func (daemon *Daemon) getLibcontainerdCreateOptions(container *container.Container) (*[]libcontainerd.CreateOption, error) {
createOptions := []libcontainerd.CreateOption{}
// Are we going to run as a Hyper-V container?
hvOpts := &libcontainerd.HyperVIsolationOption{}
if container.HostConfig.Isolation.IsDefault() {
// Container is set to use the default, so take the default from the daemon configuration
hvOpts.IsHyperV = daemon.defaultIsolation.IsHyperV()
} else {
// Container is requesting an isolation mode. Honour it.
hvOpts.IsHyperV = container.HostConfig.Isolation.IsHyperV()
}
// Generate the layer folder of the layer options
layerOpts := &libcontainerd.LayerOption{}
m, err := container.RWLayer.Metadata()
if err != nil {
return nil, fmt.Errorf("failed to get layer metadata - %s", err)
}
if hvOpts.IsHyperV {
hvOpts.SandboxPath = filepath.Dir(m["dir"])
} else {
layerOpts.LayerFolderPath = m["dir"]
}
// Generate the layer paths of the layer options
img, err := daemon.imageStore.Get(container.ImageID)
if err != nil {
return nil, fmt.Errorf("failed to graph.Get on ImageID %s - %s", container.ImageID, err)
}
// Get the layer path for each layer.
max := len(img.RootFS.DiffIDs)
for i := 1; i <= max; i++ {
img.RootFS.DiffIDs = img.RootFS.DiffIDs[:i]
layerPath, err := layer.GetLayerPath(daemon.layerStore, img.RootFS.ChainID())
if err != nil {
return nil, fmt.Errorf("failed to get layer path from graphdriver %s for ImageID %s - %s", daemon.layerStore, img.RootFS.ChainID(), err)
}
// Reverse order, expecting parent most first
layerOpts.LayerPaths = append([]string{layerPath}, layerOpts.LayerPaths...)
}
// Now build the full set of options
createOptions = append(createOptions, &libcontainerd.FlushOption{IgnoreFlushesDuringBoot: !container.HasBeenStartedBefore})
createOptions = append(createOptions, hvOpts)
createOptions = append(createOptions, layerOpts)
return &createOptions, nil
}
func (daemon *Daemon) createSpec(c *container.Container) (*libcontainerd.Spec, error) {
s := oci.DefaultSpec()
linkedEnv, err := daemon.setupLinkedContainers(c)
if err != nil {
return nil, err
}
// TODO Windows - this can be removed. Not used (UID/GID)
rootUID, rootGID := daemon.GetRemappedUIDGID()
if err := c.SetupWorkingDirectory(rootUID, rootGID); err != nil {
return nil, err
}
img, err := daemon.imageStore.Get(c.ImageID)
if err != nil {
return nil, fmt.Errorf("Failed to graph.Get on ImageID %s - %s", c.ImageID, err)
}
// In base spec
s.Hostname = c.FullHostname()
// In s.Mounts
mounts, err := daemon.setupMounts(c)
if err != nil {
return nil, err
}
for _, mount := range mounts {
s.Mounts = append(s.Mounts, windowsoci.Mount{
Source: mount.Source,
Destination: mount.Destination,
Readonly: !mount.Writable,
})
}
// In s.Process
s.Process.Args = append([]string{c.Path}, c.Args...)
if !c.Config.ArgsEscaped {
s.Process.Args = escapeArgs(s.Process.Args)
}
s.Process.Cwd = c.Config.WorkingDir
s.Process.Env = c.CreateDaemonEnvironment(linkedEnv)
s.Process.InitialConsoleSize = c.HostConfig.ConsoleSize
s.Process.Terminal = c.Config.Tty
s.Process.User.User = c.Config.User
// In spec.Root
s.Root.Path = c.BaseFS
s.Root.Readonly = c.HostConfig.ReadonlyRootfs
// In s.Windows
s.Windows.FirstStart = !c.HasBeenStartedBefore
// s.Windows.LayerFolder.
