public void setupLoadOnly(String deobfFileName, boolean loadAll) {
try {
File mapData = new File(deobfFileName);
LZMAInputSupplier zis = new LZMAInputSupplier(new FileInputStream(mapData));
InputSupplier<InputStreamReader> srgSupplier =
CharStreams.newReaderSupplier(zis, Charsets.UTF_8);
List<String> srgList = CharStreams.readLines(srgSupplier);
rawMethodMaps = Maps.newHashMap();
rawFieldMaps = Maps.newHashMap();
Builder<String, String> builder = ImmutableBiMap.<String, String>builder();
Builder<String, String> mcpBuilder = ImmutableBiMap.<String, String>builder();
Splitter splitter = Splitter.on(CharMatcher.anyOf(": ")).omitEmptyStrings().trimResults();
for (String line : srgList) {
String[] parts = Iterables.toArray(splitter.split(line), String.class);
String typ = parts[0];
if ("CL".equals(typ)) {
parseClass(builder, parts);
parseMCPClass(mcpBuilder, parts);
} else if ("MD".equals(typ) && loadAll) {
parseMethod(parts);
} else if ("FD".equals(typ) && loadAll) {
parseField(parts);
}
}
classNameBiMap = builder.build();
mcpNameBiMap = mcpBuilder.build();
} catch (IOException ioe) {
FMLRelaunchLog.log(Level.ERROR, "An error occurred loading the deobfuscation map data", ioe);
}
methodNameMaps = Maps.newHashMapWithExpectedSize(rawMethodMaps.size());
fieldNameMaps = Maps.newHashMapWithExpectedSize(rawFieldMaps.size());
}
public RuleNames(Grammar grammar, boolean installAdapter) {
this.contextGrammar = grammar;
Adapter adapter = new Adapter(this);
if (installAdapter) {
installAdapterIfMissing(adapter, grammar);
}
List<AbstractRule> allRules = GrammarUtil.allRules(grammar);
ImmutableListMultimap.Builder<String, AbstractRule> simpleNameToRulesBuilder =
ImmutableListMultimap.builder();
ImmutableMap.Builder<String, AbstractRule> qualifiedNameToRuleBuilder = ImmutableMap.builder();
ImmutableBiMap.Builder<String, AbstractRule> uniqueNameToRuleBuilder = ImmutableBiMap.builder();
ImmutableBiMap.Builder<String, AbstractRule> antlrNameToRuleBuilder = ImmutableBiMap.builder();
Map<String, AbstractRule> names = Maps.newHashMap();
Set<String> usedAntlrNames = Sets.newHashSet();
Set<String> usedUniqueNames = Sets.newHashSet();
for (AbstractRule rule : allRules) {
String name = rule.getName();
simpleNameToRulesBuilder.put(name, rule);
String qualifiedName = getQualifiedName(rule);
qualifiedNameToRuleBuilder.put(qualifiedName, rule);
String uniqueName = name;
String antlrRuleName;
if (names.containsKey(name)) {
name = qualifiedName;
uniqueName = getInheritedUniqueName(rule, usedUniqueNames);
antlrRuleName = getInheritedAntlrRuleName(rule, usedAntlrNames);
} else {
antlrRuleName = getDefaultAntlrRuleName(rule);
}
names.put(name, rule);
if (!usedUniqueNames.add(uniqueName)) {
throw new IllegalStateException(uniqueName);
}
uniqueNameToRuleBuilder.put(uniqueName, rule);
if (!usedAntlrNames.add(antlrRuleName)) {
throw new IllegalStateException(antlrRuleName);
}
antlrNameToRuleBuilder.put(antlrRuleName, rule);
if (installAdapter) {
installAdapterIfMissing(adapter, rule);
}
}
simpleNameToRules = simpleNameToRulesBuilder.build();
qualifiedNameToRule = qualifiedNameToRuleBuilder.build();
nameToRule = ImmutableBiMap.copyOf(names);
uniqueNameToRule = uniqueNameToRuleBuilder.build();
antlrNameToRule = antlrNameToRuleBuilder.build();
this.allRules = ImmutableList.copyOf(allRules);
}
static {
//noinspection ConstantConditions
COAL_MAP =
ImmutableBiMap.<CoalType, Integer>builder()
.put(CoalTypes.COAL, 0)
.put(CoalTypes.CHARCOAL, 1)
.build();
//noinspection ConstantConditions
COOKED_FISH_MAP =
ImmutableBiMap.<CookedFish, Integer>builder()
.put(CookedFishes.COD, 0)
.put(CookedFishes.SALMON, 1)
.build();
//noinspection deprecation, ConstantConditions
DYE_MAP =
ImmutableBiMap.<DyeColor, Integer>builder()
.put(DyeColors.BLACK, (int) org.bukkit.DyeColor.BLACK.getDyeData())
.put(DyeColors.RED, (int) org.bukkit.DyeColor.RED.getDyeData())
.put(DyeColors.GREEN, (int) org.bukkit.DyeColor.GREEN.getDyeData())
.put(DyeColors.BROWN, (int) org.bukkit.DyeColor.BROWN.getDyeData())
.put(DyeColors.BLUE, (int) org.bukkit.DyeColor.BLUE.getDyeData())
.put(DyeColors.PURPLE, (int) org.bukkit.DyeColor.PURPLE.getDyeData())
.put(DyeColors.CYAN, (int) org.bukkit.DyeColor.CYAN.getDyeData())
.put(DyeColors.SILVER, (int) org.bukkit.DyeColor.SILVER.getDyeData())
.put(DyeColors.GRAY, (int) org.bukkit.DyeColor.GRAY.getDyeData())
.put(DyeColors.PINK, (int) org.bukkit.DyeColor.PINK.getDyeData())
.put(DyeColors.LIME, (int) org.bukkit.DyeColor.LIME.getDyeData())
.put(DyeColors.YELLOW, (int) org.bukkit.DyeColor.YELLOW.getDyeData())
.put(DyeColors.LIGHT_BLUE, (int) org.bukkit.DyeColor.LIGHT_BLUE.getDyeData())
.put(DyeColors.MAGENTA, (int) org.bukkit.DyeColor.MAGENTA.getDyeData())
.put(DyeColors.ORANGE, (int) org.bukkit.DyeColor.ORANGE.getDyeData())
.put(DyeColors.WHITE, (int) org.bukkit.DyeColor.WHITE.getDyeData())
.build();
//noinspection ConstantConditions
FISH_MAP =
ImmutableBiMap.<Fish, Integer>builder()
.put(Fishes.COD, 0)
.put(Fishes.SALMON, 1)
.put(Fishes.CLOWNFISH, 2)
.put(Fishes.PUFFERFISH, 3)
.build();
//noinspection ConstantConditions
GOLDEN_APPLE_MAP =
ImmutableBiMap.<GoldenApple, Integer>builder()
.put(GoldenApples.GOLDEN_APPLE, 0)
.put(GoldenApples.ENCHANTED_GOLDEN_APPLE, 1)
.build();
}
@Override
public void fromBinary(final byte[] bytes) {
final ByteBuffer buf = ByteBuffer.wrap(bytes);
final int numSfcs = buf.getInt();
final int numDimensions = buf.getInt();
final int mappingSize = buf.getInt();
maxEstimatedDuplicateIds = buf.getLong();
maxEstimatedDuplicateIdsBigInteger = BigInteger.valueOf(maxEstimatedDuplicateIds);
orderedSfcs = new SpaceFillingCurve[numSfcs];
baseDefinitions = new NumericDimensionDefinition[numDimensions];
for (int i = 0; i < numSfcs; i++) {
final byte[] sfc = new byte[buf.getInt()];
buf.get(sfc);
orderedSfcs[i] = PersistenceUtils.fromBinary(sfc, SpaceFillingCurve.class);
}
for (int i = 0; i < numDimensions; i++) {
final byte[] dim = new byte[buf.getInt()];
buf.get(dim);
baseDefinitions[i] = PersistenceUtils.fromBinary(dim, NumericDimensionDefinition.class);
}
final Builder<Integer, Byte> bimapBuilder = ImmutableBiMap.builder();
