def provision_dvs_fab(vcenter_info, esxi_info, host_list):
pkgs = get_setup_vcenter_pkg()
apt_install(pkgs)
dvs_params = {}
dvs_params['name'] = vcenter_info['dv_switch_fab']['dv_switch_name']
dvs_params['dvportgroup_name'] = vcenter_info['dv_port_group_fab'][
'dv_portgroup_name']
dvs_params['dvportgroup_num_ports'] = vcenter_info['dv_port_group_fab'][
'number_of_ports']
dvs_params['dvportgroup_uplink'] = vcenter_info['dv_port_group_fab'][
'uplink']
dvs_params['datacenter_mtu'] = vcenter_info['datacenter_mtu']
dvs_params['vcenter_server'] = vcenter_info['server']
dvs_params['vcenter_username'] = vcenter_info['username']
dvs_params['vcenter_password'] = vcenter_info['password']
dvs_params['cluster_name'] = vcenter_info['cluster']
dvs_params['datacenter_name'] = vcenter_info['datacenter']
dvs_params['esxi_info'] = esxi_info
dvs_params['host_list'] = host_list
dvs_fab(dvs_params)
def provision_dvs_fab(vcenter_info, esxi_info, host_list):
pkgs = get_setup_vcenter_pkg()
apt_install(pkgs)
dvs_params = {}
for dc in vcenter_info['datacenters']:
dc_info = vcenter_info['datacenters'][dc]
for dvs in dc_info['dv_switches']:
if dvs == 'dv_switch_fab':
dv_switch_fab = dc_info['dv_switches'][dvs]
break
break
dvs_params['name'] = dv_switch_fab['dv_switch_name']
dvs_params['dvportgroup_name'] = dv_switch_fab['dv_port_group_fab'][
'dv_portgroup_name']
dvs_params['dvportgroup_num_ports'] = dv_switch_fab['dv_port_group_fab'][
'number_of_ports']
dvs_params['dvportgroup_uplink'] = dv_switch_fab['dv_port_group_fab'][
'uplink']
dvs_params['datacenter_mtu'] = get_vcenter_datacenter_mtu(vcenter_info)
dvs_params['vcenter_server'] = vcenter_info['server']
dvs_params['vcenter_username'] = vcenter_info['username']
dvs_params['vcenter_password'] = vcenter_info['password']
dvs_params['cluster_name'] = esxi_info['cluster']
dvs_params['datacenter_name'] = esxi_info['datacenter']
dvs_params['esxi_info'] = esxi_info
dvs_params['host_list'] = host_list
dvs_fab(dvs_params)
def provision_vcenter(vcenter_info, esxi_info):
apt_install(['contrail-vmware-utils'])
vcenter_params = {}
vcenter_params['server'] = vcenter_info['server']
vcenter_params['username'] = vcenter_info['username']
vcenter_params['password'] = vcenter_info['password']
vcenter_params['datacenter_name'] = vcenter_info['datacenter']
vcenter_params['cluster_name'] = vcenter_info['cluster']
vcenter_params['dvswitch_name'] = vcenter_info['dv_switch']['dv_switch_name']
vcenter_params['dvportgroup_name'] = vcenter_info['dv_port_group']['dv_portgroup_name']
vcenter_params['dvportgroup_num_ports'] = vcenter_info['dv_port_group']['number_of_ports']
hosts = []
vms = []
for host in esxi_info.keys():
esxi_data = esxi_info[host]
data = esxi_data['esxi']
esx_list=[data['esx_ip'],data['esx_username'],data['esx_password'],data['esx_ssl_thumbprint']]
hosts.append(esx_list)
modified_vm_name = esxi_data['esx_vm_name']+"-"+vcenter_info['datacenter']+"-"+_get_var(esxi_data['contrailvm_ip'])
vms.append(modified_vm_name)
vcenter_params['hosts'] = hosts
vcenter_params['vms'] = vms
Vcenter(vcenter_params)
def provision_dvs_fab(vcenter_info, esxi_info, host_list):
pkgs = get_setup_vcenter_pkg()
apt_install(pkgs)
dvs_params = {}
for dc in vcenter_info['datacenters']:
dc_info = vcenter_info['datacenters'][dc]
for dvs in dc_info['dv_switches']:
if dvs == 'dv_switch_fab':
dv_switch_fab = dc_info['dv_switches'][dvs]
break
break
dvs_params['name'] = dv_switch_fab['dv_switch_name']
dvs_params['dvportgroup_name'] = dv_switch_fab['dv_port_group_fab']['dv_portgroup_name']
dvs_params['dvportgroup_num_ports'] = dv_switch_fab['dv_port_group_fab']['number_of_ports']
dvs_params['dvportgroup_uplink'] = dv_switch_fab['dv_port_group_fab']['uplink']
dvs_params['datacenter_mtu'] = get_vcenter_datacenter_mtu(vcenter_info)
dvs_params['vcenter_server'] = vcenter_info['server']
dvs_params['vcenter_username'] = vcenter_info['username']
dvs_params['vcenter_password'] = vcenter_info['password']
dvs_params['cluster_name'] = esxi_info['cluster']
dvs_params['datacenter_name'] = esxi_info['datacenter']
dvs_params['esxi_info'] = esxi_info
dvs_params['host_list'] = host_list
dvs_fab(dvs_params)
def provision_vcenter(vcenter_info, esxi_info):
apt_install(['contrail-vmware-utils'])
vcenter_params = {}
vcenter_params['server'] = vcenter_info['server']
vcenter_params['username'] = vcenter_info['username']
vcenter_params['password'] = vcenter_info['password']
vcenter_params['datacenter_name'] = vcenter_info['datacenter']
vcenter_params['cluster_name'] = vcenter_info['cluster']
vcenter_params['dvswitch_name'] = vcenter_info['dv_switch']['dv_switch_name']
vcenter_params['dvportgroup_name'] = vcenter_info['dv_port_group']['dv_portgroup_name']
vcenter_params['dvportgroup_num_ports'] = vcenter_info['dv_port_group']['number_of_ports']
hosts = []
vms = []
for host in esxi_info.keys():
esxi_data = esxi_info[host]
data = esxi_data['esxi']
esx_list=[data['esx_ip'],data['esx_username'],data['esx_password'],data['esx_ssl_thumbprint']]
hosts.append(esx_list)
modified_vm_name = esxi_data['esx_vm_name']+"-"+vcenter_info['datacenter']+"-"+esxi_data['contrailvm_ip']
vms.append(modified_vm_name)
vcenter_params['hosts'] = hosts
vcenter_params['vms'] = vms
Vcenter(vcenter_params)
def provision_vcenter(vcenter_info, hosts, clusters, vms):
pkgs = get_setup_vcenter_pkg()
apt_install(pkgs)
vcenter_params = {}
vcenter_params['server'] = vcenter_info['server']
vcenter_params['username'] = vcenter_info['username']
vcenter_params['password'] = vcenter_info['password']
vcenter_params['datacenter_name'] = vcenter_info['datacenter']
vcenter_params['datacenter_mtu'] = vcenter_info['datacenter_mtu']
vcenter_params['cluster_name'] = vcenter_info['cluster']
vcenter_params['dvswitch_name'] = vcenter_info['dv_switch'][
'dv_switch_name']
if 'dv_switch_version' in vcenter_info['dv_switch']:
vcenter_params['dvswitch_version'] = vcenter_info['dv_switch'][
