* shadow_server: allow specifying IP addresses to listen on
This allows using IPv6 as well as listening only on specific
interfaces. Additionally, it enables listening on local and TCP
sockets simultaneously.
* listener: log address with square brackets
This disambiguates IPv6 addresses.
* shadow_server: check error on each socket binding
* Refactored shadow /bind-address for 2.0 compiatibility.
* Made /ipc-socket and /bind-address incompatible arguments.
* Fixed shadow /bind-address handling and description
* Allow multiple bind addresses for shadow server.
Co-authored-by: akallabeth <akallabeth@posteo.net>
Thanks to @yol and @SaschaWessel a bug in scroll step conversion
was uncovered. The RDP value ranges are inverted when scrolling
in negative direction.
Due to many reporing issues with different AAC encoder configurations
deactivate support by default. Can be enabled by compiling with
experimental codec support.
In `wlf_cliprdr_server_format_data_request()` `ConvertToUnicode()` may return 0
while not allocating memory for `cdata` and not setting `cdata` to a valid
address. In this case, `data` points to a random address.
Settting `cdata` to NULL before calling `ConvertToUnicode()` fixes this issues.
`UwacWindowShmAllocBuffers()` allocates memory with `mmap` and never frees it
resulting in SIGBUS errors and running out of memory after some time.
Adding a corresponding `munmap` fixes this issue.
It is now possible to add usb devices both via vid+pid and via bus+addr
at the same time. To do this, the ids are directly
given to the corresponding command line options:
/usb🆔<vid+pids>,addr:<bus+addrs>
The dev option still works like before: /usb:id,dev:<vid+pids> or
/usb:addr,dev:<bus+addrs>
The /usb:dev command line option failed silently, because it tried to add the
devices before urbdrc gets initialized. This commit adds a new function
to udevman, that gets called when the urbdrc addin is initialized.
Registering of the given devices is now performed there.
Use memcpy to copy the bytes when we can assure that the memory areas does not overlap.
When the areas overlap, copy the area that doesn't overlap repeatly.
With this change, the copy is ~30x faster.
