v1alpha1

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Published: Jun 3, 2024 License: MPL-2.0 Imports: 91 Imported by: 0

Documentation

Overview

Package v1alpha1 implements a `Runtime`.

Index

Constants

This section is empty.

Variables

This section is empty.

Functions

func ActivateLogicalVolumes

func ActivateLogicalVolumes(runtime.Sequence, any) (runtime.TaskExecutionFunc, string)

ActivateLogicalVolumes represents the task for activating logical volumes.

func CordonAndDrainNode

func CordonAndDrainNode(runtime.Sequence, any) (runtime.TaskExecutionFunc, string)

CordonAndDrainNode represents the task for stop all containerd tasks in the k8s.io namespace.

func CreateOSReleaseFile

func CreateOSReleaseFile(runtime.Sequence, any) (runtime.TaskExecutionFunc, string)

CreateOSReleaseFile represents the CreateOSReleaseFile task.

func CreateSystemCgroups

func CreateSystemCgroups(runtime.Sequence, any) (runtime.TaskExecutionFunc, string)

CreateSystemCgroups represents the CreateSystemCgroups task.

func DiskSizeCheck

DiskSizeCheck represents the DiskSizeCheck task.

func EnforceKSPPRequirements

func EnforceKSPPRequirements(runtime.Sequence, any) (runtime.TaskExecutionFunc, string)

EnforceKSPPRequirements represents the EnforceKSPPRequirements task.

func ExtendPCRStartAll

func ExtendPCRStartAll(runtime.Sequence, any) (runtime.TaskExecutionFunc, string)

ExtendPCRStartAll represents the task to extend the PCR with the StartTheWorld PCR phase.

func FlushMeta

FlushMeta flushes META partition after install run.

func ForceCleanup

ForceCleanup kills remaining procs and forces partitions unmount.

func Install

Install mounts or installs the system partitions.

func KexecPrepare

func KexecPrepare(_ runtime.Sequence, data any) (runtime.TaskExecutionFunc, string)

KexecPrepare loads next boot kernel via kexec_file_load.

func LeaveEtcd

LeaveEtcd represents the task for removing a control plane node from etcd.

func LoadConfig

LoadConfig represents the LoadConfig task.

func MemorySizeCheck

func MemorySizeCheck(runtime.Sequence, any) (runtime.TaskExecutionFunc, string)

MemorySizeCheck represents the MemorySizeCheck task.

func MountBPFFS

MountBPFFS represents the MountBPFFS task.

func MountCgroups

MountCgroups represents the MountCgroups task.

func MountEFIPartition

func MountEFIPartition(runtime.Sequence, any) (runtime.TaskExecutionFunc, string)

MountEFIPartition mounts the EFI partition.

func MountEphemeralPartition

func MountEphemeralPartition(runtime.Sequence, any) (runtime.TaskExecutionFunc, string)

MountEphemeralPartition mounts the ephemeral partition.

func MountOverlayFilesystems

func MountOverlayFilesystems(runtime.Sequence, any) (runtime.TaskExecutionFunc, string)

MountOverlayFilesystems represents the MountOverlayFilesystems task.

func MountPseudoFilesystems

func MountPseudoFilesystems(runtime.Sequence, any) (runtime.TaskExecutionFunc, string)

MountPseudoFilesystems represents the MountPseudoFilesystems task.

func MountStatePartition

func MountStatePartition(seq runtime.Sequence, _ any) (runtime.TaskExecutionFunc, string)

MountStatePartition mounts the system partition.

func MountUserDisks

func MountUserDisks(runtime.Sequence, any) (runtime.TaskExecutionFunc, string)

MountUserDisks represents the MountUserDisks task.

func OSRelease

func OSRelease() (err error)

OSRelease renders a valid /etc/os-release file and writes it to disk. The node's OS Image field is reported by the node from /etc/os-release.

func Reboot

Reboot represents the Reboot task.

func ReloadMeta

ReloadMeta reloads META partition after disk mount, installer run, etc.

func RemoveAllPods

RemoveAllPods represents the task for stopping and removing all pods.

func ResetSystemDisk

func ResetSystemDisk(runtime.Sequence, any) (runtime.TaskExecutionFunc, string)

