// Returns info related to the host's NICs
func (hi *HostinfoDriver) NICs() (host.NICList, error) {
if hi.nics != nil {
return hi.nics, nil
}
var err error
hi.nics, err = hi.c.NICInfo()
if err != nil {
return nil, err
}
out, err := hi.c.Run("virsh net-list |awk '!/-----/ && !/Name/ && !/^$/{print $1}'")
if err != nil {
return nil, err
}
for _, net := range strings.Split(out, "\n") {
if net != "" {
n := new(host.NIC)
n.Name = net
n.NUMANode = -1
n.PCIAddr = "N/A"
n.Type = host.NicTypeVirtualNetwork
n.Desc = "Virtual network"
hi.nics.Add(n)
}
}
return hi.nics, nil
}
func createTestListSingleNUMA() []NICList {
phys1n1 := new(host.NIC)
phys1n1.Desc = "test NIC #1"
phys1n1.Driver = "e1000e"
phys1n1.Name = "eth0"
phys1n1.PCIAddr = "0000:00:16.1"
phys1n1.NUMANode = 0
phys1n1.Type = host.NicTypePhys
phys1n1.Vendor = "Intel Corporation"
phys1n1.Model = "82579LM Gigabit Network Connection"
phys2n1 := new(host.NIC)
phys2n1.Desc = "test NIC #2"
phys2n1.Driver = "e1000e"
phys2n1.Name = "eth1"
phys2n1.PCIAddr = "0000:00:16.2"
phys2n1.NUMANode = 0
phys2n1.Type = host.NicTypePhys
phys2n1.Vendor = "Intel Corporation"
phys2n1.Model = "82579LM Gigabit Network Connection"
phys3n1 := new(host.NIC)
phys3n1.Desc = "test NIC #3"
phys3n1.Driver = "e1000e"
phys3n1.Name = "eth2"
phys3n1.PCIAddr = "0000:00:16.3"
phys3n1.NUMANode = 0
phys3n1.Type = host.NicTypePhys
phys3n1.Vendor = "Intel Corporation"
phys3n1.Model = "82579LM Gigabit Network Connection"
phys1n2 := new(host.NIC)
phys1n2.Desc = "test NIC #4"
phys1n2.Driver = "e1000e"
phys1n2.Name = "eth3"
phys1n2.PCIAddr = "0000:00:17.1"
phys1n2.NUMANode = 0
phys1n2.Type = host.NicTypePhys
phys1n2.Vendor = "Intel Corporation"
phys1n2.Model = "82579LM Gigabit Network Connection"
phys2n2 := new(host.NIC)
phys2n2.Desc = "test NIC #5"
phys2n2.Driver = "e1000e"
phys2n2.Name = "eth4"
phys2n2.PCIAddr = "0000:00:17.2"
phys2n2.NUMANode = 0
phys2n2.Type = host.NicTypePhys
phys2n2.Vendor = "Intel Corporation"
phys2n2.Model = "82579LM Gigabit Network Connection"
phys3n2 := new(host.NIC)
phys3n2.Desc = "test NIC #6"
phys3n2.Driver = "e1000e"
phys3n2.Name = "eth5"
phys3n2.PCIAddr = "0000:00:17.3"
phys3n2.NUMANode = 0
phys3n2.Type = host.NicTypePhys
phys3n2.Vendor = "Intel Corporation"
phys3n2.Model = "82579LM Gigabit Network Connection"
gn1 := NewNIC()
gn1.HostNIC = phys1n1
gn1.Network = "net1"
gn1.PCIAddr = &PCI{"0000", "00", "01", "0"}
gn2 := NewNIC()
gn2.HostNIC = phys2n1
gn2.Network = "net1"
gn2.PCIAddr = &PCI{"0000", "00", "01", "1"}
gn3 := NewNIC()
gn3.HostNIC = phys3n1
gn3.Network = "net1"
gn3.PCIAddr = &PCI{"0000", "00", "02", "0"}
gn4 := NewNIC()
gn4.HostNIC = phys1n2
gn4.Network = "net2"
gn4.PCIAddr = &PCI{"0000", "00", "01", "0"}
gn5 := NewNIC()
gn5.HostNIC = phys2n2
gn5.Network = "net2"
gn5.PCIAddr = &PCI{"0000", "00", "01", "1"}
gn6 := NewNIC()
gn6.HostNIC = phys3n2
gn6.Network = "net1"
gn6.PCIAddr = &PCI{"0000", "00", "02", "0"}
list1 := NewNICList()
list1.Add(gn1)
list1.Add(gn2)
list1.Add(gn3)
list2 := NewNICList()
list2.Add(gn4)
list2.Add(gn5)
list2.Add(gn6)
return []NICList{list1, list2}
}