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cppcheck/gui/test/cppchecklibrarydata/testcppchecklibrarydata.cpp

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/*
* Cppcheck - A tool for static C/C++ code analysis
* Copyright (C) 2007-2021 Cppcheck team.
*
* This program is free software: you can redistribute it and/or modify
* it under the terms of the GNU General Public License as published by
* the Free Software Foundation, either version 3 of the License, or
* (at your option) any later version.
*
* 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, see <http://www.gnu.org/licenses/>.
*/
#include "testcppchecklibrarydata.h"
#include <QDebug>
#include <QTest>
const QString TestCppcheckLibraryData::TempCfgFile = "./tmp.cfg";
void TestCppcheckLibraryData::init()
{
result.clear();
libraryData.clear();
fileLibraryData.clear();
}
void TestCppcheckLibraryData::xmlReaderError()
{
loadCfgFile(":/files/xml_reader_error.cfg", fileLibraryData, result);
QCOMPARE(result.isNull(), false);
qDebug() << result;
}
void TestCppcheckLibraryData::unhandledElement()
{
loadCfgFile(":/files/unhandled_element.cfg", fileLibraryData, result);
QCOMPARE(result.isNull(), false);
qDebug() << result;
loadCfgFile(":/files/platform_type_unhandled_element.cfg", fileLibraryData, result);
QCOMPARE(result.isNull(), false);
qDebug() << result;
loadCfgFile(":/files/memory_resource_unhandled_element.cfg", fileLibraryData, result);
QCOMPARE(result.isNull(), false);
qDebug() << result;
loadCfgFile(":/files/container_unhandled_element.cfg", fileLibraryData, result);
QCOMPARE(result.isNull(), false);
qDebug() << result;
loadCfgFile(":/files/reflection_unhandled_element.cfg", fileLibraryData, result);
QCOMPARE(result.isNull(), false);
qDebug() << result;
loadCfgFile(":/files/markup_unhandled_element.cfg", fileLibraryData, result);
QCOMPARE(result.isNull(), false);
qDebug() << result;
}
void TestCppcheckLibraryData::mandatoryAttributeMissing()
{
loadCfgFile(":/files/mandatory_attribute_missing.cfg", fileLibraryData, result);
QCOMPARE(result.isNull(), false);
qDebug() << result;
loadCfgFile(":/files/reflection_mandatory_attribute_missing.cfg", fileLibraryData, result);
QCOMPARE(result.isNull(), false);
qDebug() << result;
loadCfgFile(":/files/markup_mandatory_attribute_missing.cfg", fileLibraryData, result);
QCOMPARE(result.isNull(), false);
qDebug() << result;
}
void TestCppcheckLibraryData::podtypeValid()
{
// Load library data from file
loadCfgFile(":/files/podtype_valid.cfg", fileLibraryData, result);
QCOMPARE(result.isNull(), true);
// Swap library data read from file to other object
libraryData.swap(fileLibraryData);
// Do size and content checks against swapped data.
QCOMPARE(libraryData.podtypes.size(), 2);
QCOMPARE(libraryData.podtypes[0].name, QString("bool"));
QCOMPARE(libraryData.podtypes[0].stdtype.isEmpty(), true);
QCOMPARE(libraryData.podtypes[0].sign.isEmpty(), true);
QCOMPARE(libraryData.podtypes[0].size.isEmpty(), true);
QCOMPARE(libraryData.podtypes[1].name, QString("ulong"));
QCOMPARE(libraryData.podtypes[1].stdtype, QString("uint32_t"));
QCOMPARE(libraryData.podtypes[1].sign, QString("u"));
QCOMPARE(libraryData.podtypes[1].size, QString("4"));
// Save library data to file
saveCfgFile(TempCfgFile, libraryData);
fileLibraryData.clear();
QCOMPARE(fileLibraryData.podtypes.size(), 0);
// Reload library data from file
loadCfgFile(TempCfgFile, fileLibraryData, result, true);
QCOMPARE(result.isNull(), true);
// Verify no data got lost or modified
QCOMPARE(libraryData.podtypes.size(), fileLibraryData.podtypes.size());
QCOMPARE(libraryData.podtypes.size(), 2);
for (int i=0; i < libraryData.podtypes.size(); i++) {
QCOMPARE(libraryData.podtypes[i].name, fileLibraryData.podtypes[i].name);
QCOMPARE(libraryData.podtypes[i].stdtype, fileLibraryData.podtypes[i].stdtype);
QCOMPARE(libraryData.podtypes[i].sign, fileLibraryData.podtypes[i].sign);
QCOMPARE(libraryData.podtypes[i].size, fileLibraryData.podtypes[i].size);
}
}
void TestCppcheckLibraryData::typechecksValid()
{
// Load library data from file
loadCfgFile(":/files/typechecks_valid.cfg", fileLibraryData, result);
QCOMPARE(result.isNull(), true);
// Swap library data read from file to other object
libraryData.swap(fileLibraryData);
// Do size and content checks against swapped data.
