The lib was binding to all addresses, and then our
UPnP.updateInterfaces() was closing most of them on first run.
Fix the lib to only bind to the non-public and non-deprecated ones,
using the same getLocalAddresses() method as in our code.
Strip % suffixes from addresses before comparing
Fix HTTPMUSocket.getLocalAddress() to return the correct bound address
Throw exception on multicast socket bind failures, don't attempt
further operations on failed sockets
Add toString() to sockets for debugging
Log tweaks
to avoid conflict in applications linking to apache jars
As requested by 'mesh' project
Remove with-libhttpclient-java build option
No known external uses other than obsolete i2pcontrol plugin
Don't send message 5 unless we sent accept in message 3
Fix packet length for messages 5-7
Pass messages 5-7 from PacketHandler to PeerTestManager
Decrypt and process messages 5-7
Handle messages 4 and 5 in either order
Don't set test complete after message 5
Build data block for message 6
Log tweaks
Store our IP/port in PeerState2
Send our IP/port in message 1
Fix signature validation of message 4
Check for 0 status in messages 1 and 2
Fail on nonzero status in message 4
Log tweaks
Reset uptime on soft restart
Don't rekey after failure to store our RI due to clock skew
Change comm system state during soft restart
Restarter log tweaks
Revert related parts of "Prep for fragmented RI",
we are now fragmenting Session Confirmed instead.
Fragment and send multiple Session Confirmed packets if required
Reassemble Session Confirmed packets
Don't process ack block identical to previous received
Log tweaks
bump -12
Fix IES2 not being removed from pending after complete
Don't send DSM after handshake
Validate conn ID before pkt type for data pkts
More log tweaks
SSU: Increase min pending establish states limit (unless slow)
Reduce IB establish timeout to 15s
Log pending inbound establish states when limit exceeded
Log tweaks to add establish state lifetime
Bump -11
when loaded from router.info, and discard if invalid or when family changed.
This fixes some routers out there with bad sigs.
Don't loop forever through LoadRouterInfoJob.
See previous checkin for SSU 1.
This change dramatically reduces the measured RTT to get it much closer to the real RTT by reducing the ack delay.
With the ack delay dependent on the measured RTT, the measured RTT will increase.
Simulation results: For a denominator D in the ack delay calculation (currently 2) and a true RTT = TRTT:
For D <= about 2, measured RTT -> TRTT + 2 * TRTT/D For D >= about 4, measured RTT -> TRTT + TRTT/D
In other words, for D == 2, measured RTT -> 2 * TRTT. For a TRTT of 50, the measured RTT is 100.
D == 2 is too small. It's been like that since 2005.
Testnet results: measured RTT 80-90
This changes D to 6. measured RTT -> 6/5 * TRTT.
Simulation results: For a TRTT of 50, the measured RTT is 58.
Testnet results: measured RTT 60
