api

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Published: Oct 30, 2019 License: MIT Imports: 41 Imported by: 1

README

cluster-api

this is an api used for glvd/cluster

Documentation

Overview

Package client provides a Go Client for the IPFS Cluster API provided by the "api/rest" component. It supports both the HTTP(s) endpoint and the libp2p-http endpoint.

Package api holds declarations for types used in ipfs-cluster APIs to make them re-usable across differen tools. This include RPC API "Serial[izable]" versions for types. The Go API uses natives types, while RPC API, REST APIs etc use serializable types (i.e. json format). Conversion methods exists between types.

Note that all conversion methods ignore any parsing errors. All values must be validated first before initializing any of the types defined here.

Index

Constants

Composite TrackerStatus.

AllType is a PinType used for filtering all pin types

Variables

View Source
var (
	DefaultTimeout   = 0
	DefaultAPIAddr   = "/ip4/127.0.0.1/tcp/9094"
	DefaultLogLevel  = "info"
	DefaultProxyPort = 9095
	ResolveTimeout   = 30 * time.Second
	DefaultPort      = 9094
)

Configuration defaults

View Source
var DefaultShardSize = uint64(100 * 1024 * 1024) // 100 MB

DefaultShardSize is the shard size for params objects created with DefaultParams().

Functions

func IsPeerAddress

func IsPeerAddress(addr multiaddr.Multiaddr) bool

IsPeerAddress detects if the given multiaddress identifies a libp2p peer, either because it has the /p2p/ protocol or because it uses /dnsaddr/

func PeersToStrings

func PeersToStrings(peers []peer.ID) []string

PeersToStrings IDB58Encodes a list of peers.

func StringsToPeers

func StringsToPeers(strs []string) []peer.ID

StringsToPeers decodes peer.IDs from strings.

Types

type AddParams

type AddParams struct {
	PinOptions

	Local          bool
	Recursive      bool
	Layout         string
	Chunker        string
	RawLeaves      bool
	Hidden         bool
	Wrap           bool
	Shard          bool
	Progress       bool
	CidVersion     int
	HashFun        string
	StreamChannels bool
	NoCopy         bool
}

AddParams contains all of the configurable parameters needed to specify the importing process of a file being added to an ipfs-cluster

func AddParamsFromQuery

func AddParamsFromQuery(query url.Values) (*AddParams, error)

AddParamsFromQuery parses the AddParams object from a URL.Query().

func DefaultAddParams

func DefaultAddParams() *AddParams

DefaultAddParams returns a AddParams object with standard defaults

func (*AddParams) Equals

func (p *AddParams) Equals(p2 *AddParams) bool

Equals checks if p equals p2.

func (*AddParams) ToQueryString

func (p *AddParams) ToQueryString() string

ToQueryString returns a url query string (key=value&key2=value2&...)

type AddedOutput

type AddedOutput struct {
	Name  string  `json:"name" codec:"n,omitempty"`
	Cid   cid.Cid `json:"cid" codec:"c"`
	Bytes uint64  `json:"bytes,omitempty" codec:"b,omitempty"`
	Size  uint64  `json:"size,omitempty" codec:"s,omitempty"`
}

AddedOutput carries information for displaying the standard ipfs output indicating a node of a file has been added.

type Alert

type Alert struct {
	Peer       peer.ID
	MetricName string
}

Alert carries alerting information about a peer. WIP.

type Client

type Client interface {
	// ID returns information about the cluster Peer.
	ID(context.Context) (*ID, error)

	// Peers requests ID information for all cluster peers.
	Peers(context.Context) ([]*ID, error)
	// PeerJoin add a peer join to the cluster.
	PeerJoin(ctx context.Context, addr string) (*ID, error)
	// PeerAdd adds a new peer to the cluster.
	PeerAdd(ctx context.Context, pid peer.ID) (*ID, error)
	// PeerRm removes a current peer from the cluster
	PeerRm(ctx context.Context, pid peer.ID) error

