func powerOnAndWait(d *schema.ResourceData, vm *vbox.Machine, meta interface{}) error {
if err := vm.Start(); err != nil {
return err
}
return WaitUntilVMIsReady(d, vm, meta)
}
func tf_to_vbox(d *schema.ResourceData, vm *vbox.Machine) error {
var err error
vm.OSType = "Linux_64"
vm.CPUs = uint(d.Get("cpus").(int))
bytes, err := humanize.ParseBytes(d.Get("memory").(string))
vm.Memory = uint(bytes / humanize.MiByte) // VirtualBox expect memory to be in MiB units
if err != nil {
return err
}
vm.VRAM = 20 // Always 10MiB for vram
vm.Flag = vbox.F_acpi | vbox.F_ioapic | vbox.F_rtcuseutc | vbox.F_pae |
vbox.F_hwvirtex | vbox.F_nestedpaging | vbox.F_largepages | vbox.F_longmode |
vbox.F_vtxvpid | vbox.F_vtxux
vm.BootOrder = []string{"disk", "none", "none", "none"}
vm.NICs, err = net_tf_to_vbox(d)
userData := d.Get("user_data").(string)
if userData != "" {
err = vm.SetExtraData("user_data", userData)
}
return err
}
func net_vbox_to_tf(vm *vbox.Machine, d *schema.ResourceData) error {
vbox_to_tf_network_type := func(netType vbox.NICNetwork) string {
switch netType {
case vbox.NICNetBridged:
return "bridged"
case vbox.NICNetNAT:
return "nat"
case vbox.NICNetHostonly:
return "hostonly"
case vbox.NICNetInternal:
return "internal"
case vbox.NICNetGeneric:
return "generic"
default:
return ""
}
}
vbox_to_tf_vdevice := func(vdevice vbox.NICHardware) string {
switch vdevice {
case vbox.AMDPCNetPCIII:
return "PCIII"
case vbox.AMDPCNetFASTIII:
return "FASTIII"
case vbox.IntelPro1000MTDesktop:
return "IntelPro1000MTDesktop"
case vbox.IntelPro1000TServer:
return "IntelPro1000TServer"
case vbox.IntelPro1000MTServer:
return "IntelPro1000MTServer"
default:
return ""
}
}
/* Collect NIC data from guest OS, available only when VM is running */
if vm.State == vbox.Running {
/* NICs in guest OS (eth0, eth1, etc) does not neccessarily have save
order as in VirtualBox (nic1, nic2, etc), so we use MAC address to setup a mapping */
type OsNicData struct {
ipv4Addr string
status string
}
osNicMap := make(map[string]OsNicData) // map from MAC address to data
var errs []error
for i := 0; i < len(vm.NICs); i++ {
var osNic OsNicData
/* NIC MAC address */
macAddr, err := vm.GetGuestProperty(fmt.Sprintf("/VirtualBox/GuestInfo/Net/%d/MAC", i))
if err != nil {
errs = append(errs, err)
continue
}
if macAddr == nil || *macAddr == "" {
return nil
}
/* NIC status */
status, err := vm.GetGuestProperty(fmt.Sprintf("/VirtualBox/GuestInfo/Net/%d/Status", i))
if err != nil {
errs = append(errs, err)
continue
}
if status == nil || *status == "" {
return nil
}
osNic.status = strings.ToLower(*status)
/* NIC ipv4 address */
ipv4Addr, err := vm.GetGuestProperty(fmt.Sprintf("/VirtualBox/GuestInfo/Net/%d/V4/IP", i))
if err != nil {
errs = append(errs, err)
continue
}
if ipv4Addr == nil || *ipv4Addr == "" {
return nil
}
osNic.ipv4Addr = *ipv4Addr
osNicMap[*macAddr] = osNic
}
if len(errs) > 0 {
return &multierror.Error{Errors: errs}
}
/* Assign NIC property to vbox structure and Terraform */
nics := make([]map[string]interface{}, 0, 1)
for _, nic := range vm.NICs {
out := make(map[string]interface{})
out["type"] = vbox_to_tf_network_type(nic.Network)
out["device"] = vbox_to_tf_vdevice(nic.Hardware)
out["host_interface"] = nic.HostInterface
out["mac_address"] = nic.MacAddr
osNic, ok := osNicMap[nic.MacAddr]
if !ok {
return nil
}
out["status"] = osNic.status
out["ipv4_address"] = osNic.ipv4Addr
if osNic.ipv4Addr == "" {
out["ipv4_address_available"] = "no"
} else {
out["ipv4_address_available"] = "yes"
}
nics = append(nics, out)
}
d.Set("network_adapter", nics)
} else {
/* Assign NIC property to vbox structure and Terraform */
nics := make([]map[string]interface{}, 0, 1)
for _, nic := range vm.NICs {
out := make(map[string]interface{})
out["type"] = vbox_to_tf_network_type(nic.Network)
out["device"] = vbox_to_tf_vdevice(nic.Hardware)
out["host_interface"] = nic.HostInterface
out["mac_address"] = nic.MacAddr
out["status"] = "down"
out["ipv4_address"] = ""
out["ipv4_address_available"] = "no"
nics = append(nics, out)
}
d.Set("network_adapter", nics)
}
return nil
}
