mirror of https://github.com/fluencelabs/js-libp2p synced 2025-03-16 23:50:51 +00:00

Vasco Santos 7fbd1556e8 fix: use libp2p.multiaddrs instead of listen

Co-Authored-By: Jacob Heun <jacobheun@gmail.com>

2020-05-28 12:37:48 +02:00

32 KiB

Raw Blame History

API

Static Functions
- create
Instance Methods
Events
Types
- Stats

Static Functions

create

Creates an instance of Libp2p.

create(options)

Parameters

Name	Type	Description
options	`object`	libp2p options
options.modules	`Array<object>`	libp2p modules to use
[options.addresses]	`{ listen: Array<string>, announce: Array<string>, noAnnounce: Array<string> }`	Addresses for transport listening and to advertise to the network
[options.config]	`object`	libp2p modules configuration and core configuration
[options.connectionManager]	`object`	libp2p Connection Manager configuration
[options.datastore]	`object`	must implement ipfs/interface-datastore (in memory datastore will be used if not provided)
[options.dialer]	`object`	libp2p Dialer configuration
[options.metrics]	`object`	libp2p Metrics configuration
[options.peerId]	`PeerId`	peerId instance (it will be created if not provided)

For Libp2p configurations and modules details read the Configuration Document.

Returns

Type	Description
`Promise<Libp2p>`	Promise resolves with the Libp2p instance

Example

const Libp2p = require('libp2p')

// specify options
const options = {}

// create libp2p
const libp2p = await Libp2p.create(options)

Note: The PeerId option is not required and will be generated if it is not provided.

Alternative

As an alternative, it is possible to create a Libp2p instance with the constructor:

Example

const Libp2p = require('libp2p')

// specify options
const options = {}

// create libp2p
const libp2p = new Libp2p(options)

Required keys in the options object:

peerId: instance of PeerId that contains the peer Keys (optional when using .create).
modules.transport: An array that must include at least 1 compliant transport. See modules that implement the transport interface.

Libp2p Instance Methods

start

Starts the libp2p node.

libp2p.start()

Returns

Type	Description
`Promise`	Promise resolves when the node is ready

Example

const Libp2p = require('libp2p')

// ...

const libp2p = await Libp2p.create(options)

// start libp2p
await libp2p.start()

stop

Stops the libp2p node.

libp2p.stop()

Returns

Type	Description
`Promise`	Promise resolves when the node is fully stopped

Example

const Libp2p = require('libp2p')

// ...
const libp2p = await Libp2p.create(options)
// ...

// stop libp2p
await libp2p.stop()

addresses

TODO with address-manager.

connections

A Getter that returns a Map of the current Connections libp2p has to other peers.

libp2p.connections

Returns

Type	Description
`Map<string, Array<Connection>>`	A map of `PeerId` strings to `Connection` Arrays

Example

for (const [peerId, connections] of libp2p.connections) {
  for (const connection of connections) {
    console.log(peerId, connection.remoteAddr.toString())
    // Logs the PeerId string and the observed remote multiaddr of each Connection
  }
}

dial

dial(peer, options)

Parameters

Name	Type	Description
peer	`PeerId`\|`Multiaddr`\|`string`	The peer to dial.
[options]	`object`	dial options
[options.signal]	`AbortSignal`	An `AbortSignal` instance obtained from an `AbortController` that can be used to abort the connection before it completes

Note: If a Multiaddr or its string is provided, it must include the peer id. Moreover, if a PeerId is given, the peer will need to have known multiaddrs for it in the PeerStore.

Returns

Type	Description
`Promise<Connection>`	Promise resolves with the Connection instance

Example

// ...
const conn = await libp2p.dial(remotePeerId)

// create a new stream within the connection
const { stream, protocol } = await conn.newStream(['/echo/1.1.0', '/echo/1.0.0'])

// protocol negotiated: 'echo/1.0.0' means that the other party only supports the older version

// ...
await conn.close()

dialProtocol

Dials to another peer in the network and selects a protocol to communicate with that peer. The stream between both parties is returned, together with the negotiated protocol.

dialProtocol(peer, protocols, options)

Parameters

Name	Type	Description
peer	`PeerId`\|`Multiaddr`\|`string`	The peer to dial.
protocols	`string	Array`
[options]	`object`	dial options
[options.signal]	`AbortSignal`	An `AbortSignal` instance obtained from an `AbortController` that can be used to abort the connection before it completes

Note: If a Multiaddr or its string is provided, it must include the peer id. Moreover, if a PeerId is given, the peer will need to have known multiaddrs for it in the PeerStore.

