aalness / lfl

LFL: Lucid Fusion Labs

Overview

The API primarly consists of the: Application, Window, and Scene classes, plus the 7 modules: Audio, Video, Input, Assets, Network, Camera, and CUDA.

The key implementation files are: lfapp/lfapp.h lfapp/lfapp.cpp

Projects

• term: LTerminal, a modern terminal
• editor: LEditor, a text editor and IDE
• browser: LBrowser, a HTML4/CSS2 web browser with V8 javascript
• image: LImage, an image and 3D-model manipulation utility
• fs: Fusion Server, a speech and image recognition server
• fv: Fusion Viewer, a speech and image recognition client
• market: Financial data visualization and automated trading code
• spaceball: Spaceball Future, a multiplayer 3d game
• cb: Crystal Bawl, a geopacket visualization screensaver
• chess: LChess, a magic bitboard chess engine and FICS client
• quake: LQuake, a quake clone
• senators: IRC bots with NLP capabilties

The following build procedures apply to any app cloned from new_app_template. See new_app_template/README.txt to quick start your next app.

Building

git clone https://github.com/koldfuzor/lfl.git

LFL builds easily for Windows, Linux, Mac OSX, iPhone and Android.

• Replace "LTerminal" and "lterm" with "YourPackage" and "YourApp" to build other apps.

Windows

• use CMake 3.0.2

    [select c:\lfl for source and binaries]
    [Configure]
    [uncheck USE_MSVC_RUNTIME_LIBRARY_DLL]
    [Generate]
  
    start Visual Studio Command Prompt
    cd lfl\imports\judy\src
    build.bat
  

• use Visual Studio C++ 2013 Express

• Tools > Options > Text Editor > All Languages > Tabs > Insert Spaces

    c:\lfl\Project.sln
    [Build LTerminal]
  
    cd c:\lfl\term
    copy ..\debug\*.dll debug
    copy ..\lfapp\*.glsl assets
    copy ..\imports\berkelium\w32\bin\* Debug
    copy ..\imports\ffmpeg\w32\dll\*.dll Debug [overwrite:All]
    [Run]
  
    [Right click] term.nsi > Compile NSIS Script
  

• Windows installer lterminst.exe results

Linux

• if yasm < 1 install http://www.tortall.net/projects/yasm/releases/yasm-1.2.0.tar.gz

    cd lfl
    ./imports/build.sh
    cmake .
  
    cd term
    make -j4
    ./pkg/lin.sh
    export LD_LIBRARY_PATH=./LTerminal
    ./LTerminal/lterm
  
    tar cvfz LTerminal.tgz LTerminal
  

• Linux package LTerminal.tgz results

OSX

• http://www.cmake.org/files/v3.0/cmake-3.0.2-Darwin64-universal.dmg

• Minimum of XCode 6 required

    cd lfl
    ./imports/build.sh
    cmake .
  
    cd term
    make -j4
    ./pkg/macprep.sh
    ./LTerminal.app/Contents/MacOS/lterm
  
    ./pkg/macpkg.sh
  

• OSX installer LTerminal.dmg results

• For C++ Interpreter setup ~/cling following http://root.cern.ch/drupal/content/cling-build-instructions

• For V8 Javascript setup ~/v8 following https://developers.google.com/v8/build then:

    sudo port install yasm
    export CXX="clang++ -std=c++11 -stdlib=libc++"
    export CC=clang
    export CPP="clang -E"
    export LINK="clang++ -std=c++11 -stdlib=libc++"
    export CXX_host=clang++
    export CC_host=clang
    export CPP_host="clang -E"
    export LINK_host=clang++
    export GYP_DEFINES="clang=1 mac_deployment_target=10.8"
    make native; cp -R out ~/v8; cp -R include ~/v8
  

iOS Device

    cd lfl
    cmake -D LFL_IPHONE=1 .

    cd term
    make -j4
    cp -R assets term-iphone
    cp lfapp/*.glsl term-iphone/assets
    ./pkg/iphoneprep.sh
    ./pkg/iphonepkg.sh

    open term-iphone/term-iphone.xcodeproj

    [Change configuration to Device]
    [Build and run]
    cp lterm term-iphone/build/Debug-iphoneos/term-iphone.app/term-iphone
    cp skorp ~/Library//Developer/Xcode/DerivedData/skorp-iphone-cwokylhxlztdqwhdhxqzpqiemvoz/Build/Products/Debug-iphoneos/skorp-iphone.app/skorp-iphone
    [Build and run]

• iPhone Installer iLTerminal.ipa results

iOS Simulator

    cd lfl
    cmake -D LFL_IPHONESIM=1 .

    cd term
    make -j4
    cp -R assets term-iphone
    ./pkg/iphoneprep.sh
    ./pkg/iphonepkg.sh

    open term-iphone/term-iphone.xcodeproj
    [Change configuration to Simulator]
    [Build and run]
    cp lterm term-iphone/build/Debug-iphonesimulator/term-iphone.app/term-iphone
    [Build and run]

• iPhone Installer iLTerminal.ipa results

Android

• http://www.oracle.com/technetwork/java/javase/downloads/java-se-jdk-7-download-432154.html

• http://www.eclipse.org/downloads/packages/eclipse-classic-37/indigor

• Android SDK http://developer.android.com/sdk/index.html

• Android NDK http://developer.android.com/sdk/ndk/index.html

• ADT Plugin http://developer.android.com/sdk/eclipse-adt.html#installing

    $HOME/android-sdk-linux_x86/tools/android
    [Install Platform android-13 + Google Play Services]
    [New Virtual Device]
  
    $HOME/android-ndk-r8b/build/tools/make-standalone-toolchain.sh \
    --platform=android-8 --install-dir=$HOME/android-toolchain
  
    cd lfl
    ** Modify ANDROIDROOT in CMakeLists.txt
    cmake -D LFL_ANDROID=1 .
  
    cd term
    make -j4
    cd term-android/jni
    ../../pkg/androidprebuild.sh
    rm ~/lfl-android/lfl/lfapp/lfjava/lfjava
    cd src && ln -s ~/android-ndk-r9/sources/cxx-stl/gnu-libstdc++ && cd ..
    vim lfapp/Android.mk # Change to: libskorp_lfapp.a
    ndk-build
  
    cd lfl/term/term-android/assets
    cp -R ../../assets .
    cp ../../lfapp/*.glsl assets
  
    cd lfl/term/term-android
    vi local.properties
    ant debug
  
    Eclipse > [Eclipse|Window] > Preferences > Android > SDK Location
    Eclipse > File > New > Other > Android Project > From Existing Source > term-android (Name: LTerminal, Target 2.2)
    LTerminal > Refresh
    LTerminal > Debug as Android Application
  

• Android Installer bin/LTerminal.apk results

• Setup eclipse_keystore

    LTerminal > Android Tools > Export Signed Application Package
  

• Signed Android Installer results

Contributing

1. Fork this repo and make changes in your own fork.
2. Commit your changes and push to your fork git push origin master
3. Create a new pull request and submit it back to the project.