9338212492

Committed 02 Jun 2024 12:22PM UTC coverage: 79.689% (+1.8%) from 77.929%

Build # 9338212492

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push

github

Committed by

pcolby

Commit Message

Skip unimplemented XML elements for now (instead of ignoring)

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4 existing lines in 1 file now uncovered.

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83.45

/src/doxml.cpp

// SPDX-FileCopyrightText: 2021-2024 Paul Colby <git@colby.id.au>
// SPDX-License-Identifier: LGPL-3.0-or-later

#include "doxml.h"

#include "variant.h"

#include <QCoreApplication>
#include <QDebug>
#include <QJsonDocument> /// \todo Remove; only for early dev / debugging.

/// Shorten the QStringLiteral macro for readability.
#define QSL(str) QStringLiteral(str)

/// Shorten QCoreApplication::translate calls for readability.
#define QTR(str) QCoreApplication::translate("doxml", str)

namespace doxlee {

namespace doxml {

static Q_LOGGING_CATEGORY(lc, "doxlee.doxml", QtInfoMsg);

QPair<QStringList,QStringList> kinds(const QDir &doxmlDir)
{
    return kinds(doxmlDir.absoluteFilePath(QSL("index.xsd")));
}

QPair<QStringList,QStringList> kinds(const QString &indexXsdPath)
{
    // Open the file for reading.
    QFile file(indexXsdPath);
    if (!file.open(QIODevice::ReadOnly|QIODevice::Text)) {
        qCWarning(lc).noquote() << QTR("Error opening file for reading: %1").arg(indexXsdPath);
        return { };
    }

    QStringList compoundKinds, memberKinds;

    // Parse the opening <schema> element.
    QXmlStreamReader xml(&file);
    if (!xml.readNextStartElement()) {
        qCWarning(lc).noquote() << QTR("Invalid XML file: %1 - %2").arg(indexXsdPath, xml.errorString());
        return { };
    }
    if (xml.name() != QSL("schema")) {
        qCWarning(lc).noquote() << QTR("File is not a Doxygen XML index schema: %1 - %2")
            .arg(indexXsdPath, xml.name().toString());
        return { };
    }

    // Parse the contained 'kind' elements.
    while ((!xml.atEnd()) && (xml.readNextStartElement())) {
        if (xml.name() == QSL("simpleType")) {
            const QString nameAttribute = xml.attributes().value(QSL("name")).toString();
            if ((nameAttribute == QSL("CompoundKind")) || (nameAttribute == QSL("MemberKind"))) {
                while ((!xml.atEnd()) && (xml.readNextStartElement())) {
                    if (xml.name() == QSL("restriction")) {
                        QStringList &kindsList = (nameAttribute == QLatin1String("CompoundKind"))
                            ? compoundKinds : memberKinds;
                        while ((!xml.atEnd()) && (xml.readNextStartElement())) {
                            if (xml.name() == QSL("enumeration")) {
                                kindsList.append(xml.attributes().value(QSL("value")).toString());
                            }
                            xml.skipCurrentElement();
                        }
                    } else xml.skipCurrentElement();
                }
            } else xml.skipCurrentElement();
        } else xml.skipCurrentElement();
    }
    qCInfo(lc).noquote() << QTR("Parsed %1 compound kind(s), and %2 member kind(s) from %3")
        .arg(compoundKinds.size()).arg(memberKinds.size()).arg(indexXsdPath);
    return { compoundKinds, memberKinds };
}

QVariantMap parseIndex(const QDir &doxmlDir, const bool extraIndexes)
{
    return parseIndex(doxmlDir.absoluteFilePath(QSL("index.xml")), extraIndexes);
}

QVariantMap parseIndex(const QString &indexXmlPath, const bool extraIndexes)
{
    // Open the file for reading.
    QFile file(indexXmlPath);
    if (!file.open(QIODevice::ReadOnly|QIODevice::Text)) {
        qCWarning(lc).noquote() << QTR("Error opening file for reading: %1").arg(indexXmlPath);
        return QVariantMap();
    }

    // Parse the opening <doxygenindex> element.
    QXmlStreamReader xml(&file);
    if (!xml.readNextStartElement()) {
        qCWarning(lc).noquote() << QTR("Invalid XML file: %1 - %2").arg(indexXmlPath, xml.errorString());
        return QVariantMap();
    }
    qCDebug(lc) << xml.name() << "version" << xml.attributes().value(QSL("version"))
             << xml.attributes().value(QSL("xml:lang")).toString();
    if (xml.name() != QSL("doxygenindex")) {
        qCWarning(lc).noquote() << QTR("File is not a Doxygen XML index: %1 - %2")
                                .arg(indexXmlPath, xml.name().toString());
        return QVariantMap();
    }
    QVariantMap indexMap;
    indexMap.insert(QSL("doxygenVersion"), xml.attributes().value(QSL("version")).toString());
    indexMap.insert(QSL("doxygenLanguage"), xml.attributes().value(QSL("xml:lang")).toString());

    // Parse the contained <compound> elements.
    QVariantList compounds;
    while ((!xml.atEnd()) && (xml.readNextStartElement())) {
        if (xml.name() == QSL("compound")) {
            QVariantMap compound;
            compound.insert(QSL("refid"), xml.attributes().value(QSL("refid")).toString());
            compound.insert(QSL("kind"), xml.attributes().value(QSL("kind")).toString());
            if ((!xml.readNextStartElement()) || (xml.name() != QSL("name"))) {
                qCWarning(lc).noquote() << QTR(" %1:%2:%3 <compound> does not begin with <name>")
                    .arg(indexXmlPath).arg(xml.lineNumber()).arg(xml.columnNumber());
                return QVariantMap();
            }
            compound.insert(QSL("name"), xml.readElementText());
            //qCDebug(lc) << __func__ << "compound" << compound;
            QVariantList members;
            while ((!xml.atEnd()) && (xml.readNextStartElement())) {
                if (xml.name() == QSL("member")) {
                    QVariantMap member;
                    member.insert(QSL("refid"), xml.attributes().value(QSL("refid")).toString());
                    member.insert(QSL("kind"), xml.attributes().value(QSL("kind")).toString());
                    if ((!xml.readNextStartElement()) || (xml.name() != QSL("name"))) {
                        qCWarning(lc).noquote() << QTR("%1:%2:%3 <member> does not begin with <name>")
                            .arg(indexXmlPath).arg(xml.lineNumber()).arg(xml.columnNumber());
                        return QVariantMap();
                    }
                    member.insert(QSL("name"), xml.readElementText());
                    //qCDebug(lc) << __func__ << "member" << member;
                    members.append(member);
                    xml.skipCurrentElement();
                } else {
                    qCWarning(lc).noquote() << QTR("Skipping unknown <%1> element at %2:%3:%4")
                        .arg(xml.name().toString(), indexXmlPath).arg(xml.lineNumber()).arg(xml.columnNumber());
                    xml.skipCurrentElement();
                }
            }
            compound.insert(QSL("members"), members);
            compounds.append(compound);
        } else {
            qCWarning(lc).noquote() << QTR("Skipping unknown <%1> element at %2:%3:%4")
                .arg(xml.name().toString(), indexXmlPath).arg(xml.lineNumber()).arg(xml.columnNumber());
            xml.skipCurrentElement();
        }
    }
    qCInfo(lc).noquote() << QTR("Parsed %1 compound(s) from %2").arg(compounds.size()).arg(indexXmlPath);
    indexMap.insert(QSL("compoundsList"), compounds);
    if (extraIndexes) {
        #if QT_VERSION >= QT_VERSION_CHECK(5, 15, 0)
        indexMap.insert(doxml::extraIndexes(compounds));
        #else
        const QVariantMap extra = doxml::extraIndexes(compounds);
        for (auto iter = extra.constBegin(); iter != extra.constEnd(); ++iter) {
            indexMap.insert(iter.key(), iter.value());
        }
        #endif
    }
    return indexMap;
}