Returns

Type	Description
`Promise<{ stream:*, protocol:string }>`	Promise resolves with a duplex stream and the protocol used

Example

// ...
const pipe = require('it-pipe')

const { stream, protocol } = await libp2p.dialProtocol(remotePeerId, protocols)

// Use this new stream like any other duplex stream
pipe([1, 2, 3], stream, consume)

hangUp

Attempts to gracefully close an open connection to the given peer. If the connection is not closed in the grace period, it will be forcefully closed.

hangUp(peer)

Parameters

Name	Type	Description
peer	`PeerId`\|`Multiaddr`\|`string`	peer to hang up

Returns

Type	Description
`Promise<void>`	Promise resolves once connection closes

Example

// ...
await libp2p.hangUp(remotePeerId)

handle

Sets up multistream-select routing of protocols to their application handlers. Whenever a stream is opened on one of the provided protocols, the handler will be called. handle must be called in order to register a handler and support for a given protocol. This also informs other peers of the protocols you support.

libp2p.handle(protocols, handler)

In the event of a new handler for the same protocol being added, the first one is discarded.

Parameters

Name	Type	Description
protocols	`Array	string`
handler	`function({ connection:, stream:, protocol:string })`	handler to call

Example

// ...
const handler = ({ connection, stream, protocol }) => {
  // use stream or connection according to the needs
}

libp2p.handle('/echo/1.0.0', handler)

unhandle

Unregisters all handlers with the given protocols

libp2p.unhandle(protocols)

Parameters

Name	Type	Description
protocols	`Array	string`

Example

// ...
libp2p.unhandle(['/echo/1.0.0'])

ping

Pings a given peer and get the operation's latency.

libp2p.ping(peer)

Parameters

Name	Type	Description
peer	`PeerId`\|`Multiaddr`\|`string`	peer to ping

Returns

Type	Description
`Promise<number>`	Latency of the operation in ms

Example

// ...
const latency = await libp2p.ping(otherPeerId)

multiaddrs

Gets the multiaddrs the libp2p node announces to the network. This computes the advertising multiaddrs of the peer by joining the multiaddrs that libp2p transports are listening on with the announce multiaddrs provided in the libp2p config. Configured no announce multiaddrs will be filtered out of the advertised addresses.

libp2p.multiaddrs

Returns

Type	Description
`Array<Multiaddr>`	Advertising multiaddrs

Example

// ...
const listenMa = libp2p.multiaddrs
// [ <Multiaddr 047f00000106f9ba - /ip4/127.0.0.1/tcp/63930> ]

addressManager.getListenAddrs

Get the multiaddrs that were provided for listening on libp2p transports.

libp2p.addressManager.getListenAddrs()

Returns

Type	Description
`Array<Multiaddr>`	Provided listening multiaddrs

Example

// ...
const listenMa = libp2p.addressManager.getListenAddrs()
// [ <Multiaddr 047f00000106f9ba - /ip4/127.0.0.1/tcp/63930> ]

addressManager.getAnnounceAddrs

Get the multiaddrs that were provided to announce to the network.

libp2p.addressManager.getAnnounceAddrs()

Returns

Type	Description
`Array<Multiaddr>`	Provided announce multiaddrs

Example

// ...
const announceMa = libp2p.addressManager.getAnnounceAddrs()
// [ <Multiaddr 047f00000106f9ba - /dns4/peer.io/...> ]

addressManager.getNoAnnounceAddrs

Get the multiaddrs that were provided to not announce to the network.

libp2p.addressManager.getNoAnnounceAddrs()

Returns

Type	Description
`Array<Multiaddr>`	Provided noAnnounce multiaddrs

Example

// ...
const noAnnounceMa = libp2p.addressManager.getNoAnnounceAddrs()
// [ <Multiaddr 047f00000106f9ba - /ip4/127.0.0.1/tcp/63930> ]

transportManager.getAddrs

Get the multiaddrs that libp2p transports are using to listen on.

libp2p.transportManager.getAddrs()

