/*
 *  Licensed to the Apache Software Foundation (ASF) under one
 *  or more contributor license agreements.  See the NOTICE file
 *  distributed with this work for additional information
 *  regarding copyright ownership.  The ASF licenses this file
 *  to you under the Apache License, Version 2.0 (the
 *  "License"); you may not use this file except in compliance
 *  with the License.  You may obtain a copy of the License at
 *
 *    http://www.apache.org/licenses/LICENSE-2.0
 *
 *  Unless required by applicable law or agreed to in writing,
 *  software distributed under the License is distributed on an
 *  "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY
 *  KIND, either express or implied.  See the License for the
 *  specific language governing permissions and limitations
 *  under the License.
 *
 */
package test.sdo21.tests.xsd;

import java.util.List;
import java.io.IOException;

import commonj.sdo.Type;
import commonj.sdo.Property;
import commonj.sdo.DataObject;

import org.junit.Test;
import static org.junit.Assert.*;

public class XSDComplexTypeTest extends XSDBaseTestCase {

  /**
   * <complexType> containing other elements.
   *
   * @throws Exception
   */
  @Test
  public void testTC128ComplexTypeWithElement() throws Exception {

    // parse the schema
    List types = define("/complexType/cT_01.xsd");

    Type type = (Type) types.get(0);
    assertFalse(type.isSequenced());
    assertFalse(type.isOpen());
    assertFalse(type.isDataType());
    assertFalse(type.isAbstract());
    assertEquals("cT_01", type.getName());

    assertPropertyExists(type, "id", "Int", false, false);
    assertPropertyExists(type, "name", "String", false, false);
  }

  /**
   * <complexType> with abstract="true".
   *
   * @throws Exception
   */
  @Test public void testTC129ComplexTypeAbstractTrue() throws Exception {

    List types = define("/complexType/cT_02.xsd");

    Type type = (Type) types.get(0);
    assertFalse(type.isSequenced());
    assertEquals("cT_02", type.getName());
    assertTrue(type.isAbstract());

    assertPropertyExists(type, "id", "Int", false, false);
    assertFalse(type.getProperty("id").isReadOnly() );
    assertPropertyExists(type, "name", "String", false, false);
    assertFalse(type.getProperty("name").isReadOnly() );
  }

  /**
   * <complexType> extending another <complexType>.
   *
   * @throws Exception
   */
  @Test public void testTC130ComplexTypeExtendingComplexType() throws Exception {

    List types = define("/complexType/cT_03.xsd");
    assertTrue(types.size() >= 2);

    // parent
    Type parentType = getType(types, "cT_03_parent");

    List properties = parentType.getDeclaredProperties();
    assertEquals(1, properties.size());

    Property p1 = (Property) properties.get(0);

    assertEquals("id", p1.getName());
    assertEquals("Int", p1.getType().getName());

    // child
    Type childType = getType(types, "cT_03_child");

    List baseTypes = childType.getBaseTypes();
    assertEquals(1, baseTypes.size());
    Type baseType = (Type) baseTypes.get(0);
    assertEquals("cT_03_parent", baseType.getName());

    properties = childType.getProperties();
    assertEquals(2, properties.size());
    assertEquals(1, childType.getDeclaredProperties().size() );

    //verify name and type of Properties
    // base properties appear first, derived properties are appended
    Property childTypeProp1 = (Property) properties.get(0);
    assertEquals("id", childTypeProp1.getName());
    assertEquals("Int", childTypeProp1.getType().getName());

    Property childTypeProp2 = (Property) properties.get(1);
    assertEquals("name", childTypeProp2.getName());
    assertEquals("String", childTypeProp2.getType().getName());
  }

  /**
   * <complexType> derived from <complexType> with block="#all" (should not affect SDO Types generated).
   *
   * @throws Exception
   */
  @Test public void testTC131ComplexTypeBlockAll() throws Exception {
    List types = define("/complexType/cT_04.xsd");
    assertTrue(types.size() >= 2);

    // parent
    Type parentType = getType(types, "cT_04_parent");

    List properties = parentType.getDeclaredProperties();
    assertEquals(1, properties.size());

    Property p1 = (Property) properties.get(0);

    assertEquals("id", p1.getName());
    assertEquals("Int", p1.getType().getName());

    // child
    Type childType = getType(types, "cT_04_child");

