def getCluster():
cluster = Cluster()
#---------------------------------------------------------------------------
# Global names
#---------------------------------------------------------------------------
cluster.name = 'cluster_007_eos'
network_name = cluster.name + '_net'
#---------------------------------------------------------------------------
# Cluster defaults
#---------------------------------------------------------------------------
cluster.defaultHost.bootImage = 'slc6_testslave_ref.img'
cluster.defaultHost.cacheBootImage = True
cluster.defaultHost.arch = 'x86_64'
cluster.defaultHost.ramSize = '1048576'
cluster.defaultHost.net = network_name
#---------------------------------------------------------------------------
# Network definition
#---------------------------------------------------------------------------
net = Network()
net.bridgeName = 'virbr_007'
net.name = network_name
net.ip = '192.168.135.1'
net.netmask = '255.255.255.0'
net.DHCPRange = ('192.168.135.2', '192.168.135.254')
#---------------------------------------------------------------------------
# Host definitions
#---------------------------------------------------------------------------
manager = Host('manager.xrd.test', '192.168.135.4')
ds1 = Host('ds1.xrd.test', '192.168.135.5')
ds2 = Host('ds2.xrd.test', '192.168.135.6')
ds3 = Host('ds3.xrd.test', '192.168.135.7')
ds4 = Host('ds4.xrd.test', '192.168.135.8')
client = Host('client.xrd.test', '192.168.135.9')
#---------------------------------------------------------------------------
# Additional host disk definitions
#
# As per the libvirt docs, the device name given here is not guaranteed to
# map to the same name in the guest OS. Incrementing the device name works
# (i.e. disk1 = vda, disk2 = vdb etc.).
#
# Disk sizes should be larger than 10GB for data server nodes, otherwise
# the node might not be selected by the cmsd.
#---------------------------------------------------------------------------
manager.disks = [Disk('disk1', '10G', device='vda', mountPoint='/data')]
ds1.disks = [Disk('disk1', '50G', device='vda', mountPoint='/data')]
ds2.disks = [Disk('disk1', '50G', device='vda', mountPoint='/data')]
ds3.disks = [Disk('disk1', '50G', device='vda', mountPoint='/data')]
ds4.disks = [Disk('disk1', '50G', device='vda', mountPoint='/data')]
client.disks = [Disk('disk1', '20G', device='vda', mountPoint='/data')]
# Hosts to be included in the cluster
hosts = [manager, ds1, ds2, ds3, ds4, client]
net.addHosts(hosts)
cluster.network = net
cluster.addHosts(hosts)
return cluster
def getCluster():
cluster = Cluster()
#---------------------------------------------------------------------------
# Global names
#---------------------------------------------------------------------------
cluster.name = 'cluster_pyxrootd'
network_name = cluster.name + '_net'
#---------------------------------------------------------------------------
# Cluster defaults
#
# The bootImage parameter is relative to some libvirt-managed storage pool.
#---------------------------------------------------------------------------
cluster.defaultHost.bootImage = 'slc6_testslave_ref.img'
cluster.defaultHost.cacheBootImage = True
cluster.defaultHost.arch = 'x86_64'
cluster.defaultHost.ramSize = '1048576'
cluster.defaultHost.net = network_name
#---------------------------------------------------------------------------
# Network definition
#---------------------------------------------------------------------------
net = Network()
net.bridgeName = 'virbr_cl_pyxrd'
net.name = network_name
net.ip = '192.168.10.1'
net.netmask = '255.255.255.0'
net.DHCPRange = ('192.168.10.2', '192.168.10.254')
#---------------------------------------------------------------------------
# Host definitions
#---------------------------------------------------------------------------
manager = Host('manager.xrd.test', '192.168.10.10')
client1 = Host('client1.xrd.test', '192.168.10.11')
client2 = Host('client2.xrd.test', '192.168.10.12')
client3 = Host('client3.xrd.test', '192.168.10.13')
client4 = Host('client4.xrd.test', '192.168.10.14')
client5 = Host('client5.xrd.test', '192.168.10.15')
client6 = Host('client6.xrd.test', '192.168.10.16')
client7 = Host('client7.xrd.test', '192.168.10.17')
client8 = Host('client8.xrd.test', '192.168.10.18')
# Hosts to be included in the cluster
hosts = [manager, client1, client2, client3, client4, client5, client6,
client7, client8]
#---------------------------------------------------------------------------
# Additional host disk definitions
#
# As per the libvirt docs, the device name given here is not guaranteed to
# map to the same name in the guest OS. Incrementing the device name works
# (i.e. disk1 = vda, disk2 = vdb etc.).
#
# Disk sizes should be larger than 10GB for data server nodes, otherwise
# the node might not be selected by the cmsd.
#---------------------------------------------------------------------------
manager.disks = [Disk('disk1', '20G', device='vda', mountPoint='/data')]
client1.disks = [Disk('disk1', '10G', device='vda', mountPoint='/data')]
client2.disks = [Disk('disk1', '10G', device='vda', mountPoint='/data')]
client3.disks = [Disk('disk1', '10G', device='vda', mountPoint='/data')]
client4.disks = [Disk('disk1', '10G', device='vda', mountPoint='/data')]
client5.disks = [Disk('disk1', '10G', device='vda', mountPoint='/data')]
client6.disks = [Disk('disk1', '10G', device='vda', mountPoint='/data')]
client7.disks = [Disk('disk1', '10G', device='vda', mountPoint='/data')]
client8.disks = [Disk('disk1', '10G', device='vda', mountPoint='/data')]
#---------------------------------------------------------------------------
# Optional load balancing configuration
#---------------------------------------------------------------------------
# The DNS alias to be used
# net.lbAlias = 'lb.xrd.test'
# # The machines that will be load balanced (round-robin) under the alias
# net.lbHosts = [ds1, ds2, ds3, ds4]
net.addHosts(hosts)
cluster.network = net
cluster.addHosts(hosts)
return cluster