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index.js
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'use strict'
const BlockService = require('ipfs-block-service')
const Ipld = require('ipld')
const PeerId = require('peer-id')
const PeerInfo = require('peer-info')
const crypto = require('libp2p-crypto')
const isIPFS = require('is-ipfs')
const multiaddr = require('multiaddr')
const multihash = require('multihashes')
const PeerBook = require('peer-book')
const multibase = require('multibase')
const CID = require('cids')
const debug = require('debug')
const extend = require('deep-extend')
const EventEmitter = require('events')
const config = require('./config')
const boot = require('./boot')
const components = require('./components')
const IPNS = require('./ipns')
// replaced by repo-browser when running in the browser
const defaultRepo = require('./runtime/repo-nodejs')
const preload = require('./preload')
const mfsPreload = require('./mfs-preload')
class IPFS extends EventEmitter {
constructor (options) {
super()
this._options = {
init: true,
start: true,
EXPERIMENTAL: {},
preload: {
enabled: true,
addresses: [
'/dnsaddr/node0.preload.ipfs.io/https',
'/dnsaddr/node1.preload.ipfs.io/https'
]
}
}
options = config.validate(options || {})
extend(this._options, options)
if (options.init === false) {
this._options.init = false
}
if (!(options.start === false)) {
this._options.start = true
}
if (typeof options.repo === 'string' ||
options.repo === undefined) {
this._repo = defaultRepo(options.repo)
} else {
this._repo = options.repo
}
// IPFS utils
this.log = debug('jsipfs')
this.log.err = debug('jsipfs:err')
// IPFS types
this.types = {
Buffer: Buffer,
PeerId: PeerId,
PeerInfo: PeerInfo,
multiaddr: multiaddr,
multibase: multibase,
multihash: multihash,
CID: CID
}
// IPFS Core Internals
// this._repo - assigned above
this._peerInfoBook = new PeerBook()
this._peerInfo = undefined
this._libp2pNode = undefined
this._bitswap = undefined
this._blockService = new BlockService(this._repo)
this._ipld = new Ipld(this._blockService)
this._preload = preload(this)
this._mfsPreload = mfsPreload(this)
this._ipns = new IPNS(null, this)
// IPFS Core exposed components
// - for booting up a node
this.init = components.init(this)
this.preStart = components.preStart(this)
this.start = components.start(this)
this.stop = components.stop(this)
this.shutdown = this.stop
this.isOnline = components.isOnline(this)
// - interface-ipfs-core defined API
this.version = components.version(this)
this.id = components.id(this)
this.repo = components.repo(this)
this.bootstrap = components.bootstrap(this)
this.config = components.config(this)
this.block = components.block(this)
this.object = components.object(this)
this.dag = components.dag(this)
this.libp2p = components.libp2p(this)
this.swarm = components.swarm(this)
this.files = components.files(this)
this.name = components.name(this)
this.bitswap = components.bitswap(this)
this.pin = components.pin(this)
this.ping = components.ping(this)
this.pingPullStream = components.pingPullStream(this)
this.pingReadableStream = components.pingReadableStream(this)
this.pubsub = components.pubsub(this)
this.dht = components.dht(this)
this.dns = components.dns(this)
this.key = components.key(this)
this.stats = components.stats(this)
this.resolve = components.resolve(this)
if (this._options.EXPERIMENTAL.pubsub) {
this.log('EXPERIMENTAL pubsub is enabled')
}
if (this._options.EXPERIMENTAL.sharding) {
this.log('EXPERIMENTAL sharding is enabled')
}
if (this._options.EXPERIMENTAL.dht) {
this.log('EXPERIMENTAL Kademlia DHT is enabled')
}
this.state = require('./state')(this)
// ipfs.ls
this.ls = this.files.lsImmutable
this.lsReadableStream = this.files.lsReadableStreamImmutable
this.lsPullStream = this.files.lsPullStreamImmutable
// ipfs.util
this.util = {
crypto: crypto,
isIPFS: isIPFS
}
// ipfs.files
const mfs = components.mfs(this)
Object.keys(mfs).forEach(key => {
this.files[key] = mfs[key]
})
boot(this)
}
}
exports = module.exports = IPFS
exports.createNode = (options) => {
return new IPFS(options)
}