QCOMPARE(libraryData.typeChecks.size(), 3);
CppcheckLibraryData::TypeChecks check = libraryData.typeChecks[0];
QCOMPARE(check.size(), 2);
QCOMPARE(check[0].first, QString("suppress"));
QCOMPARE(check[0].second, QString("std::insert_iterator"));
QCOMPARE(check[1].first, QString("check"));
QCOMPARE(check[1].second, QString("std::pair"));
check = libraryData.typeChecks[1];
QCOMPARE(check.isEmpty(), true);
check = libraryData.typeChecks[2];
QCOMPARE(check.size(), 1);
QCOMPARE(check[0].first, QString("check"));
QCOMPARE(check[0].second, QString("std::tuple"));
// Save library data to file
saveCfgFile(TempCfgFile, libraryData);
fileLibraryData.clear();
QCOMPARE(fileLibraryData.typeChecks.size(), 0);
// Reload library data from file
loadCfgFile(TempCfgFile, fileLibraryData, result, true);
QCOMPARE(result.isNull(), true);
// Verify no data got lost or modified
QCOMPARE(libraryData.typeChecks.size(), fileLibraryData.typeChecks.size());
QCOMPARE(libraryData.typeChecks.size(), 3);
for (int idx=0; idx < libraryData.typeChecks.size(); idx++) {
CppcheckLibraryData::TypeChecks lhs = libraryData.typeChecks[idx];
CppcheckLibraryData::TypeChecks rhs = fileLibraryData.typeChecks[idx];
QCOMPARE(lhs.size(), rhs.size());
QCOMPARE(lhs, rhs);
}
}
void TestCppcheckLibraryData::smartPointerValid()
{
// Load library data from file
loadCfgFile(":/files/smartptr_valid.cfg", fileLibraryData, result);
QCOMPARE(result.isNull(), true);
// Swap library data read from file to other object
libraryData.swap(fileLibraryData);
// Do size and content checks against swapped data.
QCOMPARE(libraryData.smartPointers.size(), 3);
QCOMPARE(libraryData.smartPointers[0].name, QString("wxObjectDataPtr"));
QCOMPARE(libraryData.smartPointers[0].unique, false);
QCOMPARE(libraryData.smartPointers[1].name, QString("wxScopedArray"));
QCOMPARE(libraryData.smartPointers[1].unique, true);
QCOMPARE(libraryData.smartPointers[2].name, QString("wxScopedPtr"));
QCOMPARE(libraryData.smartPointers[2].unique, false);
// Save library data to file
saveCfgFile(TempCfgFile, libraryData);
fileLibraryData.clear();
QCOMPARE(fileLibraryData.smartPointers.size(), 0);
// Reload library data from file
loadCfgFile(TempCfgFile, fileLibraryData, result, true);
QCOMPARE(result.isNull(), true);
// Verify no data got lost or modified
QCOMPARE(libraryData.smartPointers.size(), fileLibraryData.smartPointers.size());
QCOMPARE(libraryData.smartPointers.size(), 3);
for (int idx=0; idx < libraryData.smartPointers.size(); idx++) {
QCOMPARE(libraryData.smartPointers[idx].name, fileLibraryData.smartPointers[idx].name);
QCOMPARE(libraryData.smartPointers[idx].unique, fileLibraryData.smartPointers[idx].unique);
}
}
void TestCppcheckLibraryData::platformTypeValid()
{
// Load library data from file
loadCfgFile(":/files/platform_type_valid.cfg", fileLibraryData, result);
QCOMPARE(result.isNull(), true);
// Swap library data read from file to other object
libraryData.swap(fileLibraryData);
// Do size and content checks against swapped data.