'dv_switch_version']
else:
vcenter_params['dvswitch_version'] = None
vcenter_params['dvportgroup_name'] = vcenter_info['dv_port_group'][
'dv_portgroup_name']
vcenter_params['dvportgroup_num_ports'] = vcenter_info['dv_port_group'][
'number_of_ports']
vcenter_params['hosts'] = hosts
vcenter_params['vms'] = vms
vcenter_params['clusters'] = clusters
Vcenter(vcenter_params)
def install_storage_compute_node(*args):
"""Installs storage pkgs in one or list of nodes. USAGE:fab install_compute_storage_node:[email protected],[email protected]"""
for host_string in args:
with settings(host_string=host_string):
pkg = ['contrail-storage']
if detect_ostype() == 'Ubuntu':
apt_install(pkg)
else:
yum_install(pkg)
def install_storage_compute_node(*args):
"""Installs storage pkgs in one or list of nodes. USAGE:fab install_compute_storage_node:[email protected],[email protected]"""
for host_string in args:
with settings(host_string=host_string):
pkg = ['contrail-storage']
if detect_ostype() == 'Ubuntu':
apt_install(pkg)
else:
yum_install(pkg)
def provision_vcenter_features(vcenter_info, esxi_info, host_list):
apt_install(['contrail-vmware-utils'])
vcenter_params = {}
vcenter_params['vcenter_server'] = vcenter_info['server']
vcenter_params['vcenter_username'] = vcenter_info['username']
vcenter_params['vcenter_password'] = vcenter_info['password']
vcenter_params['cluster_name'] = vcenter_info['cluster']
vcenter_params['datacenter_name'] = vcenter_info['datacenter']
vcenter_params['esxi_info'] = esxi_info
vcenter_params['host_list'] = host_list
vcenter_fab(vcenter_params)
def provision_pci_fab(vcenter_info, esxi_info, host_list):
apt_install(['contrail-vmware-utils'])
pci_params = {}
pci_params['vcenter_server'] = vcenter_info['server']
pci_params['vcenter_username'] = vcenter_info['username']
pci_params['vcenter_password'] = vcenter_info['password']
pci_params['cluster_name'] = vcenter_info['cluster']
pci_params['datacenter_name'] = vcenter_info['datacenter']
pci_params['esxi_info'] = esxi_info
pci_params['host_list'] = host_list
pci_fab(pci_params)
def provision_pci_fab(vcenter_info, esxi_info, host_list):
pkgs = get_setup_vcenter_pkg()
apt_install(pkgs)
pci_params = {}
pci_params['vcenter_server'] = vcenter_info['server']
pci_params['vcenter_username'] = vcenter_info['username']
pci_params['vcenter_password'] = vcenter_info['password']
pci_params['cluster_name'] = vcenter_info['cluster']
pci_params['datacenter_name'] = vcenter_info['datacenter']
pci_params['esxi_info'] = esxi_info
pci_params['host_list'] = host_list
pci_fab(pci_params)
def provision_vcenter_features(vcenter_info, esxi_info, host_list):
pkgs = get_setup_vcenter_pkg()
apt_install(pkgs)
vcenter_params = {}
vcenter_params["vcenter_server"] = vcenter_info["server"]
vcenter_params["vcenter_username"] = vcenter_info["username"]
vcenter_params["vcenter_password"] = vcenter_info["password"]
vcenter_params["cluster_name"] = vcenter_info["cluster"]
vcenter_params["datacenter_name"] = vcenter_info["datacenter"]
vcenter_params["esxi_info"] = esxi_info
vcenter_params["host_list"] = host_list
vcenter_fab(vcenter_params)
def provision_pci_fab(vcenter_info, esxi_info, host_list):
pkgs = get_setup_vcenter_pkg()
apt_install(pkgs)
pci_params = {}
pci_params["vcenter_server"] = vcenter_info["server"]
pci_params["vcenter_username"] = vcenter_info["username"]
pci_params["vcenter_password"] = vcenter_info["password"]
pci_params["cluster_name"] = vcenter_info["cluster"]
pci_params["datacenter_name"] = vcenter_info["datacenter"]
pci_params["esxi_info"] = esxi_info
pci_params["host_list"] = host_list
pci_fab(pci_params)
def provision_pci_fab(vcenter_info, esxi_info, host_list):
pkgs = get_setup_vcenter_pkg()
apt_install(pkgs)
pci_params = {}
pci_params['vcenter_server'] = vcenter_info['server']
pci_params['vcenter_username'] = vcenter_info['username']
pci_params['vcenter_password'] = vcenter_info['password']
pci_params['cluster_name'] = vcenter_info['cluster']
pci_params['datacenter_name'] = vcenter_info['datacenter']
pci_params['esxi_info'] = esxi_info
pci_params['host_list'] = host_list
pci_fab(pci_params)
def provision_vcenter_features(vcenter_info, esxi_info, host_list):
pkgs = get_setup_vcenter_pkg()
apt_install(pkgs)
vcenter_params = {}
vcenter_params['vcenter_server'] = vcenter_info['server']
vcenter_params['vcenter_username'] = vcenter_info['username']
vcenter_params['vcenter_password'] = vcenter_info['password']
vcenter_params['cluster_name'] = vcenter_info['cluster']
vcenter_params['datacenter_name'] = vcenter_info['datacenter']
vcenter_params['esxi_info'] = esxi_info
vcenter_params['host_list'] = host_list
vcenter_fab(vcenter_params)
def provision_vcenter_features(vcenter_info, esxi_info, host_list):
pkgs = get_setup_vcenter_pkg()
apt_install(pkgs)
vcenter_params = {}
vcenter_params['vcenter_server'] = vcenter_info['server']
vcenter_params['vcenter_username'] = vcenter_info['username']
vcenter_params['vcenter_password'] = vcenter_info['password']
vcenter_params['cluster_name'] = vcenter_info['cluster']
vcenter_params['datacenter_name'] = vcenter_info['datacenter']
vcenter_params['esxi_info'] = esxi_info
vcenter_params['host_list'] = host_list
vcenter_fab(vcenter_params)
def provision_vcenter(vcenter_info, datacenter, datacenter_mtu, dv_switches, clusters, hosts, vms):
pkgs = get_setup_vcenter_pkg()
apt_install(pkgs)
vcenter_params = {}
vcenter_params['server'] = vcenter_info['server']
vcenter_params['username'] = vcenter_info['username']
vcenter_params['password'] = vcenter_info['password']
vcenter_params['datacenter_name'] = datacenter
vcenter_params['datacenter_mtu'] = datacenter_mtu
vcenter_params['dv_switches'] = dv_switches
vcenter_params['clusters'] = clusters
vcenter_params['hosts'] = hosts
vcenter_params['vms'] = vms
Vcenter(vcenter_params)
def upgrade_kernel_node(*args):
"""upgrades the kernel image in given nodes."""