    List baseTypes = childType.getBaseTypes();
    assertEquals(1, baseTypes.size());
    Type baseType = (Type) baseTypes.get(0);
    assertEquals("cT_04_parent", baseType.getName());

    properties = childType.getProperties();
    assertEquals(2, properties.size());
    assertEquals(1, childType.getDeclaredProperties().size() );

    //verify name and type of Properties
    // base properties appear first, derived properties are appended
    Property childTypeProp1 = (Property) properties.get(0);
    assertEquals("id", childTypeProp1.getName());
    assertEquals("Int", childTypeProp1.getType().getName());

    Property childTypeProp2 = (Property) properties.get(1);
    assertEquals("name", childTypeProp2.getName());
    assertEquals("String", childTypeProp2.getType().getName());
  }

  /**
   * <complexType> containing <group> containing <sequence>.
   *
   * @throws Exception
   */
  @Test public void testTC132ComplexTypeGroupWithSequence() throws Exception {
    List types = define("/complexType/cT_05.xsd");

    Type type = (Type) types.get(0);
    assertEquals("cT_05", type.getName());
    assertFalse(type.isAbstract());

    assertPropertyExists(type, "id", "Int", false, false);
    assertFalse(type.getProperty("id").isReadOnly());
    assertPropertyExists(type, "name", "String", false, false);
    assertFalse(type.getProperty("name").isReadOnly());
  }

  /**
   * <element> name="cT_06" containing anonymous <complexType>.
   *
   * @throws Exception
   */
  @Test public void testTC133ComplexTypeAnonymous() throws Exception {
    List types = define("/complexType/cT_06.xsd");

    // The spec maps the name of anonymous types to the name
    // of their enclosing element. This is a broken method however,
    // as it can conflict with same named types and other same
    // named elements with anonymous types. So currently we are
    // intentially non-compliant. using unique names for
    // anonymous types

    Property property = typeHelper.getOpenContentProperty( "http://www.example.com/xsd/6/",
                                                         "cT_06" );
    Type type = property.getType();
    assertFalse(type.isAbstract());
    assertFalse(type.isSequenced());

    assertPropertyExists(type, "id", "Int", false, false);
    assertFalse(type.getProperty("id").isReadOnly());
    assertPropertyExists(type, "name", "String", false, false);
    assertFalse(type.getProperty("name").isReadOnly());
  }

  /**
   * <complexType> with name.
   *
   * @throws Exception
   */
  @Test public void testTC134ComplexTypeNamed() throws Exception {
    List types = define("/complexType/cT_07.xsd");

    Type type = (Type) types.get(0);
    assertEquals("cT_07", type.getName());
    assertFalse(type.isAbstract());
    assertFalse(type.isSequenced());

    assertPropertyExists(type, "id", "Int", false, false);
    assertFalse(type.getProperty("id").isReadOnly());
    assertPropertyExists(type, "name", "String", false, false);
    assertFalse(type.getProperty("name").isReadOnly());
  }

  /**
   * <complexType> with final="true" containing <complexContent> containing <extension> of a <complexType> with abstract="true".
   *
   * @throws Exception
   */
  @Test public void testTC136ComplexTypeExtendAbstractTrue() throws Exception {
    List types = define("/complexType/cT_09.xsd");
    assertTrue(types.size() >= 2);

    // parent
    Type parentType = typeHelper.getType("http://www.example.com/xsd/9/", "cT_09_parent");

    List properties = parentType.getDeclaredProperties();
    assertEquals(1, properties.size());

    Property p1 = (Property) properties.get(0);

    assertEquals("id", p1.getName());
    assertEquals("Int", p1.getType().getName());

    // child
    Type childType = typeHelper.getType("http://www.example.com/xsd/9/", "cT_09_child");

    List baseTypes = childType.getBaseTypes();
    assertEquals(1, baseTypes.size());
    Type baseType = (Type) baseTypes.get(0);
    assertEquals("cT_09_parent", baseType.getName());

    properties = childType.getDeclaredProperties();
    assertEquals(1, properties.size());
    assertEquals(2, childType.getProperties().size() );

    Property p2 = (Property) properties.get(0);

    assertEquals("name", p2.getName());
    assertEquals("String", p2.getType().getName());
  }

  /**
   * <complexType> containing <complexContent> containing <restriction> of a <complexType> with abstract="true".
   *
   * @throws Exception
   */
  @Test public void testTC137ComplexTypeExtendWithRestriction() throws Exception {
    List types = define("/complexType/cT_10.xsd");
    assertTrue(types.size() >= 2);

