Vendors curry_core.py from Athena-Pro/Curry (with the str.format()/format_map() sandbox-escape fix from https://github.com/Athena-Pro/Curry/pull/4 already applied) into synapse/, since Curry itself isn't a pip-installable package - it's meant to be pointed at via a config path, which only works from a source checkout. Vendoring a single self-contained, stdlib-only file ships it inside NexusOS's own wheel with no extra dependency to reconcile. synapse/curry_store.py opens it into a module-level singleton (curry_db) at import time, the same pattern as memory.store.store and playbooks.store.playbook_store, and main.py imports it so it's genuinely initialized at process startup - preloaded, not lazy-on-first-use. Backed by its own CURRY_DB file (nexus_config.py), separate from memory.db. NexusOS builds exactly one wheel (py3-none-any, no compiled extensions) - there is no separate Windows/macOS/Linux artifact; platform differences are handled by requirement overlays at install time, not by building different wheels. Verified the same wheel actually carries this correctly: built it, confirmed twine check passes, confirmed synapse/curry_core.py and curry_store.py are present in the archive (bin/check.sh's packaging gate now asserts this too), then installed that exact wheel into a throwaway venv and round-tripped a declare_constant/get_constant_latest call against it with no source checkout present - proving "preloaded and ready to be called" holds from the shipped artifact, not just editable-install execution. Android/Termux is unaffected by this change in either direction: it already has a separate, documented, pre-existing blocker in docs/TERMUX.md (no published Android pydantic-core wheel) that has nothing to do with Curry, which is pure stdlib and adds no new native/binary dependency. Scope: preload only, nothing wired into a chat-facing tool yet - no model or user-authored content reaches declare_function/call_function today. Verified: 216 backend tests pass (4 new in test_curry_store.py, including a regression test proving the vendored sandbox fix survived the copy); the 12 pre-existing C/C++/Rust toolchain failures are unrelated and unchanged. Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
90 lines
3.4 KiB
Bash
90 lines
3.4 KiB
Bash
#!/usr/bin/env bash
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# One command that answers "is this shippable" - Python tests + frontend lint.
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#
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# ponytail: this IS the CI. The remote is self-hosted Gitea with no act_runner,
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# so a .github/workflows file would never execute. Run this before tagging a
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# release; wire it to a runner the day one exists.
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set -uo pipefail
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cd "$(dirname "$0")/.."
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fail=0
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if [ ! -x Promethean/bin/python ]; then
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echo "!! no Promethean venv - run ./install.sh first" >&2
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exit 1
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fi
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echo "== pytest =="
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# Explicit dirs: a bare `pytest` would walk Promethean/ and node_modules too.
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Promethean/bin/python -m pytest -q tests management || fail=1
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echo "== eslint =="
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if [ -d interface/web/node_modules ]; then
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(cd interface/web && npm run lint) || fail=1
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else
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echo "-- skipped: interface/web/node_modules missing (npm install)"
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fi
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echo "== frontend unit tests =="
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# The JSX/TSX transform behind the preview window is a pure module with a
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# node --test suite. Nothing else in the frontend has tests, so this is cheap;
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# without it the transform's silent-wrong cases go unguarded.
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if [ -d interface/web/node_modules ]; then
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(cd interface/web && npm test) || fail=1
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else
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echo "-- skipped: interface/web/node_modules missing (npm install)"
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fi
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echo "== powershell parse =="
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# The Windows installer has died at parse twice. Cheap to catch here if pwsh
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# happens to be installed on the Linux box; the ASCII guard in tests/ is the
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# portable half of the same check.
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if command -v pwsh >/dev/null; then
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for f in install-windows.ps1 launch_nexus.ps1; do
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pwsh -NoProfile -Command "\$e=\$null
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[System.Management.Automation.Language.Parser]::ParseFile('$f',[ref]\$null,[ref]\$e) | Out-Null
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if (\$e) { \$e | ForEach-Object { Write-Host '$f:' \$_.Message }; exit 1 }" || fail=1
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done
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else
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echo "-- skipped: pwsh not installed"
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fi
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echo "== shell parse =="
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for f in scripts/install-termux.sh install-macos.sh launch_nexus.sh management/nexus-cli.sh; do
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[ -f "$f" ] && { bash -n "$f" || fail=1; }
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done
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echo "== packaging =="
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# The wheel is the other shippable artifact, so it belongs in the same gate:
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# a broken pyproject or a missing web build only shows up at build time.
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if Promethean/bin/python -c "import build, twine" 2>/dev/null; then
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rm -rf .build-check
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if Promethean/bin/python -m build --outdir .build-check >/dev/null 2>&1; then
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Promethean/bin/python -m twine check .build-check/* || fail=1
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# The compiled UI has to actually be inside the wheel - a wheel that
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# builds but ships no dist/ serves a blank page.
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Promethean/bin/python - <<'PY' || fail=1
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import glob, sys, zipfile
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wheels = glob.glob(".build-check/*.whl")
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if not wheels:
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sys.exit("no wheel produced")
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names = zipfile.ZipFile(wheels[0]).namelist()
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if not any(n.startswith("synapse/_resources/web/") for n in names):
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sys.exit("wheel is missing the compiled web UI (cd interface/web && npm run build)")
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if not any(n.startswith("synapse/_resources/playbooks/") for n in names):
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sys.exit("wheel is missing the seed playbooks")
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if "synapse/curry_core.py" not in names or "synapse/curry_store.py" not in names:
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sys.exit("wheel is missing vendored Curry (synapse/curry_core.py / curry_store.py)")
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print(f"wheel OK: {len(names)} files")
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PY
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else
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echo "!! wheel build failed"; fail=1
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fi
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rm -rf .build-check
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else
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echo "-- skipped: build/twine missing (pip install -e '.[dev]')"
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fi
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[ "$fail" -eq 0 ] && echo "OK" || echo "FAILED"
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exit "$fail"
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