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#include "yql_constraint.h"
#include "yql_expr.h"
#include <yql/essentials/utils/yql_panic.h>
#include <library/cpp/testing/unittest/registar.h>
#include <library/cpp/yson/node/node_io.h>
namespace NYql {
Y_UNIT_TEST_SUITE(TSerializeConstrains) {
Y_UNIT_TEST(SerializeSorted) {
TExprContext ctx;
auto c = ctx.MakeConstraint<TSortedConstraintNode>(TSortedConstraintNode::TContainerType{
std::pair{TPartOfConstraintBase::TSetType{TPartOfConstraintBase::TPathType{"a", "b"}}, true},
std::pair{TPartOfConstraintBase::TSetType{TPartOfConstraintBase::TPathType{"d"}}, false},
std::pair{TPartOfConstraintBase::TSetType{TPartOfConstraintBase::TPathType{"e"}, TPartOfConstraintBase::TPathType{"f", "g"}}, false},
});
auto yson = c->ToYson();
UNIT_ASSERT_VALUES_EQUAL(NYT::NodeToCanonicalYsonString(yson), R"([[[["a";"b"]];%true];[["d"];%false];[["e";["f";"g"]];%false]])");
auto c2 = ctx.MakeConstraint<TSortedConstraintNode>(yson);
UNIT_ASSERT_VALUES_EQUAL(NYT::NodeToCanonicalYsonString(yson), NYT::NodeToCanonicalYsonString(c2->ToYson()));
UNIT_ASSERT_EQUAL(c, c2);
}
Y_UNIT_TEST(SerializeChopped) {
TExprContext ctx;
auto c = ctx.MakeConstraint<TChoppedConstraintNode>(TPartOfConstraintBase::TSetOfSetsType{
TPartOfConstraintBase::TSetType{TPartOfConstraintBase::TPathType{"a"}},
TPartOfConstraintBase::TSetType{TPartOfConstraintBase::TPathType{"a", "b"}},
TPartOfConstraintBase::TSetType{TPartOfConstraintBase::TPathType{"c", "d"}, TPartOfConstraintBase::TPathType{"e"}},
});
auto yson = c->ToYson();
UNIT_ASSERT_VALUES_EQUAL(NYT::NodeToCanonicalYsonString(yson), R"(["a";[["a";"b"]];[["c";"d"];"e"]])");
auto c2 = ctx.MakeConstraint<TChoppedConstraintNode>(yson);
UNIT_ASSERT_VALUES_EQUAL(NYT::NodeToCanonicalYsonString(yson), NYT::NodeToCanonicalYsonString(c2->ToYson()));
UNIT_ASSERT_EQUAL(c, c2);
}
template <class TUniqueConstraint>
void CheckSerializeUnique() {
TExprContext ctx;
auto c = ctx.MakeConstraint<TUniqueConstraint>(typename TUniqueConstraint::TContentType{
TConstraintWithFieldsNode::TSetOfSetsType{
TPartOfConstraintBase::TSetType{TPartOfConstraintBase::TPathType{"a"}},
TPartOfConstraintBase::TSetType{TPartOfConstraintBase::TPathType{"a", "b"}}
},
TConstraintWithFieldsNode::TSetOfSetsType{
TPartOfConstraintBase::TSetType{TPartOfConstraintBase::TPathType{"c"}},
TPartOfConstraintBase::TSetType{TPartOfConstraintBase::TPathType{"d"}, TPartOfConstraintBase::TPathType{"e"}}
},
});
auto yson = c->ToYson();
UNIT_ASSERT_VALUES_EQUAL(NYT::NodeToCanonicalYsonString(yson), R"([["a";[["a";"b"]]];["c";["d";"e"]]])");
auto c2 = ctx.MakeConstraint<TUniqueConstraint>(yson);
