Package com.helger.jcodemodel

Examples of com.helger.jcodemodel.JDefinedClass

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        }
        return caseClasses;
    }

    private JDefinedClass buildCaseClass(JMethod interfaceMethod, Serialization serialization) throws JClassAlreadyExistsException {
        JDefinedClass caseClass = valueClass._class(JMod.PRIVATE | JMod.STATIC, capitalize(interfaceMethod.name()) + "Case" + acceptingInterface.name());
        for (JTypeVar visitorTypeParameter: acceptingInterface.typeParams()) {
            Types.generifyWithBoundsFrom(caseClass, visitorTypeParameter.name(), visitorTypeParameter);
        }

        AbstractJClass usedAcceptingInterfaceType = acceptingInterface.narrow(caseClass.typeParams());
        AbstractJClass usedValueClassType = valueClass.narrow(caseClass.typeParams());
        caseClass._implements(usedAcceptingInterfaceType);

        if (serialization.isSerializable()) {
            caseClass._implements(types._Serializable);
            caseClass.field(JMod.PRIVATE | JMod.FINAL | JMod.STATIC, types._long, "serialVersionUID", JExpr.lit(serialization.serialVersionUID()));
        }

        JMethod constructor = caseClass.constructor(JMod.NONE);
        for (JVar param: interfaceMethod.params()) {
            AbstractJType paramType = visitorInterface.substituteSpecialType(param.type(), usedValueClassType, usedValueClassType, types._RuntimeException);
            JFieldVar field = caseClass.field(JMod.PRIVATE | JMod.FINAL, paramType, param.name());
            JVar argument = constructor.param(paramType, param.name());
            constructor.body().assign(JExpr._this().ref(field), argument);
        }
        JVar param = interfaceMethod.listVarParam();
        if (param != null) {
            AbstractJType paramType = visitorInterface.substituteSpecialType(param.type().elementType(), usedValueClassType, usedValueClassType, types._RuntimeException);
            JFieldVar field = caseClass.field(JMod.PRIVATE | JMod.FINAL, paramType.array(), param.name());
            JVar argument = constructor.varParam(paramType, param.name());
            constructor.body().assign(JExpr._this().ref(field), argument);
        }

        JMethod acceptMethod = caseClass.method(JMod.PUBLIC, types._void, "accept");
        acceptMethod.annotate(Override.class);

        JTypeVar visitorResultType = visitorInterface.getResultTypeParameter();
        JTypeVar resultType = Types.generifyWithBoundsFrom(acceptMethod, visitorResultType.name(), visitorResultType);
        acceptMethod.type(resultType);
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        JBlock _else = elseif._else();
        AbstractJClass usedValueClassType = valueClass.narrow(valueClass.typeParams());
        JVar that = _else.decl(JMod.FINAL, usedValueClassType, nameSource.get("that"), JExpr.cast(usedValueClassType, thatObject));
        AbstractJClass visitorType = visitorInterface.narrowed(usedValueClassType, types._Boolean, types._RuntimeException);

        JDefinedClass anonymousClass1 = valueClass.owner().anonymousClass(visitorType);
        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);

            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._Boolean, 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._Boolean, 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 (JMethod interfaceMethod2: visitorInterface.methods()) {
                JMethod visitorMethod2 = anonymousClass2.method(interfaceMethod1.mods().getValue() & ~JMod.ABSTRACT, types._Boolean, interfaceMethod2.name());
                visitorMethod2.annotate(Nonnull.class);
                visitorMethod2.annotate(Override.class);

                VariableNameSource nameSource2 = nameSource1.forBlock();
                List<JVar> arguments2 = new ArrayList<JVar>();
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        JMethod hashCodeMethod = valueClass.method(JMod.PUBLIC | JMod.FINAL, types._int, "hashCode");
        hashCodeMethod.annotate(Override.class);
        AbstractJClass usedValueClassType = valueClass.narrow(valueClass.typeParams());
        AbstractJClass visitorType = visitorInterface.narrowed(usedValueClassType, types._Integer, types._RuntimeException);

