLOG_MIGRATE_POWEROFF_FAILURE': 'prolog_migrate_power_fail',
'PROLOG_MIGRATE_SUSPEND': 'prolog_migrate_sus',
'PROLOG_MIGRATE_SUSPEND_FAILURE': 'prolog_migrate_sus_fail',
'BOOT_UNDEPLOY_FAILURE': 'boot_und_fail',
'BOOT_STOPPED_FAILURE': 'boot_stop_fail',
'PROLOG_RESUME_FAILURE': 'prolog_resume_fail',
'PROLOG_UNDEPLOY_FAILURE': 'prolog_unde_fail',
'DISK_SNAPSHOT_POWEROFF': 'disk_snap_poweroff',
'DISK_SNAPSHOT_REVERT_POWEROFF': 'disk_snap_rever_poweroff',
'DISK_SNAPSHOT_DELETE_POWEROFF': 'disk_snap_delete_poweroff',
'DISK_SNAPSHOT_SUSPENDED': 'disk_snap_suspend',
'DISK_SNAPSHOT_REVERT_SUSPENDED': 'disk_snap_revert_suspended',
'DISK_SNAPSHOT_DELETE_SUSPENDED': 'disk_snap_del_suspend',
'DISK_SNAPSHOT': 'disk_snap',
'DISK_SNAPSHOT_REVERT': 'disk_snap_revert',
'DISK_SNAPSHOT_DELETE': 'disk_snap_delete',
}
MIGRATE_REASON = ['NONE', 'ERROR', 'STOP_RESUME', 'USER', 'CANCEL']
SHORT_MIGRATE_REASON = {
'NONE': 'none',
'ERROR': 'erro',
'STOP_RESUME': 'stop',
'USER': 'user',
'CANCEL': 'canc'
}
XML_TYPES = {
'id': int,
'uid': int,
'gid': int,
'uname': extractString,
'gname': extractString,
'name': extractString,
# 'permissions': ???,
# 'last_poll': int,
'state': int,
'lcm_state': int,
'resched': int,
'stime': int,
'etime': int,
'deploy_id': extractString,
'template': ['TEMPLATE', Template, ['NIC', 'DISK']],
'user_template': ['USER_TEMPLATE', Template],
'history_records': ['HISTORY_RECORDS', lambda x: [History(i)
for i in x] if x is not None else []],
}
ELEMENT_NAME = 'VM'
@staticmethod
def allocate(client, template):
"""
allocates a virtual machine description from the given template string
Arguments
``template``
a string containing the template of the vm
"""
vm_id = client.call(VirtualMachine.METHODS['allocate'], template)
return vm_id
def __init__(self, xml, client):
super(VirtualMachine, self).__init__(xml, client)
self.id = self['ID'] if self['ID'] else None
def deploy(self, host_id):
"""
initiates the instance of the given vmid on the target host
Arguments
``host_id``
the host id (hid) of the target host where the VM will be
instantiated.
"""
self.client.call(self.METHODS['deploy'], self.id, host_id)
def migrate(self, dest_host):
"""
migrates virtual machine to the target host
Arguments
``dest_host``
the target host id
"""
self.client.call(self.METHODS['migrate'], self.id, dest_host, False)
def live_migrate(self, dest_host):
"""
live migrates virtual machine to the target host
Arguments
``dest_host``
the target host id
"""
self.client.call(self.METHODS['migrate'], self.id, dest_host, True)
def save_disk(self, disk_id, dest_disk):
"""
Sets the disk to be saved in the given image
Arguments
``disk_id``
disk id of the disk we want to save
``dest_disk``
image id where the disk will be saved.
"""
self.client.call(self.METHODS['savedisk'], self.id, disk_id, dest_disk)
def shutdown(self):
"""
Shutdowns an already deployed VM
"""
self._action('shutdown')
def shutdown_hard(self):
"""
Shutdown hard an already deployed VM
"""
self._action('shutdown-hard')
def poweroff(self):
"""
Power off an running vm
"""
self._action('poweroff')
def poweroff_hard(self):
"""
Power off hard an running vm
"""
self._action('poweroff-hard')
def cancel(self):
"""
Cancels a running VM
"""
self._action('cancel')
def hold(self):
"""
Sets a VM to hold state, scheduler will not deploy it
"""
self._action('hold')
def release(self):
"""
Releases a VM from hold state
"""
self._action('release')
def stop(self):
"""
Stops a running VM
"""
self._action('stop')
def suspend(self):
"""
Saves a running VM
"""
self._action('suspend')
def resume(self):
"""
Resumes the execution of a saved VM
"""
self._action('resume')
def finalize(self):
"""
Deletes a VM from the pool and DB
"""
self._action('finalize')
def reboot(self, hard=False):
"""
Reboot the VM. Optionally perform a hard reboot
"""
self._action('reboot-hard' if hard else 'reboot')
def resubmit(self):
"""
Redeploy the VM.