for host_string in args:
with settings(host_string=host_string):
dist, version, extra = get_linux_distro()
print "upgrading apparmor before upgrading kernel"
if version == '12.04':
apt_install(["apparmor"])
print "Installing 3.13.0-34 kernel headers"
apt_install(["linux-headers-3.13.0-34"])
apt_install(["linux-headers-3.13.0-34-generic"])
print "Upgrading the kernel to 3.13.0-34"
apt_install(["linux-image-3.13.0-34-generic"])
elif version == '14.04':
print "Upgrading the kernel to 3.13.0-35"
apt_install(["linux-image-3.13.0-35-generic",
"linux-image-extra-3.13.0-35-generic"])
def provision_vcenter(vcenter_info, hosts, clusters, vms):
apt_install(['contrail-vmware-utils'])
vcenter_params = {}
vcenter_params['server'] = vcenter_info['server']
vcenter_params['username'] = vcenter_info['username']
vcenter_params['password'] = vcenter_info['password']
vcenter_params['datacenter_name'] = vcenter_info['datacenter']
vcenter_params['cluster_name'] = vcenter_info['cluster']
vcenter_params['dvswitch_name'] = vcenter_info['dv_switch']['dv_switch_name']
vcenter_params['dvportgroup_name'] = vcenter_info['dv_port_group']['dv_portgroup_name']
vcenter_params['dvportgroup_num_ports'] = vcenter_info['dv_port_group']['number_of_ports']
vcenter_params['hosts'] = hosts
vcenter_params['vms'] = vms
vcenter_params['clusters'] = clusters
Vcenter(vcenter_params)
def provision_vcenter(vcenter_info, datacenter, datacenter_mtu, dv_switches,
clusters, hosts, vms):
pkgs = get_setup_vcenter_pkg()
apt_install(pkgs)
vcenter_params = {}
vcenter_params['server'] = vcenter_info['server']
vcenter_params['username'] = vcenter_info['username']
vcenter_params['password'] = vcenter_info['password']
vcenter_params['datacenter_name'] = datacenter
vcenter_params['datacenter_mtu'] = datacenter_mtu
vcenter_params['dv_switches'] = dv_switches
vcenter_params['clusters'] = clusters
vcenter_params['hosts'] = hosts
vcenter_params['vms'] = vms
Vcenter(vcenter_params)
def provision_sr_iov_fab(vcenter_info, esxi_info, host_list):
apt_install(['contrail-vmware-utils'])
sr_iov_params = {}
sr_iov_params['dvs_name'] = vcenter_info['dv_switch_sr_iov']['dv_switch_name']
sr_iov_params['dvportgroup_name'] = vcenter_info['dv_port_group_sr_iov']['dv_portgroup_name']
sr_iov_params['dvportgroup_num_ports'] = vcenter_info['dv_port_group_sr_iov']['number_of_ports']
sr_iov_params['vcenter_server'] = vcenter_info['server']
sr_iov_params['vcenter_username'] = vcenter_info['username']
sr_iov_params['vcenter_password'] = vcenter_info['password']
sr_iov_params['cluster_name'] = vcenter_info['cluster']
sr_iov_params['datacenter_name'] = vcenter_info['datacenter']
sr_iov_params['esxi_info'] = esxi_info
sr_iov_params['host_list'] = host_list
sr_iov_fab(sr_iov_params)
def provision_vcenter(vcenter_info, hosts, clusters, vms, update_dvs):
apt_install(["contrail-vmware-utils"])
vcenter_params = {}
vcenter_params["server"] = vcenter_info["server"]
vcenter_params["username"] = vcenter_info["username"]
vcenter_params["password"] = vcenter_info["password"]
vcenter_params["datacenter_name"] = vcenter_info["datacenter"]
vcenter_params["cluster_name"] = vcenter_info["cluster"]
vcenter_params["dvswitch_name"] = vcenter_info["dv_switch"]["dv_switch_name"]
vcenter_params["dvportgroup_name"] = vcenter_info["dv_port_group"]["dv_portgroup_name"]
vcenter_params["dvportgroup_num_ports"] = vcenter_info["dv_port_group"]["number_of_ports"]
vcenter_params["hosts"] = hosts
vcenter_params["vms"] = vms
vcenter_params["clusters"] = clusters
vcenter_params["update_dvs"] = update_dvs
Vcenter(vcenter_params)
def provision_dvs_fab(vcenter_info, esxi_info, host_list):
apt_install(['contrail-vmware-utils'])
dvs_params = {}
dvs_params['name'] = vcenter_info['dv_switch_fab']['dv_switch_name']
dvs_params['dvportgroup_name'] = vcenter_info['dv_port_group_fab']['dv_portgroup_name']
dvs_params['dvportgroup_num_ports'] = vcenter_info['dv_port_group_fab']['number_of_ports']
dvs_params['dvportgroup_uplink'] = vcenter_info['dv_port_group_fab']['uplink']
dvs_params['vcenter_server'] = vcenter_info['server']
dvs_params['vcenter_username'] = vcenter_info['username']
dvs_params['vcenter_password'] = vcenter_info['password']
dvs_params['cluster_name'] = vcenter_info['cluster']
dvs_params['datacenter_name'] = vcenter_info['datacenter']
dvs_params['esxi_info'] = esxi_info
dvs_params['host_list'] = host_list
dvs_fab(dvs_params)
def provision_dvs_fab(vcenter_info, esxi_info, host_list):
apt_install(["contrail-vmware-utils"])
dvs_params = {}
dvs_params["name"] = vcenter_info["dv_switch_fab"]["dv_switch_name"]
dvs_params["dvportgroup_name"] = vcenter_info["dv_port_group_fab"]["dv_portgroup_name"]
dvs_params["dvportgroup_num_ports"] = vcenter_info["dv_port_group_fab"]["number_of_ports"]
dvs_params["dvportgroup_uplink"] = vcenter_info["dv_port_group_fab"]["uplink"]
dvs_params["vcenter_server"] = vcenter_info["server"]
dvs_params["vcenter_username"] = vcenter_info["username"]
dvs_params["vcenter_password"] = vcenter_info["password"]
