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** This file is part of the test suite of Qt for Python.
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** Alternatively, this file may be used under the terms of the GNU
** General Public License version 3 as published by the Free Software
** Foundation with exceptions as appearing in the file LICENSE.GPL3-EXCEPT
** included in the packaging of this file. Please review the following
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#include "testnumericaltypedef.h"
#include <QtTest/QTest>
#include "testutil.h"
#include <abstractmetalang.h>
#include <typesystem.h>

void TestNumericalTypedef::testNumericalTypedef()
{
    const char* cppCode ="\
    typedef double real;\n\
    void funcDouble(double);\n\
    void funcReal(real);\n";
    const char* xmlCode = "\
    <typesystem package='Foo'>\n\
        <primitive-type name='double'/>\n\
        <primitive-type name='real'/>\n\
        <function signature='funcDouble(double)'/>\n\
        <function signature='funcReal(real)'/>\n\
    </typesystem>\n";
    QScopedPointer<AbstractMetaBuilder> builder(TestUtil::parse(cppCode, xmlCode, false));
    QVERIFY(!builder.isNull());

    QCOMPARE(builder->globalFunctions().size(), 2);
    const AbstractMetaFunction *funcDouble = builder->globalFunctions().constFirst();
    QVERIFY(funcDouble);
    const AbstractMetaFunction *funcReal = builder->globalFunctions().constLast();
    QVERIFY(funcReal);

    if (funcDouble->name() == QLatin1String("funcReal"))
        std::swap(funcDouble, funcReal);

    QCOMPARE(funcDouble->minimalSignature(), QLatin1String("funcDouble(double)"));
    QCOMPARE(funcReal->minimalSignature(), QLatin1String("funcReal(real)"));

    const AbstractMetaType *doubleType = funcDouble->arguments().constFirst()->type();
    QVERIFY(doubleType);
    QCOMPARE(doubleType->cppSignature(), QLatin1String("double"));
    QVERIFY(doubleType->isPrimitive());
    QVERIFY(doubleType->typeEntry()->isCppPrimitive());

    const AbstractMetaType *realType = funcReal->arguments().constFirst()->type();
    QVERIFY(realType);
    QCOMPARE(realType->cppSignature(), QLatin1String("real"));
    QVERIFY(realType->isPrimitive());
    QVERIFY(realType->typeEntry()->isCppPrimitive());
}

void TestNumericalTypedef::testUnsignedNumericalTypedef()
{
    const char* cppCode ="\
    typedef unsigned short custom_ushort;\n\
    void funcUnsignedShort(unsigned short);\n\
    void funcUShort(custom_ushort);\n";
    const char* xmlCode = "\
    <typesystem package='Foo'>\n\
        <primitive-type name='short'/>\n\
        <primitive-type name='unsigned short'/>\n\
        <primitive-type name='custom_ushort'/>\n\
        <function signature='funcUnsignedShort(unsigned short)'/>\n\
        <function signature='funcUShort(custom_ushort)'/>\n\
    </typesystem>\n";
    QScopedPointer<AbstractMetaBuilder> builder(TestUtil::parse(cppCode, xmlCode, false));
    QVERIFY(!builder.isNull());

    QCOMPARE(builder->globalFunctions().size(), 2);
    const AbstractMetaFunction *funcUnsignedShort = builder->globalFunctions().constFirst();
    QVERIFY(funcUnsignedShort);
    const AbstractMetaFunction *funcUShort = builder->globalFunctions().constLast();
    QVERIFY(funcUShort);

    if (funcUnsignedShort->name() == QLatin1String("funcUShort"))
        std::swap(funcUnsignedShort, funcUShort);

    QCOMPARE(funcUnsignedShort->minimalSignature(), QLatin1String("funcUnsignedShort(unsigned short)"));
    QCOMPARE(funcUShort->minimalSignature(), QLatin1String("funcUShort(custom_ushort)"));

    const AbstractMetaType *unsignedShortType = funcUnsignedShort->arguments().constFirst()->type();
    QVERIFY(unsignedShortType);
    QCOMPARE(unsignedShortType->cppSignature(), QLatin1String("unsigned short"));
    QVERIFY(unsignedShortType->isPrimitive());
    QVERIFY(unsignedShortType->typeEntry()->isCppPrimitive());

    const AbstractMetaType *ushortType = funcUShort->arguments().constFirst()->type();
    QVERIFY(ushortType);
    QCOMPARE(ushortType->cppSignature(), QLatin1String("custom_ushort"));
    QVERIFY(ushortType->isPrimitive());
    QVERIFY(ushortType->typeEntry()->isCppPrimitive());
}

QTEST_APPLESS_MAIN(TestNumericalTypedef)