Returns

Type	Description
`Array<Multiaddr>`	listening multiaddrs

Example

// ...
const listenMa = libp2p.transportManager.getAddrs()
// [ <Multiaddr 047f00000106f9ba - /ip4/127.0.0.1/tcp/63930> ]

contentRouting.findProviders

Iterates over all content routers in series to find providers of the given key. Once a content router succeeds, the iteration will stop. If the DHT is enabled, it will be queried first.

libp2p.contentRouting.findProviders(cid, options)

Parameters

Name	Type	Description
cid	`CID`	cid to find
options	`object`	operation options
options.timeout	`number`	maximum time the query should run
options.maxNumProviders	`number`	maximum number of providers to find

Returns

Type	Description
`AsyncIterable<{ id: PeerId, multiaddrs: Multiaddr[] }`	Async iterator for peer data

Example

// Iterate over the providers found for the given cid
for await (const provider of libp2p.contentRouting.findProviders(cid)) {
  console.log(provider.id, provider.multiaddrs)
}

contentRouting.provide

Iterates over all content routers in parallel, in order to notify it is a provider of the given key.

libp2p.contentRouting.provide(cid)

Parameters

Name	Type	Description
cid	`CID`	cid to provide

Returns

Type	Description
`Promise<void>`	Promise resolves once notifications are sent

Example

// ...
await libp2p.contentRouting.provide(cid)

contentRouting.put

Writes a value to a key in the DHT.

libp2p.contentRouting.put(key, value, options)

Parameters

Name	Type	Description
key	`string`	key to add to the dht
value	`Buffer`	value to add to the dht
[options]	`object`	put options
[options.minPeers]	`number`	minimum number of peers required to successfully put (default: closestPeers.length)

Returns

Type	Description
`Promise<void>`	Promise resolves once value is stored

Example

// ...
const key = '/key'
const value = Buffer.from('oh hello there')

await libp2p.contentRouting.put(key, value)

contentRouting.get

Queries the DHT for a value stored for a given key.

libp2p.contentRouting.get(key, options)

Parameters

Name	Type	Description
key	`string`	key to get from the dht
[options]	`object`	get options
[options.timeout]	`number`	maximum time the query should run

Returns

Type	Description
`Promise<Buffer>`	Value obtained from the DHT

Example

// ...

const key = '/key'
const value = await libp2p.contentRouting.get(key)

contentRouting.getMany

Queries the DHT for the n values stored for the given key (without sorting).

libp2p.contentRouting.getMany(key, nvals, options)

Parameters

Name	Type	Description
key	`string`	key to get from the dht
nvals	`number`	number of values aimed
[options]	`object`	get options
[options.timeout]	`number`	maximum time the query should run

Returns

Type	Description
`Promise<Array<{from: PeerId, val: Buffer}>>`	Array of records obtained from the DHT

Example

// ...

const key = '/key'
const { from, val } = await libp2p.contentRouting.get(key)

peerRouting.findPeer

Iterates over all peer routers in series to find the given peer. If the DHT is enabled, it will be tried first.

libp2p.peerRouting.findPeer(peerId, options)

Parameters

Name	Type	Description
peerId	`PeerId`	ID of the peer to find
options	`object`	operation options
options.timeout	`number`	maximum time the query should run

Returns

Type	Description
`Promise<{ id: PeerId, multiaddrs: Multiaddr[] }>`	Peer data of a known peer

Example

// ...
const peer = await libp2p.peerRouting.findPeer(peerId, options)

peerStore.addressBook.add

Adds known multiaddrs of a given peer. If the peer is not known, it will be set with the provided multiaddrs.

peerStore.addressBook.add(peerId, multiaddrs)

Parameters

Name	Type	Description
peerId	`PeerId`	peerId to set
multiaddrs		`Array<Multiaddr>`

Returns

Type	Description
`AddressBook`	Returns the Address Book component

Example

peerStore.addressBook.add(peerId, multiaddr)

peerStore.addressBook.delete

Delete the provided peer from the book.

peerStore.addressBook.delete(peerId)

Parameters

Name	Type	Description
peerId	`PeerId`	peerId to remove

Returns

Type	Description
`boolean`	true if found and removed

Example

peerStore.addressBook.delete(peerId)
// false
peerStore.addressBook.set(peerId, multiaddr)
peerStore.addressBook.delete(peerId)
// true

peerStore.addressBook.get

Get the known Addresses of a provided peer.

peerStore.addressBook.get(peerId)