dvs_params["cluster_name"] = vcenter_info["cluster"]
dvs_params["datacenter_name"] = vcenter_info["datacenter"]
dvs_params["esxi_info"] = esxi_info
dvs_params["host_list"] = host_list
dvs_fab(dvs_params)
def provision_vcenter(vcenter_info, hosts, clusters, vms):
pkgs = get_setup_vcenter_pkg()
apt_install(pkgs)
vcenter_params = {}
vcenter_params['server'] = vcenter_info['server']
vcenter_params['username'] = vcenter_info['username']
vcenter_params['password'] = vcenter_info['password']
vcenter_params['datacenter_name'] = vcenter_info['datacenter']
vcenter_params['datacenter_mtu'] = vcenter_info['datacenter_mtu']
vcenter_params['cluster_name'] = vcenter_info['cluster']
vcenter_params['dvswitch_name'] = vcenter_info['dv_switch']['dv_switch_name']
vcenter_params['dvportgroup_name'] = vcenter_info['dv_port_group']['dv_portgroup_name']
vcenter_params['dvportgroup_num_ports'] = vcenter_info['dv_port_group']['number_of_ports']
vcenter_params['hosts'] = hosts
vcenter_params['vms'] = vms
vcenter_params['clusters'] = clusters
Vcenter(vcenter_params)
def provision_sr_iov_fab(vcenter_info, esxi_info, host_list):
pkgs = get_setup_vcenter_pkg()
apt_install(pkgs)
sr_iov_params = {}
sr_iov_params["dvs_name"] = vcenter_info["dv_switch_sr_iov"]["dv_switch_name"]
sr_iov_params["dvportgroup_name"] = vcenter_info["dv_port_group_sr_iov"]["dv_portgroup_name"]
sr_iov_params["dvportgroup_num_ports"] = vcenter_info["dv_port_group_sr_iov"]["number_of_ports"]
sr_iov_params["vcenter_server"] = vcenter_info["server"]
sr_iov_params["vcenter_username"] = vcenter_info["username"]
sr_iov_params["vcenter_password"] = vcenter_info["password"]
sr_iov_params["cluster_name"] = vcenter_info["cluster"]
sr_iov_params["datacenter_name"] = vcenter_info["datacenter"]
sr_iov_params["datacenter_mtu"] = vcenter_info["datacenter_mtu"]
sr_iov_params["esxi_info"] = esxi_info
sr_iov_params["host_list"] = host_list
sr_iov_fab(sr_iov_params)
def provision_sr_iov_fab(vcenter_info, esxi_info, host_list):
pkgs = get_setup_vcenter_pkg()
apt_install(pkgs)
sr_iov_params = {}
sr_iov_params['dvs_name'] = vcenter_info['dv_switch_sr_iov']['dv_switch_name']
sr_iov_params['dvportgroup_name'] = vcenter_info['dv_port_group_sr_iov']['dv_portgroup_name']
sr_iov_params['dvportgroup_num_ports'] = vcenter_info['dv_port_group_sr_iov']['number_of_ports']
sr_iov_params['vcenter_server'] = vcenter_info['server']
sr_iov_params['vcenter_username'] = vcenter_info['username']
sr_iov_params['vcenter_password'] = vcenter_info['password']
sr_iov_params['cluster_name'] = vcenter_info['cluster']
sr_iov_params['datacenter_name'] = vcenter_info['datacenter']
sr_iov_params['datacenter_mtu'] = vcenter_info['datacenter_mtu']
sr_iov_params['esxi_info'] = esxi_info
sr_iov_params['host_list'] = host_list
sr_iov_fab(sr_iov_params)
def provision_dvs_fab(vcenter_info, esxi_info, host_list):
pkgs = get_setup_vcenter_pkg()
apt_install(pkgs)
dvs_params = {}
dvs_params['name'] = vcenter_info['dv_switch_fab']['dv_switch_name']
dvs_params['dvportgroup_name'] = vcenter_info['dv_port_group_fab']['dv_portgroup_name']
dvs_params['dvportgroup_num_ports'] = vcenter_info['dv_port_group_fab']['number_of_ports']
dvs_params['dvportgroup_uplink'] = vcenter_info['dv_port_group_fab']['uplink']
dvs_params['datacenter_mtu'] = vcenter_info['datacenter_mtu']
dvs_params['vcenter_server'] = vcenter_info['server']
dvs_params['vcenter_username'] = vcenter_info['username']
dvs_params['vcenter_password'] = vcenter_info['password']
dvs_params['cluster_name'] = vcenter_info['cluster']
dvs_params['datacenter_name'] = vcenter_info['datacenter']
dvs_params['esxi_info'] = esxi_info
dvs_params['host_list'] = host_list
dvs_fab(dvs_params)
def provision_dvs_fab(vcenter_info, esxi_info, host_list):
pkgs = get_setup_vcenter_pkg()
apt_install(pkgs)
dvs_params = {}
dvs_params["name"] = vcenter_info["dv_switch_fab"]["dv_switch_name"]
dvs_params["dvportgroup_name"] = vcenter_info["dv_port_group_fab"]["dv_portgroup_name"]
dvs_params["dvportgroup_num_ports"] = vcenter_info["dv_port_group_fab"]["number_of_ports"]
dvs_params["dvportgroup_uplink"] = vcenter_info["dv_port_group_fab"]["uplink"]
dvs_params["datacenter_mtu"] = vcenter_info["datacenter_mtu"]
dvs_params["vcenter_server"] = vcenter_info["server"]
dvs_params["vcenter_username"] = vcenter_info["username"]
dvs_params["vcenter_password"] = vcenter_info["password"]
dvs_params["cluster_name"] = vcenter_info["cluster"]
dvs_params["datacenter_name"] = vcenter_info["datacenter"]
dvs_params["esxi_info"] = esxi_info
dvs_params["host_list"] = host_list
dvs_fab(dvs_params)
def provision_vcenter(vcenter_info, esxi_info):
apt_install(['contrail-vmware-utils'])
vcenter_params = {}
vcenter_params['server'] = vcenter_info['server']
vcenter_params['username'] = vcenter_info['username']
vcenter_params['password'] = vcenter_info['password']
vcenter_params['datacenter_name'] = vcenter_info['datacenter']
vcenter_params['cluster_name'] = vcenter_info['cluster']
vcenter_params['dvswitch_name'] = vcenter_info['dv_switch']['dv_switch_name']