ResetSystemDisk represents the task to reset the system disk.

func ResetSystemDiskPartitions

func ResetSystemDiskPartitions(seq runtime.Sequence, _ any) (runtime.TaskExecutionFunc, string)

ResetSystemDiskPartitions represents the task for wiping the system disk partitions.

func ResetSystemDiskSpec

func ResetSystemDiskSpec(_ runtime.Sequence, data any) (runtime.TaskExecutionFunc, string)

ResetSystemDiskSpec represents the task to reset the system disk by spec.

func ResetUserDisks

func ResetUserDisks(_ runtime.Sequence, data any) (runtime.TaskExecutionFunc, string)

ResetUserDisks represents the task to reset the user disks.

func SaveConfig

SaveConfig represents the SaveConfig task.

func SaveStateEncryptionConfig

func SaveStateEncryptionConfig(runtime.Sequence, any) (runtime.TaskExecutionFunc, string)

SaveStateEncryptionConfig saves state partition encryption info in the meta partition.

func SendResetSignal

func SendResetSignal(runtime.Sequence, any) (runtime.TaskExecutionFunc, string)

SendResetSignal func represents the task to send the final reset signal.

func SetRLimit

SetRLimit represents the SetRLimit task.

func SetUserEnvVars

func SetUserEnvVars(runtime.Sequence, any) (runtime.TaskExecutionFunc, string)

SetUserEnvVars represents the SetUserEnvVars task.

func SetupSharedFilesystems

func SetupSharedFilesystems(runtime.Sequence, any) (runtime.TaskExecutionFunc, string)

SetupSharedFilesystems represents the SetupSharedFilesystems task.

func SetupSystemDirectory

func SetupSystemDirectory(runtime.Sequence, any) (runtime.TaskExecutionFunc, string)

SetupSystemDirectory represents the SetupSystemDirectory task.

func SetupVarDirectory

func SetupVarDirectory(runtime.Sequence, any) (runtime.TaskExecutionFunc, string)

SetupVarDirectory represents the SetupVarDirectory task.

func Shutdown

Shutdown represents the Shutdown task.

func StartAllServices

func StartAllServices(runtime.Sequence, any) (runtime.TaskExecutionFunc, string)

StartAllServices represents the task to start the system services.

func StartContainerd

func StartContainerd(runtime.Sequence, any) (runtime.TaskExecutionFunc, string)

StartContainerd represents the task to start containerd.

func StartDBus

StartDBus starts the D-Bus mock.

func StartDashboard

func StartDashboard(_ runtime.Sequence, _ interface{}) (runtime.TaskExecutionFunc, string)

StartDashboard represents the task to start dashboard.

func StartMachined

func StartMachined(_ runtime.Sequence, _ any) (runtime.TaskExecutionFunc, string)

StartMachined represents the task to start machined.

func StartSyslogd

func StartSyslogd(r runtime.Sequence, _ any) (runtime.TaskExecutionFunc, string)

StartSyslogd represents the task to start syslogd.

func StartUdevd

StartUdevd represents the task to start udevd.

func StopAllPods

StopAllPods represents the task for stopping all pods.

func StopAllServices

func StopAllServices(runtime.Sequence, any) (runtime.TaskExecutionFunc, string)

StopAllServices represents the StopAllServices task.

func StopDBus

StopDBus stops the D-Bus mock.

func StopServicesEphemeral

func StopServicesEphemeral(runtime.Sequence, any) (runtime.TaskExecutionFunc, string)

StopServicesEphemeral represents the StopServicesEphemeral task.

func StoreShutdownEmergency

func StoreShutdownEmergency(runtime.Sequence, any) (runtime.TaskExecutionFunc, string)

StoreShutdownEmergency stores shutdown emergency state.

func UnmountEFIPartition

func UnmountEFIPartition(runtime.Sequence, any) (runtime.TaskExecutionFunc, string)

UnmountEFIPartition unmounts the EFI partition.

func UnmountEphemeralPartition

func UnmountEphemeralPartition(runtime.Sequence, any) (runtime.TaskExecutionFunc, string)

UnmountEphemeralPartition unmounts the ephemeral partition.