m, err := c.RWLayer.Metadata()
if err != nil {
return nil, fmt.Errorf("Failed to get layer metadata - %s", err)
}
s.Windows.LayerFolder = m["dir"]
// s.Windows.LayerPaths
var layerPaths []string
if img.RootFS != nil && (img.RootFS.Type == image.TypeLayers || img.RootFS.Type == image.TypeLayersWithBase) {
// Get the layer path for each layer.
start := 1
if img.RootFS.Type == image.TypeLayersWithBase {
// Include an empty slice to get the base layer ID.
start = 0
}
max := len(img.RootFS.DiffIDs)
for i := start; i <= max; i++ {
img.RootFS.DiffIDs = img.RootFS.DiffIDs[:i]
path, err := layer.GetLayerPath(daemon.layerStore, img.RootFS.ChainID())
if err != nil {
return nil, fmt.Errorf("Failed to get layer path from graphdriver %s for ImageID %s - %s", daemon.layerStore, img.RootFS.ChainID(), err)
}
// Reverse order, expecting parent most first
layerPaths = append([]string{path}, layerPaths...)
}
}
s.Windows.LayerPaths = layerPaths
// Are we going to run as a Hyper-V container?
hv := false
if c.HostConfig.Isolation.IsDefault() {
// Container is set to use the default, so take the default from the daemon configuration
hv = daemon.defaultIsolation.IsHyperV()
} else {
// Container is requesting an isolation mode. Honour it.
hv = c.HostConfig.Isolation.IsHyperV()
}
if hv {
hvr := &windowsoci.HvRuntime{}
if img.RootFS != nil && img.RootFS.Type == image.TypeLayers {
// For TP5, the utility VM is part of the base layer.
// TODO-jstarks: Add support for separate utility VM images
// once it is decided how they can be stored.
uvmpath := filepath.Join(layerPaths[len(layerPaths)-1], "UtilityVM")
_, err = os.Stat(uvmpath)
if err != nil {
if os.IsNotExist(err) {
err = errors.New("container image does not contain a utility VM")
}
return nil, err
}
hvr.ImagePath = uvmpath
}
s.Windows.HvRuntime = hvr
}
// In s.Windows.Networking
// Connect all the libnetwork allocated networks to the container
var epList []string
if c.NetworkSettings != nil {
for n := range c.NetworkSettings.Networks {
sn, err := daemon.FindNetwork(n)
if err != nil {
continue
}
ep, err := c.GetEndpointInNetwork(sn)
if err != nil {
continue
}
data, err := ep.DriverInfo()
if err != nil {
continue
}
if data["hnsid"] != nil {
epList = append(epList, data["hnsid"].(string))
}
}
}
s.Windows.Networking = &windowsoci.Networking{
EndpointList: epList,
}
// In s.Windows.Resources
// @darrenstahlmsft implement these resources
cpuShares := uint64(c.HostConfig.CPUShares)
s.Windows.Resources = &windowsoci.Resources{
CPU: &windowsoci.CPU{
//TODO Count: ...,
//TODO Percent: ...,
Shares: &cpuShares,
},
Memory: &windowsoci.Memory{
//TODO Limit: ...,
//TODO Reservation: ...,
},
Network: &windowsoci.Network{
//TODO Bandwidth: ...,
},
Storage: &windowsoci.Storage{
//TODO Bps: ...,
//TODO Iops: ...,
//TODO SandboxSize: ...,
},
}
return (*libcontainerd.Spec)(&s), nil
}
func (daemon *Daemon) populateCommand(c *container.Container, env []string) error {
en := &execdriver.Network{
Interface: nil,
}
parts := strings.SplitN(string(c.HostConfig.NetworkMode), ":", 2)
switch parts[0] {
case "none":
case "default", "": // empty string to support existing containers
if !c.Config.NetworkDisabled {
en.Interface = &execdriver.NetworkInterface{
MacAddress: c.Config.MacAddress,
Bridge: daemon.configStore.bridgeConfig.VirtualSwitchName,
PortBindings: c.HostConfig.PortBindings,
// TODO Windows. Include IPAddress. There already is a
// property IPAddress on execDrive.CommonNetworkInterface,
// but there is no CLI option in docker to pass through
// an IPAddress on docker run.