Parameters

Name	Type	Description
peerId	`PeerId`	peerId to get

Returns

Type	Description
`Array<Address>`	Array of peer's `Addresses` containing the multiaddr and its metadata

Example

peerStore.addressBook.get(peerId)
// undefined
peerStore.addressBook.set(peerId, multiaddr)
peerStore.addressBook.get(peerId)
// [
// {
//   multiaddr: /ip4/140.10.2.1/tcp/8000,
//   ...
// },
// {
//   multiaddr: /ip4/140.10.2.1/ws/8001
//   ...
// },
// ]

peerStore.addressBook.getMultiaddrsForPeer

Get the known Multiaddr of a provided peer. All returned multiaddrs will include the encapsulated PeerId of the peer.

peerStore.addressBook.getMultiaddrsForPeer(peerId)

Parameters

Name	Type	Description
peerId	`PeerId`	peerId to get

Returns

Type	Description
`Array<Multiaddr>`	Array of peer's multiaddr

Example

peerStore.addressBook.getMultiaddrsForPeer(peerId)
// undefined
peerStore.addressBook.set(peerId, multiaddr)
peerStore.addressBook.getMultiaddrsForPeer(peerId)
// [
// /ip4/140.10.2.1/tcp/8000/p2p/QmW8rAgaaA6sRydK1k6vonShQME47aDxaFidbtMevWs73t
// /ip4/140.10.2.1/ws/8001/p2p/QmW8rAgaaA6sRydK1k6vonShQME47aDxaFidbtMevWs73t
// ]

peerStore.addressBook.set

Set known multiaddrs of a given peer.

peerStore.addressBook.set(peerId, multiaddrs)

Parameters

Name	Type	Description
peerId	`PeerId`	peerId to set
multiaddrs		`Array<Multiaddr>`

Returns

Type	Description
`AddressBook`	Returns the Address Book component

Example

peerStore.addressBook.add(peerId, multiaddr)

peerStore.protoBook.add

Add known protocols of a given peer.

peerStore.protoBook.add(peerId, protocols)

Parameters

Name	Type	Description
peerId	`PeerId`	peerId to set
protocols	`Array<string>`	protocols to add

Returns

Type	Description
`ProtoBook`	Returns the Proto Book component

Example

peerStore.protoBook.add(peerId, protocols)

peerStore.protoBook.delete

Delete the provided peer from the book.

peerStore.protoBook.delete(peerId)

Parameters

Name	Type	Description
peerId	`PeerId`	peerId to remove

Returns

Type	Description
`boolean`	true if found and removed

Example

peerStore.protoBook.delete(peerId)
// false
peerStore.protoBook.set(peerId, protocols)
peerStore.protoBook.delete(peerId)
// true

peerStore.protoBook.get

Get the known protocols of a provided peer.

peerStore.protoBook.get(peerId)

Parameters

Name	Type	Description
peerId	`PeerId`	peerId to get

Returns

Type	Description
`Array<string>`	Array of peer's supported protocols

Example

peerStore.protoBook.get(peerId)
// undefined
peerStore.protoBook.set(peerId, [ '/proto/1.0.0', '/proto/1.1.0' ])
peerStore.protoBook.get(peerId)
// [ '/proto/1.0.0', '/proto/1.1.0' ]

peerStore.protoBook.set

Set known protocols of a given peer.

peerStore.protoBook.set(peerId, protocols)

Parameters

Name	Type	Description
peerId	`PeerId`	peerId to set
protocols	`Array<string>`	protocols to store

Returns

Type	Description
`ProtoBook`	Returns the Proto Book component

Example

peerStore.protoBook.set(peerId, protocols)

peerStore.delete

Delete the provided peer from every book.

peerStore.delete(peerId)

Parameters

Name	Type	Description
peerId	`PeerId`	peerId to remove

Returns

Type	Description
`boolean`	true if found and removed

Example

peerStore.delete(peerId)
// false
peerStore.addressBook.set(peerId, multiaddrs)
peerStore.protoBook.set(peerId, protocols)
peerStore.delete(peerId)
// true
peerStore.delete(peerId2)
// false
peerStore.addressBook.set(peerId2, multiaddrs)
peerStore.delete(peerId2)
// true

peerStore.get

Get the stored information of a given peer, namely its PeerId, known Addresses and supported protocols.

peerStore.get(peerId)