QVariantMap extraIndexes(const QVariantList &compounds)
{
    QHash<QString,QVariantList> compoundsByKind, membersByKind;
    QVariantMap compoundsByRefId, membersByRefId;
    for (const QVariant &compound: compounds) {
        const QVariantMap compoundMap = compound.toMap();
        {
            const QString kind = compoundMap.value(QSL("kind")).toString();
            const QString refid = compoundMap.value(QSL("refid")).toString();
            compoundsByKind[kind].append(compound);
            compoundsByRefId.insert(refid, compound);
        }

        const QVariantList members = compoundMap.value(QSL("members")).toList();
        for (const QVariant &member: members) {
            const QVariantMap memberMap = member.toMap();
            const QString kind = memberMap.value(QSL("kind")).toString();
            const QString refid = memberMap.value(QSL("refid")).toString();
            membersByKind[kind].append(member);
            membersByRefId.insert(refid, member);
        }
    }
    for (QVariantList &compoundsList: compoundsByKind) sortBy(compoundsList, QSL("name"));
    for (QVariantList &membersList: membersByKind)     sortBy(membersList,   QSL("name"));
    return QVariantMap{
        { QSL("compoundsByKind" ), toVariant(compoundsByKind) },
        { QSL("compoundsByRefId"), compoundsByRefId           },
        { QSL("membersByKind"   ), toVariant(membersByKind)   },
        { QSL("membersByRefId"  ), membersByRefId             },
    };
}

QVariantMap parseCompound(const QDir &doxmlDir, const QString &refId)
{
    return parseCompound(doxmlDir.absoluteFilePath(QSL("%1.xml").arg(refId)));
}

QVariantMap parseCompound(const QString &compoundXmlPath)
{
    // Open the compound XML file.
    QFile file(compoundXmlPath);
    if (!file.open(QIODevice::ReadOnly|QIODevice::Text)) {
        qCWarning(lc).noquote() << QTR("Error opening file for reading: %1").arg(compoundXmlPath);
        return QVariantMap();
    }

    // Parse, and fetch the compoundDef element.
    QXmlStreamReader xml(&file);
    const QVariantMap compoundDef = toVariant(xml).value(QSL("doxygen")).toMap().value(QSL("compounddef")).toMap();
    if (compoundDef.isEmpty()) {
        qCWarning(lc).noquote() << QTR("Error reading compond defintion: %1").arg(compoundXmlPath);
        return QVariantMap();
    }
    qCDebug(lc).noquote() << QJsonDocument::fromVariant(compoundDef).toJson();

    // Map the compoundDef properties to our own compound map.
    QVariantMap compound{
        { QSL("name"), compoundDef.value(QSL("compoundname")).toMap().value(QSL(".Characters")) },
        /// \todo Provide stand way of fetch, and trimming, all text from each of these...
        // { QSL("brief"),       compoundDef.value(QSL("briefdescription")).toMap().value(QSL(".Characters")) },
        // { QSL("description"), compoundDef.value(QSL("fulldescription" )).toMap().value(QSL(".Characters")) },
    };

    // Copy call compoundDef attributes to top-level compound properties.
    for (const QVariant &attribute: compoundDef) {
        const auto map = attribute.toMap();
        const auto name = map.find(QSL("QualifiedName"));
        const auto value = map.find(QSL("Value"));
        if ((name != map.constEnd()) && (value != map.constEnd())) {
            compound.insert(name->toString(), *value);
        }
    }

    /// \todo More parsing here...

    qCDebug(lc).noquote() << QJsonDocument::fromVariant(compound).toJson();
    return compound;
}

} // namespace doxml

Doxml::Doxml(const QString &doxmlDir) : doxmlDir(doxmlDir)
{

}

// bool Doxml::isValid() const
// {
//     return false; /// \todo.
// }

QString Doxml::location(const QXmlStreamReader &xml) const
{
    return (currentXmlFilePath.isNull()) ? QStringLiteral("%1:%2").arg(xml.lineNumber()).arg(xml.columnNumber())
        : QStringLiteral("%1:%2:%3").arg(currentXmlFilePath).arg(xml.lineNumber()).arg(xml.columnNumber());
}

void Doxml::logError(const QXmlStreamReader &xml) const
{
    Q_ASSERT(xml.hasError());
    qCCritical(lc).noquote().nospace() << xml.errorString() << " [" << location(xml) << ']';
}

void Doxml::logWarning(const QString &message, const QXmlStreamReader &xml) const
{
    Q_ASSERT(!xml.hasError());
    qCWarning(lc).noquote().nospace() << message << " [" << location(xml) << ']';
}

void Doxml::logWarning(const Warning &warning, const QXmlStreamReader &xml) const
{
    QString message;
    switch (warning) {
    case Warning::UnexpectedElement:
        message = QTR("Ignoring unexpected element: %1").arg(xml.name());
        break;
    default:
        Q_ASSERT_X(false, "logWarning", "Unknown warning");
        message = QTR("Unknown warning");
        break;
    }
    logWarning(message, xml);
}

