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/*
* This file is part of the API Extractor project.
*
* Copyright (C) 2009 Nokia Corporation and/or its subsidiary(-ies).
*
* Contact: PySide team <contact@pyside.org>
*
* This program is free software; you can redistribute it and/or
* modify it under the terms of the GNU General Public License
* version 2 as published by the Free Software Foundation.
*
* This program is distributed in the hope that it will be useful, but
* WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
* General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with this program; if not, write to the Free Software
* Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA
* 02110-1301 USA
*
*/
#include "testaddfunction.h"
#include <QtTest/QTest>
#include "testutil.h"
void TestAddFunction::testParsingFuncNameAndConstness()
{
// generic test...
const char sig1[] = "func(type1, const type2, const type3* const)";
AddedFunction f1(sig1, "void");
QCOMPARE(f1.name(), QString("func"));
QCOMPARE(f1.arguments().count(), 3);
AddedFunction::TypeInfo retval = f1.returnType();
QCOMPARE(retval.name, QString("void"));
QCOMPARE(retval.indirections, 0);
QCOMPARE(retval.isConstant, false);
QCOMPARE(retval.isReference, false);
// test with a ugly template as argument and other ugly stuff
const char sig2[] = " _fu__nc_ ( type1, const type2, const Abc<int& , C<char*> * > * *, const type3* const ) const ";
AddedFunction f2(sig2, "const Abc<int& , C<char*> * > * *");
QCOMPARE(f2.name(), QString("_fu__nc_"));
QList< AddedFunction::TypeInfo > args = f2.arguments();
QCOMPARE(args.count(), 4);
retval = f2.returnType();
QCOMPARE(retval.name, QString("Abc<int& , C<char*> * >"));
QCOMPARE(retval.indirections, 2);
QCOMPARE(retval.isConstant, true);
QCOMPARE(retval.isReference, false);
retval = args[2];
QCOMPARE(retval.name, QString("Abc<int& , C<char*> * >"));
QCOMPARE(retval.indirections, 2);
QCOMPARE(retval.isConstant, true);
QCOMPARE(retval.isReference, false);
// function with no args.
const char sig3[] = "func()";
AddedFunction f3(sig3, "void");
QCOMPARE(f3.name(), QString("func"));
QCOMPARE(f3.arguments().count(), 0);
}
void TestAddFunction::testAddFunction()
{
const char cppCode[] = "struct B {}; struct A { void a(int); };";
const char xmlCode[] = "\
<typesystem package=\"Foo\">\
<primitive-type name='int' />\
<primitive-type name='float' />\
<value-type name='B' />\
<value-type name='A'>\
<add-function signature='b(int, float = 4.6, const B&)' return-type='int' access='protected'>\
</add-function>\
</value-type>\
</typesystem>";
TestUtil t(cppCode, xmlCode);
TypeDatabase* typeDb = TypeDatabase::instance();
AbstractMetaClassList classes = t.builder()->classes();
AbstractMetaClass* classA = classes.findClass("A");
QVERIFY(classA);
QCOMPARE(classA->functions().count(), 3); // default ctor, func a() and the added function
AbstractMetaFunction* addedFunc = classA->functions().last();
QCOMPARE(addedFunc->visibility(), uint(AbstractMetaFunction::Protected));
QCOMPARE(addedFunc->functionType(), AbstractMetaFunction::UserAddedFunction);
QCOMPARE(addedFunc->ownerClass(), classA);
QCOMPARE(addedFunc->implementingClass(), classA);
QCOMPARE(addedFunc->declaringClass(), classA);
QVERIFY(!addedFunc->isVirtual());
QVERIFY(!addedFunc->isSignal());
QVERIFY(!addedFunc->isSlot());
QVERIFY(!addedFunc->isStatic());
AbstractMetaType* returnType = addedFunc->type();
QCOMPARE(returnType->typeEntry(), typeDb->findPrimitiveType("int"));
AbstractMetaArgumentList args = addedFunc->arguments();
QCOMPARE(args.count(), 3);
QCOMPARE(args[0]->type()->typeEntry(), returnType->typeEntry());
QCOMPARE(args[1]->defaultValueExpression(), QString("4.6"));
QCOMPARE(args[2]->type()->typeEntry(), typeDb->findType("B"));
}
void TestAddFunction::testAddFunctionTagDefaultValues()
{
const char cppCode[] = "struct A {};";
const char xmlCode[] = "\
<typesystem package=\"Foo\">\
<value-type name='A'>\
<add-function signature='func()' />\
</value-type>\
</typesystem>";
TestUtil t(cppCode, xmlCode);
AbstractMetaClassList classes = t.builder()->classes();
AbstractMetaClass* classA = classes.findClass("A");
QVERIFY(classA);
QCOMPARE(classA->functions().count(), 2); // default ctor and the added function
AbstractMetaFunction* addedFunc = classA->functions().last();
QCOMPARE(addedFunc->visibility(), uint(AbstractMetaFunction::Public));
QCOMPARE(addedFunc->functionType(), AbstractMetaFunction::UserAddedFunction);
QVERIFY(!addedFunc->type());
}
void TestAddFunction::testAddFunctionCodeSnippets()
{
const char cppCode[] = "struct A {};";
const char xmlCode[] = "\
<typesystem package=\"Foo\">\
<value-type name='A'>\
<add-function signature='func()'>\
<inject-code class='target' position='end'>Hi!, I am the code.</inject-code>\
</add-function>\
</value-type>\
</typesystem>";
TestUtil t(cppCode, xmlCode);
AbstractMetaClassList classes = t.builder()->classes();
AbstractMetaClass* classA = classes.findClass("A");
QVERIFY(classA);
AbstractMetaFunction* addedFunc = classA->functions().last();
QVERIFY(addedFunc->hasInjectedCode());
}
void TestAddFunction::testFunctionWithoutParenteses()
{
const char sig1[] = "func";
AddedFunction f1(sig1, "void");
QCOMPARE(f1.name(), QString("func"));
QCOMPARE(f1.arguments().count(), 0);
QCOMPARE(f1.isConstant(), false);
const char cppCode[] = "struct A {};";
const char xmlCode[] = "\
<typesystem package=\"Foo\">\
<value-type name='A'>\
<add-function signature='func'>\
<inject-code class='target' position='end'>Hi!, I am the code.</inject-code>\
</add-function>\
</value-type>\
</typesystem>";
TestUtil t(cppCode, xmlCode, false);
AbstractMetaClassList classes = t.builder()->classes();
AbstractMetaClass* classA = classes.findClass("A");
QVERIFY(classA);
const AbstractMetaFunction* addedFunc = classA->findFunction("func");
QVERIFY(addedFunc);
QVERIFY(addedFunc->hasInjectedCode());
QCOMPARE(addedFunc->injectedCodeSnips(CodeSnip::Any, TypeSystem::TargetLangCode).count(), 1);
}
QTEST_APPLESS_MAIN(TestAddFunction)
#include "testaddfunction.moc"
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