}
}
default:
return derr.ErrorCodeInvalidNetworkMode.WithArgs(c.HostConfig.NetworkMode)
}
// TODO Windows. More resource controls to be implemented later.
resources := &execdriver.Resources{
CommonResources: execdriver.CommonResources{
CPUShares: c.HostConfig.CPUShares,
},
}
processConfig := execdriver.ProcessConfig{
CommonProcessConfig: execdriver.CommonProcessConfig{
Entrypoint: c.Path,
Arguments: c.Args,
Tty: c.Config.Tty,
},
ConsoleSize: c.HostConfig.ConsoleSize,
}
processConfig.Env = env
var layerPaths []string
img, err := daemon.imageStore.Get(c.ImageID)
if err != nil {
return derr.ErrorCodeGetGraph.WithArgs(c.ImageID, err)
}
if img.RootFS != nil && img.RootFS.Type == "layers+base" {
max := len(img.RootFS.DiffIDs)
for i := 0; i <= max; i++ {
img.RootFS.DiffIDs = img.RootFS.DiffIDs[:i]
path, err := layer.GetLayerPath(daemon.layerStore, img.RootFS.ChainID())
if err != nil {
return derr.ErrorCodeGetLayer.WithArgs(err)
}
// Reverse order, expecting parent most first
layerPaths = append([]string{path}, layerPaths...)
}
}
m, err := c.RWLayer.Metadata()
if err != nil {
return derr.ErrorCodeGetLayerMetadata.WithArgs(err)
}
layerFolder := m["dir"]
var hvPartition bool
// Work out the isolation (whether it is a hypervisor partition)
if c.HostConfig.Isolation.IsDefault() {
// Not specified by caller. Take daemon default
hvPartition = windows.DefaultIsolation.IsHyperV()
} else {
// Take value specified by caller
hvPartition = c.HostConfig.Isolation.IsHyperV()
}
c.Command = &execdriver.Command{
CommonCommand: execdriver.CommonCommand{
ID: c.ID,
Rootfs: c.BaseFS,
WorkingDir: c.Config.WorkingDir,
Network: en,
MountLabel: c.GetMountLabel(),
Resources: resources,
ProcessConfig: processConfig,
ProcessLabel: c.GetProcessLabel(),
},
FirstStart: !c.HasBeenStartedBefore,
LayerFolder: layerFolder,
LayerPaths: layerPaths,
Hostname: c.Config.Hostname,
Isolation: string(c.HostConfig.Isolation),
ArgsEscaped: c.Config.ArgsEscaped,
HvPartition: hvPartition,
}
return nil
}
func (daemon *Daemon) getLibcontainerdCreateOptions(container *container.Container) (*[]libcontainerd.CreateOption, error) {
createOptions := []libcontainerd.CreateOption{}
// Are we going to run as a Hyper-V container?
hvOpts := &libcontainerd.HyperVIsolationOption{}
if container.HostConfig.Isolation.IsDefault() {
// Container is set to use the default, so take the default from the daemon configuration
hvOpts.IsHyperV = daemon.defaultIsolation.IsHyperV()
} else {
// Container is requesting an isolation mode. Honour it.
hvOpts.IsHyperV = container.HostConfig.Isolation.IsHyperV()
}
// Generate the layer folder of the layer options
layerOpts := &libcontainerd.LayerOption{}
m, err := container.RWLayer.Metadata()
if err != nil {
return nil, fmt.Errorf("failed to get layer metadata - %s", err)
}
if hvOpts.IsHyperV {
hvOpts.SandboxPath = filepath.Dir(m["dir"])
}
layerOpts.LayerFolderPath = m["dir"]
// Generate the layer paths of the layer options
img, err := daemon.imageStore.Get(container.ImageID)
if err != nil {
return nil, fmt.Errorf("failed to graph.Get on ImageID %s - %s", container.ImageID, err)
}
// Get the layer path for each layer.
max := len(img.RootFS.DiffIDs)
for i := 1; i <= max; i++ {
img.RootFS.DiffIDs = img.RootFS.DiffIDs[:i]
layerPath, err := layer.GetLayerPath(daemon.layerStore, img.RootFS.ChainID())
if err != nil {
return nil, fmt.Errorf("failed to get layer path from graphdriver %s for ImageID %s - %s", daemon.layerStore, img.RootFS.ChainID(), err)
}
// Reverse order, expecting parent most first
layerOpts.LayerPaths = append([]string{layerPath}, layerOpts.LayerPaths...)