QCOMPARE(libraryData.platformTypes.size(), 3);
QCOMPARE(libraryData.platformTypes[0].name, QString("platform"));
QCOMPARE(libraryData.platformTypes[0].value, QString("with attribute and empty"));
QCOMPARE(libraryData.platformTypes[0].types.size(), 0);
QCOMPARE(libraryData.platformTypes[0].platforms.size(), 2);
QCOMPARE(libraryData.platformTypes[0].platforms[0], QString("win64"));
QCOMPARE(libraryData.platformTypes[0].platforms[1].isEmpty(), true);
QCOMPARE(libraryData.platformTypes[1].name, QString("types"));
QCOMPARE(libraryData.platformTypes[1].value, QString("all"));
QCOMPARE(libraryData.platformTypes[1].types.size(), 5);
QCOMPARE(libraryData.platformTypes[1].types,
QStringList({"unsigned", "long", "pointer", "const_ptr", "ptr_ptr"}));
QCOMPARE(libraryData.platformTypes[1].platforms.isEmpty(), true);
QCOMPARE(libraryData.platformTypes[2].name, QString("types and platform"));
QCOMPARE(libraryData.platformTypes[2].value.isEmpty(), true);
QCOMPARE(libraryData.platformTypes[2].types.size(), 2);
QCOMPARE(libraryData.platformTypes[2].types, QStringList({"pointer", "ptr_ptr"}));
QCOMPARE(libraryData.platformTypes[2].platforms.size(), 1);
QCOMPARE(libraryData.platformTypes[2].platforms[0], QString("win32"));
// Save library data to file
saveCfgFile(TempCfgFile, libraryData);
fileLibraryData.clear();
QCOMPARE(fileLibraryData.platformTypes.size(), 0);
// Reload library data from file
loadCfgFile(TempCfgFile, fileLibraryData, result, true);
QCOMPARE(result.isNull(), true);
// Verify no data got lost or modified
QCOMPARE(libraryData.platformTypes.size(), fileLibraryData.platformTypes.size());
QCOMPARE(libraryData.platformTypes.size(), 3);
for (int idx=0; idx < libraryData.platformTypes.size(); idx++) {
CppcheckLibraryData::PlatformType lhs = libraryData.platformTypes[idx];
CppcheckLibraryData::PlatformType rhs = fileLibraryData.platformTypes[idx];
QCOMPARE(lhs.name, rhs.name);
QCOMPARE(lhs.value, rhs.value);
QCOMPARE(lhs.types.size(), rhs.types.size());
QCOMPARE(lhs.types, rhs.types);
QCOMPARE(lhs.platforms.size(), rhs.platforms.size());
QCOMPARE(lhs.platforms, rhs.platforms);
}
}
void TestCppcheckLibraryData::memoryResourceValid()
{
// Load library data from file
loadCfgFile(":/files/memory_resource_valid.cfg", fileLibraryData, result);
QCOMPARE(result.isNull(), true);
// Swap library data read from file to other object
libraryData.swap(fileLibraryData);
// Do size and content checks against swapped data.