/*!
 * Returns an XML Numeric Character Reference as a QString.
 *
 * QChar and QString use UCS2 and UTF-16, but XML references can represent UCS4 characters. Indeed, for Doxygen XML,
 * the numeric characer references are emoji characters, which all two big for UCS2. So, the resulting Unicode character
 * cannot fit in a QChar. Instead we return a QString, with a UTF-16 encoding, so QString::size() will typically be 2,
 * even though it's constains only a single Unicode character (two 16-bit values in UTF-16 format).
 *
 * \see https://www.w3.org/TR/xml/#dt-charref
 */
QString Doxml::parseNumericCharacterReference(const QStringView &view)
{
    if (!view.startsWith(QSL("&#"))) {
        qWarning(lc) << QTR("Numeric character reference does not start with \"&#\": %1").arg(view);
        return QString();
    }
    if (!view.endsWith(QLatin1Char(';'))) {
        qWarning(lc) << QTR("Numeric character reference does not end with ';': %1").arg(view);
        return QString();
    }
    const int base = view.startsWith(QSL("&#x")) ? 16 : 10;
    const qsizetype pos = (base == 16) ? 3 : 2;
    const QStringView numberView = view.mid(pos, (view.size()-pos-1));

    bool ok;
    const char32_t codePoint=numberView.toString().toULong(&ok, base);
    if (!ok) {
        qWarning(lc) << QTR("Failed to convert numeric character reference to integer: %1").arg(numberView);
        return QString();
    }

    const QString result = QString::fromUcs4(&codePoint, 1);
    if (result.isNull()) {
        qWarning(lc) << QTR("Failed to parse Unicode codepoint: %1 (%2)").arg(codePoint).arg(view);
    }
    return result;
}


QVariantMap Doxml::parseCompound(QXmlStreamReader &xml) const
{
    if (!xml.readNextStartElement()) {
        Q_ASSERT(xml.hasError());
        return { };
    }
    if (xml.name() != QSL("doxygen")) {
        xml.raiseError(QTR("Root element is not \"doxygen\""));
        return { };
    }
    return parseCompound_DoxygenType(xml);
}

QVariantMap Doxml::parseCompound_DoxygenType(QXmlStreamReader &xml) const
{
    Q_ASSERT(xml.name() == QSL("doxygen"));

    QVariantMap map {
        { QSL("version"), xml.attributes().value(QSL("version")).toString() },
        { QSL("language"), xml.attributes().value(QSL("xml:lang")).toString() },
    };

    QVariantList compounds;
    while ((!xml.atEnd()) && (xml.readNextStartElement())) {
        if (xml.name() == QSL("compounddef")) {
            compounds.append(parseCompound_compounddefType(xml));
        } else {
            logWarning(Warning::UnexpectedElement, xml);
            xml.skipCurrentElement();
        }
    }
    qCDebug(lc).noquote() << QTR("Parsed %1 compounds(s) from %2").arg(compounds.size()).arg(currentXmlFilePath);
    map.insert(QSL("compounds"), compounds);
    return map;
}

QVariantMap Doxml::parseCompound_compounddefType(QXmlStreamReader &xml) const
{
    Q_ASSERT(xml.name() == QSL("compounddef"));

    const QXmlStreamAttributes attributes = xml.attributes();
    QVariantMap map {
        { QSL("id"), attributes.value(QSL("id")).toString() },
        { QSL("kind"), attributes.value(QSL("kind")).toString() },
        { QSL("protection"), attributes.value(QSL("prot")).toString() },
    };
    {
        const QStringView attributeValue = attributes.value(QSL("language"));
        if (!attributeValue.isNull()) {
            map.insert(QSL("language"), attributeValue.toString());
        }
    }
    for (const QString &attributeName: QStringList{ QSL("final"), QSL("inline"), QSL("sealed"), QSL("abstract") }) {
        const QStringView attributeValue = attributes.value(attributeName);
        if (!attributeValue.isNull()) {
            map.insert(attributeName, attributeValue == QSL("yes"));
        }
    }

    QVariantList basecompoundref, derivedcompoundref, includes, includedby, innermodule, innerdir, innerfile,
        innerclass, innerconcept, innernamespace, innerpage, innergroup, qualifier, sectiondef;
    while ((!xml.atEnd()) && (xml.readNextStartElement())) {
        if (xml.name() == QSL("compoundname")) {
            map.insert(QSL("compoundname"), xml.readElementText());
        }

        else if (xml.name() == QSL("title")) {
            map.insert(QSL("title"), xml.readElementText());
        }

        else if (xml.name() == QSL("basecompoundref")) {
            basecompoundref.append(parseCompound_compoundRefType(xml));
        }

        else if (xml.name() == QSL("derivedcompoundref")) {
            derivedcompoundref.append(parseCompound_compoundRefType(xml));
        }

        else if (xml.name() == QSL("includes")) {
            includes.append(parseCompound_incType(xml));
        }

        else if (xml.name() == QSL("includedby")) {
            includedby.append(parseCompound_incType(xml));
        }

        else if (xml.name() == QSL("incdepgraph")) {
            map.insert(QSL("incdepgraph"), parseCompound_graphType(xml));
        }

        else if (xml.name() == QSL("invincdepgraph")) {
            map.insert(QSL("invincdepgraph"), parseCompound_graphType(xml));
        }

        else if (xml.name() == QSL("innermodule")) {
            innermodule.append(parseCompound_refType(xml));
        }

        else if (xml.name() == QSL("innerdir")) {
            innerdir.append(parseCompound_refType(xml));
        }

        else if (xml.name() == QSL("innerfile")) {
            innerfile.append(parseCompound_refType(xml));
        }

        else if (xml.name() == QSL("innerclass")) {
            innerclass.append(parseCompound_refType(xml));
        }

        else if (xml.name() == QSL("innerconcept")) {
            innerconcept.append(parseCompound_refType(xml));
        }

        else if (xml.name() == QSL("innernamespace")) {
            innernamespace.append(parseCompound_refType(xml));
        }

        else if (xml.name() == QSL("innerpage")) {
            innerpage.append(parseCompound_refType(xml));
        }

        else if (xml.name() == QSL("innergroup")) {
            innergroup.append(parseCompound_refType(xml));
        }

        else if (xml.name() == QSL("qualifier")) {
            map.insert(QSL("qualifier"), xml.readElementText());
        }

        else if (xml.name() == QSL("templateparamlist")) {
            map.insert(QSL("templateparamlist"), parseCompound_templateparamlistType(xml));
        }

        else if (xml.name() == QSL("sectiondef")) {
            sectiondef.append(parseCompound_sectiondefType(xml));
        }

        else if (xml.name() == QSL("tableofcontents")) {
            map.insert(QSL("tableofcontents"), parseCompound_tableofcontentsType(xml));
        }