	// Add imports files to the cluster from the given paths.
	Add(ctx context.Context, paths []string, params *AddParams, out chan<- *AddedOutput) error
	// AddMultiFile imports new files from a MultiFileReader.
	AddMultiFile(ctx context.Context, multiFileR *files.MultiFileReader, params *AddParams, out chan<- *AddedOutput) error

	// Pin tracks a Cid with the given replication factor and a name for
	// human-friendliness.
	Pin(ctx context.Context, ci cid.Cid, opts PinOptions) (*Pin, error)
	// Unpin untracks a Cid from cluster.
	Unpin(ctx context.Context, ci cid.Cid) (*Pin, error)

	// PinPath resolves given path into a cid and performs the pin operation.
	PinPath(ctx context.Context, path string, opts PinOptions) (*Pin, error)
	// UnpinPath resolves given path into a cid and performs the unpin operation.
	// It returns Pin of the given cid before it is unpinned.
	UnpinPath(ctx context.Context, path string) (*Pin, error)

	// Allocations returns the consensus state listing all tracked items
	// and the peers that should be pinning them.
	Allocations(ctx context.Context, filter PinType) ([]*Pin, error)
	// Allocation returns the current allocations for a given Cid.
	Allocation(ctx context.Context, ci cid.Cid) (*Pin, error)

	// Status returns the current ipfs state for a given Cid. If local is true,
	// the information affects only the current peer, otherwise the information
	// is fetched from all cluster peers.
	Status(ctx context.Context, ci cid.Cid, local bool) (*GlobalPinInfo, error)
	// StatusAll gathers Status() for all tracked items.
	StatusAll(ctx context.Context, filter TrackerStatus, local bool) ([]*GlobalPinInfo, error)

	// Sync makes sure the state of a Cid corresponds to the state reported
	// by the ipfs daemon, and returns it. If local is true, this operation
	// only happens on the current peer, otherwise it happens on every
	// cluster peer.
	Sync(ctx context.Context, ci cid.Cid, local bool) (*GlobalPinInfo, error)
	// SyncAll triggers Sync() operations for all tracked items. It only
	// returns informations for items that were de-synced or have an error
	// state. If local is true, the operation is limited to the current
	// peer. Otherwise it happens on every cluster peer.
	SyncAll(ctx context.Context, local bool) ([]*GlobalPinInfo, error)

	// Recover retriggers pin or unpin ipfs operations for a Cid in error
	// state.  If local is true, the operation is limited to the current
	// peer, otherwise it happens on every cluster peer.
	Recover(ctx context.Context, ci cid.Cid, local bool) (*GlobalPinInfo, error)
	// RecoverAll triggers Recover() operations on all tracked items. If
	// local is true, the operation is limited to the current peer.
	// Otherwise, it happens everywhere.
	RecoverAll(ctx context.Context, local bool) ([]*GlobalPinInfo, error)

	// Version returns the ipfs-cluster peer's version.
	Version(context.Context) (*Version, error)

	// IPFS returns an instance of go-ipfs-api's Shell, pointing to a
	// Cluster's IPFS proxy endpoint.
	IPFS(context.Context) *httpapi.HttpApi

	// GetConnectGraph returns an ipfs-cluster connection graph.
	GetConnectGraph(context.Context) (*ConnectGraph, error)

	// Metrics returns a map with the latest metrics of matching name
	// for the current cluster peers.
	Metrics(ctx context.Context, name string) ([]*Metric, error)
}

Client interface defines the interface to be used by API clients to interact with the ipfs-cluster-service. All methods take a context.Context as their first parameter, this allows for timing out and cancelling of requests as well as recording metrics and tracing of requests through the API.

func DefaultCluster

func DefaultCluster(cfg *Config) (Client, error)

DefaultCluster initializes a client given a Config.

func NewDefaultClient

func NewDefaultClient(cfg *Config) (Client, error)

NewDefaultClient initializes a client given a Config.