for (int i = 0; i < mappingSize; i++) {
bimapBuilder.put(Byte.valueOf(buf.get()).intValue(), buf.get());
}
orderedSfcIndexToTierId = bimapBuilder.build();
}
public ResponseLinking copyWithFilteredResponses(final Predicate<Response> toKeepCondition) {
final Set<Response> newIncompletes = Sets.filter(incompleteResponses(), toKeepCondition);
final ImmutableSet.Builder<ResponseSet> newResponseSetsB = ImmutableSet.builder();
final ImmutableBiMap.Builder<String, ResponseSet> responseSetsIdB = ImmutableBiMap.builder();
// to account for ResponseSets merging due to lost annotation
final Set<ResponseSet> alreadyAdded = Sets.newHashSet();
for (final ResponseSet responseSet : responseSets()) {
final ImmutableSet<Response> okResponses =
FluentIterable.from(responseSet.asSet()).filter(toKeepCondition).toSet();
if (!okResponses.isEmpty()) {
final ResponseSet newResponseSet = ResponseSet.from(okResponses);
if (alreadyAdded.contains(newResponseSet)) {
continue;
}
alreadyAdded.add(newResponseSet);
newResponseSetsB.add(newResponseSet);
if (responseSetIds().isPresent()) {
responseSetsIdB.put(responseSetIds().get().inverse().get(responseSet), newResponseSet);
}
}
}
final ImmutableSet<ResponseSet> newResponseSets = newResponseSetsB.build();
final ResponseLinking.Builder ret =
ResponseLinking.builder()
.docID(docID())
.responseSets(newResponseSets)
.incompleteResponses(newIncompletes);
if (responseSetIds().isPresent()) {
ret.responseSetIds(responseSetsIdB.build());
}
return ret.build();
}
static {
ImmutableBiMap<String, String> mapping =
ImmutableBiMap.<String, String>builder()
.put(Constants.Metrics.Tag.NAMESPACE, "namespace")
.put(Constants.Metrics.Tag.RUN_ID, "run")
.put(Constants.Metrics.Tag.INSTANCE_ID, "instance")
.put(Constants.Metrics.Tag.COMPONENT, "component")
.put(Constants.Metrics.Tag.HANDLER, "handler")
.put(Constants.Metrics.Tag.METHOD, "method")
.put(Constants.Metrics.Tag.STREAM, "stream")
.put(Constants.Metrics.Tag.DATASET, "dataset")
.put(Constants.Metrics.Tag.APP, "app")
.put(Constants.Metrics.Tag.ADAPTER, "adapter")
.put(Constants.Metrics.Tag.SERVICE, "service")
// SERVICE_HANDLER is the same HANDLER
.put(Constants.Metrics.Tag.WORKER, "worker")
.put(Constants.Metrics.Tag.FLOW, "flow")
.put(Constants.Metrics.Tag.FLOWLET, "flowlet")
.put(Constants.Metrics.Tag.FLOWLET_QUEUE, "queue")
.put(Constants.Metrics.Tag.PRODUCER, "producer")
.put(Constants.Metrics.Tag.CONSUMER, "consumer")
.put(Constants.Metrics.Tag.MAPREDUCE, "mapreduce")
.put(Constants.Metrics.Tag.MR_TASK_TYPE, "tasktype")
.put(Constants.Metrics.Tag.WORKFLOW, "workflow")
.put(Constants.Metrics.Tag.SPARK, "spark")
.build();
tagNameToHuman = mapping;
humanToTagName = mapping.inverse();
}
public C4AtomApi(ChannelResolver channelResolver) {
channelMap =
ImmutableBiMap.<String, Channel>builder()
.put("C4", channelResolver.fromUri("http://www.channel4.com").requireValue())
.put("M4", channelResolver.fromUri("http://www.channel4.com/more4").requireValue())
.put("F4", channelResolver.fromUri("http://film4.com").requireValue())
.put("E4", channelResolver.fromUri("http://www.e4.com").requireValue())
.put("4M", channelResolver.fromUri("http://www.4music.com").requireValue())
.put("4S", channelResolver.fromUri("http://www.channel4.com/4seven").requireValue())
.build();
}
public void testBuilder() {
ImmutableBiMap<String, Integer> map =
ImmutableBiMap.<String, Integer>builder()
.put("one", 1)
.put("two", 2)
.put("three", 3)
.put("four", 4)
.put("five", 5)
.build();
assertMapEquals(map, "one", 1, "two", 2, "three", 3, "four", 4, "five", 5);
assertMapEquals(map.inverse(), 1, "one", 2, "two", 3, "three", 4, "four", 5, "five");
}
public void setup(File mcDir, LaunchClassLoader classLoader, String deobfFileName) {
this.classLoader = classLoader;
try {
InputStream classData = getClass().getResourceAsStream(deobfFileName);
LZMAInputSupplier zis = new LZMAInputSupplier(classData);
InputSupplier<InputStreamReader> srgSupplier =
CharStreams.newReaderSupplier(zis, Charsets.UTF_8);
List<String> srgList = CharStreams.readLines(srgSupplier);
rawMethodMaps = Maps.newHashMap();
rawFieldMaps = Maps.newHashMap();
Builder<String, String> builder = ImmutableBiMap.<String, String>builder();
Builder<String, String> mcpBuilder = ImmutableBiMap.<String, String>builder();
Splitter splitter = Splitter.on(CharMatcher.anyOf(": ")).omitEmptyStrings().trimResults();
for (String line : srgList) {
String[] parts = Iterables.toArray(splitter.split(line), String.class);
String typ = parts[0];
if ("CL".equals(typ)) {
parseClass(builder, parts);
parseMCPClass(mcpBuilder, parts);
} else if ("MD".equals(typ)) {
parseMethod(parts);
} else if ("FD".equals(typ)) {
parseField(parts);
}
}
classNameBiMap = builder.build();
// Special case some mappings for modloader mods
mcpBuilder.put("BaseMod", "net/minecraft/src/BaseMod");
mcpBuilder.put("ModLoader", "net/minecraft/src/ModLoader");
mcpBuilder.put("EntityRendererProxy", "net/minecraft/src/EntityRendererProxy");
mcpBuilder.put("MLProp", "net/minecraft/src/MLProp");
mcpBuilder.put("TradeEntry", "net/minecraft/src/TradeEntry");
mcpNameBiMap = mcpBuilder.build();
} catch (IOException ioe) {
FMLRelaunchLog.log(Level.ERROR, ioe, "An error occurred loading the deobfuscation map data");
}
methodNameMaps = Maps.newHashMapWithExpectedSize(rawMethodMaps.size());
fieldNameMaps = Maps.newHashMapWithExpectedSize(rawFieldMaps.size());
}
static {
ImmutableBiMap.Builder<Integer, Class<? extends ImmunPacket>> builder =
ImmutableBiMap.builder();
builder.put(Integer.valueOf(0), Packet1Disease.class);
builder.put(Integer.valueOf(1), Packet2RemoveDisease.class);
builder.put(Integer.valueOf(2), Packet3Particle.class);
builder.put(Integer.valueOf(3), Packet4SideEffect.class);
builder.put(Integer.valueOf(4), Packet5RemoveSideEffect.class);
builder.put(Integer.valueOf(5), Packet6Cure.class);
builder.put(Integer.valueOf(6), Packet7Book.class);
idMap = builder.build();
}
public ImmutableBiMap<ModContainer, Object> buildModObjectList() {
ImmutableBiMap.Builder<ModContainer, Object> builder =
ImmutableBiMap.<ModContainer, Object>builder();
for (ModContainer mc : activeModList) {
