Examples with ClazzInfo org.robovm.compiler.clazz.ClazzInfo used on opensource projects

Example 1 with ClazzInfo

use of org.robovm.compiler.clazz.ClazzInfo in project robovm by robovm.

the class DependencyGraph method add.

/**
     * Adds the specified {@link Clazz} to the graph after it has been compiled.
     * If {@code root == true} the class will be added to the root set and it as
     * well as its methods will always be reachable.
     */
public void add(Clazz clazz, boolean root) {
    reachableNodes.clear();
    ClassNode classNode = getClassNode(clazz.getInternalName());
    if (root) {
        roots.add(classNode);
    }
    ClazzInfo ci = clazz.getClazzInfo();
    for (Dependency dep : ci.getDependencies()) {
        if (dep instanceof InvokeMethodDependency) {
            InvokeMethodDependency mdep = (InvokeMethodDependency) dep;
            classNode.addEgde(getMethodNode(mdep), mdep.isWeak());
        } else if (dep instanceof SuperMethodDependency) {
            SuperMethodDependency mdep = (SuperMethodDependency) dep;
            classNode.addEgde(getMethodNode(mdep), mdep.isWeak());
        } else {
            classNode.addEgde(getClassNode(dep.getClassName()), dep.isWeak());
        }
    }
    for (MethodInfo mi : ci.getMethods()) {
        boolean strong = root || // Keep callback methods
        mi.isCallback() || // Keep class initializers
        (mi.isStatic() && "<clinit>".equals(mi.getName()) && "()V".equals(mi.getDesc())) || // in enum classes
        (ci.isEnum() && mi.isStatic() && "values".equals(mi.getName()) && mi.getDesc().equals("()[L" + clazz.getInternalName() + ";")) || // in Struct classes
        (ci.isStruct() && mi.isStatic() && "sizeOf".equals(mi.getName()) && "()I".equals(mi.getDesc()));
        MethodNode methodNode = getMethodNode(clazz, mi);
        classNode.addEgde(methodNode, !strong);
        methodNode.addEgde(classNode, false);
        for (Dependency dep : mi.getDependencies()) {
            if (dep instanceof InvokeMethodDependency) {
                InvokeMethodDependency mdep = (InvokeMethodDependency) dep;
                methodNode.addEgde(getMethodNode(mdep), mdep.isWeak());
            } else if (dep instanceof SuperMethodDependency) {
                // Reverse the dependency so that the method is strongly
                // linked if the super method is invoked.
                SuperMethodDependency mdep = (SuperMethodDependency) dep;
                getMethodNode(mdep).addEgde(methodNode, false);
            } else {
                methodNode.addEgde(getClassNode(dep.getClassName()), dep.isWeak());
            }
        }
    }
}

Example 2 with ClazzInfo

use of org.robovm.compiler.clazz.ClazzInfo in project robovm by robovm.

the class Linker method createClassInfoErrorStruct.

