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media-player-server/build-dist-windows.sh
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alexei.dolgolyov 39b3aed5f3
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fix(ci): hybrid pip download - single call for cross-platform deps
The per-dep loop regressed pydantic/pydantic-core compatibility:
each dep resolves transitive versions independently, so 'pydantic'
brings core 2.41.5 while 'pydantic-settings' brings core 2.45.0,
and the later wheel overwrites the earlier during site-packages
unzip, producing:
  SystemError: pydantic-core 2.45.0 is incompatible with
  pydantic, which requires 2.41.5

Fix: single pip-download call for CORE_DEPS + VIS_DEPS so pip
resolves compatible transitive versions. Keep the per-dep loop
with --pre only for WIN_DEPS, where each dep needs its own
platform/non-platform fallback and winsdk requires --pre for
its beta wheels.
2026-04-07 22:24:57 +03:00

131 lines
3.8 KiB
Bash

#!/usr/bin/env bash
set -euo pipefail
# Cross-build Windows distribution on Linux
# Usage: ./build-dist-windows.sh [VERSION]
source "$(dirname "$0")/build-common.sh"
detect_version "${1:-}"
echo "Building Media Server v${VERSION_CLEAN} for Windows"
# --- Configuration ---
PYTHON_VERSION="3.11.9"
PYTHON_SHORT="311"
DIST_DIR="dist/media-server"
WHEEL_DIR="build/win-wheels"
SITE_PACKAGES="${DIST_DIR}/python/Lib/site-packages"
BUILD_OUTPUT="build/MediaServer-v${VERSION_CLEAN}-win-x64"
clean_dist "${DIST_DIR}" "${WHEEL_DIR}" "${SITE_PACKAGES}"
# --- Download embedded Python (cache-friendly) ---
mkdir -p build
if [ ! -f build/python-embed.zip ]; then
echo "Downloading embedded Python ${PYTHON_VERSION}..."
curl -sL "https://www.python.org/ftp/python/${PYTHON_VERSION}/python-${PYTHON_VERSION}-embed-amd64.zip" \
-o build/python-embed.zip
else
echo "Using cached embedded Python ${PYTHON_VERSION}"
fi
unzip -qo build/python-embed.zip -d "${DIST_DIR}/python"
# Patch ._pth to enable site-packages and app source
PTH_FILE=$(ls "${DIST_DIR}"/python/python*._pth | head -1)
sed -i 's/^#\s*import site/import site/' "$PTH_FILE"
echo 'Lib\site-packages' >> "$PTH_FILE"
echo '..\app' >> "$PTH_FILE"
# --- Download Windows wheels ---
echo "Downloading Windows wheels..."
# Core dependencies
CORE_DEPS=(
"fastapi>=0.109.0"
"uvicorn[standard]>=0.27.0"
"pydantic>=2.0"
"pydantic-settings>=2.0"
"pyyaml>=6.0"
"mutagen>=1.47.0"
"pillow>=10.0.0"
)
# Windows-specific dependencies
WIN_DEPS=(
"winsdk>=1.0.0b10"
"pywin32>=306"
"comtypes>=1.2.0"
"pycaw>=20230407"
"screen-brightness-control>=0.20.0"
"monitorcontrol>=3.0.0"
"pystray>=0.19.0"
)
# Visualizer dependencies
VIS_DEPS=(
"soundcard>=0.4.0"
"numpy>=1.24.0,<2.0"
)
# Resolve core + visualizer deps in a SINGLE call so pip picks compatible
# transitive versions (notably pydantic/pydantic-core must match).
# Per-dep loops resolve each dep independently and can leave mismatched
# transitive versions that overwrite each other in the site-packages unzip.
CROSS_DEPS=("${CORE_DEPS[@]}" "${VIS_DEPS[@]}")
pip download --quiet --no-cache-dir --dest "$WHEEL_DIR" \
--platform win_amd64 --python-version "${PYTHON_SHORT}" \
--implementation cp --only-binary :all: \
"${CROSS_DEPS[@]}"
# Windows-only deps in a loop with --pre: winsdk only ships beta wheels
# (1.0.0bNN) and each dep needs its own platform/non-platform fallback.
for dep in "${WIN_DEPS[@]}"; do
pip download --pre --quiet --no-cache-dir --dest "$WHEEL_DIR" \
--platform win_amd64 --python-version "${PYTHON_SHORT}" \
--implementation cp --only-binary :all: \
"$dep" 2>/dev/null || \
pip download --pre --quiet --no-cache-dir --dest "$WHEEL_DIR" \
--only-binary :all: \
"$dep"
done
# Remove numpy 2.x wheels pulled as transitive deps (soundcard requires <2.0)
for f in "$WHEEL_DIR"/numpy-2*; do
[ -f "$f" ] && echo "Removing incompatible: $(basename "$f")" && rm "$f"
done
# Install wheels into site-packages
echo "Installing wheels..."
for whl in "$WHEEL_DIR"/*.whl; do
unzip -qo "$whl" -d "$SITE_PACKAGES"
done
cleanup_site_packages "$SITE_PACKAGES" "pyd" "dll"
verify_frontend
copy_app_files "$DIST_DIR"
# Copy scripts needed for auto-start
mkdir -p "${DIST_DIR}/scripts"
cp scripts/start-hidden.vbs "${DIST_DIR}/scripts/"
# --- Create launcher ---
cat > "${DIST_DIR}/media-server.bat" << 'LAUNCHER'
@echo off
setlocal
set "ROOT=%~dp0"
"%ROOT%python\python.exe" -m media_server.main %*
LAUNCHER
# --- Package ---
echo "Creating archives..."
mkdir -p build
# Portable ZIP
cp -r "${DIST_DIR}" "${BUILD_OUTPUT}"
cd build
zip -qr "MediaServer-v${VERSION_CLEAN}-win-x64.zip" "MediaServer-v${VERSION_CLEAN}-win-x64"
cd ..
echo "Build complete: build/MediaServer-v${VERSION_CLEAN}-win-x64.zip"
echo "Dist directory ready for NSIS: ${DIST_DIR}"