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base repository: pytorch/executorch
base: main
head repository: pytorch/executorch
compare: release/1.5
- 8 commits
- 54 files changed
- 5 contributors
Commits on Sep 11, 2026
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Arm backend: Add static public API manifest for 1.5 (#22735)
cc @digantdesai @freddan80 @per @zingo @oscarandersson8218 @mansnils @Sebastian-Larsson @robell @rascani Signed-off-by: Sebastian Larsson <sebastian.larsson@arm.com> Co-authored-by: Sebastian Larsson <38941629+Sebastian-Larsson@users.noreply.github.com>
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Commits on Sep 14, 2026
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[RELEASE ONLY CHANGES] Finalize ExecuTorch 1.5 dependencies (#22724)
## Summary - pin the tokenizers submodule to v1.5.0-rc2 while keeping the wheel dependency at the latest published version, pytorch-tokenizers 1.4.1 - pin torchao to v0.18.0 and update the submodule to its release tag - move TorchCodec, QNN, and ROCm release installs to stable packages and production indexes - restore the Qwen CUDA export matmul mode that TorchAO 0.18 no longer sets globally - update source, SwiftPM, and Raspberry Pi documentation for release/1.5 - accommodate the current Transformers Qwen3-VL annotations in mypy ## Validation - python3 -m py_compile setup.py examples/models/qwen3_5_moe/export.py backends/arm/test/models/Qwen3_VL/test_qwen3_vl_model.py - Black 24.4.2 check for the changed Python files - git diff --check - verified pytorch-tokenizers 1.4.1 publishes wheels for Python 3.10-3.14 on Windows, Linux x86-64/aarch64, and macOS arm64 - verified the tokenizers and torchao gitlinks resolve exactly to v1.5.0-rc2 and v0.18.0 - verified torch 2.14.0, torchao 0.18.0, and TorchCodec 0.16.0 resolve from their configured indexes ## Release status This stays draft while pytorch/test-infra#8780 blocks persistence of the tokenizers RC2 wheel artifacts. Raise the package dependency to pytorch-tokenizers>=1.5.0 after the final tokenizer wheels are promoted, then verify that the final tag points to the RC2 commit or update the submodule gitlink. This PR was authored with Codex assistance.
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Commits on Sep 17, 2026
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[RELEASE ONLY CHANGES] Expose thread count through the parallel inter…
…face (#22911) Cherry-pick of #22908 onto `release/1.5`. This exposes the thread count through the installed public parallel interface, allowing downstream TorchAO code to avoid depending on the private `extension/threadpool/threadpool.h` header. Test plan: - Original PR #22908 CI - `python3 -m py_compile .ci/scripts/wheel/test_cpp_sdk.py` - `git diff --check`
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[Cortex-M] Update CMSIS-NN to v8.0.0 (#22910)
### Summary Update CMSIS-NN to v8.0.0 and align the CMSIS pack dependency and smoke-test versions. Stop Arm runner scripts from automatically substituting the Ethos-U SDK checkout, so fresh runner builds use the backend CMake pin. Remove the transpose-convolution ReLU and Hardtanh expected failures resolved by the release's padding-row alignment fix. ### Test plan The original update was validated with an explicitly selected v8.0.0 M55 runner: 51 passed, 7 xfailed in the focused Cortex-M suite. For the runner-script correction, shell syntax, ShellCheck error checks, and git diff checks pass. The CMake-selected v8 library cross-compiles for M55, M7, and M0+ with the expected MVE, DSP, and scalar paths. Complete runner builds and FVP tests have not been rerun for this correction. Authored with OpenAI Codex. cc @digantdesai @freddan80 @per @zingo @oscarandersson8218 @mansnils @Sebastian-Larsson @robell @rascani Co-authored-by: RJ Ascani <rja@meta.com>
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Arm backend: Relax SymbolicShapeSupport-checks (#22834)
Allow TOSA support checks to distinguish between symbolic tensor metadata and symbolic shape materialization. Without the TOSA shape extension, symbolic tensor input/output shapes can still be accepted for ops whose lowering does not need materialized shape values. Reject symbolic SymInt arguments and the known shape- dependent edge cases instead. For targets that require fully resolved tensor shapes, add a separate partitioner-level check that rejects nodes with unresolved tensor input or output shapes. cc @digantdesai @freddan80 @per @zingo @oscarandersson8218 @mansnils @Sebastian-Larsson @robell @rascani Signed-off-by: Oscar Andersson <oscar.andersson@arm.com> Co-authored-by: Oscar Andersson <87121123+oscarandersson8218@users.noreply.github.com>
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Commits on Sep 18, 2026
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Promote NXP redundant Q/DQ cleanup to to_edge (#22913)
Eval-mode dropout can disappear before shared no-op cleanup runs, leaving adjacent dequantize/quantize conversions. Promote NXP's `FoldRedundantDequantizeQuantizePass` from #21016 into the shared lowering sequence used by `to_edge` and `to_edge_transform_and_lower`. Cortex-M MLPerf Tiny DS-CNN then finishes with one quantize and one dequantize operation in both layouts, down from three of each. MobileNetV2 similarly drops from two to one of each. The shared `eliminate_dq_q` matcher remains unchanged, keeping this release patch focused on promoting the existing cleanup. Remove the stale dropout target from `RemoveNoopPass`. NXP retains a later invocation of the shared pass because its auxiliary-operator splitting can introduce new adjacent pairs. Update the Cortex-M model counts and correct the clone regression's obsolete Q/DQ signatures so the test also checks numerical equivalence. Validation on PyTorch 2.14 CPU: 77 EXIR and clone-transform tests passed, with 28 passing subtests and one expected failure. The dropout regression covers both edge APIs, per-tensor and per-channel quantization, and int8/uint8/int16/int32. All 25 selected Cortex-M DS-CNN, MobileNetV2, and explicit-layout tests passed, including Corstone-300 FVP implementation tests. Additional explicit-layout DS-CNN and legacy `ExirExportedProgram.to_edge` numerical checks passed. Formatting, flake8, and `git diff --check` passed. Authored with AI assistance from OpenAI Codex. Co-authored-by: RJ Ascani <rja@meta.com>
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[RELEASE ONLY CHANGES] Bump ExecuTorch version to 1.5.1 (#22922)
## Summary Bump the ExecuTorch release version from 1.5.0 to 1.5.1 and update the stable SwiftPM documentation examples. This mirrors the version and documentation changes made for the 1.4.1 patch release. The dated nightly SwiftPM example remains unchanged. ## Validation `git diff --check` Authored with AI assistance from OpenAI Codex.
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Arm backend: Partially support dynamic spatial ops (#22931)
Support dynamic convolutions and pooling operations without the TOSA shape extension when partitioning proves lowering needs neither input- size adjustment nor dynamic padding. Recognize value-only max pooling in its exported with-indices form before backend preprocessing canonicalizes it. cc @digantdesai @freddan80 @per @zingo @oscarandersson8218 @mansnils @Sebastian-Larsson @robell @rascani Signed-off-by: Oscar Andersson <oscar.andersson@arm.com> Co-authored-by: Oscar Andersson <87121123+oscarandersson8218@users.noreply.github.com>
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