    // parent
    Type parentType = getType(types, "cT_10_parent");

    List properties = parentType.getDeclaredProperties();
    assertEquals(1, properties.size());

    Property p1 = (Property) properties.get(0);
    assertEquals("id", p1.getName());
    assertEquals("Int", p1.getType().getName());

    // child
    Type childType = getType(types, "cT_10_child");

    List baseTypes = childType.getBaseTypes();
    assertEquals(1, baseTypes.size());
    Type baseType = (Type) baseTypes.get(0);
    assertEquals("cT_10_parent", baseType.getName());

    properties = childType.getDeclaredProperties();
    assertEquals(1, properties.size());

    Property p2 = (Property) properties.get(0);
    assertEquals("name", p2.getName());
    assertEquals("String", p2.getType().getName());
  }

  /**
   * <complexType> containing <complexContent> containing <extension> of a <complexType> with abstract="true".
   *
   * @throws Exception
   */
  @Test public void testTC138ComplexTypeExtend() throws Exception {
    List types = define("/complexType/cT_11.xsd");
    assertTrue(types.size() >= 2);

    // parent
    Type parentType = getType(types, "cT_11_parent");

    List properties = parentType.getDeclaredProperties();
    assertEquals(1, properties.size());

    Property p1 = (Property) properties.get(0);

    assertEquals("id", p1.getName());
    assertEquals("Int", p1.getType().getName());

    // child
    Type childType = getType(types, "cT_11_child");

    List baseTypes = childType.getBaseTypes();
    assertEquals(1, baseTypes.size());
    Type baseType = (Type) baseTypes.get(0);
    assertEquals("cT_11_parent", baseType.getName());

    properties = childType.getDeclaredProperties();
    assertEquals(1, properties.size());

    Property p2 = (Property) properties.get(0);

    assertEquals("name", p2.getName());
    assertEquals("String", p2.getType().getName());
  }

  /**
   * <complexType> containing <simpleContent> containing <extension>.
   *
   * @throws Exception
   */
  @Test public void testTC143ComplexTypeSimpleContent() throws Exception {
    List types = define("/complexType/cT_18.xsd");

    Type type = typeHelper.getType("http://www.example.com/xsd/18/", "cT_18");

    // 10.8. Corner cases
    // ...
    // 5. In some cases it is not possible to maintain an SDO base
    //    relationship when one exists in schema. This can happen for
    //    example when complex types extend simple types
    //
    // So a complexType extending a simple type doesn't have an SDO
    // base type set

    List baseTypes = type.getBaseTypes();
    assertEquals(0, baseTypes.size());

    // however complex types with simple content get a special
    // property named "value" to represent their content
    // p100, box 3 of the latest C++ 2.1 draft
    // Complex Type extending a SimpleType
    // <complexType name=[NAME]>
    // <simpleContent>
    // <extension
    // base=[BASE]/>
    // </simpleContent>
    // </complexType>
    //
    // Type name=[NAME]
    // uri=[URI]
    // Property:
    // name="value" type=[BASE]
    // Properties are created for attribute
    // declarations.

    Property valueProperty = type.getProperty("value");
    Type valueType = valueProperty.getType();
    assertEquals("String", valueType.getName());
    assertEquals("commonj.sdo", valueType.getURI());
  }

  /**
   * <complexType> containing <simpleContent> containing <extension> containing <attribute>.
   *
   * @throws Exception
   */
  @Test public void test_cT_19() throws Exception {
    List types = define("/complexType/cT_19.xsd");

    // parent
    Type type = getType(types, "cT_19");

    // 10.8. Corner cases
    // ...
    // 5. In some cases it is not possible to maintain an SDO base
    //    relationship when one exists in schema. This can happen for
    //    example when complex types extend simple types
    //
    // So a complexType extending a simple type doesn't have an SDO
    // base type set

    List baseTypes = type.getBaseTypes();
    assertEquals(0, baseTypes.size());

    List properties = type.getDeclaredProperties();
    assertEquals(2, properties.size());

    Property p1 = type.getProperty( "lang" );
    assertEquals("String", p1.getType().getName());

    // however complex types with simple content get a special
    // property named "value" to represent their content
    // p100, box 3 of the latest C++ 2.1 draft
    // Complex Type extending a SimpleType
    // <complexType name=[NAME]>
    // <simpleContent>
    // <extension
    // base=[BASE]/>
    // </simpleContent>
    // </complexType>
    //
    // Type name=[NAME]
    // uri=[URI]
    // Property:
    // name="value" type=[BASE]
    // Properties are created for attribute
    // declarations.

