Struct Tensix Backend &nbsp; Copy item path

impl TensixBackend

pub fn new(target: SpatialTarget) -> Self

pub fn printed_kernels( &self, p: &SpatialProgram, ) -> Result<Vec<Kernel>, SpatialLowerError>

The lowering proper: a pure function of the verified program and the target. Just the kernels — everything the compute engines run, and nothing that needs the HOST.

★ WHY THIS IS A SEPARATE ENTRY POINT. The host program prints a golden, and a golden needs to reproduce the input data, so print_host refuses a tensor whose fill is External. That is the right refusal for a runnable bundle and the wrong one for a caller that only wants the kernel: compile_to_tenstorrent_matmul returns a kernel string, and a GEMM over data the compiler cannot reproduce still has a perfectly good kernel. Splitting the two means neither has to weaken for the other.

pub fn compute_kernel_source( &self, p: &SpatialProgram, ) -> Result<String, SpatialLowerError>

The compute kernel’s source alone — what the kernel-returning compile_to_tenstorrent_* entry points hand back.

pub fn lower_tensix( &self, p: &SpatialProgram, ) -> Result<TensixArtifact, SpatialLowerError>

Trait Implementations§

fn lower( &self, p: &SpatialProgram, ) -> Result<SpatialArtifact, SpatialLowerError>

Auto Trait Implementations§

impl Freeze for TensixBackend

impl RefUnwindSafe for TensixBackend

impl Send for TensixBackend

impl Sync for TensixBackend

impl Unpin for TensixBackend

impl UnsafeUnpin for TensixBackend

impl UnwindSafe for TensixBackend

Blanket Implementations§

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