docker-android/scripts/start-emulator.sh

#!/bin/bash

set -e

source ./emulator-monitoring.sh

# The emulator console port. 
EMULATOR_CONSOLE_PORT=5554
# The ADB port used to connect to ADB.
ADB_PORT=5555

# Start ADB server by listening on all interfaces.
echo "Starting the ADB server ..."
adb -a -P 5037 server nodaemon &

# Detect ip and forward ADB ports from the container's network
# interface to localhost.
LOCAL_IP=$(ip addr list eth0 | grep "inet " | cut -d' ' -f6 | cut -d/ -f1)
socat tcp-listen:"$EMULATOR_CONSOLE_PORT",bind="$LOCAL_IP",fork tcp:127.0.0.1:"$EMULATOR_CONSOLE_PORT" &
socat tcp-listen:"$ADB_PORT",bind="$LOCAL_IP",fork tcp:127.0.0.1:"$ADB_PORT" &

export USER=root

# Creating the Android Virtual Emulator.
echo "Creating the Android Virtual Emulator ..."
echo "Using package '$PACKAGE_PATH', ABI '$ABI' and device '$DEVICE_ID' for creating the emulator"
echo no | avdmanager create avd \
  --force \
  --name android \
  --abi "$ABI" \
  --package "$PACKAGE_PATH" \
  --device "$DEVICE_ID"

export DISPLAY=":0.0"

# If GPU acceleration is enabled, we create a virtual framebuffer
# to be used by the emulator when running with GPU acceleration.
# We also set the GPU mode to `host` to force the emulator to use
# GPU acceleration.
# if [ "$GPU_ACCELERATED" == "true" ]; then
  
#   export GPU_MODE="host"
#   Xvfb "$DISPLAY" -screen 0 1920x1080x16 -nolisten tcp &
# else
#   export GPU_MODE="swiftshader_indirect"
# fi

# Asynchronously write updates on the standard output
# about the state of the boot sequence.
wait_for_boot &

# Start the emulator with no audio, no GUI, and no snapshots.
echo "Starting the emulator ..."
emulator \
  -avd android \
  -gpu "swiftshader_indirect" \
  -no-boot-anim \
  -no-window \
  -no-snapshot || update_state "ANDROID_STOPPED"