Ejemplo n.º 1
0
void Generator::_generateClassInfos()
{
    for (int i = 0; i < cdef->classInfoList.size(); ++i) {
        const ClassInfoDef &c = cdef->classInfoList.at(i);
        meta_data << strreg(c.name) << strreg(c.value);
    }
}
Ejemplo n.º 2
0
void Generator::generateEnums(int index)
{
    if (cdef->enumDeclarations.isEmpty())
        return;

    fprintf(out, "\n // enums: name, flags, count, data\n");
    index += 4 * cdef->enumList.count();
    int i;
    for (i = 0; i < cdef->enumList.count(); ++i) {
        const EnumDef &e = cdef->enumList.at(i);
        fprintf(out, "    %4d, 0x%.1x, %4d, %4d,\n",
                 strreg(e.name),
                 cdef->enumDeclarations.value(e.name) ? 1 : 0,
                 e.values.count(),
                 index);
        index += e.values.count() * 2;
    }

    fprintf(out, "\n // enum data: key, value\n");
    for (i = 0; i < cdef->enumList.count(); ++i) {
        const EnumDef &e = cdef->enumList.at(i);
        for (int j = 0; j < e.values.count(); ++j) {
            const QByteArray &val = e.values.at(j);
            fprintf(out, "    %4d, uint(%s::%s),\n",
                    strreg(val),
                    cdef->qualified.constData(),
                    val.constData());
        }
    }
}
Ejemplo n.º 3
0
void Generator::generateClassInfos()
{
    if (cdef->classInfoList.isEmpty())
        return;

    fprintf(out, "\n // classinfo: key, value\n");

    for (int i = 0; i < cdef->classInfoList.size(); ++i) {
        const ClassInfoDef &c = cdef->classInfoList.at(i);
        fprintf(out, "    %4d, %4d,\n", strreg(c.name), strreg(c.value));
    }
}
Ejemplo n.º 4
0
void Generator::generateFunctions(QList<FunctionDef>& list, const char *functype, int type)
{
    if (list.isEmpty())
        return;
    fprintf(out, "\n // %ss: signature, parameters, type, tag, flags\n", functype);

    for (int i = 0; i < list.count(); ++i) {
        const FunctionDef &f = list.at(i);

        QByteArray sig = f.name + '(';
        QByteArray arguments;

        for (int j = 0; j < f.arguments.count(); ++j) {
            const ArgumentDef &a = f.arguments.at(j);
            if (j) {
                sig += ",";
                arguments += ",";
            }
            sig += a.normalizedType;
            arguments += a.name;
        }
        sig += ')';

        char flags = type;
        if (f.access == FunctionDef::Private)
            flags |= AccessPrivate;
        else if (f.access == FunctionDef::Public)
            flags |= AccessPublic;
        else if (f.access == FunctionDef::Protected)
            flags |= AccessProtected;
        if (f.access == FunctionDef::Private)
            flags |= AccessPrivate;
        else if (f.access == FunctionDef::Public)
            flags |= AccessPublic;
        else if (f.access == FunctionDef::Protected)
            flags |= AccessProtected;
        if (f.isCompat)
            flags |= MethodCompatibility;
        if (f.wasCloned)
            flags |= MethodCloned;
        if (f.isScriptable)
            flags |= MethodScriptable;
        fprintf(out, "    %4d, %4d, %4d, %4d, 0x%02x,\n", strreg(sig),
                strreg(arguments), strreg(f.normalizedType), strreg(f.tag), flags);
    }
}
Ejemplo n.º 5
0
void Generator::_generateFunctions(QList<FunctionDef> &list, int type)
{
    for (int i = 0; i < list.count(); ++i) {
        const FunctionDef &f = list.at(i);