vcenter_params['dvportgroup_name'] = vcenter_info['dv_port_group']['dv_portgroup_name']
vcenter_params['dvportgroup_num_ports'] = vcenter_info['dv_port_group']['number_of_ports']
hosts = []
vms = []
for host in esxi_info.keys():
esxi_data = esxi_info[host]
vm_name = "ContrailVM"
ssh_session = ssh(esxi_data['ip'], esxi_data['username'], esxi_data['password'])
get_ssl_thumbprint = ("openssl x509 -in /etc/vmware/ssl/rui.crt -fingerprint -sha1 -noout")
out, err = execute_cmd_out(ssh_session, get_ssl_thumbprint)
out = out.split()
out = out[1].split('=')
ssl_thumbprint = out[1]
print 'ssl thumbprint of the ESXi host %s is %s' % (esxi_data['ip'], ssl_thumbprint)
esx_list=esxi_data['ip'],esxi_data['username'],esxi_data['password'],ssl_thumbprint
hosts.append(esx_list)
modified_vm_name = vm_name+"-"+vcenter_info['datacenter']+"-"+esxi_data['ip']
vms.append(modified_vm_name)
vcenter_params['hosts'] = hosts
vcenter_params['vms'] = vms
Vcenter(vcenter_params)
def provision_sr_iov_fab(vcenter_info, esxi_info, host_list):
pkgs = get_setup_vcenter_pkg()
apt_install(pkgs)
sr_iov_params = {}
sr_iov_params['dvs_name'] = vcenter_info['dv_switch_sr_iov'][
'dv_switch_name']
sr_iov_params['dvportgroup_name'] = vcenter_info['dv_port_group_sr_iov'][
'dv_portgroup_name']
sr_iov_params['dvportgroup_num_ports'] = vcenter_info[
'dv_port_group_sr_iov']['number_of_ports']
sr_iov_params['vcenter_server'] = vcenter_info['server']
sr_iov_params['vcenter_username'] = vcenter_info['username']
sr_iov_params['vcenter_password'] = vcenter_info['password']
sr_iov_params['cluster_name'] = vcenter_info['cluster']
sr_iov_params['datacenter_name'] = vcenter_info['datacenter']
sr_iov_params['datacenter_mtu'] = vcenter_info['datacenter_mtu']
sr_iov_params['esxi_info'] = esxi_info
sr_iov_params['host_list'] = host_list
sr_iov_fab(sr_iov_params)
def provision_vcenter(vcenter_info, hosts, clusters, vms):
pkgs = get_setup_vcenter_pkg()
apt_install(pkgs)
vcenter_params = {}
vcenter_params["server"] = vcenter_info["server"]
vcenter_params["username"] = vcenter_info["username"]
vcenter_params["password"] = vcenter_info["password"]
vcenter_params["datacenter_name"] = vcenter_info["datacenter"]
vcenter_params["datacenter_mtu"] = vcenter_info["datacenter_mtu"]
vcenter_params["cluster_name"] = vcenter_info["cluster"]
vcenter_params["dvswitch_name"] = vcenter_info["dv_switch"]["dv_switch_name"]
if "dv_switch_version" in vcenter_info["dv_switch"]:
vcenter_params["dvswitch_version"] = vcenter_info["dv_switch"]["dv_switch_version"]
else:
vcenter_params["dvswitch_version"] = None
vcenter_params["dvportgroup_name"] = vcenter_info["dv_port_group"]["dv_portgroup_name"]
vcenter_params["dvportgroup_num_ports"] = vcenter_info["dv_port_group"]["number_of_ports"]
vcenter_params["hosts"] = hosts
vcenter_params["vms"] = vms
vcenter_params["clusters"] = clusters
Vcenter(vcenter_params)
def upgrade_kernel_node(*args):
"""upgrades the kernel image in given nodes."""
for host_string in args:
with settings(host_string=host_string):
execute('create_install_repo_node', host_string)
dist, version, extra = get_linux_distro()
if version == '12.04':
print "upgrading apparmor before upgrading kernel"
apt_install(["apparmor"])
print "Installing 3.13.0-34 kernel headers"
apt_install(["linux-headers-3.13.0-34"])
apt_install(["linux-headers-3.13.0-34-generic"])
print "Upgrading the kernel to 3.13.0-34"
apt_install(["linux-image-3.13.0-34-generic"])
default_grub='Advanced options for Ubuntu>Ubuntu, with Linux 3.13.0-34-generic'
execute('set_grub_default_node', host_string, value=default_grub)
elif version == '14.04':
print "Installing 3.13.0-85 kernel headers"
apt_install(["linux-headers-3.13.0-85",
"linux-headers-3.13.0-85-generic"])
print "Upgrading the kernel to 3.13.0-85"
apt_install(["linux-image-3.13.0-85-generic",
"linux-image-extra-3.13.0-85-generic"])
default_grub='Advanced options for Ubuntu>Ubuntu, with Linux 3.13.0-85-generic'
execute('set_grub_default_node', host_string, value=default_grub)
elif 'red hat' in dist.lower() and version.startswith('7'):
print "Upgrading RHEL kernel to version 3.10.0-327.10.1"
pkg_install(["kernel-3.10.0-327.10.1.el7.x86_64",
"kernel-tools-3.10.0-327.10.1.el7.x86_64",
"kernel-tools-libs-3.10.0-327.10.1.el7.x86_64",
"kernel-headers-3.10.0-327.10.1.el7.x86_64"], disablerepo=False)
default_grub='Red Hat Enterprise Linux Server (3.10.0-327.10.1.el7.x86_64) 7.2 (Maipo)'
execute('set_grub_default_node', host_string, value=default_grub)
elif 'centos linux' in dist.lower() and version.startswith('7'):
print "Upgrading Centos kernel to version 3.10.0-327.10.1"
pkg_install(["kernel-3.10.0-327.10.1.el7.x86_64",
"kernel-tools-3.10.0-327.10.1.el7.x86_64",
"kernel-tools-libs-3.10.0-327.10.1.el7.x86_64",
"kernel-headers-3.10.0-327.10.1.el7.x86_64"], disablerepo=False)
default_grub='CentOS Linux (3.10.0-327.10.1.el7.x86_64) 7 (Core)'
execute('set_grub_default_node', host_string, value=default_grub)
def upgrade_kernel_node(*args):
"""upgrades the kernel image in given nodes."""