func UnmountOverlayFilesystems

func UnmountOverlayFilesystems(runtime.Sequence, any) (runtime.TaskExecutionFunc, string)

UnmountOverlayFilesystems represents the UnmountOverlayFilesystems task.

func UnmountPodMounts

func UnmountPodMounts(runtime.Sequence, any) (runtime.TaskExecutionFunc, string)

UnmountPodMounts represents the UnmountPodMounts task.

func UnmountStatePartition

func UnmountStatePartition(runtime.Sequence, any) (runtime.TaskExecutionFunc, string)

UnmountStatePartition unmounts the system partition.

func UnmountSystemDiskBindMounts

func UnmountSystemDiskBindMounts(runtime.Sequence, any) (runtime.TaskExecutionFunc, string)

UnmountSystemDiskBindMounts represents the UnmountSystemDiskBindMounts task.

func UnmountUserDisks

func UnmountUserDisks(runtime.Sequence, any) (runtime.TaskExecutionFunc, string)

UnmountUserDisks represents the UnmountUserDisks task.

func Upgrade

func Upgrade(_ runtime.Sequence, data any) (runtime.TaskExecutionFunc, string)

Upgrade represents the task for performing an upgrade.

func VerifyDiskAvailability

func VerifyDiskAvailability(runtime.Sequence, any) (runtime.TaskExecutionFunc, string)

VerifyDiskAvailability represents the task for verifying that the system disk is not in use.

func WaitForUSB

WaitForUSB represents the WaitForUSB task.

func WriteIMAPolicy

func WriteIMAPolicy(runtime.Sequence, any) (runtime.TaskExecutionFunc, string)

WriteIMAPolicy represents the WriteIMAPolicy task.

func WriteUdevRules

func WriteUdevRules(runtime.Sequence, any) (runtime.TaskExecutionFunc, string)

WriteUdevRules is the task that writes udev rules to a udev rules file. TODO: frezbo: move this to controller based since writing udev rules doesn't need a restart.

func WriteUserFiles

func WriteUserFiles(runtime.Sequence, any) (runtime.TaskExecutionFunc, string)

WriteUserFiles represents the WriteUserFiles task.

Types

type ClusterState

type ClusterState struct{}

ClusterState represents the cluster's state.

type Controller

type Controller struct {
	// contains filtered or unexported fields
}

Controller represents the controller responsible for managing the execution of sequences.

func NewController

func NewController() (*Controller, error)

NewController intializes and returns a controller.

func (*Controller) ListenForEvents

func (c *Controller) ListenForEvents(ctx context.Context) error

ListenForEvents starts the event listener. The listener will trigger a shutdown in response to a SIGTERM signal and ACPI button/power event.

func (*Controller) Run

func (c *Controller) Run(ctx context.Context, seq runtime.Sequence, data interface{}, setters ...runtime.LockOption) error

Run executes all phases known to the controller in serial. `Controller` aborts immediately if any phase fails.

func (*Controller) Runtime

func (c *Controller) Runtime() runtime.Runtime

Runtime implements the controller interface.

func (*Controller) Sequencer

func (c *Controller) Sequencer() runtime.Sequencer

Sequencer implements the controller interface.

func (*Controller) V1Alpha2

func (c *Controller) V1Alpha2() runtime.V1Alpha2Controller

V1Alpha2 implements the controller interface.

type DBusState

type DBusState struct {
	// contains filtered or unexported fields
}

DBusState implements the logind mock.

func (*DBusState) Start

func (dbus *DBusState) Start() error

Start the D-Bus broker and logind mock.

func (*DBusState) Stop

func (dbus *DBusState) Stop() error

Stop the D-Bus broker and logind mock.

func (*DBusState) WaitShutdown

func (dbus *DBusState) WaitShutdown(ctx context.Context) error

WaitShutdown signals the shutdown over the D-Bus and waits for the inhibit lock to be released.

type Events

type Events struct {
	// contains filtered or unexported fields
}

Events represents the runtime event stream.

Events internally is implemented as circular buffer of `runtime.Event`. `e.stream` slice is allocated to the initial capacity and slice size doesn't change throughout the lifetime of Events.