func NewLBClient

func NewLBClient(strategy LBStrategy, cfgs []*Config, retries int) (Client, error)

NewLBClient returns a new client that would load balance requests among clients.

type Config

type Config struct {
	// Enable SSL support. Only valid without APIAddr.
	SSL bool
	// Skip certificate verification (insecure)
	NoVerifyCert bool

	// Username and password for basic authentication
	Username string
	Password string

	// The ipfs-cluster REST API endpoint in multiaddress form
	// (takes precedence over host:port). It this address contains
	// an /ipfs/, /p2p/ or /dnsaddr, the API will be contacted
	// through a libp2p tunnel, thus getting encryption for
	// free. Using the libp2p tunnel will ignore any configurations.
	APIAddr multiaddr.Multiaddr

	// REST API endpoint host and port. Only valid without
	// APIAddr.
	Host string
	Port string

	// If APIAddr is provided, and the peer uses private networks (pnet),
	// then we need to provide the key. If the peer is the cluster peer,
	// this corresponds to the cluster secret.
	ProtectorKey []byte

	// ProxyAddr is used to obtain a go-ipfs-api Shell instance pointing
	// to the ipfs proxy endpoint of ipfs-cluster. If empty, the location
	// will be guessed from one of APIAddr/Host,
	// and the port used will be ipfs-cluster's proxy default port (9095)
	ProxyAddr multiaddr.Multiaddr

	// Define timeout for network operations
	Timeout time.Duration

	// Specifies if we attempt to re-use connections to the same
	// hosts.
	DisableKeepAlives bool

	// LogLevel defines the verbosity of the logging facility
	LogLevel string
}

Config allows to configure the parameters to connect to the ipfs-cluster REST API.

type ConnectGraph

type ConnectGraph struct {
	ClusterID peer.ID
	// ipfs to ipfs links
	IPFSLinks map[string][]peer.ID `json:"ipfs_links" codec:"il,omitempty"`
	// cluster to cluster links
	ClusterLinks map[string][]peer.ID `json:"cluster_links" codec:"cl,omitempty"`
	// cluster to ipfs links
	ClustertoIPFS map[string]peer.ID `json:"cluster_to_ipfs" codec:"ci,omitempty"`
}

ConnectGraph holds information about the connectivity of the cluster To read, traverse the keys of ClusterLinks. Each such id is one of the peers of the "ClusterID" peer running the query. ClusterLinks[id] in turn lists the ids that peer "id" sees itself connected to. It is possible that id is a peer of ClusterID, but ClusterID can not reach id over rpc, in which case ClusterLinks[id] == [], as id's view of its connectivity can not be retrieved.

Iff there was an error reading the IPFSID of the peer then id will not be a key of ClustertoIPFS or IPFSLinks. Finally iff id is a key of ClustertoIPFS then id will be a key of IPFSLinks. In the event of a SwarmPeers error IPFSLinks[id] == [].

type Error

type Error struct {
	Code    int    `json:"code" codec:"o,omitempty"`
	Message string `json:"message" codec:"m,omitempty"`
}

Error can be used by APIs to return errors.

func (*Error) Error

func (e *Error) Error() string

Error implements the error interface and returns the error's message.

type Failover

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

Failover is a load balancing strategy that would try the local cluster peer first. If the local call fail it would try other client in a round robin fashion.

func (*Failover) Next

func (f *Failover) Next(count int) Client

Next returns the next client to be used.

func (*Failover) SetClients

func (f *Failover) SetClients(cl []Client)

SetClients sets a list of clients for this strategy.

type GlobalPinInfo

type GlobalPinInfo struct {
	Cid cid.Cid `json:"cid" codec:"c"`
	// https://github.com/golang/go/issues/28827
	// Peer IDs are of string Kind(). We can't use peer IDs here
	// as Go ignores TextMarshaler.
	PeerMap map[string]*PinInfo `json:"peer_map" codec:"pm,omitempty"`
}

GlobalPinInfo contains cluster-wide status information about a tracked Cid, indexed by cluster peer.

func WaitFor

WaitFor is a utility function that allows for a caller to wait for a paticular status for a CID (as defined by StatusFilterParams). It returns the final status for that CID and an error, if there was.

