static void ResizeAssociativeSynced (TRI_associative_synced_t* array,
uint32_t targetSize) {
void** oldTable;
uint32_t oldAlloc;
uint32_t j;
oldTable = array->_table;
oldAlloc = array->_nrAlloc;
array->_nrAlloc = targetSize;
#ifdef TRI_INTERNAL_STATS
array->_nrResizes++;
#endif
array->_table = static_cast<void**>(TRI_Allocate(array->_memoryZone, array->_nrAlloc * sizeof(void*), true));
if (array->_table == NULL) {
array->_nrAlloc = oldAlloc;
array->_table = oldTable;
return;
}
array->_nrUsed = 0;
// table is already cleared by allocate, copy old data
for (j = 0; j < oldAlloc; j++) {
if (oldTable[j] != NULL) {
AddNewElementSynced(array, oldTable[j]);
}
}
TRI_Free(array->_memoryZone, oldTable);
}
static void ResizeAssociativeSynced (TRI_associative_synced_t* array) {
void** oldTable;
uint64_t oldAlloc;
uint64_t j;
oldTable = array->_table;
oldAlloc = array->_nrAlloc;
array->_nrAlloc = 2 * array->_nrAlloc + 1;
array->_nrUsed = 0;
array->_nrResizes++;
array->_table = TRI_Allocate(array->_nrAlloc * sizeof(void*));
for (j = 0; j < array->_nrAlloc; j++) {
array->_table[j] = NULL;
}
for (j = 0; j < oldAlloc; j++) {
if (oldTable[j] != NULL) {
AddNewElementSynced(array, oldTable[j]);
}
}
TRI_Free(oldTable);
}