private StructureConstant createClassInfoErrorStruct(ModuleBuilder mb, ClazzInfo ci) {
    /*
         * Check that the class can be loaded, i.e. that the superclass and
         * interfaces of the class exist and are accessible to the class. Also
         * check that any exception the class uses in catch clauses exist and is
         * accessible to the class. If the class cannot be loaded we override
         * the ClassInfoHeader struct produced by the ClassCompiler for the
         * class with one which tells the code in bc.c to throw an appropriate
         * exception whenever the class is accessed.
         */
    int errorType = ClassCompiler.CI_ERROR_TYPE_NONE;
    String errorMessage = null;
    if (!ci.isInterface() && ci.hasSuperclass()) {
        // Check superclass
        ClazzInfo superclazz = ci.getSuperclass();
        if (superclazz.isPhantom()) {
            errorType = ClassCompiler.CI_ERROR_TYPE_NO_CLASS_DEF_FOUND;
            errorMessage = superclazz.getName();
        } else if (!checkClassAccessible(superclazz, ci)) {
            errorType = ClassCompiler.CI_ERROR_TYPE_ILLEGAL_ACCESS;
            errorMessage = String.format(ILLEGAL_ACCESS_ERROR_CLASS, superclazz, ci);
        } else if (superclazz.isInterface()) {
            errorType = ClassCompiler.CI_ERROR_TYPE_INCOMPATIBLE_CLASS_CHANGE;
            errorMessage = String.format("class %s has interface %s as super class", ci, superclazz);
        }
    // No need to check for ClassCircularityError. Soot doesn't handle
    // such problems so the compilation will fail earlier.
    }
    if (errorType == ClassCompiler.CI_ERROR_TYPE_NONE) {
        // Check interfaces
        for (ClazzInfo interfaze : ci.getInterfaces()) {
            if (interfaze.isPhantom()) {
                errorType = ClassCompiler.CI_ERROR_TYPE_NO_CLASS_DEF_FOUND;
                errorMessage = interfaze.getName();
                break;
            } else if (!checkClassAccessible(interfaze, ci)) {
                errorType = ClassCompiler.CI_ERROR_TYPE_ILLEGAL_ACCESS;
                errorMessage = String.format(ILLEGAL_ACCESS_ERROR_CLASS, interfaze, ci);
                break;
            } else if (!interfaze.isInterface()) {
                errorType = ClassCompiler.CI_ERROR_TYPE_INCOMPATIBLE_CLASS_CHANGE;
                errorMessage = String.format("class %s tries to implement class %s as interface", ci, interfaze);
                break;
            }
        }
    }
    if (errorType == ClassCompiler.CI_ERROR_TYPE_NONE) {
        // too.
        for (ClazzInfo ex : ci.getCatches()) {
            if (ex == null || ex.isPhantom()) {
                errorType = ClassCompiler.CI_ERROR_TYPE_NO_CLASS_DEF_FOUND;
                errorMessage = ex.getInternalName();
                break;
            } else if (!checkClassAccessible(ex, ci)) {
                errorType = ClassCompiler.CI_ERROR_TYPE_ILLEGAL_ACCESS;
                errorMessage = String.format(ILLEGAL_ACCESS_ERROR_CLASS, ex, ci);
                break;
            }
        }
    }
    if (errorType == ClassCompiler.CI_ERROR_TYPE_NONE) {
        return null;
    }
    // Create a ClassInfoError struct
    StructureConstantBuilder error = new StructureConstantBuilder();
    // Points to the runtime Class
    error.add(new NullConstant(I8_PTR));
    // struct
    error.add(new IntegerConstant(ClassCompiler.CI_ERROR));
    error.add(mb.getString(ci.getInternalName()));
    error.add(new IntegerConstant(errorType));
    error.add(mb.getString(errorMessage));
    return error.build();
}

Example 3 with ClazzInfo

use of org.robovm.compiler.clazz.ClazzInfo in project robovm by robovm.

the class Linker method link.

