The addition JobSystem.cpp allows for defining
FILAMENT_TRACING_ENABLED across targets.
Addingin FILAMENT_TRACING_ENABLED to the #if in Tracing.h prevents
perfetto from being included.
- Modify the compare script to output more details of a
comparison. This will include the source/golden directory,
the comparison directory (the new renderings), and a file
path to difference images if the golden does not match
the rendered image.
- The image_diff script can now output a TIFF that is the
difference of two input TIFFs.
- Add a viewer for examining the differences between rendered
output and golden images.
- The viewer consists of a simple server of web API endpoints
for querying difference results (along with rendered images
in TIFF).
- And a web-based (html + lit-element) UI for looking at the
rendered images and differences.
There was several issues:
1) when we're switching contexts (e.g. between protect and regular) we
needed up reattach all SurfaceView (i.e. streams), because they need
to be attached on currently active context.
2) reattaching, because it's implemented as detach + attach, would
destroy the current gl texture id and create a new one. However,
because of the way descriptor-sets were implemented, that GL
texture id was kept inside the descriptor, later leading to using
a destroyed texture id.
The fix here is to store texture handles in descriptors, so that
we can update the id independently.
3) we also needed to invalidate all bound descriptor sets because it's
now possible for descriptor sets to have outdated descriptors
Dawn complains when consuming these lines with
WebGPU device error: ErrorType::Validation Error while parsing WGSL: :24:4 error: expected attribute
Did you mean 'size'?
Possible values: 'align', 'binding', 'blend_src', 'builtin', 'color', 'compute', 'diagnostic', 'fragment', 'group', 'id', 'input_attachment_index', 'interpolate', 'invariant', 'location', 'must_use', 'size', 'vertex', 'workgroup_size'
@stride(16) @internal(disable_validation__ignore_stride)
And we don't see a better workaround at this time.
Implement vertexbufferinfo taking both interleaved and block attributes into account.
Handle the unused buffers by dedicating a slot for that.
Update the usage of vertexbufferinfo for setVertexBuffer call
