def serialize_node(cls, cluster_attrs, node):
"""Serialize a single node."""
serialized_node = {
'uid': node.uid,
'power_address': node.ip,
'name': TaskHelper.make_slave_name(node.id),
# right now it duplicates to avoid possible issues
'slave_name': TaskHelper.make_slave_name(node.id),
'hostname': node.fqdn,
'power_pass': cls.get_ssh_key_path(node),
'profile': cluster_attrs['cobbler']['profile'],
'power_type': 'ssh',
'power_user': '******',
'name_servers': '\"%s\"' % settings.DNS_SERVERS,
'name_servers_search': '\"%s\"' % settings.DNS_SEARCH,
'netboot_enabled': '1',
# For provisioning phase
'kernel_options': {
'netcfg/choose_interface': node.admin_interface.mac,
'udevrules': cls.interfaces_mapping_for_udev(node)
},
'ks_meta': {
'pm_data': {
'ks_spaces': node.attributes.volumes,
'kernel_params': node.kernel_params
},
'fuel_version': node.cluster.fuel_version,
'puppet_auto_setup': 1,
'puppet_master': settings.PUPPET_MASTER_HOST,
'puppet_enable': 0,
'mco_auto_setup': 1,
'install_log_2_syslog': 1,
'mco_pskey': settings.MCO_PSKEY,
'mco_vhost': settings.MCO_VHOST,
'mco_host': settings.MCO_HOST,
'mco_user': settings.MCO_USER,
'mco_password': settings.MCO_PASSWORD,
'mco_connector': settings.MCO_CONNECTOR,
'mco_enable': 1,
'auth_key': "\"%s\"" % cluster_attrs.get('auth_key', '')
}
}
orchestrator_data = objects.Release.get_orchestrator_data_dict(
node.cluster.release)
if orchestrator_data:
serialized_node['ks_meta']['repo_metadata'] = \
orchestrator_data['repo_metadata']
vlan_splinters = cluster_attrs.get('vlan_splinters', None)
if vlan_splinters == 'kernel_lt':
serialized_node['ks_meta']['kernel_lt'] = 1
serialized_node.update(cls.serialize_interfaces(node))
return serialized_node
def serialize_node(cls, cluster_attrs, node):
"""Serialize a single node."""
serialized_node = {
'uid': node.uid,
'power_address': node.ip,
'name': TaskHelper.make_slave_name(node.id),
# right now it duplicates to avoid possible issues
'slave_name': TaskHelper.make_slave_name(node.id),
'hostname': node.fqdn,
'power_pass': cls.get_ssh_key_path(node),
'profile': cluster_attrs['cobbler']['profile'],
'power_type': 'ssh',
'power_user': '******',
'name_servers': '\"%s\"' % settings.DNS_SERVERS,
'name_servers_search': '\"%s\"' % settings.DNS_SEARCH,
'netboot_enabled': '1',
# For provisioning phase
'kernel_options': {
'netcfg/choose_interface': node.admin_interface.mac,
'udevrules': cls.interfaces_mapping_for_udev(node)},
'ks_meta': {
'pm_data': {
'ks_spaces': node.attributes.volumes,
'kernel_params': node.kernel_params},
'fuel_version': node.cluster.fuel_version,
'puppet_auto_setup': 1,
'puppet_master': settings.PUPPET_MASTER_HOST,
'puppet_enable': 0,
'mco_auto_setup': 1,
'install_log_2_syslog': 1,
'mco_pskey': settings.MCO_PSKEY,
'mco_vhost': settings.MCO_VHOST,
'mco_host': settings.MCO_HOST,
'mco_user': settings.MCO_USER,
'mco_password': settings.MCO_PASSWORD,
'mco_connector': settings.MCO_CONNECTOR,
'mco_enable': 1,
'auth_key': "\"%s\"" % cluster_attrs.get('auth_key', '')}}
orchestrator_data = objects.Release.get_orchestrator_data_dict(
node.cluster.release)
if orchestrator_data:
serialized_node['ks_meta']['repo_metadata'] = \
orchestrator_data['repo_metadata']
vlan_splinters = cluster_attrs.get('vlan_splinters', None)
if vlan_splinters == 'kernel_lt':
serialized_node['ks_meta']['kernel_lt'] = 1
serialized_node.update(cls.serialize_interfaces(node))
return serialized_node
def node_list(cls, nodes):
"""Generate nodes list. Represents
as "nodes" parameter in facts.
"""
node_list = []
for node in nodes:
network_data = node.network_data
for role in set(node.pending_roles + node.roles):
node_list.append({
# Yes, uid is really should be a string
'uid': str(node.id),
'fqdn': node.fqdn,
'name': TaskHelper.make_slave_name(node.id),
'role': role,
# Addresses
'internal_address': cls.get_addr(network_data,
'management')['ip'],
'internal_netmask': cls.get_addr(network_data,
'management')['netmask'],
'storage_address': cls.get_addr(network_data,
'storage')['ip'],
'storage_netmask': cls.get_addr(network_data,
'storage')['netmask'],
'public_address': cls.get_addr(network_data,
'public')['ip'],
'public_netmask': cls.get_addr(network_data,
'public')['netmask']})
return node_list
def node_list(cls, nodes):
"""Generate nodes list. Represents
as "nodes" parameter in facts.
"""
node_list = []
for node in nodes:
network_data = node.network_data
for role in node.all_roles:
node_list.append({
# Yes, uid is really should be a string
'uid': str(node.id),
'fqdn': node.fqdn,
'name': TaskHelper.make_slave_name(node.id),
'role': role,
# Addresses
'internal_address': cls.get_addr(network_data,
'management')['ip'],
'internal_netmask': cls.get_addr(network_data,
'management')['netmask'],
'storage_address': cls.get_addr(network_data,
'storage')['ip'],
'storage_netmask': cls.get_addr(network_data,
'storage')['netmask'],
'public_address': cls.get_addr(network_data,
'public')['ip'],
'public_netmask': cls.get_addr(network_data,
'public')['netmask']})
return node_list
def serialize_node(cls, cluster_attrs, node):
"""Serialize a single node."""
serialized_node = {
'power_address': node.ip,
'name': TaskHelper.make_slave_name(node.id),
'hostname': node.fqdn,
'power_pass': cls.get_ssh_key_path(node),
'profile': cluster_attrs['cobbler']['profile'],
'power_type': 'ssh',
'power_user': '******',
'name_servers': '\"%s\"' % settings.DNS_SERVERS,
'name_servers_search': '\"%s\"' % settings.DNS_SEARCH,
'netboot_enabled': '1',
'ks_meta': {
'ks_spaces': node.attributes.volumes,
'puppet_auto_setup': 1,
'puppet_master': settings.PUPPET_MASTER_HOST,
'puppet_version': settings.PUPPET_VERSION,
'puppet_enable': 0,
'mco_auto_setup': 1,
'install_log_2_syslog': 1,
'mco_pskey': settings.MCO_PSKEY,
'mco_vhost': settings.MCO_VHOST,
'mco_host': settings.MCO_HOST,
'mco_user': settings.MCO_USER,
'mco_password': settings.MCO_PASSWORD,
'mco_connector': settings.MCO_CONNECTOR,
'mco_enable': 1,
'auth_key': "\"%s\"" % cluster_attrs.get('auth_key', '')}}
serialized_node.update(cls.serialize_interfaces(node))
return serialized_node
def message(cls, task, deploy_task):
nodes_to_stop = db().query(Node).filter(
Node.cluster_id == task.cluster.id
).filter(
not_(Node.status == 'ready')
).yield_per(100)
return {
"method": "stop_deploy_task",
"respond_to": "stop_deployment_resp",
"args": {
"task_uuid": task.uuid,
"stop_task_uuid": deploy_task.uuid,
"nodes": [
{
'uid': n.uid,
'roles': n.roles,
'slave_name': TaskHelper.make_slave_name(n.id)
} for n in nodes_to_stop
],
"engine": {
"url": settings.COBBLER_URL,
"username": settings.COBBLER_USER,
"password": settings.COBBLER_PASSWORD,
}
}
}
def serialize_node(cls, cluster_attrs, node):
"""Serialize a single node."""
serialized_node = {
'power_address': node.ip,
'name': TaskHelper.make_slave_name(node.id),
'hostname': node.fqdn,
'power_pass': cls.get_ssh_key_path(node),
'profile': cluster_attrs['cobbler']['profile'],
'power_type': 'ssh',
'power_user': '******',
'name_servers': '\"%s\"' % settings.DNS_SERVERS,
'name_servers_search': '\"%s\"' % settings.DNS_SEARCH,
'netboot_enabled': '1',
'ks_meta': {
'ks_spaces': node.attributes.volumes,
'puppet_auto_setup': 1,
'puppet_master': settings.PUPPET_MASTER_HOST,
'puppet_version': settings.PUPPET_VERSION,
'puppet_enable': 0,
'mco_auto_setup': 1,
'install_log_2_syslog': 1,
'mco_pskey': settings.MCO_PSKEY,
'mco_vhost': settings.MCO_VHOST,
'mco_host': settings.MCO_HOST,
'mco_user': settings.MCO_USER,
'mco_password': settings.MCO_PASSWORD,
'mco_connector': settings.MCO_CONNECTOR,
'mco_enable': 1,
'auth_key': "\"%s\"" % cluster_attrs.get('auth_key', '')}}
serialized_node.update(cls.serialize_interfaces(node))
return serialized_node
def message(cls, task, stop_task):
nodes_to_stop = db().query(Node).filter(
Node.cluster_id == task.cluster.id).filter(
not_(Node.status == 'ready')).yield_per(100)
return make_astute_message(
"stop_deploy_task", "stop_deployment_resp", {
"task_uuid":
task.uuid,
"stop_task_uuid":
stop_task.uuid,
"nodes": [{
'uid':
n.uid,
'roles':
n.roles,
'slave_name':
TaskHelper.make_slave_name(n.id),
'admin_ip':
objects.Node.get_network_manager(n).get_admin_ip_for_node(
n)
} for n in nodes_to_stop],
"engine": {
"url": settings.COBBLER_URL,
"username": settings.COBBLER_USER,
"password": settings.COBBLER_PASSWORD,
"master_ip": settings.MASTER_IP,
}
})
def test_deploy_and_remove_correct_nodes_and_statuses(self, mocked_rpc):
self.env.create(
cluster_kwargs={},
nodes_kwargs=[
{
"pending_addition": True,
},
{
"status": "error",
"pending_deletion": True
}
]
)
self.env.launch_deployment()
# launch_deployment kicks ClusterChangesHandler
# which in turns launches DeploymentTaskManager
# which runs DeletionTask, ProvisionTask and DeploymentTask.
# DeletionTask is sent to one orchestrator worker and
# ProvisionTask and DeploymentTask messages are sent to
# another orchestrator worker.
# That is why we expect here list of two sets of
# arguments in mocked nailgun.rpc.cast
# The first set of args is for deletion task and
# the second one is for provisioning and deployment.
# remove_nodes method call [0][0][1]
n_rpc_remove = nailgun.task.task.rpc.cast. \
call_args_list[0][0][1]['args']['nodes']
self.assertEquals(len(n_rpc_remove), 1)
self.assertEquals(n_rpc_remove[0]['uid'], self.env.nodes[1].id)
# provision method call [1][0][1][0]
n_rpc_provision = nailgun.task.manager.rpc.cast. \
call_args_list[1][0][1][0]['args']['nodes']
# Nodes will be appended in provision list if
# they 'pending_deletion' = False and
# 'status' in ('discover', 'provisioning') or
# 'status' = 'error' and 'error_type' = 'provision'
# So, only one node from our list will be appended to
# provision list.
self.assertEquals(len(n_rpc_provision), 1)
self.assertEquals(
n_rpc_provision[0]['name'],
TaskHelper.make_slave_name(self.env.nodes[0].id,
self.env.nodes[0].role)
)
# deploy method call [1][0][1][1]
n_rpc_deploy = nailgun.task.manager.rpc.cast. \
call_args_list[1][0][1][1]['args']['nodes']
self.assertEquals(len(n_rpc_deploy), 1)
self.assertEquals(n_rpc_deploy[0]['uid'], self.env.nodes[0].id)
def test_deploy_and_remove_correct_nodes_and_statuses(self, mocked_rpc):
self.env.create(
cluster_kwargs={},
nodes_kwargs=[
{
"pending_addition": True,
},
{
"status": "error",
"pending_deletion": True
}
]
)
self.env.launch_deployment()
# launch_deployment kicks ClusterChangesHandler
# which in turns launches DeploymentTaskManager
# which runs DeletionTask, ProvisionTask and DeploymentTask.
# DeletionTask is sent to one orchestrator worker and
# ProvisionTask and DeploymentTask messages are sent to
# another orchestrator worker.
# That is why we expect here list of two sets of
# arguments in mocked nailgun.rpc.cast
# The first set of args is for deletion task and
# the second one is for provisioning and deployment.
# remove_nodes method call [0][0][1]
n_rpc_remove = nailgun.task.task.rpc.cast. \
call_args_list[0][0][1]['args']['nodes']
self.assertEquals(len(n_rpc_remove), 1)
self.assertEquals(n_rpc_remove[0]['uid'], self.env.nodes[1].id)
# provision method call [1][0][1][0]
n_rpc_provision = nailgun.task.manager.rpc.cast. \
call_args_list[1][0][1][0]['args']['nodes']
# Nodes will be appended in provision list if
# they 'pending_deletion' = False and
# 'status' in ('discover', 'provisioning') or
# 'status' = 'error' and 'error_type' = 'provision'
# So, only one node from our list will be appended to
# provision list.
self.assertEquals(len(n_rpc_provision), 1)
self.assertEquals(
n_rpc_provision[0]['name'],
TaskHelper.make_slave_name(self.env.nodes[0].id,
self.env.nodes[0].role)
)
# deploy method call [1][0][1][1]
n_rpc_deploy = nailgun.task.manager.rpc.cast. \
call_args_list[1][0][1][1]['args']['nodes']
self.assertEquals(len(n_rpc_deploy), 1)
self.assertEquals(n_rpc_deploy[0]['uid'], self.env.nodes[0].id)
def node_list(cls, nodes):
"""Generate nodes list. Represents
as "nodes" parameter in facts.