        else if (xml.name() == QSL("requiresclause")) {
            map.insert(QSL("requiresclause"), parseCompound_linkedTextType(xml));
        }

        else if (xml.name() == QSL("initializer")) {
            map.insert(QSL("initializer"), parseCompound_linkedTextType(xml));
        }

        else if (xml.name() == QSL("briefdescription")) {
            map.insert(QSL("briefdescription"), parseCompound_descriptionType(xml));
        }

        else if (xml.name() == QSL("detaileddescription")) {
            map.insert(QSL("detaileddescription"), parseCompound_descriptionType(xml));
        }

        else if (xml.name() == QSL("exports")) {
            map.insert(QSL("exports"), parseCompound_exportsType(xml));
        }

        else if (xml.name() == QSL("inheritancegraph")) {
            map.insert(QSL("inheritancegraph"), parseCompound_graphType(xml));
        }

        else if (xml.name() == QSL("collaborationgraph")) {
            map.insert(QSL("collaborationgraph"), parseCompound_graphType(xml));
        }

        else if (xml.name() == QSL("programlisting")) {
            map.insert(QSL("programlisting"), parseCompound_listingType(xml));
        }

        else if (xml.name() == QSL("location")) {
            map.insert(QSL("location"), parseCompound_locationType(xml));
        }

        else if (xml.name() == QSL("listofallmembers")) {
            map.insert(QSL("listofallmembers"), parseCompound_listofallmembersType(xml));
        }

        else {
            logWarning(Warning::UnexpectedElement, xml);
            xml.skipCurrentElement();
        }
    }

    #define DOXLEE_INSERT_IF_NOT_EMPTY(name) if (!name.isEmpty()) { map.insert(QSL(#name), name); }
    DOXLEE_INSERT_IF_NOT_EMPTY(basecompoundref)
    DOXLEE_INSERT_IF_NOT_EMPTY(derivedcompoundref)
    DOXLEE_INSERT_IF_NOT_EMPTY(includes)
    DOXLEE_INSERT_IF_NOT_EMPTY(includedby)
    DOXLEE_INSERT_IF_NOT_EMPTY(innermodule)
    DOXLEE_INSERT_IF_NOT_EMPTY(innerdir)
    DOXLEE_INSERT_IF_NOT_EMPTY(innerfile)
    DOXLEE_INSERT_IF_NOT_EMPTY(innerclass)
    DOXLEE_INSERT_IF_NOT_EMPTY(innerconcept)
    DOXLEE_INSERT_IF_NOT_EMPTY(innernamespace)
    DOXLEE_INSERT_IF_NOT_EMPTY(innerpage)
    DOXLEE_INSERT_IF_NOT_EMPTY(innergroup)
    DOXLEE_INSERT_IF_NOT_EMPTY(qualifier)
    DOXLEE_INSERT_IF_NOT_EMPTY(sectiondef)
    #undef DOXLEE_INSERT_IF_NOT_EMPTY
    return map;
}

QVariantMap Doxml::parseCompound_listofallmembersType(QXmlStreamReader &xml) const
{
    /// \todo Implement Doxml::parseCompound_listofallmembersType().
    xml.skipCurrentElement();
    return {};
}

QVariantMap Doxml::parseCompound_memberRefType(QXmlStreamReader &xml) const
{
    /// \todo Implement Doxml::parseCompound_memberRefType().
    xml.skipCurrentElement();
    return {};
}

QVariantMap Doxml::parseCompound_docHtmlOnlyType(QXmlStreamReader &xml) const
{
    /// \todo Implement Doxml::parseCompound_docHtmlOnlyType().
    xml.skipCurrentElement();
    return {};
}

QVariantMap Doxml::parseCompound_compoundRefType(QXmlStreamReader &xml) const
{
    /// \todo Implement Doxml::parseCompound_compoundRefType().
    xml.skipCurrentElement();
    return {};
}

QVariantMap Doxml::parseCompound_reimplementType(QXmlStreamReader &xml) const
{
    /// \todo Implement Doxml::parseCompound_reimplementType().
    xml.skipCurrentElement();
    return {};
}

QVariantMap Doxml::parseCompound_incType(QXmlStreamReader &xml) const
{
    /// \todo Implement Doxml::parseCompound_incType().
    xml.skipCurrentElement();
    return {};
}

QVariantMap Doxml::parseCompound_exportsType(QXmlStreamReader &xml) const
{
    /// \todo Implement Doxml::parseCompound_exportsType().
    xml.skipCurrentElement();
    return {};
}

QVariantMap Doxml::parseCompound_exportType(QXmlStreamReader &xml) const
{
    /// \todo Implement Doxml::parseCompound_exportType().
    xml.skipCurrentElement();
    return {};
}

QVariantMap Doxml::parseCompound_refType(QXmlStreamReader &xml) const
{
    /// \todo Implement Doxml::parseCompound_refType().
    xml.skipCurrentElement();
    return {};
}

QVariantMap Doxml::parseCompound_refTextType(QXmlStreamReader &xml) const
{
    /// \todo Implement Doxml::parseCompound_refTextType().
    xml.skipCurrentElement();
    return {};
}

QVariantMap Doxml::parseCompound_MemberType(QXmlStreamReader &xml) const
{
    /// \todo Implement Doxml::parseCompound_MemberType().
    xml.skipCurrentElement();
    return {};
}

QVariantMap Doxml::parseCompound_sectiondefType(QXmlStreamReader &xml) const
{
    /// \todo Implement Doxml::parseCompound_sectiondefType().
    xml.skipCurrentElement();
    return {};
}

QVariantMap Doxml::parseCompound_memberdefType(QXmlStreamReader &xml) const
{
    Q_ASSERT(xml.name() == QSL("memberdef"));

    const QXmlStreamAttributes attributes = xml.attributes();
    QVariantMap map {
        { QSL("kind"), attributes.value(QSL("kind")).toString() },
        { QSL("id"), attributes.value(QSL("id")).toString() },
        { QSL("protection"), attributes.value(QSL("prot")).toString() },
        { QSL("static"), attributes.value(QSL("prot")) == QSL("yes") },
    };
    for (const QString &attributeName: QStringList{ QSL("refqual"), QSL("virt"), QSL("accessor") }) {
        const QStringView attributeValue = attributes.value(attributeName);
        if (!attributeValue.isNull()) {
            map.insert(attributeName, attributeValue.toString());
        }
    }
    for (const QString &attributeName: QStringList{
        QSL("extern"), QSL("strong"), QSL("const"), QSL("explicit"), QSL("inline"), QSL("volatile"), QSL("mutable"),
        QSL("noexcept"), QSL("constexpr"), QSL("readable"), QSL("writable"), QSL("initonly"), QSL("settable"),
        QSL("privatesettable"), QSL("protectedsettable"), QSL("gettable"), QSL("privategettable"),
        QSL("protectedgettable"), QSL("final"), QSL("sealed"), QSL("new"), QSL("add"), QSL("remove"), QSL("raise"),
        QSL("optional"), QSL("required"), QSL("attribute"), QSL("property"), QSL("readonly"), QSL("bound"),
        QSL("removable"), QSL("constrained"), QSL("transient"), QSL("maybevoid"), QSL("maybedefault"),
        QSL("maybeambiguous"),
    }) {
        const QStringView attributeValue = attributes.value(attributeName);
        if (!attributeValue.isNull()) {
            map.insert(attributeName, attributeValue == QSL("yes"));
        }
    }