QCOMPARE(libraryData.memoryresource.size(), 2);
QCOMPARE(libraryData.memoryresource[0].type, QString("memory"));
QCOMPARE(libraryData.memoryresource[0].alloc.size(), 4);
QCOMPARE(libraryData.memoryresource[0].dealloc.size(), 1);
QCOMPARE(libraryData.memoryresource[0].use.size(), 0);
QCOMPARE(libraryData.memoryresource[0].alloc[0].name, QString("malloc"));
QCOMPARE(libraryData.memoryresource[0].alloc[0].bufferSize, QString("malloc"));
QCOMPARE(libraryData.memoryresource[0].alloc[0].isRealloc, false);
QCOMPARE(libraryData.memoryresource[0].alloc[0].init, false);
QCOMPARE(libraryData.memoryresource[0].alloc[0].arg, -1);
QCOMPARE(libraryData.memoryresource[0].alloc[0].reallocArg, -1);
QCOMPARE(libraryData.memoryresource[0].alloc[1].name, QString("calloc"));
QCOMPARE(libraryData.memoryresource[0].alloc[1].bufferSize, QString("calloc"));
QCOMPARE(libraryData.memoryresource[0].alloc[1].isRealloc, false);
QCOMPARE(libraryData.memoryresource[0].alloc[1].init, true);
QCOMPARE(libraryData.memoryresource[0].alloc[1].arg, -1);
QCOMPARE(libraryData.memoryresource[0].alloc[1].reallocArg, -1);
QCOMPARE(libraryData.memoryresource[0].alloc[2].name, QString("realloc"));
QCOMPARE(libraryData.memoryresource[0].alloc[2].bufferSize, QString("malloc:2"));
QCOMPARE(libraryData.memoryresource[0].alloc[2].isRealloc, true);
QCOMPARE(libraryData.memoryresource[0].alloc[2].init, false);
QCOMPARE(libraryData.memoryresource[0].alloc[2].arg, -1);
QCOMPARE(libraryData.memoryresource[0].alloc[2].reallocArg, -1);
QCOMPARE(libraryData.memoryresource[0].alloc[3].name, QString("UuidToString"));
QCOMPARE(libraryData.memoryresource[0].alloc[3].bufferSize.isEmpty(), true);
QCOMPARE(libraryData.memoryresource[0].alloc[3].isRealloc, false);
QCOMPARE(libraryData.memoryresource[0].alloc[3].init, false);
QCOMPARE(libraryData.memoryresource[0].alloc[3].arg, 2);
QCOMPARE(libraryData.memoryresource[0].alloc[3].reallocArg, -1);
QCOMPARE(libraryData.memoryresource[0].dealloc[0].name, QString("HeapFree"));
QCOMPARE(libraryData.memoryresource[0].dealloc[0].arg, 3);
QCOMPARE(libraryData.memoryresource[1].type, QString("resource"));
QCOMPARE(libraryData.memoryresource[1].alloc.size(), 1);
QCOMPARE(libraryData.memoryresource[1].dealloc.size(), 1);
QCOMPARE(libraryData.memoryresource[1].use.size(), 0);
QCOMPARE(libraryData.memoryresource[1].alloc[0].name, QString("_wfopen_s"));
QCOMPARE(libraryData.memoryresource[1].alloc[0].bufferSize.isEmpty(), true);
QCOMPARE(libraryData.memoryresource[1].alloc[0].isRealloc, false);
QCOMPARE(libraryData.memoryresource[1].alloc[0].init, true);
QCOMPARE(libraryData.memoryresource[1].alloc[0].arg, 1);
QCOMPARE(libraryData.memoryresource[1].alloc[0].reallocArg, -1);
QCOMPARE(libraryData.memoryresource[1].dealloc[0].name, QString("fclose"));
QCOMPARE(libraryData.memoryresource[1].dealloc[0].arg, -1);
// Save library data to file
saveCfgFile(TempCfgFile, libraryData);
fileLibraryData.clear();
QCOMPARE(fileLibraryData.memoryresource.size(), 0);
// Reload library data from file
loadCfgFile(TempCfgFile, fileLibraryData, result, true);
QCOMPARE(result.isNull(), true);
// Verify no data got lost or modified
QCOMPARE(libraryData.memoryresource.size(), fileLibraryData.memoryresource.size());
QCOMPARE(libraryData.memoryresource.size(), 2);
for (int idx=0; idx < libraryData.memoryresource.size(); idx++) {
CppcheckLibraryData::MemoryResource lhs = libraryData.memoryresource[idx];
CppcheckLibraryData::MemoryResource rhs = fileLibraryData.memoryresource[idx];
QCOMPARE(lhs.type, rhs.type);
QCOMPARE(lhs.alloc.size(), rhs.alloc.size());
QCOMPARE(lhs.dealloc.size(), rhs.dealloc.size());
QCOMPARE(lhs.use, rhs.use);
for (int num=0; num < lhs.alloc.size(); num++) {
QCOMPARE(lhs.alloc[num].name, rhs.alloc[num].name);
QCOMPARE(lhs.alloc[num].bufferSize, rhs.alloc[num].bufferSize);
QCOMPARE(lhs.alloc[num].isRealloc, rhs.alloc[num].isRealloc);
QCOMPARE(lhs.alloc[num].init, rhs.alloc[num].init);
QCOMPARE(lhs.alloc[num].arg, rhs.alloc[num].arg);
QCOMPARE(lhs.alloc[num].reallocArg, rhs.alloc[num].reallocArg);
}
for (int num=0; num < lhs.dealloc.size(); num++) {
QCOMPARE(lhs.dealloc[num].name, rhs.dealloc[num].name);
QCOMPARE(lhs.dealloc[num].arg, rhs.dealloc[num].arg);
}
}
}
void TestCppcheckLibraryData::defineValid()
{
// Load library data from file
loadCfgFile(":/files/define_valid.cfg", fileLibraryData, result);
QCOMPARE(result.isNull(), true);
// Swap library data read from file to other object
libraryData.swap(fileLibraryData);
// Do size and content checks against swapped data.
