Shell sessions are now wired up to vtbufferd
The shellserver now correctly accounts for sessions being started.
The sockapi now correctly allows the client to specify/attach
to a specific session id.
PyCA changes their minds about which bindings to include.
So make the binding ourselves since PyCA removed it in certain versions.
This is a backport of the implementation from the async port effort.
Have util retain tasks that are 'fire and forget', to avoid
garbage collection trying to delete the background tasks.
Move some utilities explicitly over to asynclient/asynctlvdata that
had previously been reworked.
Implement terminal resize in new asyncssh backend.
Since a lot of the traditional client did not need async,
make life easier by just having them in parallel for now.
The server must use the async client, but the client applications can
stick with the somewhat more straightforward synchronous client.
With asyncio, we must close the writer half of a pair
Also rework the get_next_msg to work better.
Still need to allow stop_following to interrupt get_next_msg
Offer a function in core to normalize plugin return.
A plugin might return an async generator, a traditional generator,
or might even return an awaitable wrapping a traditional generator.
Replace eventlet spawn with util spawn in discover core
Have node attribute update await the set_node_attributes appropriately
Restore 'as available' behavior to noderange over socket
Bring the httpapi to the point where the webui is able to start working,
notably bringing the asynchttp online with the websocket.
Fix a flaw in the async ipmi that would cause hangups.
Purge sockapi of remaining eventlet call
Extend asyncio into the credserver to finish out sockapi.
Have client and sockapi complete TLS connection including password checking
Fix confetty ability to 'create'.
Since we are rebasing to at least Python 3.6, and with
some extra ctypes wranging of the ssl context, we can likely
remove PyOpenSSL. Take first steps by removing it from 'sockapi'.
Have confluent executable become the 'top level' for eventlet, to allow
work on 'de-eventleting' on 'main.py'.
Rework tlvdata to deal with either a socket or a reader, writer tuple.
Using TLS with asyncio is easiest with the 'open_connection'
semantics, which force either a Protocol handler (callback based) or
dual streams. While protocol approach ends with a more socket-like
'transport', the 'protocol' half is a bit unwieldy. So reader and writer
streams instead.
This allows user to designate certain networks to be treated as
if they were local.
This enables the initial token grant to be allowed to a remote network.
This still requires that the api be armed (which should generally be a narrow window of
opportunity) and that the
request be privileged, it
just allows remote networks to be
elevated to be as trusted as local.
This would enable files to be uploaded/downloaded
using the client filehandles, overcoming awkward
difference in file privilege between client and
server.
The default set of TLS 1.3 and TLS1.2 restricted ciphers are
generally considered strong today, but for future or special
circumstances, provide ability to override the defaults.
Jarrod Johnson