65 lines
3.5 KiB
Markdown
65 lines
3.5 KiB
Markdown
# TensorRT Samples
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## Contents
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### 1. "Hello World" Samples
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| Sample | Language | Format | Description |
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| [sampleOnnxMNIST](sampleOnnxMNIST) | C++ | ONNX | “Hello World” For TensorRT With ONNX |
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| [network_api_pytorch_mnist](python/network_api_pytorch_mnist) | Python | INetwork | “Hello World” For TensorRT Using Pytorch |
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### 2. TensorRT API Samples
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| Sample | Language | Format | Description |
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| [sampleCudla](sampleCudla) | C++ | INetwork | Using The CuDLA API To Run A TensorRT Engine (aarch64 only) |
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| [sampleDynamicReshape](sampleDynamicReshape) | C++ | ONNX | Digit Recognition With Dynamic Shapes In TensorRT |
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| [sampleEditableTimingCache](sampleEditableTimingCache) | C++ | INetwork | Create a deterministic build using editable timing cache |
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| [sampleNamedDimensions](sampleNamedDimensions) | C++ | ONNX | Working with named input dimensions |
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| [sampleNonZeroPlugin](sampleNonZeroPlugin) | C++ | INetwork | Adding plugin with data-dependent output shapes |
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| [sampleIOFormats](sampleIOFormats) | C++ | ONNX | Specifying TensorRT I/O Formats |
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| [sampleProgressMonitor](sampleProgressMonitor) | C++ | ONNX | Progress Monitor API usage |
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| [trtexec](trtexec) | C++ | All | TensorRT Command-Line Wrapper: trtexec |
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| [engine_refit_onnx_bidaf](python/engine_refit_onnx_bidaf) | Python | ONNX | refitting an engine built from an ONNX model via parsers. |
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| [introductory_parser_samples](python/introductory_parser_samples) | Python | ONNX | Introduction To Importing Models Using TensorRT Parsers |
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| [onnx_packnet](python/onnx_packnet) | Python | ONNX | TensorRT Inference Of ONNX Models With Custom Layers |
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| [simpleProgressMonitor](python/simple_progress_monitor) | Python | ONNX | Progress Monitor API usage |
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| [python_plugin](python/python_plugin) | Python | INetwork/ONNX | Python-based TRT plugins |
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| [non_zero_plugin](python/non_zero_plugin) | Python | INetwork/ONNX | Python-based TRT plugin for NonZero op |
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| [cute_dsl_plugin](python/cute_dsl_plugin) | Python | INetwork | Python-based TRT plugin for RMSNorm with a CuteDSL kernel |
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| [attention_mdtrt](python/attention_mdtrt) | Python | ONNX | Multi-device attention inference with MPI and NCCL |
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### 3. Application Samples
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| Sample | Language | Format | Description |
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| [detectron2](python/detectron2) | Python | ONNX | Support for Detectron 2 Mask R-CNN R50-FPN 3x model in TensorRT |
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### 4. Safety Samples
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| Sample | Language | Format | Description |
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| [sampleSafeMNIST](sampleSafeMNIST) | C++ | ONNX | Build a Safety Engine for MNIST |
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| [sampleSafePluginV3](sampleSafePluginV3) | C++ | ONNX | Use Safety-Supported Plugins With Safety Engines |
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| [trtSafeExec](trtSafeExec) | C++ | ONNX | TensorRT Command-Line Wrapper With Safety Options |
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## Preparing sample data
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Many samples require the TensorRT sample data package. If not already mounted under `/usr/src/tensorrt/data` (NVIDIA NGC containers), download and extract it:
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1. Download the current [TensorRT sample data package](https://github.com/NVIDIA/TensorRT/releases/download/v11.0/tensorrt_sample_data_20260602.zip). Sample data is updated only when needed, so the package may be hosted under an earlier TensorRT release.
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2. Extract and set up the data:
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```bash
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unzip tensorrt_sample_data_xxx.zip
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mkdir -p /usr/src/tensorrt/data
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cp -r tensorrt_sample_data_*/* /usr/src/tensorrt/data/
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export TRT_DATADIR=/usr/src/tensorrt/data
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```
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After extraction, the data directory structure should be:
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```
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$TRT_DATADIR/
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├── int8_api/
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├── mnist/
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└── resnet50/
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```
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