It doesn't belong on each socket server object as timers are global.
Force implementations to call the Timer system directly instead,
avoiding any middle men.

Do a proper cleanup when one of the termination timeouts trigger
rather than just exiting on the spot. This makes sure we don't leave
stray stuff around, e.g. unix socket files.

Make things simpler by making this a part of the SDesktop interface
that always needs to be implemented.

Force queryConnection() to always call back to approveConnection()
rather than return special values. This makes the flow easier to
follow as it will be the same in all cases.

Applets don't work anymore so remove everything that has to do
with serving them.

There are some cases where the server state will not automatically
be updated on a change. A prominent one is when only RFB attributes
were changes (e.g. the screen ID) but nothing else. In that case
there is no actual change in the X server, so it never sends any
notification about change back to us.

Makes the code more general and not directly tied to specifically
TCP sockets.

Screen is a Xvnc thing and not relevant for x0vncserver etc.

These two code blocks are not specific to Xvnc/vnc.so, but useful for
x0vncserver as well. RandrGlue.h defines the interface on which
unixcommon depends on.

Compatibility with libXrandr, where the name is in dynamically
allocated XRROutputInfo.

Less confusing, and compatible with libXrandr.

Should use 2 spaces like the rest of the project.

It was moved to the common code in f8e3b34c6, but it was unreliable
because the state could sometimes get out of sync. Push it back in
to Xvnc since it isn't necessarily something all servers will have.

Otherwise we'll wedge the desktop object which expects an approval
or rejection to eventually show up.

This adds the basic infrastructure and handshake for the QEMU
Extended Key Events extension. No viewer or server makes use of
the extra functionality yet though.

This will allow us to use better formats that preserve the entire
alpha channel.

One was missing a call to register the fd with the X server, and
one forgot to set it to non-blocking. One result of this was a crash
when hitting the blacklist.

Use the new X server API as the reference system and emulate it on
the older API. Avoids a lot of code duplication.

The client is not aware of where the screen is placed so it will give
us screen relative coordinates. Convert to and from these and absolute
coordinates before interacting with the input layer.

What to do when a socket is writeable should be handled in the
RFB core code as there may be other events we want to fire off
when this happens.

Handle the clipboard directly in the server, avoiding the
dependency on vncconfig. This commit adds support for clipboard
from the client to the server. Handling of the other direction
will follow.

It is easier to control object life time and avoid magical socket
duplication by having a single TcpListener object to pass around.
We have to be more careful about deleting the object though.

The TcpListener constructor now takes a 'struct sockaddr*' instead of
a string, and the createTcpListeners function creates TcpListener
instances for an address based on the results from getaddrinfo().

The XserverDesktop class now takes a list of TcpListener instances for
each of the RFB and HTTP sockets.

The TcpListener::closeFd member variable is not used and has been
removed.

The internal Xorg headers are very incompatible with C++ and we've had
to resort to all kinds of hacks in order to include them in our C++
code. This approach isn't really viable long term so restructure things
so that we have a glue layer written in C that bridges the Xorg core
with the RFB classes.

Xorg input devices are global so it doesn't make sense that we
have one InputDevice object per XserverDesktop.

This makes InputDevice cleaner and just a glue layer for Xorg
input devices.

It was confusing and not properly used everywhere.
Callers should use the stride they get when they get
the buffer pointer.

Gets rid of a loooot of code and complexity.

Colour map clients are still supported through an
automatically generated map, but we lose the ability to
develop a client or server that uses colour maps
internally.

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output from its CRTC than just removing the mode when
disabling an output. This is what "xrandr --off" does.


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the startup process so our devices are visible and available
right away.


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This is generally the state disabled outputs are in.


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the X11 request handlers.


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with all the RandR 1.2 multi-head goodness. Tested with Xvnc, but should
also work with libvnc.so, although it will only work for simpler cases
there.


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in RFB.


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stuff was a bit buggy, and it didn't really allow us to move forward.
This commit temporarily removes the ability for the client to resize the
session. It will be readded for Xvnc in a later commit. libvnc will be
without that functionality for now, as it is very difficult to get right
there.


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framebuffer switch, but before we've been given the pointer to the new
framebuffer.


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well-behaved manner.


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