        JDefinedClass anonymousClass1 = valueClass.owner().anonymousClass(visitorType);
        int tag = 1;
        for (JMethod interfaceMethod1: visitorInterface.methods()) {
            JMethod visitorMethod1 = anonymousClass1.method(interfaceMethod1.mods().getValue() & ~JMod.ABSTRACT, types._Integer, interfaceMethod1.name());
            visitorMethod1.annotate(Nonnull.class);
            visitorMethod1.annotate(Override.class);
            VariableNameSource nameSource = new VariableNameSource();
            List<JVar> arguments = new ArrayList<JVar>();
            JVar varArgument = null;
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        JMethod toStringMethod = valueClass.method(JMod.PUBLIC | JMod.FINAL, types._String, "toString");
        toStringMethod.annotate(Override.class);
        AbstractJClass usedValueClassType = valueClass.narrow(valueClass.typeParams());
        AbstractJClass visitorType = visitorInterface.narrowed(usedValueClassType, types._String, types._RuntimeException);

        JDefinedClass anonymousClass1 = valueClass.owner().anonymousClass(visitorType);
        for (JMethod interfaceMethod1: visitorInterface.methods()) {
            JMethod visitorMethod1 = anonymousClass1.method(interfaceMethod1.mods().getValue() & ~JMod.ABSTRACT, types._String, interfaceMethod1.name());
            visitorMethod1.annotate(Nonnull.class);
            visitorMethod1.annotate(Override.class);
            VariableNameSource nameSource = new VariableNameSource();
            List<JVar> arguments = new ArrayList<JVar>();
            JVar varArgument = null;
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        else
            getterMethod.annotate(Nonnull.class);
        AbstractJClass usedValueClassType = valueClass.narrow(valueClass.typeParams());
        AbstractJClass visitorType = visitorInterface.narrowed(usedValueClassType, configuration.type().boxify(), types._RuntimeException);

        JDefinedClass anonymousClass1 = valueClass.owner().anonymousClass(visitorType);
        GetterBody body = new GetterBody(configuration, anonymousClass1);
        for (JMethod interfaceMethod1: visitorInterface.methods()) {
            body.generateCase(interfaceMethod1);
        }
        JInvocation invocation1 = JExpr._this().invoke("accept");
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        } else {
            newValue.annotate(Nonnull.class);
        }
        AbstractJClass visitorType = visitorInterface.narrowed(usedValueClassType, usedValueClassType, types._RuntimeException);

        JDefinedClass anonymousClass1 = valueClass.owner().anonymousClass(visitorType);
        UpdaterBody body = new UpdaterBody(configuration, anonymousClass1, newValue, nameSource);
        for (JMethod interfaceMethod1: visitorInterface.methods()) {
            body.generateCase(interfaceMethod1);
        }
        JInvocation invocation1 = JExpr._this().invoke("accept");
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    private void generatePredicate(String name) {
        AbstractJClass usedValueClassType = valueClass.narrow(valueClass.typeParams());
        JMethod predicateMethod = valueClass.method(JMod.PUBLIC | JMod.FINAL, types._boolean, name);
        AbstractJClass visitorType = visitorInterface.narrowed(usedValueClassType, types._Boolean, types._RuntimeException);

        JDefinedClass anonymousClass1 = valueClass.owner().anonymousClass(visitorType);
        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());
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        VariableNameSource nameSource = new VariableNameSource();
        AbstractJClass usedValueClassType = valueClass.narrow(valueClass.typeParams());
        JVar that = compareToMethod.param(JMod.FINAL, usedValueClassType, nameSource.get("that"));
        AbstractJClass visitorType = visitorInterface.narrowed(usedValueClassType, types._Integer, types._RuntimeException);

        JDefinedClass anonymousClass1 = valueClass.owner().anonymousClass(visitorType);
        JMethod[] methods = visitorInterface.methods().toArray(new JMethod[visitorInterface.methods().size()]);
        for (int interfaceMethodIndex1 = 0; interfaceMethodIndex1 < methods.length; interfaceMethodIndex1++) {
            JMethod interfaceMethod1 = methods[interfaceMethodIndex1];
            JMethod visitorMethod1 = anonymousClass1.method(interfaceMethod1.mods().getValue() & ~JMod.ABSTRACT, types._Integer, interfaceMethod1.name());
            visitorMethod1.annotate(Override.class);
            visitorMethod1.annotate(Nonnull.class);

            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>();
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  • com.github.sviperll.adt4j.model.ValueClassModel
  • com.github.sviperll.adt4j.model.ValueClassModelFactory
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