WaitFor works by calling Status() repeatedly and checking that all peers have transitioned to the target TrackerStatus or are Remote. If an error of some type happens, WaitFor returns immediately with an empty GlobalPinInfo.

func (*GlobalPinInfo) String

func (gpi *GlobalPinInfo) String() string

String returns the string representation of a GlobalPinInfo.

type ID

type ID struct {
	ID                    peer.ID     `json:"id" codec:"i,omitempty"`
	Addresses             []Multiaddr `json:"addresses" codec:"a,omitempty"`
	ClusterPeers          []peer.ID   `json:"cluster_peers" codec:"cp,omitempty"`
	ClusterPeersAddresses []Multiaddr `json:"cluster_peers_addresses" codec:"cpa,omitempty"`
	Version               string      `json:"version" codec:"v,omitempty"`
	Commit                string      `json:"commit" codec:"c,omitempty"`
	RPCProtocolVersion    protocol.ID `json:"rpc_protocol_version" codec:"rv,omitempty"`
	Error                 string      `json:"error" codec:"e,omitempty"`
	IPFS                  *IPFSID     `json:"ipfs,omitempty" codec:"ip,omitempty"`
	Peername              string      `json:"peername" codec:"pn,omitempty"`
}

ID holds information about the Cluster peer

type IPFSID

type IPFSID struct {
	ID           peer.ID     `json:"id,omitempty" codec:"i,omitempty"`
	Addresses    []Multiaddr `json:"addresses" codec:"a,omitempty"`
	AgentVersion string      `json:"AgentVersion"`
	Error        string      `json:"error" codec:"e,omitempty"`
}

IPFSID is used to store information about the underlying IPFS daemon

type IPFSPinStatus

type IPFSPinStatus int

IPFSPinStatus represents the status of a pin in IPFS (direct, recursive etc.)

const (
	IPFSPinStatusBug IPFSPinStatus = iota
	IPFSPinStatusError
	IPFSPinStatusDirect
	IPFSPinStatusRecursive
	IPFSPinStatusIndirect
	IPFSPinStatusUnpinned
)

IPFSPinStatus values FIXME include maxdepth

func IPFSPinStatusFromString

func IPFSPinStatusFromString(t string) IPFSPinStatus

IPFSPinStatusFromString parses a string and returns the matching IPFSPinStatus.

func (IPFSPinStatus) IsPinned

func (ips IPFSPinStatus) IsPinned(maxDepth int) bool

IsPinned returns true if the item is pinned as expected by the maxDepth parameter.

func (IPFSPinStatus) ToTrackerStatus

func (ips IPFSPinStatus) ToTrackerStatus() TrackerStatus

ToTrackerStatus converts the IPFSPinStatus value to the appropriate TrackerStatus value.

type IPFSRepoStat

type IPFSRepoStat struct {
	RepoSize   uint64 `codec:"r,omitempty"`
	StorageMax uint64 `codec:"s, omitempty"`
}

IPFSRepoStat wraps information about the IPFS repository.

type LBStrategy

type LBStrategy interface {
	Next(count int) Client
	SetClients(clients []Client)
}

LBStrategy is a strategy to load balance requests among clients.

type Metric

type Metric struct {
	Name       string  `json:"name" codec:"n,omitempty"`
	Peer       peer.ID `json:"peer" codec:"p,omitempty"`
	Value      string  `json:"value" codec:"v,omitempty"`
	Expire     int64   `json:"expire" codec:"e,omitempty"`
	Valid      bool    `json:"valid" codec:"d,omitempty"`
	ReceivedAt int64   `json:"received_at" codec:"t,omitempty"` // ReceivedAt contains a UnixNano timestamp
}