    QVariantList reimplements, reimplementedby, qualifier, param, enumvalue, references, referencedby;
    while ((!xml.atEnd()) && (xml.readNextStartElement())) {
        if (xml.name() == QSL("templateparamlist")) {
            map.insert(QSL("templateparamlist"), parseCompound_templateparamlistType(xml));
        }

        else if (xml.name() == QSL("type")) {
            map.insert(QSL("type"), parseCompound_linkedTextType(xml));
        }

        else if (xml.name() == QSL("definition")) {
            map.insert(QSL("definition"), xml.readElementText());
        }

        else if (xml.name() == QSL("argsstring")) {
            map.insert(QSL("argsstring"), xml.readElementText());
        }

        else if (xml.name() == QSL("name")) {
            map.insert(QSL("name"), xml.readElementText());
        }

        else if (xml.name() == QSL("qualifiedname")) {
            map.insert(QSL("qualifiedname"), xml.readElementText());
        }

        else if (xml.name() == QSL("read")) {
            map.insert(QSL("read"), xml.readElementText());
        }

        else if (xml.name() == QSL("write")) {
            map.insert(QSL("write"), xml.readElementText());
        }

        else if (xml.name() == QSL("bitfield")) {
            map.insert(QSL("bitfield"), xml.readElementText());
        }

        else if (xml.name() == QSL("reimplements")) {
            reimplements.append(parseCompound_reimplementType(xml));
        }

        else if (xml.name() == QSL("reimplementedby")) {
            reimplementedby.append(parseCompound_reimplementType(xml));
        }

        else if (xml.name() == QSL("qualifier")) {
            map.insert(QSL("qualifier"), xml.readElementText());
        }

        else if (xml.name() == QSL("param")) {
            param.append(parseCompound_paramType(xml));
        }

        else if (xml.name() == QSL("enumvalue")) {
            enumvalue.append(parseCompound_enumvalueType(xml));
        }

        else if (xml.name() == QSL("requiresclause")) {
            map.insert(QSL("requiresclause"), parseCompound_linkedTextType(xml));

        }

        else if (xml.name() == QSL("initializer")) {
            map.insert(QSL("initializer"), parseCompound_linkedTextType(xml));
        }

        else if (xml.name() == QSL("exceptions")) {
           map.insert(QSL("exceptions"), parseCompound_linkedTextType(xml));
        }

        else if (xml.name() == QSL("briefdescription")) {
          map.insert(QSL("briefdescription"), parseCompound_descriptionType(xml));
        }

        else if (xml.name() == QSL("detaileddescription")) {
          map.insert(QSL("detaileddescription"), parseCompound_descriptionType(xml));
        }

        else if (xml.name() == QSL("inbodydescription")) {
          map.insert(QSL("inbodydescription"), parseCompound_descriptionType(xml));
        }

        else if (xml.name() == QSL("location")) {
          map.insert(QSL("location"), parseCompound_locationType(xml));
        }

        else if (xml.name() == QSL("references")) {
            references.append(parseCompound_referenceType(xml));
        }

        else if (xml.name() == QSL("referencedby")) {
            referencedby.append(parseCompound_referenceType(xml));
        }

        else {
            logWarning(Warning::UnexpectedElement, xml);
            xml.skipCurrentElement();
        }
    }

    #define DOXLEE_INSERT_IF_NOT_EMPTY(name) if (!name.isEmpty()) { map.insert(QSL(#name), name); }
    DOXLEE_INSERT_IF_NOT_EMPTY(reimplements)
    DOXLEE_INSERT_IF_NOT_EMPTY(reimplementedby)
    DOXLEE_INSERT_IF_NOT_EMPTY(qualifier)
    DOXLEE_INSERT_IF_NOT_EMPTY(param)
    DOXLEE_INSERT_IF_NOT_EMPTY(enumvalue)
    DOXLEE_INSERT_IF_NOT_EMPTY(references)
    DOXLEE_INSERT_IF_NOT_EMPTY(referencedby)
    #undef DOXLEE_INSERT_IF_NOT_EMPTY
    return map;
}

QVariantMap Doxml::parseCompound_descriptionType(QXmlStreamReader &xml) const
{
    /// \todo Implement Doxml::parseCompound_descriptionType().
    xml.skipCurrentElement();
    return {};
}

QVariantMap Doxml::parseCompound_enumvalueType(QXmlStreamReader &xml) const
{
    /// \todo Implement Doxml::parseCompound_enumvalueType().
    xml.skipCurrentElement();
    return {};
}

QVariantMap Doxml::parseCompound_templateparamlistType(QXmlStreamReader &xml) const
{
    /// \todo Implement Doxml::parseCompound_templateparamlistType().
    xml.skipCurrentElement();
    return {};
}

QVariantMap Doxml::parseCompound_paramType(QXmlStreamReader &xml) const
{
    /// \todo Implement Doxml::parseCompound_paramType().
    xml.skipCurrentElement();
    return {};
}

QVariantMap Doxml::parseCompound_linkedTextType(QXmlStreamReader &xml) const
{
    /// \todo Implement Doxml::parseCompound_linkedTextType().
    xml.skipCurrentElement();
    return {};
}

QVariantMap Doxml::parseCompound_graphType(QXmlStreamReader &xml) const
{
    /// \todo Implement Doxml::parseCompound_graphType().
    xml.skipCurrentElement();
    return {};
}

QVariantMap Doxml::parseCompound_nodeType(QXmlStreamReader &xml) const
{
    /// \todo Implement Doxml::parseCompound_nodeType().
    xml.skipCurrentElement();
    return {};
}

QVariantMap Doxml::parseCompound_childnodeType(QXmlStreamReader &xml) const
{
    /// \todo Implement Doxml::parseCompound_childnodeType().
    xml.skipCurrentElement();
    return {};
}