QCOMPARE(libraryData.defines.size(), 2);
QCOMPARE(libraryData.defines[0].name, QString("INT8_MIN"));
QCOMPARE(libraryData.defines[0].value, QString("-128"));
QCOMPARE(libraryData.defines[1].name.isEmpty(), true);
QCOMPARE(libraryData.defines[1].value.isEmpty(), true);
// Save library data to file
saveCfgFile(TempCfgFile, libraryData);
fileLibraryData.clear();
QCOMPARE(fileLibraryData.defines.size(), 0);
// Reload library data from file
loadCfgFile(TempCfgFile, fileLibraryData, result, true);
QCOMPARE(result.isNull(), true);
// Verify no data got lost or modified
QCOMPARE(libraryData.defines.size(), fileLibraryData.defines.size());
QCOMPARE(libraryData.defines.size(), 2);
for (int idx=0; idx < libraryData.defines.size(); idx++) {
QCOMPARE(libraryData.defines[idx].name, fileLibraryData.defines[idx].name);
QCOMPARE(libraryData.defines[idx].value, fileLibraryData.defines[idx].value);
}
}
void TestCppcheckLibraryData::undefineValid()
{
// Load library data from file
loadCfgFile(":/files/undefine_valid.cfg", fileLibraryData, result);
QCOMPARE(result.isNull(), true);
// Swap library data read from file to other object
libraryData.swap(fileLibraryData);
// Do size and content checks against swapped data.
QCOMPARE(libraryData.undefines.size(), 2);
QCOMPARE(libraryData.undefines[0], QString("INT8_MIN"));
QCOMPARE(libraryData.undefines[1].isEmpty(), true);
// Save library data to file
saveCfgFile(TempCfgFile, libraryData);
fileLibraryData.clear();
QCOMPARE(fileLibraryData.undefines.size(), 0);
// Reload library data from file
loadCfgFile(TempCfgFile, fileLibraryData, result, true);
QCOMPARE(result.isNull(), true);
// Verify no data got lost or modified
QCOMPARE(libraryData.undefines.size(), fileLibraryData.undefines.size());
QCOMPARE(libraryData.undefines.size(), 2);
QCOMPARE(libraryData.undefines, fileLibraryData.undefines);
}
void TestCppcheckLibraryData::reflectionValid()
{
// Load library data from file
loadCfgFile(":/files/reflection_valid.cfg", fileLibraryData, result);
QCOMPARE(result.isNull(), true);
// Swap library data read from file to other object
libraryData.swap(fileLibraryData);
// Do size and content checks against swapped data.