public void link(Set<Clazz> classes) throws IOException {
    for (CompilerPlugin plugin : config.getCompilerPlugins()) {
        plugin.beforeLinker(config, this, classes);
    }
    Arch arch = config.getArch();
    OS os = config.getOs();
    Set<Clazz> linkClasses = new TreeSet<Clazz>(classes);
    config.getLogger().info("Linking %d classes (%s %s %s)", linkClasses.size(), os, arch, config.isDebug() ? "debug" : "release");
    ModuleBuilder mb = new ModuleBuilder();
    mb.addInclude(getClass().getClassLoader().getResource(String.format("header-%s-%s.ll", os.getFamily(), arch)));
    mb.addInclude(getClass().getClassLoader().getResource("header.ll"));
    mb.addGlobal(new Global("_bcRuntimeData", runtimeDataToBytes()));
    ArrayConstantBuilder staticLibs = new ArrayConstantBuilder(I8_PTR);
    for (Config.Lib lib : config.getLibs()) {
        String p = lib.getValue();
        if (p.endsWith(".a")) {
            p = new File(p).getName();
            String libName = p.substring(0, p.length() - 2);
            if (libName.startsWith("lib")) {
                libName = libName.substring(3);
            }
            staticLibs.add(mb.getString(libName));
        }
    }
    staticLibs.add(new NullConstant(Type.I8_PTR));
    mb.addGlobal(new Global("_bcStaticLibs", new ConstantGetelementptr(mb.newGlobal(staticLibs.build()).ref(), 0, 0)));
    HashTableGenerator<String, Constant> bcpHashGen = new HashTableGenerator<String, Constant>(new ModifiedUtf8HashFunction());
    HashTableGenerator<String, Constant> cpHashGen = new HashTableGenerator<String, Constant>(new ModifiedUtf8HashFunction());
    int classCount = 0;
    Map<ClazzInfo, TypeInfo> typeInfos = new HashMap<ClazzInfo, TypeInfo>();
    for (Clazz clazz : linkClasses) {
        TypeInfo typeInfo = new TypeInfo();
        typeInfo.clazz = clazz;
        typeInfo.id = classCount++;
        typeInfos.put(clazz.getClazzInfo(), typeInfo);
        StructureConstant infoErrorStruct = createClassInfoErrorStruct(mb, clazz.getClazzInfo());
        Global info = null;
        if (infoErrorStruct == null) {
            info = new Global(Symbols.infoStructSymbol(clazz.getInternalName()), external, I8_PTR, false);
        } else {
            typeInfo.error = true;
            info = new Global(Symbols.infoStructSymbol(clazz.getInternalName()), infoErrorStruct);
        }
        mb.addGlobal(info);
        if (clazz.isInBootClasspath()) {
            bcpHashGen.put(clazz.getInternalName(), new ConstantBitcast(info.ref(), I8_PTR));
        } else {
            cpHashGen.put(clazz.getInternalName(), new ConstantBitcast(info.ref(), I8_PTR));
        }
    }
    mb.addGlobal(new Global("_bcBootClassesHash", new ConstantGetelementptr(mb.newGlobal(bcpHashGen.generate(), true).ref(), 0, 0)));
    mb.addGlobal(new Global("_bcClassesHash", new ConstantGetelementptr(mb.newGlobal(cpHashGen.generate(), true).ref(), 0, 0)));
    ArrayConstantBuilder bootClasspathValues = new ArrayConstantBuilder(I8_PTR);
    ArrayConstantBuilder classpathValues = new ArrayConstantBuilder(I8_PTR);
    List<Path> allPaths = new ArrayList<Path>();
    allPaths.addAll(config.getClazzes().getPaths());
    allPaths.addAll(config.getResourcesPaths());
    for (Path path : allPaths) {
        String entryName = null;
        if (config.isSkipInstall() && config.getTarget().canLaunchInPlace()) {
            entryName = path.getFile().getAbsolutePath();
        } else {
            entryName = config.getTarget().getInstallRelativeArchivePath(path);
        }
        if (path.isInBootClasspath()) {
            bootClasspathValues.add(mb.getString(entryName));
        } else {
            classpathValues.add(mb.getString(entryName));
        }
    }
    bootClasspathValues.add(new NullConstant(Type.I8_PTR));
    classpathValues.add(new NullConstant(Type.I8_PTR));
    mb.addGlobal(new Global("_bcBootclasspath", new ConstantGetelementptr(mb.newGlobal(bootClasspathValues.build()).ref(), 0, 0)));
    mb.addGlobal(new Global("_bcClasspath", new ConstantGetelementptr(mb.newGlobal(classpathValues.build()).ref(), 0, 0)));
    if (config.getMainClass() != null) {
        mb.addGlobal(new Global("_bcMainClass", mb.getString(config.getMainClass())));
    }
    ModuleBuilder[] mbs = new ModuleBuilder[config.getThreads() + 1];
    FunctionRef[] stubRefs = new FunctionRef[mbs.length];
    ArrayConstantBuilder stubRefsArray = new ArrayConstantBuilder(I8_PTR);
    mbs[0] = mb;
    for (int i = 1; i < mbs.length; i++) {
        mbs[i] = new ModuleBuilder();
        mbs[i].addInclude(getClass().getClassLoader().getResource(String.format("header-%s-%s.ll", os.getFamily(), arch)));
        mbs[i].addInclude(getClass().getClassLoader().getResource("header.ll"));
        Function fn = new FunctionBuilder("_stripped_method" + i, new FunctionType(VOID, ENV_PTR)).linkage(external).build();