QVariantMap Doxml::parseCompound_linkType(QXmlStreamReader &xml) const
{
    /// \todo Implement Doxml::parseCompound_linkType().
    xml.skipCurrentElement();
    return {};
}

QVariantMap Doxml::parseCompound_listingType(QXmlStreamReader &xml) const
{
    /// \todo Implement Doxml::parseCompound_listingType().
    xml.skipCurrentElement();
    return {};
}

QVariantMap Doxml::parseCompound_codelineType(QXmlStreamReader &xml) const
{
    /// \todo Implement Doxml::parseCompound_codelineType().
    xml.skipCurrentElement();
    return {};
}

QVariantMap Doxml::parseCompound_highlightType(QXmlStreamReader &xml) const
{
    /// \todo Implement Doxml::parseCompound_highlightType().
    xml.skipCurrentElement();
    return {};
}

QVariantMap Doxml::parseCompound_spType(QXmlStreamReader &xml) const
{
    /// \todo Implement Doxml::parseCompound_spType().
    xml.skipCurrentElement();
    return {};
}

QVariantMap Doxml::parseCompound_referenceType(QXmlStreamReader &xml) const
{
    /// \todo Implement Doxml::parseCompound_referenceType().
    xml.skipCurrentElement();
    return {};
}

QVariantMap Doxml::parseCompound_locationType(QXmlStreamReader &xml) const
{
    /// \todo Implement Doxml::parseCompound_locationType().
    xml.skipCurrentElement();
    return {};
}

QVariantMap Doxml::parseCompound_docSect1Type(QXmlStreamReader &xml) const
{
    /// \todo Implement Doxml::parseCompound_docSect1Type().
    xml.skipCurrentElement();
    return {};
}

QVariantMap Doxml::parseCompound_docSect2Type(QXmlStreamReader &xml) const
{
    /// \todo Implement Doxml::parseCompound_docSect2Type().
    xml.skipCurrentElement();
    return {};
}

QVariantMap Doxml::parseCompound_docSect3Type(QXmlStreamReader &xml) const
{
    /// \todo Implement Doxml::parseCompound_docSect3Type().
    xml.skipCurrentElement();
    return {};
}

QVariantMap Doxml::parseCompound_docSect4Type(QXmlStreamReader &xml) const
{
    /// \todo Implement Doxml::parseCompound_docSect4Type().
    xml.skipCurrentElement();
    return {};
}

QVariantMap Doxml::parseCompound_docInternalType(QXmlStreamReader &xml) const
{
    /// \todo Implement Doxml::parseCompound_docInternalType().
    xml.skipCurrentElement();
    return {};
}

QVariantMap Doxml::parseCompound_docInternalS1Type(QXmlStreamReader &xml) const
{
    /// \todo Implement Doxml::parseCompound_docInternalS1Type().
    xml.skipCurrentElement();
    return {};
}

QVariantMap Doxml::parseCompound_docInternalS2Type(QXmlStreamReader &xml) const
{
    /// \todo Implement Doxml::parseCompound_docInternalS2Type().
    xml.skipCurrentElement();
    return {};
}

QVariantMap Doxml::parseCompound_docInternalS3Type(QXmlStreamReader &xml) const
{
    /// \todo Implement Doxml::parseCompound_docInternalS3Type().
    xml.skipCurrentElement();
    return {};
}

QVariantMap Doxml::parseCompound_docInternalS4Type(QXmlStreamReader &xml) const
{
    /// \todo Implement Doxml::parseCompound_docInternalS4Type().
    xml.skipCurrentElement();
    return {};
}

QVariantMap Doxml::parseCompound_docTitleType(QXmlStreamReader &xml) const
{
    /// \todo Implement Doxml::parseCompound_docTitleType().
    xml.skipCurrentElement();
    return {};
}

QVariantMap Doxml::parseCompound_docSummaryType(QXmlStreamReader &xml) const
{
    /// \todo Implement Doxml::parseCompound_docSummaryType().
    xml.skipCurrentElement();
    return {};
}

QVariantMap Doxml::parseCompound_docParaType(QXmlStreamReader &xml) const
{
    /// \todo Implement Doxml::parseCompound_docParaType().
    xml.skipCurrentElement();
    return {};
}

QVariantMap Doxml::parseCompound_docMarkupType(QXmlStreamReader &xml) const
{
    /// \todo Implement Doxml::parseCompound_docMarkupType().
    xml.skipCurrentElement();
    return {};
}

QVariantMap Doxml::parseCompound_docURLLink(QXmlStreamReader &xml) const
{
    /// \todo Implement Doxml::parseCompound_docURLLink().
    xml.skipCurrentElement();
    return {};
}

QVariantMap Doxml::parseCompound_docAnchorType(QXmlStreamReader &xml) const
{
    /// \todo Implement Doxml::parseCompound_docAnchorType().
    xml.skipCurrentElement();
    return {};
}

QVariantMap Doxml::parseCompound_docFormulaType(QXmlStreamReader &xml) const
{
    /// \todo Implement Doxml::parseCompound_docFormulaType().
    xml.skipCurrentElement();
    return {};
}

QVariantMap Doxml::parseCompound_docIndexEntryType(QXmlStreamReader &xml) const
{
    /// \todo Implement Doxml::parseCompound_docIndexEntryType().
    xml.skipCurrentElement();
    return {};
}

QVariantMap Doxml::parseCompound_docListType(QXmlStreamReader &xml) const
{
    /// \todo Implement Doxml::parseCompound_docListType().
    xml.skipCurrentElement();
    return {};
}

QVariantMap Doxml::parseCompound_docListItemType(QXmlStreamReader &xml) const
{
    /// \todo Implement Doxml::parseCompound_docListItemType().
    xml.skipCurrentElement();
    return {};
}

QVariantMap Doxml::parseCompound_docSimpleSectType(QXmlStreamReader &xml) const
{
    /// \todo Implement Doxml::parseCompound_docSimpleSectType().
    xml.skipCurrentElement();
    return {};
}

QVariantMap Doxml::parseCompound_docVarListEntryType(QXmlStreamReader &xml) const
{
    /// \todo Implement Doxml::parseCompound_docVarListEntryType().
    xml.skipCurrentElement();
    return {};
}

QVariantMap Doxml::parseCompound_docVariableListType(QXmlStreamReader &xml) const
{
    /// \todo Implement Doxml::parseCompound_docVariableListType().
    xml.skipCurrentElement();
    return {};
}

QVariantMap Doxml::parseCompound_docRefTextType(QXmlStreamReader &xml) const
{
    /// \todo Implement Doxml::parseCompound_docRefTextType().
    xml.skipCurrentElement();
    return {};
}