Metric transports information about a peer.ID. It is used to decide pin allocations by a PinAllocator. IPFS cluster is agnostic to the Value, which should be interpreted by the PinAllocator. The ReceivedAt value is a timestamp representing when a peer has received the metric value.

func (*Metric) Discard

func (m *Metric) Discard() bool

Discard returns if the metric not valid or has expired

func (*Metric) Expired

func (m *Metric) Expired() bool

Expired returns if the Metric has expired

func (*Metric) GetTTL

func (m *Metric) GetTTL() time.Duration

GetTTL returns the time left before the Metric expires

func (*Metric) SetTTL

func (m *Metric) SetTTL(d time.Duration)

SetTTL sets Metric to expire after the given time.Duration

type Multiaddr

type Multiaddr struct {
	multiaddr.Multiaddr
}

Multiaddr is a concrete type to wrap a Multiaddress so that it knows how to serialize and deserialize itself.

func NewMultiaddr

func NewMultiaddr(mstr string) (Multiaddr, error)

NewMultiaddr returns a cluster Multiaddr wrapper creating the multiaddr.Multiaddr with the given string.

func NewMultiaddrWithValue

func NewMultiaddrWithValue(ma multiaddr.Multiaddr) Multiaddr

NewMultiaddrWithValue returns a new cluster Multiaddr wrapper using the given multiaddr.Multiaddr.

func (Multiaddr) MarshalBinary

func (maddr Multiaddr) MarshalBinary() ([]byte, error)

MarshalBinary returs the bytes of the wrapped multiaddress.

func (Multiaddr) MarshalJSON

func (maddr Multiaddr) MarshalJSON() ([]byte, error)

MarshalJSON returns a JSON-formatted multiaddress.

func (*Multiaddr) UnmarshalBinary

func (maddr *Multiaddr) UnmarshalBinary(data []byte) error

UnmarshalBinary casts some bytes as a multiaddress wraps it with the given cluster Multiaddr.

func (*Multiaddr) UnmarshalJSON

func (maddr *Multiaddr) UnmarshalJSON(data []byte) error

UnmarshalJSON parses a cluster Multiaddr from the JSON representation.

func (Multiaddr) Value

func (maddr Multiaddr) Value() multiaddr.Multiaddr

Value returns the wrapped multiaddr.Multiaddr.

type NodeWithMeta

type NodeWithMeta struct {
	Data    []byte  `codec:"d,omitempty"`
	Cid     cid.Cid `codec:"c,omitempty"`
	CumSize uint64  `codec:"s,omitempty"` // Cumulative size
	Format  string  `codec:"f,omitempty"`
}

NodeWithMeta specifies a block of data and a set of optional metadata fields carrying information about the encoded ipld node

func (*NodeWithMeta) Size

func (n *NodeWithMeta) Size() uint64

Size returns how big is the block. It is different from CumSize, which records the size of the underlying tree.

type Pin

type Pin struct {
	PinOptions

	Cid cid.Cid `json:"cid" codec:"c"`

	// See PinType comments
	Type PinType `json:"type" codec:"t,omitempty"`

	// The peers to which this pin is allocated
	Allocations []peer.ID `json:"allocations" codec:"a,omitempty"`

	// MaxDepth associated to this pin. -1 means
	// recursive.
	MaxDepth int `json:"max_depth" codec:"d,omitempty"`

	// We carry a reference CID to this pin. For
	// ClusterDAGs, it is the MetaPin CID. For the
	// MetaPin it is the ClusterDAG CID. For Shards,
	// it is the previous shard CID.
	// When not needed the pointer is nil
	Reference *cid.Cid `json:"reference" codec:"r,omitempty"`
}

Pin carries all the information associated to a CID that is pinned in IPFS Cluster. It also carries transient information (that may not get protobuffed, like UserAllocations).

func PinCid

func PinCid(c cid.Cid) *Pin

PinCid is a shortcut to create a Pin only with a Cid. Default is for pin to be recursive and the pin to be of DataType.