        call(fn, BC_THROW_NO_SUCH_METHOD_ERROR, fn.getParameterRef(0), mbs[i].getString("Method has been stripped out of the executable"));
        fn.add(new Unreachable());
        mbs[i].addFunction(fn);
        mb.addFunctionDeclaration(new FunctionDeclaration(fn.ref()));
        stubRefs[i] = fn.ref();
        stubRefsArray.add(new ConstantBitcast(fn.ref(), I8_PTR));
    }
    stubRefsArray.add(new NullConstant(I8_PTR));
    mb.addGlobal(new Global("_bcStrippedMethodStubs", stubRefsArray.build()));
    Random rnd = new Random();
    buildTypeInfos(typeInfos);
    Set<String> checkcasts = new HashSet<>();
    Set<String> instanceofs = new HashSet<>();
    Set<String> invokes = new HashSet<>();
    for (Clazz clazz : linkClasses) {
        ClazzInfo ci = clazz.getClazzInfo();
        checkcasts.addAll(ci.getCheckcasts());
        instanceofs.addAll(ci.getInstanceofs());
        invokes.addAll(ci.getInvokes());
    }
    Set<String> reachableMethods = new HashSet<>();
    for (Triple<String, String, String> node : config.getDependencyGraph().findReachableMethods()) {
        reachableMethods.add(node.getLeft() + "." + node.getMiddle() + node.getRight());
    }
    int totalMethodCount = 0;
    int reachableMethodCount = 0;
    for (Clazz clazz : linkClasses) {
        int mbIdx = rnd.nextInt(mbs.length - 1) + 1;
        ClazzInfo ci = clazz.getClazzInfo();
        // symbols errors.
        for (MethodInfo mi : ci.getMethods()) {
            if (!mi.isAbstract()) {
                totalMethodCount++;
                if (!reachableMethods.contains(clazz.getInternalName() + "." + mi.getName() + mi.getDesc())) {
                    createStrippedMethodStub(stubRefs[mbIdx], mbs[mbIdx], clazz, mi);
                } else {
                    reachableMethodCount++;
                }
            }
        }
        TypeInfo typeInfo = typeInfos.get(ci);
        if (typeInfo.error) {
            // Add an empty TypeInfo
            mb.addGlobal(new Global(Symbols.typeInfoSymbol(clazz.getInternalName()), new StructureConstantBuilder().add(new IntegerConstant(typeInfo.id)).add(new IntegerConstant(0)).add(new IntegerConstant(-1)).add(new IntegerConstant(0)).add(new IntegerConstant(0)).build()));
        } else {
            int[] classIds = new int[typeInfo.classTypes.length];
            for (int i = 0; i < typeInfo.classTypes.length; i++) {
                classIds[i] = typeInfo.classTypes[i].id;
            }
            int[] interfaceIds = new int[typeInfo.interfaceTypes.length];
            for (int i = 0; i < typeInfo.interfaceTypes.length; i++) {
                interfaceIds[i] = typeInfo.interfaceTypes[i].id;
            }
            mb.addGlobal(new Global(Symbols.typeInfoSymbol(clazz.getInternalName()), new StructureConstantBuilder().add(new IntegerConstant(typeInfo.id)).add(new IntegerConstant((typeInfo.classTypes.length - 1) * 4 + 5 * 4)).add(new IntegerConstant(-1)).add(new IntegerConstant(typeInfo.classTypes.length)).add(new IntegerConstant(typeInfo.interfaceTypes.length)).add(new ArrayConstantBuilder(I32).add(classIds).build()).add(new ArrayConstantBuilder(I32).add(interfaceIds).build()).build()));
            if (!config.isDebug() && !ci.isInterface() && !ci.isFinal() && typeInfo.children.isEmpty()) {
                // which doesn't do any lookup.
                for (MethodInfo mi : ci.getMethods()) {
                    String name = mi.getName();
                    if (!name.equals("<clinit>") && !name.equals("<init>") && !mi.isPrivate() && !mi.isStatic() && !mi.isFinal() && !mi.isAbstract()) {
                        if (invokes.contains(clazz.getInternalName() + "." + name + mi.getDesc())) {
                            if (reachableMethods.contains(clazz.getInternalName() + "." + name + mi.getDesc())) {
                                mbs[mbIdx].addFunction(createLookup(mbs[mbIdx], ci, mi));
                            }
                        }
                    }
                }
            }
        }
        if (checkcasts.contains(clazz.getInternalName())) {
            mbs[mbIdx].addFunction(createCheckcast(mbs[mbIdx], clazz, typeInfo));
        }
        if (instanceofs.contains(clazz.getInternalName())) {
            mbs[mbIdx].addFunction(createInstanceof(mbs[mbIdx], clazz, typeInfo));
        }
    }
    config.getLogger().info("%d methods out of %d included in the executable", reachableMethodCount, totalMethodCount);
    List<File> objectFiles = new ArrayList<File>();
    generateMachineCode(config, mbs, objectFiles);
    for (Clazz clazz : linkClasses) {
        objectFiles.add(config.getOFile(clazz));
    }
    /*
         * Assemble the lines files for all linked classes into the module.
         */
    for (Clazz clazz : linkClasses) {
        File f = config.getLinesOFile(clazz);
        if (f.exists() && f.length() > 0) {
            objectFiles.add(f);
        }
    }
    config.getTarget().build(objectFiles);
}

