provisioner

type APICalls interface {
	ContainerConfig() (params.ContainerConfig, error)
	PrepareContainerInterfaceInfo(names.MachineTag) ([]network.InterfaceInfo, error)
	GetContainerInterfaceInfo(names.MachineTag) ([]network.InterfaceInfo, error)
	GetContainerProfileInfo(names.MachineTag) ([]*apiprovisioner.LXDProfileResult, error)
	ReleaseContainerAddresses(names.MachineTag) error
	SetHostMachineNetworkConfig(names.MachineTag, []params.NetworkConfig) error
	HostChangesForContainer(containerTag names.MachineTag) ([]network.DeviceToBridge, int, error)
}

type AvailabilityZoneMachine struct {
	ZoneName           string
	MachineIds         set.Strings
	FailedMachineIds   set.Strings
	ExcludedMachineIds set.Strings // Don't use these machines in the zone.
}

type ClassifiableMachine interface {
	Life() params.Life
	InstanceId() (instance.Id, error)
	EnsureDead() error
	Status() (status.Status, string, error)
	InstanceStatus() (status.Status, string, error)
	Id() string
}

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

type ContainerSetupParams struct {
	Runner              *worker.Runner
	WorkerName          string
	SupportedContainers []instance.ContainerType
	Machine             apiprovisioner.MachineProvisioner
	Provisioner         *apiprovisioner.State
	Config              agent.Config
	MachineLock         machinelock.Lock
	CredentialAPI       workercommon.CredentialAPI
}

type DistributionGroupFinder interface {
	DistributionGroupByMachineId(...names.MachineTag) ([]apiprovisioner.DistributionGroupResult, error)
}

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

type HostPreparerParams struct {
	API                PrepareAPI
	ObserveNetworkFunc func() ([]params.NetworkConfig, error)
	AcquireLockFunc    func(string, <-chan struct{}) (func(), error)
	CreateBridger      func() (network.Bridger, error)
	AbortChan          <-chan struct{}
	MachineTag         names.MachineTag
	Logger             loggo.Logger
}

type LXDProfileInstanceBroker interface {
	environs.InstanceBroker
	environs.LXDProfiler
}

type MachineClassification string

type MachineGetter interface {
	Machines(...names.MachineTag) ([]apiprovisioner.MachineResult, error)
	MachinesWithTransientErrors() ([]apiprovisioner.MachineStatusResult, error)
}

type ManifoldConfig struct {
	AgentName     string
	APICallerName string
	EnvironName   string

	NewProvisionerFunc           func(*apiprovisioner.State, agent.Config, environs.Environ, common.CredentialAPI) (Provisioner, error)
	NewCredentialValidatorFacade func(base.APICaller) (common.CredentialAPI, error)
}

type PrepareAPI interface {
	// HostChangesForContainer returns the list of bridges to be created on the
	// host machine, and the time to sleep after creating the bridges before
	// bringing them up.
	HostChangesForContainer(names.MachineTag) ([]network.DeviceToBridge, int, error)
	// SetHostMachineNetworkConfig allows us to report back the host machine's
	// current networking config. This is called after we've created new
	// bridges to inform the Controller what the current networking interfaces
	// are.
	SetHostMachineNetworkConfig(names.MachineTag, []params.NetworkConfig) error
}

type PrepareHostFunc func(containerTag names.MachineTag, log loggo.Logger, abort <-chan struct{}) error

type Provisioner interface {
	worker.Worker
	// contains filtered or unexported methods
}

type ProvisionerTask interface {
	worker.Worker

	// SetHarvestMode sets a flag to indicate how the provisioner task
	// should harvest machines. See config.HarvestMode for
	// documentation of behavior.
	SetHarvestMode(mode config.HarvestMode)
}

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

type ToolsFinder interface {
	// FindTools returns a list of tools matching the specified
	// version, series, and architecture. If arch is empty, the
	// implementation is expected to use a well documented default.
	FindTools(version version.Number, series string, arch string) (coretools.List, error)
}