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#!/bin/bash

# This file is part of LiveCode.

# LiveCode is free software; you can redistribute it and/or modify it under

# the terms of the GNU General Public License v3 as published by the Free

# Software Foundation.

# LiveCode is distributed in the hope that it will be useful, but WITHOUT ANY

# WARRANTY; without even the implied warranty of MERCHANTABILITY or

# FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License

# for more details.

# You should have received a copy of the GNU General Public License

# along with LiveCode. If not see <http://www.gnu.org/licenses/>.

usage () {

cat <<EOF

Use gyp to generate project files when compiling LiveCode.

Usage:

config.sh [--platform PLATFORM] [options ...] [gyp_options ...]

Options:

-p, --platform PLATFORM

Choose which platform to build for

-h, --help Print this message

gyp Options:

--generator-output DIR

Puts generated build files under DIR

--depth PATH Set DEPTH gyp variable to a relative path to PATH

-f, format FORMATS

Output formats to generate

-Gmsvs_version=WIN_MSVS_VERSION

Version of Microsoft Visual Studio to be used

-Gandroid_ndk_version=ANDROID_NDK_VERSION

Version of Android Native Development Kit to be used

-DOS=OS Compile LiveCode for target operating system

-Dtarget_arch=TARGET_ARCH

Compile LiveCode to run on ARCH processors

-Dtarget_sdk=XCODE_TARGET_SDK

Compile LiveCode using the specified SDK in Xcode

-Dhost_sdk=XCODE_HOST_SDK

Compile build tools using the specified SDK in Xcode

All unrecognised options get passed directly to gyp. If you don't specify an

required option, config.sh will try to guess a suitable value.

The currently-supported PLATFORMs are:

mac

ios

linux-x86

linux-x86_64

android-armv6

win-x86

emscripten

EOF

exit $1

}

guess_platform () {

case "$(uname -s)" in

Darwin)

echo "mac"

return 0 ;;

Linux)

case "$(uname -p)" in

x86_64)

echo "linux-x86_64"

return 0 ;;

i*86|x86)

echo "linux-x86"

return 0 ;;

esac;;

esac

return 1

}

invoke_gyp () {

echo gyp/gyp "$@" 2>&1

exec gyp/gyp "$@"

}

################################################################

# Parse command-line options

################################################################

num_save_opts=0

while [[ $# > $num_save_opts ]]; do

key="$1"

case "$key" in

-h|--help)

usage 1

;;

-p|--platform)

PLATFORM="$2"

shift

;;

--generator-output)

GENERATOR_OUTPUT="$2"

shift

;;

--depth)

DEPTH="$2"

shift

;;

-f|--format)

FORMATS="$2 ${FORMATS}"

shift

;;

# Intercept -D options that config.sh tries to generate

-D*)

d="${key#*=}"

case "$key" in

-Dhost_sdk=*) XCODE_HOST_SDK="$d" ;;

-Dtarget_sdk=*) XCODE_TARGET_SDK="$d" ;;

-Dtarget_arch=*) TARGET_ARCH="$d" ;;

-DOS=*) OS="$d" ;;

*) # Pass directly through to gyp

set x "$@" "$key"

let num_save_opts++

shift

;;

esac

;;

# Intercept -G options that config.sh tries to generate

-G*)

d="${key#*=}"

case "$key" in

-Gmsvs_version=*) WIN_MSVS_VERSION="$d" ;;

-Gandroid_ndk_version=*) ANDROID_NDK_VERSION="$d" ;;

*) # Pass directly through to gyp

set x "$@" "$key"

let num_save_opts++

shift

;;

esac

;;

*) # Unrecognised option

echo "ERROR: Unrecognised option '$key'"

exit 1

;;

esac

shift

done

################################################################

# Guess and validate platform

################################################################

# If no platform specified, try to guess the platform

if test -z "${PLATFORM}"; then

PLATFORM=$(guess_platform)

if test $? -ne 0; then

echo "ERROR: Cannot guess platform; specify '--platform <name>'" >&2

exit 1

# Validate platform

case ${PLATFORM} in

linux-x86) ;;

linux-x86_64) ;;

android-armv6) ;;

mac) ;;

ios) ;;

win-x86) ;;

emscripten) ;;

echo "ERROR: Unrecognised platform: '${PLATFORM}'" >&2

exit 1;;

esac

################################################################

# Guess other relevant options

################################################################

# Guess generator output directory from platform

if test -z "$GENERATOR_OUTPUT"; then

GENERATOR_OUTPUT="build-${PLATFORM}/livecode"

