The version macro selector was looking for the constant VK_API_VERSION instead of the correct macro VK_MAKE_VERSION. Replaced the preprocessors accordingly.
Allows apps to find all the extensions available. If they do not enable the layer the
extension comes from, the instance will fail creation due to missing the layer that
implements the extension.
The autogen accidentally took a reference instead of a copy, so all the aliases
were using the same data as the base type, leading to incorrect macro guards.
In addition, any aliased function would use the base funciton's types, leading
to incompatibilities when compiling with older headers. The chosen solution is
to always use the alias type if it exists.
Lastly, NVX was added to a blacklist, no functions from NVX extensions will be
generated, since they are experimental in nature.
Previously it was difficult to know which extensions were actually enabled.
If an app wanted to optionally enable certain extensions it was hard to know if
they got enabled.
A recent loader change results in NULL being returned for pre-instance functions
if the instance handle passed into vkGetInstanceProcAddr isn't NULL. This was
reverted but going forward this change will require updating applications.
- Replaced GenericFeaturesPNextNode's set function with a template constructor.
- Moved validation asserts for extension feature structs into source.
- Dispatch table now generates in UTF-8.
Previously, vk-bootstrap didn't support calling vkGetPhyicalDeviceFeaturesKHR
on devices which support the extension. This makes vk-bootstrap more amenable
to 1.0 only hardware, like rasberry pi's.
- Internal tables are now populated through internal vkGetDeviceProcAddr rather than through passed dispatch table
- Device now has its own internal table as well.
- Cleaned up get_proc_addr functions and removed internal functions that are now held in a types internal tables.
