ydb/yql/essentials/minikql/invoke_builtins/mkql_builtins_impl.h.txt

#pragma once

#include "mkql_builtins_impl_common.h"
#include <mkql_builtins.h>
#include "mkql_builtins_codegen.h"
#include <arrow/array/array_base.h>
#include <arrow/array/util.h>

namespace NKikimr {
namespace NMiniKQL {

struct TUnaryStub {
    template<typename TFunc>
    static NUdf::TUnboxedValuePod Execute(const NUdf::TUnboxedValuePod* args) {
        return TFunc::Execute(*args);
    }

#ifndef MKQL_DISABLE_CODEGEN
    template<typename TFunc>
    static Value* Generate(Value *const * args, const TCodegenContext& ctx, BasicBlock*& block) {
        return GenerateUnaryWithoutCheck(*args, ctx, block, &TFunc::Generate);
    }
#endif
};

struct TUnaryWrap {
    template<typename TFunc>
    static NUdf::TUnboxedValuePod Execute(const NUdf::TUnboxedValuePod* args) {
        return *args ? TFunc::Execute(*args) : NUdf::TUnboxedValuePod();
    }

#ifndef MKQL_DISABLE_CODEGEN
    template<typename TFunc>
    static Value* Generate(Value *const * args, const TCodegenContext& ctx, BasicBlock*& block) {
        return GenerateUnaryWithCheck(*args, ctx, block, &TFunc::Generate);
    }
#endif
};

template<bool CheckLeft, bool CheckRight>
struct TBinaryWrap {
    template<typename TFunc>
    static NUdf::TUnboxedValuePod Execute(const NUdf::TUnboxedValuePod* args) {
        if (CheckLeft && !args[0])
            return NUdf::TUnboxedValuePod();
        if (CheckRight && !args[1])
            return NUdf::TUnboxedValuePod();
        return TFunc::Execute(args[0], args[1]);
    }

#ifndef MKQL_DISABLE_CODEGEN
    template<typename TFunc>
    static Value* Generate(Value *const * args, const TCodegenContext& ctx, BasicBlock*& block) {
        return GenerateBinary<CheckLeft, CheckRight>(args[0], args[1], ctx, block, &TFunc::Generate);
    }
#endif
};

struct TAggregateWrap {
    template<typename TFunc>
    static NUdf::TUnboxedValuePod Execute(const NUdf::TUnboxedValuePod* args) {
        if (!args[0])
            return args[1];
        if (!args[1])
            return args[0];
        return TFunc::Execute(args[0], args[1]);
    }

#ifndef MKQL_DISABLE_CODEGEN
    template<typename TFunc>
    static Value* Generate(Value *const * args, const TCodegenContext& ctx, BasicBlock*& block) {
        return GenerateAggregate(args[0], args[1], ctx, block, &TFunc::Generate);
    }
#endif
};

struct TAggrCompareWrap {
    template<typename TFunc>
    static NUdf::TUnboxedValuePod Execute(const NUdf::TUnboxedValuePod* args) {
        const bool a0(args[0]), a1(args[1]);
        return (a0 && a1) ?
            TFunc::Execute(args[0], args[1]) : NUdf::TUnboxedValuePod(TFunc::Simple(a0, a1));
    }

#ifndef MKQL_DISABLE_CODEGEN
    template<typename TFunc>
    static Value* Generate(Value *const * args, const TCodegenContext& ctx, BasicBlock*& block) {
        return GenerateCompareAggregate(args[0], args[1], ctx, block, &TFunc::Generate, TFunc::SimplePredicate);
    }
#endif
};

template<bool CheckFirst>
struct TTernaryWrap {
    template<typename TFunc>
    static NUdf::TUnboxedValuePod Execute(const NUdf::TUnboxedValuePod* args) {
        if (CheckFirst && !*args)
            return NUdf::TUnboxedValuePod();
        return TFunc::Execute(args[0], args[1], args[2]);
    }

#ifndef MKQL_DISABLE_CODEGEN
    template<typename TFunc>
    static Value* Generate(Value *const * args, const TCodegenContext& ctx, BasicBlock*& block) {
        return GenerateTernary<CheckFirst>(args[0], args[1], args[2], ctx, block, &TFunc::Generate);
    }
#endif
};

template <typename TInput, typename TOutput>
struct TArithmeticConstraintsUnary {
    static_assert(std::is_arithmetic<TInput>::value, "Input type must be arithmetic!");
    static_assert(std::is_arithmetic<TOutput>::value, "Output type must be arithmetic!");
};

template <typename TInput, typename TOutput>
struct TArithmeticConstraintsSame {
    static_assert(std::is_arithmetic<TInput>::value, "Input type must be arithmetic!");
    static_assert(std::is_same<TInput, TOutput>::value, "Input and output must be same types!");
};

template <typename TLeft, typename TRight, typename TOutput>
struct TArithmeticConstraintsBinary {
    static_assert(std::is_arithmetic<TLeft>::value, "Left type must be arithmetic!");
    static_assert(std::is_arithmetic<TRight>::value, "Right type must be arithmetic!");
    static_assert(std::is_arithmetic<TOutput>::value, "Output type must be arithmetic!");
};

template <typename TInput, typename TOutput, class TImpl>
struct TSimpleArithmeticUnary : public TArithmeticConstraintsSame<TInput, TOutput> {
    static NUdf::TUnboxedValuePod Execute(const NUdf::TUnboxedValuePod& arg) {
        return NUdf::TUnboxedValuePod(TImpl::Do(arg.template Get<TInput>()));
    }

    static void DoPtr(
        const typename TPrimitiveDataType<TInput>::TLayout* arg,
        typename TPrimitiveDataType<TOutput>::TLayout* res) {
        *res = TImpl::Do(*arg);
    }

#ifndef MKQL_DISABLE_CODEGEN
    static Value* Generate(Value* arg, const TCodegenContext& ctx, BasicBlock*& block)
    {
        auto& context = ctx.Codegen.GetContext();
        const auto val = GetterFor<TInput>(arg, context, block);
        const auto res = TImpl::Gen(val, ctx, block);
        const auto wide = SetterFor<TOutput>(res, context, block);
        return wide;
    }
#endif
};

template <class TImpl>
struct TDecimalUnary {
    static void DoPtr(
        const NYql::NDecimal::TInt128* arg,
        NYql::NDecimal::TInt128* res) {
        *res = TImpl::Execute(NUdf::TUnboxedValuePod(*arg)).GetInt128();
    }
};

template <typename TLeft, typename TRight, typename TOutput, class TImpl, bool CustomCast = false>
struct TSimpleArithmeticBinary : public TArithmeticConstraintsBinary<TLeft, TRight, TOutput> {
    static NUdf::TUnboxedValuePod Execute(const NUdf::TUnboxedValuePod& left, const NUdf::TUnboxedValuePod& right) {
        return NUdf::TUnboxedValuePod(TImpl::Do(left.template Get<TLeft>(), right.template Get<TRight>()));
    }

    static void DoPtr(
        const typename TPrimitiveDataType<TLeft>::TLayout* left,
        const typename TPrimitiveDataType<TRight>::TLayout* right,
        typename TPrimitiveDataType<TOutput>::TLayout* res) {
        *res = TImpl::Do(*left, *right);
    }

