Examples of org.jibx.runtime.QName

org.jibx.runtime.QName

Representation of a qualified name. This includes the JiBX serializer/deserializer methods for the representation. It assumes that the actual namespace declarations are being handled separately for marshalling

Note that this implementation treats only the namespace and local name as significant for purposes of comparing values. The prefix is held only as a convenience, and the actual prefix used when writing a value may differ from the prefix defined by the instance.
@author Dennis M. Sosnoski

        // start with validating the attributes
        m_defRef.validate(vctx);
        m_formChoice.validate(vctx);
        
        // check type of definition
        QName ref = getRef();
        if (ref == null) {
            
            // set the type definition
            if (m_type == null) {

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        }
        
        // add namespace declarations needed by formats
        for (Iterator iter = m_formats.iterator(); iter.hasNext();) {
            FormatElement format = (FormatElement)iter.next();
            QName qname = format.getQName();
            if (qname != null) {
                String uri = qname.getUri();
                if (uri != null) {
                    roothold.getReferencedNamespaces().add(uri);
                }
            }
        }

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                        alttext = "'" + check + "' " + comp.name();
                    }
                }
            }
            if (name == null && comp instanceof IReference) {
                QName ref = ((IReference)comp).getRef();
                if (ref != null) {
                    name = ref.getName();
                }
            }
            if (name != null) {
                return "'" + name + "' " + comp.name();
            }

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        getNamespaceUriIndex
            ("http://www.w3.org/2001/XMLSchema-instance", "xsi");
        
        // build the default converters in outer context, with appropriate trim
        String conv = trim ? "org.jibx.runtime.WhitespaceConversions.trim" : null;
        m_outerContext.setDefaultConversion(new QName("byte.default"),
            s_byteConversion.derive(null, null, conv, null, null));
        m_outerContext.setDefaultConversion(new QName("char.default"),
            s_charConversion.derive(null, null, conv, null, null));
        StringConversion schar = s_charConversion.derive("char",
            "org.jibx.runtime.Utility.serializeCharString", null,
            "org.jibx.runtime.Utility.parseCharString", null);
        m_outerContext.setNamedConversion(new QName("char.string"), schar);
        m_outerContext.setDefaultConversion(new QName("double.default"),
            s_doubleConversion.derive(null, null, conv, null, null));
        m_outerContext.setDefaultConversion(new QName("float.default"),
            s_floatConversion.derive(null, null, conv, null, null));
        m_outerContext.setDefaultConversion(new QName("int.default"),
            s_intConversion.derive(null, null, conv, null, null));
        m_outerContext.setDefaultConversion(new QName("long.default"),
            s_longConversion.derive(null, null, conv, null, null));
        m_outerContext.setDefaultConversion(new QName("short.default"),
            s_shortConversion.derive(null, null, conv, null, null));
        m_outerContext.setDefaultConversion(new QName("boolean.default"),
            s_booleanConversion.derive(null, null, conv, null, null));
        m_outerContext.setDefaultConversion(new QName("Date.default"),
            s_dateConversion.derive(null, null, conv, null, null));
//#!j2me{
        m_outerContext.setDefaultConversion(new QName("SqlDate.default"),
            s_sqlDateConversion.derive(null, null, conv, null, null));
        m_outerContext.setDefaultConversion(new QName("SqlTime.default"),
            s_sqlTimeConversion.derive(null, null, conv, null, null));
        m_outerContext.setDefaultConversion(new QName("Timestamp.default"),
            s_timestampConversion.derive(null, null, conv, null, null));
        m_outerContext.setDefaultConversion(new QName("LocalDate.default"),
            s_jodaLocalDateConversion.derive(null, null, conv, null, null));
        m_outerContext.setNamedConversion(new QName("DateMidnight.zoned"),
            s_jodaZonedDateMidnightConversion.derive(null, null, conv, null, null));
        m_outerContext.setDefaultConversion(new QName("DateMidnight.local"),
            s_jodaLocalUnzonedDateMidnightConversion.derive(null, null, conv, null, null));
        m_outerContext.setNamedConversion(new QName("DateMidnight.UTC"),
            s_jodaUTCDateMidnightConversion.derive(null, null, conv, null, null));
        m_outerContext.setDefaultConversion(new QName("LocalTime.local"),
            s_jodaUnzonedLocalTimeConversion.derive(null, null, conv, null, null));
        m_outerContext.setNamedConversion(new QName("LocalTime.UTC"),
            s_jodaUnzonedUTCLocalTimeConversion.derive(null, null, conv, null, null));
        m_outerContext.setNamedConversion(new QName("DateTime.zoned"),
            s_jodaZonedDateTimeConversion.derive(null, null, conv, null, null));
        m_outerContext.setNamedConversion(new QName("DateTime.UTC"),
            s_jodaUTCDateTimeConversion.derive(null, null, conv, null, null));
        m_outerContext.setDefaultConversion(new QName("DateTime.local"),
            s_jodaLocalDateTimeConversion.derive(null, null, conv, null, null));
        m_outerContext.setNamedConversion(new QName("DateTime.strict-local"),
            s_jodaStrictLocalDateTimeConversion.derive(null, null, conv, null, null));
        m_outerContext.setNamedConversion(new QName("DateTime.strict-UTC"),
            s_jodaStrictUTCDateTimeConversion.derive(null, null, conv, null, null));
        m_outerContext.setDefaultConversion(new QName("BigDecimal.java5"),
            s_java5DecimalConversion.derive(null, null, conv, null, null));
//#j2me}
        m_outerContext.setDefaultConversion(new QName("byte-array.default"),
            s_base64Conversion.derive(null, null, conv, null, null));
        m_outerContext.setDefaultConversion(new QName("Boolean.default"),
            s_wrappedBooleanConversion.derive(null, null, conv, null, null));
        m_outerContext.setDefaultConversion(new QName("QName.default"),
            s_qnameConversion.derive(null, null, conv, null, null));
        m_outerContext.setDefaultConversion(new QName("String.default"),
            s_stringConversion);
        m_outerContext.setDefaultConversion(OBJECT_DEFAULT_NAME,
            s_objectConversion.derive(null, null, conv, null, null));
        
