QByteArray KDSoapValue::toXml(KDSoapValue::Use use, const QString &messageNamespace) const
{
QByteArray data;
QXmlStreamWriter writer(&data);
writer.writeStartDocument();
KDSoapNamespacePrefixes namespacePrefixes;
namespacePrefixes.writeStandardNamespaces(writer);
writeElement(namespacePrefixes, writer, use, messageNamespace, false);
writer.writeEndDocument();
return data;
}
void KDSoapValue::writeElementContents(KDSoapNamespacePrefixes &namespacePrefixes, QXmlStreamWriter &writer, KDSoapValue::Use use, const QString &messageNamespace) const
{
const QVariant value = this->value();
if (isNil() && d->m_nillable) {
writer.writeAttribute(KDSoapNamespaceManager::xmlSchemaInstance2001(), QLatin1String("nil"), QLatin1String("true"));
}
if (use == EncodedUse) {
// use=encoded means writing out xsi:type attributes. http://www.eherenow.com/soapfight.htm taught me that.
QString type;
if (!this->type().isEmpty()) {
type = namespacePrefixes.resolve(this->typeNs(), this->type());
}
if (type.isEmpty() && !value.isNull()) {
type = variantToXMLType(value); // fallback
}
if (!type.isEmpty()) {
writer.writeAttribute(KDSoapNamespaceManager::xmlSchemaInstance2001(), QLatin1String("type"), type);
}
// cppcheck-suppress redundantCopyLocalConst
const KDSoapValueList list = this->childValues();
const bool isArray = !list.arrayType().isEmpty();
if (isArray) {
writer.writeAttribute(KDSoapNamespaceManager::soapEncoding(), QLatin1String("arrayType"), namespacePrefixes.resolve(list.arrayTypeNs(), list.arrayType()) + QLatin1Char('[') + QString::number(list.count()) + QLatin1Char(']'));
}
}
writeChildren(namespacePrefixes, writer, use, messageNamespace, false);
if (!value.isNull()) {
writer.writeCharacters(variantToTextValue(value, this->typeNs(), this->type()));
}
}
QByteArray KDSoapMessageWriter::messageToXml(const KDSoapMessage &message, const QString &method,
const KDSoapHeaders &headers, const QMap<QString, KDSoapMessage> &persistentHeaders) const
{
QByteArray data;
QXmlStreamWriter writer(&data);
writer.writeStartDocument();
KDSoapNamespacePrefixes namespacePrefixes;
namespacePrefixes.writeStandardNamespaces(writer, m_version, message.hasMessageAddressingProperties());
QString soapEnvelope;
QString soapEncoding;
if (m_version == KDSoapClientInterface::SOAP1_1) {
soapEnvelope = KDSoapNamespaceManager::soapEnvelope();
soapEncoding = KDSoapNamespaceManager::soapEncoding();
} else if (m_version == KDSoapClientInterface::SOAP1_2) {
soapEnvelope = KDSoapNamespaceManager::soapEnvelope200305();
soapEncoding = KDSoapNamespaceManager::soapEncoding200305();
}
writer.writeStartElement(soapEnvelope, QLatin1String("Envelope"));
// This has been removed, see http://msdn.microsoft.com/en-us/library/ms995710.aspx for details
//writer.writeAttribute(soapEnvelope, QLatin1String("encodingStyle"), soapEncoding);
QString messageNamespace = m_messageNamespace;
if (!message.namespaceUri().isEmpty() && messageNamespace != message.namespaceUri()) {
messageNamespace = message.namespaceUri();
}
if (!headers.isEmpty() || !persistentHeaders.isEmpty() || message.hasMessageAddressingProperties()) {
// This writeNamespace line adds the xmlns:n1 to <Envelope>, which looks ugly and unusual (and breaks all unittests)
// However it's the best solution in case of headers, otherwise we get n1 in the header and n2 in the body,
// and xsi:type attributes that refer to n1, which isn't defined in the body...
namespacePrefixes.writeNamespace(writer, messageNamespace, QLatin1String("n1") /*make configurable?*/);
writer.writeStartElement(soapEnvelope, QLatin1String("Header"));
Q_FOREACH (const KDSoapMessage &header, persistentHeaders) {
header.writeChildren(namespacePrefixes, writer, header.use(), messageNamespace, true);
}