RetroArch/pkg/android/phoenix/init_modules.sh

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#!/bin/bash
# This script generates Gradle modules for each Android core,
# so that they can be served by Google Play as Dynamic Feature Modules.
# Run "./init_modules.sh" to generate modules, or "./init_modules.sh clean" to remove them
# These paths assume that this script is running inside libretro-super,
# and that the compiled Android cores are available while this script is run
RECIPES_PATH="../../../../recipes/android"
INFO_PATH="../../../../dist/info"
CORES_PATH="../../../../dist/android"
# Get the list of Android cores to generate modules for
CORES_LIST=$(cat module_list.txt)
# The below command would generate a module for every single Android core,
# but Dynamic Feature Modules enforces a 50-module limit
#CORES_LIST=$(find $RECIPES_PATH -type f ! -name '*.*' -exec cat {} + | awk '{ split($1, test, " "); print test[1] }' | grep "\S")
# Delete any leftover files from previous script runs
rm -rf modules
rm -f res/values/core_names.xml
rm -f res/values/module_names_*.xml
rm -f dynamic_features.gradle
rm -f settings.gradle
if [[ $1 = clean ]] ; then
exit 1
fi
# Make directory for modules to be stored in
mkdir -p modules
mkdir -p res/values
# Begin generating files with necessary metadata
# for compiling Dynamic Feature Modules
echo "<resources>" >> res/values/core_names.xml
echo "android {" >> dynamic_features.gradle
echo "dynamicFeatures = [" >> dynamic_features.gradle
for arch in armeabi-v7a arm64-v8a x86 x86_64
do
SANITIZED_ARCH_NAME=$(echo $arch | sed "s/-/_/g")
echo "<resources>" >> res/values/module_names_$arch.xml
echo "<string-array name=\"module_names_$SANITIZED_ARCH_NAME\">" >> res/values/module_names_$arch.xml
done
# Time to generate a module for each core!
while IFS= read -r core; do
SANITIZED_CORE_NAME="core_$(echo $core | sed "s/-/_/g")"
DISPLAY_NAME=$(cat $INFO_PATH/${core}_libretro.info | grep "display_name" | cut -d'"' -f 2)
echo "Generating module for $core..."
# Make a copy of the template
cp -r module_template modules/$SANITIZED_CORE_NAME
# Write the name of the core into AndroidManifest.xml
if [[ "$OSTYPE" == "darwin"* ]]
then
sed -i '' "s/%CORE_NAME%/$SANITIZED_CORE_NAME/g" modules/$SANITIZED_CORE_NAME/AndroidManifest.xml
else
sed -i "s/%CORE_NAME%/$SANITIZED_CORE_NAME/g" modules/$SANITIZED_CORE_NAME/AndroidManifest.xml
fi
# Create a libs directory for each architecture,
# and copy the libretro core into each directory
for arch in armeabi-v7a arm64-v8a x86 x86_64
do
mkdir -p modules/$SANITIZED_CORE_NAME/libs/$arch
if [[ -e $CORES_PATH/$arch/${core}_libretro_android.so ]]
then
ln -s ../../../../$CORES_PATH/$arch/${core}_libretro_android.so modules/$SANITIZED_CORE_NAME/libs/$arch/lib$core.so
else
touch modules/$SANITIZED_CORE_NAME/libs/$arch/lib$core.so
fi
if [[ -s "modules/$SANITIZED_CORE_NAME/libs/$arch/lib$core.so" ]]
then
echo "<item>$core</item>" >> res/values/module_names_$arch.xml
fi
done
# Write metadata about the module into the corresponding files
echo "<string name=\"$SANITIZED_CORE_NAME\">$DISPLAY_NAME</string>" >> res/values/core_names.xml
echo "':modules:$SANITIZED_CORE_NAME'," >> dynamic_features.gradle
echo "include ':modules:$SANITIZED_CORE_NAME'" >> settings.gradle
done <<< "$CORES_LIST"
# Finish generating the metadata files
echo "</resources>" >> res/values/core_names.xml
echo "]" >> dynamic_features.gradle
echo "}" >> dynamic_features.gradle
for arch in armeabi-v7a arm64-v8a x86 x86_64
do
echo "</string-array>" >> res/values/module_names_$arch.xml
echo "</resources>" >> res/values/module_names_$arch.xml
done