"""
node_list = []
for node in nodes:
for role in node.all_roles:
node_list.append({
'uid': node.uid,
'fqdn': node.fqdn,
'name': TaskHelper.make_slave_name(node.id),
'role': role})
return node_list
def node_list(cls, nodes):
"""Generate nodes list. Represents
as "nodes" parameter in facts.
"""
node_list = []
for node in nodes:
for role in node.all_roles:
node_list.append({
'uid': node.uid,
'fqdn': node.fqdn,
'name': TaskHelper.make_slave_name(node.id),
'role': role})
return node_list
def message(cls, task):
nodes_to_reset = db().query(Node).filter(
Node.cluster_id == task.cluster.id).yield_per(100)
return make_astute_message(
"reset_environment", "reset_environment_resp", {
"task_uuid":
task.uuid,
"nodes": [{
'uid': n.uid,
'roles': n.roles,
'slave_name': TaskHelper.make_slave_name(n.id)
} for n in nodes_to_reset],
"engine": {
"url": settings.COBBLER_URL,
"username": settings.COBBLER_USER,
"password": settings.COBBLER_PASSWORD,
"master_ip": settings.MASTER_IP,
}
})
def message(cls, task):
nodes_to_reset = db().query(Node).filter(
Node.cluster_id == task.cluster.id
).yield_per(100)
return {
"method": "reset_environment",
"respond_to": "reset_environment_resp",
"args": {
"task_uuid": task.uuid,
"nodes": [
{
'uid': n.uid,
'roles': n.roles,
'slave_name': TaskHelper.make_slave_name(n.id)
} for n in nodes_to_reset
],
"engine": {
"url": settings.COBBLER_URL,
"username": settings.COBBLER_USER,
"password": settings.COBBLER_PASSWORD,
}
}
}
def message(cls, task, deploy_task):
nodes_to_stop = db().query(Node).filter(
Node.cluster_id == task.cluster.id).filter(
not_(Node.status == 'ready')).yield_per(100)
return {
"method": "stop_deploy_task",
"respond_to": "stop_deployment_resp",
"args": {
"task_uuid":
task.uuid,
"stop_task_uuid":
deploy_task.uuid,
"nodes": [{
'uid': n.uid,
'roles': n.roles,
'slave_name': TaskHelper.make_slave_name(n.id)
} for n in nodes_to_stop],
"engine": {
"url": settings.COBBLER_URL,
"username": settings.COBBLER_USER,
"password": settings.COBBLER_PASSWORD,
}
}
}
def test_neutron_deploy_cast_with_right_args(self, mocked_rpc):
self.env.create(
cluster_kwargs={
'mode': 'ha_compact',
'net_provider': 'neutron',
'net_segment_type': 'gre'
},
nodes_kwargs=[
{'roles': ['controller'], 'pending_addition': True},
{'roles': ['controller'], 'pending_addition': True},
{'roles': ['controller', 'cinder'], 'pending_addition': True},
{'roles': ['compute', 'cinder'], 'pending_addition': True},
{'roles': ['compute'], 'pending_addition': True},
{'roles': ['cinder'], 'pending_addition': True}
]
)
cluster_db = self.env.clusters[0]
common_attrs = {
'deployment_mode': 'ha_compact',
'management_vip': '192.168.0.1',
'public_vip': '172.16.0.2',
'management_network_range': '192.168.0.0/24',
'storage_network_range': '192.168.1.0/24',
'mp': [{'weight': '1', 'point': '1'},
{'weight': '2', 'point': '2'}],
'quantum': True,
'quantum_settings': {},
'master_ip': '127.0.0.1',
'use_cinder': True,
'deployment_id': cluster_db.id
}
cluster_attrs = cluster_db.attributes.merged_attrs_values()
common_attrs.update(cluster_attrs)
L2 = {
"base_mac": "fa:16:3e:00:00:00",
"segmentation_type": "gre",
"phys_nets": {
"physnet1": {
"bridge": "br-ex",
"vlan_range": None},
"physnet2": {
"bridge": "br-prv",
"vlan_range": None}
},
"tunnel_id_ranges": "2:65535"
}
L3 = {
"use_namespaces": True
}
predefined_networks = {
"net04_ext": {
'shared': False,
'L2': {
'router_ext': True,
'network_type': 'flat',
'physnet': 'physnet1',
'segment_id': None},
'L3': {
'subnet': u'172.16.0.0/24',
'enable_dhcp': False,
'nameservers': [],
'floating': '172.16.0.130:172.16.0.254',
'gateway': '172.16.0.1'},
'tenant': 'admin'
},
"net04": {
'shared': False,
'L2': {
'router_ext': False,
'network_type': 'gre',
'physnet': 'physnet2',
'segment_id': None},
'L3': {
'subnet': u'192.168.111.0/24',
'enable_dhcp': True,
'nameservers': [
'8.8.4.4',
'8.8.8.8'],
'floating': None,
'gateway': '192.168.111.1'},
'tenant': 'admin'
}
}
common_attrs['quantum_settings'].update(
L2=L2,
L3=L3,
predefined_networks=predefined_networks)
# Common attrs calculation
nodes_list = []
nodes_db = sorted(cluster_db.nodes, key=lambda n: n.id)
assigned_ips = {}
i = 0
admin_ips = [
'10.20.0.139/24',
'10.20.0.138/24',
'10.20.0.135/24',
'10.20.0.133/24',
'10.20.0.131/24',
'10.20.0.130/24']
for node in nodes_db:
node_id = node.id
admin_ip = admin_ips.pop()
for role in sorted(node.roles + node.pending_roles):
assigned_ips[node_id] = {}
assigned_ips[node_id]['management'] = '192.168.0.%d' % (i + 2)
assigned_ips[node_id]['public'] = '172.16.0.%d' % (i + 3)
assigned_ips[node_id]['storage'] = '192.168.1.%d' % (i + 1)
assigned_ips[node_id]['admin'] = admin_ip
nodes_list.append({
'role': role,
'internal_address': assigned_ips[node_id]['management'],
'public_address': assigned_ips[node_id]['public'],
'storage_address': assigned_ips[node_id]['storage'],
'internal_netmask': '255.255.255.0',
'public_netmask': '255.255.255.0',
'storage_netmask': '255.255.255.0',
'uid': str(node_id),
'swift_zone': str(node_id),
'name': 'node-%d' % node_id,
'fqdn': 'node-%d.%s' % (node_id, settings.DNS_DOMAIN)})
i += 1
controller_nodes = filter(
lambda node: node['role'] == 'controller',
deepcopy(nodes_list))
common_attrs['nodes'] = nodes_list
common_attrs['nodes'][0]['role'] = 'primary-controller'
common_attrs['last_controller'] = controller_nodes[-1]['name']
# Individual attrs calculation and
# merging with common attrs
priority_mapping = {
'controller': [600, 500, 400],
'cinder': 700,
'compute': 700
}
deployment_info = []
for node in nodes_db:
ips = assigned_ips[node.id]
for role in sorted(node.roles):
priority = priority_mapping[role]
if isinstance(priority, list):
priority = priority.pop()
individual_atts = {
'uid': str(node.id),
'status': node.status,
'role': role,
'online': node.online,
'fqdn': 'node-%d.%s' % (node.id, settings.DNS_DOMAIN),
'priority': priority,
'network_scheme': {
"version": "1.0",
"provider": "ovs",
"interfaces": {
"eth0": {
"L2": {"vlan_splinters": "off"},
"mtu": 1500
},
"eth1": {
"L2": {"vlan_splinters": "off"},
"mtu": 1500
},
"eth2": {
"L2": {"vlan_splinters": "off"},
"mtu": 1500
},
},
"endpoints": {
"br-mgmt": {"IP": [ips['management'] + "/24"]},
"br-ex": {
"IP": [ips['public'] + "/24"],
"gateway": "172.16.0.1"
},
"br-storage": {"IP": [ips['storage'] + "/24"]},
"eth1": {"IP": [ips['admin']]}
},
"roles": {
"management": "br-mgmt",
"mesh": "br-mgmt",
"ex": "br-ex",
"storage": "br-storage",
"fw-admin": "eth1"
},
"transformations": [
{
"action": "add-br",
"name": "br-ex"},
{
"action": "add-br",
"name": "br-mgmt"},
{
"action": "add-br",
"name": "br-storage"},
{
"action": "add-br",
"name": "br-prv"},
{
"action": "add-br",
"name": u"br-eth0"},
{
"action": "add-port",
"bridge": u"br-eth0",
"name": u"eth0"},
{
"action": "add-patch",
"bridges": [u"br-eth0", "br-storage"],
"tags": [102, 0]},
{
"action": "add-patch",
"bridges": [u"br-eth0", "br-ex"],
"trunks": [0]},
{
"action": "add-patch",
"bridges": [u"br-eth0", "br-mgmt"],
"tags": [101, 0]}
]
}
}
individual_atts.update(common_attrs)
individual_atts['glance']['image_cache_max_size'] = str(
manager.calc_glance_cache_size(node.attributes.volumes)
)
deployment_info.append(deepcopy(individual_atts))
controller_nodes = filter(
lambda node: node['role'] == 'controller',
deployment_info)
controller_nodes[0]['role'] = 'primary-controller'
supertask = self.env.launch_deployment()
deploy_task_uuid = [x.uuid for x in supertask.subtasks
if x.name == 'deployment'][0]
deployment_msg = {'method': 'deploy',
'respond_to': 'deploy_resp',
'args': {}}
deployment_msg['args']['task_uuid'] = deploy_task_uuid
deployment_msg['args']['deployment_info'] = deployment_info
provision_nodes = []
admin_net = self.env.network_manager.get_admin_network_group()
for n in sorted(self.env.nodes, key=lambda n: n.id):
udev_interfaces_mapping = ','.join([
'{0}_{1}'.format(i.mac, i.name) for i in n.interfaces])
eth1_mac = [i.mac for i in n.interfaces if i.name == 'eth1'][0]
pnd = {
'profile': cluster_attrs['cobbler']['profile'],
'power_type': 'ssh',
'power_user': '******',
'kernel_options': {
'netcfg/choose_interface': eth1_mac,
'udevrules': udev_interfaces_mapping},
'power_address': n.ip,
'power_pass': settings.PATH_TO_BOOTSTRAP_SSH_KEY,
'name': TaskHelper.make_slave_name(n.id),
'hostname': n.fqdn,
'name_servers': '\"%s\"' % settings.DNS_SERVERS,
'name_servers_search': '\"%s\"' % settings.DNS_SEARCH,
'netboot_enabled': '1',
'ks_meta': {
'puppet_auto_setup': 1,
'puppet_master': settings.PUPPET_MASTER_HOST,
'puppet_version': settings.PUPPET_VERSION,
'puppet_enable': 0,
'mco_auto_setup': 1,
'install_log_2_syslog': 1,
'mco_pskey': settings.MCO_PSKEY,
'mco_vhost': settings.MCO_VHOST,
'mco_host': settings.MCO_HOST,
'mco_user': settings.MCO_USER,
'mco_password': settings.MCO_PASSWORD,
'mco_connector': settings.MCO_CONNECTOR,
'mco_enable': 1,
'ks_spaces': n.attributes.volumes,
'auth_key': "\"%s\"" % cluster_attrs.get('auth_key', ''),
}
}
NetworkManager.assign_admin_ips(
n.id,
len(n.meta.get('interfaces', []))
)
admin_ips = set([i.ip_addr
for i in self.db.query(IPAddr).
filter_by(node=n.id).