Example 4 with ClazzInfo

use of org.robovm.compiler.clazz.ClazzInfo in project robovm by robovm.

the class ClassCompiler method compile.

private void compile(Clazz clazz, OutputStream out) throws IOException {
    javaMethodCompiler.reset(clazz);
    bridgeMethodCompiler.reset(clazz);
    callbackMethodCompiler.reset(clazz);
    nativeMethodCompiler.reset(clazz);
    structMemberMethodCompiler.reset(clazz);
    globalValueMethodCompiler.reset(clazz);
    ClazzInfo ci = clazz.resetClazzInfo();
    mb = new ModuleBuilder();
    for (CompilerPlugin compilerPlugin : config.getCompilerPlugins()) {
        compilerPlugin.beforeClass(config, clazz, mb);
    }
    sootClass = clazz.getSootClass();
    trampolines = new HashMap<>();
    catches = new HashSet<String>();
    classFields = getClassFields(config.getOs(), config.getArch(), sootClass);
    instanceFields = getInstanceFields(config.getOs(), config.getArch(), sootClass);
    classType = getClassType(config.getOs(), config.getArch(), sootClass);
    instanceType = getInstanceType(config.getOs(), config.getArch(), sootClass);
    attributesEncoder.encode(mb, sootClass);
    // will never be initialized.
    if (!sootClass.declaresMethodByName("<clinit>") && hasConstantValueTags(classFields)) {
        SootMethod clinit = new SootMethod("<clinit>", Collections.EMPTY_LIST, VoidType.v(), Modifier.STATIC);
        JimpleBody body = Jimple.v().newBody(clinit);
        clinit.setActiveBody(body);
        body.getUnits().add(new JReturnVoidStmt());
        this.sootClass.addMethod(clinit);
    }
    if (isStruct(sootClass)) {
        SootMethod _sizeOf = new SootMethod("_sizeOf", Collections.EMPTY_LIST, IntType.v(), Modifier.PROTECTED | Modifier.NATIVE);
        sootClass.addMethod(_sizeOf);
        SootMethod sizeOf = new SootMethod("sizeOf", Collections.EMPTY_LIST, IntType.v(), Modifier.PUBLIC | Modifier.STATIC | Modifier.NATIVE);
        sootClass.addMethod(sizeOf);
    }
    mb.addInclude(getClass().getClassLoader().getResource(String.format("header-%s-%s.ll", config.getOs().getFamily(), config.getArch())));
    mb.addInclude(getClass().getClassLoader().getResource("header.ll"));
    mb.addFunction(createLdcClass());
    mb.addFunction(createLdcClassWrapper());
    Function allocator = createAllocator();
    mb.addFunction(allocator);
    mb.addFunction(createClassInitWrapperFunction(allocator.ref()));
    for (SootField f : sootClass.getFields()) {
        Function getter = createFieldGetter(f, classFields, classType, instanceFields, instanceType);
        Function setter = createFieldSetter(f, classFields, classType, instanceFields, instanceType);
        mb.addFunction(getter);
        mb.addFunction(setter);
        if (f.isStatic() && !f.isPrivate()) {
            mb.addFunction(createClassInitWrapperFunction(getter.ref()));
            if (!f.isFinal()) {
                mb.addFunction(createClassInitWrapperFunction(setter.ref()));
            }
        }
    }
    // After this point no changes to methods/fields may be done by CompilerPlugins.
    ci.initClassInfo();
    for (SootMethod method : sootClass.getMethods()) {
        for (CompilerPlugin compilerPlugin : config.getCompilerPlugins()) {
            compilerPlugin.beforeMethod(config, clazz, method, mb);
        }
        String name = method.getName();
        Function function = null;
        if (hasBridgeAnnotation(method)) {
            function = bridgeMethod(method);
        } else if (hasGlobalValueAnnotation(method)) {
            function = globalValueMethod(method);
        } else if (isStruct(sootClass) && ("_sizeOf".equals(name) || "sizeOf".equals(name) || hasStructMemberAnnotation(method))) {
