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{stdenv, androidsdk, titaniumsdk, titanium, alloy, xcodewrapper, jdk, python, nodejs, which, xcodeBaseDir}:
{ name, src, target, androidPlatformVersions ? [ "23" ], androidAbiVersions ? [ "armeabi" "armeabi-v7a" ], tiVersion ? null
, release ? false, androidKeyStore ? null, androidKeyAlias ? null, androidKeyStorePassword ? null
, iosMobileProvisioningProfile ? null, iosCertificateName ? null, iosCertificate ? null, iosCertificatePassword ? null, iosVersion ? "10.2"
, enableWirelessDistribution ? false, installURL ? null
}:
assert (release && target == "android") -> androidKeyStore != null && androidKeyAlias != null && androidKeyStorePassword != null;
assert (release && target == "iphone") -> iosMobileProvisioningProfile != null && iosCertificateName != null && iosCertificate != null && iosCertificatePassword != null;
assert enableWirelessDistribution -> installURL != null;
let
androidsdkComposition = androidsdk {
platformVersions = androidPlatformVersions;
abiVersions = androidAbiVersions;
useGoogleAPIs = true;
};
deleteKeychain = ''
security default-keychain -s login.keychain
security delete-keychain $keychainName
'';
# On Mac OS X, the java executable shows an -unoffical postfix in the version
# number. This confuses the build script's version detector.
# We fix this by creating a wrapper that strips it out of the output.
javaVersionFixWrapper = stdenv.mkDerivation {
name = "javaVersionFixWrapper";
buildCommand = ''
mkdir -p $out/bin
cat > $out/bin/javac <<EOF
#! ${stdenv.shell} -e
if [ "\$1" = "-version" ]
then
${jdk}/bin/javac "\$@" 2>&1 | sed "s|-unofficial||" | sed "s|-u60|_60|" >&2
else
exec ${jdk}/bin/javac "\$@"
fi
EOF
chmod +x $out/bin/javac
'';
};
in
stdenv.mkDerivation {
name = stdenv.lib.replaceChars [" "] [""] name;
inherit src;
buildInputs = [ nodejs titanium alloy jdk python which ] ++ stdenv.lib.optional (stdenv.system == "x86_64-darwin") xcodewrapper;
buildPhase = ''
export HOME=$TMPDIR
${stdenv.lib.optionalString (tiVersion != null) ''
# Replace titanium version by the provided one
sed -i -e "s|<sdk-version>[0-9a-zA-Z\.]*</sdk-version>|<sdk-version>${tiVersion}</sdk-version>|" tiapp.xml
''}
# Simulate a login
mkdir -p $HOME/.titanium
cat > $HOME/.titanium/auth_session.json <<EOF
{ "loggedIn": true }
EOF
echo "{}" > $TMPDIR/config.json
titanium --config-file $TMPDIR/config.json --no-colors config sdk.defaultInstallLocation ${titaniumsdk}
titanium --config-file $TMPDIR/config.json --no-colors config paths.modules ${titaniumsdk}
mkdir -p $out
${if target == "android" then
''
${stdenv.lib.optionalString (stdenv.system == "x86_64-darwin") ''
# Hack to make version detection work with OpenJDK on Mac OS X
export PATH=${javaVersionFixWrapper}/bin:$PATH
export JAVA_HOME=${javaVersionFixWrapper}
javac -version
''}
titanium config --config-file $TMPDIR/config.json --no-colors android.sdk ${androidsdkComposition}/libexec
export PATH=$(echo ${androidsdkComposition}/libexec/tools):$(echo ${androidsdkComposition}/libexec/build-tools/android-*):$PATH
${if release then
''titanium build --config-file $TMPDIR/config.json --no-colors --force --platform android --target dist-playstore --keystore ${androidKeyStore} --alias ${androidKeyAlias} --store-password ${androidKeyStorePassword} --output-dir $out''
else
''titanium build --config-file $TMPDIR/config.json --no-colors --force --platform android --target emulator --build-only -B foo --output $out''}
''
else if target == "iphone" then
''
${if release then
''
export HOME=/Users/$(whoami)
export keychainName=$(basename $out)
# Create a keychain with the component hash name (should always be unique)
security create-keychain -p "" $keychainName
security default-keychain -s $keychainName