To explain the internals, let's call `Publish()` method 'Publisher' (there might be multiple callers for it), and each `Watch()` handler as 'Consumer'.

For Publisher, `Events` keeps `e.writePos`, `e.writePos` is write offset into `e.stream`. Offset `e.writePos` is always incremeneted, real write index is `e.writePos % e.cap`

Each Consumer captures initial position it starts consumption from as `pos` which is local to each Consumer, as Consumers are free to work on their own pace. Following diagram shows Publisher and three Consumers:

                                               Consumer 3                         Consumer 2
                                               pos = 27                           pos = 34
e.stream []Event                               |                                  |
                                               |                                  |
+----+----+----+----+----+----+----+----+----+----+----+----+----+----+----+----+----+----+
| 0  | 1  | 2  | 3  | 4  | 5  | 6  | 7  | 8  | 9  | 10 | 11 | 12 | 13 | 14 | 15 | 16 |17  |
+----+----+----+----+----+----+----+----+----+----+----+----+----+----+----+----+----+----+
                                     |                                  |
                                     |                                  |
                                     Consumer 1                         Publisher
                                     pos = 43                           e.writePos = 50

Capacity of Events in this diagram is 18, Publisher published already 50 events, so it already overwrote `e.stream` twice fully.

Consumer1 is trying to keep up with the publisher, it has 14-7 = 7 events to catch up.

Consumer2 is reading events published by Publisher before last wraparound, it has 50-34 = 16 events to catch up. Consumer 2 has a lot of events to catch up, but as it stays on track, it can still do that.

Consumer3 is doing bad: 50-27 = 23 > 18 (capacity), so its read position has already been overwritten, it can't read consistent data, soit should error out.

Synchronization: at the moment single mutex protects `e.stream` and `e.writePos`, consumers keep their position as local variable, so it doesn't require synchronization. If Consumer catches up with Publisher, it sleeps on condition variable to be woken up by Publisher on next publish.

func NewEvents

func NewEvents(capacity, gap int) *Events

NewEvents initializes and returns the v1alpha1 runtime event stream.

Argument cap is a maximum event stream capacity (available event history). Argument gap is a safety gap to separate consumer from the publisher. Maximum available event history is (cap-gap).

func (*Events) Publish

func (e *Events) Publish(ctx context.Context, msg proto.Message)

Publish implements the Events interface.

func (*Events) Watch

func (e *Events) Watch(f runtime.WatchFunc, opt ...runtime.WatchOptionFunc) error

Watch implements the Events interface.

type MachineState

type MachineState struct {
	// contains filtered or unexported fields
}

MachineState represents the machine's state.

func (*MachineState) Close

func (s *MachineState) Close() error

Close implements the machine state interface.

func (*MachineState) DBus

func (s *MachineState) DBus() runtime.DBusState

DBus implements the machine state interface.

func (*MachineState) DeleteTag

func (s *MachineState) DeleteTag(ctx context.Context, t uint8) (bool, error)

DeleteTag implements the runtime.Meta interface.

func (*MachineState) Disk

func (s *MachineState) Disk(options ...disk.Option) *probe.ProbedBlockDevice

Disk implements the machine state interface.

func (*MachineState) Flush

func (s *MachineState) Flush() error

Flush implements the runtime.Meta interface.

func (*MachineState) Installed

func (s *MachineState) Installed() bool

Installed implements the machine state interface.

func (*MachineState) IsInstallStaged

func (s *MachineState) IsInstallStaged() bool

IsInstallStaged implements the machine state interface.

func (*MachineState) IsKexecPrepared

func (s *MachineState) IsKexecPrepared() bool

IsKexecPrepared implements the machine state interface.

func (*MachineState) KexecPrepared

func (s *MachineState) KexecPrepared(prepared bool)

KexecPrepared implements the machine state interface.

func (*MachineState) Meta

func (s *MachineState) Meta() runtime.Meta

Meta implements the runtime.MachineState interface.

func (*MachineState) ReadTag

func (s *MachineState) ReadTag(t uint8) (val string, ok bool)

ReadTag implements the runtime.Meta interface.

func (*MachineState) ReadTagBytes

func (s *MachineState) ReadTagBytes(t uint8) (val []byte, ok bool)