    Property valueProperty = type.getProperty("value");
    Type valueType = valueProperty.getType();
    assertEquals("String", valueType.getName());
    assertEquals("commonj.sdo", valueType.getURI());
  }

  /**
   * <complexType> containing <simpleContent> containing <extension> containing <attribute>.
   *
   * @throws Exception
   */
  @Test public void test_cT_22() throws Exception {
    List types = define("/complexType/cT_22.xsd");

    Type type = getType(types, "cT_22");
    assertFalse(type.isSequenced());

    // 10.8. Corner cases
    // ...
    // 5. In some cases it is not possible to maintain an SDO base
    //    relationship when one exists in schema. This can happen for
    //    example when complex types extend simple types
    //
    // So a complexType extending a simple type doesn't have an SDO
    // base type set

    List baseTypes = type.getBaseTypes();
    assertEquals(0, baseTypes.size());

    List properties = type.getDeclaredProperties();
    assertEquals(2, properties.size());

    Property p1 = type.getProperty( "lang" );
    assertEquals("String", p1.getType().getName());

    // however complex types with simple content get a special
    // property named "value" to represent their content
    // p100, box 3 of the latest C++ 2.1 draft
    // Complex Type extending a SimpleType
    // <complexType name=[NAME]>
    // <simpleContent>
    // <extension
    // base=[BASE]/>
    // </simpleContent>
    // </complexType>
    //
    // Type name=[NAME]
    // uri=[URI]
    // Property:
    // name="value" type=[BASE]
    // Properties are created for attribute
    // declarations.

    Property valueProperty = type.getProperty("value");
    Type valueType = valueProperty.getType();
    assertEquals("String", valueType.getName());
    assertEquals("commonj.sdo", valueType.getURI());
  }

  /**
   * <complexType> containing <simpleContent> containing <extension> containing <attribute>
   * containing <simpleType> containing <restriction>.
   *
   * @throws Exception
   */
  @Test public void test_cT_23() throws Exception {
    List types = define("/complexType/cT_23.xsd");
    // two types are output the one for the complex type
    // and the simple type
    assertTrue(types.size() >= 2);
    Type type = getType(types, "cT_23");
    assertFalse(type.isSequenced());

    // 10.8. Corner cases
    // ...
    // 5. In some cases it is not possible to maintain an SDO base
    //    relationship when one exists in schema. This can happen for
    //    example when complex types extend simple types
    //
    // So a complexType extending a simple type doesn't have an SDO
    // base type set

    List baseTypes = type.getBaseTypes();
    assertEquals(0, baseTypes.size());

    List properties = type.getDeclaredProperties();
    assertEquals(2, properties.size());

    Property p1 = type.getProperty( "lang" );
    assertNotNull( p1 );

    // the actual type here for the lang attribute will be
    // the anonymous simple type, which as it's base will
    // be commonj.sdo#String
    Type langBaseType = (Type)p1.getType().getBaseTypes().get(0);
    assertEquals("String", langBaseType.getName());

    // however complex types with simple content get a special
    // property named "value" to represent their content
    // p100, box 3 of the latest C++ 2.1 draft
    // Complex Type extending a SimpleType
    // <complexType name=[NAME]>
    // <simpleContent>
    // <extension
    // base=[BASE]/>
    // </simpleContent>
    // </complexType>
    //
    // Type name=[NAME]
    // uri=[URI]
    // Property:
    // name="value" type=[BASE]
    // Properties are created for attribute
    // declarations.

    Property valueProperty = type.getProperty("value");
    Type valueType = valueProperty.getType();
    assertEquals("String", valueType.getName());
    assertEquals("commonj.sdo", valueType.getURI());
  }

  /**
   * <complexType> containing <all> containing <element> with minOccurs="1", maxOccurs="1".
   *
   * @throws Exception
   */
  @Test public void testTC300ComplexTypeContainingAllGroupWithElements() throws Exception {
    List types = define("/complexType/cT_24.xsd");
    Type type = getType(types, "cT_24");
    assertPropertyExists(type, "p1", "String", false, false);
  }

