monitor

type Config struct {
	Interval                  time.Duration `help:"how frequently to report storage stats to the satellite" default:"1h0m0s"`
	VerifyDirReadableInterval time.Duration `help:"how frequently to verify the location and readability of the storage directory" releaseDefault:"1m" devDefault:"30s"`
	VerifyDirWritableInterval time.Duration `help:"how frequently to verify writability of storage directory" releaseDefault:"5m" devDefault:"30s"`
	VerifyDirReadableTimeout  time.Duration `help:"how long to wait for a storage directory readability verification to complete" releaseDefault:"1m" devDefault:"10s"`
	VerifyDirWritableTimeout  time.Duration `help:"how long to wait for a storage directory writability verification to complete" releaseDefault:"1m" devDefault:"10s"`
	VerifyDirWarnOnly         bool          `help:"if the storage directory verification check fails, log a warning instead of killing the node" default:"false"`
	MinimumDiskSpace          memory.Size   `help:"how much disk space a node at minimum has to advertise" default:"500GB"`
	MinimumBandwidth          memory.Size   `help:"how much bandwidth a node at minimum has to advertise (deprecated)" default:"0TB"`
	NotifyLowDiskCooldown     time.Duration `help:"minimum length of time between capacity reports" default:"10m" hidden:"true"`
	DedicatedDisk             bool          `` /* 193-byte string literal not displayed */
	ReservedBytes             memory.Size   `` /* 150-byte string literal not displayed */
}

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

type DiskSpace struct {
	// Allocated is the amount of disk space allocated to the storage node, in bytes.
	Allocated int64
	// Total is the total amount of disk space on the whole disk, not just allocated disk space, in bytes.
	Total int64
	// UsedForPieces is the amount of disk space used for pieces, in bytes.
	UsedForPieces int64
	// UsedForTrash is the amount of disk space used for trash, in bytes.
	UsedForTrash int64
	// Free is the actual amount of free space on the whole disk, not just allocated disk space, in bytes.
	Free int64
	// Available is the amount of free space on the allocated disk space, in bytes.
	Available int64
	// Overused is the amount of disk space overused by the storage node, in bytes.
	Overused int64
}

type DiskVerification interface {
	VerifyStorageDirWithTimeout(ctx context.Context, id storj.NodeID, timeout time.Duration) error

	CheckWritabilityWithTimeout(ctx context.Context, timeout time.Duration) error
}

type HashStoreBackend interface {
	SpaceUsage() SpaceUsage
}

type Service struct {
	Loop                  *sync2.Cycle
	VerifyDirReadableLoop *sync2.Cycle
	VerifyDirWritableLoop *sync2.Cycle
	Config                Config
	// contains filtered or unexported fields
}

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

type SpaceReport interface {

	// PreFlightCheck checks if the disk is ready to use.
	PreFlightCheck(ctx context.Context) error

	// AvailableSpace returns available disk space.
	// Used for reporting it to satellite + checking it before upload.
	AvailableSpace(ctx context.Context) (_ int64, err error)

	// DiskSpace returns consolidated disk space state info.
	// Used by reporting only.
	DiskSpace(ctx context.Context) (_ DiskSpace, err error)
}

type SpaceUsage struct {
	UsedTotal       int64 // total space used including metadata and unreferenced data
	UsedForPieces   int64 // total space used by live pieces
	UsedForTrash    int64 // total space used by trash pieces
	UsedForMetadata int64 // total space used by metadata (hash tables and stuff)
}