Mojo function

apple_matmul

apple_matmul[*, transpose_b: Bool = False, elementwise_lambda_fn: OptionalReg[fn[DType, Int, Int](IndexList[2], SIMD[$0, $1]) capturing -> None] = OptionalReg[fn[DType, Int, Int](IndexList[2], SIMD[$0, $1]) capturing -> None]({:i1 0, 1})](cblas_gemm_fn: fn(_CBLASOrder, _CBLASTranspose, _CBLASTranspose, Int32, Int32, Int32, Float32, UnsafePointer[Float32], Int32, UnsafePointer[Float32], Int32, Float32, UnsafePointer[Float32], Int32) -> None, c: NDBuffer[dtype, rank, origin, shape, strides, alignment=alignment, address_space=address_space, exclusive=exclusive], a: NDBuffer[dtype, rank, origin, shape, strides, alignment=alignment, address_space=address_space, exclusive=exclusive], b: NDBuffer[dtype, rank, origin, shape, strides, alignment=alignment, address_space=address_space, exclusive=exclusive])

apple_matmul[*, transpose_b: Bool = False, elementwise_lambda_fn: OptionalReg[fn[DType, Int, Int](IndexList[2], SIMD[$0, $1]) capturing -> None] = OptionalReg[fn[DType, Int, Int](IndexList[2], SIMD[$0, $1]) capturing -> None]({:i1 0, 1})](c: NDBuffer[dtype, rank, origin, shape, strides, alignment=alignment, address_space=address_space, exclusive=exclusive], a: NDBuffer[dtype, rank, origin, shape, strides, alignment=alignment, address_space=address_space, exclusive=exclusive], b: NDBuffer[dtype, rank, origin, shape, strides, alignment=alignment, address_space=address_space, exclusive=exclusive])

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