filter_by(network=admin_net.id)])
for i in n.meta.get('interfaces', []):
if 'interfaces' not in pnd:
pnd['interfaces'] = {}
pnd['interfaces'][i['name']] = {
'mac_address': i['mac'],
'static': '0',
'netmask': admin_net.netmask,
'ip_address': admin_ips.pop(),
}
if 'interfaces_extra' not in pnd:
pnd['interfaces_extra'] = {}
pnd['interfaces_extra'][i['name']] = {
'peerdns': 'no',
'onboot': 'no'
}
if i['mac'] == n.mac:
pnd['interfaces'][i['name']]['dns_name'] = n.fqdn
pnd['interfaces_extra'][i['name']]['onboot'] = 'yes'
provision_nodes.append(pnd)
provision_task_uuid = filter(
lambda t: t.name == 'provision',
supertask.subtasks)[0].uuid
provision_msg = {
'method': 'provision',
'respond_to': 'provision_resp',
'args': {
'task_uuid': provision_task_uuid,
'provisioning_info': {
'engine': {
'url': settings.COBBLER_URL,
'username': settings.COBBLER_USER,
'password': settings.COBBLER_PASSWORD},
'nodes': provision_nodes}}}
args, kwargs = nailgun.task.manager.rpc.cast.call_args
self.assertEquals(len(args), 2)
self.assertEquals(len(args[1]), 2)
self.datadiff(args[1][0], provision_msg)
self.datadiff(args[1][1], deployment_msg)
def execute(self, task, respond_to='remove_nodes_resp'):
logger.debug("DeletionTask.execute(task=%s)" % task.uuid)
task_uuid = task.uuid
logger.debug("Nodes deletion task is running")
nodes_to_delete = []
nodes_to_delete_constant = []
nodes_to_restore = []
USE_FAKE = settings.FAKE_TASKS or settings.FAKE_TASKS_AMQP
# no need to call naily if there are no nodes in cluster
if respond_to == 'remove_cluster_resp' and \
not list(task.cluster.nodes):
rcvr = rpc.receiver.NailgunReceiver()
rcvr.remove_cluster_resp(
task_uuid=task_uuid,
status='ready',
progress=100
)
return
for node in task.cluster.nodes:
if node.pending_deletion:
nodes_to_delete.append({
'id': node.id,
'uid': node.id,
'roles': node.roles
})
if USE_FAKE:
# only fake tasks
new_node = {}
keep_attrs = (
'id',
'cluster_id',
'roles',
'pending_deletion',
'pending_addition'
)
for prop in object_mapper(node).iterate_properties:
if isinstance(
prop, ColumnProperty
) and prop.key not in keep_attrs:
new_node[prop.key] = getattr(node, prop.key)
nodes_to_restore.append(new_node)
# /only fake tasks
# this variable is used to iterate over it
# and be able to delete node from nodes_to_delete safely
nodes_to_delete_constant = list(nodes_to_delete)
for node in nodes_to_delete_constant:
node_db = db().query(Node).get(node['id'])
slave_name = TaskHelper.make_slave_name(node['id'])
logger.debug("Removing node from database and pending it "
"to clean its MBR: %s", slave_name)
if not node_db.online:
logger.info(
"Node is offline, can't MBR clean: %s", slave_name)
db().delete(node_db)
db().commit()
nodes_to_delete.remove(node)
# only real tasks
engine_nodes = []
if not USE_FAKE:
for node in nodes_to_delete_constant:
slave_name = TaskHelper.make_slave_name(node['id'])
logger.debug("Pending node to be removed from cobbler %s",
slave_name)
engine_nodes.append(slave_name)
try:
node_db = db().query(Node).get(node['id'])
if node_db and node_db.fqdn:
node_hostname = node_db.fqdn
else:
node_hostname = TaskHelper.make_slave_fqdn(node['id'])
logger.info("Removing node cert from puppet: %s",
node_hostname)
cmd = "puppet cert clean {0}".format(node_hostname)
proc = subprocess.Popen(
shlex.split(cmd),
shell=False,
stdout=subprocess.PIPE,
stderr=subprocess.PIPE
)
p_stdout, p_stderr = proc.communicate()
logger.info(
"'{0}' executed, STDOUT: '{1}',"
" STDERR: '{2}'".format(
cmd,
p_stdout,
p_stderr
)
)
except OSError:
logger.warning(
"'{0}' returned non-zero exit code".format(
cmd
)
)
except Exception as e:
logger.warning("Exception occurred while trying to \
remove the system from Cobbler: '{0}'".format(
e.message))
msg_delete = {
'method': 'remove_nodes',
'respond_to': respond_to,
'args': {
'task_uuid': task.uuid,
'nodes': nodes_to_delete,
'engine': {
'url': settings.COBBLER_URL,
'username': settings.COBBLER_USER,
'password': settings.COBBLER_PASSWORD,
},
'engine_nodes': engine_nodes
}
}
# only fake tasks
if USE_FAKE and nodes_to_restore:
msg_delete['args']['nodes_to_restore'] = nodes_to_restore
# /only fake tasks
logger.debug("Calling rpc remove_nodes method")
rpc.cast('naily', msg_delete)
def execute(self, task, respond_to='remove_nodes_resp'):
logger.debug("DeletionTask.execute(task=%s)" % task.uuid)
task_uuid = task.uuid
logger.debug("Nodes deletion task is running")
nodes_to_delete = []
nodes_to_delete_constant = []
nodes_to_restore = []
USE_FAKE = settings.FAKE_TASKS or settings.FAKE_TASKS_AMQP
# no need to call naily if there are no nodes in cluster
if respond_to == 'remove_cluster_resp' and \
not list(task.cluster.nodes):
rcvr = rpc.receiver.NailgunReceiver()
rcvr.remove_cluster_resp(
task_uuid=task_uuid,
status='ready',
progress=100
)
return
for node in task.cluster.nodes:
if node.pending_deletion:
nodes_to_delete.append({
'id': node.id,
'uid': node.id,
'roles': node.roles,
'slave_name': TaskHelper.make_slave_name(node.id)
})
if USE_FAKE:
# only fake tasks
new_node = {}
keep_attrs = (
'id',
'cluster_id',
'roles',
'pending_deletion',
'pending_addition'
)
for prop in object_mapper(node).iterate_properties:
if isinstance(
prop, ColumnProperty
) and prop.key not in keep_attrs:
new_node[prop.key] = getattr(node, prop.key)
nodes_to_restore.append(new_node)
# /only fake tasks
# this variable is used to iterate over it
# and be able to delete node from nodes_to_delete safely
nodes_to_delete_constant = list(nodes_to_delete)
for node in nodes_to_delete_constant:
node_db = db().query(Node).get(node['id'])
slave_name = TaskHelper.make_slave_name(node['id'])
logger.debug("Removing node from database and pending it "
"to clean its MBR: %s", slave_name)
if node_db.status == 'discover':
logger.info(
"Node is not deployed yet,"
" can't clean MBR: %s", slave_name)
db().delete(node_db)
db().commit()
nodes_to_delete.remove(node)
msg_delete = {
'method': 'remove_nodes',
'respond_to': respond_to,
'args': {
'task_uuid': task.uuid,
'nodes': nodes_to_delete,
'engine': {
'url': settings.COBBLER_URL,
'username': settings.COBBLER_USER,
'password': settings.COBBLER_PASSWORD,
}
}
}
# only fake tasks
if USE_FAKE and nodes_to_restore:
msg_delete['args']['nodes_to_restore'] = nodes_to_restore
# /only fake tasks
logger.debug("Calling rpc remove_nodes method")
rpc.cast('naily', msg_delete)
def message(cls, task):
logger.debug("ProvisionTask.message(task=%s)" % task.uuid)
task_uuid = task.uuid
cluster_id = task.cluster.id
cluster_attrs = task.cluster.attributes.merged_attrs_values()
netmanager = NetworkManager()
nodes = orm().query(Node).filter_by(
cluster_id=task.cluster.id,
pending_deletion=False).order_by(Node.id)
USE_FAKE = settings.FAKE_TASKS or settings.FAKE_TASKS_AMQP
nodes_to_provision = []
# FIXME: why can't we use needs_reprovision and pending_addition
# attributes of node to constract valid list of nodes which need
# to be provisioned and instead use this ugly loop?
for node in nodes:
if not node.online:
if not USE_FAKE:
raise Exception(
u"Node '%s' (id=%s) is offline."
" Remove it from environment and try again." %
(node.name, node.id)
)
else:
logger.warning(
u"Node '%s' (id=%s) is offline."
" Remove it from environment and try again." %
(node.name, node.id)
)
if node.status in ('discover', 'provisioning') or \
(node.status == 'error' and
node.error_type == 'provision'):
nodes_to_provision.append(node)
# TODO: For now we send nodes data to orchestrator
# which are cobbler oriented. But for future we
# need to use more abstract data structure.
nodes_data = []
for node in nodes_to_provision:
node_data = {
'profile': settings.COBBLER_PROFILE,
'power_type': 'ssh',
'power_user': '******',
'power_address': node.ip,
'name': TaskHelper.make_slave_name(node.id, node.role),
'hostname': node.fqdn,
'name_servers': '\"%s\"' % settings.DNS_SERVERS,
'name_servers_search': '\"%s\"' % settings.DNS_SEARCH,
'netboot_enabled': '1',
'ks_meta': {
'puppet_auto_setup': 1,
'puppet_master': settings.PUPPET_MASTER_HOST,
'puppet_version': settings.PUPPET_VERSION,
'puppet_enable': 0,
'mco_auto_setup': 1,
'install_log_2_syslog': 1,
'mco_pskey': settings.MCO_PSKEY,
'mco_vhost': settings.MCO_VHOST,
'mco_host': settings.MCO_HOST,
'mco_user': settings.MCO_USER,
'mco_password': settings.MCO_PASSWORD,
'mco_connector': settings.MCO_CONNECTOR,
'mco_enable': 1,
'auth_key': "\"%s\"" % cluster_attrs.get('auth_key', ''),
'ks_spaces': "\"%s\"" % json.dumps(
node.attributes.volumes).replace("\"", "\\\"")
}
}
if node.status == "discover":
logger.info(
"Node %s seems booted with bootstrap image",
node.id
)
node_data['power_pass'] = settings.PATH_TO_BOOTSTRAP_SSH_KEY
else:
# If it's not in discover, we expect it to be booted
# in target system.
# TODO: Get rid of expectations!
logger.info(
"Node %s seems booted with real system",
node.id
)
node_data['power_pass'] = settings.PATH_TO_SSH_KEY
# FIXME: move this code (updating) into receiver.provision_resp
if not USE_FAKE:
node.status = "provisioning"
orm().add(node)
orm().commit()
# here we assign admin network IPs for node
# one IP for every node interface
netmanager.assign_admin_ips(
node.id,
len(node.meta.get('interfaces', []))
)
admin_net_id = netmanager.get_admin_network_id()
admin_ips = set([i.ip_addr for i in orm().query(IPAddr).
filter_by(node=node.id).
filter_by(network=admin_net_id)])
for i in node.meta.get('interfaces', []):
if 'interfaces' not in node_data:
node_data['interfaces'] = {}
node_data['interfaces'][i['name']] = {
'mac_address': i['mac'],
'static': '0',
'netmask': settings.ADMIN_NETWORK['netmask'],
'ip_address': admin_ips.pop(),
}
# interfaces_extra field in cobbler ks_meta
# means some extra data for network interfaces
# configuration. It is used by cobbler snippet.
# For example, cobbler interface model does not
# have 'peerdns' field, but we need this field
# to be configured. So we use interfaces_extra
# branch in order to set this unsupported field.
if 'interfaces_extra' not in node_data:
node_data['interfaces_extra'] = {}
node_data['interfaces_extra'][i['name']] = {
'peerdns': 'no',
'onboot': 'no'
}
# We want node to be able to PXE boot via any of its
# interfaces. That is why we add all discovered
# interfaces into cobbler system. But we want
# assignted fqdn to be resolved into one IP address
# because we don't completely support multiinterface
# configuration yet.
if i['mac'] == node.mac:
node_data['interfaces'][i['name']]['dns_name'] = node.fqdn
node_data['interfaces_extra'][i['name']]['onboot'] = 'yes'
nodes_data.append(node_data)
if not USE_FAKE:
TaskHelper.prepare_syslog_dir(node)
message = {
'method': 'provision',
'respond_to': 'provision_resp',
'args': {
'task_uuid': task.uuid,
'engine': {
'url': settings.COBBLER_URL,
'username': settings.COBBLER_USER,
'password': settings.COBBLER_PASSWORD,
},
'nodes': nodes_data
}
}
return message
def execute(self, task, respond_to='remove_nodes_resp'):
logger.debug("DeletionTask.execute(task=%s)" % task.uuid)
task_uuid = task.uuid
logger.debug("Nodes deletion task is running")
nodes_to_delete = []
nodes_to_delete_constant = []
nodes_to_restore = []
USE_FAKE = settings.FAKE_TASKS or settings.FAKE_TASKS_AMQP
# no need to call naily if there are no nodes in cluster
if respond_to == 'remove_cluster_resp' and \
not list(task.cluster.nodes):
rcvr = rpc.receiver.NailgunReceiver()
rcvr.remove_cluster_resp(task_uuid=task_uuid,
status='ready',
progress=100)
return
for node in task.cluster.nodes:
if node.pending_deletion:
nodes_to_delete.append({
'id': node.id,
'uid': node.id,
'roles': node.roles
})
if USE_FAKE:
# only fake tasks
new_node = {}
keep_attrs = ('id', 'cluster_id', 'roles',
'pending_deletion', 'pending_addition')
for prop in object_mapper(node).iterate_properties:
if isinstance(
prop,
ColumnProperty) and prop.key not in keep_attrs:
new_node[prop.key] = getattr(node, prop.key)
nodes_to_restore.append(new_node)
# /only fake tasks
# this variable is used to iterate over it
# and be able to delete node from nodes_to_delete safely
nodes_to_delete_constant = list(nodes_to_delete)
for node in nodes_to_delete_constant:
node_db = db().query(Node).get(node['id'])
slave_name = TaskHelper.make_slave_name(node['id'])
logger.debug(
"Removing node from database and pending it "
"to clean its MBR: %s", slave_name)
if not node_db.online or node_db.status == 'discover':
logger.info(
"Node is offline or not deployed yet,"
" can't clean MBR: %s", slave_name)
db().delete(node_db)
db().commit()
nodes_to_delete.remove(node)
# only real tasks
engine_nodes = []
if not USE_FAKE:
for node in nodes_to_delete_constant:
slave_name = TaskHelper.make_slave_name(node['id'])
logger.debug("Pending node to be removed from cobbler %s",
slave_name)
engine_nodes.append(slave_name)
try:
node_db = db().query(Node).get(node['id'])
if node_db and node_db.fqdn:
node_hostname = node_db.fqdn
else:
node_hostname = TaskHelper.make_slave_fqdn(node['id'])
logger.info("Removing node cert from puppet: %s",
node_hostname)
cmd = "puppet cert clean {0}".format(node_hostname)
proc = subprocess.Popen(shlex.split(cmd),
shell=False,
stdout=subprocess.PIPE,
stderr=subprocess.PIPE)
p_stdout, p_stderr = proc.communicate()
logger.info("'{0}' executed, STDOUT: '{1}',"
" STDERR: '{2}'".format(
cmd, p_stdout, p_stderr))
except OSError:
logger.warning(
"'{0}' returned non-zero exit code".format(cmd))
except Exception as e:
logger.warning("Exception occurred while trying to \
remove the system from Cobbler: '{0}'".format(
e.message))
msg_delete = {
'method': 'remove_nodes',
'respond_to': respond_to,
'args': {
'task_uuid': task.uuid,
'nodes': nodes_to_delete,
'engine': {
'url': settings.COBBLER_URL,
'username': settings.COBBLER_USER,
'password': settings.COBBLER_PASSWORD,
},
'engine_nodes': engine_nodes
}
}
# only fake tasks
if USE_FAKE and nodes_to_restore:
msg_delete['args']['nodes_to_restore'] = nodes_to_restore
# /only fake tasks
logger.debug("Calling rpc remove_nodes method")
rpc.cast('naily', msg_delete)
def message(cls, task):
logger.debug("ProvisionTask.message(task=%s)" % task.uuid)
# this variable is used to set 'auth_key' in cobbler ks_meta
cluster_attrs = task.cluster.attributes.merged_attrs_values()
nodes = TaskHelper.nodes_to_provision(task.cluster)
netmanager = NetworkManager()
USE_FAKE = settings.FAKE_TASKS or settings.FAKE_TASKS_AMQP
# TODO: For now we send nodes data to orchestrator
# which is cobbler oriented. But for future we
# need to use more abstract data structure.
nodes_data = []
for node in nodes:
if not node.online:
if not USE_FAKE:
raise Exception(
u"Node '%s' (id=%s) is offline."
