nemo-relay-migrate-from-flow

작성자: nvidia

애플리케이션, 예제, 통합, 문서, 매니페스트 또는 저장소 코드를 Python 전반에 걸쳐 NeMo Flow에서 NeMo Relay로 마이그레이션할 때 이 스킬을 사용하세요.

npx skills add https://github.com/nvidia/skills --skill nemo-relay-migrate-from-flow

Migrate From NeMo Flow To NeMo Relay

Use this skill when a user has existing NeMo Flow code or documentation and wants it converted to NeMo Relay. Treat the migration as a mechanical rename plus language-specific validation, not a behavior rewrite. Keep compatibility exceptions explicit before applying broad renames.

Default Workflow

  1. Inspect the working tree and identify touched surfaces: Rust, Python, Node.js, Go, C FFI, CLI/config, docs, or integrations.
  2. Resolve SKILL_DIR to the absolute directory containing this SKILL.md and TARGET_PATH to the source repository or target project. Run the bundled helper in dry-run mode before editing: python3 "$SKILL_DIR/scripts/migrate_from_nemo_flow.py" "$TARGET_PATH" --rename-paths
  3. Review the reported text edits, path renames, and legacy project configuration warnings with the user. Do not migrate project-local .nemo-flow/config.toml or .nemo-flow/plugins.toml into .nemo-relay. Move those settings manually to a supported user or explicit configuration path after review.
  4. Obtain explicit confirmation for the resolved target root, then rerun with --write, --rename-paths, and --confirm-root "$TARGET_PATH".
  5. Apply language-specific cleanup for package manager lockfiles, generated artifacts, and public API examples.
  6. Search for remaining Flow names and verify the affected language surfaces.

Mechanical Rename Map

  • Brand and repository: NeMo Flow -> NeMo Relay, NeMo-Flow -> NeMo-Relay
  • Python: nemo-flow -> nemo-relay, nemo_flow -> nemo_relay, python/nemo_flow -> python/nemo_relay
  • Rust: nemo-flow -> nemo-relay, nemo-flow-adaptive -> nemo-relay-adaptive, nemo_flow:: -> nemo_relay::
  • Node.js: nemo-flow-node -> nemo-relay-node, including related entry points such as /typed, /plugin, /adaptive, and /observability
  • Go: github.com/NVIDIA/NeMo-Flow/go/nemo_flow -> github.com/NVIDIA/NeMo-Relay/go/nemo_relay, package aliases nemo_flow -> nemo_relay, and source directories go/nemo_flow -> go/nemo_relay
  • C FFI: nemo_flow.h -> nemo_relay.h, nemo_flow_* -> nemo_relay_*, NemoFlow* -> NemoRelay*, and NEMO_FLOW_* -> NEMO_RELAY_*
  • CLI/config: nemo-flow -> nemo-relay, ~/.config/nemo-flow -> ~/.config/nemo-relay, NEMO_FLOW_* -> NEMO_RELAY_*, and x-nemo-flow-* -> x-nemo-relay-*. Do not blindly rename project-local .nemo-flow/config.toml or .nemo-flow/plugins.toml into .nemo-relay; those files require manual migration to a supported user or explicit configuration path.

Do not replace bare flow, Flow, or FlowError. Those can be domain words or intentional compatibility names.

Language Cleanup

  • Python: update pyproject.toml, imports, type stubs, integration package paths, extras, and native module names. Regenerate or refresh lockfiles with the user's package workflow after source edits.
  • Rust: update Cargo.toml crate names, workspace dependencies, package references, and use nemo_relay::... imports. Let Cargo regenerate Cargo.lock when dependencies changed.
  • Node.js: update package.json, workspace names, package-lock entries, native addon artifact names, and imports from nemo-relay-node. Run the package manager to refresh locks.
  • Go: update go.mod, import paths, package declarations, aliases, and any local directory layout under go/nemo_relay.
  • C FFI: update header includes, exported symbol names, status and callback type names, macro constants, loader paths, and downstream bindings.
  • Docs and examples: update badges, package install commands, repository links, hosted docs URLs, CLI commands, config paths, and integration names.

