After an earlier rewrite, this flag works with all message types. So this expands its usage to some cases where we were using the `optional` flag for messages that are missing on Wine.
Some of the comments saying Wine is broken for not sending them turned out to be wrong - they're not always sent on Windows either - and in those cases the comments were removed.
--
https://gitlab.winehq.org/wine/wine/-/merge_requests/5708
I was going to reimplement path resolution in ShellExecute, but half way through I realized that's very unnecessary.
Since what I wanted is a version of `PathResolve` that behaves differently _only_ for filespec paths, I ended up duplicating a lot of code, then I realized I can still pass filespec paths onto `PathResolve` and only deal with non-filespec paths.
--
v2: shell32: Fix ShellExecute for non-filespec paths.
https://gitlab.winehq.org/wine/wine/-/merge_requests/5692
With [`VK_EXT_device_address_binding_report`](https://registry.khronos.org/vulkan/specs/1.3-extensions/man/html/VK_EXT_device_address_binding_report.html) we can get [debug_util](https://registry.khronos.org/vulkan/specs/1.3-extensions/man/ht… callbacks used to track memory bindings. Since it's the host's implementation that starts the callback we have to be sure that we have a way of converting it to the client side's variant before it's added to the handle map - i.e. we don't know the host handle at that time yet.
This is [used by vkd3d-proton](https://github.com/HansKristian-Work/vkd3d-proton/pull/1962). Requires Mesa with https://gitlab.freedesktop.org/mesa/mesa/-/merge_requests/28649.
before (note the missing BIND for VkDevice which actually means `VkDeviceMemory`):
```
vkd3d-proton % VKD3D_TEST_FILTER=create_placed_resource_size VKD3D_CONFIG=fault VKD3D_DEBUG=trace ~/src/wine/build/wine ./tests/d3d12.exe 2>&1 | grep vkd3d_address_binding_callback
trace:vkd3d-proton:vkd3d_address_binding_callback: BIND || VkBuffer || VA ffff800100200000 || size 0000000001000000.
trace:vkd3d-proton:vkd3d_address_binding_callback: BIND || VkImage || VA ffff800100200000 || size 000000000019a000.
trace:vkd3d-proton:vkd3d_address_binding_callback: UNBIND || VkImage || VA ffff800100200000 || size 000000000019a000.
trace:vkd3d-proton:vkd3d_address_binding_callback: UNBIND || VkBuffer || VA ffff800100200000 || size 0000000001000000.
:trace:vkd3d-proton:vkd3d_address_binding_callback: UNBIND || VkDevice || VA ffff800100200000 || size 0000000001000000.
232285.553:0020:0024:trace:vkd3d-proton:vkd3d_address_binding_callback: BIND || VkBuffer || VA ffff800100200000 || size 0000000001000000.
232285.553:0020:0024:trace:vkd3d-proton:vkd3d_address_binding_callback: UNBIND || VkBuffer || VA ffff800100200000 || size 0000000001000000.
232285.553:0020:0024:trace:vkd3d-proton:vkd3d_address_binding_callback: UNBIND || VkDevice || VA ffff800100200000 || size 0000000001000000.
```
after:
```
% VKD3D_TEST_FILTER=create_placed_resource_size VKD3D_CONFIG=fault VKD3D_DEBUG=trace ~/src/wine/build/wine ./tests/d3d12.exe 2>&1 | grep vkd3d_address_binding_callback
232338.036:0020:0024:trace:vkd3d-proton:vkd3d_address_binding_callback: BIND || VkDevice || VA ffff800100200000 || size 0000000001000000.
232338.036:0020:0024:trace:vkd3d-proton:vkd3d_address_binding_callback: BIND || VkBuffer || VA ffff800100200000 || size 0000000001000000.
232338.037:0020:0024:trace:vkd3d-proton:vkd3d_address_binding_callback: BIND || VkImage || VA ffff800100200000 || size 000000000019a000.
232338.037:0020:0024:trace:vkd3d-proton:vkd3d_address_binding_callback: UNBIND || VkImage || VA ffff800100200000 || size 000000000019a000.
232338.037:0020:0024:trace:vkd3d-proton:vkd3d_address_binding_callback: UNBIND || VkBuffer || VA ffff800100200000 || size 0000000001000000.
232338.037:0020:0024:trace:vkd3d-proton:vkd3d_address_binding_callback: UNBIND || VkDevice || VA ffff800100200000 || size 0000000001000000.
232338.037:0020:0024:trace:vkd3d-proton:vkd3d_address_binding_callback: BIND || VkDevice || VA ffff800100200000 || size 0000000001000000.
232338.037:0020:0024:trace:vkd3d-proton:vkd3d_address_binding_callback: BIND || VkBuffer || VA ffff800100200000 || size 0000000001000000.
232338.037:0020:0024:trace:vkd3d-proton:vkd3d_address_binding_callback: UNBIND || VkBuffer || VA ffff800100200000 || size 0000000001000000.
232338.037:0020:0024:trace:vkd3d-proton:vkd3d_address_binding_callback: UNBIND || VkDevice || VA ffff800100200000 || size 0000000001000000.
```
[The spec guarantees](https://registry.khronos.org/vulkan/specs/1.3-extensions/html/v… the following:
> An application can receive multiple callbacks if multiple VkDebugUtilsMessengerEXT objects are created. A callback will always be executed in the same thread as the originating Vulkan call.
As of TLS I went with a suggestion from IRC:
```
<ivyl_> There's an issue with how we handle callbacks related to VK_EXT_debug_utils and VK_EXT_debug_report. In wine_vkAllocateMemory() we call device->funcs.p_vkAllocateMemory() which may execute callback.
<ivyl_> At this point we still don't have handle mapping added because we don't know what host_memory handle will be.
<ivyl_> AFAIU there's a spec guarantee that callback will be executed in the same thread as the call causing it, so I was thinking about maybe keeping `memory` in a tls (if enable_wrapper_list) and using that?
<ivyl_> but that's I don't see any precedent of using thread local storage on the unix side
<ivyl_> tls value would be short-lived in such case - only for the duration of the call to `device->funcs.p_vkAllocateMemory()`
<jacekc_> we usually use teb on unix side, see ntuser_thread_info
```
--
https://gitlab.winehq.org/wine/wine/-/merge_requests/5658