QCOMPARE(libraryData.reflections.size(), 2);
QCOMPARE(libraryData.reflections[0].calls.size(), 2);
QCOMPARE(libraryData.reflections[0].calls[0].arg, 2);
QCOMPARE(libraryData.reflections[0].calls[0].name, QString("invokeMethod"));
QCOMPARE(libraryData.reflections[0].calls[1].arg, 1);
QCOMPARE(libraryData.reflections[0].calls[1].name, QString("callFunction"));
QCOMPARE(libraryData.reflections[1].calls.isEmpty(), true);
// Save library data to file
saveCfgFile(TempCfgFile, libraryData);
fileLibraryData.clear();
QCOMPARE(fileLibraryData.reflections.size(), 0);
// Reload library data from file
loadCfgFile(TempCfgFile, fileLibraryData, result, true);
QCOMPARE(result.isNull(), true);
// Verify no data got lost or modified
QCOMPARE(libraryData.reflections.size(), fileLibraryData.reflections.size());
QCOMPARE(libraryData.reflections.size(), 2);
for (int idx=0; idx < libraryData.reflections.size(); idx++) {
CppcheckLibraryData::Reflection lhs = libraryData.reflections[idx];
CppcheckLibraryData::Reflection rhs = fileLibraryData.reflections[idx];
QCOMPARE(lhs.calls.size(), rhs.calls.size());
for (int num=0; num < lhs.calls.size(); num++) {
QCOMPARE(lhs.calls[num].arg, rhs.calls[num].arg);
QCOMPARE(lhs.calls[num].name, rhs.calls[num].name);
}
}
}
void TestCppcheckLibraryData::markupValid()
{
// Load library data from file
loadCfgFile(":/files/markup_valid.cfg", fileLibraryData, result);
QCOMPARE(result.isNull(), true);
// Swap library data read from file to other object
libraryData.swap(fileLibraryData);
// Do size and content checks against swapped data.
QCOMPARE(libraryData.markups.size(), 1);
QCOMPARE(libraryData.markups[0].ext, QString(".qml"));
QCOMPARE(libraryData.markups[0].reportErrors, false);
QCOMPARE(libraryData.markups[0].afterCode, true);
QCOMPARE(libraryData.markups[0].keywords.size(), 4);
QCOMPARE(libraryData.markups[0].keywords, QStringList({"if", "while", "typeof", "for"}));
QCOMPARE(libraryData.markups[0].importer.size(), 1);
QCOMPARE(libraryData.markups[0].importer, QStringList("connect"));
QCOMPARE(libraryData.markups[0].exporter.size(), 1);
QCOMPARE(libraryData.markups[0].exporter[0].prefix, QString("Q_PROPERTY"));
QCOMPARE(libraryData.markups[0].exporter[0].suffixList.size(), 1);
QCOMPARE(libraryData.markups[0].exporter[0].suffixList, QStringList("READ"));
QCOMPARE(libraryData.markups[0].exporter[0].prefixList.size(), 3);
QCOMPARE(libraryData.markups[0].exporter[0].prefixList, QStringList({"READ", "WRITE", "NOTIFY"}));
QCOMPARE(libraryData.markups[0].codeBlocks.size(), 2);
QCOMPARE(libraryData.markups[0].codeBlocks[0].blocks.size(), 5);
QCOMPARE(libraryData.markups[0].codeBlocks[0].blocks, QStringList({"onClicked", "onFinished", "onTriggered", "onPressed", "onTouch"}));
QCOMPARE(libraryData.markups[0].codeBlocks[0].offset, 3);
QCOMPARE(libraryData.markups[0].codeBlocks[0].start, QString("{"));
QCOMPARE(libraryData.markups[0].codeBlocks[0].end, QString("}"));
QCOMPARE(libraryData.markups[0].codeBlocks[1].blocks.size(), 1);
QCOMPARE(libraryData.markups[0].codeBlocks[1].blocks, QStringList("function"));
QCOMPARE(libraryData.markups[0].codeBlocks[1].offset, 2);
QCOMPARE(libraryData.markups[0].codeBlocks[1].start, QString("{"));
QCOMPARE(libraryData.markups[0].codeBlocks[1].end, QString("}"));
// Save library data to file
saveCfgFile(TempCfgFile, libraryData);
fileLibraryData.clear();
QCOMPARE(fileLibraryData.markups.size(), 0);
// Reload library data from file
loadCfgFile(TempCfgFile, fileLibraryData, result, true);
QCOMPARE(result.isNull(), true);
// Verify no data got lost or modified
QCOMPARE(libraryData.markups.size(), fileLibraryData.markups.size());