            function = structMember(method);
        } else if (method.isNative()) {
            function = nativeMethod(method);
        } else if (!method.isAbstract()) {
            function = method(method);
        }
        if (hasCallbackAnnotation(method)) {
            callbackMethod(method);
        }
        if (!name.equals("<clinit>") && !name.equals("<init>") && !method.isPrivate() && !method.isStatic() && !Modifier.isFinal(method.getModifiers()) && !Modifier.isFinal(sootClass.getModifiers())) {
            createLookupFunction(method);
        }
        if (method.isStatic() && !name.equals("<clinit>")) {
            String fnName = method.isSynchronized() ? Symbols.synchronizedWrapperSymbol(method) : Symbols.methodSymbol(method);
            FunctionRef fn = new FunctionRef(fnName, getFunctionType(method));
            mb.addFunction(createClassInitWrapperFunction(fn));
        }
        for (CompilerPlugin compilerPlugin : config.getCompilerPlugins()) {
            if (function != null) {
                compilerPlugin.afterMethod(config, clazz, method, mb, function);
            }
        }
    }
    for (Trampoline trampoline : trampolines.keySet()) {
        Set<String> deps = new HashSet<String>();
        Set<Triple<String, String, String>> mDeps = new HashSet<>();
        trampolineResolver.compile(mb, clazz, trampoline, deps, mDeps);
        for (SootMethod m : trampolines.get(trampoline)) {
            MethodInfo mi = ci.getMethod(m.getName(), getDescriptor(m));
            mi.addClassDependencies(deps, false);
            mi.addInvokeMethodDependencies(mDeps, false);
        }
    }
    /*
         * Add method dependencies from overriding methods to the overridden
         * super method(s). These will be reversed by the DependencyGraph to
         * create edges from the super/interface method to the overriding
         * method.
         */
    Map<SootMethod, Set<SootMethod>> overriddenMethods = getOverriddenMethods(this.sootClass);
    for (SootMethod from : overriddenMethods.keySet()) {
        MethodInfo mi = ci.getMethod(from.getName(), getDescriptor(from));
        for (SootMethod to : overriddenMethods.get(from)) {
            mi.addSuperMethodDependency(getInternalName(to.getDeclaringClass()), to.getName(), getDescriptor(to), false);
        }
    }
    /*
         * Edge case. A method in a superclass might satisfy an interface method
         * in the interfaces implemented by this class. See e.g. the abstract
         * class HashMap$HashIterator which doesn't implement Iterator but has
         * the hasNext() and other methods. We add a dependency from the current
         * class to the super method to ensure it's included if the current
         * class is linked in.
         */
    if (sootClass.hasSuperclass()) {
        for (SootClass interfaze : getImmediateInterfaces(sootClass)) {
            for (SootMethod m : interfaze.getMethods()) {
                if (!m.isStatic()) {
                    try {
                        this.sootClass.getMethod(m.getName(), m.getParameterTypes());
                    } catch (RuntimeException e) {
                        /*
                             * Not found. Find the implementation in
                             * superclasses.
                             */
                        SootMethod superMethod = null;
                        for (SootClass sc = sootClass.getSuperclass(); sc.hasSuperclass(); sc = sc.getSuperclass()) {
                            try {
                                SootMethod candidate = sc.getMethod(m.getName(), m.getParameterTypes());
                                if (!candidate.isStatic()) {
