void ribi::braw::qtbrainweaverprintconceptmapdialog_test::default_construct()
{
const auto files = FileFactory().GetTests();
for (const auto file: files) {
QtPrintConceptMapDialog d(file);
d.show();
QTest::qWait(1000);
for (const ribi::cmap::QtNode * const qtnode:
ribi::cmap::GetQtNodes(d.m_widget->GetScene())
)
{
QVERIFY(qtnode != nullptr);
QVERIFY(qtnode->isVisible());
#ifdef REALLY_CARE_20161008
//All QtNodes' their rectangles should be within all_items_rect
const QRectF all_items_rect {
//d.m_widget->scene()->itemsBoundingRect() //Does not work
//d.m_widget->scene()->sceneRect() //Does not work
d.m_widget->sceneRect()
};
QVERIFY(all_items_rect.contains(qtnode->boundingRect()));
#endif
}
}
}
void ribi::braw::qtbrainweaverdisplay_test::display_rated_concepts()
{
File f = FileFactory().GetTests().back();
const QtDisplay d;
std::unique_ptr<QTableWidget> widget(new QTableWidget);
widget->setRowCount(4);
widget->setColumnCount(3);
widget->show();
d.DisplayRatedConcepts(f, widget.get());
QVERIFY("Should get here");
}
void ribi::braw::qtbrainweaverdisplay_test::display_misc_values()
{
const QtDisplay d;
std::unique_ptr<QTableWidget> widget(new QTableWidget);
widget->setRowCount(4);
widget->setColumnCount(3);
widget->show();
File f = FileFactory().Get5();
d.DisplayMiscValues(f, widget.get());
QVERIFY("Should get here");
}
void ribi::braw::qtbrainweaverdisplay_test::display_examples()
{
File f = FileFactory().Get5();
const QtDisplay d;
std::unique_ptr<QTableWidget> widget(new QTableWidget);
widget->setColumnCount(2);
widget->setRowCount(7);
widget->show();
d.DisplayExamples(f, widget.get());
QVERIFY("Should get here");
}
// PfmFormatterDispatch::Open
void CCALL Volume::Open( PfmMarshallerOpenOp* op, void* formatterUse)
{
const PfmNamePart* nameParts = op->NameParts();
size_t namePartCount = op->NamePartCount();
int8_t createFileType = op->CreateFileType();
int8_t createFileFlags = op->CreateFileFlags();
int64_t writeTime = op->WriteTime();
int64_t newCreateOpenId = op->NewCreateOpenId();
int64_t newExistingOpenId = op->NewExistingOpenId();
int perr;
bool existed = false;
PfmOpenAttribs openAttribs = zeroOpenAttribs;
int64_t parentFileId = 0;
const wchar_t* endName = 0;
File* file;
File* parent;
File** sibPrev;
perr = FindFile( nameParts, namePartCount, &file, &parent, &sibPrev);
if (!perr)
{
if (file)
{
existed = true;
file->Open( newExistingOpenId, &openAttribs, &parentFileId, &endName);
}
else
{
// Name must have 1 or more parts or would have found root.
ASSERT( namePartCount && parent && sibPrev);
if (createFileType == pfmFileTypeNone)
{
perr = pfmErrorNotFound;
}
else
{
perr = FileFactory( parent, sibPrev, nameParts[ namePartCount-1].name, createFileType, createFileFlags, writeTime, &file);
if (!perr)
{
file->Open( newCreateOpenId, &openAttribs, &parentFileId, &endName);
}
}
}
}
op->Complete( perr, existed, &openAttribs, parentFileId, endName, 0, 0, 0, 0);
}
void ribi::braw::qtbrainweaverprintconceptmapdialog_test::print_should_produce_file()
{
const auto file = FileFactory().Get3();
QtPrintConceptMapDialog d(file);
d.show();
const std::string filename{
"qtbrainweaverprintconceptmapdialog_test.pdf"
};
if (ribi::is_regular_file(filename)) { ribi::delete_file(filename); }
QVERIFY(!ribi::is_regular_file(filename));
d.Print(filename);
QVERIFY(ribi::is_regular_file(filename));
//Cleanup
if (ribi::is_regular_file(filename)) { ribi::delete_file(filename); }
assert(!ribi::is_regular_file(filename));
}
// PfmFormatterDispatch::Replace
void CCALL Volume::Replace( PfmMarshallerReplaceOp* op, void* formatterUse)
{
int64_t targetOpenId = op->TargetOpenId();
int64_t targetParentFileId = op->TargetParentFileId();
const PfmNamePart* targetEndName = op->TargetEndName();
uint8_t createFileFlags = op->CreateFileFlags();
int64_t writeTime = op->WriteTime();
int64_t newCreateOpenId = op->NewCreateOpenId();
int perr;
PfmOpenAttribs openAttribs = zeroOpenAttribs;
File* target;
File* file;
perr = FindOpenFile( targetOpenId, &target);
if (!perr)
{
if (target == &root)
{
// Can't replace root.
perr = pfmErrorAccessDenied;
}
else if (!target->name)
{
perr = pfmErrorDeleted;
}
else
{
perr = FileFactory( target->parent, target->sibPrev, target->name, target->fileType, createFileFlags, writeTime, &file);
if (!perr)
{
target->Delete( writeTime, false/*leaveChildren*/);
file->Open( newCreateOpenId, &openAttribs, 0, 0);
}
}
}
op->Complete( perr, &openAttribs, 0);
}