}
// Get endpoints for the libnetwork allocated networks to the container
var epList []string
AllowUnqualifiedDNSQuery := false
if container.NetworkSettings != nil {
for n := range container.NetworkSettings.Networks {
sn, err := daemon.FindNetwork(n)
if err != nil {
continue
}
ep, err := container.GetEndpointInNetwork(sn)
if err != nil {
continue
}
data, err := ep.DriverInfo()
if err != nil {
continue
}
if data["hnsid"] != nil {
epList = append(epList, data["hnsid"].(string))
}
if data["AllowUnqualifiedDNSQuery"] != nil {
AllowUnqualifiedDNSQuery = true
}
}
}
// Now build the full set of options
createOptions = append(createOptions, &libcontainerd.FlushOption{IgnoreFlushesDuringBoot: !container.HasBeenStartedBefore})
createOptions = append(createOptions, hvOpts)
createOptions = append(createOptions, layerOpts)
if epList != nil {
createOptions = append(createOptions, &libcontainerd.NetworkEndpointsOption{Endpoints: epList, AllowUnqualifiedDNSQuery: AllowUnqualifiedDNSQuery})
}
return &createOptions, nil
}
func (daemon *Daemon) getLibcontainerdCreateOptions(container *container.Container) ([]libcontainerd.CreateOption, error) {
createOptions := []libcontainerd.CreateOption{}
// Are we going to run as a Hyper-V container?
hvOpts := &libcontainerd.HyperVIsolationOption{}
if container.HostConfig.Isolation.IsDefault() {
// Container is set to use the default, so take the default from the daemon configuration
hvOpts.IsHyperV = daemon.defaultIsolation.IsHyperV()
} else {
// Container is requesting an isolation mode. Honour it.
hvOpts.IsHyperV = container.HostConfig.Isolation.IsHyperV()
}
// Generate the layer folder of the layer options
layerOpts := &libcontainerd.LayerOption{}
m, err := container.RWLayer.Metadata()
if err != nil {
return nil, fmt.Errorf("failed to get layer metadata - %s", err)
}
if hvOpts.IsHyperV {
hvOpts.SandboxPath = filepath.Dir(m["dir"])
}
layerOpts.LayerFolderPath = m["dir"]
// Generate the layer paths of the layer options
img, err := daemon.imageStore.Get(container.ImageID)
if err != nil {
return nil, fmt.Errorf("failed to graph.Get on ImageID %s - %s", container.ImageID, err)
}
// Get the layer path for each layer.
max := len(img.RootFS.DiffIDs)
for i := 1; i <= max; i++ {
img.RootFS.DiffIDs = img.RootFS.DiffIDs[:i]
layerPath, err := layer.GetLayerPath(daemon.layerStore, img.RootFS.ChainID())
if err != nil {
return nil, fmt.Errorf("failed to get layer path from graphdriver %s for ImageID %s - %s", daemon.layerStore, img.RootFS.ChainID(), err)
}
// Reverse order, expecting parent most first
layerOpts.LayerPaths = append([]string{layerPath}, layerOpts.LayerPaths...)
