private void assertFurtherValuesSorting(final FDate key) {
final FDate firstKey = extractKey(key, furtherValues.getHead());
if (firstKey.compareTo(key) <= -1) {
/*
* readAllValuesAscendingFrom loads all data, thus we set the min key very deep so that later queries are
* skipped if they are before minKey
*/
minKey = minKey();
}
if (minKeyInDB == null || firstKey.compareTo(minKey) <= -1) {
minKeyInDB = firstKey;
}
minKeyInDBFromLoadFurtherValues = FDates.min(minKeyInDBFromLoadFurtherValues, firstKey);
final FDate lastKey = extractKey(key, furtherValues.getTail());
if (maxKeyInDB == null || lastKey.compareTo(maxKeyInDB) <= -1) {
maxKeyInDB = FDates.max(maxKeyInDB, lastKey);
}
maxKeyInDBFromLoadFurtherValues = FDates.max(maxKeyInDBFromLoadFurtherValues, lastKey);
if (furtherValues.size() > 1) {
Assertions.checkState(
firstKey.compareTo(lastKey) <= 0,
"Not ascending sorted! At firstKey [%s] and lastKey [%s]",
firstKey,
lastKey);
}
}
private boolean eventuallyLoadFurtherValues(
final String source,
final FDate key,
final FDate adjustedKey,
final boolean newMinKey,
final boolean forced) {
if (forced || shouldLoadFurtherValues(key, newMinKey)) {
final FDate keyForReadAllValues;
if (newMinKey
&& minKeyInDBFromLoadFurtherValues != null
&& key.isBefore(minKeyInDBFromLoadFurtherValues)) {
// performance optimization for first load
keyForReadAllValues = FDates.min(minKeyInDB, FDates.max(minKeyInDB, adjustedKey));
} else {
keyForReadAllValues = FDates.max(minKeyInDB, adjustedKey);
}
furtherValues.clear();
lastValuesFromFurtherValues.clear();
furtherValues.addAll(readAllValuesAscendingFrom(keyForReadAllValues));
if (!furtherValues.isEmpty()) {
assertFurtherValuesSorting(key);
}
return true;
}
return false;
}