Automation Helper

Use $SKILL_DIR/scripts/migrate_from_nemo_flow.py for first-pass edits. The helper:

  • runs as a dry run unless --write is passed
  • skips common vendor, build, cache, and generated directories
  • skips lockfiles unless --include-lockfiles is passed
  • skips symbolic links and credential-bearing dotenv files
  • detects project-local .nemo-flow/config.toml and .nemo-flow/plugins.toml, leaves them unchanged, and reports that they require manual migration to a supported user or explicit configuration path
  • requires the reviewed target root to be repeated with --confirm-root before writing, and refuses filesystem-root or home-directory writes
  • anchors writes and renames to verified directory handles without following symbolic links, and refuses write mode on platforms that cannot provide those guarantees
  • uses atomic no-replace path renames and exits nonzero when any requested mutation fails
  • can report or perform path renames with --rename-paths
  • rewrites only explicit NeMo Flow identifiers, package names, repository names, config paths, headers, environment variables, and FFI type prefixes

The helper does not classify arbitrary JSON, YAML, TOML, or INI files as secret. Review every configuration file in the dry-run report. If any reported file is unreviewed or credential-bearing, do not use --write on that root. Apply the reviewed changes manually and leave secret-bearing files untouched without reading or displaying their values.

Set shell-safe absolute paths before invoking the helper. Replace the example values with the resolved skill directory and either the source repository or the user's target project:

SKILL_DIR="/resolved/absolute/path/to/nemo-relay-migrate-from-flow"
TARGET_PATH="/resolved/absolute/path/to/target-project"

python3 "$SKILL_DIR/scripts/migrate_from_nemo_flow.py" "$TARGET_PATH" --rename-paths
python3 "$SKILL_DIR/scripts/migrate_from_nemo_flow.py" "$TARGET_PATH" \
  --write --rename-paths --confirm-root "$TARGET_PATH"

Use --include-lockfiles only when the user wants lockfiles edited directly; otherwise regenerate them with Cargo, uv/pip, npm, or Go tooling.

Verification

  • Search for remaining explicit Flow identifiers: rg -n "NeMo Flow|NeMo-Flow|nemo_flow|nemo-flow|NEMO_FLOW|NemoFlow|nemo_flow\\.h|nemo_flow_"
  • Run targeted tests for every affected language surface.
  • For Rust changes, run cargo test or the repository's Rust test recipe.
  • For Python changes, run the relevant import check and tests in the target environment.
  • For Node.js changes, run package install, type checks, and package tests.
  • For Go changes, run go test ./... from the updated module.
  • For docs-only migrations, build or link-check docs if the site navigation, install commands, or API references changed.

Related Skills

  • nemo-relay-get-started
  • nemo-relay-instrument-calls
  • nemo-relay-debug-runtime-integration

nvidia의 다른 스킬

compileiq-debug
nvidia
무언가 잘못되었을 때 사용: Search()가 멈추거나, 모든 평가가 INVALID_SCORE를 반환하거나, 점수가 개선되지 않거나, 모든 설정이 동일한 숫자를 반환하거나, ptxas 오류 등이 발생할 때
create-github-pr
nvidia
gh CLI를 사용하여 GitHub 풀 리퀘스트를 생성합니다. 사용자가 새 PR을 만들거나, 코드 리뷰를 제출하거나, 풀 리퀘스트를 열고자 할 때 사용합니다. 트리거 키워드 -…
nemoclaw-maintainer-cross-issue-sweep
nvidia
다른 열린 이슈들을 스캔하여 주어진 PR이 함께 수정하거나 실수로 망가뜨릴 수 있는 이슈를 찾습니다. 인접 수정 기회와 모순 위험을 file:line…과 함께 출력합니다.
fhir-basics
nvidia
에이전트에게 FHIR R4 API의 작동 방식, 사용 가능한 리소스, 검색 매개변수를 사용한 쿼리 방법, 모든 응답 형식을 올바르게 파싱하는 방법을 가르칩니다…
compileiq-validate-result
nvidia
검색이 완료된 후, 속도 향상을 청구하거나 ACF를 발송하기 전에 사용합니다. dump_results CSV를 로드하고, 상위 K개 후보(단일 목표)를 추출합니다…
changelog-audit
nvidia
릴리스 전에 Warp CHANGELOG.md를 감사합니다: 누락된 항목 복구, 사용자 영향별 정렬, 항목 언어 다듬기, 줄 바꿈, (릴리스 브랜치 모드) 비교 업데이트…
maintain-dynamic-plugins
nvidia
NeMo Relay 동적 플러그인 로더, 매니페스트, Rust 네이티브 SDK, gRPC 워커 프로토콜, Python 워커 SDK, 문서, 테스트 및 릴리스 워크플로 커버리지를 유지 관리합니다.
dgx-diagnose
nvidia
일반적인 DGX Station GB300 문제 진단 — CUDA 충돌, 잘못된 GPU 타겟팅, vLLM/SGLang 컨테이너 버그, MIG 상태 문제, NVLink/Fabric Manager 오류,…