Skip to content
This repository has been archived by the owner on Nov 1, 2021. It is now read-only.

Latest commit

 

History

History
68 lines (39 loc) · 2.83 KB

README.md

File metadata and controls

68 lines (39 loc) · 2.83 KB
Raw

No longer under development

You can download one of the old builds from the Releases tab.

OpenMW for Android

Google Play | Google Play (Nightly)

F-Droid | F-Droid (Nightly)

FAQ & Info

Building

There are two steps for building OpenMW for Android. The first step is building C/C++ libraries. The second step is building the Java launcher.

Prerequisites

You will need some standard tools installed that you probably already have (bash, gcc, g++, sha256sum, unzip).

CMake 3.6.0 or newer is required, you can download the latest version here (and place in your PATH) if your distro ships with an outdated version.

Additionally, to build the launcher you will need Android SDK installed, it is suggested that you use Android Studio which can set it up for you (see step 2).

Step 1: Build the libraries

Go into the buildscripts directory and run ./build.sh. The script will automatically download the Android native toolchain and all dependencies, and will compile and install them.

Step 2: Build the Java launcher

To get an APK file you can install, open the openmw-android directory in Android Studio and run the project.

Alternatively, if you do not have Android Studio installed or would rather not use it, run ./gradlew assembleDebug from the root directory of this repository. The resulting APK, located at ./app/build/outputs/apk/debug/app-debug.apk, can be transferred to the device and installed.

Notes for developers

Debugging native code

You can debug native code with ndk-gdb. To use it, once you've built both libraries and the apk and installed the apk, run the application and let it stay on the main menu. Then cd to app/src/main and run ./gdb.sh [arch]. The arch variable has to match the library your device will be using (one of arm, arm64, x86_64, x86; arm is the default).

This also automatically enables gdb to use unstripped libraries, so you get proper symbols, source code references, etc.

Running Address Sanitizer

To compile everything with ASAN:

# Clean previous build
./clean.sh
# Build with ASAN enabled & debug symbols
./build.sh --ccache --asan --debug
# Or: ./build.sh --ccache --asan --debug --arch arm64

Then open Android Studio and compile and install the project.

To get symbolized output:

adb logcat | ./tool/asan_symbolize.py --demangle -s ./symbols/armeabi-v7a/
# Or: adb logcat | ./tool/asan_symbolize.py --demangle -s ./symbols/arm64-v8a/

Credits

Source code

Original Java code written by sandstranger. Build scripts originally written by sandstranger and bwhaines.