" Remove it from environment and try again." %
(node.name, node.id)
)
else:
logger.warning(
u"Node '%s' (id=%s) is offline."
" Remove it from environment and try again." %
(node.name, node.id)
)
node_data = {
'profile': settings.COBBLER_PROFILE,
'power_type': 'ssh',
'power_user': '******',
'power_address': node.ip,
'name': TaskHelper.make_slave_name(node.id, node.role),
'hostname': node.fqdn,
'name_servers': '\"%s\"' % settings.DNS_SERVERS,
'name_servers_search': '\"%s\"' % settings.DNS_SEARCH,
'netboot_enabled': '1',
'ks_meta': {
'puppet_auto_setup': 1,
'puppet_master': settings.PUPPET_MASTER_HOST,
'puppet_version': settings.PUPPET_VERSION,
'puppet_enable': 0,
'mco_auto_setup': 1,
'install_log_2_syslog': 1,
'mco_pskey': settings.MCO_PSKEY,
'mco_vhost': settings.MCO_VHOST,
'mco_host': settings.MCO_HOST,
'mco_user': settings.MCO_USER,
'mco_password': settings.MCO_PASSWORD,
'mco_connector': settings.MCO_CONNECTOR,
'mco_enable': 1,
'auth_key': "\"%s\"" % cluster_attrs.get('auth_key', ''),
'ks_spaces': "\"%s\"" % json.dumps(
node.attributes.volumes).replace("\"", "\\\"")
}
}
if node.status == "discover":
logger.info(
"Node %s seems booted with bootstrap image",
node.id
)
node_data['power_pass'] = settings.PATH_TO_BOOTSTRAP_SSH_KEY
else:
# If it's not in discover, we expect it to be booted
# in target system.
# TODO: Get rid of expectations!
logger.info(
"Node %s seems booted with real system",
node.id
)
node_data['power_pass'] = settings.PATH_TO_SSH_KEY
# FIXME: move this code (updating) into receiver.provision_resp
if not USE_FAKE:
node.status = "provisioning"
orm().add(node)
orm().commit()
# here we assign admin network IPs for node
# one IP for every node interface
netmanager.assign_admin_ips(
node.id,
len(node.meta.get('interfaces', []))
)
admin_net_id = netmanager.get_admin_network_id()
admin_ips = set([i.ip_addr for i in orm().query(IPAddr).
filter_by(node=node.id).
filter_by(network=admin_net_id)])
for i in node.meta.get('interfaces', []):
if 'interfaces' not in node_data:
node_data['interfaces'] = {}
node_data['interfaces'][i['name']] = {
'mac_address': i['mac'],
'static': '0',
'netmask': settings.ADMIN_NETWORK['netmask'],
'ip_address': admin_ips.pop(),
}
# interfaces_extra field in cobbler ks_meta
# means some extra data for network interfaces
# configuration. It is used by cobbler snippet.
# For example, cobbler interface model does not
# have 'peerdns' field, but we need this field
# to be configured. So we use interfaces_extra
# branch in order to set this unsupported field.
if 'interfaces_extra' not in node_data:
node_data['interfaces_extra'] = {}
node_data['interfaces_extra'][i['name']] = {
'peerdns': 'no',
'onboot': 'no'
}
# We want node to be able to PXE boot via any of its
# interfaces. That is why we add all discovered
# interfaces into cobbler system. But we want
# assignted fqdn to be resolved into one IP address
# because we don't completely support multiinterface
# configuration yet.
if i['mac'] == node.mac:
node_data['interfaces'][i['name']]['dns_name'] = node.fqdn
node_data['interfaces_extra'][i['name']]['onboot'] = 'yes'
nodes_data.append(node_data)
if not USE_FAKE:
TaskHelper.prepare_syslog_dir(node)
message = {
'method': 'provision',
'respond_to': 'provision_resp',
'args': {
'task_uuid': task.uuid,
'engine': {
'url': settings.COBBLER_URL,
'username': settings.COBBLER_USER,
'password': settings.COBBLER_PASSWORD,
},
'nodes': nodes_data
}
}
return message
def execute(self, task, respond_to='remove_nodes_resp'):
logger.debug("DeletionTask.execute(task=%s)" % task.uuid)
task_uuid = task.uuid
logger.debug("Nodes deletion task is running")
nodes_to_delete = []
nodes_to_restore = []
USE_FAKE = settings.FAKE_TASKS or settings.FAKE_TASKS_AMQP
# no need to call naily if there are no nodes in cluster
if respond_to == 'remove_cluster_resp' and \
not list(task.cluster.nodes):
rcvr = rpc.receiver.NailgunReceiver()
rcvr.initialize()
rcvr.remove_cluster_resp(
task_uuid=task_uuid,
status='ready',
progress=100
)
return
for node in task.cluster.nodes:
if node.pending_deletion:
nodes_to_delete.append({
'id': node.id,
'uid': node.id,
'role': node.role
})
if USE_FAKE:
# only fake tasks
new_node = Node()
keep_attrs = (
'id',
'cluster_id',
'role',
'pending_deletion',
'pending_addition'
)
for prop in object_mapper(new_node).iterate_properties:
if isinstance(
prop, ColumnProperty
) and prop.key not in keep_attrs:
setattr(
new_node,
prop.key,
getattr(node, prop.key)
)
nodes_to_restore.append(new_node)
# /only fake tasks
# Deletion offline nodes from db
if nodes_to_delete:
for node in list(nodes_to_delete):
node_db = orm().query(Node).get(node['id'])
if not node_db.online:
slave_name = TaskHelper.make_slave_name(
node['id'], node['role']
)
logger.info(
"Node %s is offline, removing node from db" %
slave_name)
orm().delete(node_db)
orm().commit()
nodes_to_delete.remove(node)
# only real tasks
engine_nodes = []
if not USE_FAKE:
if nodes_to_delete:
logger.debug("There are nodes to delete")
for node in nodes_to_delete:
slave_name = TaskHelper.make_slave_name(
node['id'], node['role']
)
engine_nodes.append(slave_name)
try:
logger.info("Deleting old certs from puppet..")
node_db = orm().query(Node).get(node['id'])
if node_db and node_db.fqdn:
node_hostname = node_db.fqdn
else:
node_hostname = '.'.join([
slave_name, settings.DNS_DOMAIN])
cmd = "puppet cert clean {0}".format(node_hostname)
proc = subprocess.Popen(
shlex.split(cmd),
shell=False,
stdout=subprocess.PIPE,
stderr=subprocess.PIPE
)
p_stdout, p_stderr = proc.communicate()
logger.info(
"'{0}' executed, STDOUT: '{1}',"
" STDERR: '{2}'".format(
cmd,
p_stdout,
p_stderr
)
)
except OSError:
logger.warning(
"'{0}' returned non-zero exit code".format(
cmd
)
)
except Exception as e:
logger.warning("Exception occurred while trying to \
remove the system from Cobbler: '{0}'".format(
e.message))
# /only real tasks
msg_delete = {
'method': 'remove_nodes',
'respond_to': respond_to,
'args': {
'task_uuid': task.uuid,
'nodes': nodes_to_delete,
'engine': {
'url': settings.COBBLER_URL,
'username': settings.COBBLER_USER,
'password': settings.COBBLER_PASSWORD,
},
'engine_nodes': engine_nodes
}
}
# only fake tasks
if USE_FAKE and nodes_to_restore:
msg_delete['args']['nodes_to_restore'] = nodes_to_restore
# /only fake tasks
logger.debug("Calling rpc remove_nodes method")
rpc.cast('naily', msg_delete)
def test_nova_deploy_cast_with_right_args(self, mocked_rpc):
self.env.create(cluster_kwargs={'mode': 'ha_compact'},
nodes_kwargs=[{
'roles': ['controller'],
'pending_addition': True
}, {
'roles': ['controller'],
'pending_addition': True
}, {
'roles': ['controller', 'cinder'],
'pending_addition': True
}, {
'roles': ['compute', 'cinder'],
'pending_addition': True
}, {
'roles': ['compute'],
'pending_addition': True
}, {
'roles': ['cinder'],
'pending_addition': True
}])
cluster_db = self.env.clusters[0]
common_attrs = {
'deployment_mode': 'ha_compact',
'management_vip': '192.168.0.2',
'public_vip': '172.16.0.2',
'fixed_network_range': '10.0.0.0/16',
'management_network_range': '192.168.0.0/24',
'floating_network_range': ['172.16.0.128-172.16.0.254'],
'storage_network_range': '192.168.1.0/24',
'mp': [{
'weight': '1',
'point': '1'
}, {
'weight': '2',
'point': '2'
}],
'novanetwork_parameters': {
'network_manager': 'FlatDHCPManager',
'network_size': 256
},
'dns_nameservers': ["8.8.8.8", "8.8.4.4"],
'management_interface': 'eth0.101',
'fixed_interface': 'eth0.103',
'admin_interface': 'eth1',
'storage_interface': 'eth0.102',
'public_interface': 'eth0',
'floating_interface': 'eth0',
'master_ip': '127.0.0.1',
'use_cinder': True,
'deployment_id': cluster_db.id
}
cluster_attrs = cluster_db.attributes.merged_attrs_values()
common_attrs.update(cluster_attrs)
# Common attrs calculation
nodes_list = []
nodes_db = sorted(cluster_db.nodes, key=lambda n: n.id)
assigned_ips = {}
i = 0
admin_ips = [
'10.20.0.139/24', '10.20.0.138/24', '10.20.0.135/24',
'10.20.0.133/24', '10.20.0.131/24', '10.20.0.130/24'
]
for node in nodes_db:
node_id = node.id
admin_ip = admin_ips.pop()
for role in sorted(node.roles + node.pending_roles):
assigned_ips[node_id] = {}
assigned_ips[node_id]['internal'] = '192.168.0.%d' % (i + 3)
assigned_ips[node_id]['public'] = '172.16.0.%d' % (i + 3)
assigned_ips[node_id]['storage'] = '192.168.1.%d' % (i + 2)
assigned_ips[node_id]['admin'] = admin_ip
nodes_list.append({
'role':
role,
'internal_address':
assigned_ips[node_id]['internal'],
'public_address':
assigned_ips[node_id]['public'],
'storage_address':
assigned_ips[node_id]['storage'],
'internal_netmask':
'255.255.255.0',
'public_netmask':
'255.255.255.0',
'storage_netmask':
'255.255.255.0',
'uid':
str(node_id),
'swift_zone':
str(node_id),
'name':
'node-%d' % node_id,
'fqdn':
'node-%d.%s' % (node_id, settings.DNS_DOMAIN)
})
i += 1
controller_nodes = filter(lambda node: node['role'] == 'controller',
deepcopy(nodes_list))
common_attrs['nodes'] = nodes_list
common_attrs['nodes'][0]['role'] = 'primary-controller'
common_attrs['last_controller'] = controller_nodes[-1]['name']
# Individual attrs calculation and
# merging with common attrs
priority_mapping = {
'controller': [600, 500, 400],
'cinder': 700,
'compute': 700
}
deployment_info = []
for node in nodes_db:
ips = assigned_ips[node.id]
for role in sorted(node.roles):
priority = priority_mapping[role]
if isinstance(priority, list):
priority = priority.pop()
individual_atts = {
'uid': str(node.id),
'status': node.status,
'role': role,
'online': node.online,
'fqdn': 'node-%d.%s' % (node.id, settings.DNS_DOMAIN),
'priority': priority,
'network_data': {
'eth0': {
'interface': 'eth0',
'ipaddr': ['%s/24' % ips['public']],
'gateway': '172.16.0.1'
},
'eth0.101': {
'interface': 'eth0.101',
'ipaddr': ['%s/24' % ips['internal']]
},
'eth0.102': {
'interface': 'eth0.102',
'ipaddr': ['%s/24' % ips['storage']]
},
'eth0.103': {
'interface': 'eth0.103',
'ipaddr': 'none'
},
'lo': {
'interface': 'lo',
'ipaddr': ['127.0.0.1/8']
},
'eth1': {
'interface': 'eth1',
'ipaddr': [ips['admin']]
}
}
}
individual_atts.update(common_attrs)
individual_atts['glance']['image_cache_max_size'] = str(
manager.calc_glance_cache_size(node.attributes.volumes))
deployment_info.append(deepcopy(individual_atts))
controller_nodes = filter(lambda node: node['role'] == 'controller',
deployment_info)
controller_nodes[0]['role'] = 'primary-controller'
supertask = self.env.launch_deployment()
deploy_task_uuid = [
x.uuid for x in supertask.subtasks if x.name == 'deployment'
][0]
deployment_msg = {
'method': 'deploy',
'respond_to': 'deploy_resp',
'args': {}
}
deployment_msg['args']['task_uuid'] = deploy_task_uuid
deployment_msg['args']['deployment_info'] = deployment_info
provision_nodes = []
admin_net = self.env.network_manager.get_admin_network_group()
for n in sorted(self.env.nodes, key=lambda n: n.id):
udev_interfaces_mapping = ','.join(
['{0}_{1}'.format(i.mac, i.name) for i in n.interfaces])
pnd = {
'profile': cluster_attrs['cobbler']['profile'],
'power_type': 'ssh',
'power_user': '******',
'kernel_options': {
'netcfg/choose_interface': 'eth1',
'udevrules': udev_interfaces_mapping
},
'power_address': n.ip,
'power_pass': settings.PATH_TO_BOOTSTRAP_SSH_KEY,
'name': TaskHelper.make_slave_name(n.id),