func PinWithOpts

func PinWithOpts(c cid.Cid, opts PinOptions) *Pin

PinWithOpts creates a new Pin calling PinCid(c) and then sets its PinOptions fields with the given options.

func (*Pin) Equals

func (pin *Pin) Equals(pin2 *Pin) bool

Equals checks if two pins are the same (with the same allocations). If allocations are the same but in different order, they are still considered equivalent. pin or pin2 may be nil. If both are nil, Equals returns false.

func (*Pin) IsRemotePin

func (pin *Pin) IsRemotePin(pid peer.ID) bool

IsRemotePin determines whether a Pin's ReplicationFactor has been met, so as to either pin or unpin it from the peer.

func (*Pin) ProtoMarshal

func (pin *Pin) ProtoMarshal() ([]byte, error)

ProtoMarshal marshals this Pin using probobuf.

func (*Pin) ProtoUnmarshal

func (pin *Pin) ProtoUnmarshal(data []byte) error

ProtoUnmarshal unmarshals this fields from protobuf-encoded bytes.

func (*Pin) String

func (pin *Pin) String() string

String is a string representation of a Pin.

type PinInfo

type PinInfo struct {
	Cid      cid.Cid       `json:"cid" codec:"c"`
	Peer     peer.ID       `json:"peer" codec:"p,omitempty"`
	PeerName string        `json:"peername" codec:"pn,omitempty"`
	Status   TrackerStatus `json:"status" codec:"st,omitempty"`
	TS       time.Time     `json:"timestamp" codec:"ts,omitempty"`
	Error    string        `json:"error" codec:"e,omitempty"`
}

PinInfo holds information about local pins.

type PinOptions

type PinOptions struct {
	ReplicationFactorMin int               `json:"replication_factor_min" codec:"rn,omitempty"`
	ReplicationFactorMax int               `json:"replication_factor_max" codec:"rx,omitempty"`
	Name                 string            `json:"name" codec:"n,omitempty"`
	ShardSize            uint64            `json:"shard_size" codec:"s,omitempty"`
	UserAllocations      []peer.ID         `json:"user_allocations" codec:"ua,omitempty"`
	Metadata             map[string]string `json:"metadata" codec:"m,omitempty"`
	PinUpdate            cid.Cid           `json:"pin_update,omitempty" codec:"pu,omitempty"`
}

PinOptions wraps user-defined options for Pins

func (*PinOptions) Equals

func (po *PinOptions) Equals(po2 *PinOptions) bool

Equals returns true if two PinOption objects are equivalent. po and po2 may be nil.

func (*PinOptions) FromQuery

func (po *PinOptions) FromQuery(q url.Values) error

FromQuery is the inverse of ToQuery().

func (*PinOptions) ToQuery

func (po *PinOptions) ToQuery() string

ToQuery returns the PinOption as query arguments.

type PinPath

type PinPath struct {
	PinOptions
	Path string `json:"path"`
}

PinPath is a wrapper for holding pin options and path of the content.

type PinType

type PinType uint64

PinType specifies which sort of Pin object we are dealing with. In practice, the PinType decides how a Pin object is treated by the PinTracker. See descriptions above. A sharded Pin would look like:

[ Meta ] (not pinned on IPFS, only present in cluster state)

|
v

[ Cluster DAG ] (pinned everywhere in "direct")

|      ..  |
v          v

[Shard1] .. [ShardN] (allocated to peers and pinned with max-depth=1 | | .. | | | .. | v v .. v v v .. v [][]..[] [][]..[] Blocks (indirectly pinned on ipfs, not tracked in cluster)

const (
	// BadType type showing up anywhere indicates a bug
	BadType PinType = 1 << iota
	// DataType is a regular, non-sharded pin. It is pinned recursively.
	// It has no associated reference.
	DataType
	// MetaType tracks the original CID of a sharded DAG. Its Reference
	// points to the Cluster DAG CID.
	MetaType
	// ClusterDAGType pins carry the CID of the root node that points to
	// all the shard-root-nodes of the shards in which a DAG has been
	// divided. Its Reference carries the MetaType CID.
	// ClusterDAGType pins are pinned directly everywhere.
	ClusterDAGType
	// ShardType pins carry the root CID of a shard, which points
	// to individual blocks on the original DAG that the user is adding,
	// which has been sharded.
	// They carry a Reference to the previous shard.
	// ShardTypes are pinned with MaxDepth=1 (root and
	// direct children only).
	ShardType
)