}
// Get endpoints for the libnetwork allocated networks to the container
var epList []string
AllowUnqualifiedDNSQuery := false
gwHNSID := ""
if container.NetworkSettings != nil {
for n := range container.NetworkSettings.Networks {
sn, err := daemon.FindNetwork(n)
if err != nil {
continue
}
ep, err := container.GetEndpointInNetwork(sn)
if err != nil {
continue
}
data, err := ep.DriverInfo()
if err != nil {
continue
}
if data["GW_INFO"] != nil {
gwInfo := data["GW_INFO"].(map[string]interface{})
if gwInfo["hnsid"] != nil {
gwHNSID = gwInfo["hnsid"].(string)
}
}
if data["hnsid"] != nil {
epList = append(epList, data["hnsid"].(string))
}
if data["AllowUnqualifiedDNSQuery"] != nil {
AllowUnqualifiedDNSQuery = true
}
}
}
if gwHNSID != "" {
epList = append(epList, gwHNSID)
}
// Read and add credentials from the security options if a credential spec has been provided.
if container.HostConfig.SecurityOpt != nil {
for _, sOpt := range container.HostConfig.SecurityOpt {
sOpt = strings.ToLower(sOpt)
if !strings.Contains(sOpt, "=") {
return nil, fmt.Errorf("invalid security option: no equals sign in supplied value %s", sOpt)
}
var splitsOpt []string
splitsOpt = strings.SplitN(sOpt, "=", 2)
if len(splitsOpt) != 2 {
return nil, fmt.Errorf("invalid security option: %s", sOpt)
}
if splitsOpt[0] != "credentialspec" {
return nil, fmt.Errorf("security option not supported: %s", splitsOpt[0])
}
credentialsOpts := &libcontainerd.CredentialsOption{}
var (
match bool
csValue string
err error
)
if match, csValue = getCredentialSpec("file://", splitsOpt[1]); match {
if csValue == "" {
return nil, fmt.Errorf("no value supplied for file:// credential spec security option")
}
if credentialsOpts.Credentials, err = readCredentialSpecFile(container.ID, daemon.root, filepath.Clean(csValue)); err != nil {
return nil, err
}
} else if match, csValue = getCredentialSpec("registry://", splitsOpt[1]); match {
if csValue == "" {
return nil, fmt.Errorf("no value supplied for registry:// credential spec security option")
}
if credentialsOpts.Credentials, err = readCredentialSpecRegistry(container.ID, csValue); err != nil {
return nil, err
}
} else {
return nil, fmt.Errorf("invalid credential spec security option - value must be prefixed file:// or registry:// followed by a value")
}
createOptions = append(createOptions, credentialsOpts)
}
}
// Now add the remaining options.
createOptions = append(createOptions, &libcontainerd.FlushOption{IgnoreFlushesDuringBoot: !container.HasBeenStartedBefore})
createOptions = append(createOptions, hvOpts)
createOptions = append(createOptions, layerOpts)
if epList != nil {
createOptions = append(createOptions, &libcontainerd.NetworkEndpointsOption{Endpoints: epList, AllowUnqualifiedDNSQuery: AllowUnqualifiedDNSQuery})
}
return createOptions, nil
}
func (daemon *Daemon) populateCommand(c *container.Container, env []string) error {
en := &execdriver.Network{
Interface: nil,
}
var epList []string
// Connect all the libnetwork allocated networks to the container
if c.NetworkSettings != nil {
for n := range c.NetworkSettings.Networks {
sn, err := daemon.FindNetwork(n)
if err != nil {
continue
}
ep, err := c.GetEndpointInNetwork(sn)
if err != nil {
continue
}
data, err := ep.DriverInfo()
if err != nil {
continue
}
if data["hnsid"] != nil {
epList = append(epList, data["hnsid"].(string))
}
}
}
if daemon.netController == nil {
parts := strings.SplitN(string(c.HostConfig.NetworkMode), ":", 2)
switch parts[0] {
case "none":
case "default", "": // empty string to support existing containers
if !c.Config.NetworkDisabled {
en.Interface = &execdriver.NetworkInterface{
MacAddress: c.Config.MacAddress,
Bridge: daemon.configStore.bridgeConfig.Iface,
PortBindings: c.HostConfig.PortBindings,
// TODO Windows. Include IPAddress. There already is a
// property IPAddress on execDrive.CommonNetworkInterface,
// but there is no CLI option in docker to pass through
// an IPAddress on docker run.
