func dnsmasqDNSInfo(c *minicli.Command, resp *minicli.Response) {
// print info
resp.Header = []string{"ID", "IP", "Hostname"}
resp.Tabular = [][]string{}
if c.StringArgs["ID"] == Wildcard {
for id, v := range dnsmasqServers {
for ip, host := range v.Hostnames {
resp.Tabular = append(resp.Tabular, []string{strconv.Itoa(id), ip, host})
}
}
} else {
id, err := strconv.Atoi(c.StringArgs["ID"])
if err != nil {
resp.Error = "Invalid dnsmasq ID"
return
}
if _, ok := dnsmasqServers[id]; ok {
for ip, host := range dnsmasqServers[id].Hostnames {
resp.Tabular = append(resp.Tabular, []string{strconv.Itoa(id), ip, host})
}
} else {
resp.Error = "Invalid dnsmasq ID"
}
}
}
// clients
func cliCCClients(c *minicli.Command, resp *minicli.Response) error {
resp.Header = []string{
"UUID", "hostname", "arch", "OS",
"IP", "MAC",
}
resp.Tabular = [][]string{}
clients := ccNode.GetActiveClients()
var uuids []string
for k, _ := range clients {
uuids = append(uuids, k)
}
sort.Strings(uuids)
for _, i := range uuids {
v := clients[i]
row := []string{
v.UUID,
v.Hostname,
v.Arch,
v.OS,
fmt.Sprintf("%v", v.IPs),
fmt.Sprintf("%v", v.MACs),
}
resp.Tabular = append(resp.Tabular, row)
}
return nil
}
func dnsmasqHostInfo(c *minicli.Command, resp *minicli.Response) {
// print info about the mapping
resp.Header = []string{"ID", "MAC", "IP"}
resp.Tabular = [][]string{}
if c.StringArgs["ID"] == Wildcard {
for id, v := range dnsmasqServers {
for mac, ip := range v.DHCPhosts {
resp.Tabular = append(resp.Tabular, []string{strconv.Itoa(id), mac, ip})
}
}
} else {
id, err := strconv.Atoi(c.StringArgs["ID"])
if err != nil {
resp.Error = "Invalid dnsmasq ID"
return
}
if _, ok := dnsmasqServers[id]; ok {
for mac, ip := range dnsmasqServers[id].DHCPhosts {
resp.Tabular = append(resp.Tabular, []string{strconv.Itoa(id), mac, ip})
}
} else {
resp.Error = "Invalid dnsmasq ID"
}
}
}
func cliCapture(c *minicli.Command, resp *minicli.Response) error {
if c.BoolArgs["netflow"] {
// Capture to netflow
return cliCaptureNetflow(c, resp)
} else if c.BoolArgs["pcap"] {
// Capture to pcap
return cliCapturePcap(c, resp)
}
// Print capture info
resp.Header = []string{
"ID",
"Type",
"Bridge",
"VM/interface",
"Path",
"Mode",
"Compress",
}
resp.Tabular = [][]string{}
for _, v := range captureEntries {
row := []string{
strconv.Itoa(v.ID),
v.Type,
v.Bridge,
fmt.Sprintf("%v/%v", v.VM, v.Interface),
v.Path,
v.Mode,
strconv.FormatBool(v.Compress),
}
resp.Tabular = append(resp.Tabular, row)
}
return nil
// TODO: How does this fit in?
//
// get netflow stats for each bridge
//var nfstats string
//b := enumerateBridges()
//for _, v := range b {
// nf, err := getNetflowFromBridge(v)
// if err != nil {
// if !strings.Contains(err.Error(), "has no netflow object") {
// return cliResponse{
// Error: err.Error(),
// }
// }
// continue
// }
// nfstats += fmt.Sprintf("Bridge %v:\n", v)
// nfstats += fmt.Sprintf("minimega listening on port: %v\n", nf.GetPort())
// nfstats += nf.GetStats()
//}
//out := o.String() + "\n" + nfstats
}
func hostTapList(resp *minicli.Response) {
resp.Header = []string{"bridge", "tap", "vlan"}
resp.Tabular = [][]string{}
// find all the host taps first
for k, b := range bridges {
for name, tap := range b.Taps {
if tap.host {
resp.Tabular = append(resp.Tabular, []string{
k, name, strconv.Itoa(tap.lan),
})
}
}
}
}
func cliBridge(c *minicli.Command, resp *minicli.Response) error {
iface := c.StringArgs["interface"]
remoteIP := c.StringArgs["remote"]
// Get the specifed bridge. If we're listing the bridges, we'll get the
// default bridge which should be fine.