  /**
   * <complexType> containing <sequence> containing <element> with minOccurs="1", maxOccurs="1".
   *
   * @throws Exception
   */
  @Test public void test_cT_25() throws Exception {
    List types = define("/complexType/cT_25.xsd");
    Type type = getType(types, "cT_25");
    assertPropertyExists(type, "p1", "String", false, false);
  }

  /**
   * <complexType> containing <sequence> containing <element> with minOccurs="0", maxOccurs="unbounded".
   *
   * @throws Exception
   */
  @Test public void test_cT_26() throws Exception {
    List types = define("/complexType/cT_26.xsd");
    Type type = getType(types, "cT_26");
    assertPropertyExists(type, "p1", "String", false, true);
  }

  /**
   * <complexType> containing <sequence> containing <element> with minOccurs="1", maxOccurs="unbounded".
   *
   * @throws Exception
   */
  @Test public void testTC299ComplexTypeContainingUnboundedElement() throws Exception {
    List types = define("/complexType/cT_27.xsd");
    Type type = typeHelper.getType("http://www.example.com/xsd/27/", "cT_27");
    assertPropertyExists(type, "p1", "String", false, true);
  }

  /**
   * <complexType> containing an <element> for each XSD type supported by SDO.
   *
   * @throws Exception
   */
  @Test public void testTC297ComplexTypeContainingElementsOfAllTypes() throws Exception {
    List types = define("/complexType/cT_28.xsd");

    Type type = getType(types, "cT_28");
    assertFalse(type.isSequenced());
    assertEquals( 44, type.getProperties().size() );
    assertPropertyExists(type, "type_date", "YearMonthDay", false, false);
    assertPropertyExists(type, "type_dateTime", "DateTime", false, false);
    assertPropertyExists(type, "type_decimal", "Decimal", false, false);
    assertPropertyExists(type, "type_double", "Double", false, false);
    assertPropertyExists(type, "type_duration", "Duration", false, false);
    assertPropertyExists(type, "type_float", "Float", false, false);
    assertPropertyExists(type, "type_gDay", "Day", false, false);
    assertPropertyExists(type, "type_gMonth", "Month", false, false);
    assertPropertyExists(type, "type_gMonthDay", "MonthDay", false, false);
    assertPropertyExists(type, "type_gYear", "Year", false, false);
    assertPropertyExists(type, "type_gYearMonth", "YearMonth", false, false);
    assertPropertyExists(type, "type_int", "Int", false, false);
    assertPropertyExists(type, "type_integer", "Integer", false, false);
    assertPropertyExists(type, "type_long", "Long", false, false);
    assertPropertyExists(type, "type_negativeInteger", "Integer", false, false);
    assertPropertyExists(type, "type_nonNegativeInteger", "Integer", false, false);
    assertPropertyExists(type, "type_nonPositiveInteger", "Integer", false, false);
    assertPropertyExists(type, "type_positiveInteger", "Integer", false, false);
    assertPropertyExists(type, "type_short", "Short", false, false);
    assertPropertyExists(type, "type_string", "String", false, false);
    assertPropertyExists(type, "type_time", "Time", false, false);
    assertPropertyExists(type, "type_unsignedByte", "Short", false, false);
    assertPropertyExists(type, "type_unsignedInt", "Long", false, false);
    assertPropertyExists(type, "type_unsignedLong", "Integer", false, false);
    assertPropertyExists(type, "type_unsignedShort", "Int", false, false);
    assertPropertyExists(type, "type_anyType", "DataObject", true, false);
    assertPropertyExists(type, "type_anyURI", "URI", false, false);
    assertPropertyExists(type, "type_base64Binary", "Bytes", false, false);
    assertPropertyExists(type, "type_byte", "Byte", false, false);
    assertPropertyExists(type, "type_ENTITY", "String", false, false);
    assertPropertyExists(type, "type_hexBinary", "Bytes", false, false);
    assertPropertyExists(type, "type_ID", "String", false, false);
    assertPropertyExists(type, "type_IDREF", "String", false, false);
    assertPropertyExists(type, "type_language", "String", false, false);
    assertPropertyExists(type, "type_Name", "String", false, false);
    assertPropertyExists(type, "type_NCName", "String", false, false);
    assertPropertyExists(type, "type_QName", "URI", false, false);
    assertPropertyExists(type, "type_token", "String", false, false);
    assertPropertyExists(type, "type_NMTOKEN", "String", false, false);
    assertPropertyExists(type, "type_NMTOKENS", "Strings", false, false);
    assertPropertyExists(type, "type_IDREFS", "Strings", false, false);
    assertPropertyExists(type, "type_ENTITIES", "Strings", false, false);
    assertPropertyExists(type, "type_anySimpleType", "Object", false, false);
  }