security unlock-keychain -p "" $keychainName
security import ${iosCertificate} -k $keychainName -P "${iosCertificatePassword}" -A
security set-key-partition-list -S apple-tool:,apple: -s -k "" $keychainName
provisioningId=$(grep UUID -A1 -a ${iosMobileProvisioningProfile} | grep -o "[-A-Za-z0-9]\{36\}")
# Ensure that the requested provisioning profile can be found
if [ ! -f "$HOME/Library/MobileDevice/Provisioning Profiles/$provisioningId.mobileprovision" ]
then
mkdir -p "$HOME/Library/MobileDevice/Provisioning Profiles"
cp ${iosMobileProvisioningProfile} "$HOME/Library/MobileDevice/Provisioning Profiles/$provisioningId.mobileprovision"
fi
# Simulate a login
mkdir -p $HOME/.titanium
cat > $HOME/.titanium/auth_session.json <<EOF
{ "loggedIn": true }
EOF
# Configure the path to Xcode
titanium --config-file $TMPDIR/config.json --no-colors config paths.xcode ${xcodeBaseDir}
# Make plutil available
mkdir -p $TMPDIR/bin
ln -s /usr/bin/plutil $TMPDIR/bin
export PATH=$TMPDIR/bin:$PATH
# Link the modules folder
if [ ! -e modules ]
then
ln -s ${titaniumsdk}/modules modules
fi
# Do the actual build
titanium build --config-file $TMPDIR/config.json --force --no-colors --platform ios --target dist-adhoc --pp-uuid $provisioningId --distribution-name "${iosCertificateName}" --keychain $HOME/Library/Keychains/$keychainName-db --device-family universal --ios-version ${iosVersion} --output-dir $out
# Remove our generated keychain
${deleteKeychain}
''
else
''
# Copy all sources to the output store directory.
# Why? Debug application include *.js files, which are symlinked into their
# sources. If they are not copied, we have dangling references to the
# temp folder.
cp -av * $out
cd $out
# We need to consult a real home directory to find the available simulators
export HOME=/Users/$(whoami)
# Configure the path to Xcode
titanium --config-file $TMPDIR/config.json --no-colors config paths.xcode ${xcodeBaseDir}
# Link the modules folder
if [ ! -e modules ]
then
ln -s ${titaniumsdk}/modules modules
createdModulesSymlink=1
fi
# Execute the build
titanium build --config-file $TMPDIR/config.json --force --no-colors --platform ios --target simulator --build-only --device-family universal --ios-version ${iosVersion} --output-dir $out
# Remove the modules symlink
if [ "$createdModulesSymlink" = "1" ]
then
rm $out/modules
fi
''}
''
else throw "Target: ${target} is not supported!"}
'';
installPhase = ''
mkdir -p $out
${if target == "android" && release then ""
else
if target == "android" then
''cp "$(ls build/android/bin/*.apk | grep -v '\-unsigned.apk')" $out''
else if target == "iphone" && release then
''
cp -av build/iphone/build/* $out
mkdir -p $out/nix-support
echo "file binary-dist \"$(echo $out/Products/Release-iphoneos/*.ipa)\"" > $out/nix-support/hydra-build-products
${stdenv.lib.optionalString enableWirelessDistribution ''
appname=$(basename $out/Products/Release-iphoneos/*.ipa .ipa)
bundleId=$(grep '<id>[a-zA-Z0-9.]*</id>' tiapp.xml | sed -e 's|<id>||' -e 's|</id>||' -e 's/ //g')
version=$(grep '<version>[a-zA-Z0-9.]*</version>' tiapp.xml | sed -e 's|<version>||' -e 's|</version>||' -e 's/ //g')
sed -e "s|@INSTALL_URL@|${installURL}?bundleId=$bundleId\&version=$version\&title=$appname|" ${../xcodeenv/install.html.template} > "$out/$appname.html"
echo "doc install \"$out/$appname.html\"" >> $out/nix-support/hydra-build-products
''}
''
else if target == "iphone" then ""
else throw "Target: ${target} is not supported!"}
${if target == "android" then ''
mkdir -p $out/nix-support
echo "file binary-dist \"$(ls $out/*.apk)\"" > $out/nix-support/hydra-build-products
'' else ""}
'';
failureHook = stdenv.lib.optionalString (release && target == "iphone") deleteKeychain;
}
|