ReadTagBytes implements the runtime.Meta interface.

func (*MachineState) Reload

func (s *MachineState) Reload(ctx context.Context) error

Reload implements the runtime.Meta interface.

func (*MachineState) SetTag

func (s *MachineState) SetTag(ctx context.Context, t uint8, val string) (bool, error)

SetTag implements the runtime.Meta interface.

func (*MachineState) SetTagBytes

func (s *MachineState) SetTagBytes(ctx context.Context, t uint8, val []byte) (bool, error)

SetTagBytes implements the runtime.Meta interface.

func (*MachineState) StagedInstallImageRef

func (s *MachineState) StagedInstallImageRef() string

StagedInstallImageRef implements the machine state interface.

func (*MachineState) StagedInstallOptions

func (s *MachineState) StagedInstallOptions() []byte

StagedInstallOptions implements the machine state interface.

type PhaseList

type PhaseList []runtime.Phase

PhaseList represents a list of phases.

func (PhaseList) Append

func (p PhaseList) Append(name string, tasks ...runtime.TaskSetupFunc) PhaseList

Append appends a task to the phase list.

func (PhaseList) AppendList

func (p PhaseList) AppendList(list PhaseList) PhaseList

AppendList appends an additional PhaseList to the existing one.

func (PhaseList) AppendWhen

func (p PhaseList) AppendWhen(when bool, name string, tasks ...runtime.TaskSetupFunc) PhaseList

AppendWhen appends a task to the phase list when `when` is `true`.

func (PhaseList) AppendWithDeferredCheck

func (p PhaseList) AppendWithDeferredCheck(check func() bool, name string, tasks ...runtime.TaskSetupFunc) PhaseList

AppendWithDeferredCheck appends a task to the phase list but skips the sequence if `check func()` returns `false` during execution.

type Priority

type Priority[T any] interface {
	comparable
	CanTakeOver(another T) bool
}

Priority describes the running priority of a process.

If CanTakeOver returns true, current process with "lower" priority will be canceled and "higher" priority process will be run.

type PriorityLock

type PriorityLock[T Priority[T]] struct {
	// contains filtered or unexported fields
}

PriorityLock is a lock that makes sure that only a single process can run at a time.

If a process with "higher" priority tries to acquire the lock, previous process is stopped and new process with "higher" priority is run.

func NewPriorityLock

func NewPriorityLock[T Priority[T]]() *PriorityLock[T]

NewPriorityLock returns a new PriorityLock.

func (*PriorityLock[T]) Lock

func (lock *PriorityLock[T]) Lock(ctx context.Context, takeOverTimeout time.Duration, seq T, options ...runtime.LockOption) (context.Context, error)

Lock acquires the lock according the priority rules and returns a context that should be used within the process.

Process should terminate as soon as the context is canceled. Argument seq defines the priority of the process. Argument takeOverTimeout defines the maximum time to wait for the low-priority process to terminate.

func (*PriorityLock[T]) Unlock

func (lock *PriorityLock[T]) Unlock()

Unlock releases the lock.

type Runtime

type Runtime struct {
	// contains filtered or unexported fields
}

Runtime implements the Runtime interface.

func NewRuntime

NewRuntime initializes and returns the v1alpha1 runtime.

func (*Runtime) CanApplyImmediate

func (r *Runtime) CanApplyImmediate(cfg config.Provider) error

CanApplyImmediate implements the Runtime interface.

func (*Runtime) CancelConfigRollbackTimeout

func (r *Runtime) CancelConfigRollbackTimeout()

CancelConfigRollbackTimeout implements the Runtime interface.

func (*Runtime) Config

func (r *Runtime) Config() config.Config

Config implements the Runtime interface.

func (*Runtime) ConfigContainer

func (r *Runtime) ConfigContainer() config.Container

ConfigContainer implements the Runtime interface.

func (*Runtime) Events

func (r *Runtime) Events() runtime.EventStream

Events implements the Runtime interface.

func (*Runtime) GetSystemInformation

func (r *Runtime) GetSystemInformation(ctx context.Context) (*hardware.SystemInformation, error)

GetSystemInformation returns system information resource if it exists.

