Package com.helger.jcodemodel

Examples of com.helger.jcodemodel.AbstractJType

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        Map<String, FieldConfiguration> updatersMap = new TreeMap<String, FieldConfiguration>();
        for (JMethod interfaceMethod: visitorInterface.methods()) {
            for (JVar param: interfaceMethod.params()) {
                for (JAnnotationUse annotationUsage: param.annotations()) {
                    if (annotationUsage.getAnnotationClass().fullName().equals(Updater.class.getName())) {
                        AbstractJType paramType = visitorInterface.substituteSpecialType(param.type(), usedValueClassType, visitorInterface.getResultTypeParameter(), types._RuntimeException);
                        @SuppressWarnings("null") String updaterName = (String)annotationUsage.getConstantParam("value").nativeValue();
                        boolean isNullable = isNullable(param);
                        FieldConfiguration configuration = updatersMap.get(updaterName);
                        if (configuration == null) {
                            configuration = new FieldConfiguration(updaterName, paramType);
                            updatersMap.put(updaterName, configuration);
                        }
                        configuration.put(paramType, interfaceMethod, param.name(), new FieldFlags(isNullable, false));
                    }
                }
            }
            JVar param = interfaceMethod.listVarParam();
            if (param != null) {
                for (JAnnotationUse annotationUsage: param.annotations()) {
                    if (annotationUsage.getAnnotationClass().fullName().equals(Updater.class.getName())) {
                        AbstractJType paramType = visitorInterface.substituteSpecialType(param.type(), usedValueClassType, visitorInterface.getResultTypeParameter(), types._RuntimeException);
                        @SuppressWarnings("null") String updaterName = (String)annotationUsage.getConstantParam("value").nativeValue();
                        boolean isNullable = isNullable(param);
                        FieldConfiguration configuration = updatersMap.get(updaterName);
                        if (configuration == null) {
                            configuration = new FieldConfiguration(updaterName, paramType);
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        for (JMethod interfaceMethod1: visitorInterface.methods()) {
            JMethod visitorMethod1 = anonymousClass1.method(interfaceMethod1.mods().getValue() & ~JMod.ABSTRACT, types._Boolean, interfaceMethod1.name());
            visitorMethod1.annotate(Nonnull.class);
            visitorMethod1.annotate(Override.class);
            for (JVar param: interfaceMethod1.params()) {
                AbstractJType argumentType = visitorInterface.substituteSpecialType(param.type(), usedValueClassType, types._Boolean, types._RuntimeException);
                visitorMethod1.param(param.mods().getValue(), argumentType, param.name());
            }
            JVar param = interfaceMethod1.listVarParam();
            if (param != null) {
                AbstractJType argumentType = visitorInterface.substituteSpecialType(param.type().elementType(), usedValueClassType, types._Boolean, types._RuntimeException);
                visitorMethod1.varParam(param.mods().getValue(), argumentType, param.name());
            }
            boolean result = false;
            for (JAnnotationUse annotationUsage: interfaceMethod1.annotations()) {
                if (annotationUsage.getAnnotationClass().fullName().equals(GeneratePredicate.class.getName())) {
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            VariableNameSource nameSource1 = nameSource.forBlock();
            List<JVar> arguments1 = new ArrayList<JVar>();
            JVar varArgument1 = null;
            for (JVar param1: interfaceMethod1.params()) {
                AbstractJType argumentType = visitorInterface.substituteSpecialType(param1.type(), usedValueClassType, types._Integer, types._RuntimeException);
                JVar argument1 = visitorMethod1.param(param1.mods().getValue() | JMod.FINAL, argumentType, nameSource1.get(param1.name()));
                arguments1.add(argument1);
            }
            JVar param1 = interfaceMethod1.listVarParam();
            if (param1 != null) {
                AbstractJType argumentType = visitorInterface.substituteSpecialType(param1.type().elementType(), usedValueClassType, types._Integer, types._RuntimeException);
                JVar argument1 = visitorMethod1.varParam(param1.mods().getValue() | JMod.FINAL, argumentType, nameSource1.get(param1.name()));
                varArgument1 = argument1;
            }

            JDefinedClass anonymousClass2 = valueClass.owner().anonymousClass(visitorType);
            for (int interfaceMethodIndex2 = 0; interfaceMethodIndex2 < methods.length; interfaceMethodIndex2++) {
                JMethod interfaceMethod2 = methods[interfaceMethodIndex2];
                JMethod visitorMethod2 = anonymousClass2.method(interfaceMethod2.mods().getValue() & ~JMod.ABSTRACT, types._Integer, interfaceMethod2.name());
                visitorMethod2.annotate(Override.class);
                visitorMethod2.annotate(Nonnull.class);