        QByteArray sig = f.name + '(';
        QByteArray arguments;

        for (int j = 0; j < f.arguments.count(); ++j) {
            const ArgumentDef &a = f.arguments.at(j);
            if (j) {
                sig += ",";
                arguments += ",";
            }
            sig += a.normalizedType;
            arguments += a.name;
        }
        sig += ')';

        char flags = type;
        if (f.access == FunctionDef::Private)
            flags |= AccessPrivate;
        else if (f.access == FunctionDef::Public)
            flags |= AccessPublic;
        else if (f.access == FunctionDef::Protected)
            flags |= AccessProtected;
        if (f.access == FunctionDef::Private)
            flags |= AccessPrivate;
        else if (f.access == FunctionDef::Public)
            flags |= AccessPublic;
        else if (f.access == FunctionDef::Protected)
            flags |= AccessProtected;
        if (f.isCompat)
            flags |= MethodCompatibility;
        if (f.wasCloned)
            flags |= MethodCloned;
        if (f.isScriptable)
            flags |= MethodScriptable;

        meta_data << strreg(sig)
                  << strreg(arguments)
                  << strreg(f.normalizedType)
                  << strreg(f.tag)
                  << flags;
    }
}
Ejemplo n.º 6
0
void Generator::_generateEnums(int index)
{
    index += 4 * cdef->enumList.count();
    int i;
    for (i = 0; i < cdef->enumList.count(); ++i) {
        const EnumDef &e = cdef->enumList.at(i);
        meta_data << strreg(e.name) << (cdef->enumDeclarations.value(e.name) ? 1 : 0)
                  << e.values.count() << index;
        index += e.values.count() * 2;
    }

    for (i = 0; i < cdef->enumList.count(); ++i) {
        const EnumDef &e = cdef->enumList.at(i);
        for (int j = 0; j < e.values.count(); ++j) {
            const QByteArray &val = e.values.at(j);
            meta_data << strreg(val) << 0; // we don't know the value itself
        }
    }
}
Ejemplo n.º 7
0
static char *is_section(const void *ctx, const char *line, char **value)
{
	char *secname;

	/* Any number of upper case words separated by spaces, ending in : */
	if (!strreg(ctx, line,
		    "^([A-Z][a-zA-Z0-9_]*( [A-Z][a-zA-Z0-9_]*)*):[ \t\n]*(.*)",
		    &secname, NULL, value))
		return NULL;

	return secname;
}
Ejemplo n.º 8
0
void Generator::generateProperties()
{
    //
    // specify get function, for compatibiliy we accept functions
    // returning pointers, or const char * for QByteArray.
    //
    for (int i = 0; i < cdef->propertyList.count(); ++i) {
        PropertyDef &p = cdef->propertyList[i];
        if (p.read.isEmpty())
            continue;
        for (int j = 0; j < cdef->publicList.count(); ++j) {
            const FunctionDef &f = cdef->publicList.at(j);
            if (f.name != p.read)
                continue;
            if (!f.isConst) // get  functions must be const
                continue;
            if (f.arguments.size()) // and must not take any arguments
                continue;
            PropertyDef::Specification spec = PropertyDef::ValueSpec;
            QByteArray tmp = f.normalizedType;
            if (p.type == "QByteArray" && tmp == "const char *")
                    tmp = "QByteArray";
            if (tmp.left(6) == "const ")
                tmp = tmp.mid(6);
            if (p.type != tmp && tmp.endsWith('*')) {
                tmp.chop(1);
                spec = PropertyDef::PointerSpec;
            } else if (f.type.name.endsWith('&')) { // raw type, not normalized type
                spec = PropertyDef::ReferenceSpec;
            }
            if (p.type != tmp)
                continue;
            p.gspec = spec;
            break;
        }
        if(!p.notify.isEmpty()) {
            int notifyId = -1;
            for (int j = 0; j < cdef->signalList.count(); ++j) {
                const FunctionDef &f = cdef->signalList.at(j);
                if(f.name != p.notify) {
                    continue;
                } else {
                    notifyId = j /* Signal indexes start from 0 */;
                    break;
                }
            }
            p.notifyId = notifyId;
        }
    }