func (*Runtime) IsBootstrapAllowed

func (r *Runtime) IsBootstrapAllowed() bool

IsBootstrapAllowed checks for CRI to be up, checked in the bootstrap method.

func (*Runtime) Logging

func (r *Runtime) Logging() runtime.LoggingManager

Logging implements the Runtime interface.

func (*Runtime) NodeName

func (r *Runtime) NodeName() (string, error)

NodeName implements the Runtime interface.

func (*Runtime) RollbackToConfigAfter

func (r *Runtime) RollbackToConfigAfter(timeout time.Duration) error

RollbackToConfigAfter implements the Runtime interface.

func (*Runtime) SetConfig

func (r *Runtime) SetConfig(cfg config.Provider) error

SetConfig implements the Runtime interface.

func (*Runtime) State

func (r *Runtime) State() runtime.State

State implements the Runtime interface.

type Sequencer

type Sequencer struct{}

Sequencer implements the sequencer interface.

func NewSequencer

func NewSequencer() *Sequencer

NewSequencer intializes and returns a sequencer.

func (*Sequencer) Boot

func (*Sequencer) Boot(r runtime.Runtime) []runtime.Phase

Boot is the boot sequence. This primary goal if this sequence is to apply user supplied settings and start the services for the specific machine type. This sequence should never be reached if an installation is not found.

func (*Sequencer) Initialize

func (*Sequencer) Initialize(r runtime.Runtime) []runtime.Phase

Initialize is the initialize sequence. The primary goals of this sequence is to load the config and enforce kernel security requirements.

func (*Sequencer) Install

func (*Sequencer) Install(r runtime.Runtime) []runtime.Phase

Install is the install sequence.

func (*Sequencer) MaintenanceUpgrade

func (*Sequencer) MaintenanceUpgrade(r runtime.Runtime, in *machineapi.UpgradeRequest) []runtime.Phase

MaintenanceUpgrade is the upgrade sequence in maintenance mode.

func (*Sequencer) Reboot

func (*Sequencer) Reboot(r runtime.Runtime) []runtime.Phase

Reboot is the reboot sequence.

func (*Sequencer) Reset

Reset is the reset sequence.

func (*Sequencer) Shutdown

Shutdown is the shutdown sequence.

func (*Sequencer) StageUpgrade

StageUpgrade is the stage upgrade sequence.

func (*Sequencer) Upgrade

Upgrade is the upgrade sequence.

type State

type State struct {
	// contains filtered or unexported fields
}

State implements the state interface.

func NewState

func NewState() (s *State, err error)

NewState initializes and returns the v1alpha1 state.

func (*State) Cluster

func (s *State) Cluster() runtime.ClusterState

Cluster implements the state interface.

func (*State) Machine

func (s *State) Machine() runtime.MachineState

Machine implements the state interface.

func (*State) Platform

func (s *State) Platform() runtime.Platform

Platform implements the state interface.

func (*State) V1Alpha2

func (s *State) V1Alpha2() runtime.V1Alpha2State

V1Alpha2 implements the state interface.

type SystemDiskTargets

type SystemDiskTargets interface {
	GetSystemDiskTargets() []runtime.PartitionTarget
}

SystemDiskTargets represents the interface for getting the system disk targets. It's a subset of runtime.ResetOptions.