#ifndef MKQL_DISABLE_CODEGEN
    static Value* Generate(Value* left, Value* right, const TCodegenContext& ctx, BasicBlock*& block)
    {
        auto& context = ctx.Codegen.GetContext();
        auto lhs = GetterFor<TLeft>(left, context, block);
        auto rhs = GetterFor<TRight>(right, context, block);
        if constexpr (!CustomCast) {
            lhs = StaticCast<TLeft, TOutput>(lhs, context, block);
            rhs = StaticCast<TRight, TOutput>(rhs, context, block);
        }
        const auto res = TImpl::Gen(lhs, rhs, ctx, block);
        const auto wide = SetterFor<TOutput>(res, context, block);
        return wide;
    }
#endif
};

template <typename TInput, typename TOutput, class TImpl>
struct TShiftArithmeticBinary : public TArithmeticConstraintsSame<TInput, TOutput> {
    static NUdf::TUnboxedValuePod Execute(const NUdf::TUnboxedValuePod& left, const NUdf::TUnboxedValuePod& right) {
        return NUdf::TUnboxedValuePod(TImpl::Do(left.template Get<TInput>(), right.Get<ui8>()));
    }

#ifndef MKQL_DISABLE_CODEGEN
    static Value* Generate(Value* left, Value* right, const TCodegenContext& ctx, BasicBlock*& block)
    {
        auto& context = ctx.Codegen.GetContext();
        const auto lhs = GetterFor<TInput>(left, context, block);
        const auto rhs = CastInst::Create(Instruction::Trunc, right, Type::getInt8Ty(context), "bits", block);
        const auto res = TImpl::Gen(lhs, rhs, ctx, block);
        const auto wide = SetterFor<TOutput>(res, context, block);
        return wide;
    }
#endif
};

template <typename TInput, typename TOutput>
struct TUnaryArgs {
    static const TFunctionParamMetadata Value[3];
};

template <typename TInput, typename TOutput>
const TFunctionParamMetadata TUnaryArgs<TInput, TOutput>::Value[3] = {
    { TOutput::Id, 0 },
    { TInput::Id, 0 },
    { 0, 0 }
};

template <typename TInput, typename TOutput, bool IsOptional>
struct TUnaryArgsOpt {
    static const TFunctionParamMetadata Value[3];
};

template <typename TInput, typename TOutput, bool IsOptional>
const TFunctionParamMetadata TUnaryArgsOpt<TInput, TOutput, IsOptional>::Value[3] = {
    { TOutput::Id, IsOptional ? TFunctionParamMetadata::FlagIsNullable : 0 },
    { TInput::Id, IsOptional ? TFunctionParamMetadata::FlagIsNullable : 0 },
    { 0, 0 }
};

template <typename TInput, typename TOutput>
struct TUnaryArgsWithNullableResult {
    static const TFunctionParamMetadata Value[3];
};

template <typename TInput, typename TOutput>
const TFunctionParamMetadata TUnaryArgsWithNullableResult<TInput, TOutput>::Value[3] = {
    { TOutput::Id, TFunctionParamMetadata::FlagIsNullable },
    { TInput::Id, 0 },
    { 0, 0 }
};

template <typename TInput, typename TOutput, bool IsOptional>
struct TUnaryArgsWithNullableResultOpt {
    static const TFunctionParamMetadata Value[3];
};

template <typename TInput, typename TOutput, bool IsOptional>
const TFunctionParamMetadata TUnaryArgsWithNullableResultOpt<TInput, TOutput, IsOptional>::Value[3] = {
    { TOutput::Id, TFunctionParamMetadata::FlagIsNullable },
    { TInput::Id, IsOptional ? TFunctionParamMetadata::FlagIsNullable : 0 },
    { 0, 0 }
};

template <typename TInput, typename TOutput>
struct TBinaryArgs {
    static const TFunctionParamMetadata Value[4];
};

template <typename TInput, typename TOutput>
const TFunctionParamMetadata TBinaryArgs<TInput, TOutput>::Value[4] = {
    { TOutput::Id, 0 },
    { TInput::Id, 0 },
    { TInput::Id, 0 },
    { 0, 0 }
};

template <typename TInput1, typename TInput2, typename TOutput, bool IsLeftOptional, bool IsRightOptional>
struct TBinaryArgsOpt {
    static const TFunctionParamMetadata Value[4];
};

template <typename TInput1, typename TInput2, typename TOutput, bool IsLeftOptional, bool IsRightOptional>
const TFunctionParamMetadata TBinaryArgsOpt<TInput1, TInput2, TOutput, IsLeftOptional, IsRightOptional>::Value[4] = {
    { TOutput::Id, (IsLeftOptional || IsRightOptional) ? TFunctionParamMetadata::FlagIsNullable : 0 },
    { TInput1::Id, IsLeftOptional ? TFunctionParamMetadata::FlagIsNullable : 0 },
    { TInput2::Id, IsRightOptional ? TFunctionParamMetadata::FlagIsNullable : 0 },
    { 0, 0 }
};

template <typename TInput, typename TOutput, bool IsOptional>
struct TBinaryArgsSameOpt {
    static const TFunctionParamMetadata Value[4];
};

template <typename TInput, typename TOutput, bool IsOptional>
const TFunctionParamMetadata TBinaryArgsSameOpt<TInput, TOutput, IsOptional>::Value[4] = {
    { TOutput::Id, IsOptional ? TFunctionParamMetadata::FlagIsNullable : 0 },
    { TInput::Id, IsOptional ? TFunctionParamMetadata::FlagIsNullable : 0 },
    { TInput::Id, IsOptional ? TFunctionParamMetadata::FlagIsNullable : 0 },
    { 0, 0 }
};

template <typename TInput, typename TOutput, bool IsOptional>
struct TBinaryArgsSameOptArgsWithNullableResult {
    static const TFunctionParamMetadata Value[4];
};

template <typename TInput, typename TOutput, bool IsOptional>
const TFunctionParamMetadata TBinaryArgsSameOptArgsWithNullableResult<TInput, TOutput, IsOptional>::Value[4] = {
    { TOutput::Id, TFunctionParamMetadata::FlagIsNullable },
    { TInput::Id, IsOptional ? TFunctionParamMetadata::FlagIsNullable : 0 },
    { TInput::Id, IsOptional ? TFunctionParamMetadata::FlagIsNullable : 0 },
    { 0, 0 }
};

template <typename TInput, typename TOutput>
struct TBinaryShiftArgs {
    static const TFunctionParamMetadata Value[4];
};

template <typename TInput, typename TOutput>
const TFunctionParamMetadata TBinaryShiftArgs<TInput, TOutput>::Value[4] = {
    { TOutput::Id, 0 },
    { TInput::Id, 0 },
    { NUdf::TDataType<ui8>::Id, 0 },
    { 0, 0 }
};

