Them mbedTLS read and write functions will never read or write more than
the negotiated fragment length at every iteration (which usually depends
on MBEDTLS_SSL_IN_CONTENT_LEN and MBEDTLS_SSL_OUT_CONTENT_LEN).
For this reason, when reading or writing partial data, we must always
keep retrying until we receive a "would block" (no bytes read or wrote),
or we have fulfilled the read or write.
This fixes a bug in the analyzer where it did not push the SHADOWED_VARIABLE_BASE_CLASS
warning for members shadowed by variable in subclass. It does this by comparing the class
which contains the shadowed member with the class containing the variable, and pushing
SHADOWED_VARIABLE only if the classes are the same. Additionally, SHADOWED_VARIABLE_BASE_CLASS
can take an extra symbol which helps to specify the line for non native base class.
Add get_scene_node_path and has_additional_data to GLTFNode, remove center of mass ignore warning in physics (it's supported now), rename `d` to `mesh_dict` in mesh import code.
• `modernize-use-default-member-init` and `readability-redundant-member-init`
• Minor adjustments to `.clang-tidy` to improve syntax & remove redundancies
While all the previous fixes to optimizeVertexCache invocation fixed the
vertex transform efficiency, the import code still was missing two
crucial recommendations from meshoptimizer documentation:
- All meshes should be optimized for vertex cache (this reorders
vertices for maximum fetch efficiency)
- When LODs are used with a shared vertex buffer, the vertex order
should be generated by doing a vertex fetch optimization on the
concatenated index buffer from coarse to fine LODs; this maximizes
fetch efficiency for coarse LODs
The last point is especially crucial for Mali GPUs; unlike other GPUs
where vertex order affects fetch efficiency but not shading, these GPUs
have various shading quirks (depending on the GPU generation) that
really require consecutive index ranges for each LOD, which requires the
second optimization mentioned above. However all of these also help
desktop GPUs and other mobile GPUs as well.
Because this optimization is "global" in the sense that it affects all
LODs and all vertex arrays in concert, I've taken this opportunity to
isolate all optimization code in this function and pull it out of
generate_lods and create_shadow_mesh; this doesn't change the vertex
cache efficiency, but makes the code cleaner. Consequently,
optimize_indices should be called after other functions like
create_shadow_mesh / generate_lods.
This required exposing meshopt_optimizeVertexFetchRemap; as a drive-by,
meshopt_simplifySloppy was never used so it's not exposed anymore - this
will simplify future meshopt upgrades if they end up changing the
function's interface.
When wslay receives a message that is too big or cause a protocol error,
it automatically sends a close request to the remote peer but it also
completely stop calling the receive callback resulting in the state
being "stuck" as CONNECTED (even if both client and server have
disconnected).
We now check if we sent a close message and reading has been disabled to
manually transition to the "closed" state with the proper reason.
