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#include "mkql_computation_node_ut.h"
#include "mkql_program_builder_test_utils.h"
#include <yql/essentials/minikql/udf_value_test_support/udf_value_comparator_utils.h>
namespace NKikimr {
namespace NMiniKQL {
namespace {
TCallableType* MakeComparatorCallableType(TProgramBuilder& pb) {
const auto returnType = NTest::ConvertToMinikqlType<bool>(pb);
const auto argType = NTest::ConvertToMinikqlType<i32>(pb);
return TCallableTypeBuilder(pb.GetTypeEnvironment(), "", returnType)
.Add(argType)
.Build();
}
template <bool LLVM>
void TestSimpleClosure(bool WithCollect) {
TSetup<LLVM> setup;
TProgramBuilder& pb = *setup.PgmBuilder;
constexpr i32 from = 0;
constexpr i32 to = 3;
constexpr i32 arg = 1;
const auto upvalues = pb.ListFromRange(NTest::ConvertValueToLiteralNode(pb, from),
NTest::ConvertValueToLiteralNode(pb, to),
NTest::ConvertValueToLiteralNode(pb, i32(1)));
const auto fnew = [&pb](const TRuntimeNode upvalue) {
const auto closure = pb.Callable(MakeComparatorCallableType(pb),
[&pb, upvalue](const TArrayRef<const TRuntimeNode>& args) {
return pb.Equals(args[0], upvalue);
});
return pb.NewOptional(closure);
};
auto callables = pb.OrderedFlatMap(upvalues, fnew);
if (WithCollect) {
callables = pb.Collect(callables);
}
const auto pgmReturn = pb.OrderedFlatMap(callables, [&pb](const TRuntimeNode callable) {
return pb.NewOptional(pb.Apply(callable, {NTest::ConvertValueToLiteralNode(pb, arg)}));
});
const auto graph = setup.BuildGraph(pgmReturn);
AssertUnboxedValueElementEqual(graph->GetValue(), TVector<bool>{false, true, false});
}
template <bool LLVM>
void TestNestedClosure(bool WithCollect) {
TSetup<LLVM> setup;
TProgramBuilder& pb = *setup.PgmBuilder;
constexpr i32 infFrom = 0;
constexpr i32 supFrom = 2;
constexpr i32 infTo = 3;
constexpr i32 supTo = 5;
constexpr i32 arg = 2;
const auto infValues = pb.ListFromRange(NTest::ConvertValueToLiteralNode(pb, infFrom),
NTest::ConvertValueToLiteralNode(pb, infTo),
NTest::ConvertValueToLiteralNode(pb, i32(1)));
const auto supValues = pb.ListFromRange(NTest::ConvertValueToLiteralNode(pb, supFrom),
NTest::ConvertValueToLiteralNode(pb, supTo),
NTest::ConvertValueToLiteralNode(pb, i32(1)));
const auto boundaries = pb.Zip({infValues, supValues});
const auto ltnew = [&pb](const TRuntimeNode sup) {
return pb.Callable(MakeComparatorCallableType(pb),
[&pb, sup](const TArrayRef<const TRuntimeNode>& args) {
return pb.Less(args[0], sup);
});
};
const auto innew = [&pb, <new](const TRuntimeNode boundaries) {
const auto closure = pb.Callable(MakeComparatorCallableType(pb),
[&pb, <new, &boundaries](const TArrayRef<const TRuntimeNode>& args) {
return pb.And({pb.Greater(args[0], pb.Nth(boundaries, 0)),
pb.Apply(ltnew(pb.Nth(boundaries, 1)), {args[0]})});
});
return pb.NewOptional(closure);
};
auto callables = pb.OrderedFlatMap(boundaries, innew);
if (WithCollect) {
callables = pb.Collect(callables);
}