for (int idx=0; idx < libraryData.markups.size(); idx++) {
CppcheckLibraryData::Markup lhs = libraryData.markups[idx];
CppcheckLibraryData::Markup rhs = fileLibraryData.markups[idx];
QCOMPARE(lhs.ext, rhs.ext);
QCOMPARE(lhs.reportErrors, rhs.reportErrors);
QCOMPARE(lhs.afterCode, rhs.afterCode);
QCOMPARE(lhs.keywords, rhs.keywords);
QCOMPARE(lhs.importer, rhs.importer);
for (int num=0; num < lhs.exporter.size(); num++) {
QCOMPARE(lhs.exporter[num].prefix, rhs.exporter[num].prefix);
QCOMPARE(lhs.exporter[num].suffixList, rhs.exporter[num].suffixList);
QCOMPARE(lhs.exporter[num].prefixList, rhs.exporter[num].prefixList);
}
for (int num=0; num < lhs.codeBlocks.size(); num++) {
QCOMPARE(lhs.codeBlocks[num].blocks, rhs.codeBlocks[num].blocks);
QCOMPARE(lhs.codeBlocks[num].offset, rhs.codeBlocks[num].offset);
QCOMPARE(lhs.codeBlocks[num].start, rhs.codeBlocks[num].start);
QCOMPARE(lhs.codeBlocks[num].end, rhs.codeBlocks[num].end);
}
}
}
void TestCppcheckLibraryData::containerValid()
{
// Load library data from file
loadCfgFile(":/files/container_valid.cfg", fileLibraryData, result);
QCOMPARE(result.isNull(), true);
// Swap library data read from file to other object
libraryData.swap(fileLibraryData);
// Do size and content checks against swapped data.
QCOMPARE(libraryData.containers.size(), 1);
QCOMPARE(libraryData.containers[0].rangeItemRecordTypeList.size(), 2);
QCOMPARE(libraryData.containers[0].rangeItemRecordTypeList[0].name, QString("first"));
QCOMPARE(libraryData.containers[0].rangeItemRecordTypeList[0].templateParameter, QString("0"));
QCOMPARE(libraryData.containers[0].rangeItemRecordTypeList[1].name, QString("second"));
QCOMPARE(libraryData.containers[0].rangeItemRecordTypeList[1].templateParameter, QString("1"));
// Save library data to file
saveCfgFile(TempCfgFile, libraryData);
fileLibraryData.clear();
QCOMPARE(fileLibraryData.containers.size(), 0);
// Reload library data from file
loadCfgFile(TempCfgFile, fileLibraryData, result, true);
QCOMPARE(result.isNull(), true);
// Verify no data got lost or modified
QCOMPARE(libraryData.containers.size(), fileLibraryData.containers.size());
for (int idx=0; idx < libraryData.containers.size(); idx++) {
CppcheckLibraryData::Container lhs = libraryData.containers[idx];
CppcheckLibraryData::Container rhs = fileLibraryData.containers[idx];
for (int num=0; num < lhs.rangeItemRecordTypeList.size(); num++) {
QCOMPARE(lhs.rangeItemRecordTypeList[num].name, rhs.rangeItemRecordTypeList[num].name);
QCOMPARE(lhs.rangeItemRecordTypeList[num].templateParameter, rhs.rangeItemRecordTypeList[num].templateParameter);
}
}
}
void TestCppcheckLibraryData::loadCfgFile(const QString &filename, CppcheckLibraryData &data, QString &res, bool removeFile)
{
QFile file(filename);
QVERIFY(file.open(QIODevice::ReadOnly | QIODevice::Text));
res = data.open(file);
file.close();
if (removeFile) {
file.remove();
}
}
void TestCppcheckLibraryData::saveCfgFile(const QString &filename, CppcheckLibraryData &data)
{
QFile file(filename);
QVERIFY(file.open(QIODevice::WriteOnly | QIODevice::Text));
QTextStream textStream(&file);
textStream << data.toString() << '\n';
file.close();
}
void TestCppcheckLibraryData::validateAllCfg()
{
const QDir dir(QString(SRCDIR) + "/../../../cfg/");
const QStringList files = dir.entryList(QStringList() << "*.cfg",QDir::Files);
QVERIFY(files.size() != 0);
bool error = false;
for (const QString& f : files) {
loadCfgFile(dir.absolutePath() + "/" + f, fileLibraryData, result);
if (!result.isNull()) {
error = true;
qDebug() << f << " - " << result;
}
}
QCOMPARE(error, false);
}
QTEST_MAIN(TestCppcheckLibraryData)
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