for host_string in args:
with settings(host_string=host_string):
dist, version, extra = get_linux_distro()
print "upgrading apparmor before upgrading kernel"
if version == '12.04':
apt_install(["apparmor"])
print "Installing 3.13.0-34 kernel headers"
apt_install(["linux-headers-3.13.0-34"])
apt_install(["linux-headers-3.13.0-34-generic"])
print "Upgrading the kernel to 3.13.0-34"
apt_install(["linux-image-3.13.0-34-generic"])
elif version == '14.04':
print "Installing 3.13.0-40 kernel headers"
apt_install([
"linux-headers-3.13.0-40",
"linux-headers-3.13.0-40-generic"
])
print "Upgrading the kernel to 3.13.0-40"
apt_install([
"linux-image-3.13.0-40-generic",
"linux-image-extra-3.13.0-40-generic"
])
def deprovision_vcenter(vcenter_info):
apt_install(["contrail-vmware-utils"])
cleanup_vcenter(vcenter_info)
def upgrade_biosdevname_node(*args):
"""upgrades the biosdevname in given nodes."""
for host_string in args:
with settings(host_string=host_string):
print "upgrading biosdevname package"
apt_install(["biosdevname"])
def upgrade_biosdevname_node(*args):
"""upgrades the biosdevname in given nodes."""
for host_string in args:
with settings(host_string=host_string):
print "upgrading biosdevname package"
apt_install(["biosdevname"])
def zookeeper_rolling_restart():
zoo_cfg = "/etc/zookeeper/conf/zoo.cfg"
cfgm_nodes = copy.deepcopy(env.roledefs['cfgm'])
database_nodes = copy.deepcopy(env.roledefs['database'])
if (len(database_nodes) % 2) != 1:
print "Recommended to run odd number of zookeeper(database) nodes."
print "Add a new node to the existing clusters testbed,py and install contrail-install-packages in it.\n\
Installing/Provisioning will be done as part of Upgrade"
exit(0)
if cfgm_nodes == database_nodes:
print "No need for rolling restart."
old_nodes = list(set(cfgm_nodes).difference(set(database_nodes)))
new_nodes = list(set(database_nodes).difference(set(cfgm_nodes)))
for new_node in new_nodes:
zk_index = (database_nodes.index(new_node) + len(cfgm_nodes) + 1)
with settings(host_string=new_node, password=env.passwords[new_node]):
pdist = detect_ostype()
# Install zookeeper in the new node.
execute('create_install_repo_node', new_node)
if pdist in ['centos']:
yum_install(['contrail-openstack-database'])
elif pdist in ['Ubuntu']:
apt_install(['contrail-openstack-database'])
run("ln -sf /bin/true /sbin/chkconfig")
run("chkconfig zookeeper on")
# Fix zookeeper configs
run("sudo sed 's/^#log4j.appender.ROLLINGFILE.MaxBackupIndex=/log4j.appender.ROLLINGFILE.MaxBackupIndex=/g' /etc/zookeeper/conf/log4j.properties > log4j.properties.new")
run("sudo mv log4j.properties.new /etc/zookeeper/conf/log4j.properties")
if pdist in ['centos']:
run('echo export ZOO_LOG4J_PROP="INFO,CONSOLE,ROLLINGFILE" >> /usr/lib/zookeeper/bin/zkEnv.sh')
if pdist in ['Ubuntu']:
run('echo ZOO_LOG4J_PROP="INFO,CONSOLE,ROLLINGFILE" >> /etc/zookeeper/conf/environment')
#put cluster-unique zookeeper's instance id in myid
run('sudo echo "%s" > /var/lib/zookeeper/myid' % (zk_index))
# Add new nodes to existing zookeeper quorum
with settings(host_string=cfgm_nodes[0], password=env.passwords[cfgm_nodes[0]]):
for new_node in new_nodes:
zk_index = (database_nodes.index(new_node) + len(cfgm_nodes) + 1)
run('echo "server.%d=%s:2888:3888" >> %s' % (zk_index, hstr_to_ip(new_node), zoo_cfg))
tmp_dir= tempfile.mkdtemp()
get(zoo_cfg, tmp_dir)
# Restart zookeeper in all nodes to make new nodes join zookeeper quorum
for zookeeper_node in cfgm_nodes + new_nodes:
with settings(host_string=zookeeper_node, password=env.passwords[zookeeper_node]):
put(tmp_dir+'/zoo.cfg', zoo_cfg)
# Start Zookeeper in new database node
run("service zookeeper restart")
print "Waiting 5 seconds for the new nodes in the zookeeper quorum to be synced."
sleep(5)
