* Implement OpTypeMatrix
* clippy
* Use cached Symbol
* Implement #[spirv(matrix(ty, m, n))] instead of Matrix trait
* Update #[spirv(matrix(..))]
- #[spirv(matrix(ty, m, n))]
Specify all of type, rows, columns.
- #[spirv(matrix(ty, m))]
Specify all of type, rows. Infer columns.
- #[spirv(matrix(ty))]
Specify all of type. Infer others.
- #[spirv(matrix)]
Infer all.
* Drop #[spirv(matrix(..))] (with arguments)
* Fix IntrinsicType::Matrix type construction
* Update matrix-type.rs
* Update tests/ui/spirv-attr/multiple.rs to test Matrix
* Fix tests/ui/spirv-attr/matrix-type.rs
* Add failing tests for #[spirv(matrix)
* Update error messages for #[spirv(matrix)]
* Various fixes and cleanup
While working on other patches that ended up not being applicable, I've
gathered these changes unrelated to the irrelevant patch. So, submitting
them as a seperate change, since the bigger change isn't going in.
* Revert change superseded by #732
* asm: add support for noreturn option
OpUnreachable will be appended as terminator at the end of the asm block.
* asm: implicit label after return or abort terminator
* rework handling
* fix tests and add few comments
* fix tests
* Add sample_bias function
* Update line numbers
* Add gather function
* Update spirv-tools
CI was failing on "Capability SampledRect is not allowed by Vulkan 1.1
specification (or requires extension)", except locally it was fine, and
I have more up to date spirv-tools than CI, so try bumping the CI
version to see if it's just an out-of-date spirv-val
* Fix gather() in vulkan
* Convert compiler valication into marker traits
* Added an optimization that gets rid of temporary composites.
Those temporary composites result from inlining of multi-argument
closures. Not only are they rather useless, they're also sometimes
invalid, when an argument to said closure is e.g. a pointer.
* Correctness fixes to transitive unused removal:
- delay only if the instruction is in reference set
- properly mark composites being inserted into composites as used
* cargo fmt
* clippy
* Make transformation per-function & rely on DCE for eliminating dead constructs.
* Forgot to mark CompositeInsert as pure & additional line cleaning
* Rustfmt
* Remove duplicate lines only once
* Aggressively prune no-side-effect instructions during DCE.
Since we're walking all the instructions anyway, it's practically
zero-cost.
* Reverse iteration order within a function.
This allows to root more instructions per `spread_roots`
invocation, becoming zero-cost in absence of loops.
* Manually iterate over function instructions in reverse order.
Not actually many interesting things here, just cleaning up some crud
from previous work where things were added/removed without full
knowledge of the surrounding code, so it becomes a bit of a "wait, why
the heck is it done this way" confusing mess for those trying to
understand it for the first time.
