triton-runner 0.2.0

Triton multi-level runner, include IR/PTX/cubin.

Multi-Level Triton Runner Tool 🔧

Documentation ｜ 🔗 triton-runner.org

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triton-runner is a lightweight, multi-level execution engine for OpenAI/Triton, designed to support IR/PTX/cubin launches in complex pass pipelines.

triton-runner is compatible with Triton v3.4.0 (primary), v3.3.x, or v3.2.0, and may not work with other versions.

✨ Features

• multi-level execution
• TTIR Debug
• Benchmark performance

📦 Installation

Quick Installation

You can install the latest stable release of Triton from pip.

pip install triton-runner

Install from source

You can install from source to access the latest features and developments.

git clone https://github.com/OpenMLIR/triton-runner
cd triton-runner

pip install -e .

🚀 Quick Start

See the provided examples in the triton-runner.org repository for your first run.

multi-level execution

Triton’s all compilation levels are supported by triton-runner.

flowchart LR

    A["Python"]:::supported --> B["TTIR(Triton)"]:::supported
    B --> C["TTGIR(Triton GPU)"]:::supported
    C --> D["LLIR(LLVM)"]:::supported
    D --> E["PTX"]:::supported
    E --> F["cubin"]:::supported

    classDef supported fill:#AED6F1,stroke:#2E86C1,stroke-width:2px,color:#000000;

1. Python runner

You can run your Triton code using @triton_runner.jit instead of @triton.jit. See an example in examples/python_runner/matmul.py

You can run the example with python examples/python_runner/matmul.py. After running successfully, you should see output like [triton-runner] Triton cache saved.

2. TTIR runner

In addition to using @triton_runner.jit instead of @triton.jit, you also need to provide the TTIR file. You can place it in the same directory as the current Python file and use ttir_dir=triton_runner.get_file_dir(__file__). See an example in examples/ttir_runner/matmul.py. Alternatively, you can use the Triton cache directory generated by the Python runner(previous step).

You can run the example with python examples/ttir_runner/matmul.py.

3. TTGIR/LLIR/PTX/cubin runner

In addition to using @triton_runner.jit instead of @triton.jit, you also need to provide the corresponding file. Like the TTGIR runner, You can place it in the same directory as the current Python file and use ttgir_dir=triton_runner.get_file_dir(__file__). Since all of them are architecture-specific, be sure to use the corresponding metadata JSON file. See an example in examples/ttgir_runner/sm90/matmul-with-tma-v4.py.

If your architecture is sm90(Hopper), you can run the example using the TTGIR runner with python examples/ttgir_runner/sm90/matmul-with-tma-v4.py.

4. Hopper examples with Triton v3.4.0

I provide examples for different architectures and Triton versions. Here's example commands for multi-level targeting sm90 (H100, H200, H20, etc.) with Triton v3.4.0.

python examples/python_runner/matmul.py

python examples/ttir_runner/matmul.py

python examples/ttgir_runner/sm90/matmul-with-tma-v4.py

python examples/llir_runner/sm90/matmul-with-tma-v4.py

python examples/ptx_runner/sm90/matmul-with-tma-v4.py

python examples/cubin_runner/sm90/matmul-with-tma-v4.py

5. More architectures examples

Now provide examples for architectures include sm90 (H100, H200, H20, etc.), sm80 (A100, A30), sm120 (RTX PRO 6000, RTX 5090, etc.), sm86 (A10, RTX 3090, etc.) or sm75 (T4, RTX 2080, etc.). For these targets, please refer to examples.

If your GPU does not have one of the above compute capabilities, you can use TRITON_CACHE_DIR=$PWD/.cache to output the Triton cache to the current directory, and use this kernel cache directory to run your program.

6. More Triton version examples

If your Triton version is v3.3.1 or v3.3.0, please refer to examples_v3.3.x for example commands. If your Triton version is v3.2.0, please refer to examples_v3.2.0 for example commands.

TTIR Debug

Debugging is supported for TTIR ops like tt.load, arith.addf, and tt.trans in Triton v3.4.0. Here are some example commands for debugging.

python debug_tool/ttir/01-vector_add/debug_load.py
python debug_tool/ttir/01-vector_add/debug_addf.py

python debug_tool/ttir/02-matrix_transpose/debug_2d_load.py
python debug_tool/ttir/02-matrix_transpose/debug_2d_trans.py

python debug_tool/ttir/03-matrix_multiplication/debug_acc.py

python debug_tool/ttir/04-softmax/debug_maxnumf.py
python debug_tool/ttir/04-softmax/debug_addf-sum.py
python debug_tool/ttir/04-softmax/debug_subf.py
python debug_tool/ttir/04-softmax/debug_exp-exp_shifted.py
python debug_tool/ttir/04-softmax/debug_divf-normalize_by_sum.py

python debug_tool/ttir/05-softmax_lse/debug_log_acc.py
python debug_tool/ttir/05-softmax_lse/debug_max_acc.py
python debug_tool/ttir/05-softmax_lse/debug_more.py

python debug_tool/ttir/06-attention/debug_out.py

python debug_tool/ttir/07-debug_not_f32/debug_bf16.py

Benchmarks

Benchmarks Referencing TritonBench

• launch_latency: Measures kernel launch overhead.
• matmul: Provides a benchmark for matrix multiplication performance.

python benchmark/launch_latency/bench.py

python benchmark/static_shape/matmul.py

📄 License

This project is licensed under the MIT License. See the LICENSE file for more details.