# Shutdown onld nodes one by one and also make sure leader/follower election is complete.
# after each shut downs
zoo_nodes = cfgm_nodes + database_nodes
for old_node in old_nodes:
zoo_nodes.remove(old_node)
with settings(host_string=old_node, password=env.passwords[old_node]):
# Stop Zookeeper in old cfgm node
run("service zookeeper stop")
retries = 3
while retries:
zookeeper_status = verfiy_zookeeper(*zoo_nodes)
if 'leader' in zookeeper_status.values() and 'standalone' not in zookeeper_status.values():
print zookeeper_status
break
else:
retries -= 1
if retries:
continue
print "Zookeepr leader/follower election has problems. Fix it and retry upgrade"
print zookeeper_status
exit(1)
# Correct the server id in zoo.cfg for the new nodes in the zookeeper quorum
with settings(host_string=database_nodes[0], password=env.passwords[database_nodes[0]]):
run("sed -i '/^server.*3888/d' %s" % zoo_cfg)
for zookeeper_node in database_nodes:
zk_index = (database_nodes.index(zookeeper_node) + 1)
run('echo "server.%d=%s:2888:3888" >> %s' % (zk_index, hstr_to_ip(zookeeper_node), zoo_cfg))
tmp_dir= tempfile.mkdtemp()
get(zoo_cfg, tmp_dir)
# Correct the myid in myid file for the new nodes in the zookeeper quorum
for zookeeper_node in database_nodes:
zk_index = (database_nodes.index(zookeeper_node) + 1)
with settings(host_string=zookeeper_node, password=env.passwords[zookeeper_node]):
#put cluster-unique zookeeper's instance id in myid
run('sudo echo "%s" > /var/lib/zookeeper/myid' % (zk_index))
run("service zookeeper stop")
# Restart all the zookeeper nodes in the new quorum
for zookeeper_node in database_nodes:
with settings(host_string=zookeeper_node, password=env.passwords[zookeeper_node]):
put(tmp_dir+'/zoo.cfg', zoo_cfg)
run("service zookeeper restart")
# Mkae sure leader/folower election is complete
with settings(host_string=zookeeper_node, password=env.passwords[zookeeper_node]):
retries = 3
while retries:
zookeeper_status = verfiy_zookeeper(*database_nodes)
if 'leader' in zookeeper_status.values() and 'standalone' not in zookeeper_status.values():
print zookeeper_status
break
else:
retries -= 1
if retries:
continue
print "Zookeepr leader/follower election has problems. Fix it and retry upgrade"
print zookeeper_status
exit(1)
def deprovision_vcenter(vcenter_info):
pkgs = get_setup_vcenter_pkg()
apt_install(pkgs)
cleanup_vcenter(vcenter_info)
def deprovision_vcenter(vcenter_info):
pkgs = get_setup_vcenter_pkg()
apt_install(pkgs)
cleanup_vcenter(vcenter_info)
def upgrade_kernel_node(*args):
"""upgrades the kernel image in given nodes."""
for host_string in args:
with settings(host_string=host_string):
execute('create_install_repo_node', host_string)
dist, version, extra = get_linux_distro()
if version == '12.04':
print "upgrading apparmor before upgrading kernel"
apt_install(["apparmor"])
print "Installing 3.13.0-34 kernel headers"
apt_install(["linux-headers-3.13.0-34"])
apt_install(["linux-headers-3.13.0-34-generic"])
print "Upgrading the kernel to 3.13.0-34"
apt_install(["linux-image-3.13.0-34-generic"])
default_grub='Advanced options for Ubuntu>Ubuntu, with Linux 3.13.0-34-generic'
execute('set_grub_default_node', host_string, value=default_grub)
elif version == '14.04':
print "Installing 3.13.0-83 kernel headers"
apt_install(["linux-headers-3.13.0-83",
"linux-headers-3.13.0-83-generic"])
print "Upgrading the kernel to 3.13.0-83"
apt_install(["linux-image-3.13.0-83-generic",
"linux-image-extra-3.13.0-83-generic"])
default_grub='Advanced options for Ubuntu>Ubuntu, with Linux 3.13.0-83-generic'
execute('set_grub_default_node', host_string, value=default_grub)
elif 'red hat' in dist.lower() and version == '7.0':
print "Upgrading kernel to version 3.10.0-229"
pkg_install(["kernel-3.10.0-229.el7.x86_64",
"kernel-tools-3.10.0-229.el7.x86_64",
"kernel-tools-libs-3.10.0-229.el7.x86_64",
"kernel-headers-3.10.0-229.el7.x86_64"], disablerepo=False)
def upgrade_kernel_node(*args, **kwargs):
"""upgrades the kernel image in given nodes."""
for host_string in args:
with settings(host_string=host_string):
execute('create_install_repo_node', host_string)
dist, version, extra = get_linux_distro()
if version == '12.04':
print "upgrading apparmor before upgrading kernel"
apt_install(["apparmor"])
print "Installing 3.13.0-34 kernel headers"
apt_install(["linux-headers-3.13.0-34"])
apt_install(["linux-headers-3.13.0-34-generic"])
print "Upgrading the kernel to 3.13.0-34"
apt_install(["linux-image-3.13.0-34-generic"])
default_grub = 'Advanced options for Ubuntu>Ubuntu, with Linux 3.13.0-34-generic'
execute('set_grub_default_node',
host_string,
value=default_grub)
elif version == '14.04':
if 'version' in kwargs:
kernel_ver = kwargs.get('version')
else:
kernel_ver = "3.13.0-106"
print "Installing " + kernel_ver + " kernel headers"
apt_install([
"linux-headers-" + kernel_ver,
"linux-headers-" + kernel_ver + "-generic"
])
print "Upgrading the kernel to " + kernel_ver
apt_install([
"linux-image-" + kernel_ver + "-generic",
"linux-image-extra-" + kernel_ver + "-generic"
])
default_grub = 'Advanced options for Ubuntu>Ubuntu, with Linux ' + kernel_ver + '-generic'
execute('set_grub_default_node',
host_string,
value=default_grub)
elif 'red hat' in dist.lower() and version.startswith('7'):
print "Upgrading RHEL kernel to version 3.10.0-327.10.1"
pkg_install([
"kernel-3.10.0-327.10.1.el7.x86_64",
"kernel-tools-3.10.0-327.10.1.el7.x86_64",
"kernel-tools-libs-3.10.0-327.10.1.el7.x86_64",
"kernel-headers-3.10.0-327.10.1.el7.x86_64"
],
disablerepo=False)
default_grub = 'Red Hat Enterprise Linux Server (3.10.0-327.10.1.el7.x86_64) 7.2 (Maipo)'
execute('set_grub_default_node',
host_string,
value=default_grub)
elif 'centos linux' in dist.lower() and version.startswith('7'):
print "Upgrading Centos kernel to version 3.10.0-327.10.1"
pkg_install([
"kernel-3.10.0-327.10.1.el7.x86_64",
"kernel-tools-3.10.0-327.10.1.el7.x86_64",
"kernel-tools-libs-3.10.0-327.10.1.el7.x86_64",
"kernel-headers-3.10.0-327.10.1.el7.x86_64"
],
disablerepo=False)
default_grub = 'CentOS Linux (3.10.0-327.10.1.el7.x86_64) 7 (Core)'
execute('set_grub_default_node',
host_string,
value=default_grub)
def zookeeper_rolling_restart():
zoo_cfg = "/etc/zookeeper/conf/zoo.cfg"
cfgm_nodes = copy.deepcopy(env.roledefs['cfgm'])
database_nodes = copy.deepcopy(env.roledefs['database'])
if (len(database_nodes) % 2) != 1:
print "Recommended to run odd number of zookeeper(database) nodes."
print "Add a new node to the existing clusters testbed,py and install contrail-install-packages in it.\n\
Installing/Provisioning will be done as part of Upgrade"
exit(0)
if cfgm_nodes == database_nodes:
print "No need for rolling restart."
