Examples of org.objectweb.type_test.types3.ObjectFactory

org.objectweb.type_test.types3.RecElType
This object contains factory methods for each Java content interface and Java element interface generated in the ${package}.services.config.model package.
An ObjectFactory allows you to programatically construct new instances of the Java representation for XML content. The Java representation of XML content can consist of schema derived interfaces and classes representing the binding of schema type definitions, element declarations and model groups. Factory methods for each of these are provided in this class.

            return y.getSg04NillableBaseElementA() == null;
        }
    }
    
    public void testChoiceWithSubstitutionGroupNil() throws Exception {
        ObjectFactory objectFactory = new ObjectFactory();
        
        ChoiceWithSubstitutionGroupNil x = new ChoiceWithSubstitutionGroupNil();
        JAXBElement<BigInteger> varInt =
            objectFactory.createChoiceWithSubstitutionGroupNilVarInt(null);
        x.setVarInt(varInt);
        ChoiceWithSubstitutionGroupNil yOrig = new ChoiceWithSubstitutionGroupNil();
        JAXBElement<? extends SgBaseTypeA> elementA = 
            objectFactory.createSg04NillableBaseElementA(null);
        yOrig.setSg04NillableBaseElementA(elementA);


        Holder<ChoiceWithSubstitutionGroupNil> y = new Holder<ChoiceWithSubstitutionGroupNil>(yOrig);
        Holder<ChoiceWithSubstitutionGroupNil> z = new Holder<ChoiceWithSubstitutionGroupNil>();
        ChoiceWithSubstitutionGroupNil ret;

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    public void testChoiceWithSubstitutionGroup() throws Exception {
        SgBaseTypeA baseA = new SgBaseTypeA();
        baseA.setVarInt(new BigInteger("1"));


        ObjectFactory objectFactory = new ObjectFactory();
        JAXBElement<? extends SgBaseTypeA> elementA = objectFactory.createSg01BaseElementA(baseA);


        SgDerivedTypeB derivedB = new SgDerivedTypeB();
        derivedB.setVarInt(new BigInteger("32"));
        derivedB.setVarString("SgDerivedTypeB");


        JAXBElement<? extends SgBaseTypeA> elementB = objectFactory.createSg01DerivedElementB(derivedB);


        ChoiceWithSubstitutionGroup x = new ChoiceWithSubstitutionGroup();
        x.setSg01BaseElementA(elementA);
        ChoiceWithSubstitutionGroup yOrig = new ChoiceWithSubstitutionGroup();
        yOrig.setSg01BaseElementA(elementB);

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        return equalsFloatIntStringList(x.getVarFloatOrVarIntOrVarString(),
                                        y.getVarFloatOrVarIntOrVarString());
    }
    
    public void testOccuringChoice() throws Exception {
        OccuringChoice x = new OccuringChoice();
        List<Serializable> theList = x.getVarFloatOrVarIntOrVarString();
        theList.add(0);
        theList.add(1.14f);
        theList.add("x1");
        theList.add(1);
        theList.add(11.14f);
        x.setVarAttrib("x_attr");


        OccuringChoice yOriginal = new OccuringChoice();
        theList = yOriginal.getVarFloatOrVarIntOrVarString();
        theList.add(3.14f);
        theList.add("y");
        theList.add(42);
        yOriginal.setVarAttrib("y_attr");


        Holder<OccuringChoice> y = new Holder<OccuringChoice>(yOriginal);
        Holder<OccuringChoice> z = new Holder<OccuringChoice>();


        OccuringChoice ret;
        if (testDocLiteral) {
            ret = docClient.testOccuringChoice(x, y, z);
        } else {
            ret = rpcClient.testOccuringChoice(x, y, z);
        }

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        }
        return true;
    }
    
    public void testOccuringChoice1() throws Exception {
        OccuringChoice1 x = new OccuringChoice1();
        List<Comparable> theList = x.getVarFloatOrVarInt();
        theList.add(0);
        theList.add(new Float(1.14f));
        theList.add(1);
        theList.add(new Float(11.14f));
        // leave y empty
        OccuringChoice1 yOriginal = new OccuringChoice1();


        Holder<OccuringChoice1> y = new Holder<OccuringChoice1>(yOriginal);
        Holder<OccuringChoice1> z = new Holder<OccuringChoice1>();


        OccuringChoice1 ret;
        if (testDocLiteral) {
            ret = docClient.testOccuringChoice1(x, y, z);
        } else {
            ret = rpcClient.testOccuringChoice1(x, y, z);
        }