br, err := getBridge(c.StringArgs["bridge"])
if err != nil {
return err
}
if c.BoolArgs["trunk"] {
return br.AddTrunk(iface)
} else if c.BoolArgs["notrunk"] {
return br.RemoveTrunk(iface)
} else if c.BoolArgs["tunnel"] {
t := bridge.TunnelVXLAN
if c.BoolArgs["gre"] {
t = bridge.TunnelGRE
}
return br.AddTunnel(t, remoteIP)
} else if c.BoolArgs["notunnel"] {
return br.RemoveTunnel(iface)
}
// Must want to list bridges
resp.Header = []string{"Bridge", "Existed before minimega", "Active VLANs", "Trunk ports", "Tunnels"}
resp.Tabular = [][]string{}
for _, info := range bridges.Info() {
vlans := []string{}
for k, _ := range info.VLANs {
vlans = append(vlans, printVLAN(k))
}
sort.Strings(vlans)
row := []string{
info.Name,
strconv.FormatBool(info.PreExist),
fmt.Sprintf("%v", vlans),
fmt.Sprintf("%v", info.Trunks),
fmt.Sprintf("%v", info.Tunnels)}
resp.Tabular = append(resp.Tabular, row)
}
return nil
}
func cliVmMigrate(c *minicli.Command, resp *minicli.Response) error {
if _, ok := c.StringArgs["vm"]; !ok { // report current migrations
resp.Header = []string{"id", "name", "status", "%% complete"}
for _, vm := range vms.FindKvmVMs() {
status, complete, err := vm.QueryMigrate()
if err != nil {
return err
}
if status == "" {
continue
}
resp.Tabular = append(resp.Tabular, []string{
fmt.Sprintf("%v", vm.GetID()),
vm.GetName(),
status,
fmt.Sprintf("%.2f", complete)})
}
return nil
}
vm, err := vms.FindKvmVM(c.StringArgs["vm"])
if err != nil {
return err
}
return vm.Migrate(c.StringArgs["filename"])
}
func cliHost(c *minicli.Command, resp *minicli.Response) error {
// If they selected one of the fields to display
for k := range c.BoolArgs {
val, err := hostInfoFns[k]()
if err != nil {
return err
}
resp.Response = val
return nil
}
// Must want all fields
resp.Header = hostInfoKeys
row := []string{}
for _, k := range resp.Header {
val, err := hostInfoFns[k]()
if err != nil {
return err
}
row = append(row, val)
}
resp.Tabular = [][]string{row}
return nil
}
func cliCC(c *minicli.Command, resp *minicli.Response) error {
// Ensure that cc is running before proceeding
if ccNode == nil {
return errors.New("cc service not running")
}
if len(c.BoolArgs) > 0 {
// Invoke a particular handler
for k, fn := range ccCliSubHandlers {
if c.BoolArgs[k] {
log.Debug("cc handler %v", k)
return fn(c, resp)
}
}
return errors.New("unreachable")
}
// Getting status
clients := ccNode.GetActiveClients()
resp.Header = []string{"number of clients"}
resp.Tabular = [][]string{
[]string{
fmt.Sprintf("%v", len(clients)),
},
}
return nil
}
func hostTapList(resp *minicli.Response) {
resp.Header = []string{"bridge", "tap", "vlan", "option"}
resp.Tabular = [][]string{}
// find all the host taps first
for k, v := range bridges {
for lan, t := range v.lans {
for tap, ti := range t.Taps {
if ti.host {
resp.Tabular = append(resp.Tabular, []string{
k, tap, strconv.Itoa(lan), ti.hostOption,
})
}
}
}
}
}
func cliFile(c *minicli.Command, resp *minicli.Response) error {
if c.BoolArgs["get"] {
return iom.Get(c.StringArgs["file"])
} else if c.BoolArgs["delete"] {
return iom.Delete(c.StringArgs["file"])
} else if c.BoolArgs["status"] {
transfers := iom.Status()
resp.Header = []string{"Filename", "Temporary directory", "Completed parts", "Queued"}
resp.Tabular = [][]string{}
for _, f := range transfers {
completed := fmt.Sprintf("%v/%v", len(f.Parts), f.NumParts)
row := []string{f.Filename, f.Dir, completed, fmt.Sprintf("%v", f.Queued)}