'hostname': n.fqdn,
'name_servers': '\"%s\"' % settings.DNS_SERVERS,
'name_servers_search': '\"%s\"' % settings.DNS_SEARCH,
'netboot_enabled': '1',
'ks_meta': {
'puppet_auto_setup': 1,
'puppet_master': settings.PUPPET_MASTER_HOST,
'puppet_version': settings.PUPPET_VERSION,
'puppet_enable': 0,
'mco_auto_setup': 1,
'install_log_2_syslog': 1,
'mco_pskey': settings.MCO_PSKEY,
'mco_vhost': settings.MCO_VHOST,
'mco_host': settings.MCO_HOST,
'mco_user': settings.MCO_USER,
'mco_password': settings.MCO_PASSWORD,
'mco_connector': settings.MCO_CONNECTOR,
'mco_enable': 1,
'ks_spaces': n.attributes.volumes,
'auth_key': "\"%s\"" % cluster_attrs.get('auth_key', ''),
}
}
NetworkManager.assign_admin_ips(n.id,
len(n.meta.get('interfaces', [])))
admin_ips = set([
i.ip_addr for i in self.db.query(IPAddr).filter_by(
node=n.id).filter_by(network=admin_net.id)
])
for i in n.interfaces:
if 'interfaces' not in pnd:
pnd['interfaces'] = {}
pnd['interfaces'][i.name] = {
'mac_address': i.mac,
'static': '0',
'netmask': admin_net.netmask,
'ip_address': admin_ips.pop(),
}
if 'interfaces_extra' not in pnd:
pnd['interfaces_extra'] = {}
pnd['interfaces_extra'][i.name] = {
'peerdns': 'no',
'onboot': 'no'
}
if i.mac == n.mac:
pnd['interfaces'][i.name]['dns_name'] = n.fqdn
pnd['interfaces_extra'][i.name]['onboot'] = 'yes'
provision_nodes.append(pnd)
provision_task_uuid = filter(lambda t: t.name == 'provision',
supertask.subtasks)[0].uuid
provision_msg = {
'method': 'provision',
'respond_to': 'provision_resp',
'args': {
'task_uuid': provision_task_uuid,
'provisioning_info': {
'engine': {
'url': settings.COBBLER_URL,
'username': settings.COBBLER_USER,
'password': settings.COBBLER_PASSWORD
},
'nodes': provision_nodes
}
}
}
args, kwargs = nailgun.task.manager.rpc.cast.call_args
self.assertEquals(len(args), 2)
self.assertEquals(len(args[1]), 2)
self.datadiff(args[1][0], provision_msg)
self.datadiff(args[1][1], deployment_msg)
def test_deploy_cast_with_right_args(self, mocked_rpc):
self.env.create(
cluster_kwargs={
"mode": "ha",
"type": "compute"
},
nodes_kwargs=[
{"role": "controller", "pending_addition": True},
{"role": "controller", "pending_addition": True},
{"role": "controller", "pending_addition": True},
]
)
cluster_db = self.env.clusters[0]
cluster_depl_mode = 'ha'
# Set ip ranges for floating ips
ranges = [['172.16.0.2', '172.16.0.4'],
['172.16.0.3', '172.16.0.5'],
['172.16.0.10', '172.16.0.12']]
floating_network_group = self.db.query(NetworkGroup).filter(
NetworkGroup.name == 'floating').filter(
NetworkGroup.cluster_id == cluster_db.id).first()
# Remove floating ip addr ranges
self.db.query(IPAddrRange).filter(
IPAddrRange.network_group_id == floating_network_group.id).delete()
# Add new ranges
for ip_range in ranges:
new_ip_range = IPAddrRange(
first=ip_range[0],
last=ip_range[1],
network_group_id=floating_network_group.id)
self.db.add(new_ip_range)
self.db.commit()
# Update netmask for public network
public_network_group = self.db.query(NetworkGroup).filter(
NetworkGroup.name == 'public').filter(
NetworkGroup.cluster_id == cluster_db.id).first()
public_network_group.netmask = '255.255.255.128'
self.db.commit()
supertask = self.env.launch_deployment()
deploy_task_uuid = [x.uuid for x in supertask.subtasks
if x.name == 'deployment'][0]
msg = {'method': 'deploy', 'respond_to': 'deploy_resp',
'args': {}}
self.db.add(cluster_db)
cluster_attrs = cluster_db.attributes.merged_attrs_values()
nets_db = self.db.query(Network).join(NetworkGroup).\
filter(NetworkGroup.cluster_id == cluster_db.id).all()
for net in nets_db:
if net.name != 'public':
cluster_attrs[net.name + '_network_range'] = net.cidr
cluster_attrs['floating_network_range'] = [
'172.16.0.2-172.16.0.4',
'172.16.0.3-172.16.0.5',
'172.16.0.10-172.16.0.12'
]
management_vip = self.env.network_manager.assign_vip(
cluster_db.id,
'management'
)
public_vip = self.env.network_manager.assign_vip(
cluster_db.id,
'public'
)
net_params = {}
net_params['network_manager'] = "FlatDHCPManager"
net_params['network_size'] = 256
cluster_attrs['novanetwork_parameters'] = net_params
cluster_attrs['management_vip'] = management_vip
cluster_attrs['public_vip'] = public_vip
cluster_attrs['master_ip'] = '127.0.0.1'
cluster_attrs['deployment_mode'] = cluster_depl_mode
cluster_attrs['deployment_id'] = cluster_db.id
msg['args']['attributes'] = cluster_attrs
msg['args']['task_uuid'] = deploy_task_uuid
nodes = []
provision_nodes = []
admin_net_id = self.env.network_manager.get_admin_network_id()
for n in sorted(self.env.nodes, key=lambda n: n.id):
q = self.db.query(IPAddr).join(Network).\
filter(IPAddr.node == n.id).filter(
not_(IPAddr.network == admin_net_id)
)
"""
Here we want to get node IP addresses which belong
to storage and management networks respectively
"""
node_ip_management, node_ip_storage = map(
lambda x: q.filter_by(name=x).first().ip_addr
+ "/" + cluster_attrs[x + '_network_range'].split('/')[1],
('management', 'storage')
)
node_ip_public = q.filter_by(name='public').first().ip_addr + '/25'
nodes.append({'uid': n.id, 'status': n.status, 'ip': n.ip,
'error_type': n.error_type, 'mac': n.mac,
'role': n.role, 'id': n.id, 'fqdn':
'%s-%d.%s' % (n.role, n.id, settings.DNS_DOMAIN),
'progress': 0, 'meta': n.meta, 'online': True,
'network_data': [{'brd': '192.168.0.255',
'ip': node_ip_management,
'vlan': 101,
'gateway': '192.168.0.1',
'netmask': '255.255.255.0',
'dev': 'eth0',
'name': 'management'},
{'brd': '172.16.1.255',
'ip': node_ip_public,
'vlan': 100,
'gateway': '172.16.1.1',
'netmask': '255.255.255.128',
'dev': 'eth0',
'name': u'public'},
{'name': u'storage',
'ip': node_ip_storage,
'vlan': 102,
'dev': 'eth0',
'netmask': '255.255.255.0',
'brd': '192.168.1.255',
'gateway': u'192.168.1.1'},
{'vlan': 100,
'name': 'floating',
'dev': 'eth0'},
{'vlan': 103,
'name': 'fixed',
'dev': 'eth0'},
{'name': u'admin',
'dev': 'eth0'}]})
pnd = {
'profile': cluster_attrs['cobbler']['profile'],
'power_type': 'ssh',
'power_user': '******',
'power_address': n.ip,
'power_pass': settings.PATH_TO_BOOTSTRAP_SSH_KEY,
'name': TaskHelper.make_slave_name(n.id, n.role),
'hostname': n.fqdn,
'name_servers': '\"%s\"' % settings.DNS_SERVERS,
'name_servers_search': '\"%s\"' % settings.DNS_SEARCH,
'netboot_enabled': '1',
'ks_meta': {
'puppet_auto_setup': 1,
'puppet_master': settings.PUPPET_MASTER_HOST,
'puppet_version': settings.PUPPET_VERSION,
'puppet_enable': 0,
'mco_auto_setup': 1,
'install_log_2_syslog': 1,
'mco_pskey': settings.MCO_PSKEY,
'mco_vhost': settings.MCO_VHOST,
'mco_host': settings.MCO_HOST,
'mco_user': settings.MCO_USER,
'mco_password': settings.MCO_PASSWORD,
'mco_connector': settings.MCO_CONNECTOR,
'mco_enable': 1,
'ks_spaces': "\"%s\"" % json.dumps(
n.attributes.volumes).replace("\"", "\\\""),
'auth_key': "\"%s\"" % cluster_attrs.get('auth_key', ''),
}
}
netmanager = NetworkManager()
netmanager.assign_admin_ips(
n.id,
len(n.meta.get('interfaces', []))
)
admin_ips = set([i.ip_addr for i in self.db.query(IPAddr).
filter_by(node=n.id).
filter_by(network=admin_net_id)])
for i in n.meta.get('interfaces', []):
if 'interfaces' not in pnd:
pnd['interfaces'] = {}
pnd['interfaces'][i['name']] = {
'mac_address': i['mac'],
'static': '0',
'netmask': settings.ADMIN_NETWORK['netmask'],
'ip_address': admin_ips.pop(),
}
if 'interfaces_extra' not in pnd:
pnd['interfaces_extra'] = {}
pnd['interfaces_extra'][i['name']] = {
'peerdns': 'no',
'onboot': 'no'
}
if i['mac'] == n.mac:
pnd['interfaces'][i['name']]['dns_name'] = n.fqdn
pnd['interfaces_extra'][i['name']]['onboot'] = 'yes'
provision_nodes.append(pnd)
controller_nodes = filter(
lambda node: node['role'] == 'controller',
nodes)
msg['args']['attributes']['controller_nodes'] = controller_nodes
msg['args']['nodes'] = nodes
provision_task_uuid = [x.uuid for x in supertask.subtasks
if x.name == 'provision'][0]
provision_msg = {
'method': 'provision',
'respond_to': 'provision_resp',
'args': {
'task_uuid': provision_task_uuid,
'engine': {
'url': settings.COBBLER_URL,
'username': settings.COBBLER_USER,
'password': settings.COBBLER_PASSWORD,
},
'nodes': provision_nodes,
}
}
args, kwargs = nailgun.task.manager.rpc.cast.call_args
self.assertEquals(len(args), 2)
self.assertEquals(len(args[1]), 2)
self.datadiff(args[1][0], provision_msg)
self.datadiff(args[1][1], msg)
def test_nova_deploy_cast_with_right_args(self, mocked_rpc):
self.env.create(
cluster_kwargs={"mode": "ha_compact"},
nodes_kwargs=[
{"roles": ["controller"], "pending_addition": True},
{"roles": ["controller"], "pending_addition": True},
{"roles": ["controller", "cinder"], "pending_addition": True},
{"roles": ["compute", "cinder"], "pending_addition": True},
{"roles": ["compute"], "pending_addition": True},
{"roles": ["cinder"], "pending_addition": True},
],
)
cluster_db = self.env.clusters[0]
common_attrs = {
"deployment_mode": "ha_compact",
"management_vip": "192.168.0.2",
"public_vip": "172.16.0.2",
"fixed_network_range": "10.0.0.0/16",
"management_network_range": "192.168.0.0/24",
"floating_network_range": ["172.16.0.128-172.16.0.254"],
"storage_network_range": "192.168.1.0/24",
"mp": [{"weight": "1", "point": "1"}, {"weight": "2", "point": "2"}],
"novanetwork_parameters": {"network_manager": "FlatDHCPManager", "network_size": 256},
"dns_nameservers": ["8.8.8.8", "8.8.4.4"],
"management_interface": "eth0.101",
"fixed_interface": "eth0.103",
"admin_interface": "eth1",
"storage_interface": "eth0.102",
"public_interface": "eth0",
"floating_interface": "eth0",
"master_ip": "127.0.0.1",
"use_cinder": True,
"deployment_id": cluster_db.id,
}
cluster_attrs = cluster_db.attributes.merged_attrs_values()
common_attrs.update(cluster_attrs)
# Common attrs calculation
nodes_list = []
nodes_db = sorted(cluster_db.nodes, key=lambda n: n.id)
assigned_ips = {}
i = 0
admin_ips = [
"10.20.0.139/24",
"10.20.0.138/24",
"10.20.0.135/24",
"10.20.0.133/24",
"10.20.0.131/24",
"10.20.0.130/24",
]
for node in nodes_db:
node_id = node.id
admin_ip = admin_ips.pop()
for role in sorted(node.roles + node.pending_roles):
assigned_ips[node_id] = {}
assigned_ips[node_id]["internal"] = "192.168.0.%d" % (i + 3)
assigned_ips[node_id]["public"] = "172.16.0.%d" % (i + 3)
assigned_ips[node_id]["storage"] = "192.168.1.%d" % (i + 2)
assigned_ips[node_id]["admin"] = admin_ip
nodes_list.append(
{
"role": role,
"internal_address": assigned_ips[node_id]["internal"],
"public_address": assigned_ips[node_id]["public"],
"storage_address": assigned_ips[node_id]["storage"],
"internal_netmask": "255.255.255.0",
"public_netmask": "255.255.255.0",
"storage_netmask": "255.255.255.0",
"uid": str(node_id),
"swift_zone": str(node_id),
"name": "node-%d" % node_id,
"fqdn": "node-%d.%s" % (node_id, settings.DNS_DOMAIN),
}
)
i += 1
controller_nodes = filter(lambda node: node["role"] == "controller", deepcopy(nodes_list))
common_attrs["nodes"] = nodes_list
common_attrs["nodes"][0]["role"] = "primary-controller"
common_attrs["last_controller"] = controller_nodes[-1]["name"]
# Individual attrs calculation and
# merging with common attrs
priority_mapping = {"controller": [600, 500, 400], "cinder": 700, "compute": 700}
deployment_info = []
for node in nodes_db:
ips = assigned_ips[node.id]
for role in sorted(node.roles):
priority = priority_mapping[role]