if (!mc.isImmutable() && mc.getMod() != null) {
builder.put(mc, mc.getMod());
}
if (mc.getMod() == null && !mc.isImmutable() && state != LoaderState.CONSTRUCTING) {
FMLLog.severe(
"There is a severe problem with %s - it appears not to have constructed correctly",
mc.getModId());
if (state != LoaderState.CONSTRUCTING) {
this.errorOccurred(mc, new RuntimeException());
}
}
}
return builder.build();
}
static {
ImmutableBiMap.Builder<ChatColor, String> builder = ImmutableBiMap.builder();
for (ChatColor style : ChatColor.values()) {
if (!style.isFormat()) {
continue;
}
String styleName;
switch (style) {
case MAGIC:
styleName = "obfuscated";
break;
case UNDERLINE:
styleName = "underlined";
break;
default:
styleName = style.name().toLowerCase();
break;
}
builder.put(style, styleName);
}
stylesToNames = builder.build();
}
public class UriRecord implements ParsedRecord {
// private static final String TAG = "UriRecord";
public static final String RECORD_TYPE = "UriRecord";
private static final BiMap<Byte, String> URI_PREFIX_MAP =
ImmutableBiMap.<Byte, String>builder()
.put((byte) 0x00, "")
.put((byte) 0x01, "http://www.")
.put((byte) 0x02, "https://www.")
.put((byte) 0x03, "http://")
.put((byte) 0x04, "https://")
.put((byte) 0x05, "tel:")
.put((byte) 0x06, "mailto:")
.put((byte) 0x07, "ftp://*****:*****@")
.put((byte) 0x08, "ftp://ftp.")
.put((byte) 0x09, "ftps://")
.put((byte) 0x0A, "sftp://")
.put((byte) 0x0B, "smb://")
.put((byte) 0x0C, "nfs://")
.put((byte) 0x0D, "ftp://")
.put((byte) 0x0E, "dav://")
.put((byte) 0x0F, "news:")
.put((byte) 0x10, "telnet://")
.put((byte) 0x11, "imap:")
.put((byte) 0x12, "rtsp://")
.put((byte) 0x13, "urn:")
.put((byte) 0x14, "pop:")
.put((byte) 0x15, "sip:")
.put((byte) 0x16, "sips:")
.put((byte) 0x17, "tftp:")
.put((byte) 0x18, "btspp://")
.put((byte) 0x19, "btl2cap://")
.put((byte) 0x1A, "btgoep://")
.put((byte) 0x1B, "tcpobex://")
.put((byte) 0x1C, "irdaobex://")
.put((byte) 0x1D, "file://")
.put((byte) 0x1E, "urn:epc:id:")
.put((byte) 0x1F, "urn:epc:tag:")
.put((byte) 0x20, "urn:epc:pat:")
.put((byte) 0x21, "urn:epc:raw:")
.put((byte) 0x22, "urn:epc:")
.put((byte) 0x23, "urn:nfc:")
.build();
private final Uri mUri;
private UriRecord(Uri uri) {
this.mUri = Preconditions.checkNotNull(uri);
}
public int getType() {
return ParsedRecord.TYPE_URI;
}
public Uri getUri() {
return mUri;
}
public static UriRecord parse(NdefRecord record) {
short tnf = record.getTnf();
if (tnf == NdefRecord.TNF_WELL_KNOWN) {
return parseWellKnown(record);
} else if (tnf == NdefRecord.TNF_ABSOLUTE_URI) {
return parseAbsolute(record);
}
throw new IllegalArgumentException("Unknown TNF " + tnf);
}
private static UriRecord parseAbsolute(NdefRecord record) {
byte[] payload = record.getPayload();
Uri uri = Uri.parse(new String(payload, Charset.forName("UTF-8")));
return new UriRecord(uri);
}
/** Parse an well known URI record */
private static UriRecord parseWellKnown(NdefRecord record) {
Preconditions.checkArgument(Arrays.equals(record.getType(), NdefRecord.RTD_URI));
byte[] payload = record.getPayload();
String prefix = URI_PREFIX_MAP.get(payload[0]);
byte[] fullUri =
Bytes.concat(
prefix.getBytes(Charset.forName("UTF-8")),
Arrays.copyOfRange(payload, 1, payload.length));
Uri uri = Uri.parse(new String(fullUri, Charset.forName("UTF-8")));
return new UriRecord(uri);
}
public static boolean isUri(NdefRecord record) {
try {
parse(record);
return true;
} catch (IllegalArgumentException e) {
return false;
}
}
}
public class FMLModContainer implements ModContainer {
private Mod modDescriptor;
private Object modInstance;
private File source;
private ModMetadata modMetadata;
private String className;
private Map<String, Object> descriptor;
private boolean enabled = true;
private String internalVersion;
private boolean overridesMetadata;
private EventBus eventBus;
private LoadController controller;
private DefaultArtifactVersion processedVersion;
private boolean isNetworkMod;
@SuppressWarnings("deprecation")
private static final BiMap<Class<? extends FMLEvent>, Class<? extends Annotation>>
modAnnotationTypes =
ImmutableBiMap.<Class<? extends FMLEvent>, Class<? extends Annotation>>builder()
.put(FMLPreInitializationEvent.class, Mod.PreInit.class)
.put(FMLInitializationEvent.class, Mod.Init.class)
.put(FMLPostInitializationEvent.class, Mod.PostInit.class)
.put(FMLServerAboutToStartEvent.class, Mod.ServerAboutToStart.class)
.put(FMLServerStartingEvent.class, Mod.ServerStarting.class)
.put(FMLServerStartedEvent.class, Mod.ServerStarted.class)
.put(FMLServerStoppingEvent.class, Mod.ServerStopping.class)
.put(FMLServerStoppedEvent.class, Mod.ServerStopped.class)
.put(IMCEvent.class, Mod.IMCCallback.class)
.put(FMLFingerprintViolationEvent.class, Mod.FingerprintWarning.class)
.build();
private static final BiMap<Class<? extends Annotation>, Class<? extends FMLEvent>>
modTypeAnnotations = modAnnotationTypes.inverse();
private String annotationDependencies;
private VersionRange minecraftAccepted;
private boolean fingerprintNotPresent;
private Set<String> sourceFingerprints;
private Certificate certificate;
private String modLanguage;
private ILanguageAdapter languageAdapter;
private ListMultimap<Class<? extends FMLEvent>, Method> eventMethods;
private Map<String, String> customModProperties;
private ModCandidate candidate;
public FMLModContainer(
String className, ModCandidate container, Map<String, Object> modDescriptor) {
this.className = className;
this.source = container.getModContainer();
this.candidate = container;
this.descriptor = modDescriptor;
this.modLanguage = (String) modDescriptor.get("modLanguage");
this.languageAdapter =
"scala".equals(modLanguage)
? new ILanguageAdapter.ScalaAdapter()
: new ILanguageAdapter.JavaAdapter();
this.eventMethods = ArrayListMultimap.create();
}
private ILanguageAdapter getLanguageAdapter() {
return languageAdapter;
}
@Override
public String getModId() {
return (String) descriptor.get("modid");
}
@Override
public String getName() {
return modMetadata.name;
}
@Override
public String getVersion() {
return internalVersion;
}
@Override
