I've come to the conclusion that some aspects of RHI are overengineered
to suit a future where we would theoretically support Vulkan with
minimal implementation effort. In an effort of architectural astronaut
engineering this has had the consequence of making much of the code
interacting with RHI significantly more complex.
The GraphicsContext was originally an opaque object to wrap and
contextualize operations that would eventually be inserted into a Vulkan
CommandBuffer for dispatch. In practice, for the GL backend, this does
nothing but introduce another pointer to pass around across all RHI
code, when it had already been previously accepted that the idea of
recording multiple GraphicsContexts at the same time was infeasible.
Thus, I'm choosing to excise GraphicsContext entirely. This doesn't do
much except remove passing around the context object. This is one of
many changes I would like to make that would simplify RHI-related code
and defer the complexity to the hypothetical future. Vulkan can come at
a later date, and we can solve the problems of Vulkan then. Right now, I
am actually more concerned for supporting a d3d9 renderer to shore up
that Intel 945GM laptop GPU support gap we currently have.
- TehRealSalt and Lat` are currently preoccupied, so handle their credits
- Correct some accidential copypastes of existing boilerplate into new files
- Add a handful more of mine
- Consistency for Kaito Sinclaire's online handle
- All inputs create input events that get stored in a very
small buffer
- Normally, the game listens for some inputs and then
immediately processes them and updates the button state
in-game
- However, during wipes the processing step would not
happen and it would just let the events pile up
- Because the buffer is small though, it would quickly
fill up and lose some events
- This would lead to button states getting stuck on some
controllers if you released a button during a wipe
- If you spun an analog stick around, this would cause
it to happen more frequently, because there is a new
event for every slight change of an analog stick's
position