UNIT_ASSERT_VALUES_EQUAL(NYT::NodeToCanonicalYsonString(yson), NYT::NodeToCanonicalYsonString(c2->ToYson()));
UNIT_ASSERT_EQUAL(c, c2);
}
Y_UNIT_TEST(SerializeUnique) {
CheckSerializeUnique<TUniqueConstraintNode>();
}
Y_UNIT_TEST(SerializeDistint) {
CheckSerializeUnique<TDistinctConstraintNode>();
}
Y_UNIT_TEST(SerializeEmpty) {
TExprContext ctx;
auto c = ctx.MakeConstraint<TEmptyConstraintNode>();
auto yson = c->ToYson();
UNIT_ASSERT_VALUES_EQUAL(NYT::NodeToCanonicalYsonString(yson), R"(#)");
auto c2 = ctx.MakeConstraint<TEmptyConstraintNode>(yson);
UNIT_ASSERT_VALUES_EQUAL(NYT::NodeToCanonicalYsonString(yson), NYT::NodeToCanonicalYsonString(c2->ToYson()));
UNIT_ASSERT_EQUAL(c, c2);
}
Y_UNIT_TEST(SerializeVarIndex) {
TExprContext ctx;
auto c = ctx.MakeConstraint<TVarIndexConstraintNode>(TVarIndexConstraintNode::TMapType{
std::pair{1u, 3u},
std::pair{0u, 1u},
});
auto yson = c->ToYson();
UNIT_ASSERT_VALUES_EQUAL(NYT::NodeToCanonicalYsonString(yson), R"([[0u;1u];[1u;3u]])");
auto c2 = ctx.MakeConstraint<TVarIndexConstraintNode>(yson);
UNIT_ASSERT_VALUES_EQUAL(NYT::NodeToCanonicalYsonString(yson), NYT::NodeToCanonicalYsonString(c2->ToYson()));
UNIT_ASSERT_EQUAL(c, c2);
}
Y_UNIT_TEST(SerializeMulti) {
TExprContext ctx;
TConstraintSet s1;
s1.AddConstraint(ctx.MakeConstraint<TEmptyConstraintNode>());
s1.AddConstraint(
ctx.MakeConstraint<TSortedConstraintNode>(TSortedConstraintNode::TContainerType{
std::pair{TPartOfConstraintBase::TSetType{TPartOfConstraintBase::TPathType{"a"}}, true},
std::pair{TPartOfConstraintBase::TSetType{TPartOfConstraintBase::TPathType{"b"}}, false},
})
);
TConstraintSet s2;
s2.AddConstraint(
ctx.MakeConstraint<TUniqueConstraintNode>(typename TUniqueConstraintNode::TContentType{
TConstraintWithFieldsNode::TSetOfSetsType{
TPartOfConstraintBase::TSetType{TPartOfConstraintBase::TPathType{"a"}},
TPartOfConstraintBase::TSetType{TPartOfConstraintBase::TPathType{"b"}}
},
TConstraintWithFieldsNode::TSetOfSetsType{
TPartOfConstraintBase::TSetType{TPartOfConstraintBase::TPathType{"c"}},
TPartOfConstraintBase::TSetType{TPartOfConstraintBase::TPathType{"d"}, TPartOfConstraintBase::TPathType{"e"}}
},
})
);
s2.AddConstraint(
ctx.MakeConstraint<TVarIndexConstraintNode>(TVarIndexConstraintNode::TMapType{
std::pair{0u, 1u},
std::pair{1u, 2u},
})
);
auto c = ctx.MakeConstraint<TMultiConstraintNode>(TMultiConstraintNode::TMapType{
std::pair{0u, s1},
std::pair{1u, s2},
});
auto yson = c->ToYson();
UNIT_ASSERT_VALUES_EQUAL(NYT::NodeToCanonicalYsonString(yson), R"([[0u;{"Empty"=#;"Sorted"=[[["a"];%true];[["b"];%false]]}];[1u;{"Unique"=[["a";"b"];["c";["d";"e"]]];"VarIndex"=[[0u;1u];[1u;2u]]}]])");
auto c2 = ctx.MakeConstraint<TMultiConstraintNode>(yson);