public File getSource() {
return source;
}
@Override
public ModMetadata getMetadata() {
return modMetadata;
}
@Override
public void bindMetadata(MetadataCollection mc) {
modMetadata = mc.getMetadataForId(getModId(), descriptor);
if (descriptor.containsKey("useMetadata")) {
overridesMetadata = !((Boolean) descriptor.get("useMetadata")).booleanValue();
}
if (overridesMetadata || !modMetadata.useDependencyInformation) {
Set<ArtifactVersion> requirements = Sets.newHashSet();
List<ArtifactVersion> dependencies = Lists.newArrayList();
List<ArtifactVersion> dependants = Lists.newArrayList();
annotationDependencies = (String) descriptor.get("dependencies");
Loader.instance()
.computeDependencies(annotationDependencies, requirements, dependencies, dependants);
modMetadata.requiredMods = requirements;
modMetadata.dependencies = dependencies;
modMetadata.dependants = dependants;
FMLLog.log(
getModId(),
Level.FINEST,
"Parsed dependency info : %s %s %s",
requirements,
dependencies,
dependants);
} else {
FMLLog.log(
getModId(),
Level.FINEST,
"Using mcmod dependency info : %s %s %s",
modMetadata.requiredMods,
modMetadata.dependencies,
modMetadata.dependants);
}
if (Strings.isNullOrEmpty(modMetadata.name)) {
FMLLog.log(
getModId(),
Level.INFO,
"Mod %s is missing the required element 'name'. Substituting %s",
getModId(),
getModId());
modMetadata.name = getModId();
}
internalVersion = (String) descriptor.get("version");
if (Strings.isNullOrEmpty(internalVersion)) {
Properties versionProps = searchForVersionProperties();
if (versionProps != null) {
internalVersion = versionProps.getProperty(getModId() + ".version");
FMLLog.log(
getModId(),
Level.FINE,
"Found version %s for mod %s in version.properties, using",
internalVersion,
getModId());
}
}
if (Strings.isNullOrEmpty(internalVersion) && !Strings.isNullOrEmpty(modMetadata.version)) {
FMLLog.log(
getModId(),
Level.WARNING,
"Mod %s is missing the required element 'version' and a version.properties file could not be found. Falling back to metadata version %s",
getModId(),
modMetadata.version);
internalVersion = modMetadata.version;
}
if (Strings.isNullOrEmpty(internalVersion)) {
FMLLog.log(
getModId(),
Level.WARNING,
"Mod %s is missing the required element 'version' and no fallback can be found. Substituting '1.0'.",
getModId());
modMetadata.version = internalVersion = "1.0";
}
String mcVersionString = (String) descriptor.get("acceptedMinecraftVersions");
if (!Strings.isNullOrEmpty(mcVersionString)) {
minecraftAccepted = VersionParser.parseRange(mcVersionString);
} else {
minecraftAccepted = Loader.instance().getMinecraftModContainer().getStaticVersionRange();
}
}
public Properties searchForVersionProperties() {
try {
FMLLog.log(
getModId(),
Level.FINE,
"Attempting to load the file version.properties from %s to locate a version number for %s",
getSource().getName(),
getModId());
Properties version = null;
if (getSource().isFile()) {
ZipFile source = new ZipFile(getSource());
ZipEntry versionFile = source.getEntry("version.properties");
if (versionFile != null) {
version = new Properties();
version.load(source.getInputStream(versionFile));
}
source.close();
} else if (getSource().isDirectory()) {
File propsFile = new File(getSource(), "version.properties");
if (propsFile.exists() && propsFile.isFile()) {
version = new Properties();
FileInputStream fis = new FileInputStream(propsFile);
version.load(fis);
fis.close();
}
}
return version;
} catch (Exception e) {
Throwables.propagateIfPossible(e);
FMLLog.log(getModId(), Level.FINEST, "Failed to find a usable version.properties file");
return null;
}
}
@Override
public void setEnabledState(boolean enabled) {
this.enabled = enabled;
}
@Override
public Set<ArtifactVersion> getRequirements() {
return modMetadata.requiredMods;
}
@Override
public List<ArtifactVersion> getDependencies() {
return modMetadata.dependencies;
}
@Override
public List<ArtifactVersion> getDependants() {
return modMetadata.dependants;
}
@Override
public String getSortingRules() {
return ((overridesMetadata || !modMetadata.useDependencyInformation)
? Strings.nullToEmpty(annotationDependencies)
: modMetadata.printableSortingRules());
}
@Override
public boolean matches(Object mod) {
return mod == modInstance;
}
@Override
public Object getMod() {
return modInstance;
}
@Override
public boolean registerBus(EventBus bus, LoadController controller) {
if (this.enabled) {
FMLLog.log(getModId(), Level.FINE, "Enabling mod %s", getModId());
this.eventBus = bus;
this.controller = controller;
eventBus.register(this);
return true;
} else {
return false;
}
}
private Method gatherAnnotations(Class<?> clazz) throws Exception {
Method factoryMethod = null;
for (Method m : clazz.getDeclaredMethods()) {
for (Annotation a : m.getAnnotations()) {
if (modTypeAnnotations.containsKey(a.annotationType())) {
Class<?>[] paramTypes = new Class[] {modTypeAnnotations.get(a.annotationType())};
if (Arrays.equals(m.getParameterTypes(), paramTypes)) {
m.setAccessible(true);
eventMethods.put(modTypeAnnotations.get(a.annotationType()), m);
} else {
FMLLog.log(
getModId(),
Level.SEVERE,
"The mod %s appears to have an invalid method annotation %s. This annotation can only apply to methods with argument types %s -it will not be called",
getModId(),
a.annotationType().getSimpleName(),
Arrays.toString(paramTypes));
}
} else if (a.annotationType().equals(Mod.EventHandler.class)) {
if (m.getParameterTypes().length == 1
&& modAnnotationTypes.containsKey(m.getParameterTypes()[0])) {
m.setAccessible(true);
eventMethods.put((Class<? extends FMLEvent>) m.getParameterTypes()[0], m);
} else {
FMLLog.log(
getModId(),
Level.SEVERE,
"The mod %s appears to have an invalid event annotation %s. This annotation can only apply to methods with recognized event arguments - it will not be called",
getModId(),
a.annotationType().getSimpleName());
}
} else if (a.annotationType().equals(Mod.InstanceFactory.class)) {
if (Modifier.isStatic(m.getModifiers())
&& m.getParameterTypes().length == 0
&& factoryMethod == null) {
m.setAccessible(true);
factoryMethod = m;
} else if (!(Modifier.isStatic(m.getModifiers()) && m.getParameterTypes().length == 0)) {