    //
    // Create meta data
    //

    if (cdef->propertyList.count())
        fprintf(out, "\n // properties: name, type, flags\n");
    for (int i = 0; i < cdef->propertyList.count(); ++i) {
        const PropertyDef &p = cdef->propertyList.at(i);
        uint flags = Invalid;
        if (!isVariantType(p.type)) {
            flags |= EnumOrFlag;
        } else {
            flags |= qvariant_nameToType(p.type) << 24;
        }
        if (!p.read.isEmpty())
            flags |= Readable;
        if (!p.write.isEmpty()) {
            flags |= Writable;
            if (p.stdCppSet())
                flags |= StdCppSet;
        }
        if (!p.reset.isEmpty())
            flags |= Resettable;

//         if (p.override)
//             flags |= Override;

        if (p.designable.isEmpty())
            flags |= ResolveDesignable;
        else if (p.designable != "false")
            flags |= Designable;

        if (p.scriptable.isEmpty())
            flags |= ResolveScriptable;
        else if (p.scriptable != "false")
            flags |= Scriptable;

        if (p.stored.isEmpty())
            flags |= ResolveStored;
        else if (p.stored != "false")
            flags |= Stored;

        if (p.editable.isEmpty())
            flags |= ResolveEditable;
        else if (p.editable != "false")
            flags |= Editable;

        if (p.user.isEmpty())
            flags |= ResolveUser;
        else if (p.user != "false")
            flags |= User;

        if (p.notifyId != -1)
            flags |= Notify;

        fprintf(out, "    %4d, %4d, 0x%.8x,\n",
                 strreg(p.name),
                 strreg(p.type),
                 flags);
    }

    if(cdef->notifyableProperties) {
        fprintf(out, "\n // properties: notify_signal_id\n");
        for (int i = 0; i < cdef->propertyList.count(); ++i) {
            const PropertyDef &p = cdef->propertyList.at(i);
            if(p.notifyId == -1)
                fprintf(out, "    %4d,\n",
                        0);
            else
                fprintf(out, "    %4d,\n",
                        p.notifyId);
        }
    }
}
Ejemplo n.º 9
0
void Generator::generateCode()
{
    bool isQt = (cdef->classname == "Qt");
    bool isQObject = (cdef->classname == "QObject");
    bool isConstructible = !cdef->constructorList.isEmpty();

//
// build the data array
//
    int i = 0;


    // filter out undeclared enumerators and sets
    {
        QList<EnumDef> enumList;
        for (i = 0; i < cdef->enumList.count(); ++i) {
            EnumDef def = cdef->enumList.at(i);
            if (cdef->enumDeclarations.contains(def.name)) {
                enumList += def;
            }
            QByteArray alias = cdef->flagAliases.value(def.name);
            if (cdef->enumDeclarations.contains(alias)) {
                def.name = alias;
                enumList += def;
            }
        }
        cdef->enumList = enumList;
    }


    QByteArray qualifiedClassNameIdentifier = cdef->qualified;
    qualifiedClassNameIdentifier.replace(':', '_');

    int index = 12;
    fprintf(out, "static const uint qt_meta_data_%s[] = {\n", qualifiedClassNameIdentifier.constData());
    fprintf(out, "\n // content:\n");
    fprintf(out, "    %4d,       // revision\n", 2);
    fprintf(out, "    %4d,       // classname\n", strreg(cdef->qualified));
    fprintf(out, "    %4d, %4d, // classinfo\n", cdef->classInfoList.count(), cdef->classInfoList.count() ? index : 0);
    index += cdef->classInfoList.count() * 2;