# Guess OS from platform

if test -z "$OS"; then

case ${PLATFORM} in

linux*) OS="linux" ;;

android*) OS="android" ;;

mac*) OS="mac" ;;

ios*) OS="ios" ;;

win*) OS="win" ;;

emscripten*) OS="emscripten" ;;

esac

# If no output type specified, guess from platform:

if test -z "$FORMATS"; then

case ${OS} in

# Always use Linux-style makefiles for Android as the Android toolchain

# is more Linux-y than Darwin-y

linux|android|emscripten) FORMATS="make-linux" ;;

mac|ios) FORMATS="xcode" ;;

win) FORMATS="msvs" ;;

esac

# Default "depth"

if test -z "$DEPTH"; then

DEPTH=.

# Default Visual Studio version

if test -z "$WIN_MSVS_VERSION"; then

WIN_MSVS_VERSION=2010

# Default Xcode target SDK

if test -z "$XCODE_TARGET_SDK"; then

case ${OS} in

mac) XCODE_TARGET_SDK="macosx10.8" ;;

ios) XCODE_TARGET_SDK="iphoneos" ;;

esac

# Default Xcode host SDK

if test -z "$XCODE_HOST_SDK"; then

case ${OS} in

mac) XCODE_HOST_SDK="${XCODE_TARGET_SDK}" ;;

ios) XCODE_HOST_SDK="macosx" ;;

esac

# Default target architectures

# iOS architectures are restricted to 32-bit only for iOS 5.1, 6.1 and 7.1

if test -z "$TARGET_ARCH"; then

case ${PLATFORM} in

*-x86) TARGET_ARCH="x86" ;;

*-x86_64) TARGET_ARCH="x86_64" ;;

*-armv6) TARGET_ARCH="armv6" ;;

emscripten) TARGET_ARCH="js" ;;

mac*|ios*)

case ${XCODE_TARGET_SDK} in

macosx*) TARGET_ARCH="i386" ;;

iphoneos5* | \

iphoneos6* | \

iphoneos7*) TARGET_ARCH="armv7" ;;

iphoneos*) TARGET_ARCH="armv7 arm64" ;;

iphonesimulator5* | \

iphonesimulator6* | \

iphonesimulator7*) TARGET_ARCH="i386" ;;

iphonesimulator*) TARGET_ARCH="i386 x86_64" ;;

esac

;;

echo "Couldn't guess 'target_arch'"

esac

# Location of Perl when running Windows builds

WIN_PERL=${WIN_PERL:-"C:/perl/bin/perl.exe"}

# Android default settings and tools

if test "${OS}" = "android" ; then

ANDROID_NDK_VERSION=${ANDROID_NDK_VERSION:-r10d}

ANDROID_PLATFORM=${ANDROID_PLATFORM:-android-17}

# Attempt to locate an Android NDK

if [ -z "${ANDROID_NDK}" -a "${OS}" = "android" ] ; then

# Try the symlink we suggest in INSTALL-android.md

if [ -d "${HOME}/android/toolchain/android-ndk" ] ; then

ANDROID_NDK="${HOME}/android/toolchain/android-ndk"

else

echo >&2 "Error: Android NDK not found (set \$ANDROID_NDK)"

exit 1

# Attempt to locate an Android SDK

if [ -z "${ANDROID_SDK}" ] ; then

# Try the symlink we suggest in INSTALL-android.md

if [ -d "${HOME}/android/toolchain/android-sdk" ] ; then

ANDROID_SDK="${HOME}/android/toolchain/android-sdk"

else

echo >&2 "Error: Android SDK not found (set \$ANDROID_SDK)"

exit 1

# Attempt to guess the Android build tools version

if [ -z "${ANDROID_BUILD_TOOLS}" ] ; then

# Check for a sub-folder in the appropriate place

# Possibly fragile - are there ever multiple sub-folders?

if [ ! "$(echo \"${ANDROID_SDK}/build-tools/\"*)" = "${ANDROID_SDK}/build-tools/*" ] ; then