  /**
   * <complexType> containing an <attribute> for each XSD type supported by SDO.
   *
   * @throws Exception
   */
  @Test public void test_cT_29() throws Exception {
    List types = define("/complexType/cT_29.xsd");

    Type type = getType(types, "cT_29");
    assertFalse(type.isSequenced());
    assertPropertyExists(type, "type_date", "YearMonthDay", false, false);
    assertPropertyExists(type, "type_dateTime", "DateTime", false, false);
    assertPropertyExists(type, "type_decimal", "Decimal", false, false);
    assertPropertyExists(type, "type_double", "Double", false, false);
    assertPropertyExists(type, "type_duration", "Duration", false, false);
    assertPropertyExists(type, "type_float", "Float", false, false);
    assertPropertyExists(type, "type_gDay", "Day", false, false);
    assertPropertyExists(type, "type_gMonth", "Month", false, false);
    assertPropertyExists(type, "type_gMonthDay", "MonthDay", false, false);
    assertPropertyExists(type, "type_gYear", "Year", false, false);
    assertPropertyExists(type, "type_gYearMonth", "YearMonth", false, false);
    assertPropertyExists(type, "type_int", "Int", false, false);
    assertPropertyExists(type, "type_integer", "Integer", false, false);
    assertPropertyExists(type, "type_long", "Long", false, false);
    assertPropertyExists(type, "type_negativeInteger", "Integer", false, false);
    assertPropertyExists(type, "type_nonNegativeInteger", "Integer", false, false);
    assertPropertyExists(type, "type_nonPositiveInteger", "Integer", false, false);
    assertPropertyExists(type, "type_positiveInteger", "Integer", false, false);
    assertPropertyExists(type, "type_short", "Short", false, false);
    assertPropertyExists(type, "type_string", "String", false, false);
    assertPropertyExists(type, "type_time", "Time", false, false);
    assertPropertyExists(type, "type_unsignedByte", "Short", false, false);
    assertPropertyExists(type, "type_unsignedInt", "Long", false, false);
    assertPropertyExists(type, "type_unsignedLong", "Integer", false, false);
    assertPropertyExists(type, "type_unsignedShort", "Int", false, false);
    assertPropertyExists(type, "type_anyURI", "URI", false, false);
    assertPropertyExists(type, "type_base64Binary", "Bytes", false, false);
    assertPropertyExists(type, "type_byte", "Byte", false, false);
    assertPropertyExists(type, "type_ENTITIES", "Strings", false, false);
    assertPropertyExists(type, "type_ENTITY", "String", false, false);
    assertPropertyExists(type, "type_hexBinary", "Bytes", false, false);
    assertPropertyExists(type, "type_ID", "String", false, false);
    assertPropertyExists(type, "type_IDREF", "String", false, false);
    assertPropertyExists(type, "type_IDREFS", "Strings", false, false);
    assertPropertyExists(type, "type_language", "String", false, false);
    assertPropertyExists(type, "type_Name", "String", false, false);
    assertPropertyExists(type, "type_NMTOKEN", "String", false, false);
    assertPropertyExists(type, "type_NMTOKENS", "Strings", false, false);
    assertPropertyExists(type, "type_QName", "URI", false, false);
    assertPropertyExists(type, "type_token", "String", false, false);
    assertPropertyExists(type, "type_NCName", "String", false, false);
    assertPropertyExists(type, "type_anySimpleType", "Object", false, false);
  }

  /**
   * <complexType> containing a <sequence> which contains a <group> reference and an <element>. The <group>
   * also contains a <sequence>.
   *
   * @throws Exception
   */
  @Test public void test_cT_30() throws Exception {
    List types = define("/complexType/cT_30.xsd");

    Type type = getType(types, "cT_30");
    assertFalse(type.isSequenced());
    assertPropertyExists(type, "p1", "String", false, false);
    assertPropertyExists(type, "p2", "String", false, false);
    assertPropertyExists(type, "p3", "Int", false, false);
  }

  /**
   * <complexContent> using <extension> to extend another <complexContent>. The derived <complexContent>
   * references a <group> which contains a <sequence>.
   *
   * @throws Exception
   */
  @Test public void test_cT_31() throws Exception {
    List types = define("/complexType/cT_31.xsd");
    assertTrue(types.size() >= 2);