FMLLog.log(
getModId(),
Level.SEVERE,
"The InstanceFactory annotation can only apply to a static method, taking zero arguments - it will be ignored on %s(%s)",
m.getName(),
Arrays.asList(m.getParameterTypes()));
} else if (factoryMethod != null) {
FMLLog.log(
getModId(),
Level.SEVERE,
"The InstanceFactory annotation can only be used once, the application to %s(%s) will be ignored",
m.getName(),
Arrays.asList(m.getParameterTypes()));
}
}
}
}
return factoryMethod;
}
private void processFieldAnnotations(ASMDataTable asmDataTable) throws Exception {
SetMultimap<String, ASMData> annotations = asmDataTable.getAnnotationsFor(this);
parseSimpleFieldAnnotation(
annotations,
Instance.class.getName(),
new Function<ModContainer, Object>() {
public Object apply(ModContainer mc) {
return mc.getMod();
}
});
parseSimpleFieldAnnotation(
annotations,
Metadata.class.getName(),
new Function<ModContainer, Object>() {
public Object apply(ModContainer mc) {
return mc.getMetadata();
}
});
}
private void parseSimpleFieldAnnotation(
SetMultimap<String, ASMData> annotations,
String annotationClassName,
Function<ModContainer, Object> retreiver)
throws IllegalAccessException {
String[] annName = annotationClassName.split("\\.");
String annotationName = annName[annName.length - 1];
for (ASMData targets : annotations.get(annotationClassName)) {
String targetMod = (String) targets.getAnnotationInfo().get("value");
Field f = null;
Object injectedMod = null;
ModContainer mc = this;
boolean isStatic = false;
Class<?> clz = modInstance.getClass();
if (!Strings.isNullOrEmpty(targetMod)) {
if (Loader.isModLoaded(targetMod)) {
mc = Loader.instance().getIndexedModList().get(targetMod);
} else {
mc = null;
}
}
if (mc != null) {
try {
clz = Class.forName(targets.getClassName(), true, Loader.instance().getModClassLoader());
f = clz.getDeclaredField(targets.getObjectName());
f.setAccessible(true);
isStatic = Modifier.isStatic(f.getModifiers());
injectedMod = retreiver.apply(mc);
} catch (Exception e) {
Throwables.propagateIfPossible(e);
FMLLog.log(
getModId(),
Level.WARNING,
e,
"Attempting to load @%s in class %s for %s and failing",
annotationName,
targets.getClassName(),
mc.getModId());
}
}
if (f != null) {
Object target = null;
if (!isStatic) {
target = modInstance;
if (!modInstance.getClass().equals(clz)) {
FMLLog.log(
getModId(),
Level.WARNING,
"Unable to inject @%s in non-static field %s.%s for %s as it is NOT the primary mod instance",
annotationName,
targets.getClassName(),
targets.getObjectName(),
mc.getModId());
continue;
}
}
f.set(target, injectedMod);
}
}
}
@Subscribe
public void constructMod(FMLConstructionEvent event) {
try {
ModClassLoader modClassLoader = event.getModClassLoader();
modClassLoader.addFile(source);
modClassLoader.clearNegativeCacheFor(candidate.getClassList());
Class<?> clazz = Class.forName(className, true, modClassLoader);
Certificate[] certificates = clazz.getProtectionDomain().getCodeSource().getCertificates();
int len = 0;
if (certificates != null) {
len = certificates.length;
}
Builder<String> certBuilder = ImmutableList.<String>builder();
for (int i = 0; i < len; i++) {
certBuilder.add(CertificateHelper.getFingerprint(certificates[i]));
}
ImmutableList<String> certList = certBuilder.build();
sourceFingerprints = ImmutableSet.copyOf(certList);
String expectedFingerprint = (String) descriptor.get("certificateFingerprint");
fingerprintNotPresent = true;
if (expectedFingerprint != null && !expectedFingerprint.isEmpty()) {
if (!sourceFingerprints.contains(expectedFingerprint)) {
Level warnLevel = Level.SEVERE;
if (source.isDirectory()) {
warnLevel = Level.FINER;
}
FMLLog.log(
getModId(),
warnLevel,
"The mod %s is expecting signature %s for source %s, however there is no signature matching that description",
getModId(),
expectedFingerprint,
source.getName());
} else {
certificate = certificates[certList.indexOf(expectedFingerprint)];
fingerprintNotPresent = false;
}
}
CustomProperty[] props = (CustomProperty[]) descriptor.get("customProperties");
if (props != null && props.length > 0) {
com.google.common.collect.ImmutableMap.Builder<String, String> builder =
ImmutableMap.<String, String>builder();
for (CustomProperty p : props) {
builder.put(p.k(), p.v());
}
customModProperties = builder.build();
} else {
customModProperties = EMPTY_PROPERTIES;
}
Method factoryMethod = gatherAnnotations(clazz);
modInstance = getLanguageAdapter().getNewInstance(this, clazz, modClassLoader, factoryMethod);
isNetworkMod =
FMLNetworkHandler.instance().registerNetworkMod(this, clazz, event.getASMHarvestedData());
if (fingerprintNotPresent) {
eventBus.post(
new FMLFingerprintViolationEvent(
source.isDirectory(),
source,
ImmutableSet.copyOf(this.sourceFingerprints),
expectedFingerprint));
}
ProxyInjector.inject(
this,
event.getASMHarvestedData(),
FMLCommonHandler.instance().getSide(),
getLanguageAdapter());
processFieldAnnotations(event.getASMHarvestedData());
} catch (Throwable e) {
controller.errorOccurred(this, e);
Throwables.propagateIfPossible(e);
}
}
@Subscribe
public void handleModStateEvent(FMLEvent event) {
if (!eventMethods.containsKey(event.getClass())) {
return;
}
try {
for (Method m : eventMethods.get(event.getClass())) {
m.invoke(modInstance, event);
}
} catch (Throwable t) {
controller.errorOccurred(this, t);
}
}
@Override
public ArtifactVersion getProcessedVersion() {
if (processedVersion == null) {
processedVersion = new DefaultArtifactVersion(getModId(), getVersion());
}
return processedVersion;
}
@Override
public boolean isImmutable() {
return false;
}
@Override
public boolean isNetworkMod() {
return isNetworkMod;
}
@Override
public String getDisplayVersion() {
return modMetadata.version;
}
@Override
public VersionRange acceptableMinecraftVersionRange() {
return minecraftAccepted;
}
@Override
public Certificate getSigningCertificate() {
return certificate;
}
@Override
public String toString() {
return "FMLMod:" + getModId() + "{" + getVersion() + "}";
}
@Override
public Map<String, String> getCustomModProperties() {
return customModProperties;
}
@Override
