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removed unused function

This commit is contained in:
Jan Steemann 2015-08-28 10:30:23 +02:00
parent e30d6d42b9
commit 22c8b5518e
1 changed files with 0 additions and 143 deletions
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143
arangod/Indexes/skiplist-helper.cpp
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@ -581,149 +581,6 @@ static bool skiplistIndex_findHelperIntervalIntersectionValid (
return skiplistIndex_findHelperIntervalValid(skiplistIndex, interval); return skiplistIndex_findHelperIntervalValid(skiplistIndex, interval);
} }
static void SkiplistIndex_findHelper (SkiplistIndex* skiplistIndex,
TRI_vector_t const* shapeList,
TRI_index_operator_t const* indexOperator,
TRI_vector_t* resultIntervalList) {
TRI_skiplist_index_key_t values;
TRI_vector_t leftResult;
TRI_vector_t rightResult;
TRI_skiplist_iterator_interval_t interval;
triagens::basics::SkipListNode* temp;
TRI_InitVector(&(leftResult), TRI_UNKNOWN_MEM_ZONE, sizeof(TRI_skiplist_iterator_interval_t));
TRI_InitVector(&(rightResult), TRI_UNKNOWN_MEM_ZONE, sizeof(TRI_skiplist_iterator_interval_t));
TRI_relation_index_operator_t* relationOperator = (TRI_relation_index_operator_t*) indexOperator;
TRI_logical_index_operator_t* logicalOperator = (TRI_logical_index_operator_t*) indexOperator;
switch (indexOperator->_type) {
case TRI_EQ_INDEX_OPERATOR:
case TRI_LE_INDEX_OPERATOR:
case TRI_LT_INDEX_OPERATOR:
case TRI_GE_INDEX_OPERATOR:
case TRI_GT_INDEX_OPERATOR:
values._fields = relationOperator->_fields;
values._numFields = relationOperator->_numFields;
break; // this is to silence a compiler warning
default: {
// must not access relationOperator->xxx if the operator is not a
// relational one otherwise we'll get invalid reads and the prog
// might crash
}
}
switch (indexOperator->_type) {
case TRI_AND_INDEX_OPERATOR: {
SkiplistIndex_findHelper(skiplistIndex, shapeList, logicalOperator->_left, &leftResult);
SkiplistIndex_findHelper(skiplistIndex, shapeList, logicalOperator->_right, &rightResult);
size_t nl = TRI_LengthVector(&leftResult);
size_t nr = TRI_LengthVector(&rightResult);
for (size_t i = 0; i < nl; ++i) {
for (size_t j = 0; j < nr; ++j) {
auto tempLeftInterval = static_cast<TRI_skiplist_iterator_interval_t*>(TRI_AddressVector(&leftResult, i));
auto tempRightInterval = static_cast<TRI_skiplist_iterator_interval_t*>(TRI_AddressVector(&rightResult, j));
if (skiplistIndex_findHelperIntervalIntersectionValid(
skiplistIndex,
tempLeftInterval,
tempRightInterval,
&interval)) {
TRI_PushBackVector(resultIntervalList, &interval);
}
}
}
TRI_DestroyVector(&leftResult);
TRI_DestroyVector(&rightResult);
return;
}
case TRI_EQ_INDEX_OPERATOR: {
temp = skiplistIndex->skiplist->leftKeyLookup(&values);
TRI_ASSERT(nullptr != temp);
interval._leftEndPoint = temp;
bool const allAttributesCoveredByCondition = (values._numFields == skiplistIndex->_numFields);
if (skiplistIndex->unique && allAttributesCoveredByCondition) {
// At most one hit:
temp = temp->nextNode();
if (nullptr != temp) {
if (0 == CmpKeyElm(skiplistIndex, &values, temp->document())) {
interval._rightEndPoint = temp->nextNode();
if (skiplistIndex_findHelperIntervalValid(skiplistIndex,
&interval)) {
TRI_PushBackVector(resultIntervalList, &interval);
}
}
}
}
else {
temp = skiplistIndex->skiplist->rightKeyLookup(&values);
interval._rightEndPoint = temp->nextNode();
if (skiplistIndex_findHelperIntervalValid(skiplistIndex,
&interval)) {
TRI_PushBackVector(resultIntervalList, &interval);
}
}
return;
}
case TRI_LE_INDEX_OPERATOR: {
interval._leftEndPoint = skiplistIndex->skiplist->startNode();
temp = skiplistIndex->skiplist->rightKeyLookup(&values);
interval._rightEndPoint = temp->nextNode();
if (skiplistIndex_findHelperIntervalValid(skiplistIndex, &interval)) {
TRI_PushBackVector(resultIntervalList, &interval);
}
return;
}
case TRI_LT_INDEX_OPERATOR: {
interval._leftEndPoint = skiplistIndex->skiplist->startNode();
temp = skiplistIndex->skiplist->leftKeyLookup(&values);
interval._rightEndPoint = temp->nextNode();
if (skiplistIndex_findHelperIntervalValid(skiplistIndex, &interval)) {
TRI_PushBackVector(resultIntervalList, &interval);
}
return;
}
case TRI_GE_INDEX_OPERATOR: {
temp = skiplistIndex->skiplist->leftKeyLookup(&values);
interval._leftEndPoint = temp;
interval._rightEndPoint = skiplistIndex->skiplist->endNode();
if (skiplistIndex_findHelperIntervalValid(skiplistIndex, &interval)) {
TRI_PushBackVector(resultIntervalList, &interval);
}
return;
}
case TRI_GT_INDEX_OPERATOR: {
temp = skiplistIndex->skiplist->rightKeyLookup(&values);
interval._leftEndPoint = temp;
interval._rightEndPoint = skiplistIndex->skiplist->endNode();
if (skiplistIndex_findHelperIntervalValid(skiplistIndex, &interval)) {
TRI_PushBackVector(resultIntervalList, &interval);
}
return;
}
default: {
TRI_ASSERT(false);
}
} // end of switch statement
}
static void SkiplistIndex_findHelper (SkiplistIndex* skiplistIndex, static void SkiplistIndex_findHelper (SkiplistIndex* skiplistIndex,
TRI_index_operator_t const* indexOperator, TRI_index_operator_t const* indexOperator,
TRI_vector_t* resultIntervalList) { TRI_vector_t* resultIntervalList) {