resp.Tabular = append(resp.Tabular, row)
}
return nil
}
// must be "list"
path := c.StringArgs["path"]
if path == "" {
path = "/"
}
resp.Header = []string{"dir", "name", "size"}
resp.Tabular = [][]string{}
files, err := iom.List(path)
if err == nil && files != nil {
for _, f := range files {
var dir string
if f.Dir {
dir = "<dir>"
}
row := []string{dir, f.Name, strconv.FormatInt(f.Size, 10)}
resp.Tabular = append(resp.Tabular, row)
}
}
return nil
}
// List all active recordings and playbacks
func cliVNCList(c *minicli.Command, resp *minicli.Response) error {
resp.Header = []string{"name", "type", "time", "filename"}
resp.Tabular = [][]string{}
vncRecordingLock.RLock()
for _, v := range vncKBRecording {
resp.Tabular = append(resp.Tabular, []string{
v.VM.Name, "record kb",
time.Since(v.start).String(),
v.file.Name(),
})
}
vncRecordingLock.RUnlock()
vncRecordingLock.RLock()
for _, v := range vncFBRecording {
resp.Tabular = append(resp.Tabular, []string{
v.VM.Name, "record fb",
time.Since(v.start).String(),
v.file.Name(),
})
}
vncRecordingLock.RUnlock()
vncPlayingLock.RLock()
for _, v := range vncPlaying {
var r string
if v.state == Pause {
r = "PAUSED"
} else {
r = v.timeRemaining() + " remaining"
}
resp.Tabular = append(resp.Tabular, []string{
v.VM.Name, "playback kb",
r,
v.file.Name(),
})
}
vncPlayingLock.RUnlock()
return nil
}
func cliDnsmasq(c *minicli.Command, resp *minicli.Response) error {
if c.StringArgs["id"] == Wildcard {
// Must be "kill all"
return dnsmasqKillAll()
} else if c.StringArgs["id"] != "" {
// Must be "kill <id>"
id, err := strconv.Atoi(c.StringArgs["id"])
if err != nil {
return err
}
return dnsmasqKill(id)
} else if c.StringArgs["listen"] != "" || c.StringArgs["config"] != "" {
// Must be "start"
// We don't need to differentiate between the two start commands
// because dnsmasqStart expects the zero string value when values
// are not specified.
return dnsmasqStart(
c.StringArgs["listen"],
c.StringArgs["low"],
c.StringArgs["high"],
c.StringArgs["config"])
}
// Must be "list"
resp.Header = []string{"ID", "Listening Address", "Min", "Max", "Path", "PID"}
resp.Tabular = [][]string{}
for id, c := range dnsmasqServers {
pid := dnsmasqPID(id)
resp.Tabular = append(resp.Tabular, []string{
strconv.Itoa(id),
c.Addr,
c.MinRange,
c.MaxRange,
c.Path,
strconv.Itoa(pid)})
}
return nil
}
// process
func cliCCProcess(c *minicli.Command, resp *minicli.Response) error {
if c.BoolArgs["kill"] {
return cliCCProcessKill(c, resp)
} else if c.BoolArgs["killall"] {
return cliCCProcessKillAll(c, resp)
}
// list processes
v := c.StringArgs["vm"]
var activeVms []string
if v == Wildcard {
clients := ccNode.GetActiveClients()
for _, client := range clients {
activeVms = append(activeVms, client.UUID)
}
} else {
// get the vm uuid
vm := vms.FindVM(v)
if vm == nil {
return vmNotFound(v)
}
log.Debug("got vm: %v %v", vm.GetID(), vm.GetName())
activeVms = []string{vm.GetUUID()}
}
resp.Header = []string{"name", "uuid", "pid", "command"}
for _, uuid := range activeVms {
vm := vms.FindVM(uuid)
if vm == nil {
return vmNotFound(v)
}
processes, err := ccNode.GetProcesses(uuid)
if err != nil {
return err
}
for _, p := range processes {
resp.Tabular = append(resp.Tabular, []string{
vm.GetName(),
vm.GetUUID(),
fmt.Sprintf("%v", p.PID),
strings.Join(p.Command, " "),
})
}
}
return nil
}
// hostTapList populates resp with information about all the host taps.