template <typename TInput, typename TOutput, bool IsOptional>
struct TBinaryShiftArgsOpt {
    static const TFunctionParamMetadata Value[4];
};

template <typename TInput, typename TOutput, bool IsOptional>
const TFunctionParamMetadata TBinaryShiftArgsOpt<TInput, TOutput, IsOptional>::Value[4] = {
    { TOutput::Id, IsOptional ? TFunctionParamMetadata::FlagIsNullable : 0 },
    { TInput::Id, IsOptional ? TFunctionParamMetadata::FlagIsNullable : 0 },
    { NUdf::TDataType<ui8>::Id, 0 },
    { 0, 0 }
};

template <typename TInput, typename TOutput>
struct TBinaryArgsWithNullableResult {
    static const TFunctionParamMetadata Value[4];
};

template <typename TInput, typename TOutput>
const TFunctionParamMetadata TBinaryArgsWithNullableResult<TInput, TOutput>::Value[4] = {
    { TOutput::Id, TFunctionParamMetadata::FlagIsNullable },
    { TInput::Id, 0 },
    { TInput::Id, 0 },
    { 0, 0 }
};

template <typename TOutput, typename TInput1, typename TInput2, typename TInput3, bool IsFirstOptional, bool IsSecondOptional, bool IsThirdOptional, bool IsResultOptional = IsFirstOptional>
struct TTernaryArgs {
    static const TFunctionParamMetadata Value[5];
};

template <typename TOutput, typename TInput1, typename TInput2, typename TInput3, bool IsFirstOptional, bool IsSecondOptional, bool IsThirdOptional, bool IsResultOptional>
const TFunctionParamMetadata TTernaryArgs<TOutput, TInput1, TInput2, TInput3, IsFirstOptional, IsSecondOptional, IsThirdOptional, IsResultOptional>::Value[5] = {
    { TOutput::Id, IsResultOptional ? TFunctionParamMetadata::FlagIsNullable : 0},
    { TInput1::Id, IsFirstOptional  ? TFunctionParamMetadata::FlagIsNullable : 0},
    { TInput2::Id, IsSecondOptional ? TFunctionParamMetadata::FlagIsNullable : 0},
    { TInput3::Id, IsThirdOptional  ? TFunctionParamMetadata::FlagIsNullable : 0},
    { 0, 0 }
};

template <typename TInput1, typename TInput2, typename TOutput, bool IsLeftOptional, bool IsRightOptional>
struct TBinaryArgsOptWithNullableResult {
    static const TFunctionParamMetadata Value[4];
};

template <typename TInput1, typename TInput2, typename TOutput, bool IsLeftOptional, bool IsRightOptional>
const TFunctionParamMetadata TBinaryArgsOptWithNullableResult<TInput1, TInput2, TOutput, IsLeftOptional, IsRightOptional>::Value[4] = {
    { TOutput::Id, TFunctionParamMetadata::FlagIsNullable },
    { TInput1::Id, IsLeftOptional ? TFunctionParamMetadata::FlagIsNullable : 0 },
    { TInput2::Id, IsRightOptional ? TFunctionParamMetadata::FlagIsNullable : 0 },
    { 0, 0 }
};

template <typename TFunc, typename TArgs, typename TWrap>
void RegisterFunctionImpl(IBuiltinFunctionRegistry& registry, const std::string_view& name) {
#ifndef MKQL_DISABLE_CODEGEN
    const TFunctionDescriptor description(TArgs::Value, &TWrap::template Execute<TFunc>, reinterpret_cast<void*>(&TWrap::template Generate<TFunc>));
#else
    const TFunctionDescriptor description(TArgs::Value, &TWrap::template Execute<TFunc>);
#endif
    registry.Register(name, description);
}

template <
    typename TInput, typename TOutput,
    template<typename, typename> class TFunc,
    template<typename, typename> class TArgs
>
void RegisterFunction(IBuiltinFunctionRegistry& registry, const std::string_view& name) {
    RegisterFunctionImpl<TFunc<TInput, TOutput>, TArgs<TInput, TOutput>, TUnaryStub>(registry, name);
}

template <
    typename TInput, typename TOutput,
    class TFunc,
    template<typename, typename, bool> class TArgs
>
void RegisterFunctionOpt(IBuiltinFunctionRegistry& registry, const std::string_view& name) {
    RegisterFunctionImpl<TFunc, TArgs<TInput, TOutput, false>, TUnaryStub>(registry, name);
    RegisterFunctionImpl<TFunc, TArgs<TInput, TOutput, true>, TUnaryWrap>(registry, name);
}

template <
    typename TType,
    template<NUdf::EDataSlot> class TFunc,
    template<typename, typename, bool> class TArgs
>
void RegisterCustomAggregateFunction(IBuiltinFunctionRegistry& registry, const std::string_view& name) {
    RegisterFunctionImpl<TFunc<TType::Slot>, TArgs<TType, TType, false>, TBinaryWrap<false, false>>(registry, name);
    RegisterFunctionImpl<TFunc<TType::Slot>, TArgs<TType, TType, true>, TAggregateWrap>(registry, name);
}

template <
    typename TType,
    template<NUdf::EDataSlot> class TFunc,
    template<typename, typename, typename, bool, bool> class TArgs
>
void RegisterCustomSameTypesFunction(IBuiltinFunctionRegistry& registry, const std::string_view& name) {
    RegisterFunctionImpl<TFunc<TType::Slot>, TArgs<TType, TType, TType, false, false>, TBinaryWrap<false, false>>(registry, name);
    RegisterFunctionImpl<TFunc<TType::Slot>, TArgs<TType, TType, TType, true, false>, TBinaryWrap<true, false>>(registry, name);
    RegisterFunctionImpl<TFunc<TType::Slot>, TArgs<TType, TType, TType, false, true>, TBinaryWrap<false, true>>(registry, name);
    RegisterFunctionImpl<TFunc<TType::Slot>, TArgs<TType, TType, TType, true, true>, TBinaryWrap<true, true>>(registry, name);
}

template <
    typename TType,
    template<typename> class TFunc,
    template<typename, typename, bool> class TArgs
>
void RegisterAggregateFunction(IBuiltinFunctionRegistry& registry, const std::string_view& name) {
    RegisterFunctionImpl<TFunc<typename TType::TLayout>, TArgs<TType, TType, false>, TBinaryWrap<false, false>>(registry, name);
    RegisterFunctionImpl<TFunc<typename TType::TLayout>, TArgs<TType, TType, true>, TAggregateWrap>(registry, name);
}

template <
    typename TType,
    template<typename> class TFunc,
    template<typename, typename, bool> class TArgs
>
void RegisterAggregateFunctionPoly(IBuiltinFunctionRegistry& registry, const std::string_view& name) {
    RegisterFunctionImpl<TFunc<TType>, TArgs<TType, TType, false>, TBinaryWrap<false, false>>(registry, name);
    RegisterFunctionImpl<TFunc<TType>, TArgs<TType, TType, true>, TAggregateWrap>(registry, name);
}

