* Implemented missing server side version of PDU (just skip data)
* Refactored read/write functions to properly check stream
length/capacity and handle return values.
I personally find it more convenient to have pasted data written to
the X11 PRIMARY selection, so that I can paste it with a fast middle-
button click, than to write to CLIPBOARD which typically needs a key
sequence or menu action.
This commit adds a command-line option to let me express that
preference: now I can say "/clipboard:use-selection:PRIMARY" on the
command line, which not only enables clipboard transfer but also says
which X selection I want it to talk to. The previous options
"+clipboard" and "-clipboard" are also still supported.
Now you can give an option the combination of flags
COMMAND_LINE_VALUE_OPTIONAL and COMMAND_LINE_VALUE_BOOL. If you do,
then all three of the syntaxes +foo, -foo and /foo:value are allowed
at once, and the receiving code can tell the difference because the
Value field is set to BoolValueTrue, BoolValueFalse or a valid char
pointer.
A selection owner is supposed to respond to a request for the
selection target TIMESTAMP by providing the X server time at which the
selection was written. There was a /* TODO */ comment in xf_cliprdr
where the code to do that should have been.
The absence of this can cause a problem when pasting into some X
clients. xtightvncviewer, in particular, will give up the attempt to
read from the clipboard at all if it doesn't get a satisfactory
response to the initial TIMESTAMP request - and the non-answer zero
value "CurrentTime" counts as unsatisfactory. It won't be happy with
anything short of a real X server time value.
(Checking the VNC source code, that's because it reads both PRIMARY
and CLIPBOARD and picks the one with the later timestamp. So it does
depend on the timestamps existing.)
When you're writing to the selection in response to a normal X event
like a mouse click or keyboard action, you get the selection timestamp
by copying the time field out of that X event. Here, we're doing it on
our own initiative, so we have to _request_ the X server time. There
isn't a GetServerTime request in the X protocol, so I work around it
by setting a property on our own window, and waiting for a
PropertyNotify event to come back telling me it's been done - which
will have a timestamp we can use.
* The display resolution change message was prone to a race condition
* Check for actual fullscreen state instead of settings
* Assume 75dpi for display resolution to mm conversion
The path was incorrectly cut of after the drive letter causing hot
plugged drives to show up empty and disconnecting the client if the
device was removed later on.
mstsc will only load our gateway settings if gatewayprofileusagemethod
is set to 1. Otherwise it will always set the option "Auto-detect RD
Gateway server settings" and ignore the other gateway settings in the
rdp file.
This PR fixes various issues in the rdp file parser:
- NetworkAutoDetect was written inverted
- GatewayHostname was missing the port info (if not default)
- Several settings were left out when populating the file struct
* Fixed bug with assistance buffer parsing: `freerdp_assistance_parse_file_buffer` may be called directly, not necessarily from `freerdp_assistance_parse_file`, so password should be saved to the `rdpAssistanceFile` in `freerdp_assistance_parse_file_buffer`.
This PR fixes a possible crash when the channel manager was freed and
there were pending messages in the message queue.
The problem was that even though the message queue already received the
WMQ_QUIT message, it was still possible to enqueue messages after this
point. This resulted in unprocessed messages in the queue when it was
deleted. The delete handler then called into channel handlers which
where aleady freed/deleted.
With this PR adding messages after WMQ_QUIT was posted to the message
queue returns an error and all channel messages are now processed before
the channels are closed/terminated.
This PR gets rid of some unneeded/unused field and functions in the
channel handling code. It also makes it possible to call
VirtualChannelWrite from any thread like the Windows API allows. The
only restriction is that the channel must be initialized
(VirtualChannelInit) from the same thread that called freerdp_connect.