func hostTapList(resp *minicli.Response) {
resp.Header = []string{"bridge", "tap", "vlan"}
resp.Tabular = [][]string{}
// no namespace active => add an extra column
ns := GetNamespace()
if ns == nil {
resp.Header = append(resp.Header, "namespace")
}
// find all the host taps first
for _, tap := range bridges.HostTaps() {
// skip taps that don't belong to the active namespace
if ns != nil && !ns.HasTap(tap.Name) {
continue
}
row := []string{
tap.Bridge, tap.Name, printVLAN(tap.VLAN),
}
// no namespace active => find namespace tap belongs to so that we can
// populate that column
if ns == nil {
v := ""
for _, n := range ListNamespaces() {
if ns := GetOrCreateNamespace(n); ns.HasTap(tap.Name) {
v = ns.Name
break
}
}
row = append(row, v)
}
resp.Tabular = append(resp.Tabular, row)
}
}
// command
func cliCCCommand(c *minicli.Command, resp *minicli.Response) error {
resp.Header = []string{
"ID", "prefix", "command", "responses", "background",
"send files", "receive files", "filter",
}
resp.Tabular = [][]string{}
var commandIDs []int
commands := ccNode.GetCommands()
for k, v := range commands {
// only show commands for the active namespace
if !ccMatchNamespace(v) {
continue
}
commandIDs = append(commandIDs, k)
}
sort.Ints(commandIDs)
for _, i := range commandIDs {
v := commands[i]
row := []string{
strconv.Itoa(v.ID),
ccPrefixMap[i],
fmt.Sprintf("%v", v.Command),
strconv.Itoa(len(v.CheckedIn)),
strconv.FormatBool(v.Background),
fmt.Sprintf("%v", v.FilesSend),
fmt.Sprintf("%v", v.FilesRecv),
filterString(v.Filter),
}
resp.Tabular = append(resp.Tabular, row)
}
return nil
}
// cliCapturePcap manages the CLI for starting and stopping captures to pcap.
func cliCapturePcap(c *minicli.Command, resp *minicli.Response) error {
if c.BoolArgs["delete"] {
// Stop a capture
return clearCapture("pcap", c.StringArgs["id"])
} else if c.StringArgs["bridge"] != "" {
// Capture bridge -> pcap
return startBridgeCapturePcap(c.StringArgs["bridge"], c.StringArgs["filename"])
} else if c.StringArgs["vm"] != "" {
// Capture VM:interface -> pcap
iface, err := strconv.Atoi(c.StringArgs["interface"])
if err != nil {
return fmt.Errorf("invalid interface: `%v`", c.StringArgs["interface"])
}
return startCapturePcap(c.StringArgs["vm"], iface, c.StringArgs["filename"])
}
// List captures
resp.Header = []string{"ID", "Bridge", "VM/interface", "Path"}
resp.Tabular = [][]string{}
for _, v := range captureEntries {
if v.Type == "pcap" {
iface := fmt.Sprintf("%v/%v", v.VM, v.Interface)
row := []string{
strconv.Itoa(v.ID),
v.Bridge,
iface,
v.Path,
}
resp.Tabular = append(resp.Tabular, row)
}
}
return nil
}
func cliVLANsBlacklist(c *minicli.Command, resp *minicli.Response) error {
if v := c.StringArgs["vlan"]; v != "" {
vlan, err := strconv.Atoi(v)
if err != nil {
return errors.New("expected integer VLAN")
}
allocatedVLANs.Blacklist(vlan)
return nil
}
// Must want to display the blacklisted VLANs
resp.Header = []string{"vlan"}
resp.Tabular = [][]string{}
for _, v := range allocatedVLANs.GetBlacklist() {
resp.Tabular = append(resp.Tabular,
[]string{
strconv.Itoa(v),
})
}
return nil
}
func dnsmasqDHCPOptionInfo(c *minicli.Command, resp *minicli.Response) {
resp.Header = []string{"ID", "Option"}
resp.Tabular = [][]string{}
if c.StringArgs["ID"] == Wildcard {
for id, v := range dnsmasqServers {
