- finished proxy design
- socks4a and socks5 implemented
- authentication not tested
- resolver for both socks4a and socks5
- http client example using the proxy
- if knownNodes grows to 20000, instead of ignoring new nodes, forget
the 1000 oldest ones
- drop connection after sendaddr if too many connections, even if it's
an outbound one
- if maximum total connections are lower than maximum outbound
connections, active bootstrap provider mode
- in this mode, check all addresses received before announcing them
- so basically it only annouces those addresses it successfully
connected to
- I can't get the dynamic loading to work on OSX in frozen mode
- I think that if someone wants to build a frozen executable with custom
messagetypes modules, he can edit the file
- so now it lists the existing types manually (for frozen mode only)
- maxtotalconnections = maximum number of total full connections
(incoming + outgoing) the node will allow. Default 200 as it was.
- maxbootstrapconnections = number of additional (to total) connection
that will act in bootstrap mode, closing after sending the list of
addresses. Default 20 as it was.
- maxaddrperstreamsend = initial address list maximum size, per
participating stream. Default 500. Child streams get half. The
response is chunked into pieces of max. 1000 addresses as that's the
protocol limit.
- on OpenBSD, you can't have a socket that supports both IPv4 and IPv6.
This allows handling for this error, and then it will try IPv4 only,
just like for other similar errors.
- there were reports of errors in FreeBSD (I could only reproduce some)
and Gentoo without IPv4 support (I don't have a VM for testing ready)
- adds an exception handler for double task_done in case sender thread
has to close prematurely (I saw this triggered on FreeBSD 11)
- listening socket opening error handler was broken (triggered if you
can't open a socket with both IPv4 and IPv6 support)
- error handler for socket.accept. Reported on FreeBSD 10.3
- fixes#854
- TTL to chans shouldn't be too low so the UI gives a feedback
- warning when sending wouldn either require a lot of refactoring or
wouldn't have good usability
- don't do subprocess in SafeHTMLParser, it doesn't work in frozen mode
and an attempt to fix it would take too much refactoring and I'm not
even sure it would work
- instead, make it handle broken unicode correctly
- I think the previous reports of freezes were caused by trying to
interpret data as unicode, causing a crash
- it does about 1MB/s on my machine, so a timeout is not a big problem
- spec file for pyinstaller detects architecture (32 or 64bit)
- spec file uses os.path.join
- spec file creates and adds the list of messagetypes
- added MinGW/MSyS support in Makefile
- separate Makefile.msvc for MCVC
- bitmsghash.cpp minor adjustments to build also on MSVC/MinGW
- if frozen mode, messagetypes loads the list of files from a text file
generated during archive building rather than from a directory
- separate Makefile for BSD make
- auto-compile will detect BSD and pass the correct parameters to make
- C PoW builds on OpenBSD and detects number of cores
- "new" folder consistently appears in chans and "All accounts"
- "Sent" message list sorting fix
- When editing a label, keys.dat is saved and the lineEdit completer
is updated
- addressbook is updated when adding/deleting a new chan
- saveKnownNodes replaced the repeated pickle.dump
- with knownNodesLock instead of acquire/release
- outgoingSynSender had an unnecessary loop during shutdown causing
excessive CPU usage / GUI freezing
- networkDefaultProofOfWorkNonceTrialsPerByte and
networkDefaultPayloadLengthExtraBytes cyclic import fix
- PyBitmessage should launch now when there's no keys.dat
- rearranged code to reduce cyclic dependencies
- doCleanShutdown is separated in shutdown.py
- shared queues are separated in queues.py
- some default values were moved to defaults.py
- knownnodes partially moved to knownnodes.py
- complete the version and SSL handshake first, and only then feed
errors into the stream and close connection
- this allows more accurate error handling on both sides
- also the timeOffset error trigger is now more accurate, but requires
more nodes to upgrade
