yggdrasil-go/src/yggdrasil/core.go

package yggdrasil

import "io/ioutil"
import "log"
import "regexp"

type Core struct {
	// This is the main data structure that holds everything else for a node
	boxPub      boxPubKey
	boxPriv     boxPrivKey
	sigPub      sigPubKey
	sigPriv     sigPrivKey
	switchTable switchTable
	peers       peers
	sigs        sigManager
	sessions    sessions
	router      router
	dht         dht
	tun         tunDevice
	admin       admin
	searches    searches
	multicast   multicast
	tcp         tcpInterface
	udp         udpInterface
	log         *log.Logger
	ifceExpr    []*regexp.Regexp // the zone of link-local IPv6 peers must match this
}

func (c *Core) Init() {
	// Only called by the simulator, to set up nodes with random keys
	bpub, bpriv := newBoxKeys()
	spub, spriv := newSigKeys()
	c.init(bpub, bpriv, spub, spriv)
}

func (c *Core) init(bpub *boxPubKey,
	bpriv *boxPrivKey,
	spub *sigPubKey,
	spriv *sigPrivKey) {
	// TODO separate init and start functions
	//  Init sets up structs
	//  Start launches goroutines that depend on structs being set up
	// This is pretty much required to completely avoid race conditions
	util_initByteStore()
	c.log = log.New(ioutil.Discard, "", 0)
	c.boxPub, c.boxPriv = *bpub, *bpriv
	c.sigPub, c.sigPriv = *spub, *spriv
	c.admin.core = c
	c.sigs.init()
	c.searches.init(c)
	c.dht.init(c)
	c.sessions.init(c)
	c.multicast.init(c)
	c.peers.init(c)
	c.router.init(c)
	c.switchTable.init(c, c.sigPub) // TODO move before peers? before router?
	c.tun.init(c)
}

func (c *Core) GetNodeID() *NodeID {
	return getNodeID(&c.boxPub)
}

func (c *Core) GetTreeID() *TreeID {
	return getTreeID(&c.sigPub)
}

func (c *Core) GetAddress() *address {
	return address_addrForNodeID(c.GetNodeID())
}

func (c *Core) GetSubnet() *subnet {
	return address_subnetForNodeID(c.GetNodeID())
}