for _, ent := range v.DHCPopts {
resp.Tabular = append(resp.Tabular, []string{strconv.Itoa(id), ent})
}
}
} else {
id, err := strconv.Atoi(c.StringArgs["ID"])
if err != nil {
resp.Error = "Invalid dnsmasq ID"
return
}
if _, ok := dnsmasqServers[id]; ok {
for _, ent := range dnsmasqServers[id].DHCPopts {
resp.Tabular = append(resp.Tabular, []string{strconv.Itoa(id), ent})
}
} else {
resp.Error = "Invalid dnsmasq ID"
}
}
}
func cliVLANsRange(c *minicli.Command, resp *minicli.Response) error {
namespace := GetNamespaceName()
if c.StringArgs["min"] != "" && c.StringArgs["max"] != "" {
min, err := strconv.Atoi(c.StringArgs["min"])
max, err2 := strconv.Atoi(c.StringArgs["max"])
if err != nil || err2 != nil {
return errors.New("expected integer values for min/max")
} else if max <= min {
return errors.New("expected min > max")
}
return allocatedVLANs.SetRange(namespace, min, max)
}
// Must want to display the ranges
resp.Header = []string{"namespace", "min", "max", "next"}
resp.Tabular = [][]string{}
for prefix, r := range allocatedVLANs.GetRanges() {
if namespace != "" && namespace != prefix {
continue
}
resp.Tabular = append(resp.Tabular,
[]string{
prefix,
strconv.Itoa(r.Min),
strconv.Itoa(r.Max),
strconv.Itoa(r.Next),
})
}
return nil
}
func cliMeshageStatus(c *minicli.Command, resp *minicli.Response) error {
mesh := meshageNode.Mesh()
degree := meshageNode.GetDegree()
nodes := len(mesh)
resp.Header = []string{"mesh size", "degree", "peers", "context", "port"}
resp.Tabular = [][]string{
[]string{
strconv.Itoa(nodes),
strconv.FormatUint(uint64(degree), 10),
strconv.Itoa(len(mesh[hostname])),
*f_context,
strconv.Itoa(*f_port),
},
}
return nil
}
func cliVLANs(c *minicli.Command, resp *minicli.Response) error {
// Look for matching subhandler
if len(c.BoolArgs) > 0 {
for k, fn := range vlansCLISubHandlers {
if c.BoolArgs[k] {
log.Debug("vlan handler %v", k)
return fn(c, resp)
}
}
}
namespace := GetNamespaceName()
// No match, must want to just print
resp.Header = []string{"namespace", "alias", "vlan"}
resp.Tabular = allocatedVLANs.Tabular(namespace)
return nil
}
func cliVmTag(c *minicli.Command, resp *minicli.Response) error {
target := c.StringArgs["target"]
key := c.StringArgs["key"]
if key == "" {
// If they didn't specify a key then they probably want all the tags
// for a given VM
key = Wildcard
}
value, write := c.StringArgs["value"]
if write {
if key == Wildcard {
return errors.New("cannot assign to wildcard")
}
vms.SetTag(target, key, value)
return nil
}
if key == Wildcard {
resp.Header = []string{"ID", "Tag", "Value"}
} else {
resp.Header = []string{"ID", "Value"}
}
for _, tag := range vms.GetTags(target, key) {
row := []string{strconv.Itoa(tag.ID)}
if key == Wildcard {
row = append(row, tag.Key)
}
row = append(row, tag.Value)
resp.Tabular = append(resp.Tabular, row)
}
return nil
}
// Info populates resp with info about the VMs running in the active namespace.
func (vms VMs) Info(masks []string, resp *minicli.Response) {
vmLock.Lock()
defer vmLock.Unlock()
resp.Header = masks
res := VMs{} // for res.Data
for _, vm := range vms {
if !inNamespace(vm) {
continue
}
// Update dynamic fields before querying info
vm.UpdateNetworks()
// Copy the VM and use the copy from here on. This ensures that the
// Tabular info matches the Data field.
