Arif Ali
4a6485a14a
* Move the commision_vm/node to functions.sh * if machine already exists in maas, then re-use it * move node variables above the node_num, to calculate correctly
67 lines
1.5 KiB
Plaintext
67 lines
1.5 KiB
Plaintext
external_vlan=1
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qemu_password="SgUoBByKjG9Lj78SwfWAHXD8DvgE67Cu"
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virsh_user="virsh"
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storage_path="/var/lib/libvirt/maas-images"
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# Node prefix for all the nodes except for juju
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compute="maas-node"
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# Juju node count and definition
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juju_count=1
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juju_cpus=1
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juju_ram=4096
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juju_disk=20
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# Control node count and definition
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control_count=1
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control_cpus=3
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control_ram=8192
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# Compute node definition
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node_start=1
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node_cpus=2
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node_ram=4096
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# Dynamically generate the node count
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# The amount of memory add on 10% then divide by node_ram then add 1
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# For a 32GB machine we'll get 10 VMs altogether
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# 1 x 4GB juju, 1 x 8GB controler, 8 x 4GB compute
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# The juju VM is not included in the count
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node_count=$(( `cat /proc/meminfo | grep -i memtotal | awk '{print $2}'` * 11 / 10 / 1024 / 1024 / $node_ram / 1024 + 1 ))
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# Disks to create on each VM
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disks=()
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disks+=(50)
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disks+=(20)
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disks+=(20)
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# The network type, you have to options, bridge and network
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# Bridge, will then assign each interface to the bridged identified in
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# the bridges array.
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# Network, will assign each interface to the virsh network that has been
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# defined in the networks array.
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network_type=bridge
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# The vlans for each of the bridges if that is defined.
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vlans=()
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vlans+=(300)
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vlans+=(301)
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vlans+=(302)
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vlans+=(303)
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vlans+=(304)
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vlans+=(305)
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vlans+=(1)
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# The bridges by default that will be used
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bridges=()
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bridges+=("br0")
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bridges+=("br1")
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bridges+=("br2")
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bridges+=("br3")
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bridges+=("br4")
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bridges+=("br5")
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bridges+=("br6")
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