    int methodCount = cdef->signalList.count() + cdef->slotList.count() + cdef->methodList.count();
    fprintf(out, "    %4d, %4d, // methods\n", methodCount, methodCount ? index : 0);
    index += methodCount * 5;
    fprintf(out, "    %4d, %4d, // properties\n", cdef->propertyList.count(), cdef->propertyList.count() ? index : 0);
    index += cdef->propertyList.count() * 3;
    if(cdef->notifyableProperties)
        index += cdef->propertyList.count();
    fprintf(out, "    %4d, %4d, // enums/sets\n", cdef->enumList.count(), cdef->enumList.count() ? index : 0);

    int enumsIndex = index;
    for (i = 0; i < cdef->enumList.count(); ++i)
        index += 4 + (cdef->enumList.at(i).values.count() * 2);
    fprintf(out, "    %4d, %4d, // constructors\n", isConstructible ? cdef->constructorList.count() : 0,
            isConstructible ? index : 0);

//
// Build classinfo array
//
    generateClassInfos();

//
// Build signals array first, otherwise the signal indices would be wrong
//
    generateFunctions(cdef->signalList, "signal", MethodSignal);

//
// Build slots array
//
    generateFunctions(cdef->slotList, "slot", MethodSlot);

//
// Build method array
//
    generateFunctions(cdef->methodList, "method", MethodMethod);


//
// Build property array
//
    generateProperties();

//
// Build enums array
//
    generateEnums(enumsIndex);

//
// Build constructors array
//
    if (isConstructible)
        generateFunctions(cdef->constructorList, "constructor", MethodConstructor);

//
// Terminate data array
//
    fprintf(out, "\n       0        // eod\n};\n\n");

//
// Build stringdata array
//
    fprintf(out, "static const char qt_meta_stringdata_%s[] = {\n", qualifiedClassNameIdentifier.constData());
    fprintf(out, "    \"");
    int col = 0;
    int len = 0;
    for (i = 0; i < strings.size(); ++i) {
        QByteArray s = strings.at(i);
        len = s.length();
        if (col && col + len >= 72) {
            fprintf(out, "\"\n    \"");
            col = 0;
        } else if (len && s.at(0) >= '0' && s.at(0) <= '9') {
            fprintf(out, "\"\"");
            len += 2;
        }
        int idx = 0;
        while (idx < s.length()) {
            if (idx > 0) {
                col = 0;
                fprintf(out, "\"\n    \"");
            }
            int spanLen = qMin(70, s.length() - idx);
            // don't cut escape sequences at the end of a line
            int backSlashPos = s.lastIndexOf('\\', idx + spanLen - 1);
            if (backSlashPos >= idx) {
                int escapeLen = lengthOfEscapeSequence(s, backSlashPos);
                spanLen = qBound(spanLen, backSlashPos + escapeLen - idx, s.length() - idx);
            }
            fwrite(s.constData() + idx, 1, spanLen, out);
            idx += spanLen;
            col += spanLen;
        }

        fputs("\\0", out);
        col += len + 2;
    }
    fprintf(out, "\"\n};\n\n");


//
// Generate internal qt_static_metacall() function
//
    if (isConstructible)
        generateStaticMetacall(qualifiedClassNameIdentifier);

//
// Build extra array
//
    QList<QByteArray> extraList;
    for (int i = 0; i < cdef->propertyList.count(); ++i) {
        const PropertyDef &p = cdef->propertyList.at(i);
        if (!isVariantType(p.type) && !metaTypes.contains(p.type)) {
            int s = p.type.lastIndexOf("::");
            if (s > 0) {
                QByteArray scope = p.type.left(s);
                if (scope != "Qt" && scope != cdef->classname && !extraList.contains(scope))
                    extraList += scope;
            }
        }
    }
    if (!extraList.isEmpty()) {
        fprintf(out, "static const QMetaObject *qt_meta_extradata_%s[] = {\n    ", qualifiedClassNameIdentifier.constData());
        for (int i = 0; i < extraList.count(); ++i) {
            if (i)
                fprintf(out, ",\n    ");
            fprintf(out, "    &%s::staticMetaObject", extraList.at(i).constData());
        }
        fprintf(out, ",0\n};\n\n");
    }

