bool Rectangle::Intersect(Rectangle* rect) {
GLfloat xLeft2 = rect->GetXLeft();
GLfloat xRight2 = rect->GetXRight();
GLfloat yDown2 = rect->GetYDown();
GLfloat yUp2 = rect->GetYUp();
bool xOverlap = IsValueInRange(xLeft, xLeft2, xRight2) ||
IsValueInRange(xLeft2, xLeft, xRight);
bool yOverlap = IsValueInRange(yDown, yDown2, yUp2) ||
IsValueInRange(yDown2, yDown, yUp);
return xOverlap && yOverlap;
}
bool CCellListCtrl::InsertItem(int index, LPCTSTR text)
{
if (!IsValueInRange(index, 0, GetItemCount())) {
return false;
}
Item item;
item.Text.resize((std::max)(1, GetColumnCount()));
item.Text[0] = text;
m_items.insert(m_items.begin() + index, item);
return true;
}
bool CCellListCtrl::InsertColumn(int index, LPCTSTR headingText, int width)
{
if (!IsValueInRange(index, 0, GetColumnCount())) {
return false;
}
Column column = {};
column.HeadingText = headingText;
column.Width = width;
m_columns.insert(m_columns.begin() + index, column);
int itemCount = GetItemCount();
for (int iItem = 0; iItem < itemCount; ++iItem) {
m_items[iItem].Text.resize(m_columns.size());
}
return true;
}
void FileTimeSearcher::DoUpdate(const Result& result)
{
QDateTime matchedFileTime = GetTimeFrom(result, matchedTimeType);
qDebug() << "FileTimeSearcher::DoUpdate()";
qDebug() << "matchedFileTime: " << matchedFileTime;
// no size bound limit
if (beginTime.isNull() && endTime.isNull())
{
// throw exception
// should not happen
}
if (IsValueInRange(matchedFileTime, beginTime, endTime))
{
// ok, meet requirement, pass it along
qDebug() << "match meet time requirement";
Notify(result);
}
}