"""
self._action('resubmit')
def delete(self):
"""
Delete the VM.
"""
self._action('delete')
def resched(self):
"""
Set the rescheduling flag of the VM.
"""
self._action('resched')
def unresched(self):
"""
Remove the rescheduling flag of the VM.
"""
self._action('unresched')
def _action(self, action):
self.client.call(self.METHODS['action'], action, self.id)
def __repr__(self):
return '<oca.VirtualMachine("%s")>' % self.name
@property
def str_state(self):
"""
String representation of virtual machine state.
One of: INIT, PENDING, HOLD, ACTIVE, STOPPED, SUSPENDED,
DONE, FAILED, POWEROFF, UNDEPLOYED
"""
return self.VM_STATE[int(self.state)]
@property
def short_state(self):
"""
Short string representation of virtual machine state.
One of: init, pend, hold, actv, stop, susp, done, fail, poff, udep
"""
return self.SHORT_VM_STATES[self.str_state]
@property
def str_lcm_state(self):
"""
String representation of virtual machine LCM state.
One of: LCM_INIT, PROLOG, BOOT, RUNNING, MIGRATE,
SAVE_STOP, SAVE_SUSPEND, SAVE_MIGRATE, PROLOG_MIGRATE,
PROLOG_RESUME, EPILOG_STOP, EPILOG, SHUTDOWN, CANCEL,
FAILURE, DELETE, UNKNOWN and others. See:
http://docs.opennebula.org/4.14/integration/system_interfaces/api.html#schemas-for-virtual-machine
"""
return self.LCM_STATE[int(self.lcm_state)]
@property
def short_lcm_state(self):
"""
Short string representation of virtual machine LCM state.
One of: init, prol, boot, runn, migr, save, save,
save, migr, prol, epil, shut, shut, fail,
dele, unkn
"""
return self.SHORT_LCM_STATES[self.str_lcm_state]
def update(self, template, merge=False):
"""
Update the template of this host. If merge is false (default),
the existing template is replaced.
"""
self.client.call(self.METHODS['update'], self.id, template, 1 if merge else 0)
class VirtualMachinePool(Pool):
METHODS = {
'info': 'vmpool.info',
'infoextended': 'vmpool.infoextended',
}
def __init__(self, client):
super(VirtualMachinePool, self).__init__('VM_POOL', 'VM', client)
def _factory(self, xml):
vm = VirtualMachine(xml, self.client)
vm._convert_types()
return vm
def info(self, filter=-3, range_start=-1, range_end=-1, vm_state=-1):
"""
Retrives/Refreshes virtual machine pool information
``filter``
Filter flag. By defaults retrives only connected user reources.
``range_start``
Range start ID. -1 for all
``range_end``
Range end ID. -1 for all
``vm_state``
VM state to filter by.
* \-2 Any state, including DONE
* \-1 Any state, except DONE (Defualt)
* 0 INIT
* 1 PENDING
* 2 HOLD
* 3 ACTIVE
* 4 STOPPED
* 5 SUSPENDED
* 6 DONE
* 7 FAILED
* 8 POWEROFF
* 9 UNDEPLYED
"""
super(VirtualMachinePool, self).info(filter, range_start,
range_end, vm_state)
def infoextended(self, filter=-3, range_start=-1, range_end=-1,
vm_state =-2, filter_key_value_str=''):
"""
Retrives/Refreshes extended resource pool information
Note: Opennebula 5.8 curtailed the amount of info that can be obtained
via `one.vmpool.info`. The detailed info of a VM is now available via
`one.vmpool.infoextended` xml-rpc call.
http://docs.opennebula.org/5.8/intro_release_notes/release_notes/compatibility.html#xmlrpc-api-changes
https://github.com/OpenNebula/one/issues/3076
``filter``
Filter flag. By defaults retrieves only connected user resources.