                                    superMethod = candidate;
                                    break;
                                }
                            } catch (RuntimeException e2) {
                            // Not found.
                            }
                        }
                        if (superMethod != null) {
                            ci.addSuperMethodDependency(getInternalName(superMethod.getDeclaringClass()), superMethod.getName(), getDescriptor(superMethod), false);
                        }
                    }
                }
            }
        }
    }
    Global classInfoStruct = null;
    try {
        if (!sootClass.isInterface()) {
            config.getVTableCache().get(sootClass);
        }
        classInfoStruct = new Global(Symbols.infoStructSymbol(clazz.getInternalName()), Linkage.weak, createClassInfoStruct());
    } catch (IllegalArgumentException e) {
        // VTable throws this if any of the superclasses of the class is actually an interface.
        // Shouldn't happen frequently but the DRLVM test suite has some tests for this.
        // The Linker will take care of making sure the class cannot be loaded at runtime.
        classInfoStruct = new Global(Symbols.infoStructSymbol(clazz.getInternalName()), I8_PTR, true);
    }
    mb.addGlobal(classInfoStruct);
    /*
         * Emit an internal i8* alias for the info struct which MethodCompiler
         * can use when referencing this info struct in exception landing pads
         * in methods in the same class. See #1007.
         */
    mb.addAlias(new Alias(classInfoStruct.getName() + "_i8ptr", Linkage._private, new ConstantBitcast(classInfoStruct.ref(), I8_PTR)));
    Function infoFn = FunctionBuilder.infoStruct(sootClass);
    infoFn.add(new Ret(new ConstantBitcast(classInfoStruct.ref(), I8_PTR_PTR)));
    mb.addFunction(infoFn);
    for (CompilerPlugin compilerPlugin : config.getCompilerPlugins()) {
        compilerPlugin.afterClass(config, clazz, mb);
    }
    OutputStreamWriter writer = new OutputStreamWriter(out, "UTF-8");
    mb.build().write(writer);
    writer.flush();
    ci.setCatchNames(catches);
    // Make sure no class or interface has zero dependencies
    ci.addClassDependency("java/lang/Object", false);
    if (sootClass.hasSuperclass() && !sootClass.isInterface()) {
        ci.addClassDependency(getInternalName(sootClass.getSuperclass()), false);
    }
    for (SootClass iface : sootClass.getInterfaces()) {
        ci.addClassDependency(getInternalName(iface), false);
    }
    for (SootField f : sootClass.getFields()) {
        addClassDependencyIfNeeded(clazz, f.getType(), false);
    }
    for (SootMethod m : sootClass.getMethods()) {
        MethodInfo mi = ci.getMethod(m.getName(), getDescriptor(m));
        addClassDependencyIfNeeded(clazz, mi, m.getReturnType(), false);
        @SuppressWarnings("unchecked") List<soot.Type> paramTypes = (List<soot.Type>) m.getParameterTypes();
        for (soot.Type type : paramTypes) {
            addClassDependencyIfNeeded(clazz, mi, type, false);
        }
    }
    ci.addClassDependencies(attributesEncoder.getDependencies(), false);
    ci.addClassDependencies(catches, false);
    for (Trampoline t : trampolines.keySet()) {
        if (t instanceof Checkcast) {
            ci.addCheckcast(t.getTarget());
        } else if (t instanceof Instanceof) {
            ci.addInstanceof(t.getTarget());
        } else if (t instanceof Invokevirtual || t instanceof Invokeinterface) {
            ci.addInvoke(t.getTarget() + "." + ((Invoke) t).getMethodName() + ((Invoke) t).getMethodDesc());
        }
    }
    clazz.saveClazzInfo();
}