template <
    typename TType,
    template<typename> class TFunc,
    template<typename, typename, typename, bool, bool> class TArgs
>
void RegisterSameTypesFunction(IBuiltinFunctionRegistry& registry, const std::string_view& name) {
    RegisterFunctionImpl<TFunc<typename TType::TLayout>, TArgs<TType, TType, TType, false, false>, TBinaryWrap<false, false>>(registry, name);
    RegisterFunctionImpl<TFunc<typename TType::TLayout>, TArgs<TType, TType, TType, true, false>, TBinaryWrap<true, false>>(registry, name);
    RegisterFunctionImpl<TFunc<typename TType::TLayout>, TArgs<TType, TType, TType, false, true>, TBinaryWrap<false, true>>(registry, name);
    RegisterFunctionImpl<TFunc<typename TType::TLayout>, TArgs<TType, TType, TType, true, true>, TBinaryWrap<true, true>>(registry, name);
}

template <
    typename TInput, typename TOutput,
    template<typename, typename> class TFunc,
    template<typename, typename, bool> class TArgs
>
void RegisterFunctionUnOpt(IBuiltinFunctionRegistry& registry, const std::string_view& name) {
    RegisterFunctionImpl<TFunc<typename TInput::TLayout, typename TOutput::TLayout>, TArgs<TInput, TOutput, false>, TUnaryStub>(registry, name);
    RegisterFunctionImpl<TFunc<typename TInput::TLayout, typename TOutput::TLayout>, TArgs<TInput, TOutput, true>, TUnaryWrap>(registry, name);
}

template <
    typename TInput1, typename TInput2, typename TOutput,
    template<typename, typename, typename> class TFunc,
    template<typename, typename, typename, bool, bool> class TArgs
>
void RegisterFunctionBinOpt(IBuiltinFunctionRegistry& registry, const std::string_view& name) {
    RegisterFunctionImpl<TFunc<typename TInput1::TLayout, typename TInput2::TLayout, typename TOutput::TLayout>, TArgs<TInput1, TInput2, TOutput, false, false>, TBinaryWrap<false, false>>(registry, name);
    RegisterFunctionImpl<TFunc<typename TInput1::TLayout, typename TInput2::TLayout, typename TOutput::TLayout>, TArgs<TInput1, TInput2, TOutput, false, true>, TBinaryWrap<false, true>>(registry, name);
    RegisterFunctionImpl<TFunc<typename TInput1::TLayout, typename TInput2::TLayout, typename TOutput::TLayout>, TArgs<TInput1, TInput2, TOutput, true, false>, TBinaryWrap<true, false>>(registry, name);
    RegisterFunctionImpl<TFunc<typename TInput1::TLayout, typename TInput2::TLayout, typename TOutput::TLayout>, TArgs<TInput1, TInput2, TOutput, true, true>, TBinaryWrap<true, true>>(registry, name);
}

template <
    typename TInput1, typename TInput2, typename TOutput,
    template<typename, typename, typename> class TFunc,
    template<typename, typename, typename, bool, bool> class TArgs
>
void RegisterFunctionBinPolyOpt(IBuiltinFunctionRegistry& registry, const std::string_view& name) {
    RegisterFunctionImpl<TFunc<TInput1, TInput2, TOutput>, TArgs<TInput1, TInput2, TOutput, false, false>, TBinaryWrap<false, false>>(registry, name);
    RegisterFunctionImpl<TFunc<TInput1, TInput2, TOutput>, TArgs<TInput1, TInput2, TOutput, false, true>, TBinaryWrap<false, true>>(registry, name);
    RegisterFunctionImpl<TFunc<TInput1, TInput2, TOutput>, TArgs<TInput1, TInput2, TOutput, true, false>, TBinaryWrap<true, false>>(registry, name);
    RegisterFunctionImpl<TFunc<TInput1, TInput2, TOutput>, TArgs<TInput1, TInput2, TOutput, true, true>, TBinaryWrap<true, true>>(registry, name);
}


template <
    template<typename, typename, typename> class TFunc,
    template<typename, typename, typename, bool, bool> class TArgs
>
void RegisterBinaryUnsignedFunctionOpt(IBuiltinFunctionRegistry& registry, const std::string_view& name) {
    RegisterFunctionBinOpt<NUdf::TDataType<ui8>, NUdf::TDataType<ui8>, NUdf::TDataType<ui8>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<ui8>, NUdf::TDataType<ui16>, NUdf::TDataType<ui16>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<ui8>, NUdf::TDataType<ui32>, NUdf::TDataType<ui32>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<ui8>, NUdf::TDataType<ui64>, NUdf::TDataType<ui64>, TFunc, TArgs>(registry, name);

    RegisterFunctionBinOpt<NUdf::TDataType<ui16>, NUdf::TDataType<ui8>, NUdf::TDataType<ui16>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<ui16>, NUdf::TDataType<ui16>, NUdf::TDataType<ui16>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<ui16>, NUdf::TDataType<ui32>, NUdf::TDataType<ui32>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<ui16>, NUdf::TDataType<ui64>, NUdf::TDataType<ui64>, TFunc, TArgs>(registry, name);

    RegisterFunctionBinOpt<NUdf::TDataType<ui32>, NUdf::TDataType<ui8>, NUdf::TDataType<ui32>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<ui32>, NUdf::TDataType<ui16>, NUdf::TDataType<ui32>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<ui32>, NUdf::TDataType<ui32>, NUdf::TDataType<ui32>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<ui32>, NUdf::TDataType<ui64>, NUdf::TDataType<ui64>, TFunc, TArgs>(registry, name);

    RegisterFunctionBinOpt<NUdf::TDataType<ui64>, NUdf::TDataType<ui8>, NUdf::TDataType<ui64>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<ui64>, NUdf::TDataType<ui16>, NUdf::TDataType<ui64>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<ui64>, NUdf::TDataType<ui32>, NUdf::TDataType<ui64>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<ui64>, NUdf::TDataType<ui64>, NUdf::TDataType<ui64>, TFunc, TArgs>(registry, name);
}

template <
    typename TInput, typename TOutput,
    template<typename, typename> class TFunc,
    template<typename, typename, bool> class TArgs
>
void RegisterShiftFunctionOpt(IBuiltinFunctionRegistry& registry, const std::string_view& name) {
    RegisterFunctionImpl<TFunc<typename TInput::TLayout, typename TOutput::TLayout>, TArgs<TInput, TOutput, false>, TBinaryWrap<false, false>>(registry, name);
    RegisterFunctionImpl<TFunc<typename TInput::TLayout, typename TOutput::TLayout>, TArgs<TInput, TOutput, true>, TBinaryWrap<true, false>>(registry, name);
}