    Type type = getType(types, "cT_31");
    assertFalse(type.isSequenced());
    assertPropertyExists(type, "p1", "String", false, false);
    assertPropertyExists(type, "p2", "String", false, false);
    assertPropertyExists(type, "p3", "Int", false, false);
    assertPropertyExists(type, "p4", "String", false, false);
    assertPropertyExists(type, "p5", "String", false, false);
  }

  /**
   * <complexType> with mixed="true". Must create SDO Type with sequenced="true".
   *
   * @throws Exception
   */
  @Test public void test_cT_42() throws Exception {
    List types = define("/complexType/cT_42.xsd");

    Type type = getType(types, "cT_42");
    assertTrue(type.isSequenced());
    assertPropertyExists(type, "id", "Int", false, false);
    assertPropertyExists(type, "name", "String", false, false);
  }


  /**
   * <complexType> containing <any> with maxOccurs="unbounded". Should map to SDO Type with
   * sequenced="true" and no declared properties.
   *
   * @throws Exception
   */
  @Test public void test_cT_43() throws Exception {
    List types = define("/complexType/cT_43.xsd");

    Type type = getType(types, "cT_43");
    assertTrue(type.isOpen());
    assertEquals(0, type.getProperties().size());
  }

  /**
   * <complexType> containing <any> with maxOccurs="1". Should map to SDO Type with
   * sequenced="false" and no declared properties.
   *
   * @throws Exception
   */
  @Test public void test_cT_44() throws Exception {
    List types = define("/complexType/cT_44.xsd");

    Type type = getType(types, "cT_44");
    assertTrue(type.isOpen());
    assertFalse(type.isSequenced());
    assertEquals(0, type.getProperties().size());
  }

  /**
   * <complexType> containing <anyAttribute> . Should map to SDO Type with
   * no declared properties.
   *
   * @throws Exception
   */
  @Test public void test_cT_45() throws Exception {
    List types = define("/complexType/cT_45.xsd");

    Type type = getType(types, "cT_45");
    assertTrue(type.isOpen());
    assertFalse(type.isSequenced());
    assertEquals(0, type.getProperties().size());
  }

  /**
   * <complexType> containing element with nillable="true"
   *
   * @throws Exception
   */
  @Test public void test_cT_46() throws Exception {

    List types = define("/complexType/cT_46.xsd");

    Type type = (Type) types.get(0);
    assertFalse(type.isSequenced());
    assertFalse(type.isOpen());
    assertFalse(type.isDataType());
    assertFalse(type.isAbstract());
    assertEquals("cT_46", type.getName());

    assertPropertyExists(type, "id", "Int", false, false);
    assertPropertyExists(type, "name", "String", false, false);

    assertEquals( false, type.getProperty("id").isNullable() );
    assertEquals( true, type.getProperty("name").isNullable() );
  }

  /**
   * <complexType> containing an anySimpletype element
   *
   * @throws Exception
   */
  @Test public void testTC298ComplexTypeSetAnySimpleTypeWithStringValue() throws Exception {
    List types = define("/complexType/cT_47.xsd");

    DataObject dobj = getScope().getDataFactory().create( "http://www.example.com/xsd/47/", "cT_47" );
    Property p = dobj.getProperty( "type_anySimpleType" );
    assertNotNull( p );

    assertEquals( "commonj.sdo", p.getType().getURI() );
    assertEquals( "Object", p.getType().getName() );

    dobj.set( "type_anySimpleType", "foo" );
    assertEquals( "foo", dobj.get( "type_anySimpleType") );
  }

  @Test public void test_cT_48() throws IOException {
    List types = define("/complexType/cT_48.xsd");
    assertTrue(types.size() >= 4);

    Type t1 = getType(types, "complextype1");
    Property p1 = t1.getProperty("person");
    assertNotNull(p1);

    Type t2 = getType(types, "complextype2");
    Property p2 = t2.getProperty("person");
    assertNotNull(p2);

    // although the 2.1 spec says that the name of the anonymous types should be the same as the name of the
    // enclosing element or attribute, this would result in a name clash so we need to ensure that the type
    // names are not the same
    String typeName1 = p1.getType().getName();
    String typeName2 = p2.getType().getName();
    assertFalse( typeName1.equals(typeName2) );
  }

}