PinType values. See PinType documentation for further explanation.

func PinTypeFromString

func PinTypeFromString(str string) PinType

PinTypeFromString is the inverse of String. It returns the PinType value corresponding to the input string

func (PinType) String

func (pT PinType) String() string

String returns a printable value to identify the PinType

type RoundRobin

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

RoundRobin is a load balancing strategy that would use clients in a sequence.

func (*RoundRobin) Next

func (r *RoundRobin) Next(count int) Client

Next return the next client to be used.

func (*RoundRobin) SetClients

func (r *RoundRobin) SetClients(cl []Client)

SetClients sets a list of clients for this strategy.

type StatusFilterParams

type StatusFilterParams struct {
	Cid       cid.Cid
	Local     bool
	Target    TrackerStatus
	CheckFreq time.Duration
}

StatusFilterParams contains the parameters required to filter a stream of status results.

type TrackerStatus

type TrackerStatus int

TrackerStatus represents the status of a tracked Cid in the PinTracker

const (
	// IPFSStatus should never take this value.
	// When used as a filter. It means "all".
	TrackerStatusUndefined TrackerStatus = 0
	// The cluster node is offline or not responding
	TrackerStatusClusterError TrackerStatus = 1 << iota
	// An error occurred pinning
	TrackerStatusPinError
	// An error occurred unpinning
	TrackerStatusUnpinError
	// The IPFS daemon has pinned the item
	TrackerStatusPinned
	// The IPFS daemon is currently pinning the item
	TrackerStatusPinning
	// The IPFS daemon is currently unpinning the item
	TrackerStatusUnpinning
	// The IPFS daemon is not pinning the item
	TrackerStatusUnpinned
	// The IPFS daemon is not pinning the item but it is being tracked
	TrackerStatusRemote
	// The item has been queued for pinning on the IPFS daemon
	TrackerStatusPinQueued
	// The item has been queued for unpinning on the IPFS daemon
	TrackerStatusUnpinQueued
	// The IPFS daemon is not pinning the item through this cid but it is
	// tracked in a cluster dag
	TrackerStatusSharded
)

TrackerStatus values

func TrackerStatusAll

func TrackerStatusAll() []TrackerStatus

TrackerStatusAll all known TrackerStatus values.

func TrackerStatusFromString

func TrackerStatusFromString(str string) TrackerStatus

TrackerStatusFromString parses a string and returns the matching TrackerStatus value. The string can be a comma-separated list representing a TrackerStatus filter. Unknown status names are ignored.

func (TrackerStatus) MarshalJSON

func (st TrackerStatus) MarshalJSON() ([]byte, error)

MarshalJSON uses the string representation of TrackerStatus for JSON encoding.

func (TrackerStatus) Match

func (st TrackerStatus) Match(filter TrackerStatus) bool

Match returns true if the tracker status matches the given filter. For example TrackerStatusPinError will match TrackerStatusPinError and TrackerStatusError

func (TrackerStatus) String

func (st TrackerStatus) String() string

String converts a TrackerStatus into a readable string. If the given TrackerStatus is a filter (with several bits set), it will return a comma-separated list.

func (*TrackerStatus) UnmarshalJSON

func (st *TrackerStatus) UnmarshalJSON(data []byte) error

UnmarshalJSON sets a tracker status from its JSON representation.

type Version

type Version struct {
	Version string `json:"version" codec:"v"`
}

Version holds version information

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