public Class<?> getCustomResourcePackClass() {
try {
return getSource().isDirectory()
? Class.forName(
"cpw.mods.fml.client.FMLFolderResourcePack", true, getClass().getClassLoader())
: Class.forName(
"cpw.mods.fml.client.FMLFileResourcePack", true, getClass().getClassLoader());
} catch (ClassNotFoundException e) {
return null;
}
}
@Override
public Map<String, String> getSharedModDescriptor() {
Map<String, String> descriptor = Maps.newHashMap();
descriptor.put("modsystem", "FML");
descriptor.put("id", getModId());
descriptor.put("version", getDisplayVersion());
descriptor.put("name", getName());
descriptor.put("url", modMetadata.url);
descriptor.put("authors", modMetadata.getAuthorList());
descriptor.put("description", modMetadata.description);
return descriptor;
}
}
private ImmutableBiMap<Path, Path> getAllPathsWork(Path workingDir) {
ImmutableBiMap.Builder<Path, Path> builder = ImmutableBiMap.builder();
builder.put(workingDir, compilationDirectory);
builder.putAll(other);
return builder.build();
}
/** @author Immortius */
public class NetworkEntitySerializer {
private static final Logger logger = LoggerFactory.getLogger(NetworkEntitySerializer.class);
private ComponentSerializeCheck componentSerializeCheck =
ComponentSerializeCheck.NullCheck.create();
private EngineEntityManager entityManager;
private ComponentLibrary componentLibrary;
private TypeSerializationLibrary typeSerializationLibrary;
private ProtobufSerializationContext serializationContext;
private ProtobufDeserializationContext deserializationContext;
private BiMap<Class<? extends Component>, Integer> idTable =
ImmutableBiMap.<Class<? extends Component>, Integer>builder().build();
public NetworkEntitySerializer(
EngineEntityManager entityManager,
ComponentLibrary componentLibrary,
TypeSerializationLibrary typeSerializationLibrary) {
this.entityManager = entityManager;
this.componentLibrary = componentLibrary;
this.typeSerializationLibrary = typeSerializationLibrary;
this.serializationContext = new ProtobufSerializationContext(typeSerializationLibrary);
this.deserializationContext = new ProtobufDeserializationContext(typeSerializationLibrary);
}
public void setComponentSerializeCheck(ComponentSerializeCheck componentSerializeCheck) {
this.componentSerializeCheck = componentSerializeCheck;
}
public ComponentLibrary getComponentLibrary() {
return componentLibrary;
}
public Map<Class<? extends Component>, Integer> getIdMapping() {
return ImmutableMap.copyOf(idTable);
}
public void setIdMapping(Map<Class<? extends Component>, Integer> componentIdMapping) {
this.idTable = ImmutableBiMap.copyOf(componentIdMapping);
}
public EntityData.PackedEntity.Builder serialize(
EntityRef entity, boolean deltaAgainstPrefab, FieldSerializeCheck<Component> fieldCheck) {
Prefab prefab = entity.getParentPrefab();
if (prefab != null && deltaAgainstPrefab) {
return serializeEntityDelta(entity, prefab, fieldCheck);
} else {
return serializeEntityFull(entity, fieldCheck);
}
}
private EntityData.PackedEntity.Builder serializeEntityFull(
EntityRef entityRef, FieldSerializeCheck<Component> fieldCheck) {
EntityData.PackedEntity.Builder entity = EntityData.PackedEntity.newBuilder();
ByteString.Output fieldIds = ByteString.newOutput();
ByteString.Output componentFieldCounts = ByteString.newOutput();
for (Component component : entityRef.iterateComponents()) {
if (!componentSerializeCheck.serialize(componentLibrary.getMetadata(component.getClass()))) {
continue;
}
serializeComponentFull(
component, false, fieldCheck, entity, fieldIds, componentFieldCounts, true);
}
entity.setFieldIds(fieldIds.toByteString());
entity.setComponentFieldCounts(componentFieldCounts.toByteString());
return entity;
}
private EntityData.PackedEntity.Builder serializeEntityDelta(
EntityRef entityRef, Prefab prefab, FieldSerializeCheck<Component> fieldCheck) {
EntityData.PackedEntity.Builder entity = EntityData.PackedEntity.newBuilder();
entity.setParentPrefabUri(prefab.getName());
Set<Class<? extends Component>> presentClasses = Sets.newHashSet();
ByteString.Output fieldIds = ByteString.newOutput();
ByteString.Output componentFieldCounts = ByteString.newOutput();
for (Component component : entityRef.iterateComponents()) {
if (!componentSerializeCheck.serialize(componentLibrary.getMetadata(component.getClass()))) {
continue;
}
presentClasses.add(component.getClass());
Component prefabComponent = prefab.getComponent(component.getClass());
if (prefabComponent == null) {
serializeComponentFull(
component, false, fieldCheck, entity, fieldIds, componentFieldCounts, true);
} else {
serializeComponentDelta(
prefabComponent, component, fieldCheck, entity, fieldIds, componentFieldCounts, true);
}
}
entity.setFieldIds(fieldIds.toByteString());
entity.setComponentFieldCounts(componentFieldCounts.toByteString());
for (Component prefabComponent : prefab.iterateComponents()) {
if (!presentClasses.contains(prefabComponent.getClass())
&& componentSerializeCheck.serialize(
componentLibrary.getMetadata(prefabComponent.getClass()))) {
entity.addRemovedComponent(idTable.get(prefabComponent.getClass()));
}
}
return entity;
}
private void serializeComponentDelta(
Component oldComponent,
Component newComponent,
FieldSerializeCheck<Component> fieldCheck,
EntityData.PackedEntity.Builder entityData,
ByteString.Output entityFieldIds,
ByteString.Output componentFieldCounts,
boolean componentInitial) {
ComponentMetadata<?> componentMetadata = componentLibrary.getMetadata(oldComponent.getClass());
if (componentMetadata == null) {
logger.error("Unregistered component type: {}", oldComponent.getClass());
return;
}
byte fieldCount = 0;
Serializer serializer = typeSerializationLibrary.getSerializerFor(componentMetadata);
for (ReplicatedFieldMetadata field : componentMetadata.getFields()) {
if (fieldCheck.shouldSerializeField(field, newComponent, componentInitial)) {
Object oldValue = field.getValue(oldComponent);
Object newValue = field.getValue(newComponent);
if (!Objects.equal(oldValue, newValue)) {
PersistedData data = serializer.serializeValue(field, newValue, serializationContext);
if (!data.isNull()) {
entityFieldIds.write(field.getId());