Parameters

Name	Type	Description
peerId	`PeerId`	peerId to get

Returns

Type	Description
`{ id: PeerId, addresses: Array<Address>, protocols: Array<string> }`	Peer information of the provided peer

Example

peerStore.get(peerId)
// false
peerStore.addressBook.set(peerId, multiaddrs)
peerStore.protoBook.set(peerId, protocols)
peerStore.get(peerId)
// {
//   id: {},
//   addresses: [...],
//   protocols: [...]
// }

peerStore.peers

Get all the stored information of every peer.

peerStore.peers

Returns

Type	Description
`Map<string, { id: PeerId, addresses: Array<Address>, protocols: Array<string> }>`	Peer data of every peer known

Example

for (let [peerIdString, peer] of peerStore.peers.entries()) {
  // peer { id, addresses, protocols }
}

pubsub.getSubscribers

Gets a list of the peer-ids that are subscribed to one topic.

libp2p.pubsub.getSubscribers(topic)

Parameters

Name	Type	Description
topic	`string`	topic to publish

Returns

Type	Description
`Array<string>`	peer-id subscribed to the topic

Example

const peerIds = libp2p.pubsub.getSubscribers(topic)

pubsub.getTopics

Gets a list of topics the node is subscribed to.

libp2p.pubsub.getTopics()

Returns

Type	Description
`Array<string>`	topics the node is subscribed to

Example

const topics = libp2p.pubsub.getTopics()

pubsub.publish

Publishes messages to the given topics.

libp2p.pubsub.publish(topic, data)

Parameters

Name	Type	Description
topic	`string`	topic to publish
data	`Buffer`	data to publish

Returns

Type	Description
`Promise`	publish success

Example

const topic = 'topic'
const data = Buffer.from('data')

await libp2p.pubsub.publish(topic, data)

pubsub.subscribe

Subscribes the given handler to a pubsub topic.

libp2p.pubsub.subscribe(topic, handler)

Parameters

Name	Type	Description
topic	`string`	topic to subscribe
handler	`function({ from: string, data: Buffer, seqno: Buffer, topicIDs: Array<string>, signature: Buffer, key: Buffer })`	handler for new data on topic

Returns

Type	Description
`void`

Example

const topic = 'topic'
const handler = (msg) => {
  // msg.data - pubsub data received
}

libp2p.pubsub.subscribe(topic, handler)

pubsub.unsubscribe

Unsubscribes the given handler from a pubsub topic. If no handler is provided, all handlers for the topic are removed.

libp2p.pubsub.unsubscribe(topic, handler)

Parameters

Name	Type	Description
topic	`string`	topic to unsubscribe
handler	`function(<object>)`	handler subscribed

Returns

Type	Description
`void`

Example

const topic = 'topic'
const handler = (msg) => {
  // msg.data - pubsub data received
}

libp2p.pubsub.unsubscribe(topic, handler)

connectionManager.get

Get a connection with a given peer, if it exists.

Parameters

Name	Type	Description
peerId	`PeerId`	The peer to find

Returns

Type	Description
`Connection`	Connection with the given peer

Example

libp2p.connectionManager.get(peerId)

connectionManager.setPeerValue

Enables users to change the value of certain peers in a range of 0 to 1. Peers with the lowest values will have their Connections pruned first, if any Connection Manager limits are exceeded. See ./CONFIGURATION.md#configuring-connection-manager for details on how to configure these limits.

libp2p.connectionManager.setPeerValue(peerId, value)

Parameters

Name	Type	Description
peerId	`PeerId`	The peer to set the value for
value	`number`	The value of the peer from 0 to 1

Returns

Type	Description
`void`

Example

libp2p.connectionManager.setPeerValue(highPriorityPeerId, 1)
libp2p.connectionManager.setPeerValue(lowPriorityPeerId, 0)

connectionManager.size

Getter for obtaining the current number of open connections.

Example

libp2p.connectionManager.size
// 10

metrics.global

A Stats object of tracking the global bandwidth of the libp2p node.

Example

const peerIdStrings = libp2p.metrics.peers

metrics.peers

An array of PeerId strings of each peer currently being tracked.

Example

const peerIdStrings = libp2p.metrics.peers

metrics.protocols

An array of protocol strings that are currently being tracked.