QVariantMap Doxml::parseCompound_docTableType(QXmlStreamReader &xml) const
{
    /// \todo Implement Doxml::parseCompound_docTableType().
    xml.skipCurrentElement();
    return {};
}

QVariantMap Doxml::parseCompound_docRowType(QXmlStreamReader &xml) const
{
    /// \todo Implement Doxml::parseCompound_docRowType().
    xml.skipCurrentElement();
    return {};
}

QVariantMap Doxml::parseCompound_docEntryType(QXmlStreamReader &xml) const
{
    /// \todo Implement Doxml::parseCompound_docEntryType().
    xml.skipCurrentElement();
    return {};
}

QVariantMap Doxml::parseCompound_docCaptionType(QXmlStreamReader &xml) const
{
    /// \todo Implement Doxml::parseCompound_docCaptionType().
    xml.skipCurrentElement();
    return {};
}

QVariantMap Doxml::parseCompound_docHeadingType(QXmlStreamReader &xml) const
{
    /// \todo Implement Doxml::parseCompound_docHeadingType().
    xml.skipCurrentElement();
    return {};
}

QVariantMap Doxml::parseCompound_docImageType(QXmlStreamReader &xml) const
{
    /// \todo Implement Doxml::parseCompound_docImageType().
    xml.skipCurrentElement();
    return {};
}

QVariantMap Doxml::parseCompound_docDotMscType(QXmlStreamReader &xml) const
{
    /// \todo Implement Doxml::parseCompound_docDotMscType().
    xml.skipCurrentElement();
    return {};
}

QVariantMap Doxml::parseCompound_docImageFileType(QXmlStreamReader &xml) const
{
    /// \todo Implement Doxml::parseCompound_docImageFileType().
    xml.skipCurrentElement();
    return {};
}

QVariantMap Doxml::parseCompound_docPlantumlType(QXmlStreamReader &xml) const
{
    /// \todo Implement Doxml::parseCompound_docPlantumlType().
    xml.skipCurrentElement();
    return {};
}

QVariantMap Doxml::parseCompound_docTocItemType(QXmlStreamReader &xml) const
{
    /// \todo Implement Doxml::parseCompound_docTocItemType().
    xml.skipCurrentElement();
    return {};
}

QVariantMap Doxml::parseCompound_docTocListType(QXmlStreamReader &xml) const
{
    /// \todo Implement Doxml::parseCompound_docTocListType().
    xml.skipCurrentElement();
    return {};
}

QVariantMap Doxml::parseCompound_docLanguageType(QXmlStreamReader &xml) const
{
    /// \todo Implement Doxml::parseCompound_docLanguageType().
    xml.skipCurrentElement();
    return {};
}

QVariantMap Doxml::parseCompound_docParamListType(QXmlStreamReader &xml) const
{
    /// \todo Implement Doxml::parseCompound_docParamListType().
    xml.skipCurrentElement();
    return {};
}

QVariantMap Doxml::parseCompound_docParamListItem(QXmlStreamReader &xml) const
{
    /// \todo Implement Doxml::parseCompound_docParamListItem().
    xml.skipCurrentElement();
    return {};
}

QVariantMap Doxml::parseCompound_docParamNameList(QXmlStreamReader &xml) const
{
    /// \todo Implement Doxml::parseCompound_docParamNameList().
    xml.skipCurrentElement();
    return {};
}

QVariantMap Doxml::parseCompound_docParamType(QXmlStreamReader &xml) const
{
    /// \todo Implement Doxml::parseCompound_docParamType().
    xml.skipCurrentElement();
    return {};
}

QVariantMap Doxml::parseCompound_docParamName(QXmlStreamReader &xml) const
{
    /// \todo Implement Doxml::parseCompound_docParamName().
    xml.skipCurrentElement();
    return {};
}

QVariantMap Doxml::parseCompound_docXRefSectType(QXmlStreamReader &xml) const
{
    /// \todo Implement Doxml::parseCompound_docXRefSectType().
    xml.skipCurrentElement();
    return {};
}

QVariantMap Doxml::parseCompound_docCopyType(QXmlStreamReader &xml) const
{
    /// \todo Implement Doxml::parseCompound_docCopyType().
    xml.skipCurrentElement();
    return {};
}

QVariantMap Doxml::parseCompound_docDetailsType(QXmlStreamReader &xml) const
{
    /// \todo Implement Doxml::parseCompound_docDetailsType().
    xml.skipCurrentElement();
    return {};
}

QVariantMap Doxml::parseCompound_docBlockQuoteType(QXmlStreamReader &xml) const
{
    /// \todo Implement Doxml::parseCompound_docBlockQuoteType().
    xml.skipCurrentElement();
    return {};
}

QVariantMap Doxml::parseCompound_docParBlockType(QXmlStreamReader &xml) const
{
    /// \todo Implement Doxml::parseCompound_docParBlockType().
    xml.skipCurrentElement();
    return {};
}

QVariantMap Doxml::parseCompound_docEmptyType(QXmlStreamReader &xml) const
{
    /// \todo Implement Doxml::parseCompound_docEmptyType().
    xml.skipCurrentElement();
    return {};
}

QVariantList Doxml::parseCompound_tableofcontentsType(QXmlStreamReader &xml) const
{
    Q_ASSERT(xml.name() == QSL("tableofcontents"));
    QVariantList sections;
    while ((!xml.atEnd()) && (xml.readNextStartElement())) {
        if (xml.name() == QSL("tocsect")) {
            sections.append(parseCompound_tableofcontentsKindType(xml));
        } else {
            logWarning(Warning::UnexpectedElement, xml);
            xml.skipCurrentElement();
        }
    }
    return sections;
}

QVariantMap Doxml::parseCompound_tableofcontentsKindType(QXmlStreamReader &xml) const
{
    Q_ASSERT(xml.name() == QSL("tocsect"));

    if ((!xml.readNextStartElement()) || (xml.name() != QSL("name"))) {
        xml.raiseError(QTR("<tocsect> does not begin with <name>"));
        return { };
    }
    QVariantMap map { { QSL("name"), xml.readElementText() } };

    if ((!xml.readNextStartElement()) || (xml.name() != QSL("reference"))) {
        xml.raiseError(QTR("<tocsect> does not contain <reference>"));
        return { };
    }
    map.insert(QSL("reference"), xml.readElementText());