template <
    template<typename, typename> class TFunc,
    template<typename, typename, bool> class TArgs
>
void RegisterUnsignedShiftFunctionOpt(IBuiltinFunctionRegistry& registry, const std::string_view& name) {
    RegisterShiftFunctionOpt<NUdf::TDataType<ui8>, NUdf::TDataType<ui8>, TFunc, TArgs>(registry, name);
    RegisterShiftFunctionOpt<NUdf::TDataType<ui16>, NUdf::TDataType<ui16>, TFunc, TArgs>(registry, name);
    RegisterShiftFunctionOpt<NUdf::TDataType<ui32>, NUdf::TDataType<ui32>, TFunc, TArgs>(registry, name);
    RegisterShiftFunctionOpt<NUdf::TDataType<ui64>, NUdf::TDataType<ui64>, TFunc, TArgs>(registry, name);
}

template <
    template<typename, typename> class TFunc,
    template<typename, typename, bool> class TArgs
>
void RegisterUnaryUnsignedFunctionOpt(IBuiltinFunctionRegistry& registry, const std::string_view& name) {
    RegisterFunctionUnOpt<NUdf::TDataType<ui8>, NUdf::TDataType<ui8>, TFunc, TArgs>(registry, name);
    RegisterFunctionUnOpt<NUdf::TDataType<ui16>, NUdf::TDataType<ui16>, TFunc, TArgs>(registry, name);
    RegisterFunctionUnOpt<NUdf::TDataType<ui32>, NUdf::TDataType<ui32>, TFunc, TArgs>(registry, name);
    RegisterFunctionUnOpt<NUdf::TDataType<ui64>, NUdf::TDataType<ui64>, TFunc, TArgs>(registry, name);
}

template <
    template<typename, typename> class TFunc,
    template<typename, typename, bool> class TArgs
>
void RegisterUnaryIntegralFunctionOpt(IBuiltinFunctionRegistry& registry, const std::string_view& name) {
    RegisterUnaryUnsignedFunctionOpt<TFunc, TArgs>(registry, name);

    RegisterFunctionUnOpt<NUdf::TDataType<i8>, NUdf::TDataType<i8>, TFunc, TArgs>(registry, name);
    RegisterFunctionUnOpt<NUdf::TDataType<i16>, NUdf::TDataType<i16>, TFunc, TArgs>(registry, name);
    RegisterFunctionUnOpt<NUdf::TDataType<i32>, NUdf::TDataType<i32>, TFunc, TArgs>(registry, name);
    RegisterFunctionUnOpt<NUdf::TDataType<i64>, NUdf::TDataType<i64>, TFunc, TArgs>(registry, name);
}

template <
    template<typename, typename> class TFunc,
    template<typename, typename, bool> class TArgs
>
void RegisterUnaryNumericFunctionOpt(IBuiltinFunctionRegistry& registry, const std::string_view& name) {
    RegisterUnaryIntegralFunctionOpt<TFunc, TArgs>(registry, name);

    RegisterFunctionUnOpt<NUdf::TDataType<float>, NUdf::TDataType<float>, TFunc, TArgs>(registry, name);
    RegisterFunctionUnOpt<NUdf::TDataType<double>, NUdf::TDataType<double>, TFunc, TArgs>(registry, name);
}

template <
    template<typename, typename, typename> class TFunc,
    template<typename, typename, typename, bool, bool> class TArgs
>
void RegisterBinaryIntegralToUnsignedFunctionOpt(IBuiltinFunctionRegistry& registry, const std::string_view& name) {
    RegisterFunctionBinOpt<NUdf::TDataType<i8>, NUdf::TDataType<ui16>, NUdf::TDataType<ui16>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<i8>, NUdf::TDataType<ui32>, NUdf::TDataType<ui32>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<i8>, NUdf::TDataType<ui64>, NUdf::TDataType<ui64>, TFunc, TArgs>(registry, name);

    RegisterFunctionBinOpt<NUdf::TDataType<ui16>, NUdf::TDataType<i8>, NUdf::TDataType<ui16>, TFunc, TArgs>(registry, name);

    RegisterFunctionBinOpt<NUdf::TDataType<i16>, NUdf::TDataType<ui32>, NUdf::TDataType<ui32>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<i16>, NUdf::TDataType<ui64>, NUdf::TDataType<ui64>, TFunc, TArgs>(registry, name);

    RegisterFunctionBinOpt<NUdf::TDataType<ui32>, NUdf::TDataType<i8>, NUdf::TDataType<ui32>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<ui32>, NUdf::TDataType<i16>, NUdf::TDataType<ui32>, TFunc, TArgs>(registry, name);

    RegisterFunctionBinOpt<NUdf::TDataType<i32>, NUdf::TDataType<ui64>, NUdf::TDataType<ui64>, TFunc, TArgs>(registry, name);

    RegisterFunctionBinOpt<NUdf::TDataType<ui64>, NUdf::TDataType<i8>, NUdf::TDataType<ui64>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<ui64>, NUdf::TDataType<i16>, NUdf::TDataType<ui64>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<ui64>, NUdf::TDataType<i32>, NUdf::TDataType<ui64>, TFunc, TArgs>(registry, name);
}

template <
    template<typename, typename, typename> class TFunc,
    template<typename, typename, typename, bool, bool> class TArgs
>
void RegisterBinaryIntegralToSignedFunctionOpt(IBuiltinFunctionRegistry& registry, const std::string_view& name) {
    RegisterFunctionBinOpt<NUdf::TDataType<ui8>, NUdf::TDataType<i8>, NUdf::TDataType<i8>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<ui8>, NUdf::TDataType<i16>, NUdf::TDataType<i16>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<ui8>, NUdf::TDataType<i32>, NUdf::TDataType<i32>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<ui8>, NUdf::TDataType<i64>, NUdf::TDataType<i64>, TFunc, TArgs>(registry, name);

    RegisterFunctionBinOpt<NUdf::TDataType<i8>, NUdf::TDataType<i8>, NUdf::TDataType<i8>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<i8>, NUdf::TDataType<ui8>, NUdf::TDataType<i8>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<i8>, NUdf::TDataType<i16>, NUdf::TDataType<i16>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<i8>, NUdf::TDataType<i32>, NUdf::TDataType<i32>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<i8>, NUdf::TDataType<i64>, NUdf::TDataType<i64>, TFunc, TArgs>(registry, name);

    RegisterFunctionBinOpt<NUdf::TDataType<ui16>, NUdf::TDataType<i16>, NUdf::TDataType<i16>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<ui16>, NUdf::TDataType<i32>, NUdf::TDataType<i32>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<ui16>, NUdf::TDataType<i64>, NUdf::TDataType<i64>, TFunc, TArgs>(registry, name);

    RegisterFunctionBinOpt<NUdf::TDataType<i16>, NUdf::TDataType<i8>, NUdf::TDataType<i16>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<i16>, NUdf::TDataType<ui8>, NUdf::TDataType<i16>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<i16>, NUdf::TDataType<i16>, NUdf::TDataType<i16>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<i16>, NUdf::TDataType<ui16>, NUdf::TDataType<i16>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<i16>, NUdf::TDataType<i32>, NUdf::TDataType<i32>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<i16>, NUdf::TDataType<i64>, NUdf::TDataType<i64>, TFunc, TArgs>(registry, name);