UNIT_ASSERT_VALUES_EQUAL(NYT::NodeToCanonicalYsonString(yson), NYT::NodeToCanonicalYsonString(c2->ToYson()));
UNIT_ASSERT_EQUAL(c, c2);
}
Y_UNIT_TEST(SerializeConstrainSet) {
TExprContext ctx;
TConstraintSet s;
s.AddConstraint(ctx.MakeConstraint<TEmptyConstraintNode>());
s.AddConstraint(
ctx.MakeConstraint<TSortedConstraintNode>(TSortedConstraintNode::TContainerType{
std::pair{TPartOfConstraintBase::TSetType{TPartOfConstraintBase::TPathType{"a"}}, true},
std::pair{TPartOfConstraintBase::TSetType{TPartOfConstraintBase::TPathType{"b"}}, false},
})
);
s.AddConstraint(
ctx.MakeConstraint<TUniqueConstraintNode>(typename TUniqueConstraintNode::TContentType{
TConstraintWithFieldsNode::TSetOfSetsType{
TPartOfConstraintBase::TSetType{TPartOfConstraintBase::TPathType{"a"}},
TPartOfConstraintBase::TSetType{TPartOfConstraintBase::TPathType{"b"}}
},
TConstraintWithFieldsNode::TSetOfSetsType{
TPartOfConstraintBase::TSetType{TPartOfConstraintBase::TPathType{"c"}},
TPartOfConstraintBase::TSetType{TPartOfConstraintBase::TPathType{"d"}, TPartOfConstraintBase::TPathType{"e"}}
},
})
);
s.AddConstraint(
ctx.MakeConstraint<TVarIndexConstraintNode>(TVarIndexConstraintNode::TMapType{
std::pair{0u, 1u},
std::pair{1u, 2u},
})
);
s.AddConstraint(
ctx.MakeConstraint<TVarIndexConstraintNode>(TVarIndexConstraintNode::TMapType{
std::pair{0u, 1u},
std::pair{1u, 2u},
})
);
TConstraintSet inner;
inner.AddConstraint(ctx.MakeConstraint<TEmptyConstraintNode>());
s.AddConstraint(
ctx.MakeConstraint<TMultiConstraintNode>(TMultiConstraintNode::TMapType{
std::pair{0u, inner},
})
);
auto yson = s.ToYson();
UNIT_ASSERT_VALUES_EQUAL(NYT::NodeToCanonicalYsonString(yson), R"({"Empty"=#;"Multi"=[[0u;{"Empty"=#}]];"Sorted"=[[["a"];%true];[["b"];%false]];"Unique"=[["a";"b"];["c";["d";"e"]]];"VarIndex"=[[0u;1u];[1u;2u]]})");
auto s2 = ctx.MakeConstraintSet(yson);
UNIT_ASSERT_VALUES_EQUAL(NYT::NodeToCanonicalYsonString(yson), NYT::NodeToCanonicalYsonString(s2.ToYson()));
UNIT_ASSERT_EQUAL(s, s2);
s.Clear();
yson = s.ToYson();
UNIT_ASSERT_VALUES_EQUAL(NYT::NodeToCanonicalYsonString(yson), R"({})");
auto s3 = ctx.MakeConstraintSet(yson);
UNIT_ASSERT_VALUES_EQUAL(NYT::NodeToCanonicalYsonString(yson), NYT::NodeToCanonicalYsonString(s3.ToYson()));
UNIT_ASSERT_EQUAL(s, s3);
}
Y_UNIT_TEST(DeserializeBadConstrainSet) {
TExprContext ctx;
UNIT_ASSERT_EXCEPTION(
ctx.MakeConstraintSet(NYT::NodeFromYsonString(R"(#)")),
NYql::TYqlPanic
);
UNIT_ASSERT_EXCEPTION(
ctx.MakeConstraintSet(NYT::NodeFromYsonString(R"({"Unknown"=[]})")),
NYql::TYqlPanic
);
UNIT_ASSERT_EXCEPTION(
ctx.MakeConstraintSet(NYT::NodeFromYsonString(R"({"Empty"=1u})")),
NYql::TYqlPanic
);
}
}
} // namespace NYql
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