    if (isConstructible || !extraList.isEmpty()) {
        fprintf(out, "static const QMetaObjectExtraData qt_meta_extradata2_%s = {\n    ",
                qualifiedClassNameIdentifier.constData());
        if (extraList.isEmpty())
            fprintf(out, "0, ");
        else
            fprintf(out, "qt_meta_extradata_%s, ", qualifiedClassNameIdentifier.constData());
        if (!isConstructible)
            fprintf(out, "0");
        else
            fprintf(out, "%s_qt_static_metacall", qualifiedClassNameIdentifier.constData());
        fprintf(out, " \n};\n\n");
    }

//
// Finally create and initialize the static meta object
//

    if (isQt)
        fprintf(out, "const QMetaObject QObject::staticQtMetaObject = {\n");
    else
        fprintf(out, "const QMetaObject %s::staticMetaObject = {\n", cdef->qualified.constData());

    if (isQObject)
        fprintf(out, "    { 0, ");
    else if (cdef->superclassList.size())
        fprintf(out, "    { &%s::staticMetaObject, ", purestSuperClass.constData());
    else
        fprintf(out, "    { 0, ");
    fprintf(out, "qt_meta_stringdata_%s,\n      qt_meta_data_%s, ",
             qualifiedClassNameIdentifier.constData(), qualifiedClassNameIdentifier.constData());
    if (!isConstructible && extraList.isEmpty())
        fprintf(out, "0 }\n");
    else
        fprintf(out, "&qt_meta_extradata2_%s }\n", qualifiedClassNameIdentifier.constData());
    fprintf(out, "};\n");

    if (isQt || !cdef->hasQObject)
        return;

    fprintf(out, "\nconst QMetaObject *%s::metaObject() const\n{\n    return &staticMetaObject;\n}\n",
            cdef->qualified.constData());
//
// Generate smart cast function
//
    fprintf(out, "\nvoid *%s::qt_metacast(const char *_clname)\n{\n", cdef->qualified.constData());
    fprintf(out, "    if (!_clname) return 0;\n");
    fprintf(out, "    if (!strcmp(_clname, qt_meta_stringdata_%s))\n"
                  "        return static_cast<void*>(const_cast< %s*>(this));\n",
            qualifiedClassNameIdentifier.constData(), cdef->classname.constData());
    for (int i = 1; i < cdef->superclassList.size(); ++i) { // for all superclasses but the first one
        if (cdef->superclassList.at(i).second == FunctionDef::Private)
            continue;
        const char *cname = cdef->superclassList.at(i).first;
        fprintf(out, "    if (!strcmp(_clname, \"%s\"))\n        return static_cast< %s*>(const_cast< %s*>(this));\n",
                cname, cname, cdef->classname.constData());
    }
    for (int i = 0; i < cdef->interfaceList.size(); ++i) {
        const QList<ClassDef::Interface> &iface = cdef->interfaceList.at(i);
        for (int j = 0; j < iface.size(); ++j) {
            fprintf(out, "    if (!strcmp(_clname, %s))\n        return ", iface.at(j).interfaceId.constData());
            for (int k = j; k >= 0; --k)
                fprintf(out, "static_cast< %s*>(", iface.at(k).className.constData());
            fprintf(out, "const_cast< %s*>(this)%s;\n",
                    cdef->classname.constData(), QByteArray(j+1, ')').constData());
        }
    }
    if (!purestSuperClass.isEmpty() && !isQObject) {
        QByteArray superClass = purestSuperClass;
        // workaround for VC6
        if (superClass.contains("::")) {
            fprintf(out, "    typedef %s QMocSuperClass;\n", superClass.constData());
            superClass = "QMocSuperClass";
        }
        fprintf(out, "    return %s::qt_metacast(_clname);\n", superClass.constData());
    } else {
        fprintf(out, "    return 0;\n");
    }
    fprintf(out, "}\n");