    RegisterFunctionBinOpt<NUdf::TDataType<ui32>, NUdf::TDataType<i32>, NUdf::TDataType<i32>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<ui32>, NUdf::TDataType<i64>, NUdf::TDataType<i64>, TFunc, TArgs>(registry, name);

    RegisterFunctionBinOpt<NUdf::TDataType<i32>, NUdf::TDataType<i8>, NUdf::TDataType<i32>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<i32>, NUdf::TDataType<ui8>, NUdf::TDataType<i32>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<i32>, NUdf::TDataType<i16>, NUdf::TDataType<i32>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<i32>, NUdf::TDataType<ui16>, NUdf::TDataType<i32>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<i32>, NUdf::TDataType<i32>, NUdf::TDataType<i32>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<i32>, NUdf::TDataType<ui32>, NUdf::TDataType<i32>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<i32>, NUdf::TDataType<i64>, NUdf::TDataType<i64>, TFunc, TArgs>(registry, name);

    RegisterFunctionBinOpt<NUdf::TDataType<ui64>, NUdf::TDataType<i64>, NUdf::TDataType<i64>, TFunc, TArgs>(registry, name);

    RegisterFunctionBinOpt<NUdf::TDataType<i64>, NUdf::TDataType<i8>, NUdf::TDataType<i64>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<i64>, NUdf::TDataType<ui8>, NUdf::TDataType<i64>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<i64>, NUdf::TDataType<i16>, NUdf::TDataType<i64>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<i64>, NUdf::TDataType<ui16>, NUdf::TDataType<i64>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<i64>, NUdf::TDataType<i32>, NUdf::TDataType<i64>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<i64>, NUdf::TDataType<ui32>, NUdf::TDataType<i64>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<i64>, NUdf::TDataType<i64>, NUdf::TDataType<i64>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<i64>, NUdf::TDataType<ui64>, NUdf::TDataType<i64>, TFunc, TArgs>(registry, name);
}

template <
    template<typename, typename, typename> class TFunc,
    template<typename, typename, typename, bool, bool> class TArgs
>
void RegisterBinaryIntegralFunctionOpt(IBuiltinFunctionRegistry& registry, const std::string_view& name) {
    RegisterBinaryUnsignedFunctionOpt<TFunc, TArgs>(registry, name);
    RegisterBinaryIntegralToUnsignedFunctionOpt<TFunc, TArgs>(registry, name);
    RegisterBinaryIntegralToSignedFunctionOpt<TFunc, TArgs>(registry, name);
}

template <
    template<typename, typename, typename> class TFunc,
    template<typename, typename, typename, bool, bool> class TArgs
>
void RegisterBinaryRealFunctionOpt(IBuiltinFunctionRegistry& registry, const std::string_view& name) {
    RegisterFunctionBinOpt<NUdf::TDataType<i8>, NUdf::TDataType<float>, NUdf::TDataType<float>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<i8>, NUdf::TDataType<double>, NUdf::TDataType<double>, TFunc, TArgs>(registry, name);

    RegisterFunctionBinOpt<NUdf::TDataType<ui8>, NUdf::TDataType<float>, NUdf::TDataType<float>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<ui8>, NUdf::TDataType<double>, NUdf::TDataType<double>, TFunc, TArgs>(registry, name);

    RegisterFunctionBinOpt<NUdf::TDataType<i16>, NUdf::TDataType<float>, NUdf::TDataType<float>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<i16>, NUdf::TDataType<double>, NUdf::TDataType<double>, TFunc, TArgs>(registry, name);

    RegisterFunctionBinOpt<NUdf::TDataType<ui16>, NUdf::TDataType<float>, NUdf::TDataType<float>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<ui16>, NUdf::TDataType<double>, NUdf::TDataType<double>, TFunc, TArgs>(registry, name);

    RegisterFunctionBinOpt<NUdf::TDataType<i32>, NUdf::TDataType<float>, NUdf::TDataType<float>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<i32>, NUdf::TDataType<double>, NUdf::TDataType<double>, TFunc, TArgs>(registry, name);

    RegisterFunctionBinOpt<NUdf::TDataType<ui32>, NUdf::TDataType<float>, NUdf::TDataType<float>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<ui32>, NUdf::TDataType<double>, NUdf::TDataType<double>, TFunc, TArgs>(registry, name);

    RegisterFunctionBinOpt<NUdf::TDataType<i64>, NUdf::TDataType<float>, NUdf::TDataType<float>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<i64>, NUdf::TDataType<double>, NUdf::TDataType<double>, TFunc, TArgs>(registry, name);

    RegisterFunctionBinOpt<NUdf::TDataType<ui64>, NUdf::TDataType<float>, NUdf::TDataType<float>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<ui64>, NUdf::TDataType<double>, NUdf::TDataType<double>, TFunc, TArgs>(registry, name);

    RegisterFunctionBinOpt<NUdf::TDataType<float>, NUdf::TDataType<i8>, NUdf::TDataType<float>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<float>, NUdf::TDataType<ui8>, NUdf::TDataType<float>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<float>, NUdf::TDataType<i16>, NUdf::TDataType<float>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<float>, NUdf::TDataType<ui16>, NUdf::TDataType<float>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<float>, NUdf::TDataType<i32>, NUdf::TDataType<float>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<float>, NUdf::TDataType<ui32>, NUdf::TDataType<float>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<float>, NUdf::TDataType<i64>, NUdf::TDataType<float>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<float>, NUdf::TDataType<ui64>, NUdf::TDataType<float>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<float>, NUdf::TDataType<float>, NUdf::TDataType<float>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<float>, NUdf::TDataType<double>, NUdf::TDataType<double>, TFunc, TArgs>(registry, name);

    RegisterFunctionBinOpt<NUdf::TDataType<double>, NUdf::TDataType<i8>, NUdf::TDataType<double>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<double>, NUdf::TDataType<ui8>, NUdf::TDataType<double>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<double>, NUdf::TDataType<i16>, NUdf::TDataType<double>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<double>, NUdf::TDataType<ui16>, NUdf::TDataType<double>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<double>, NUdf::TDataType<i32>, NUdf::TDataType<double>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<double>, NUdf::TDataType<ui32>, NUdf::TDataType<double>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<double>, NUdf::TDataType<i64>, NUdf::TDataType<double>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<double>, NUdf::TDataType<ui64>, NUdf::TDataType<double>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<double>, NUdf::TDataType<float>, NUdf::TDataType<double>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<double>, NUdf::TDataType<double>, NUdf::TDataType<double>, TFunc, TArgs>(registry, name);
}

template <
    template<typename, typename, typename> class TFunc,
    template<typename, typename, typename, bool, bool> class TArgs
>
void RegisterBinaryNumericFunctionOpt(IBuiltinFunctionRegistry& registry, const std::string_view& name) {
    RegisterBinaryIntegralFunctionOpt<TFunc, TArgs>(registry, name);
    RegisterBinaryRealFunctionOpt<TFunc, TArgs>(registry, name);
}