if isinstance(priority, list):
priority = priority.pop()
individual_atts = {
"uid": str(node.id),
"status": node.status,
"role": role,
"online": node.online,
"fqdn": "node-%d.%s" % (node.id, settings.DNS_DOMAIN),
"priority": priority,
"network_data": {
"eth0": {"interface": "eth0", "ipaddr": ["%s/24" % ips["public"]], "gateway": "172.16.0.1"},
"eth0.101": {"interface": "eth0.101", "ipaddr": ["%s/24" % ips["internal"]]},
"eth0.102": {"interface": "eth0.102", "ipaddr": ["%s/24" % ips["storage"]]},
"eth0.103": {"interface": "eth0.103", "ipaddr": "none"},
"lo": {"interface": "lo", "ipaddr": ["127.0.0.1/8"]},
"eth1": {"interface": "eth1", "ipaddr": [ips["admin"]]},
},
}
individual_atts.update(common_attrs)
individual_atts["glance"]["image_cache_max_size"] = str(
manager.calc_glance_cache_size(node.attributes.volumes)
)
deployment_info.append(deepcopy(individual_atts))
controller_nodes = filter(lambda node: node["role"] == "controller", deployment_info)
controller_nodes[0]["role"] = "primary-controller"
supertask = self.env.launch_deployment()
deploy_task_uuid = [x.uuid for x in supertask.subtasks if x.name == "deployment"][0]
deployment_msg = {"method": "deploy", "respond_to": "deploy_resp", "args": {}}
deployment_msg["args"]["task_uuid"] = deploy_task_uuid
deployment_msg["args"]["deployment_info"] = deployment_info
provision_nodes = []
admin_net = self.env.network_manager.get_admin_network()
for n in sorted(self.env.nodes, key=lambda n: n.id):
udev_interfaces_mapping = ",".join(["{0}_{1}".format(i.mac, i.name) for i in n.interfaces])
pnd = {
"profile": cluster_attrs["cobbler"]["profile"],
"power_type": "ssh",
"power_user": "******",
"kernel_options": {"netcfg/choose_interface": "eth1", "udevrules": udev_interfaces_mapping},
"power_address": n.ip,
"power_pass": settings.PATH_TO_BOOTSTRAP_SSH_KEY,
"name": TaskHelper.make_slave_name(n.id),
"hostname": n.fqdn,
"name_servers": '"%s"' % settings.DNS_SERVERS,
"name_servers_search": '"%s"' % settings.DNS_SEARCH,
"netboot_enabled": "1",
"ks_meta": {
"puppet_auto_setup": 1,
"puppet_master": settings.PUPPET_MASTER_HOST,
"puppet_version": settings.PUPPET_VERSION,
"puppet_enable": 0,
"mco_auto_setup": 1,
"install_log_2_syslog": 1,
"mco_pskey": settings.MCO_PSKEY,
"mco_vhost": settings.MCO_VHOST,
"mco_host": settings.MCO_HOST,
"mco_user": settings.MCO_USER,
"mco_password": settings.MCO_PASSWORD,
"mco_connector": settings.MCO_CONNECTOR,
"mco_enable": 1,
"ks_spaces": n.attributes.volumes,
"auth_key": '"%s"' % cluster_attrs.get("auth_key", ""),
},
}
NetworkManager.assign_admin_ips(n.id, len(n.meta.get("interfaces", [])))
admin_ips = set(
[i.ip_addr for i in self.db.query(IPAddr).filter_by(node=n.id).filter_by(network=admin_net.id)]
)
for i in n.meta.get("interfaces", []):
if "interfaces" not in pnd:
pnd["interfaces"] = {}
pnd["interfaces"][i["name"]] = {
"mac_address": i["mac"],
"static": "0",
"netmask": admin_net.network_group.netmask,
"ip_address": admin_ips.pop(),
}
if "interfaces_extra" not in pnd:
pnd["interfaces_extra"] = {}
pnd["interfaces_extra"][i["name"]] = {"peerdns": "no", "onboot": "no"}
if i["mac"] == n.mac:
pnd["interfaces"][i["name"]]["dns_name"] = n.fqdn
pnd["interfaces_extra"][i["name"]]["onboot"] = "yes"
provision_nodes.append(pnd)
provision_task_uuid = filter(lambda t: t.name == "provision", supertask.subtasks)[0].uuid
provision_msg = {
"method": "provision",
"respond_to": "provision_resp",
"args": {
"task_uuid": provision_task_uuid,
"provisioning_info": {
"engine": {
"url": settings.COBBLER_URL,
"username": settings.COBBLER_USER,
"password": settings.COBBLER_PASSWORD,
},
"nodes": provision_nodes,
},
},
}
args, kwargs = nailgun.task.manager.rpc.cast.call_args
self.assertEquals(len(args), 2)
self.assertEquals(len(args[1]), 2)
self.datadiff(args[1][0], provision_msg)
self.datadiff(args[1][1], deployment_msg)
def execute(self, task, respond_to='remove_nodes_resp'):
logger.debug("DeletionTask.execute(task=%s)" % task.uuid)
task_uuid = task.uuid
logger.debug("Nodes deletion task is running")
nodes_to_delete = []
nodes_to_delete_constant = []
nodes_to_restore = []
USE_FAKE = settings.FAKE_TASKS or settings.FAKE_TASKS_AMQP
# no need to call astute if there are no nodes in cluster
if respond_to == 'remove_cluster_resp' and \
not list(task.cluster.nodes):
rcvr = rpc.receiver.NailgunReceiver()
rcvr.remove_cluster_resp(task_uuid=task_uuid,
status='ready',
progress=100)
return
for node in task.cluster.nodes:
if node.pending_deletion:
nodes_to_delete.append({
'id':
node.id,
'uid':
node.id,
'roles':
node.roles,
'slave_name':
TaskHelper.make_slave_name(node.id)
})
if USE_FAKE:
# only fake tasks
new_node = {}
keep_attrs = ('id', 'cluster_id', 'roles',
'pending_deletion', 'pending_addition')
for prop in object_mapper(node).iterate_properties:
if isinstance(
prop,
ColumnProperty) and prop.key not in keep_attrs:
new_node[prop.key] = getattr(node, prop.key)
nodes_to_restore.append(new_node)
# /only fake tasks
# this variable is used to iterate over it
# and be able to delete node from nodes_to_delete safely
nodes_to_delete_constant = list(nodes_to_delete)
for node in nodes_to_delete_constant:
node_db = db().query(Node).get(node['id'])
slave_name = TaskHelper.make_slave_name(node['id'])
logger.debug(
"Removing node from database and pending it "
"to clean its MBR: %s", slave_name)
if node_db.status == 'discover':
logger.info("Node is not deployed yet,"
" can't clean MBR: %s", slave_name)
db().delete(node_db)
db().commit()
nodes_to_delete.remove(node)
msg_delete = make_astute_message(
'remove_nodes', respond_to, {
'task_uuid': task.uuid,
'nodes': nodes_to_delete,
'engine': {
'url': settings.COBBLER_URL,
'username': settings.COBBLER_USER,
'password': settings.COBBLER_PASSWORD,
'master_ip': settings.MASTER_IP,
}
})
# only fake tasks
if USE_FAKE and nodes_to_restore:
msg_delete['args']['nodes_to_restore'] = nodes_to_restore
# /only fake tasks
logger.debug("Calling rpc remove_nodes method")
rpc.cast('naily', msg_delete)
def test_deploy_cast_with_right_args(self, mocked_rpc):
self.env.create(
cluster_kwargs={
'mode': 'ha_compact'
},
nodes_kwargs=[
{'roles': ['controller'], 'pending_addition': True},
{'roles': ['controller'], 'pending_addition': True},
{'roles': ['controller', 'cinder'], 'pending_addition': True},
{'roles': ['compute', 'cinder'], 'pending_addition': True},
{'roles': ['compute'], 'pending_addition': True},
{'roles': ['cinder'], 'pending_addition': True}])
cluster_db = self.env.clusters[0]
common_attrs = {
'deployment_mode': 'ha_compact',
'mountpoints': '1 1\\n2 2\\n',
'management_vip': '192.168.0.2',
'public_vip': '172.16.1.2',
'fixed_network_range': '10.0.0.0/24',
'management_network_range': '192.168.0.0/24',
'floating_network_range': ['172.16.0.2-172.16.0.254'],
'storage_network_range': '192.168.1.0/24',
'mp': [{'weight': '1', 'point': '1'},
{'weight': '2', 'point': '2'}],
'novanetwork_parameters': {
'network_manager': 'FlatDHCPManager',
'network_size': 256
},
'management_interface': 'eth0.101',
'fixed_interface': 'eth0.103',
'admin_interface': 'eth0',
'storage_interface': 'eth0.102',
'public_interface': 'eth0.100',
'floating_interface': 'eth0.100',
'master_ip': '127.0.0.1',
'use_cinder': True,
'deployment_id': cluster_db.id
}
cluster_attrs = cluster_db.attributes.merged_attrs_values()
common_attrs.update(cluster_attrs)
# Common attrs calculation
nodes_list = []
nodes_db = sorted(cluster_db.nodes, key=lambda n: n.id)
assigned_ips = {}
i = 0
for node in nodes_db:
node_id = node.id
for role in sorted(node.roles + node.pending_roles):
assigned_ips[node_id] = {}
assigned_ips[node_id]['internal'] = '192.168.0.%d' % (i + 3)
assigned_ips[node_id]['public'] = '172.16.1.%d' % (i + 3)
assigned_ips[node_id]['storage'] = '192.168.1.%d' % (i + 2)
nodes_list.append({
'role': role,
'internal_address': assigned_ips[node_id]['internal'],
'public_address': assigned_ips[node_id]['public'],
'storage_address': assigned_ips[node_id]['storage'],
'internal_netmask': '255.255.255.0',
'public_netmask': '255.255.255.0',
'storage_netmask': '255.255.255.0',
'uid': str(node_id),
'swift_zone': str(node_id),
'name': 'node-%d' % node_id,
'fqdn': 'node-%d.%s' % (node_id, settings.DNS_DOMAIN)})
i += 1
common_attrs['controller_nodes'] = filter(
lambda node: node['role'] == 'controller',
deepcopy(nodes_list))
common_attrs['nodes'] = nodes_list
common_attrs['nodes'][0]['role'] = 'primary-controller'
common_attrs['last_controller'] = common_attrs[
'controller_nodes'][-1]['name']
# Individual attrs calculation and
# merging with common attrs
priority_mapping = {
'controller': [600, 500, 400],
'cinder': 700,
'compute': 700
}
deployment_info = []
for node in nodes_db:
ips = assigned_ips[node.id]
for role in sorted(node.roles):
priority = priority_mapping[role]
if isinstance(priority, list):
priority = priority.pop()
individual_atts = {
'uid': str(node.id),
'status': node.status,
'role': role,
'online': node.online,
'fqdn': 'node-%d.%s' % (node.id, settings.DNS_DOMAIN),
'priority': priority,
'network_data': {
'eth0.100': {
'interface': 'eth0.100',
'ipaddr': ['%s/24' % ips['public']],
'gateway': '172.16.1.1',
'_name': 'public'},
'eth0.101': {
'interface': 'eth0.101',
'ipaddr': ['%s/24' % ips['internal']],
'_name': 'management'},
'eth0.102': {
'interface': 'eth0.102',
'ipaddr': ['%s/24' % ips['storage']],
'_name': 'storage'},
'eth0.103': {
'interface': 'eth0.103',
'ipaddr': 'none',
'_name': 'fixed'},
'lo': {
'interface': 'lo',
'ipaddr': ['127.0.0.1/8']},
'eth1': {
'interface': 'eth1',
'ipaddr': 'none'},
'eth0': {
'interface': 'eth0',
'ipaddr': 'dhcp',
'_name': 'admin'}}}
individual_atts.update(common_attrs)
deployment_info.append(individual_atts)
supertask = self.env.launch_deployment()
deploy_task_uuid = [x.uuid for x in supertask.subtasks
if x.name == 'deployment'][0]
deployment_msg = {'method': 'deploy',
'respond_to': 'deploy_resp',
'args': {}}
deployment_msg['args']['task_uuid'] = deploy_task_uuid
deployment_msg['args']['deployment_info'] = deployment_info
provision_nodes = []
admin_net_id = self.env.network_manager.get_admin_network_id()
for n in sorted(self.env.nodes, key=lambda n: n.id):
pnd = {
'profile': cluster_attrs['cobbler']['profile'],
'power_type': 'ssh',
'power_user': '******',
'power_address': n.ip,
'power_pass': settings.PATH_TO_BOOTSTRAP_SSH_KEY,
'name': TaskHelper.make_slave_name(n.id),
'hostname': n.fqdn,
'name_servers': '\"%s\"' % settings.DNS_SERVERS,
'name_servers_search': '\"%s\"' % settings.DNS_SEARCH,
'netboot_enabled': '1',
'ks_meta': {
'puppet_auto_setup': 1,
'puppet_master': settings.PUPPET_MASTER_HOST,
'puppet_version': settings.PUPPET_VERSION,
'puppet_enable': 0,
'mco_auto_setup': 1,
'install_log_2_syslog': 1,
'mco_pskey': settings.MCO_PSKEY,
'mco_vhost': settings.MCO_VHOST,
'mco_host': settings.MCO_HOST,
'mco_user': settings.MCO_USER,
'mco_password': settings.MCO_PASSWORD,
'mco_connector': settings.MCO_CONNECTOR,
'mco_enable': 1,
'ks_spaces': "\"%s\"" % json.dumps(
n.attributes.volumes).replace("\"", "\\\""),
'auth_key': "\"%s\"" % cluster_attrs.get('auth_key', ''),
}
}
netmanager = NetworkManager()
netmanager.assign_admin_ips(
n.id,
len(n.meta.get('interfaces', []))
)
admin_ips = set([i.ip_addr for i in self.db.query(IPAddr).
filter_by(node=n.id).