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        }
        return true;
    }


    public void testOccuringChoice2() throws Exception {
        OccuringChoice2 x = new OccuringChoice2();
        x.setVarString("x1");
        OccuringChoice2 yOriginal = new OccuringChoice2();
        yOriginal.setVarString("y1");
        Holder<OccuringChoice2> y = new Holder<OccuringChoice2>(yOriginal);
        Holder<OccuringChoice2> z = new Holder<OccuringChoice2>();
        OccuringChoice2 ret;
        if (testDocLiteral) {
            ret = docClient.testOccuringChoice2(x, y, z);
        } else {
            ret = rpcClient.testOccuringChoice2(x, y, z);
        }


        if (!perfTestOnly) {
            assertTrue("testOccuringChoice2(): Incorrect value for inout param",
                       equals(x, y.value));
            assertTrue("testOccuringChoice2(): Incorrect value for out param",
                       equals(yOriginal, z.value));
            assertTrue("testOccuringChoice2(): Incorrect return value",
                       equals(x, ret));
        }


        x = new OccuringChoice2();
        yOriginal = new OccuringChoice2();
        yOriginal.setVarString("y1");
        y = new Holder<OccuringChoice2>(yOriginal);
        z = new Holder<OccuringChoice2>();
        if (testDocLiteral) {
            ret = docClient.testOccuringChoice2(x, y, z);

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        }
        return true;
    }
    
    public void testOccuringStruct() throws Exception {
        OccuringStruct x = new OccuringStruct();
        List<Serializable> theList = x.getVarFloatAndVarIntAndVarString(); 
        theList.add(1.14f);
        theList.add(new Integer(0));
        theList.add("x1");
        theList.add(11.14f);
        theList.add(new Integer(1));
        theList.add("x2");
        x.setVarAttrib("x_attr");


        OccuringStruct yOriginal = new OccuringStruct();
        theList = yOriginal.getVarFloatAndVarIntAndVarString();
        theList.add(3.14f);
        theList.add(new Integer(42));
        theList.add("y");
        yOriginal.setVarAttrib("y_attr");


        Holder<OccuringStruct> y = new Holder<OccuringStruct>(yOriginal);
        Holder<OccuringStruct> z = new Holder<OccuringStruct>();


        OccuringStruct ret;
        if (testDocLiteral) {
            ret = docClient.testOccuringStruct(x, y, z);
        } else {
            ret = rpcClient.testOccuringStruct(x, y, z);
        }

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        return equalsFloatIntStringList(x.getVarFloatAndVarIntAndVarString(),
                                        y.getVarFloatAndVarIntAndVarString());
    }
    
    public void testOccuringStruct1() throws Exception {
        OccuringStruct1 x = new OccuringStruct1();
        List<Serializable> theList = x.getVarFloatAndVarIntAndVarString(); 
        theList.add(1.1f);
        theList.add(2);
        theList.add("xX");


        OccuringStruct1 yOriginal = new OccuringStruct1();
        theList = yOriginal.getVarFloatAndVarIntAndVarString();
        theList.add(11.11f);
        theList.add(22);
        theList.add("yY");


        Holder<OccuringStruct1> y = new Holder<OccuringStruct1>(yOriginal);
        Holder<OccuringStruct1> z = new Holder<OccuringStruct1>();


        OccuringStruct1 ret;
        if (testDocLiteral) {
            ret = docClient.testOccuringStruct1(x, y, z);
        } else {
            ret = rpcClient.testOccuringStruct1(x, y, z);
        }

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        }
        return true;
    }


    public void testOccuringStruct2() throws Exception {
        OccuringStruct2 x = new OccuringStruct2();
        x.setVarFloat(1.14f);
        List<Serializable> theList = x.getVarIntAndVarString();
        theList.add(0);
        theList.add("x1");
        theList.add(1);
        theList.add("x2");


        OccuringStruct2 yOriginal = new OccuringStruct2();
        yOriginal.setVarFloat(3.14f);
        theList = yOriginal.getVarIntAndVarString();
        theList.add(42);
        theList.add("the answer");
        theList.add(6);
        theList.add("hammer");
        theList.add(2);
        theList.add("anvil");


        Holder<OccuringStruct2> y = new Holder<OccuringStruct2>(yOriginal);
        Holder<OccuringStruct2> z = new Holder<OccuringStruct2>();


        OccuringStruct2 ret;
        if (testDocLiteral) {
            ret = docClient.testOccuringStruct2(x, y, z);
        } else {
            ret = rpcClient.testOccuringStruct2(x, y, z);
        }

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    }


    public void testRecElType() throws Exception {
        RecElType x = new RecElType();
        RecElType y = new RecElType();
        RecElNextType xn = new RecElNextType();
        RecElNextType yn = new RecElNextType();


        y.setVarInt(123);
        y.setRecElNext(yn);


        xn.getRecEl().add(y);

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        return x.getVarInt() == y.getVarInt()
            && equals(x.getRecElNext(), y.getRecElNext());
    }


    public void testRecElType() throws Exception {
        RecElType x = new RecElType();
        RecElType y = new RecElType();
        RecElNextType xn = new RecElNextType();
        RecElNextType yn = new RecElNextType();


        y.setVarInt(123);
        y.setRecElNext(yn);


        xn.getRecEl().add(y);
        x.setVarInt(456);
        x.setRecElNext(xn);


        Holder<RecElType> yh = new Holder<RecElType>(y);
        Holder<RecElType> zh = new Holder<RecElType>();
        RecElType ret;
        if (testDocLiteral) {
            ret = docClient.testRecElType(x, yh, zh);
        } else {
            ret = rpcClient.testRecElType(x, yh, zh);
        }

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