template <
    template<typename> class TFunc,
    template<typename, typename, bool> class TArgs
>
void RegisterNumericAggregateFunction(IBuiltinFunctionRegistry& registry, const std::string_view& name) {
    RegisterAggregateFunction<NUdf::TDataType<i8>, TFunc, TArgs>(registry, name);
    RegisterAggregateFunction<NUdf::TDataType<ui8>, TFunc, TArgs>(registry, name);
    RegisterAggregateFunction<NUdf::TDataType<i16>, TFunc, TArgs>(registry, name);
    RegisterAggregateFunction<NUdf::TDataType<ui16>, TFunc, TArgs>(registry, name);
    RegisterAggregateFunction<NUdf::TDataType<i32>, TFunc, TArgs>(registry, name);
    RegisterAggregateFunction<NUdf::TDataType<ui32>, TFunc, TArgs>(registry, name);
    RegisterAggregateFunction<NUdf::TDataType<i64>, TFunc, TArgs>(registry, name);
    RegisterAggregateFunction<NUdf::TDataType<ui64>, TFunc, TArgs>(registry, name);
    RegisterAggregateFunction<NUdf::TDataType<float>, TFunc, TArgs>(registry, name);
    RegisterAggregateFunction<NUdf::TDataType<double>, TFunc, TArgs>(registry, name);
}

template <
    template<typename> class TFunc,
    template<typename, typename, bool> class TArgs
>
void RegisterDatetimeAggregateFunction(IBuiltinFunctionRegistry& registry, const std::string_view& name) {
    RegisterAggregateFunction<NUdf::TDataType<NUdf::TDate>, TFunc, TArgs>(registry, name);
    RegisterAggregateFunction<NUdf::TDataType<NUdf::TDatetime>, TFunc, TArgs>(registry, name);
    RegisterAggregateFunction<NUdf::TDataType<NUdf::TTimestamp>, TFunc, TArgs>(registry, name);

    RegisterAggregateFunction<NUdf::TDataType<NUdf::TInterval>, TFunc, TArgs>(registry, name);
}

template <
    template<typename> class TFunc,
    template<typename, typename, bool> class TArgs
>
void RegisterBigDateAggregateFunction(IBuiltinFunctionRegistry& registry, const std::string_view& name) {
    RegisterAggregateFunction<NUdf::TDataType<NUdf::TDate32>, TFunc, TArgs>(registry, name);
    RegisterAggregateFunction<NUdf::TDataType<NUdf::TDatetime64>, TFunc, TArgs>(registry, name);
    RegisterAggregateFunction<NUdf::TDataType<NUdf::TTimestamp64>, TFunc, TArgs>(registry, name);

    RegisterAggregateFunction<NUdf::TDataType<NUdf::TInterval64>, TFunc, TArgs>(registry, name);
}

template <
    template<typename> class TFunc,
    template<typename, typename, bool> class TArgs
>
void RegisterTzDatetimeAggregateFunction(IBuiltinFunctionRegistry& registry, const std::string_view& name) {
    RegisterAggregateFunction<NUdf::TDataType<NUdf::TTzDate>, TFunc, TArgs>(registry, name);
    RegisterAggregateFunction<NUdf::TDataType<NUdf::TTzDatetime>, TFunc, TArgs>(registry, name);
    RegisterAggregateFunction<NUdf::TDataType<NUdf::TTzTimestamp>, TFunc, TArgs>(registry, name);
}

template <
    template<typename> class TFunc,
    template<typename, typename, typename, bool, bool> class TArgs
>
void RegisterDatetimeSameTypesFunction(IBuiltinFunctionRegistry& registry, const std::string_view& name) {
    RegisterSameTypesFunction<NUdf::TDataType<NUdf::TDate>, TFunc, TArgs>(registry, name);
    RegisterSameTypesFunction<NUdf::TDataType<NUdf::TDatetime>, TFunc, TArgs>(registry, name);
    RegisterSameTypesFunction<NUdf::TDataType<NUdf::TTimestamp>, TFunc, TArgs>(registry, name);
    RegisterSameTypesFunction<NUdf::TDataType<NUdf::TInterval>, TFunc, TArgs>(registry, name);
}

template <
    template<typename> class TFunc,
    template<typename, typename, typename, bool, bool> class TArgs
>
void RegisterTzDatetimeSameTypesFunction(IBuiltinFunctionRegistry& registry, const std::string_view& name) {
    RegisterSameTypesFunction<NUdf::TDataType<NUdf::TTzDate>, TFunc, TArgs>(registry, name);
    RegisterSameTypesFunction<NUdf::TDataType<NUdf::TTzDatetime>, TFunc, TArgs>(registry, name);
    RegisterSameTypesFunction<NUdf::TDataType<NUdf::TTzTimestamp>, TFunc, TArgs>(registry, name);
}

template <
    template<typename> class TFunc,
    template<typename, typename, bool> class TArgs
>
void RegisterBooleanAggregateFunction(IBuiltinFunctionRegistry& registry, const std::string_view& name) {
    RegisterAggregateFunction<NUdf::TDataType<bool>, TFunc, TArgs>(registry, name);
}

template <
    template<typename> class TFunc,
    template<typename, typename, typename, bool, bool> class TArgs
>
void RegisterBooleanSameTypesFunction(IBuiltinFunctionRegistry& registry, const std::string_view& name) {
    RegisterSameTypesFunction<NUdf::TDataType<bool>, TFunc, TArgs>(registry, name);
}

template <
    template<typename, typename, typename, bool, bool> class TFunc,
    template<typename, typename, typename, bool, bool> class TArgs
>
void RegisterBinaryRealFunction(IBuiltinFunctionRegistry& registry, const std::string_view& name) {
    RegisterFunctionBinOpt<NUdf::TDataType<float>, NUdf::TDataType<float>, NUdf::TDataType<float>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<float>, NUdf::TDataType<double>, NUdf::TDataType<double>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<double>, NUdf::TDataType<float>, NUdf::TDataType<double>, TFunc, TArgs>(registry, name);
    RegisterFunctionBinOpt<NUdf::TDataType<double>, NUdf::TDataType<double>, NUdf::TDataType<double>, TFunc, TArgs>(registry, name);
}