entityData.addFieldValue(((ProtobufPersistedData) data).getValue());
fieldCount++;
} else {
logger.error(
"Exception serializing component type: {}, field: {} - returned null",
componentMetadata,
field);
}
}
}
}
if (fieldCount > 0) {
entityData.addComponentId(idTable.get(newComponent.getClass()));
componentFieldCounts.write(fieldCount);
}
}
private void serializeComponentFull(
Component component,
boolean ignoreIfNoFields,
FieldSerializeCheck<Component> fieldCheck,
EntityData.PackedEntity.Builder entityData,
ByteString.Output entityFieldIds,
ByteString.Output componentFieldCounts,
boolean componentInitial) {
ComponentMetadata<?> componentMetadata = componentLibrary.getMetadata(component.getClass());
if (componentMetadata == null) {
logger.error("Unregistered component type: {}", component.getClass());
return;
}
Serializer serializer = typeSerializationLibrary.getSerializerFor(componentMetadata);
byte fieldCount = 0;
for (ReplicatedFieldMetadata field : componentMetadata.getFields()) {
if (fieldCheck.shouldSerializeField(field, component, componentInitial)) {
PersistedData fieldValue = serializer.serialize(field, component, serializationContext);
if (!fieldValue.isNull()) {
entityFieldIds.write(field.getId());
entityData.addFieldValue(((ProtobufPersistedData) fieldValue).getValue());
fieldCount++;
}
}
}
if (fieldCount != 0 || !ignoreIfNoFields) {
entityData.addComponentId(idTable.get(component.getClass()));
componentFieldCounts.write(fieldCount);
}
}
public void deserializeOnto(
MutableComponentContainer entity, EntityData.PackedEntity entityData) {
deserializeOnto(entity, entityData, FieldSerializeCheck.NullCheck.<Component>newInstance());
}
public void deserializeOnto(
MutableComponentContainer entity,
EntityData.PackedEntity entityData,
FieldSerializeCheck<Component> fieldCheck) {
int fieldPos = 0;
for (int componentIndex = 0;
componentIndex < entityData.getComponentIdCount();
++componentIndex) {
Class<? extends Component> componentClass =
idTable.inverse().get((Integer) entityData.getComponentId(componentIndex));
ComponentMetadata<?> metadata = componentLibrary.getMetadata(componentClass);
if (metadata == null) {
logger.warn("Skipping unknown component {}", entityData.getComponentId(componentIndex));
fieldPos +=
UnsignedBytes.toInt(entityData.getComponentFieldCounts().byteAt(componentIndex));
continue;
}
if (!componentSerializeCheck.serialize(metadata)) {
fieldPos +=
UnsignedBytes.toInt(entityData.getComponentFieldCounts().byteAt(componentIndex));
continue;
}
Component component = entity.getComponent(metadata.getType());
boolean createdNewComponent = false;
if (component == null) {
createdNewComponent = true;
component = metadata.newInstance();
}
Serializer serializer = typeSerializationLibrary.getSerializerFor(metadata);
for (int fieldIndex = 0;
fieldIndex
< UnsignedBytes.toInt(entityData.getComponentFieldCounts().byteAt(componentIndex));
++fieldIndex) {
byte fieldId = entityData.getFieldIds().byteAt(fieldPos);
ReplicatedFieldMetadata fieldMetadata = metadata.getField(fieldId);
if (fieldMetadata != null && fieldCheck.shouldDeserialize(metadata, fieldMetadata)) {
logger.trace(
"Deserializing field {} of component {} as value {}",
fieldMetadata,
metadata,
entityData.getFieldValue(fieldPos));
serializer.deserializeOnto(
component,
fieldMetadata,
new ProtobufPersistedData(entityData.getFieldValue(fieldPos)),
deserializationContext);
}
fieldPos++;
}
if (createdNewComponent) {
entity.addComponent(component);
} else {
entity.saveComponent(component);
}
}
for (int componentId : entityData.getRemovedComponentList()) {
Class<? extends Component> componentClass = idTable.inverse().get(componentId);
ComponentMetadata<?> metadata = componentLibrary.getMetadata(componentClass);
if (componentSerializeCheck.serialize(metadata)) {
entity.removeComponent(metadata.getType());
}
}
}
public EntityRef deserialize(EntityData.PackedEntity entityData) {
EntityBuilder target;
if (entityData.hasParentPrefabUri()) {
target = entityManager.newBuilder(entityData.getParentPrefabUri());
} else {
target = entityManager.newBuilder();
}
deserializeOnto(target, entityData);
if (entityData.hasId()) {
return entityManager.createEntityWithId(entityData.getId(), target.iterateComponents());
} else {
return target.build();
}
}
public EntityData.PackedEntity serialize(
EntityRef entityRef,
Set<Class<? extends Component>> added,
Set<Class<? extends Component>> changed,
Set<Class<? extends Component>> removed,
FieldSerializeCheck<Component> fieldCheck) {
EntityData.PackedEntity.Builder entity = EntityData.PackedEntity.newBuilder();
ByteString.Output fieldIds = ByteString.newOutput();
ByteString.Output componentFieldCounts = ByteString.newOutput();
for (Class<? extends Component> componentType : added) {
Component component = entityRef.getComponent(componentType);
if (component == null) {
logger.error("Non-existent component marked as added: {}", componentType);
}
serializeComponentFull(
entityRef.getComponent(componentType),
false,
fieldCheck,
entity,
fieldIds,
componentFieldCounts,
true);
}
for (Class<? extends Component> componentType : changed) {
Component comp = entityRef.getComponent(componentType);
if (comp != null) {
serializeComponentFull(
comp, true, fieldCheck, entity, fieldIds, componentFieldCounts, false);
} else {
logger.error("Non-existent component marked as changed: {}", componentType);
}
}
for (Class<? extends Component> componentType : removed) {
entity.addRemovedComponent(idTable.get(componentType));
}
entity.setFieldIds(fieldIds.toByteString());
entity.setComponentFieldCounts(componentFieldCounts.toByteString());
if (entity.getFieldIds().isEmpty() && entity.getRemovedComponentCount() == 0) {
return null;
} else {
return entity.build();
}
}
}
@VisibleForTesting
static AppleCxxPlatform buildWithExecutableChecker(
AppleSdk targetSdk,
String minVersion,
String targetArchitecture,
AppleSdkPaths sdkPaths,
BuckConfig buckConfig,
ExecutableFinder executableFinder) {
ImmutableList.Builder<Path> toolSearchPathsBuilder = ImmutableList.builder();
// Search for tools from most specific to least specific.
