* use new decentralized directories everywhere instead of old centralized directories
* provide UI to them through the web server
* provide UI to them through the CLI
* update unit tests to simulate decentralized mutable directories in order to test other components that rely on them
* remove the notion of a "vdrive server" and a client thereof
* remove the notion of a "public vdrive", which was a directory that was centrally published/subscribed automatically by the tahoe node (you can accomplish this manually by making a directory and posting the URL to it on your web site, for example)
* add a notion of "wait_for_numpeers" when you need to publish data to peers, which is how many peers should be attached before you start. The default is 1.
* add __repr__ for filesystem nodes (note: these reprs contain a few bits of the secret key!)
* fix a few bugs where we used to equate "mutable" with "not read-only". Nowadays all directories are mutable, but some might be read-only (to you).
* fix a few bugs where code wasn't aware of the new general-purpose metadata dict the comes with each filesystem edge
* sundry fixes to unit tests to adjust to the new directories, e.g. don't assume that every share on disk belongs to a chk file.
This creates a Referenceable object that will eventually be able to publish
log events to a remote subscriber (at present all it can do is provide
version information). The FURL for this logport is written to 'logport.furl'.
In addition, if a file named 'log_gatherer.furl' is present, the given target
will be contacted and offered access to the logport. This can be used by a
centralized logging agent to subscribe to logs, e.g. from all the nodes in a
centrally-maintained storage grid. (think syslog -r, but with all the
security properties of FURLs, and permitting non-printable strings and
structured data).
Once this framework matures a bit, it will be moved into Foolscap.