//
// Generate internal qt_metacall()  function
//
    generateMetacall();

//
// Generate internal signal functions
//
    for (int signalindex = 0; signalindex < cdef->signalList.size(); ++signalindex)
        generateSignal(&cdef->signalList[signalindex], signalindex);
}
Ejemplo n.º 10
0
QMetaObject *Generator::generateMetaObject(bool ignoreProperties)
{
//
// build the data array
//

    // filter out undeclared enumerators and sets
    {
        QList<EnumDef> enumList;
        for (int i = 0; i < cdef->enumList.count(); ++i) {
            EnumDef def = cdef->enumList.at(i);
            if (cdef->enumDeclarations.contains(def.name)) {
                enumList += def;
            }
            QByteArray alias = cdef->flagAliases.value(def.name);
            if (cdef->enumDeclarations.contains(alias)) {
                def.name = alias;
                enumList += def;
            }
        }
        cdef->enumList = enumList;
    }

    int index = 10;
    meta_data
        << 1 // revision
        << strreg(cdef->qualified) // classname
        << cdef->classInfoList.count() << (cdef->classInfoList.count() ? index : 0) // classinfo
        ;
    index += cdef->classInfoList.count() * 2;

    int methodCount = cdef->signalList.count() + cdef->slotList.count() + cdef->methodList.count();
    meta_data << methodCount << (methodCount ? index : 0); // methods
    index += methodCount * 5;
    if (!ignoreProperties) {
        meta_data << cdef->propertyList.count() << (cdef->propertyList.count() ? index : 0); // properties
        index += cdef->propertyList.count() * 3;
    } else {
        meta_data << 0 << 0; // properties
    }
    meta_data << cdef->enumList.count() << (cdef->enumList.count() ? index : 0); // enums/sets

//
// Build classinfo array
//
    _generateClassInfos();

//
// Build signals array first, otherwise the signal indices would be wrong
//
    _generateFunctions(cdef->signalList, MethodSignal);

//
// Build slots array
//
    _generateFunctions(cdef->slotList, MethodSlot);

//
// Build method array
//
    _generateFunctions(cdef->methodList, MethodMethod);


//
// Build property array
//
    if (!ignoreProperties)
        _generateProperties();

//
// Build enums array
//
    _generateEnums(index);

//
// Terminate data array
//
    meta_data << 0;

//
// Build stringdata array
//
    QVector<char> string_data;
    for (int i = 0; i < strings.size(); ++i) {
        const char *s = strings.at(i).constData();
        char c;
        do {
            c = *(s++);
            string_data << c;
        } while (c != '\0');
    }

//
// Finally create and initialize the static meta object
//
    const int meta_object_offset = 0;
    const int meta_object_size = sizeof(QMetaObject);
    const int meta_data_offset = meta_object_offset + meta_object_size;
    const int meta_data_size = meta_data.count() * sizeof(uint);
    const int string_data_offset = meta_data_offset + meta_data_size;
    const int string_data_size = string_data.count();
    const int total_size = string_data_offset + string_data_size;

    char *blob = new char[total_size];

    char *string_data_output = blob + string_data_offset;
    const char *string_data_src = string_data.constData();
    for (int i = 0; i < string_data.count(); ++i)
        string_data_output[i] = string_data_src[i];

    uint *meta_data_output = reinterpret_cast<uint *>(blob + meta_data_offset);
    const uint *meta_data_src = meta_data.constData();
    for (int i = 0; i < meta_data.count(); ++i)
        meta_data_output[i] = meta_data_src[i];

    QMetaObject *meta_object = new (blob + meta_object_offset)QMetaObject;
    meta_object->d.superdata = 0;
    meta_object->d.stringdata = string_data_output;
    meta_object->d.data = meta_data_output;
    meta_object->d.extradata = 0;
    return meta_object;
}