137 lines
4.1 KiB
Nim

import std/importutils
import pkg/questionable
import pkg/libp2p
import pkg/libp2p_mix
import pkg/libp2p_mix/curve25519
import pkg/codexdht/discv5/node as dn
import pkg/codexdht/discv5/routing_table as rt
import ../node
import ../conf
import ../utils/json
import ../manifest
import ../units
export json
type
RestContent* = object
cid* {.serialize.}: Cid
manifest* {.serialize.}: Manifest
RestContentList* = object
content* {.serialize.}: seq[RestContent]
RestNode* = object
nodeId* {.serialize.}: RestNodeId
peerId* {.serialize.}: PeerId
record* {.serialize.}: SignedPeerRecord
address* {.serialize.}: Option[dn.Address]
seen* {.serialize.}: bool
RestRoutingTable* = object
localNode* {.serialize.}: RestNode
nodes* {.serialize.}: seq[RestNode]
RestPeerRecord* = object
peerId* {.serialize.}: PeerId
seqNo* {.serialize.}: uint64
addresses* {.serialize.}: seq[AddressInfo]
RestNodeId* = object
id*: NodeId
RestRepoStore* = object
totalBlocks* {.serialize.}: Natural
quotaMaxBytes* {.serialize.}: NBytes
quotaUsedBytes* {.serialize.}: NBytes
quotaReservedBytes* {.serialize.}: NBytes
VersionInfo* = object
version* {.serialize.}: string
revision* {.serialize.}: string
DebugInfo* = object # Peer's ID
id* {.serialize.}: PeerId
# peer addresses known by the libp2p switch
addrs* {.serialize.}: seq[MultiAddress]
# signed peer record (URI form)
spr* {.serialize.}: Option[SignedPeerRecord]
# provider record (the one we announce for content we provide)
providerRecord* {.serialize.}: Option[SignedPeerRecord]
# addresses contained in the provider record
announceAddresses* {.serialize.}: seq[MultiAddress]
# libp2p public key
libp2pPubKey* {.serialize.}: string
# mix public key (for nodes that support mix)
mixPubKey* {.serialize.}: Option[FieldElement]
table* {.serialize.}: RestRoutingTable
storage* {.serialize.}: VersionInfo
proc init*(_: type RestContentList, content: seq[RestContent]): RestContentList =
RestContentList(content: content)
proc init*(_: type RestContent, cid: Cid, manifest: Manifest): RestContent =
RestContent(cid: cid, manifest: manifest)
proc init*(_: type RestNode, node: dn.Node): RestNode =
RestNode(
nodeId: RestNodeId.init(node.id),
peerId: node.record.data.peerId,
record: node.record,
address: node.address,
seen: node.seen > 0.5,
)
proc init*(_: type RestRoutingTable, routingTable: rt.RoutingTable): RestRoutingTable =
var nodes: seq[RestNode] = @[]
for bucket in routingTable.buckets:
for node in bucket.nodes:
nodes.add(RestNode.init(node))
RestRoutingTable(localNode: RestNode.init(routingTable.localNode), nodes: nodes)
proc init*(_: type RestPeerRecord, peerRecord: PeerRecord): RestPeerRecord =
RestPeerRecord(
peerId: peerRecord.peerId, seqNo: peerRecord.seqNo, addresses: peerRecord.addresses
)
proc init*(_: type RestNodeId, id: NodeId): RestNodeId =
RestNodeId(id: id)
proc `%`*(obj: RestNodeId): JsonNode =
% $obj.id
proc init*(_: type DebugInfo, node: StorageNodeRef): DebugInfo =
let
peerInfo = node.switch.peerInfo
peerId = peerInfo.peerId
libp2pPubKeyBytes = peerInfo.publicKey.getBytes()
# Cause there's no cannonical way to get your own key from MixProtocol
# that I'm aware of.
privateAccess(MixProtocol)
DebugInfo(
id: peerId,
addrs: peerInfo.addrs,
spr: node.discovery.dhtRecord,
providerRecord: node.discovery.providerRecord,
announceAddresses: node.discovery.announceAddrs,
table: RestRoutingTable.init(node.discovery.protocol.routingTable),
storage: VersionInfo(version: $storageVersion, revision: $storageRevision),
# Serialization has no error contract in nim-serde, so we need to
# handle this here.
libp2pPubKey:
if libp2pPubKeyBytes.isErr:
$libp2pPubKeyBytes.error
else:
byteutils.toHex(libp2pPubKeyBytes.get),
mixPubKey:
if node.discovery.mixProto.isNil():
none(FieldElement)
else:
# It's a bug if we don't have the peer in the pool, so let it throw an exception.
some(node.discovery.mixProto.mixNodeInfo.mixPubKey),
)