vm := vm.Copy()
res[vm.GetID()] = vm
row := []string{}
for _, mask := range masks {
if v, err := vm.Info(mask); err != nil {
// Field most likely not set for VM type
row = append(row, "N/A")
} else {
row = append(row, v)
}
}
resp.Tabular = append(resp.Tabular, row)
}
resp.Data = res
}
func cliDebug(c *minicli.Command, resp *minicli.Response) error {
if c.BoolArgs["memory"] {
dst := c.StringArgs["file"]
if !filepath.IsAbs(dst) {
dst = path.Join(*f_iomBase, dst)
}
log.Info("writing memory profile to %v", dst)
f, err := os.Create(dst)
if err != nil {
return err
}
defer f.Close()
return pprof.WriteHeapProfile(f)
} else if c.BoolArgs["cpu"] && c.BoolArgs["start"] {
if cpuProfileOut != nil {
return errors.New("CPU profile still running")
}
dst := c.StringArgs["file"]
if !filepath.IsAbs(dst) {
dst = path.Join(*f_iomBase, dst)
}
log.Info("writing cpu profile to %v", dst)
f, err := os.Create(dst)
if err != nil {
return err
}
cpuProfileOut = f
return pprof.StartCPUProfile(cpuProfileOut)
} else if c.BoolArgs["cpu"] && c.BoolArgs["stop"] {
if cpuProfileOut == nil {
return errors.New("CPU profile not running")
}
pprof.StopCPUProfile()
if err := cpuProfileOut.Close(); err != nil {
return err
}
cpuProfileOut = nil
return nil
}
// Otherwise, return information about the runtime environment
resp.Header = []string{"Go version", "Goroutines", "CGO calls"}
resp.Tabular = [][]string{
[]string{
runtime.Version(),
strconv.Itoa(runtime.NumGoroutine()),
strconv.FormatInt(runtime.NumCgoCall(), 10),
},
}
return nil
}
func cliVmHotplug(c *minicli.Command, resp *minicli.Response) error {
vm, err := vms.FindKvmVM(c.StringArgs["vm"])
if err != nil {
return err
}
if c.BoolArgs["add"] {
// generate an id by adding 1 to the highest in the list for the
// hotplug devices, 0 if it's empty
id := 0
for k, _ := range vm.hotplug {
if k >= id {
id = k + 1
}
}
hid := fmt.Sprintf("hotplug%v", id)
log.Debugln("hotplug generated id:", hid)
r, err := vm.q.DriveAdd(hid, c.StringArgs["filename"])
if err != nil {
return err
}
log.Debugln("hotplug drive_add response:", r)
r, err = vm.q.USBDeviceAdd(hid)
if err != nil {
return err
}
log.Debugln("hotplug usb device add response:", r)
vm.hotplug[id] = c.StringArgs["filename"]
return nil
} else if c.BoolArgs["remove"] {
if c.StringArgs["disk"] == Wildcard {
for k := range vm.hotplug {
if err := vm.hotplugRemove(k); err != nil {
return err
}
}
return nil
}
id, err := strconv.Atoi(c.StringArgs["disk"])
if err != nil {
return err
}
return vm.hotplugRemove(id)
}
// must be "show"
resp.Header = []string{"hotplug ID", "File"}
resp.Tabular = [][]string{}
for k, v := range vm.hotplug {
resp.Tabular = append(resp.Tabular, []string{strconv.Itoa(k), v})
}
return nil
}
func cliDisk(c *minicli.Command, resp *minicli.Response) error {
image := c.StringArgs["image"]
// Ensure that relative paths are always relative to /files/
if !filepath.IsAbs(image) {
image = path.Join(*f_iomBase, image)
}
log.Debug("image: %v", image)
if c.BoolArgs["snapshot"] {
dst := c.StringArgs["dst"]
if dst == "" {
f, err := ioutil.TempFile(*f_iomBase, "snapshot")
if err != nil {
return errors.New("could not create a dst image")
}
dst = f.Name()
resp.Response = dst
} else if strings.Contains(dst, "/") {
return errors.New("dst image must filename without path")
} else {
dst = path.Join(*f_iomBase, dst)
}
log.Debug("destination image: %v", dst)
return diskSnapshot(image, dst)
} else if c.BoolArgs["inject"] {
partition := "1"
if strings.Contains(image, ":") {
parts := strings.Split(image, ":")
if len(parts) != 2 {