const auto pgmReturn = pb.OrderedFlatMap(callables, [&pb](const TRuntimeNode callable) {
return pb.NewOptional(pb.Apply(callable, {NTest::ConvertValueToLiteralNode(pb, arg)}));
});
const auto graph = setup.BuildGraph(pgmReturn);
AssertUnboxedValueElementEqual(graph->GetValue(), TVector<bool>{false, true, false});
}
template <bool LLVM>
void TestChildClosure(bool WithCollect) {
TSetup<LLVM> setup;
TProgramBuilder& pb = *setup.PgmBuilder;
constexpr i32 infFrom = 0;
constexpr i32 supFrom = 2;
constexpr i32 infTo = 3;
constexpr i32 supTo = 5;
constexpr i32 arg = 2;
const auto infValues = pb.ListFromRange(NTest::ConvertValueToLiteralNode(pb, infFrom),
NTest::ConvertValueToLiteralNode(pb, infTo),
NTest::ConvertValueToLiteralNode(pb, i32(1)));
const auto supValues = pb.ListFromRange(NTest::ConvertValueToLiteralNode(pb, supFrom),
NTest::ConvertValueToLiteralNode(pb, supTo),
NTest::ConvertValueToLiteralNode(pb, i32(1)));
const auto boundaries = pb.Zip({infValues, supValues});
const auto ltnew = [&pb](const TRuntimeNode sup) {
return pb.Callable(MakeComparatorCallableType(pb),
[&pb, sup](const TArrayRef<const TRuntimeNode>& args) {
return pb.Less(args[0], sup);
});
};
const auto gtnew = [&pb](const TRuntimeNode inf) {
return pb.Callable(MakeComparatorCallableType(pb),
[&pb, inf](const TArrayRef<const TRuntimeNode>& args) {
return pb.Greater(args[0], inf);
});
};
const auto innew = [&pb, <new, >new](const TRuntimeNode boundaries) {
const auto closure = pb.Callable(MakeComparatorCallableType(pb),
[&pb, <new, >new, &boundaries](const TArrayRef<const TRuntimeNode>& args) {
return pb.And({pb.Apply(gtnew(pb.Nth(boundaries, 0)), {args[0]}),
pb.Apply(ltnew(pb.Nth(boundaries, 1)), {args[0]})});
});
return pb.NewOptional(closure);
};
auto callables = pb.OrderedFlatMap(boundaries, innew);
if (WithCollect) {
callables = pb.Collect(callables);
}
const auto pgmReturn = pb.OrderedFlatMap(callables, [&pb](const TRuntimeNode callable) {
return pb.NewOptional(pb.Apply(callable, {NTest::ConvertValueToLiteralNode(pb, arg)}));
});
const auto graph = setup.BuildGraph(pgmReturn);
// infFrom=0..infTo=3, supFrom=2..supTo=5, arg=2: (0<2&&2<2)=F, (1<2&&2<3)=T, (2<2&&2<4)=F
AssertUnboxedValueElementEqual(graph->GetValue(), TVector<bool>{false, true, false});
}
}; // namespace
Y_UNIT_TEST_SUITE(TMiniKQLCallableTest) {
Y_UNIT_TEST_LLVM(SimpleClosureWithoutCollect) {
TestSimpleClosure<LLVM>(false);
}
Y_UNIT_TEST_LLVM(SimpleClosureWithCollect) {
TestSimpleClosure<LLVM>(true);
}
Y_UNIT_TEST_LLVM(NestedClosureWithoutCollect) {
TestNestedClosure<LLVM>(false);
}
Y_UNIT_TEST_LLVM(NestedClosureWithCollect) {
TestNestedClosure<LLVM>(true);
}
Y_UNIT_TEST_LLVM(ChildClosureWithoutCollect) {
TestChildClosure<LLVM>(false);
}
Y_UNIT_TEST_LLVM(ChildClosureWithCollect) {
TestChildClosure<LLVM>(true);
}
} // Y_UNIT_TEST_SUITE(TMiniKQLCallableTest)
} // namespace NMiniKQL
} // namespace NKikimr
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