toolSearchPathsBuilder
.add(sdkPaths.getSdkPath().resolve(USR_BIN))
.add(sdkPaths.getSdkPath().resolve("Developer").resolve(USR_BIN))
.add(sdkPaths.getPlatformPath().resolve("Developer").resolve(USR_BIN));
for (Path toolchainPath : sdkPaths.getToolchainPaths()) {
toolSearchPathsBuilder.add(toolchainPath.resolve(USR_BIN));
}
if (sdkPaths.getDeveloperPath().isPresent()) {
toolSearchPathsBuilder.add(sdkPaths.getDeveloperPath().get().resolve(USR_BIN));
toolSearchPathsBuilder.add(sdkPaths.getDeveloperPath().get().resolve("Tools"));
}
ImmutableList<Path> toolSearchPaths = toolSearchPathsBuilder.build();
// TODO(user): Add more and better cflags.
ImmutableList.Builder<String> cflagsBuilder = ImmutableList.builder();
cflagsBuilder.add("-isysroot", sdkPaths.getSdkPath().toString());
cflagsBuilder.add("-arch", targetArchitecture);
switch (targetSdk.getApplePlatform().getName()) {
case ApplePlatform.Name.IPHONEOS:
cflagsBuilder.add("-mios-version-min=" + minVersion);
break;
case ApplePlatform.Name.IPHONESIMULATOR:
cflagsBuilder.add("-mios-simulator-version-min=" + minVersion);
break;
default:
// For Mac builds, -mmacosx-version-min=<version>.
cflagsBuilder.add(
"-m" + targetSdk.getApplePlatform().getName() + "-version-min=" + minVersion);
break;
}
ImmutableList<String> ldflags = ImmutableList.of("-sdk_version", targetSdk.getVersion());
ImmutableList.Builder<String> versionsBuilder = ImmutableList.builder();
versionsBuilder.add(targetSdk.getVersion());
for (AppleToolchain toolchain : targetSdk.getToolchains()) {
versionsBuilder.add(toolchain.getVersion());
}
String version = Joiner.on(':').join(versionsBuilder.build());
Tool clangPath =
new VersionedTool(
getToolPath("clang", toolSearchPaths, executableFinder),
ImmutableList.<String>of(),
"apple-clang",
version);
Tool clangXxPath =
new VersionedTool(
getToolPath("clang++", toolSearchPaths, executableFinder),
ImmutableList.<String>of(),
"apple-clang++",
version);
Tool ar =
new VersionedTool(
getToolPath("ar", toolSearchPaths, executableFinder),
ImmutableList.<String>of(),
"apple-ar",
version);
Tool actool =
new VersionedTool(
getToolPath("actool", toolSearchPaths, executableFinder),
ImmutableList.<String>of(),
"apple-actool",
version);
Tool ibtool =
new VersionedTool(
getToolPath("ibtool", toolSearchPaths, executableFinder),
ImmutableList.<String>of(),
"apple-ibtool",
version);
Tool xctest =
new VersionedTool(
getToolPath("xctest", toolSearchPaths, executableFinder),
ImmutableList.<String>of(),
"apple-xctest",
version);
Optional<Tool> otest = getOptionalTool("otest", toolSearchPaths, executableFinder, version);
Tool dsymutil =
new VersionedTool(
getToolPath("dsymutil", toolSearchPaths, executableFinder),
ImmutableList.<String>of(),
"apple-dsymutil",
version);
CxxBuckConfig config = new CxxBuckConfig(buckConfig);
ImmutableFlavor targetFlavor =
ImmutableFlavor.of(
ImmutableFlavor.replaceInvalidCharacters(
targetSdk.getName() + "-" + targetArchitecture));
ImmutableBiMap.Builder<Path, Path> sanitizerPaths = ImmutableBiMap.builder();
sanitizerPaths.put(sdkPaths.getSdkPath(), Paths.get("APPLE_SDKROOT"));
sanitizerPaths.put(sdkPaths.getPlatformPath(), Paths.get("APPLE_PLATFORM_DIR"));
if (sdkPaths.getDeveloperPath().isPresent()) {
sanitizerPaths.put(sdkPaths.getDeveloperPath().get(), Paths.get("APPLE_DEVELOPER_DIR"));
}
DebugPathSanitizer debugPathSanitizer =
new DebugPathSanitizer(250, File.separatorChar, Paths.get("."), sanitizerPaths.build());
ImmutableList<String> cflags = cflagsBuilder.build();
CxxPlatform cxxPlatform =
CxxPlatforms.build(
targetFlavor,
Platform.MACOS,
config,
clangPath,
clangPath,
new ClangCompiler(clangPath),
new ClangCompiler(clangXxPath),
clangPath,
clangXxPath,
clangXxPath,
Optional.of(CxxPlatform.LinkerType.DARWIN),
clangXxPath,
ldflags,
new BsdArchiver(ar),
cflags,
ImmutableList.<String>of(),
getOptionalTool("lex", toolSearchPaths, executableFinder, version),
getOptionalTool("yacc", toolSearchPaths, executableFinder, version),
Optional.of(debugPathSanitizer));
return AppleCxxPlatform.builder()
.setCxxPlatform(cxxPlatform)
.setAppleSdk(targetSdk)
.setAppleSdkPaths(sdkPaths)
.setActool(actool)
.setIbtool(ibtool)
.setXctest(xctest)
.setOtest(otest)
.setDsymutil(dsymutil)
.build();
}