void HybridBuildStrategy::handleReorderMatch() {
DiskLoc loc = _cursor->currLoc();
if ( _scanAndOrderDups.getsetdup( loc ) ) {
return;
}
try {
_reorderBuild._handleMatchNoDedup();
} catch ( const UserException &e ) {
if ( e.getCode() == ScanAndOrderMemoryLimitExceededAssertionCode ) {
if ( _queryOptimizerCursor->runningInitialCachedPlan() ) {
_queryOptimizerCursor->clearIndexesForPatterns();
throw QueryRetryException();
}
else if ( _queryOptimizerCursor->runningInitialInOrderPlan() ) {
_queryOptimizerCursor->abortOutOfOrderPlans();
return;
}
}
throw;
}
}
bool HybridBuildStrategy::handleReorderMatch( ResultDetails* resultDetails ) {
DiskLoc loc = _cursor->currLoc();
if ( _scanAndOrderDups.getsetdup( loc ) ) {
return false;
}
resultDetails->match = true;
try {
_reorderBuild->_handleMatchNoDedup( resultDetails );
} catch ( const UserException &e ) {
if ( e.getCode() == ScanAndOrderMemoryLimitExceededAssertionCode ) {
if ( _queryOptimizerCursor->hasPossiblyExcludedPlans() ) {
_queryOptimizerCursor->clearIndexesForPatterns();
throw QueryRetryException();
}
else if ( _queryOptimizerCursor->runningInitialInOrderPlan() ) {
_queryOptimizerCursor->abortOutOfOrderPlans();
return true;
}
}
throw;
}
return true;
}