}
}
default:
return fmt.Errorf("invalid network mode: %s", c.HostConfig.NetworkMode)
}
}
// TODO Windows. More resource controls to be implemented later.
resources := &execdriver.Resources{
CommonResources: execdriver.CommonResources{
CPUShares: c.HostConfig.CPUShares,
},
}
processConfig := execdriver.ProcessConfig{
CommonProcessConfig: execdriver.CommonProcessConfig{
Entrypoint: c.Path,
Arguments: c.Args,
Tty: c.Config.Tty,
},
ConsoleSize: c.HostConfig.ConsoleSize,
}
processConfig.Env = env
var layerPaths []string
img, err := daemon.imageStore.Get(c.ImageID)
if err != nil {
return fmt.Errorf("Failed to graph.Get on ImageID %s - %s", c.ImageID, err)
}
if img.RootFS != nil && img.RootFS.Type == "layers+base" {
max := len(img.RootFS.DiffIDs)
for i := 0; i <= max; i++ {
img.RootFS.DiffIDs = img.RootFS.DiffIDs[:i]
path, err := layer.GetLayerPath(daemon.layerStore, img.RootFS.ChainID())
if err != nil {
return fmt.Errorf("Failed to get layer path from graphdriver %s for ImageID %s - %s", daemon.layerStore, img.RootFS.ChainID(), err)
}
// Reverse order, expecting parent most first
layerPaths = append([]string{path}, layerPaths...)
}
}
m, err := c.RWLayer.Metadata()
if err != nil {
return fmt.Errorf("Failed to get layer metadata - %s", err)
}
layerFolder := m["dir"]
var hvPartition bool
// Work out the isolation (whether it is a hypervisor partition)
if c.HostConfig.Isolation.IsDefault() {
// Not specified by caller. Take daemon default
hvPartition = windows.DefaultIsolation.IsHyperV()
} else {
// Take value specified by caller
hvPartition = c.HostConfig.Isolation.IsHyperV()
}
c.Command = &execdriver.Command{
CommonCommand: execdriver.CommonCommand{
ID: c.ID,
Rootfs: c.BaseFS,
WorkingDir: c.Config.WorkingDir,
Network: en,
MountLabel: c.GetMountLabel(),
Resources: resources,
ProcessConfig: processConfig,
ProcessLabel: c.GetProcessLabel(),
},
FirstStart: !c.HasBeenStartedBefore,
LayerFolder: layerFolder,
LayerPaths: layerPaths,
Hostname: c.Config.Hostname,
Isolation: string(c.HostConfig.Isolation),
ArgsEscaped: c.Config.ArgsEscaped,
HvPartition: hvPartition,
EpList: epList,
}
return nil
}
func (daemon *Daemon) createSpec(c *container.Container) (*libcontainerd.Spec, error) {
s := oci.DefaultSpec()
linkedEnv, err := daemon.setupLinkedContainers(c)
if err != nil {
return nil, err
}
// TODO Windows - this can be removed. Not used (UID/GID)
rootUID, rootGID := daemon.GetRemappedUIDGID()
if err := c.SetupWorkingDirectory(rootUID, rootGID); err != nil {
return nil, err
}
img, err := daemon.imageStore.Get(c.ImageID)
if err != nil {
return nil, fmt.Errorf("Failed to graph.Get on ImageID %s - %s", c.ImageID, err)
}
// In base spec
s.Hostname = c.FullHostname()
// In s.Mounts
mounts, err := daemon.setupMounts(c)
if err != nil {
return nil, err
}
for _, mount := range mounts {
s.Mounts = append(s.Mounts, windowsoci.Mount{
Source: mount.Source,
Destination: mount.Destination,
Readonly: !mount.Writable,
})
}
// Are we going to run as a Hyper-V container?
hv := false
if c.HostConfig.Isolation.IsDefault() {
// Container is set to use the default, so take the default from the daemon configuration
hv = daemon.defaultIsolation.IsHyperV()
} else {
// Container is requesting an isolation mode. Honour it.
hv = c.HostConfig.Isolation.IsHyperV()
}
if hv {
// TODO We don't yet have the ImagePath hooked up. But set to
// something non-nil to pickup in libcontainerd.
s.Windows.HvRuntime = &windowsoci.HvRuntime{}
}
// In s.Process
if c.Config.ArgsEscaped {
s.Process.Args = append([]string{c.Path}, c.Args...)