    QVariantList tableofcontentsList; // A list of lists. Not sure why Doxygen models it that way.
    while ((!xml.atEnd()) && (xml.readNextStartElement())) {
        if (xml.name() == QSL("tableofcontents")) {
            tableofcontentsList.append(parseCompound_tableofcontentsType(xml));
        } else {
            logWarning(Warning::UnexpectedElement, xml);
            xml.skipCurrentElement();
        }
    }
    if (!tableofcontentsList.isEmpty()) {
        map.insert(QSL("tableofcontents"), tableofcontentsList);
    }
    return map;
}

QVariantMap Doxml::parseCompound_docEmojiType(QXmlStreamReader &xml) const
{
    const auto unicode = xml.attributes().value(QSL("unicode"));
    const auto value = parseNumericCharacterReference(unicode);
    if (value.isNull()) {
        logWarning(QTR("Invalid numeric character reference: %1").arg(unicode), xml);
    }
    return {
        { QSL("name"), xml.attributes().value(QSL("name")).toString() },
        { QSL("unicode"), unicode.toString() },
        { QSL("value"), value },
    };
}

QVariantMap Doxml::parseDoxyfile(QXmlStreamReader &xml) const
{
    if (!xml.readNextStartElement()) {
        Q_ASSERT(xml.hasError());
        return { };
    }
    if (xml.name() != QSL("doxyfile")) {
        xml.raiseError(QTR("Root element is not \"doxyfile\""));
        return { };
    }
    return parseDoxyfile_DoxygenFileType(xml);
}

QVariantMap Doxml::parseDoxyfile_DoxygenFileType(QXmlStreamReader &xml) const
{
    Q_ASSERT(xml.name() == QSL("doxyfile"));

    QVariantMap map;
    map.insert(QSL("version"), xml.attributes().value(QSL("version")).toString());
    map.insert(QSL("language"), xml.attributes().value(QSL("xml:lang")).toString());

    QVariantMap options;
    while ((!xml.atEnd()) && (xml.readNextStartElement())) {
        if (xml.name() == QSL("option")) {
            options.insert(parseDoxyfile_OptionType(xml));
        } else {
            logWarning(Warning::UnexpectedElement, xml);
            xml.skipCurrentElement();
        }
    }
    qCDebug(lc).noquote() << QTR("Parsed %1 options(s) from %2").arg(options.size()).arg(currentXmlFilePath);
    map.insert(QSL("options"), options);
    return map;
}

QVariantMap Doxml::parseDoxyfile_OptionType(QXmlStreamReader &xml) const
{
    Q_ASSERT(xml.name() == QSL("option"));
    const auto attributes = xml.attributes();
    const auto id = attributes.value(QSL("id"));
    const auto type = attributes.value(QSL("type"));
    if (type == QSL("int")) {
        return { { id.toString(), xml.readElementText(QXmlStreamReader::IncludeChildElements).toInt() } };
    } else if (type == QSL("bool")) {
        return { { id.toString(), xml.readElementText(QXmlStreamReader::IncludeChildElements) == QSL("YES") } };
    } else if (type == QSL("string")) {
        return { { id.toString(), xml.readElementText(QXmlStreamReader::IncludeChildElements) } };
    } else if (type == QSL("stringlist")) {
        QStringList values;
        while ((!xml.atEnd()) && (xml.readNextStartElement())) {
            if (xml.name() == QSL("value")) {
                values.append(xml.readElementText());
            } else {
                logWarning(Warning::UnexpectedElement, xml);
                xml.skipCurrentElement();
            }
        }
        return { { id.toString(), values } };
    }
    logWarning(QTR("Treating Doxyfile option \"%1\" of unknown type \"%2\" as string").arg(id, type), xml);
    return { { id.toString(), xml.readElementText(QXmlStreamReader::IncludeChildElements) } };
}

QVariantMap Doxml::parseIndex(QXmlStreamReader &xml) const
{
    if (!xml.readNextStartElement()) {
        Q_ASSERT(xml.hasError());
        return { };
    }
    if (xml.name() != QSL("doxygenindex")) {
        xml.raiseError(QTR("Root element is not \"doxygenindex\""));
        return { };
    }
    return parseIndex_DoxygenType(xml);
}

QVariantMap Doxml::parseIndex_DoxygenType(QXmlStreamReader &xml) const
{
    Q_ASSERT(xml.name() == QSL("doxygenindex"));

    QVariantMap map {
        { QSL("version"), xml.attributes().value(QSL("version")).toString() },
        { QSL("language"), xml.attributes().value(QSL("xml:lang")).toString() },
    };

    QVariantList compounds;
    while ((!xml.atEnd()) && (xml.readNextStartElement())) {
        if (xml.name() == QSL("compound")) {
            compounds.append(parseIndex_CompoundType(xml));
        } else {
            logWarning(Warning::UnexpectedElement, xml);
            xml.skipCurrentElement();
        }
    }
    qCDebug(lc).noquote() << QTR("Parsed %1 compounds(s) from %2").arg(compounds.size()).arg(currentXmlFilePath);
    map.insert(QSL("compounds"), compounds);
    return map;
}

QVariantMap Doxml::parseIndex_CompoundType(QXmlStreamReader &xml) const
{
    Q_ASSERT(xml.name() == QSL("compound"));
    QVariantMap map {
        { QSL("refid"), xml.attributes().value(QSL("refid")).toString() },
        { QSL("kind"),  xml.attributes().value(QSL("kind")).toString() },
    };

    if ((!xml.readNextStartElement()) || (xml.name() != QSL("name"))) {
        xml.raiseError(QTR("<compound> does not begin with <name>"));
        return { };
    }
    map.insert(QSL("name"), xml.readElementText());

    QVariantList members;
    while ((!xml.atEnd()) && (xml.readNextStartElement())) {
        if (xml.name() == QSL("member")) {
            members.append(parseIndex_MemberType(xml));
        } else {
            logWarning(Warning::UnexpectedElement, xml);
            xml.skipCurrentElement();
        }
    }
    map.insert(QSL("members"), members);
    return map;
}

QVariantMap Doxml::parseIndex_MemberType(QXmlStreamReader &xml) const
{
    Q_ASSERT(xml.name() == QSL("member"));
    QVariantMap map {
        { QSL("refid"), xml.attributes().value(QSL("refid")).toString() },
        { QSL("kind"),  xml.attributes().value(QSL("kind")).toString() },
    };
    if ((!xml.readNextStartElement()) || (xml.name() != QSL("name"))) {
        xml.raiseError(QTR("<member> does not begin with <name>"));
        return { };
    }
    map.insert(QSL("name"), xml.readElementText());
    xml.skipCurrentElement();
    return map;
}

} // namespace doxlee

pcolby / doxlee / 9338212492

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