Example 5 with ClazzInfo

use of org.robovm.compiler.clazz.ClazzInfo in project robovm by robovm.

the class Linker method buildTypeInfo.

private TypeInfo buildTypeInfo(TypeInfo typeInfo, Map<ClazzInfo, TypeInfo> typeInfos) {
    if (typeInfo.error || typeInfo.classTypes != null) {
        return typeInfo;
    }
    ClazzInfo ci = typeInfo.clazz.getClazzInfo();
    List<TypeInfo> clTypeInfos = new ArrayList<TypeInfo>();
    Set<TypeInfo> ifTypeInfos = new TreeSet<TypeInfo>();
    if (!ci.isInterface()) {
        if (ci.hasSuperclass()) {
            TypeInfo superTypeInfo = buildTypeInfo(typeInfos.get(ci.getSuperclass()), typeInfos);
            if (superTypeInfo.error) {
                typeInfo.error = true;
                return typeInfo;
            }
            clTypeInfos.addAll(Arrays.asList(superTypeInfo.classTypes));
            clTypeInfos.add(typeInfo);
            ifTypeInfos.addAll(Arrays.asList(superTypeInfo.interfaceTypes));
            superTypeInfo.children.add(typeInfo.clazz);
        } else {
            clTypeInfos.add(typeInfo);
        }
    }
    for (ClazzInfo ifCi : ci.getInterfaces()) {
        TypeInfo ifTypeInfo = buildTypeInfo(typeInfos.get(ifCi), typeInfos);
        if (ifTypeInfo.error) {
            typeInfo.error = true;
            return typeInfo;
        }
        ifTypeInfos.addAll(Arrays.asList(ifTypeInfo.interfaceTypes));
    }
    if (ci.isInterface()) {
        ifTypeInfos.add(typeInfo);
    }
    typeInfo.classTypes = EMPTY_TYPE_INFOS;
    typeInfo.interfaceTypes = EMPTY_TYPE_INFOS;
    if (!clTypeInfos.isEmpty()) {
        typeInfo.classTypes = clTypeInfos.toArray(new TypeInfo[clTypeInfos.size()]);
    }
    if (!ifTypeInfos.isEmpty()) {
        typeInfo.interfaceTypes = ifTypeInfos.toArray(new TypeInfo[ifTypeInfos.size()]);
    }
    return typeInfo;
}