} else {
// TODO (jstarks): escape the entrypoint too once the tests are fixed to not rely on this behavior
s.Process.Args = append([]string{c.Path}, escapeArgs(c.Args)...)
}
s.Process.Cwd = c.Config.WorkingDir
s.Process.Env = c.CreateDaemonEnvironment(linkedEnv)
s.Process.InitialConsoleSize = c.HostConfig.ConsoleSize
s.Process.Terminal = c.Config.Tty
s.Process.User.User = c.Config.User
// In spec.Root
s.Root.Path = c.BaseFS
s.Root.Readonly = c.HostConfig.ReadonlyRootfs
// In s.Windows
s.Windows.FirstStart = !c.HasBeenStartedBefore
// s.Windows.LayerFolder.
m, err := c.RWLayer.Metadata()
if err != nil {
return nil, fmt.Errorf("Failed to get layer metadata - %s", err)
}
s.Windows.LayerFolder = m["dir"]
// s.Windows.LayerPaths
var layerPaths []string
if img.RootFS != nil && img.RootFS.Type == "layers+base" {
max := len(img.RootFS.DiffIDs)
for i := 0; i <= max; i++ {
img.RootFS.DiffIDs = img.RootFS.DiffIDs[:i]
path, err := layer.GetLayerPath(daemon.layerStore, img.RootFS.ChainID())
if err != nil {
return nil, fmt.Errorf("Failed to get layer path from graphdriver %s for ImageID %s - %s", daemon.layerStore, img.RootFS.ChainID(), err)
}
// Reverse order, expecting parent most first
layerPaths = append([]string{path}, layerPaths...)
}
}
s.Windows.LayerPaths = layerPaths
// In s.Windows.Networking (TP5+ libnetwork way of doing things)
// Connect all the libnetwork allocated networks to the container
var epList []string
if c.NetworkSettings != nil {
for n := range c.NetworkSettings.Networks {
sn, err := daemon.FindNetwork(n)
if err != nil {
continue
}
ep, err := c.GetEndpointInNetwork(sn)
if err != nil {
continue
}
data, err := ep.DriverInfo()
if err != nil {
continue
}
if data["hnsid"] != nil {
epList = append(epList, data["hnsid"].(string))
}
}
}
s.Windows.Networking = &windowsoci.Networking{
EndpointList: epList,
}
// In s.Windows.Networking (TP4 back compat)
// TODO Windows: Post TP4 - Remove this along with definitions from spec
// and changes to libcontainerd to not read these fields.
if daemon.netController == nil {
parts := strings.SplitN(string(c.HostConfig.NetworkMode), ":", 2)
switch parts[0] {
case "none":
case "default", "": // empty string to support existing containers
if !c.Config.NetworkDisabled {
s.Windows.Networking = &windowsoci.Networking{
MacAddress: c.Config.MacAddress,
Bridge: daemon.configStore.bridgeConfig.Iface,
PortBindings: c.HostConfig.PortBindings,
}
}
default:
return nil, fmt.Errorf("invalid network mode: %s", c.HostConfig.NetworkMode)
}
}
// In s.Windows.Resources
// @darrenstahlmsft implement these resources
cpuShares := uint64(c.HostConfig.CPUShares)
s.Windows.Resources = &windowsoci.Resources{
CPU: &windowsoci.CPU{
//TODO Count: ...,
//TODO Percent: ...,
Shares: &cpuShares,
},
Memory: &windowsoci.Memory{
//TODO Limit: ...,
//TODO Reservation: ...,
},
Network: &windowsoci.Network{
//TODO Bandwidth: ...,
},
Storage: &windowsoci.Storage{
//TODO Bps: ...,
//TODO Iops: ...,
//TODO SandboxSize: ...,
},
}
return (*libcontainerd.Spec)(&s), nil
}
