# Clean up __init__.py's found in namespace directories echo "Sourcing python-namespaces-hook" pythonNamespacesHook() { echo "Executing pythonNamespacesHook" for namespace in ${pythonNamespaces[@]}; do echo "Enforcing PEP420 namespace: ${namespace}" # split namespace into segments. "azure.mgmt" -> "azure mgmt" IFS='.' read -ra pathSegments <<< $namespace constructedPath=$out/@pythonSitePackages@ # Need to remove the __init__.py at each namespace level # E.g `azure/__init__.py` and `azure/mgmt/__init__.py` # The __pycache__ entry also needs to be removed for pathSegment in ${pathSegments[@]}; do constructedPath=${constructedPath}/${pathSegment} pathToRemove=${constructedPath}/__init__.py pycachePath=${constructedPath}/__pycache__/ # remove __init__.py if [ -f "$pathToRemove" ]; then rm -v "$pathToRemove" fi # remove ${pname}-${version}-${python-interpeter}-nspkg.pth # # Still need to check that parent directory exists in the # event of a "meta-package" package, which will just install # other packages, but not produce anything in site-packages # besides meta information if [ -d "${constructedPath}/../" -a -z ${dontRemovePth-} ]; then # .pth files are located in the parent directory of a module @findutils@/bin/find ${constructedPath}/../ -name '*-nspkg.pth' -exec rm -v "{}" + fi # remove __pycache__/ entry, can be interpreter specific. E.g. __init__.cpython-38.pyc # use null characters to perserve potential whitespace in filepath if [ -d "$pycachePath" ]; then @findutils@/bin/find "$pycachePath" -name '__init__*' -exec rm -v "{}" + fi done done echo "Finished executing pythonNamespacesHook" } if [ -z "${dontUsePythonNamespacesHook-}" -a -n "${pythonNamespaces-}" ]; then postFixupHooks+=(pythonNamespacesHook) fi