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#include "map/viewport_search_callback.hpp"
#include "search/result.hpp"
#include "base/assert.hpp"
namespace
{
booking::filter::Types FillBookingFilterTypes(search::Results const & results,
booking::filter::Tasks const & tasks)
{
using namespace booking::filter;
Types types;
for (auto const & task : tasks)
{
switch (task.m_type)
{
case Type::Deals:
if (results.GetType() == search::Results::Type::Hotels)
types.emplace_back(Type::Deals);
break;
case Type::Availability:
types.emplace_back(Type::Availability);
break;
}
}
return types;
}
} // namespace
namespace search
{
ViewportSearchCallback::ViewportSearchCallback(m2::RectD const & viewport, Delegate & delegate,
booking::filter::Tasks const & bookingFilterTasks,
OnResults const & onResults)
: m_viewport(viewport)
, m_delegate(delegate)
, m_onResults(onResults)
, m_firstCall(true)
, m_lastResultsSize(0)
, m_bookingFilterTasks(bookingFilterTasks)
{
}
void ViewportSearchCallback::operator()(Results const & results)
{
ASSERT_LESS_OR_EQUAL(m_lastResultsSize, results.GetCount(), ());
if (results.GetType() == Results::Type::Hotels)
m_delegate.SetHotelDisplacementMode();
// We need to clear old results and show a new bunch of results when
// the search is completed normally (note that there may be empty
// set of results), or when the search is not completed and there is
// something in results.
//
// We don't need to clear old results or show current results if the
// search is cancelled, because:
//
// * current request is cancelled because of the next
// search-in-viewport request - in this case it is the
// responsibility of the next search request to clean up old results
// and there is no need to clean up current results. We don't want
// to show blinking results.
//
// * search in viewport may be cancelled completely - it is the
// responsibility of the user of this class to handle this case and
// clean up results.
if (results.IsEndedNormal() || (!results.IsEndMarker() && results.GetCount() != 0))
{
auto & delegate = m_delegate;
bool const firstCall = m_firstCall;
auto const types = FillBookingFilterTypes(results, m_bookingFilterTasks);
auto const lastResultsSize = m_lastResultsSize;
m_delegate.RunUITask([&delegate, firstCall, types, results, lastResultsSize]() {
if (!delegate.IsViewportSearchActive())
return;
if (types.empty())
{
delegate.ShowViewportSearchResults(results.begin() + lastResultsSize, results.end(),
firstCall);
}
else
{
delegate.ShowViewportSearchResults(results.begin() + lastResultsSize, results.end(),
firstCall, types);
}
});
}
if (results.IsEndedNormal() && results.GetType() == Results::Type::Hotels &&
!m_bookingFilterTasks.IsEmpty())
{
if (m_viewport.IsValid())
m_delegate.FilterAllHotelsInViewport(m_viewport, m_bookingFilterTasks);
m_delegate.FilterResultsForHotelsQuery(m_bookingFilterTasks, results, true /* inViewport */);
}
m_lastResultsSize = results.GetCount();
m_firstCall = false;
if (m_onResults)
m_onResults(results);
}
} // namespace search
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