old_nodes = list(set(cfgm_nodes).difference(set(database_nodes)))
new_nodes = list(set(database_nodes).difference(set(cfgm_nodes)))
for new_node in new_nodes:
zk_index = (database_nodes.index(new_node) + len(cfgm_nodes) + 1)
with settings(host_string=new_node, password=env.passwords[new_node]):
pdist = detect_ostype()
# Install zookeeper in the new node.
execute('create_install_repo_node', new_node)
if pdist in ['centos']:
yum_install(['contrail-openstack-database'])
elif pdist in ['Ubuntu']:
apt_install(['contrail-openstack-database'])
run("ln -sf /bin/true /sbin/chkconfig")
run("chkconfig zookeeper on")
# Fix zookeeper configs
run("sudo sed 's/^#log4j.appender.ROLLINGFILE.MaxBackupIndex=/log4j.appender.ROLLINGFILE.MaxBackupIndex=/g' /etc/zookeeper/conf/log4j.properties > log4j.properties.new"
)
run("sudo mv log4j.properties.new /etc/zookeeper/conf/log4j.properties"
)
if pdist in ['centos']:
run('echo export ZOO_LOG4J_PROP="INFO,CONSOLE,ROLLINGFILE" >> /usr/lib/zookeeper/bin/zkEnv.sh'
)
if pdist in ['Ubuntu']:
run('echo ZOO_LOG4J_PROP="INFO,CONSOLE,ROLLINGFILE" >> /etc/zookeeper/conf/environment'
)
#put cluster-unique zookeeper's instance id in myid
run('sudo echo "%s" > /var/lib/zookeeper/myid' % (zk_index))
# Add new nodes to existing zookeeper quorum
with settings(host_string=cfgm_nodes[0],
password=env.passwords[cfgm_nodes[0]]):
for new_node in new_nodes:
zk_index = (database_nodes.index(new_node) + len(cfgm_nodes) + 1)
run('echo "server.%d=%s:2888:3888" >> %s' %
(zk_index, hstr_to_ip(new_node), zoo_cfg))
tmp_dir = tempfile.mkdtemp()
get(zoo_cfg, tmp_dir)
# Restart zookeeper in all nodes to make new nodes join zookeeper quorum
for zookeeper_node in cfgm_nodes + new_nodes:
with settings(host_string=zookeeper_node,
password=env.passwords[zookeeper_node]):
put(tmp_dir + '/zoo.cfg', zoo_cfg)
# Start Zookeeper in new database node
run("service zookeeper restart")
print "Waiting 5 seconds for the new nodes in the zookeeper quorum to be synced."
sleep(5)
# Shutdown onld nodes one by one and also make sure leader/follower election is complete.
# after each shut downs
zoo_nodes = cfgm_nodes + database_nodes
for old_node in old_nodes:
zoo_nodes.remove(old_node)
with settings(host_string=old_node, password=env.passwords[old_node]):
# Stop Zookeeper in old cfgm node
run("service zookeeper stop")
retries = 3
while retries:
zookeeper_status = verfiy_zookeeper(*zoo_nodes)
if 'leader' in zookeeper_status.values(
) and 'standalone' not in zookeeper_status.values():
print zookeeper_status
break
else:
retries -= 1
if retries:
continue
print "Zookeepr leader/follower election has problems. Fix it and retry upgrade"
print zookeeper_status
exit(1)
# Correct the server id in zoo.cfg for the new nodes in the zookeeper quorum
with settings(host_string=database_nodes[0],
password=env.passwords[database_nodes[0]]):
run("sed -i '/^server.*3888/d' %s" % zoo_cfg)
for zookeeper_node in database_nodes:
zk_index = (database_nodes.index(zookeeper_node) + 1)
run('echo "server.%d=%s:2888:3888" >> %s' %
(zk_index, hstr_to_ip(zookeeper_node), zoo_cfg))
tmp_dir = tempfile.mkdtemp()
get(zoo_cfg, tmp_dir)
# Correct the myid in myid file for the new nodes in the zookeeper quorum
for zookeeper_node in database_nodes:
zk_index = (database_nodes.index(zookeeper_node) + 1)
with settings(host_string=zookeeper_node,
password=env.passwords[zookeeper_node]):
#put cluster-unique zookeeper's instance id in myid
run('sudo echo "%s" > /var/lib/zookeeper/myid' % (zk_index))
run("service zookeeper stop")
# Restart all the zookeeper nodes in the new quorum
for zookeeper_node in database_nodes:
with settings(host_string=zookeeper_node,
password=env.passwords[zookeeper_node]):
put(tmp_dir + '/zoo.cfg', zoo_cfg)
run("service zookeeper restart")
# Mkae sure leader/folower election is complete
with settings(host_string=zookeeper_node,
password=env.passwords[zookeeper_node]):
retries = 3
while retries:
zookeeper_status = verfiy_zookeeper(*database_nodes)
if 'leader' in zookeeper_status.values(
) and 'standalone' not in zookeeper_status.values():
print zookeeper_status
break
else:
retries -= 1
if retries:
continue
print "Zookeepr leader/follower election has problems. Fix it and retry upgrade"
print zookeeper_status
exit(1)
def upgrade_kernel_node(*args):
"""upgrades the kernel image in given nodes."""
for host_string in args:
with settings(host_string=host_string):
dist, version, extra = get_linux_distro()
if version == '12.04':
print "upgrading apparmor before upgrading kernel"
apt_install(["apparmor"])
print "Installing 3.13.0-34 kernel headers"
apt_install(["linux-headers-3.13.0-34"])
apt_install(["linux-headers-3.13.0-34-generic"])
print "Upgrading the kernel to 3.13.0-34"
apt_install(["linux-image-3.13.0-34-generic"])
elif version == '14.04':
print "Installing 3.13.0-40 kernel headers"
apt_install(["linux-headers-3.13.0-40",
"linux-headers-3.13.0-40-generic"])
print "Upgrading the kernel to 3.13.0-40"
apt_install(["linux-image-3.13.0-40-generic",
"linux-image-extra-3.13.0-40-generic"])
elif 'red hat' in dist.lower() and version == '7.0':
print "Upgrading kernel to version 3.10.0-229"
pkg_install(["kernel-3.10.0-229.el7.x86_64",
"kernel-tools-3.10.0-229.el7.x86_64",
"kernel-tools-libs-3.10.0-229.el7.x86_64",
"kernel-headers-3.10.0-229.el7.x86_64"], disablerepo=False)