* add new C# utility to generate timezone mappings
* update procedure to follow for updating timezones
* remove obsolete TimeZones.csx script
* update generated files with new tool
* add option to use ICU as a fallback mapping (eliminate need for
WindowsZones mapping list)
* extract timezone related settings from localtime_r and eliminate the
need to parse the complex TimeZones table
* Add new TimeZoneNameMap to map IANA to windows names (Id, Standard,
Daylight and Display names)
* Implement GetDynamicTimeZoneInformation
Handle keyboard input dialog status change on key up event. If handled
on key down event the dialog closes and the key up event is handled on
the next SDL event queue (usually connection dialog cancel)
Fixes#10133
* TS_GENERAL_CAPABILITYSET::protocolVersion must be
TS_CAPS_PROTOCOLVERSION(0x200) see [MS-RDPBCGR] 2.2.7.1.1
General Capability Set (TS_GENERAL_CAPABILITYSET)
* Default value of FreeRDP_CapsProtocolVersion must be
TS_CAPS_PROTOCOLVERSION(0x200)
Parameters passed to wp_viewport_set_destination was scaled instead of
the actual window size. In fact I noticed this problem when I was
testing the initial change (c29ba7985) but was not sure about how to fix
this and moreover, the tiling manager which I am using (sway) is
immediatelly tiling the window and all seems fine in day-to-day use
with tiled window.
The problem was only visible when the window was changed to floating:
the window content was scaled properly but the viewport was twice as
big (thus a whole window). What is worse it seems that the scaling was
done multiple times making a huge window size in some circumstances.
Now in new sway version 1.9 authors added an assert which prevents from
having a window which overlaps different renderers and this also trigger
this problem in FreeRDP, because when starting the window size was too
big.
This was leading to:
wp_viewport@31: error 2: source rectangle out of buffer bounds
or even sway crash
This commit is fixing this problem by using a proper window size values
(initially passed to a function and saved to additional variables before
scaling calculation).
Window size is now correct even when changed to a floating window.
Currently, the opensc-pkcs11.so library is used for ncrypt support.
However, the p11-kit-proxy.so library is able to aggregate more pkcs11
modules at runtime (OpenSC is one of them, but also some third party
modules that are not supported by OpenSC). Let's use preferably
p11-kit-proxy.so if available.
Currently, the module path is hardcoded in the build_pkinit_args function.
Let's obtain the module path from provider as a preparation for the
follow-up changes.
The pkcs11 implementaion contains a list of the standard library paths
for various architectures and distribution. But that list also contains
just the opensc-pkcs11.so basename without path. Therefor I am conviced
that all those other entries can be simply dropped. Let's do that as
a preparation for the follow-up changes.
