TEST_F(TableTupleTest, ComputeNonInlinedMemory)
{
UniqueEngine engine = UniqueEngineBuilder().build();
Pool *pool = ExecutorContext::getTempStringPool();
// Make sure that inlined strings are actually inlined
int32_t maxInlinableLength = UNINLINEABLE_OBJECT_LENGTH/MAX_BYTES_PER_UTF8_CHARACTER - 1;
ScopedTupleSchema allInlineSchema{Tools::buildSchema(VALUE_TYPE_BIGINT,
std::make_pair(VALUE_TYPE_VARCHAR, maxInlinableLength))};
PoolBackedTupleStorage tupleStorage;
tupleStorage.init(allInlineSchema.get(), pool);
tupleStorage.allocateActiveTuple();
TableTuple inlineTuple = tupleStorage;
Tools::setTupleValues(&inlineTuple, int64_t(0), "dude");
EXPECT_EQ(0, inlineTuple.getNonInlinedMemorySizeForPersistentTable());
// Now check that an non-inlined schema returns the right thing.
int32_t nonInlinableLength = UNINLINEABLE_OBJECT_LENGTH + 10000;
ScopedTupleSchema nonInlinedSchema{Tools::buildSchema(VALUE_TYPE_BIGINT,
std::make_pair(VALUE_TYPE_VARCHAR, nonInlinableLength))};
tupleStorage.init(nonInlinedSchema.get(), pool);
tupleStorage.allocateActiveTuple();
TableTuple nonInlinedTuple = tupleStorage;
NValue nonInlinedString = Tools::nvalueFromNative("123456");
Tools::setTupleValues(&nonInlinedTuple, int64_t(0), nonInlinedString);
EXPECT_EQ(nonInlinedString.getAllocationSizeForObjectInPersistentStorage(),
nonInlinedTuple.getNonInlinedMemorySizeForPersistentTable());
}
