…#500)

Summary:

Refactor the `fp8_gemm` benchmark in TritonBench to accept scaling modes as an argument. This diff enables us to extend the `fp8_gemm` benchmark to new scaling modes without adding new benchmarking arguments.

Differential Revision: D83617233

…#500)

Summary:

Refactor the `fp8_gemm` benchmark in TritonBench to accept scaling modes as an argument. This diff enables us to extend the `fp8_gemm` benchmark to new scaling modes without adding new benchmarking arguments.

Differential Revision: D83617233

…#500)

Summary:

Refactor the `fp8_gemm` benchmark in TritonBench to accept scaling modes as an argument. This diff enables us to extend the `fp8_gemm` benchmark to new scaling modes without adding new benchmarking arguments.

Differential Revision: D83617233

…#500)

Summary:

Refactor the `fp8_gemm` benchmark in TritonBench to accept scaling modes as an argument. This diff enables us to extend the `fp8_gemm` benchmark to new scaling modes without adding new benchmarking arguments.

Differential Revision: D83617233

…#500)

Summary:

Refactor the `fp8_gemm` benchmark in TritonBench to accept scaling modes as an argument. This diff enables us to extend the `fp8_gemm` benchmark to new scaling modes without adding new benchmarking arguments.

Differential Revision: D83617233

…#500)

Summary:

Refactor the `fp8_gemm` benchmark in TritonBench to accept scaling modes as an argument. This diff enables us to extend the `fp8_gemm` benchmark to new scaling modes without adding new benchmarking arguments.

Reviewed By: NikhilAPatel

Differential Revision: D83617233

…#500)

Summary:

Refactor the `fp8_gemm` benchmark in TritonBench to accept scaling modes as an argument. This diff enables us to extend the `fp8_gemm` benchmark to new scaling modes without adding new benchmarking arguments.

Reviewed By: NikhilAPatel

Differential Revision: D83617233

…#500)

Summary:

Refactor the `fp8_gemm` benchmark in TritonBench to accept scaling modes as an argument. This diff enables us to extend the `fp8_gemm` benchmark to new scaling modes without adding new benchmarking arguments.

Reviewed By: NikhilAPatel

Differential Revision: D83617233

…#500)

Summary:

Refactor the `fp8_gemm` benchmark in TritonBench to accept scaling modes as an argument. This diff enables us to extend the `fp8_gemm` benchmark to new scaling modes without adding new benchmarking arguments.

Reviewed By: NikhilAPatel

Differential Revision: D83617233

…#500)

Summary:

Refactor the `fp8_gemm` benchmark in TritonBench to accept scaling modes as an argument. This diff enables us to extend the `fp8_gemm` benchmark to new scaling modes without adding new benchmarking arguments.

Reviewed By: NikhilAPatel

Differential Revision: D83617233

…#500)

Summary:

Refactor the `fp8_gemm` benchmark in TritonBench to accept scaling modes as an argument. This diff enables us to extend the `fp8_gemm` benchmark to new scaling modes without adding new benchmarking arguments.

Reviewed By: NikhilAPatel

Differential Revision: D83617233

…#500)

Summary:

Refactor the `fp8_gemm` benchmark in TritonBench to accept scaling modes as an argument. This diff enables us to extend the `fp8_gemm` benchmark to new scaling modes without adding new benchmarking arguments.

Reviewed By: NikhilAPatel

Differential Revision: D83617233

…#500)

Summary:

Refactor the `fp8_gemm` benchmark in TritonBench to accept scaling modes as an argument. This diff enables us to extend the `fp8_gemm` benchmark to new scaling modes without adding new benchmarking arguments.

Reviewed By: NikhilAPatel

Differential Revision: D83617233