Example

const protocols = libp2p.metrics.protocols

metrics.forPeer

Returns the Stats object for a given PeerId if it is being tracked.

libp2p.metrics.forPeer(peerId)

Parameters

Name	Type	Description
peerId	`PeerId`	The peer to get stats for

Returns

Type	Description
`Stats`	The bandwidth stats of the peer

Example

const peerStats = libp2p.metrics.forPeer(peerId)
console.log(peerStats.toJSON())

metrics.forProtocol

Returns the Stats object for a given protocol if it is being tracked.

libp2p.metrics.forProtocol(protocol)

Parameters

Name	Type	Description
protocol	`string`	The protocol to get stats for

Returns

Type	Description
`Stats`	The bandwidth stats of the protocol across all peers

Example

const peerStats = libp2p.metrics.forProtocol('/meshsub/1.0.0')
console.log(peerStats.toJSON())

Events

Once you have a libp2p instance, you can listen to several events it emits, so that you can be notified of relevant network events.

libp2p

An error has occurred

libp2p.on('error', (err) => {})

err: instance of Error

A peer has been discovered

libp2p.on('peer:discovery', (peer) => {})

If autoDial option is true, applications should not attempt to connect to the peer unless they are performing a specific action. See peer discovery and auto dial for more information.

peer: instance of PeerId

libp2p.connectionManager

A new connection to a peer has been opened

This event will be triggered anytime a new Connection is established to another peer.

libp2p.connectionManager.on('peer:connect', (connection) => {})

connection: instance of Connection

An existing connection to a peer has been closed

This event will be triggered anytime we are disconnected from another peer, regardless of the circumstances of that disconnection. If we happen to have multiple connections to a peer, this event will only be triggered when the last connection is closed.

libp2p.connectionManager.on('peer:disconnect', (connection) => {})

connection: instance of Connection

libp2p.peerStore

A new peer is added to the peerStore

libp2p.peerStore.on('peer', (peerId) => {})

peerId: instance of PeerId

Known multiaddrs for a peer change

libp2p.peerStore.on('change:multiaddrs', ({ peerId, multiaddrs}) => {})

peerId: instance of PeerId
multiaddrs: array of known multiaddr for the peer

Known protocols for a peer change

libp2p.peerStore.on('change:protocols', ({ peerId, protocols}) => {})

peerId: instance of PeerId
protocols: array of known, supported protocols for the peer (string identifiers)

Types

Stats

Stats
- toJSON<function()>: Returns a JSON snapshot of the stats.
  - dataReceived<string>: The stringified value of total incoming data for this stat.
  - dataSent<string>: The stringified value of total outgoing data for this stat.
  - movingAverages<object>: The properties are dependent on the configuration of the moving averages interval. Defaults are listed here.
    - ['60000']<number>: The calculated moving average at a 1 minute interval.
    - ['300000']<number>: The calculated moving average at a 5 minute interval.
    - ['900000']<number>: The calculated moving average at a 15 minute interval.
- snapshot<object>: A getter that returns a clone of the raw stats.
  - dataReceived<BigNumber>: A BigNumber of the amount of incoming data
  - dataSent<BigNumber>: A BigNumber of the amount of outgoing data
- movingAverages<object>: A getter that returns a clone of the raw moving averages stats. Note: The properties of this are dependent on configuration. The defaults are shown here.
  - ['60000']<MovingAverage>: The MovingAverage at a 1 minute interval.
  - ['300000']<MovingAverage>: The MovingAverage at a 5 minute interval.
  - ['900000']<MovingAverage>: The MovingAverage at a 15 minute interval.

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API

Static Functions

create

Parameters

Returns

Example

Example

Libp2p Instance Methods

start

Returns

Example

stop

Returns

Example

addresses

connections

Returns

Example

dial

Parameters

Returns

Example

dialProtocol

Parameters

Returns

Example

hangUp

Parameters

Returns

Example

handle

Parameters

Example

unhandle

Parameters

Example

ping

Parameters

Returns

Example

multiaddrs

Returns

Example

addressManager.getListenAddrs

Returns

Example

addressManager.getAnnounceAddrs

Returns

Example

addressManager.getNoAnnounceAddrs

Returns

Example

transportManager.getAddrs

Returns

Example

contentRouting.findProviders

Parameters

Returns

Example

contentRouting.provide

Parameters

Returns

Example

contentRouting.put

Parameters

Returns

Example

contentRouting.get

Parameters

Returns

Example

contentRouting.getMany

Parameters

Returns

Example

peerRouting.findPeer

Parameters

Returns

Example

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