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#include <library/cpp/skiff/skiff.h>
#include <library/cpp/skiff/skiff_schema.h>
#include <library/cpp/testing/unittest/registar.h>
#include <util/stream/buffer.h>
using namespace NSkiff;
////////////////////////////////////////////////////////////////////////////////
template<>
void Out<TSkiffSchema>(IOutputStream& s, const TSkiffSchema& schema)
{
s << "TSkiffSchema:" << GetShortDebugString(schema.shared_from_this());
}
////////////////////////////////////////////////////////////////////////////////
Y_UNIT_TEST_SUITE(TSkiffSchemaTestSuite) {
Y_UNIT_TEST(TestIntEqual)
{
std::shared_ptr<TSkiffSchema> schema1 = CreateSimpleTypeSchema(EWireType::Uint64);
schema1->SetName("schema");
std::shared_ptr<TSkiffSchema> schema2 = CreateSimpleTypeSchema(EWireType::Uint64);
schema2->SetName("schema");
UNIT_ASSERT_VALUES_EQUAL(*schema1, *schema2);
}
Y_UNIT_TEST(TestTupleEqual)
{
std::shared_ptr<TSkiffSchema> schema1 = CreateTupleSchema({
CreateSimpleTypeSchema(EWireType::Int64),
CreateSimpleTypeSchema(EWireType::String32),
});
std::shared_ptr<TSkiffSchema> schema2 = CreateTupleSchema({
CreateSimpleTypeSchema(EWireType::Int64),
CreateSimpleTypeSchema(EWireType::String32),
});
Cerr << *schema1 << Endl;
schema1->SetName("schema");
UNIT_ASSERT_VALUES_UNEQUAL(*schema1, *schema2);
schema2->SetName("schema");
UNIT_ASSERT_VALUES_EQUAL(*schema1, *schema2);
}
Y_UNIT_TEST(TestHashes)
{
TSet<size_t> hashes;
auto schema = CreateSimpleTypeSchema(EWireType::Uint64);
schema->SetName("schema");
hashes.insert(THash<NSkiff::TSkiffSchema>()(*schema));
schema = CreateSimpleTypeSchema(EWireType::Uint64);
hashes.insert(THash<NSkiff::TSkiffSchema>()(*schema));
auto schema2 = CreateTupleSchema({
CreateSimpleTypeSchema(EWireType::Int64),
CreateSimpleTypeSchema(EWireType::String32),
});
schema2->SetName("s");
hashes.insert(THash<NSkiff::TSkiffSchema>()(*schema2));
schema2->SetName("s0");
hashes.insert(THash<NSkiff::TSkiffSchema>()(*schema2));
schema2->SetName("s");
hashes.insert(THash<NSkiff::TSkiffSchema>()(*schema2));
auto schema3 = CreateRepeatedVariant16Schema({
CreateSimpleTypeSchema(EWireType::Int64),
schema2,
});
hashes.insert(THash<NSkiff::TSkiffSchema>()(*schema3));
schema3->SetName("kek");
hashes.insert(THash<NSkiff::TSkiffSchema>()(*schema3));
auto schema4 = CreateRepeatedVariant8Schema({
CreateSimpleTypeSchema(EWireType::Int64),
schema2,
});
hashes.insert(THash<NSkiff::TSkiffSchema>()(*schema4));
schema4->SetName("kek");
hashes.insert(THash<NSkiff::TSkiffSchema>()(*schema4));
UNIT_ASSERT_VALUES_EQUAL(hashes.size(), 8);
}
Y_UNIT_TEST(TestDifferent)
{
TVector<std::shared_ptr<TSkiffSchema>> schemas;
auto schema = CreateSimpleTypeSchema(EWireType::Uint64);
schema->SetName("schema");
schemas.push_back(schema);
schemas.push_back(CreateSimpleTypeSchema(EWireType::Uint64));
auto schema2 = CreateTupleSchema({
CreateSimpleTypeSchema(EWireType::Int64),
CreateSimpleTypeSchema(EWireType::String32),
});
schema2->SetName("s");
schemas.push_back(schema2);
auto schema3 = CreateTupleSchema({
CreateSimpleTypeSchema(EWireType::Int64),
CreateSimpleTypeSchema(EWireType::String32),
});
schema3->SetName("s0");
schemas.push_back(schema3);
auto schema4 = CreateRepeatedVariant16Schema({
CreateSimpleTypeSchema(EWireType::Int64),
schema2,
});
schemas.push_back(schema4);
auto schema5 = CreateRepeatedVariant16Schema({
CreateSimpleTypeSchema(EWireType::Int64),
schema2,
});
schema5->SetName("kek");
schemas.push_back(schema5);
auto schema6 = CreateRepeatedVariant8Schema({
CreateSimpleTypeSchema(EWireType::Int64),
schema2,
});
schemas.push_back(schema6);
for (size_t i = 0; i < schemas.size(); ++i) {
for (size_t j = i + 1; j < schemas.size(); ++j) {
UNIT_ASSERT_VALUES_UNEQUAL(*schemas[i], *schemas[j]);
}
}
}
}
////////////////////////////////////////////////////////////////////////////////
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