        // add this binding to list

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        "    <union memberTypes='date dateTime tns:rating'/>\n" +
        "  </simpleType>\n" +
        "</schema>";
    
    private void checkAttributeUsage(String name, ReferenceCountMap map, int count) {
        Object key = m_nameRegister.findAttribute(new QName("urn:anything", name));
        assertEquals("Usage count error on attribute '" + name + '\'', count, map.getCount(key));
    }

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        Object key = m_nameRegister.findAttribute(new QName("urn:anything", name));
        assertEquals("Usage count error on attribute '" + name + '\'', count, map.getCount(key));
    }
    
    private void checkElementUsage(String name, ReferenceCountMap map, int count) {
        Object key = m_nameRegister.findElement(new QName("urn:anything", name));
        assertEquals("Usage count error on element '" + name + '\'', count, map.getCount(key));
    }

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        Object key = m_nameRegister.findElement(new QName("urn:anything", name));
        assertEquals("Usage count error on element '" + name + '\'', count, map.getCount(key));
    }
    
    private void checkTypeUsage(String name, ReferenceCountMap map, int count) {
        Object key = m_nameRegister.findType(new QName("urn:anything", name));
        assertEquals("Usage count error on type '" + name + '\'', count, map.getCount(key));
    }

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     *
     * @param node
     * @return <code>false</code> to block further expansion
     */
    public boolean visit(ListElement node) {
        QName type = node.getItemType();
        if (type == null) {
            buildStructure(false, node);
        } else {
            addTypeRefItem(node, node.getItemTypeDefinition());
        }

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     * @return qname
     */
    public QName getQName() {
        if (m_qname == null) {
            AnnotatedBase comp = getSchemaComponent();
            QName qname = ((INamed)comp).getQName();
            if (qname == null && comp instanceof IReference) {
                qname = ((IReference)comp).getRef();
            }
            if (comp instanceof AttributeGroupElement) {
                qname = new QName(qname.getUri(), qname.getName() + "-AttributeGroup");
            } else if (comp instanceof GroupElement) {
                qname = new QName(qname.getUri(), qname.getName() + "-Group");
            }
            m_qname = qname;
        }
        return m_qname;
    }

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     * @param type original type
     * @param vctx validation context
     * @return replacement type (may be the same as the original type; <code>null</code> if to be deleted)
     */
    private QName replaceAndReference(QName type, ValidationContext vctx) {
        QName repl = getReplacementType(type);
        if (repl != type && s_logger.isDebugEnabled()) {
            s_logger.debug("Replacing type " + type + " with type " + repl + " in component " +
                SchemaUtils.describeComponent(getComponent()));
        }
        while (repl != null) {
            CommonTypeDefinition def = vctx.findType(repl);
            if (def == null) {
                
                // try substituting the original namespace, to work with no-namespace schemas
                if (repl.getUri() == null && type.getUri() != null) {
                    repl = new QName(type.getUri(), repl.getName());
                    def = vctx.findType(repl);
                }
                if (def == null) {
                    throw new IllegalStateException("Internal error - type definition not found");
                }

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Related Classes of org.jibx.runtime.QName

org.jibx.binding.def.BindingBuilder

org.jibx.binding.def.BindingDefinition

org.jibx.binding.generator.BindGen

org.jibx.binding.generator.GeneratorTest

org.jibx.binding.model.BindingOrganizer

org.jibx.binding.model.BindingUtils

org.jibx.binding.model.FormatElement

org.jibx.binding.model.MappingElementBase

org.jibx.binding.model.StringAttributes

org.jibx.binding.model.StructureElement

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