filter_by(network=admin_net_id)])
for i in n.meta.get('interfaces', []):
if 'interfaces' not in pnd:
pnd['interfaces'] = {}
pnd['interfaces'][i['name']] = {
'mac_address': i['mac'],
'static': '0',
'netmask': settings.ADMIN_NETWORK['netmask'],
'ip_address': admin_ips.pop(),
}
if 'interfaces_extra' not in pnd:
pnd['interfaces_extra'] = {}
pnd['interfaces_extra'][i['name']] = {
'peerdns': 'no',
'onboot': 'no'
}
if i['mac'] == n.mac:
pnd['interfaces'][i['name']]['dns_name'] = n.fqdn
pnd['interfaces_extra'][i['name']]['onboot'] = 'yes'
provision_nodes.append(pnd)
provision_task_uuid = filter(
lambda t: t.name == 'provision',
supertask.subtasks)[0].uuid
provision_msg = {
'method': 'provision',
'respond_to': 'provision_resp',
'args': {
'task_uuid': provision_task_uuid,
'provisioning_info': {
'engine': {
'url': settings.COBBLER_URL,
'username': settings.COBBLER_USER,
'password': settings.COBBLER_PASSWORD},
'nodes': provision_nodes}}}
args, kwargs = nailgun.task.manager.rpc.cast.call_args
self.assertEquals(len(args), 2)
self.assertEquals(len(args[1]), 2)
self.datadiff(args[1][0], provision_msg)
self.datadiff(args[1][1], deployment_msg)
def test_nova_deploy_cast_with_right_args(self, mocked_rpc):
self.env.create(
nodes_kwargs=[
{'roles': ['controller'], 'pending_addition': True},
{'roles': ['controller'], 'pending_addition': True},
{'roles': ['controller', 'cinder'], 'pending_addition': True},
{'roles': ['compute', 'cinder'], 'pending_addition': True},
{'roles': ['compute'], 'pending_addition': True},
{'roles': ['cinder'], 'pending_addition': True}
]
)
cluster_db = self.env.clusters[0]
common_attrs = {
'deployment_mode': 'ha_compact',
'management_vip': '192.168.0.1',
'public_vip': '172.16.0.2',
'fixed_network_range': '10.0.0.0/16',
'management_network_range': '192.168.0.0/24',
'floating_network_range': ['172.16.0.128-172.16.0.254'],
'storage_network_range': '192.168.1.0/24',
'mp': [{'weight': '1', 'point': '1'},
{'weight': '2', 'point': '2'}],
'novanetwork_parameters': {
'network_manager': 'FlatDHCPManager',
'network_size': 256
},
'dns_nameservers': [
"8.8.8.8",
"8.8.4.4"
],
'management_interface': 'eth0.101',
'fixed_interface': 'eth0.103',
'admin_interface': 'eth1',
'storage_interface': 'eth0.102',
'public_interface': 'eth0',
'floating_interface': 'eth0',
'master_ip': '127.0.0.1',
'use_cinder': True,
'deployment_id': cluster_db.id
}
cluster_attrs = objects.Attributes.merged_attrs_values(
cluster_db.attributes
)
common_attrs.update(cluster_attrs)
# Common attrs calculation
nodes_list = []
nodes_db = sorted(cluster_db.nodes, key=lambda n: n.id)
assigned_ips = {}
i = 0
admin_ips = [
'10.20.0.134/24',
'10.20.0.133/24',
'10.20.0.132/24',
'10.20.0.131/24',
'10.20.0.130/24',
'10.20.0.129/24']
for node in nodes_db:
node_id = node.id
admin_ip = admin_ips.pop()
for role in sorted(node.roles + node.pending_roles):
assigned_ips[node_id] = {}
assigned_ips[node_id]['internal'] = '192.168.0.%d' % (i + 2)
assigned_ips[node_id]['public'] = '172.16.0.%d' % (i + 3)
assigned_ips[node_id]['storage'] = '192.168.1.%d' % (i + 1)
assigned_ips[node_id]['admin'] = admin_ip
nodes_list.append({
'role': role,
'internal_address': assigned_ips[node_id]['internal'],
'public_address': assigned_ips[node_id]['public'],
'storage_address': assigned_ips[node_id]['storage'],
'internal_netmask': '255.255.255.0',
'public_netmask': '255.255.255.0',
'storage_netmask': '255.255.255.0',
'uid': str(node_id),
'swift_zone': str(node_id),
'name': 'node-%d' % node_id,
'fqdn': 'node-%d.%s' % (node_id, settings.DNS_DOMAIN)})
i += 1
controller_nodes = filter(
lambda node: node['role'] == 'controller',
deepcopy(nodes_list))
common_attrs['nodes'] = nodes_list
common_attrs['nodes'][0]['role'] = 'primary-controller'
common_attrs['last_controller'] = controller_nodes[-1]['name']
common_attrs['storage']['pg_num'] = 128
# Individual attrs calculation and
# merging with common attrs
priority_mapping = {
'controller': [600, 500, 400],
'cinder': 700,
'compute': 700
}
deployment_info = []
for node in nodes_db:
ips = assigned_ips[node.id]
for role in sorted(node.roles):
priority = priority_mapping[role]
if isinstance(priority, list):
priority = priority.pop()
individual_atts = {
'uid': str(node.id),
'status': node.status,
'role': role,
'online': node.online,
'fqdn': 'node-%d.%s' % (node.id, settings.DNS_DOMAIN),
'priority': priority,
'network_data': {
'eth0': {
'interface': 'eth0',
'ipaddr': ['%s/24' % ips['public']],
'gateway': '172.16.0.1'},
'eth0.101': {
'interface': 'eth0.101',
'ipaddr': ['%s/24' % ips['internal']]},
'eth0.102': {
'interface': 'eth0.102',
'ipaddr': ['%s/24' % ips['storage']]},
'eth0.103': {
'interface': 'eth0.103',
'ipaddr': 'none'},
'lo': {
'interface': 'lo',
'ipaddr': ['127.0.0.1/8']},
'eth1': {
'interface': 'eth1',
'ipaddr': [ips['admin']]}
}}
individual_atts.update(common_attrs)
individual_atts['glance']['image_cache_max_size'] = str(
manager.calc_glance_cache_size(node.attributes.volumes)
)
deployment_info.append(deepcopy(individual_atts))
controller_nodes = filter(
lambda node: node['role'] == 'controller',
deployment_info)
controller_nodes[0]['role'] = 'primary-controller'
supertask = self.env.launch_deployment()
deploy_task_uuid = [x.uuid for x in supertask.subtasks
if x.name == 'deployment'][0]
deployment_msg = {'method': 'deploy',
'respond_to': 'deploy_resp',
'args': {}}
deployment_msg['args']['task_uuid'] = deploy_task_uuid
deployment_msg['args']['deployment_info'] = deployment_info
provision_nodes = []
admin_net = self.env.network_manager.get_admin_network_group()
for n in sorted(self.env.nodes, key=lambda n: n.id):
udev_interfaces_mapping = ','.join([
'{0}_{1}'.format(i.mac, i.name) for i in n.interfaces])
eth1_mac = [i.mac for i in n.interfaces if i.name == 'eth1'][0]
pnd = {
'profile': cluster_attrs['cobbler']['profile'],
'power_type': 'ssh',
'power_user': '******',
'kernel_options': {
'netcfg/choose_interface': eth1_mac,
'udevrules': udev_interfaces_mapping},
'power_address': n.ip,
'power_pass': settings.PATH_TO_BOOTSTRAP_SSH_KEY,
'name': TaskHelper.make_slave_name(n.id),
'hostname': n.fqdn,
'name_servers': '\"%s\"' % settings.DNS_SERVERS,
'name_servers_search': '\"%s\"' % settings.DNS_SEARCH,
'netboot_enabled': '1',
'ks_meta': {
'puppet_auto_setup': 1,
'puppet_master': settings.PUPPET_MASTER_HOST,
'puppet_version': settings.PUPPET_VERSION,
'puppet_enable': 0,
'mco_auto_setup': 1,
'install_log_2_syslog': 1,
'mco_pskey': settings.MCO_PSKEY,
'mco_vhost': settings.MCO_VHOST,
'mco_host': settings.MCO_HOST,
'mco_user': settings.MCO_USER,
'mco_password': settings.MCO_PASSWORD,
'mco_connector': settings.MCO_CONNECTOR,
'mco_enable': 1,
'ks_spaces': n.attributes.volumes,
'auth_key': "\"%s\"" % cluster_attrs.get('auth_key', ''),
}
}
vlan_splinters = cluster_attrs.get('vlan_splinters', None)
if vlan_splinters == 'kernel_lt':
pnd['ks_meta']['kernel_lt'] = 1
NetworkManager.assign_admin_ips(n.id, 1)
admin_ip = self.env.network_manager.get_admin_ip_for_node(n)
for i in n.interfaces:
if 'interfaces' not in pnd:
pnd['interfaces'] = {}
pnd['interfaces'][i.name] = {
'mac_address': i.mac,
'static': '0',
}
if 'interfaces_extra' not in pnd:
pnd['interfaces_extra'] = {}
pnd['interfaces_extra'][i.name] = {
'peerdns': 'no',
'onboot': 'no'
}
if i.mac == n.mac:
pnd['interfaces'][i.name]['dns_name'] = n.fqdn
pnd['interfaces_extra'][i.name]['onboot'] = 'yes'
pnd['interfaces'][i.name]['ip_address'] = admin_ip
pnd['interfaces'][i.name]['netmask'] = admin_net.netmask
provision_nodes.append(pnd)
provision_task_uuid = filter(
lambda t: t.name == 'provision',
supertask.subtasks)[0].uuid
provision_msg = {
'method': 'provision',
'respond_to': 'provision_resp',
'args': {
'task_uuid': provision_task_uuid,
'provisioning_info': {
'engine': {
'url': settings.COBBLER_URL,
'username': settings.COBBLER_USER,
'password': settings.COBBLER_PASSWORD},
'nodes': provision_nodes}}}
args, kwargs = nailgun.task.manager.rpc.cast.call_args
self.assertEquals(len(args), 2)
self.assertEquals(len(args[1]), 2)
self.datadiff(args[1][0], provision_msg)
self.datadiff(args[1][1], deployment_msg)
def test_deploy_cast_with_right_args(self, mocked_rpc):
self.env.create(
cluster_kwargs={
"mode": "ha",
"type": "compute"
},
nodes_kwargs=[
{"role": "controller", "pending_addition": True},
{"role": "controller", "pending_addition": True},
{"role": "controller", "pending_addition": True},
]
)
cluster_db = self.env.clusters[0]
cluster_depl_mode = 'ha'
# Set ip ranges for floating ips
ranges = [['240.0.0.2', '240.0.0.4'],
['240.0.0.3', '240.0.0.5'],
['240.0.0.10', '240.0.0.12']]
floating_network_group = self.db.query(NetworkGroup).filter(
NetworkGroup.name == 'floating').filter(
NetworkGroup.cluster_id == cluster_db.id).first()
# Remove floating ip addr ranges
self.db.query(IPAddrRange).filter(
IPAddrRange.network_group_id == floating_network_group.id).delete()
# Add new ranges
for ip_range in ranges:
new_ip_range = IPAddrRange(
first=ip_range[0],
last=ip_range[1],
network_group_id=floating_network_group.id)
self.db.add(new_ip_range)
self.db.commit()
# Update netmask for public network
public_network_group = self.db.query(NetworkGroup).filter(
NetworkGroup.name == 'public').filter(
NetworkGroup.cluster_id == cluster_db.id).first()
public_network_group.netmask = '255.255.255.128'
self.db.commit()
supertask = self.env.launch_deployment()
deploy_task_uuid = [x.uuid for x in supertask.subtasks
if x.name == 'deployment'][0]
msg = {'method': 'deploy', 'respond_to': 'deploy_resp',
'args': {}}
self.db.add(cluster_db)
cluster_attrs = cluster_db.attributes.merged_attrs_values()
nets_db = self.db.query(Network).join(NetworkGroup).\
filter(NetworkGroup.cluster_id == cluster_db.id).all()
for net in nets_db:
if net.name != 'public':
cluster_attrs[net.name + '_network_range'] = net.cidr
cluster_attrs['floating_network_range'] = [
'240.0.0.10',
'240.0.0.11',
'240.0.0.12',
'240.0.0.2',
'240.0.0.3',
'240.0.0.4',
'240.0.0.5']
management_vip = self.env.network_manager.assign_vip(
cluster_db.id,
'management'
)
public_vip = self.env.network_manager.assign_vip(
cluster_db.id,
'public'
)
cluster_attrs['management_vip'] = management_vip
cluster_attrs['public_vip'] = public_vip
cluster_attrs['deployment_mode'] = cluster_depl_mode
cluster_attrs['deployment_id'] = cluster_db.id
cluster_attrs['network_manager'] = "FlatDHCPManager"
cluster_attrs['network_size'] = 256
msg['args']['attributes'] = cluster_attrs
msg['args']['task_uuid'] = deploy_task_uuid
nodes = []
provision_nodes = []
admin_net_id = self.env.network_manager.get_admin_network_id()
for n in sorted(self.env.nodes, key=lambda n: n.id):
q = self.db.query(IPAddr).join(Network).\
filter(IPAddr.node == n.id).filter(
not_(IPAddr.network == admin_net_id)
)
"""
Here we want to get node IP addresses which belong
to storage and management networks respectively
"""
node_ip_management, node_ip_storage = map(
lambda x: q.filter_by(name=x).first().ip_addr
+ "/" + cluster_attrs[x + '_network_range'].split('/')[1],
('management', 'storage')
)
node_ip_public = q.filter_by(name='public').first().ip_addr + '/25'
nodes.append({'uid': n.id, 'status': n.status, 'ip': n.ip,
'error_type': n.error_type, 'mac': n.mac,
'role': n.role, 'id': n.id, 'fqdn':
'%s-%d.%s' % (n.role, n.id, settings.DNS_DOMAIN),
'progress': 0, 'meta': n.meta, 'online': True,
'network_data': [{'brd': '192.168.0.255',
'ip': node_ip_management,
'vlan': 103,
'gateway': '192.168.0.1',
'netmask': '255.255.255.0',
'dev': 'eth0',
'name': 'management'},
{'brd': '240.0.1.255',
'ip': node_ip_public,
'vlan': 100,
'gateway': '240.0.1.1',
'netmask': '255.255.255.128',
'dev': 'eth0',
'name': u'public'},
{'name': u'storage',
'ip': node_ip_storage,
'vlan': 102,
'dev': 'eth0',
'netmask': '255.255.255.0',
'brd': '172.16.0.255',
'gateway': u'172.16.0.1'},
{'vlan': 100,
'name': 'floating',
'dev': 'eth0'},
{'vlan': 101,
'name': 'fixed',
'dev': 'eth0'},
{'name': u'admin',
'dev': 'eth0'}]})
pnd = {
'profile': cluster_attrs['cobbler']['profile'],
'power_type': 'ssh',
'power_user': '******',
'power_address': n.ip,
'power_pass': settings.PATH_TO_BOOTSTRAP_SSH_KEY,
'name': TaskHelper.make_slave_name(n.id, n.role),
'hostname': n.fqdn,
'name_servers': '\"%s\"' % settings.DNS_SERVERS,
'name_servers_search': '\"%s\"' % settings.DNS_SEARCH,
'netboot_enabled': '1',
'ks_meta': {
'puppet_auto_setup': 1,
'puppet_master': settings.PUPPET_MASTER_HOST,
'puppet_version': settings.PUPPET_VERSION,
'puppet_enable': 0,
'mco_auto_setup': 1,
'install_log_2_syslog': 1,
'mco_pskey': settings.MCO_PSKEY,
'mco_vhost': settings.MCO_VHOST,
'mco_host': settings.MCO_HOST,
'mco_user': settings.MCO_USER,
'mco_password': settings.MCO_PASSWORD,
'mco_connector': settings.MCO_CONNECTOR,
'mco_enable': 1,
'ks_spaces': "\"%s\"" % json.dumps(
n.attributes.volumes).replace("\"", "\\\""),
'auth_key': "\"%s\"" % cluster_attrs.get('auth_key', ''),
}
}
netmanager = NetworkManager()
netmanager.assign_admin_ips(
n.id,
len(n.meta.get('interfaces', []))
)
admin_ips = set([i.ip_addr for i in self.db.query(IPAddr).
