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Bereitstellung und Betrieb · SKILL.md

deployment-export

deployment-export

Export PaddleGAN checkpoints to static inference models and plan deployment targets.

Independent GitHub snapshot · Automated classification · Original documentation governs

Skill-Dokumentation

GitHub

name: deployment-export description: "Export PaddleGAN checkpoints to static inference models and plan deployment targets." disable-model-invocation: true metadata: disco-role: operating license: Apache 2.0

deployment-export

Use this sub-skill when a PaddleGAN checkpoint must become a static inference artifact, when an exported model needs inspection, or when deployment flags and backend prerequisites need to be planned without running heavy validation by default.

Covers

  • Checkpoint to static export.
  • Export artifact inspection.
  • Paddle Inference Python planning, including TensorRT flags.
  • Serving, Lite, and C++ deployment boundaries at reference level.
  • TIPC harnesses as validation evidence, not default execution.

Does not cover by default

  • Training from scratch or resume flows -> training-configs.
  • App-style predictor demos -> image-and-face-apps or video-and-audio-apps.
  • Dataset building -> data-preparation.
  • Mobile builds, Serving startup, or C++ compilation unless explicitly authorized.
  • Heavy native inference or benchmark runs unless the task explicitly asks for them.

Bundled helpers

  • scripts/export_model.py — bundled export wrapper.
  • scripts/check_exported_model.py — exported model directory/prefix checker.
  • references/export-and-inference.md — export grammar, file naming, and inference flags.
  • references/deployment-targets.md — Serving, Lite, C++, TensorRT, and TIPC boundaries.
  • references/troubleshooting.md — common failures and recovery steps.

Quick workflow

  1. Identify the model family and confirm whether the checkpoint is single-net, multi-net, or custom-export.
  2. Confirm the inputs_size string matches the number and order of exported inputs.
  3. Confirm checkpoint keys match the expected network names.
  4. Export with the bundled wrapper.
  5. Check the resulting prefix tree with the bundled checker.
  6. Plan the runtime:
    • standard Python inference for quick checks,
    • TensorRT only when the installed Paddle wheel/lib supports it,
    • Serving/Lite/C++ only when their prerequisites are known.
  7. Treat TIPC as evidence and routing context, not as the default execution path.

Special cases

  • CycleGAN and similar multi-net base exports should keep distinct prefixes such as netG_A and netG_B; a forced shared prefix would clobber one export.
  • Wav2Lip uses a single netG checkpoint load path.
  • FirstOrder/FOM exports a paired fom_dy2st/ tree with kp_detector and generator prefixes.
  • TensorRT planning is only meaningful when the installed Paddle build exposes TensorRT support.

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