Directories

Path Synopsis
Package board provides the function to discover the current board.
Package board provides the function to discover the current board.
bananapi_m64
Package bananapim64 provides the Banana Pi M64 board implementation.
Package bananapim64 provides the Banana Pi M64 board implementation.
jetson_nano
Package jetsonnano provides the Jetson Nano board implementation.
Package jetsonnano provides the Jetson Nano board implementation.
libretech_all_h3_cc_h5
Package libretechallh3cch5 provides the LibretechAllH3CCH5 board implementation.
Package libretechallh3cch5 provides the LibretechAllH3CCH5 board implementation.
nanopi_r4s
Package nanopir4s provides the Nano Pi R4S board implementation.
Package nanopir4s provides the Nano Pi R4S board implementation.
pine64
Package pine64 provides the Pine64 board implementation.
Package pine64 provides the Pine64 board implementation.
rock64
Package rock64 provides the Pine64 Rock64 board implementation.
Package rock64 provides the Pine64 Rock64 board implementation.
rockpi4
Package rockpi4 provides the Radxa rock pi implementation.
Package rockpi4 provides the Radxa rock pi implementation.
rockpi4c
Package rockpi4c provides the Radxa rock pi implementation.
Package rockpi4c provides the Radxa rock pi implementation.
rpi_generic
Package rpigeneric provides the Raspberry Pi Compute Module 4 implementation.
Package rpigeneric provides the Raspberry Pi Compute Module 4 implementation.
Package bootloader provides bootloader implementation.
Package bootloader provides bootloader implementation.
grub
Package grub provides the interface to the GRUB bootloader: config management, installation, etc.
Package grub provides the interface to the GRUB bootloader: config management, installation, etc.
mount
Package mount provides bootloader mount operations.
Package mount provides bootloader mount operations.
options
Package options provides bootloader options.
Package options provides bootloader options.
sdboot
Package sdboot provides the interface to the Systemd-Boot bootloader: config management, installation, etc.
Package sdboot provides the interface to the Systemd-Boot bootloader: config management, installation, etc.
Package platform provides functions to get the runtime.Platform.
Package platform provides functions to get the runtime.Platform.
akamai
Package akamai contains the Akamai implementation of the [platform.Platform].
Package akamai contains the Akamai implementation of the [platform.Platform].
aws
Package aws contains the AWS implementation of the [platform.Platform].
Package aws contains the AWS implementation of the [platform.Platform].
azure
Package azure contains the Azure implementation of the [platform.Platform].
Package azure contains the Azure implementation of the [platform.Platform].
container
Package container contains the Container implementation of the [platform.Platform].
Package container contains the Container implementation of the [platform.Platform].
container/internal/files
Package files provides internal methods to container platform to read files.
Package files provides internal methods to container platform to read files.
digitalocean
Package digitalocean contains the Digital Ocean implementation of the [platform.Platform].
Package digitalocean contains the Digital Ocean implementation of the [platform.Platform].
equinixmetal
Package equinixmetal contains the Equinix Metal implementation of the [platform.Platform].
Package equinixmetal contains the Equinix Metal implementation of the [platform.Platform].
errors
Package errors contains errors used by the platform package.
Package errors contains errors used by the platform package.
exoscale
Package exoscale contains the Exoscale platform implementation.
Package exoscale contains the Exoscale platform implementation.
gcp
Package gcp contains the GCP implementation of the [platform.Platform].
Package gcp contains the GCP implementation of the [platform.Platform].
hcloud
Package hcloud contains the Hcloud implementation of the [platform.Platform].
Package hcloud contains the Hcloud implementation of the [platform.Platform].
internal/address
Package address provides utility functions for address parsing.
Package address provides utility functions for address parsing.
internal/netutils
Package netutils provides network-related helpers for platform implementation.
Package netutils provides network-related helpers for platform implementation.
metal
Package metal contains the metal implementation of the [platform.Platform].
Package metal contains the metal implementation of the [platform.Platform].
metal/oauth2
Package oauth2 implements OAuth2 Device Flow to authenticate machine config download.
Package oauth2 implements OAuth2 Device Flow to authenticate machine config download.
metal/url
Package url handles expansion of the download URL for the config.
Package url handles expansion of the download URL for the config.
nocloud
Package nocloud provides the NoCloud platform implementation.
Package nocloud provides the NoCloud platform implementation.
opennebula
Package opennebula provides the OpenNebula platform implementation.
Package opennebula provides the OpenNebula platform implementation.
openstack
Package openstack provides the Openstack platform implementation.
Package openstack provides the Openstack platform implementation.
oracle
Package oracle provides the Oracle platform implementation.
Package oracle provides the Oracle platform implementation.
scaleway
Package scaleway provides the Scaleway platform implementation.
Package scaleway provides the Scaleway platform implementation.
upcloud
Package upcloud provides the UpCloud platform implementation.
Package upcloud provides the UpCloud platform implementation.
vmware
Package vmware provides the VMware platform implementation.
Package vmware provides the VMware platform implementation.
vultr
Package vultr provides the Vultr platform implementation.
Package vultr provides the Vultr platform implementation.

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