return errors.New("found way too many ':'s, expected <path/to/image>:<partition>")
}
image, partition = parts[0], parts[1]
}
options := fieldsQuoteEscape("\"", c.StringArgs["options"])
log.Debug("got options: %v", options)
pairs, err := parseInjectPairs(c.ListArgs["files"])
if err != nil {
return err
}
return diskInject(image, partition, pairs, options)
} else if c.BoolArgs["create"] {
size := c.StringArgs["size"]
format := "raw"
if _, ok := c.BoolArgs["qcow2"]; ok {
format = "qcow2"
}
return diskCreate(format, image, size)
} else if c.BoolArgs["info"] {
info, err := diskInfo(image)
if err != nil {
return err
}
resp.Header = []string{"image", "format", "virtual size", "disk size", "backing file"}
resp.Tabular = append(resp.Tabular, []string{
image, info.Format, info.VirtualSize, info.DiskSize, info.BackingFile,
})
return nil
}
// boo, should be unreachable
return errors.New("unreachable")
}
// filter
func cliCCFilter(c *minicli.Command, resp *minicli.Response) error {
if len(c.ListArgs["filter"]) > 0 {
filter := &ron.Filter{}
// Process the id=value pairs
for _, v := range c.ListArgs["filter"] {
parts := strings.SplitN(v, "=", 2)
if len(parts) != 2 {
return fmt.Errorf("malformed id=value pair: %v", v)
}
switch strings.ToLower(parts[0]) {
case "uuid":
filter.UUID = strings.ToLower(parts[1])
case "hostname":
filter.Hostname = parts[1]
case "arch":
filter.Arch = parts[1]
case "os":
filter.OS = parts[1]
case "ip":
filter.IP = parts[1]
case "mac":
filter.MAC = parts[1]
case "tag":
// Explicit filter on tag
parts = parts[1:]
fallthrough
default:
// Implicit filter on a tag
if filter.Tags == nil {
filter.Tags = make(map[string]string)
}
// Split on `=` or `:` -- who cares if they did `tag=foo=bar`,
// `tag=foo:bar` or `foo=bar`. `=` takes precedence.
if strings.Contains(parts[0], "=") {
parts = strings.SplitN(parts[0], "=", 2)
} else if strings.Contains(parts[0], ":") {
parts = strings.SplitN(parts[0], ":", 2)
}
if len(parts) == 1 {
filter.Tags[parts[0]] = ""
} else if len(parts) == 2 {
filter.Tags[parts[0]] = parts[1]
}
}
}
ccFilter = filter
return nil
}
// Summary of current filter
if ccFilter != nil {
resp.Header = []string{"UUID", "hostname", "arch", "OS", "IP", "MAC", "Tags"}
row := []string{
ccFilter.UUID,
ccFilter.Hostname,
ccFilter.Arch,
ccFilter.OS,
fmt.Sprintf("%v", ccFilter.IP),
fmt.Sprintf("%v", ccFilter.MAC),
}
// encode the tags using JSON
tags, err := json.Marshal(ccFilter.Tags)
if err != nil {
log.Warn("Unable to json marshal tags: %v", err)
} else if ccFilter.Tags == nil {
tags = []byte("{}")
}
row = append(row, string(tags))
resp.Tabular = append(resp.Tabular, row)
}
return nil
}
func cliVyatta(c *minicli.Command, resp *minicli.Response) error {
log.Warnln("the vyatta API is deprecated and will be removed in a future release")
if c.BoolArgs["dhcp"] {
net := c.StringArgs["network"]
if len(c.StringArgs) == 0 {
// List the existing DHCP services
resp.Header = []string{"Network", "GW", "Start address", "Stop address", "DNS"}
resp.Tabular = [][]string{}
for k, v := range vyatta.Dhcp {
resp.Tabular = append(resp.Tabular, []string{k, v.Gw, v.Start, v.Stop, v.Dns})
}
} else if c.StringArgs["gateway"] != "" {
// Add a new DHCP service
vyatta.Dhcp[net] = &vyattaDhcp{
Gw: c.StringArgs["gateway"],
Start: c.StringArgs["low"],
Stop: c.StringArgs["high"],
Dns: c.StringArgs["dns"],
}
log.Debug("vyatta add dhcp %v", vyatta.Dhcp[net])
} else {
// Deleting a DHCP service
if _, ok := vyatta.Dhcp[net]; !ok {
resp.Error = "no such Dhcp service"
} else {
log.Debug("vyatta delete dhcp %v", net)
delete(vyatta.Dhcp, net)
}
}