``range_start``
Range start ID. -1 for all
``range_end``
Range end ID. -1 for all
``filter_key_value_str``
String that needs to be searched for in the vmpool. Default search
everything
e.g.: ID=3023
"""
self[:] = []
data = self.client.call(
self.METHODS['infoextended'], filter, range_start, range_end,
vm_state, filter_key_value_str
)
self._initialize_xml(data, self.pool_name)
for element in self.xml.findall(self.element_name):
self.append(self._factory(element))

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# -*- coding: UTF-8 -*-
from .pool import XMLElement, Pool, PoolElement, Template, extractString
class Lease(XMLElement):
XML_TYPES = {
'ip': str,
'mac': str,
}
def __init__(self, xml):
super(Lease, self).__init__(xml)
self._convert_types()
class LeasesList(list):
def __init__(self, xml):
if xml is None:
return
self.xml = xml
for element in self.xml:
self.append(self._factory(element))
def _factory(self, xml):
v = Lease(xml)
v._convert_types()
return v
class AddressRange(XMLElement):
XML_TYPES = {
'id': ["AR_ID", lambda xml: int(xml.text)],
'size': int,
'leases': ['LEASES', LeasesList],
# 'template' : ['TEMPLATE', Template],
}
def __init__(self, xml):
super(AddressRange, self).__init__(xml)
self._convert_types()
self.id = self['AR_ID'] if self['AR_ID'] else None
class AddressRangeList(list):
def __init__(self, xml):
self.xml = xml
for element in self.xml:
self.append(self._factory(element))
def _factory(self, xml):
v = AddressRange(xml)
v._convert_types()
return v
class VirtualNetwork(PoolElement):
METHODS = {
'info': 'vn.info',
'allocate': 'vn.allocate',
'delete': 'vn.delete',
'publish': 'vn.publish',
'chown': 'vn.chown',
'hold': 'vn.hold',
'release': 'vn.release',
}
XML_TYPES = {
'id': int,
'uid': int,
'gid': int,
'uname': str,
'gname': str,
'name': str,
# 'type' : int,
'bridge': str,
# 'public' : bool,
'used_leases': int,
'template': ['TEMPLATE', Template],
'address_ranges': ['AR_POOL', AddressRangeList],
}
ELEMENT_NAME = 'VNET'
@staticmethod
def allocate(client, template):
"""
allocates a new virtual network in OpenNebula
Arguments
``template``
a string containing the template of the virtual network
"""
vn_id = client.call(VirtualNetwork.METHODS['allocate'], template)
return vn_id
def __init__(self, xml, client):
# add 'vn_mad' attribute in OpenNebula >= 5
xml_types = VirtualNetwork.XML_TYPES
if client.one_version is None:
client.version()
if client.one_version >= '5' and 'vn_mad' not in xml_types:
xml_types['vn_mad'] = extractString
super(VirtualNetwork, self).__init__(xml, client)
self.id = self['ID'] if self['ID'] else None
def publish(self):
"""
Publishes a virtual network.
"""
self.client.call(self.METHODS['publish'], self.id, True)
def unpublish(self):
"""
Unpublishes a virtual network.
"""
self.client.call(self.METHODS['publish'], self.id, False)
def chown(self, uid, gid):
"""
Changes the owner/group
Arguments
``uid``
New owner id. Set to -1 to leave current value
``gid``
New group id. Set to -1 to leave current value
"""
self.client.call(self.METHODS['chown'], self.id, uid, gid)
def release(self, ip):
"""
Releases given IP
Arguments
``ip``
IP to realse
"""
self.client.call(self.METHODS['release'], self.id, 'LEASES=[IP={}]'.format(ip))
def hold(self, ip):
"""
Holds given IP
Arguments
``ip``
IP to hold
"""
self.client.call(self.METHODS['hold'], self.id, 'LEASES=[IP={}]'.format(ip))
def __repr__(self):
return '<oca.VirtualNetwork("%s")>' % self.name
class VirtualNetworkPool(Pool):
METHODS = {
'info': 'vnpool.info',
}
def __init__(self, client, preload_info=False):
self.preload_info = preload_info
super(VirtualNetworkPool, self).__init__('VNET_POOL', 'VNET', client)
def _factory(self, xml):
v = VirtualNetwork(xml, self.client)
v._convert_types()
if self.preload_info:
v.info()
return v