                VariableNameSource nameSource2 = nameSource1.forBlock();
                List<JVar> arguments2 = new ArrayList<JVar>();
                JVar varArgument2 = null;
                for (JVar param2: interfaceMethod2.params()) {
                    AbstractJType argumentType = visitorInterface.substituteSpecialType(param2.type(), usedValueClassType, types._Integer, types._RuntimeException);
                    JVar argument2 = visitorMethod2.param(param2.mods().getValue(), argumentType, nameSource2.get(param2.name()));
                    arguments2.add(argument2);
                }
                JVar param2 = interfaceMethod2.listVarParam();
                if (param2 != null) {
                    AbstractJType argumentType = visitorInterface.substituteSpecialType(param2.type().elementType(), usedValueClassType, types._Integer, types._RuntimeException);
                    JVar argument2 = visitorMethod2.varParam(param2.mods().getValue(), argumentType, nameSource2.get(param2.name()));
                    varArgument2 = argument2;
                }

                if (!interfaceMethod1.name().equals(interfaceMethod2.name())) {
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        try {
            Types types = Types.createInstance(jpackage.owner());
            if (annotation.valueClassIsSerializable()) {
                for (JMethod interfaceMethod: visitorInterface.methods()) {
                    for (JVar param: interfaceMethod.params()) {
                        AbstractJType type = param.type();
                        if (!visitorInterface.isSelf(type) && !types.isSerializable(type))
                            throw new SourceException("Value class can't be serializable: " + param.name() + " parameter in " + interfaceMethod.name() + " method is not serializable");
                    }
                    JVar param = interfaceMethod.listVarParam();
                    if (param != null) {
                        AbstractJType type = param.type();
                        if (!visitorInterface.isSelf(type) && !types.isSerializable(type))
                            throw new SourceException("Value class can't be serializable: " + param.name() + " parameter in " + interfaceMethod.name() + " method is not serializable");
                    }
                }
            }

            if (annotation.valueClassIsComparable()) {
                for (JMethod interfaceMethod: visitorInterface.methods()) {
                    for (JVar param: interfaceMethod.params()) {
                        AbstractJType type = param.type();
                        if (!visitorInterface.isSelf(type) && !types.isComparable(type))
                            throw new SourceException("Value class can't be comparable: " + param.name() + " parameter in " + interfaceMethod.name() + " method is not comparable");
                    }
                    JVar param = interfaceMethod.listVarParam();
                    if (param != null) {
                        AbstractJType type = param.type();
                        if (!visitorInterface.isSelf(type) && !types.isComparable(type))
                            throw new SourceException("Value class can't be comparable: " + param.name() + " parameter in " + interfaceMethod.name() + " method is not comparable");
                    }
                }
            }
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    }
    public TypeEnvironment enclosed() {
        return new TypeEnvironment(this);
    }
    public AbstractJType get(String name) {
        AbstractJType result = map.get(name);
        if (result != null || parent == null) {
            return result;
        } else {
            return parent.get(name);
        }
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                List<? extends VariableElement> parameters = executable.getParameters();
                int n = 0;
                for (VariableElement variable: parameters) {
                    String parameterName = variable.getSimpleName().toString();
                    TypeMirror parameterTypeMirror = variable.asType();
                    AbstractJType parameterType = toJType(parameterTypeMirror, methodEnvironment);

                    JVar param;
                    if (executable.isVarArgs() && n == parameters.size() - 1) {
                        param = method.varParam(toJMod(variable.getModifiers()), parameterType.elementType(), parameterName);
                    } else {
                        param = method.param(toJMod(variable.getModifiers()), parameterType, parameterName);
                    }
                    Annotator parametorAnnotator = new Annotator(param, methodEnvironment);
                    parametorAnnotator.annotate(variable.getAnnotationMirrors());
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    }

    AbstractJClass ref(TypeElement element) throws ProcessingException {
        try {
            Class<?> klass = Class.forName(element.getQualifiedName().toString());
            AbstractJType declaredClass = codeModel.ref(klass);
            return (AbstractJClass)declaredClass;
        } catch (ClassNotFoundException ex) {
            AbstractJClass result = codeModel._getClass(element.getQualifiedName().toString());
            if (result != null)
                return result;
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                }

                @Override
                public AbstractJType visitArray(ArrayType t, Void p) {
                    try {
                        AbstractJType componentType = toJType(t.getComponentType(), environment);
                        return componentType.array();
                    } catch (ProcessingException ex) {
                        throw new RuntimeProcessingException(ex);
                    }
                }
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