} else if c.BoolArgs["interfaces"] {
// Get or update IPv4 interfaces
if len(c.ListArgs) == 0 {
resp.Response = fmt.Sprintf("%v", vyatta.Ipv4)
} else {
vyatta.Ipv4 = c.ListArgs["net"]
}
} else if c.BoolArgs["interfaces6"] {
// Get or update IPv6 interfaces
if len(c.ListArgs) == 0 {
resp.Response = fmt.Sprintf("%v", vyatta.Ipv6)
} else {
vyatta.Ipv6 = c.ListArgs["net"]
}
} else if c.BoolArgs["rad"] {
// Get or update rad
if len(c.ListArgs) == 0 {
resp.Response = fmt.Sprintf("%v", vyatta.Rad)
} else {
vyatta.Rad = c.ListArgs["prefix"]
}
} else if c.BoolArgs["ospf"] {
// Get or update ospf
if len(c.ListArgs) == 0 {
resp.Response = fmt.Sprintf("%v", vyatta.Ospf)
} else {
vyatta.Ospf = c.ListArgs["network"]
}
} else if c.BoolArgs["ospf3"] {
// Get or update ospf
if len(c.ListArgs) == 0 {
resp.Response = fmt.Sprintf("%v", vyatta.Ospf3)
} else {
vyatta.Ospf3 = c.ListArgs["network"]
}
} else if c.BoolArgs["routes"] {
if len(c.ListArgs) == 0 {
resp.Header = []string{"Network", "Route"}
resp.Tabular = [][]string{}
for _, v := range vyatta.Routes {
resp.Tabular = append(resp.Tabular, []string{v.Route, v.NextHop})
}
} else {
err := vyattaUpdateRoutes(c.ListArgs["network"])
if err != nil {
resp.Error = err.Error()
}
}
} else if c.BoolArgs["config"] {
// override everything and just cram the listed file into the floppy
// image
if len(c.StringArgs) == 0 {
resp.Response = vyatta.ConfigFile
} else {
vyatta.ConfigFile = c.StringArgs["filename"]
}
} else if c.BoolArgs["write"] {
var err error
resp.Response, err = vyattaWrite(c.StringArgs["filename"])
if err != nil {
resp.Error = err.Error()
}
} else {
// Display info about running services
var dhcpKeys []string
for k, _ := range vyatta.Dhcp {
dhcpKeys = append(dhcpKeys, k)
}
var routes []string
for _, k := range vyatta.Routes {
routes = append(routes, k.Route)
}
resp.Header = []string{
"IPv4 addresses",
"IPv6 addresses",
"RAD",
"DHCP servers",
"OSPF",
"OSPF3",
"Routes",
}
resp.Tabular = [][]string{[]string{
fmt.Sprintf("%v", vyatta.Ipv4),
fmt.Sprintf("%v", vyatta.Ipv6),
fmt.Sprintf("%v", vyatta.Rad),
fmt.Sprintf("%v", dhcpKeys),
fmt.Sprintf("%v", vyatta.Ospf),
fmt.Sprintf("%v", vyatta.Ospf3),
fmt.Sprintf("%v", routes),
}}
}
return nil
}
// cliCaptureNetflow manages the CLI for starting and stopping captures to netflow.
func cliCaptureNetflow(c *minicli.Command, resp *minicli.Response) error {
if c.BoolArgs["delete"] {
// Stop a capture
return clearCapture("netflow", c.StringArgs["id"])
} else if c.BoolArgs["timeout"] {
// Set or get the netflow timeout
timeout := c.StringArgs["timeout"]
val, err := strconv.Atoi(timeout)
if timeout != "" {
resp.Response = strconv.Itoa(captureNFTimeout)
} else if err != nil {
return fmt.Errorf("invalid timeout parameter: `%v`", timeout)
} else {
captureNFTimeout = val
captureUpdateNFTimeouts()
}
return nil
} else if c.BoolArgs["file"] {
// Capture -> netflow (file)
return startCaptureNetflowFile(
c.StringArgs["bridge"],
c.StringArgs["filename"],
c.BoolArgs["ascii"],
c.BoolArgs["gzip"],
)
} else if c.BoolArgs["socket"] {
// Capture -> netflow (socket)
transport := "tcp"
if c.BoolArgs["udp"] {
transport = "udp"
}
return startCaptureNetflowSocket(
c.StringArgs["bridge"],
transport,
c.StringArgs["hostname:port"],
c.BoolArgs["ascii"],
)
}
// List captures
resp.Header = []string{"ID", "Bridge", "Path", "Mode", "Compress"}
for _, v := range captureEntries {
if v.Type == "netflow" {
row := []string{
strconv.Itoa(v.ID),
v.Bridge,
v.Path,
v.Mode,
strconv.FormatBool(v.Compress),
}
resp.Tabular = append(resp.Tabular, row)
}
}
return nil
// TODO: netflow stats?
}