filter_by(node=n.id).
filter_by(network=admin_net_id)])
for i in n.meta.get('interfaces', []):
if 'interfaces' not in pnd:
pnd['interfaces'] = {}
pnd['interfaces'][i['name']] = {
'mac_address': i['mac'],
'static': '0',
'netmask': settings.ADMIN_NETWORK['netmask'],
'ip_address': admin_ips.pop(),
}
if 'interfaces_extra' not in pnd:
pnd['interfaces_extra'] = {}
pnd['interfaces_extra'][i['name']] = {
'peerdns': 'no',
'onboot': 'no'
}
if i['mac'] == n.mac:
pnd['interfaces'][i['name']]['dns_name'] = n.fqdn
pnd['interfaces_extra'][i['name']]['onboot'] = 'yes'
provision_nodes.append(pnd)
controller_nodes = filter(
lambda node: node['role'] == 'controller',
nodes)
msg['args']['attributes']['controller_nodes'] = controller_nodes
msg['args']['nodes'] = nodes
provision_task_uuid = [x.uuid for x in supertask.subtasks
if x.name == 'provision'][0]
provision_msg = {
'method': 'provision',
'respond_to': 'provision_resp',
'args': {
'task_uuid': provision_task_uuid,
'engine': {
'url': settings.COBBLER_URL,
'username': settings.COBBLER_USER,
'password': settings.COBBLER_PASSWORD,
},
'nodes': provision_nodes,
}
}
nailgun.task.manager.rpc.cast.assert_called_once_with(
'naily', [provision_msg, msg])
def test_neutron_deploy_cast_with_right_args(self, mocked_rpc):
self.env.create(cluster_kwargs={
'mode': 'ha_compact',
'net_provider': 'neutron',
'net_segment_type': 'gre'
},
nodes_kwargs=[{
'roles': ['controller'],
'pending_addition': True
}, {
'roles': ['controller'],
'pending_addition': True
}, {
'roles': ['controller', 'cinder'],
'pending_addition': True
}, {
'roles': ['compute', 'cinder'],
'pending_addition': True
}, {
'roles': ['compute'],
'pending_addition': True
}, {
'roles': ['cinder'],
'pending_addition': True
}])
cluster_db = self.env.clusters[0]
common_attrs = {
'deployment_mode': 'ha_compact',
'management_vip': '192.168.0.2',
'public_vip': '172.16.0.2',
'management_network_range': '192.168.0.0/24',
'storage_network_range': '192.168.1.0/24',
'mp': [{
'weight': '1',
'point': '1'
}, {
'weight': '2',
'point': '2'
}],
'quantum': True,
'quantum_settings': {},
'master_ip': '127.0.0.1',
'use_cinder': True,
'deployment_id': cluster_db.id
}
cluster_attrs = cluster_db.attributes.merged_attrs_values()
common_attrs.update(cluster_attrs)
L2 = {
"base_mac": "fa:16:3e:00:00:00",
"segmentation_type": "gre",
"phys_nets": {
"physnet1": {
"bridge": "br-ex",
"vlan_range": None
},
"physnet2": {
"bridge": "br-prv",
"vlan_range": None
}
},
"tunnel_id_ranges": "2:65535"
}
L3 = {"use_namespaces": True}
predefined_networks = {
"net04_ext": {
'shared': False,
'L2': {
'router_ext': True,
'network_type': 'flat',
'physnet': 'physnet1',
'segment_id': None
},
'L3': {
'subnet': u'172.16.0.0/24',
'enable_dhcp': False,
'nameservers': [],
'floating': '172.16.0.130:172.16.0.254',
'gateway': '172.16.0.1'
},
'tenant': 'admin'
},
"net04": {
'shared': False,
'L2': {
'router_ext': False,
'network_type': 'gre',
'physnet': 'physnet2',
'segment_id': None
},
'L3': {
'subnet': u'192.168.111.0/24',
'enable_dhcp': True,
'nameservers': ['8.8.4.4', '8.8.8.8'],
'floating': None,
'gateway': '192.168.111.1'
},
'tenant': 'admin'
}
}
common_attrs['quantum_settings'].update(
L2=L2, L3=L3, predefined_networks=predefined_networks)
# Common attrs calculation
nodes_list = []
nodes_db = sorted(cluster_db.nodes, key=lambda n: n.id)
assigned_ips = {}
i = 0
admin_ips = [
'10.20.0.139/24', '10.20.0.138/24', '10.20.0.135/24',
'10.20.0.133/24', '10.20.0.131/24', '10.20.0.130/24'
]
for node in nodes_db:
node_id = node.id
admin_ip = admin_ips.pop()
for role in sorted(node.roles + node.pending_roles):
assigned_ips[node_id] = {}
assigned_ips[node_id]['management'] = '192.168.0.%d' % (i + 3)
assigned_ips[node_id]['public'] = '172.16.0.%d' % (i + 3)
assigned_ips[node_id]['storage'] = '192.168.1.%d' % (i + 2)
assigned_ips[node_id]['admin'] = admin_ip
nodes_list.append({
'role':
role,
'internal_address':
assigned_ips[node_id]['management'],
'public_address':
assigned_ips[node_id]['public'],
'storage_address':
assigned_ips[node_id]['storage'],
'internal_netmask':
'255.255.255.0',
'public_netmask':
'255.255.255.0',
'storage_netmask':
'255.255.255.0',
'uid':
str(node_id),
'swift_zone':
str(node_id),
'name':
'node-%d' % node_id,
'fqdn':
'node-%d.%s' % (node_id, settings.DNS_DOMAIN)
})
i += 1
controller_nodes = filter(lambda node: node['role'] == 'controller',
deepcopy(nodes_list))
common_attrs['nodes'] = nodes_list
common_attrs['nodes'][0]['role'] = 'primary-controller'
common_attrs['last_controller'] = controller_nodes[-1]['name']
# Individual attrs calculation and
# merging with common attrs
priority_mapping = {
'controller': [600, 500, 400],
'cinder': 700,
'compute': 700
}
deployment_info = []
for node in nodes_db:
ips = assigned_ips[node.id]
for role in sorted(node.roles):
priority = priority_mapping[role]
if isinstance(priority, list):
priority = priority.pop()
individual_atts = {
'uid': str(node.id),
'status': node.status,
'role': role,
'online': node.online,
'fqdn': 'node-%d.%s' % (node.id, settings.DNS_DOMAIN),
'priority': priority,
'network_scheme': {
"version":
"1.0",
"provider":
"ovs",
"interfaces": {
"eth0": {
"L2": {
"vlan_splinters": "off"
},
"mtu": 1500
},
"eth1": {
"L2": {
"vlan_splinters": "off"
},
"mtu": 1500
},
"eth2": {
"L2": {
"vlan_splinters": "off"
},
"mtu": 1500
},
},
"endpoints": {
"br-mgmt": {
"IP": [ips['management'] + "/24"]
},
"br-ex": {
"IP": [ips['public'] + "/24"],
"gateway": "172.16.0.1"
},
"br-storage": {
"IP": [ips['storage'] + "/24"]
},
"eth1": {
"IP": [ips['admin']]
}
},
"roles": {
"management": "br-mgmt",
"mesh": "br-mgmt",
"ex": "br-ex",
"storage": "br-storage",
"fw-admin": "eth1"
},
"transformations": [{
"action": "add-br",
"name": "br-ex"
}, {
"action": "add-br",
"name": "br-mgmt"
}, {
"action": "add-br",
"name": "br-storage"
}, {
"action": "add-br",
"name": "br-prv"
}, {
"action": "add-br",
"name": u"br-eth0"
}, {
"action": "add-port",
"bridge": u"br-eth0",
"name": u"eth0"
}, {
"action":
"add-patch",
"bridges": [u"br-eth0", "br-storage"],
"tags": [101, 0]
}, {
"action": "add-patch",
"bridges": [u"br-eth0", "br-ex"],
"trunks": [0]
}, {
"action": "add-patch",
"bridges": [u"br-eth0", "br-mgmt"],
"tags": [100, 0]
}]
}
}
individual_atts.update(common_attrs)
individual_atts['glance']['image_cache_max_size'] = str(
manager.calc_glance_cache_size(node.attributes.volumes))
deployment_info.append(deepcopy(individual_atts))
controller_nodes = filter(lambda node: node['role'] == 'controller',
deployment_info)
controller_nodes[0]['role'] = 'primary-controller'
supertask = self.env.launch_deployment()
deploy_task_uuid = [
x.uuid for x in supertask.subtasks if x.name == 'deployment'
][0]
deployment_msg = {
'method': 'deploy',
'respond_to': 'deploy_resp',
'args': {}
}
deployment_msg['args']['task_uuid'] = deploy_task_uuid
deployment_msg['args']['deployment_info'] = deployment_info
provision_nodes = []
admin_net = self.env.network_manager.get_admin_network_group()
for n in sorted(self.env.nodes, key=lambda n: n.id):
udev_interfaces_mapping = ','.join(
['{0}_{1}'.format(i.mac, i.name) for i in n.interfaces])
pnd = {
'profile': cluster_attrs['cobbler']['profile'],
'power_type': 'ssh',
'power_user': '******',
'kernel_options': {
'netcfg/choose_interface': 'eth1',
'udevrules': udev_interfaces_mapping
},
'power_address': n.ip,
'power_pass': settings.PATH_TO_BOOTSTRAP_SSH_KEY,
'name': TaskHelper.make_slave_name(n.id),
'hostname': n.fqdn,
'name_servers': '\"%s\"' % settings.DNS_SERVERS,
'name_servers_search': '\"%s\"' % settings.DNS_SEARCH,
'netboot_enabled': '1',
'ks_meta': {
'puppet_auto_setup': 1,
'puppet_master': settings.PUPPET_MASTER_HOST,
'puppet_version': settings.PUPPET_VERSION,
'puppet_enable': 0,
'mco_auto_setup': 1,
'install_log_2_syslog': 1,
'mco_pskey': settings.MCO_PSKEY,
'mco_vhost': settings.MCO_VHOST,
'mco_host': settings.MCO_HOST,
'mco_user': settings.MCO_USER,
'mco_password': settings.MCO_PASSWORD,
'mco_connector': settings.MCO_CONNECTOR,
'mco_enable': 1,
'ks_spaces': n.attributes.volumes,
'auth_key': "\"%s\"" % cluster_attrs.get('auth_key', ''),
}
}
NetworkManager.assign_admin_ips(n.id,
len(n.meta.get('interfaces', [])))
admin_ips = set([
i.ip_addr for i in self.db.query(IPAddr).filter_by(
node=n.id).filter_by(network=admin_net.id)
])
for i in n.meta.get('interfaces', []):
if 'interfaces' not in pnd:
pnd['interfaces'] = {}
pnd['interfaces'][i['name']] = {
'mac_address': i['mac'],
'static': '0',
'netmask': admin_net.netmask,
'ip_address': admin_ips.pop(),
}
if 'interfaces_extra' not in pnd:
pnd['interfaces_extra'] = {}
pnd['interfaces_extra'][i['name']] = {
'peerdns': 'no',
'onboot': 'no'
}
if i['mac'] == n.mac:
pnd['interfaces'][i['name']]['dns_name'] = n.fqdn
pnd['interfaces_extra'][i['name']]['onboot'] = 'yes'
provision_nodes.append(pnd)
provision_task_uuid = filter(lambda t: t.name == 'provision',
supertask.subtasks)[0].uuid
provision_msg = {
'method': 'provision',
'respond_to': 'provision_resp',
'args': {
'task_uuid': provision_task_uuid,
'provisioning_info': {
'engine': {
'url': settings.COBBLER_URL,
'username': settings.COBBLER_USER,
'password': settings.COBBLER_PASSWORD
},
'nodes': provision_nodes
}
}
}
args, kwargs = nailgun.task.manager.rpc.cast.call_args
self.assertEquals(len(args), 2)
self.assertEquals(len(args[1]), 2)
self.datadiff(args[1][0], provision_msg)
self.datadiff(args[1][1], deployment_msg)