ANDROID_BUILD_TOOLS=$(basename $(echo "${ANDROID_SDK}/build-tools/"*))

else

echo >&2 "Error: Android build tools not found (set \$ANDROID_BUILD_TOOLS)"

exit 1

if [ -z "${ANDROID_TOOLCHAIN}" ] ; then

# Try the folder we suggest in INSTALL-android.md

if [ -d "${HOME}/android/toolchain/standalone" ] ; then

ANDROID_TOOLCHAIN="${HOME}/android/toolchain/standalone/bin/arm-linux-androideabi-"

else

echo >&2 "Error: Android toolchain not found (set \$ANDROID_TOOLCHAIN)"

exit 1

ANDROID_AR=${AR:-${ANDROID_TOOLCHAIN}ar}

ANDROID_CC=${CC:-${ANDROID_TOOLCHAIN}clang -target arm-linux-androideabi -march=armv6 -integrated-as}

ANDROID_CXX=${CXX:-${ANDROID_TOOLCHAIN}clang++ -target arm-linux-androideabi -march=armv6 -integrated-as}

ANDROID_LINK=${LINK:-${ANDROID_TOOLCHAIN}clang++ -target arm-linux-androideabi -march=armv6 -integrated-as -fuse-ld=bfd}

ANDROID_OBJCOPY=${OBJCOPY:-${ANDROID_TOOLCHAIN}objcopy}

ANDROID_OBJDUMP=${OBJDUMP:-${ANDROID_TOOLCHAIN}objdump}

ANDROID_STRIP=${STRIP:-${ANDROID_TOOLCHAIN}strip}

if [ -z "${JAVA_SDK}" ] ; then

# Utility used to locate Java on OSX systems

if [ -x /usr/libexec/java_home ] ; then

ANDROID_JAVA_SDK="$(/usr/libexec/java_home)"

elif [ -d /usr/lib/jvm/default ] ; then

ANDROID_JAVA_SDK=/usr/lib/jvm/default

elif [ -d /usr/lib/jvm/default-java ] ; then

ANDROID_JAVA_SDK=/usr/lib/jvm/default-java

else

echo >&2 "Error: no Java SDK found - set \$JAVA_SDK"

exit 1

else

ANDROID_JAVA_SDK="${JAVA_SDK}"

fi # End of Android defaults & tools

# Emscripten default settings and tools

if test "${OS}" = "emscripten" ; then

NODE_JS=${NODE_JS:-node}

################################################################

# Invoke gyp

################################################################

format_args="$(for f in ${FORMATS}; do echo --format ${f} ; done)"

if test "${OS}" = "win" ; then

basic_args="${format_args} --depth ${DEPTH} --generator-output ${GENERATOR_OUTPUT}"

else

basic_args="${format_args} --depth ${DEPTH} --generator-output ${GENERATOR_OUTPUT} -G default_target=default"

if [ "${BUILD_EDITION}" == "commercial" ] ; then

basic_args="${basic_args} ../livecode-commercial.gyp"

case ${OS} in

linux)

invoke_gyp $basic_args "-DOS=${OS}" "-Dtarget_arch=${TARGET_ARCH}" "$@"

;;

emscripten)

export NODE_JS

invoke_gyp $basic_args "-DOS=${OS}" "-Dtarget_arch=${TARGET_ARCH}" "$@"

;;

android)

export ANDROID_BUILD_TOOLS

export ANDROID_NDK

export ANDROID_PLATFORM

export ANDROID_SDK

export JAVA_SDK="${ANDROID_JAVA_SDK}"

export AR="${ANDROID_AR}"

export CC="${ANDROID_CC}"

export CXX="${ANDROID_CXX}"

export LINK="${ANDROID_LINK}"

export OBJCOPY="${ANDROID_OBJCOPY}"

export OBJDUMP="${ANDROID_OBJDUMP}"

export STRIP="${ANDROID_STRIP}"

invoke_gyp $basic_args "-DOS=${OS}" "-Dtarget_arch=${TARGET_ARCH}" \

-Dcross_compile=1 \

"-Gandroid_ndk_version=${ANDROID_NDK_VERSION}" "$@"

;;

win)

invoke_gyp $basic_args "-Gmsvs_version=${WIN_MSVS_VERSION}" \

"-Dunix_configure=1" \

"-Dperl=${WIN_PERL}" "$@"

;;

mac|ios)

invoke_gyp $basic_args "-DOS=${OS}" \

"-Dtarget_sdk=${XCODE_TARGET_SDK}" \

"-Dhost_sdk=${XCODE_HOST_SDK}" \

"-Dtarget_arch=${TARGET_ARCH}" "$@"

;;

echo "ERROR: Bad configuration for generating project files"

exit 1 ;;

esac