peers that we would crawl the entire netDb looking for (always failing, since there aren't any current
netDb entries for that peer that we would accept).
* keep a shitlist of keys we have recently searched for but were unable to find so we don't flood
* if our in-memory data store won't accept the data, its not helpful, so delete it on disk
* no need to do the preemptive refetching of a leaseSet, since we already garlic wrap it with payloads
* logging
Stasher is a Kademlia-based distributed file store (aka 'DHT')
for I2P. Written in python, it can be accessed as:
- low level python classes, or
- via a client socket, with simple text-based protocol, or
- via command-line client prog (called 'stasher', unsurprisingly)
Release status is pre-alpha
Developed by aum, August 2004
* new config property to have a tunnel start on load (default=true), so tunnels, er, start on load
* use i2ptunnel.config instead of i2ptunnel.cfg (for consistency)
* minor refactoring
> Message-ID: <1776.202.37.75.101.1092369510.squirrel@202.37.75.101>
> From: adam@adambuckley.net
> To: jrandom@i2p.net
>
> [...]
>
> I hereby authorize my NtpClient.java and NtpMessage.java code to be
> redistributed under the BSD license for the purpose of integration with
> the I2P project, providing that I am credited as the original author of
> the code.
>
> [...]
w00t! adam++
code migrated into core/java/src/net/i2p/time, integrated with Clock,
dropping that whole ugly pass-the-time-through-URL, and hence dropped
support for :7655/setTime.
New router.config properties to control the timestamper:
time.sntpServerList=pool.ntp.org,pool.ntp.org,pool.ntp.org
time.queryFrequencyMs=300000
time.disabled=false
So, to disable, add time.disabled=true to your router.config. It is
enabled by default.
Default router.config and startup scripts updated accordingly (since
timestamper.jar is now gone)
stack traces (rather than "oh, we're doing it when... uh... writing to the socket")
* increase the throttle max, since we want to be able to send a few concurrent
* detect situations where we may be inadvertantly flooding the netDb
and log them as CRIT with a stacktrace, as well as publish the count
of those events in the netDb
* detect potential netDb DoS situations by checking to see if we have
received more than 20 netDb lookups in 10 seconds, and if so,
probabalistically drop subsequent netDb messages (P=1-(10/numReceived)).
This is also published in the netDb.
cleaned up the shitlisting process within the TCPTransport so that we don't shitlist twice (clobbering the detailed cause with a general "uh, couldn't contact 'em" cause)
be sure to fire any onFail jobs if we aren't going to pass a message off (duh)
take clock skew into account when determining whether a message is expired (duh^2)
* properly describe expired leaseSets (e.g. "30s ago" instead of "in -30s")
* add a little table at the end of the netDb HTML summarizing the versions people claim to be running
