Writing to this method will cause the written value to be stored in the currently-set ConstBuffer plus CB_POS.

This method is usually used to upload uniforms or other shader-visible data.

This should reduce recompile times when editing the Maxwell3D register structure.

 GPU: Store uploaded GPU macros and keep track of the number of method arguments.

 GPU: Store shader constbuffer bindings in the GPU state. 

It'll now set the CB_SIZE, CB_ADDRESS and CB_BIND registers when it's called.

Presumably this SetShader function is binding the constant shader uniforms to buffer 1 (c1[]).

Register 0xE24 is actually a macro that sets some shader parameters in the register structure.

Macros are uploaded to the GPU at startup and have their own ISA, we'll probably write an interpreter for this in the future.

GPU: Handle the SetShader method call (0xE24) and store the shader config.

GPU: Added the vertex array registers.

GPU: Process command mode 5 (IncreaseOnce) differently from other commands

Accumulate all arguments before calling the desired method.

Note: Maybe we should do the same for the NonIncreasing mode?

GPU: Added some shader-related registers.

nvflinger: Remove superfluous buffer format check.

Shader address calculation depends on this value to some extent, we do not currently know what it being 0 entails.

Various heap fixes for libtransistor

Service/NIFM: convert to module

core: Move process creation out of global state.

Make Dynarmic the default CPU core

GPU: Intercept writes to the VERTEX_END_GL register.

This is the register that gets written after a game calls DrawArrays().

We should collect all GPU state and draw using our graphics API here.