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View All on GitHubThe missing Java distribution of native C++ libraries
The missing Java distribution of native C++ libraries
The missing Java distribution of native C++ libraries
The missing Java distribution of native C++ libraries
The missing Java distribution of native C++ libraries
The missing Java distribution of native C++ libraries
The missing Java distribution of native C++ libraries
The missing Java distribution of native C++ libraries
The missing Java distribution of native C++ libraries
The missing Java distribution of native C++ libraries
The missing Java distribution of native C++ libraries
The missing Java distribution of native C++ libraries
The missing Java distribution of native C++ libraries
The missing Java distribution of native C++ libraries
The missing Java distribution of native C++ libraries
The missing Java distribution of native C++ libraries
The missing Java distribution of native C++ libraries
The missing Java distribution of native C++ libraries
The missing Java distribution of native C++ libraries
The missing Java distribution of native C++ libraries
The missing Java distribution of native C++ libraries
The missing Java distribution of native C++ libraries
The missing Java distribution of native C++ libraries
The missing Java distribution of native C++ libraries
The missing Java distribution of native C++ libraries
The missing Java distribution of native C++ libraries
AI Summary: The user is experiencing a segfault when running the `CApiSample.java` from the `onnxruntime` samples, specifically with version 1.5.12. This issue also occurred in their own project, prompting them to test the sample. The segfault is preceded by an unclear warning, indicating a problem likely stemming from the interaction between Java and the native OnnxRuntime library.
The missing Java distribution of native C++ libraries
The missing Java distribution of native C++ libraries
The missing Java distribution of native C++ libraries
The missing Java distribution of native C++ libraries
The missing Java distribution of native C++ libraries
The missing Java distribution of native C++ libraries
The missing Java distribution of native C++ libraries
The missing Java distribution of native C++ libraries
The missing Java distribution of native C++ libraries
The missing Java distribution of native C++ libraries
The missing Java distribution of native C++ libraries
The missing Java distribution of native C++ libraries
The missing Java distribution of native C++ libraries
The missing Java distribution of native C++ libraries
The missing Java distribution of native C++ libraries
AI Summary: The user is encountering a build failure for `onnxruntime` 1.23.1 GPU on Arch Linux, while CPU builds succeed. The issue appears to stem from a `protobuf` version mismatch, as `javacpp` uses an older version (3.20.3) than what `onnxruntime` might expect. The user is asking if there's a mechanism to specify the `protobuf` version within `cppbuild.sh` to resolve this build problem.
The missing Java distribution of native C++ libraries
The missing Java distribution of native C++ libraries
The missing Java distribution of native C++ libraries
The missing Java distribution of native C++ libraries
The missing Java distribution of native C++ libraries
The missing Java distribution of native C++ libraries
The missing Java distribution of native C++ libraries
The missing Java distribution of native C++ libraries
The missing Java distribution of native C++ libraries
The missing Java distribution of native C++ libraries
The missing Java distribution of native C++ libraries
The missing Java distribution of native C++ libraries
The missing Java distribution of native C++ libraries
The missing Java distribution of native C++ libraries
The missing Java distribution of native C++ libraries
The missing Java distribution of native C++ libraries
The missing Java distribution of native C++ libraries
The missing Java distribution of native C++ libraries
The missing Java distribution of native C++ libraries
The missing Java distribution of native C++ libraries
The missing Java distribution of native C++ libraries
The missing Java distribution of native C++ libraries
AI Summary: Determine if GIF support is missing in the current OpenCV build used by JavaCPP Presets, and if so, investigate why `imread(file.gif)` returns an empty Mat despite documentation suggesting GIF support. This may involve comparing the OpenCV build information against the expected features, checking for necessary codecs, and potentially updating the JavaCPP Presets to use a newer OpenCV version with GIF support.
The missing Java distribution of native C++ libraries
AI Summary: Implement a CudaMemory class for the torch_cuda module within the JavaCPP Presets project. This class should include methods for dumping snapshots of CUDA memory usage, recording memory history, and integrating with torch.cuda.amp's autocast and GradScaler features. This is needed to analyze CUDA memory usage by network weights and computations.
The missing Java distribution of native C++ libraries
AI Summary: Update the `javacpp-pytorch` preset to support the latest PyTorch 2.9 release, addressing reported bugs related to padding and pooling layers. This involves updating the build system, potentially modifying the parser to handle changes in the PyTorch header files, and thorough testing to ensure compatibility and fix reported bugs.
The missing Java distribution of native C++ libraries
AI Summary: The task involves integrating Apache Spark or Apache Flink data sources with the JavaCPP-PyTorch `streamDataset` and `streamDataLoader` for processing streaming data in PyTorch. This requires understanding how to handle unbounded datasets in PyTorch, potentially involving custom data loaders and samplers to manage data batches efficiently from the Spark/Flink streams.
The missing Java distribution of native C++ libraries
AI Summary: The task is to update the JavaCPP Presets project to include a newer version of the Gym library. This involves downloading the new Gym library sources, updating the build scripts (Maven and cppbuild.sh) to handle the new version, and potentially adjusting the Java interface classes to reflect any API changes. Thorough testing across multiple platforms (Android, iOS, Linux, macOS, Windows) is crucial to ensure compatibility and functionality.
The missing Java distribution of native C++ libraries
AI Summary: The issue is that despite specifying a `windows-x86_64` classifier in the Maven `pom.xml` file for PyTorch and related dependencies, the build process is still downloading JAR files for other platforms (Linux, macOS, Android). The task is to investigate why this is happening and modify the project configuration to only download the Windows x86-64 binaries, potentially resolving dependency issues and improving build times.
The missing Java distribution of native C++ libraries
AI Summary: The task involves troubleshooting performance issues experienced by a user when using the JavaCPP-PyTorch library within the IntelliJ IDEA IDE. This likely requires investigating VM options, alternative IDEs, or potential conflicts between the library and the IDE's environment.
The missing Java distribution of native C++ libraries