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path: root/src/transport/mod.rs
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* move keepalive and firewall to pathstv37 hours1-0/+7
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* measure pathstv37 hours1-3/+17
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* failover between transportstv38 hours1-1/+5
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* introduce paths layer (split off identity layer)tv38 hours1-0/+1
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* rename PING/PONG to STATUS/STATUS_REPLYtv38 hours1-10/+10
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* add transport statstv2 days1-0/+51
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* build topology per transporttv2 days1-0/+8
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* use libp2p mDNStv3 days1-0/+6
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* add libp2p transporttv3 days1-0/+2
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* introduce locationstv3 days1-0/+16
| | | | | | | This prepares the identity layer for transports where an identity alone doesn't say where a node is. The identity layer keeps identities in its books and publishes locations. For Mycelium and the simulator both methods default to the identity, so nothing changes there.
* add support for several transportstv3 days1-0/+8
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* add identity layertv3 days1-18/+44
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* introduce addressestv3 days1-1/+29
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* talk about "transport" unless mycelium is meanttv3 days1-4/+4
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* add Transport::delivery_limittv3 days1-0/+4
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* don't leak swarm key in handshake logstv3 days1-10/+55
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* add delta blobstv3 days1-7/+65
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* turn all pub into pub(crate)tv3 days1-64/+64
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* decode sync messages lazilytv3 days1-1/+25
| | | | | | | Sync messages are now being decoded only where they are applied: after membership has been checked, in the sync lane's blocking task. Debug now shows only the size instead of the whole message.
* keepalive sends head samples alongside digesttv3 days1-11/+66
| | | | | | When there are more than 32 heads that can be send in a single keepalive message, the digest is accompanied by 32 heads, a different window each time, so after a few keepalives every head has been listed.
* number handshakestv3 days1-0/+4
| | | | This prevents late hellos from resetting the session.
* send bounded peer liststv3 days1-0/+4
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* cleanup mycelium daemontv3 days1-1/+0
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* split mycelium daemon in its own moduletv3 days1-0/+1
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* replace shadow types by wire codectv3 days1-12/+26
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* add heads summary testtv4 days1-0/+37
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* add simulation testtv4 days1-0/+2
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* late messages don't flip peer's epoch backtv4 days1-0/+25
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* put remake content into blobstv5 days1-0/+6
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* add chunked download and use it during rejointv5 days1-0/+77
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* add traffic countertv5 days1-1/+26
| | | | | | | | | | This introduces a new wrapper that counts messages and payload bytes per peer, split by kind (hello, helloReply, sync, ping, pong), each sent, received and refused. The traffic counter goes around the firewall, which means messages dropped outbound are still counted as sent, and messages dropped inbound don't count as received.
* assess swarm stabilitytv5 days1-0/+3
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* use nonce in handshaketv6 days1-0/+8
| | | | | To prevent stale hello replies to cause joins and thus stale sessions, each run gets a random ID, which used as nonce in the handshake.
* both sides may open sync after resettv6 days1-0/+4
| | | | | | | | | | Ready nodes will leave the first message to the pear that isn't ready. Hello and hello reply now carry ready, so readiness is known from the very first contact, before any sync. Together with the sync messages and keepalives, reports_ready is always current. After epoch switch, pings go to everyone except ready members already on the new epoch, these learn from the lagging peer's opening.
* perform handshake in one round triptv6 days1-0/+3
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* bump number of heads in keepalive messagestv6 days1-11/+38
| | | | | Instead of arbitrarily limiting the number to 16, allow filling keepalive messages as long as they don't cause mycelium to chunk it.
* enrich keepalive contenttv6 days1-3/+46
| | | | | | | Add ready and syncs_with_you flags as well as actual heads, so the peer - ready: same meaning as in the sync message - syncs_with_you: sender counts recipient as member and in same epoch - heads: allows to tell who's behind or if both sides have changes
* use only ready peers as sync sourcetv6 days1-0/+4
| | | | | | Sync messages now carries a ready flag, telling whether the sending peer itself is joined or is itself still (re-)joining. In the latter case, the peer won't be used as sync source.
* consistently use the words node, peer, and seedtv6 days1-2/+3
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* introduce pre-shared swarm keytv7 days1-0/+4
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* rename cluster to swarm everywhere!tv8 days1-2/+2
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* reorganize all the modulestv9 days1-0/+98