void RegisterAdd(IBuiltinFunctionRegistry& registry);
void RegisterAdd(TKernelFamilyMap& kernelFamilyMap);
void RegisterAggrAdd(IBuiltinFunctionRegistry& registry);
void RegisterSub(IBuiltinFunctionRegistry& registry);
void RegisterSub(TKernelFamilyMap& kernelFamilyMap);
void RegisterMul(IBuiltinFunctionRegistry& registry);
void RegisterMul(TKernelFamilyMap& kernelFamilyMap);
void RegisterDiv(IBuiltinFunctionRegistry& registry);
void RegisterDiv(TKernelFamilyMap& kernelFamilyMap);
void RegisterMod(IBuiltinFunctionRegistry& registry);
void RegisterMod(TKernelFamilyMap& kernelFamilyMap);
void RegisterIncrement(IBuiltinFunctionRegistry& registry);
void RegisterDecrement(IBuiltinFunctionRegistry& registry);
void RegisterBitAnd(IBuiltinFunctionRegistry& registry);
void RegisterBitOr(IBuiltinFunctionRegistry& registry);
void RegisterBitXor(IBuiltinFunctionRegistry& registry);
void RegisterShiftLeft(IBuiltinFunctionRegistry& registry);
void RegisterShiftRight(IBuiltinFunctionRegistry& registry);
void RegisterRotLeft(IBuiltinFunctionRegistry& registry);
void RegisterRotRight(IBuiltinFunctionRegistry& registry);
void RegisterPlus(IBuiltinFunctionRegistry& registry);
void RegisterMinus(IBuiltinFunctionRegistry& registry);
void RegisterMinus(TKernelFamilyMap& kernelFamilyMap);
void RegisterBitNot(IBuiltinFunctionRegistry& registry);
void RegisterCountBits(IBuiltinFunctionRegistry& registry);
void RegisterAbs(IBuiltinFunctionRegistry& registry);
void RegisterAbs(TKernelFamilyMap& kernelFamilyMap);
void RegisterConvert(IBuiltinFunctionRegistry& registry);
void RegisterConcat(IBuiltinFunctionRegistry& registry);
void RegisterSubstring(IBuiltinFunctionRegistry& registry);
void RegisterFind(IBuiltinFunctionRegistry& registry);
void RegisterInversePresortString(IBuiltinFunctionRegistry& registry);
void RegisterInverseString(IBuiltinFunctionRegistry& registry);
void RegisterNanvl(IBuiltinFunctionRegistry& registry);
void RegisterByteAt(IBuiltinFunctionRegistry& registry);
void RegisterMax(IBuiltinFunctionRegistry& registry);
void RegisterMin(IBuiltinFunctionRegistry& registry);
void RegisterAggrMax(IBuiltinFunctionRegistry& registry);
void RegisterAggrMin(IBuiltinFunctionRegistry& registry);
void RegisterWith(IBuiltinFunctionRegistry& registry);

enum class EPropagateTz {
    None,
    FromLeft,
    FromRight
};

std::shared_ptr<arrow::DataType> AddTzType(bool addTz, const std::shared_ptr<arrow::DataType>& type);
std::shared_ptr<arrow::DataType> AddTzType(EPropagateTz propagateTz, const std::shared_ptr<arrow::DataType>& type);

template <typename T>
arrow::compute::InputType GetPrimitiveInputArrowType(bool tz = false);

arrow::compute::InputType GetPrimitiveInputArrowType(NUdf::EDataSlot slot);

template <typename T>
arrow::compute::OutputType GetPrimitiveOutputArrowType(bool tz = false);

arrow::compute::OutputType GetPrimitiveOutputArrowType(NUdf::EDataSlot slot);

std::shared_ptr<arrow::Scalar> ExtractTz(bool isTz, const std::shared_ptr<arrow::Scalar>& value);
std::shared_ptr<arrow::ArrayData> ExtractTz(bool isTz, const std::shared_ptr<arrow::ArrayData>& value);
std::shared_ptr<arrow::Scalar> WithTz(bool propagateTz, const std::shared_ptr<arrow::Scalar>& input,
    const std::shared_ptr<arrow::Scalar>& value);

std::shared_ptr<arrow::Scalar> WithTz(EPropagateTz propagateTz,
    const std::shared_ptr<arrow::Scalar>& input1,
    const std::shared_ptr<arrow::Scalar>& input2,
    const std::shared_ptr<arrow::Scalar>& value);

std::shared_ptr<arrow::ArrayData> CopyTzImpl(const std::shared_ptr<arrow::ArrayData>& res, bool propagateTz,
    const std::shared_ptr<arrow::ArrayData>& input, arrow::MemoryPool* pool,
    size_t sizeOf, const std::shared_ptr<arrow::DataType>& outputType);

template <typename TOutput>
inline std::shared_ptr<arrow::ArrayData> CopyTz(const std::shared_ptr<arrow::ArrayData>& res, bool propagateTz,
    const std::shared_ptr<arrow::ArrayData>& input, arrow::MemoryPool* pool) {
    return CopyTzImpl(res, propagateTz, input, pool, sizeof(TOutput), GetPrimitiveDataType<TOutput>());
}

std::shared_ptr<arrow::ArrayData> CopyTzImpl(const std::shared_ptr<arrow::ArrayData>& res, EPropagateTz propagateTz,
    const std::shared_ptr<arrow::ArrayData>& input1,
    const std::shared_ptr<arrow::Scalar>& input2,
    arrow::MemoryPool* pool,
    size_t sizeOf, const std::shared_ptr<arrow::DataType>& outputType);

template <typename TOutput>
inline std::shared_ptr<arrow::ArrayData> CopyTz(const std::shared_ptr<arrow::ArrayData>& res, EPropagateTz propagateTz,
    const std::shared_ptr<arrow::ArrayData>& input1,
    const std::shared_ptr<arrow::Scalar>& input2,
    arrow::MemoryPool* pool) {
    return CopyTzImpl(res, propagateTz, input1, input2, pool, sizeof(TOutput), GetPrimitiveDataType<TOutput>());
}

std::shared_ptr<arrow::ArrayData> CopyTzImpl(const std::shared_ptr<arrow::ArrayData>& res, EPropagateTz propagateTz,
    const std::shared_ptr<arrow::Scalar>& input1,
    const std::shared_ptr<arrow::ArrayData>& input2,
    arrow::MemoryPool* pool,
    size_t sizeOf, const std::shared_ptr<arrow::DataType>& outputType);

template <typename TOutput>
inline std::shared_ptr<arrow::ArrayData> CopyTz(const std::shared_ptr<arrow::ArrayData>& res, EPropagateTz propagateTz,
    const std::shared_ptr<arrow::Scalar>& input1,
    const std::shared_ptr<arrow::ArrayData>& input2,
    arrow::MemoryPool* pool) {
    return CopyTzImpl(res, propagateTz, input1, input2, pool, sizeof(TOutput), GetPrimitiveDataType<TOutput>());
}

std::shared_ptr<arrow::ArrayData> CopyTzImpl(const std::shared_ptr<arrow::ArrayData>& res, EPropagateTz propagateTz,
    const std::shared_ptr<arrow::ArrayData>& input1,
    const std::shared_ptr<arrow::ArrayData>& input2,
    arrow::MemoryPool* pool,
    size_t sizeOf, const std::shared_ptr<arrow::DataType>& outputType);

template <typename TOutput>
inline std::shared_ptr<arrow::ArrayData> CopyTz(const std::shared_ptr<arrow::ArrayData>& res, EPropagateTz propagateTz,
    const std::shared_ptr<arrow::ArrayData>& input1,
    const std::shared_ptr<arrow::ArrayData>& input2,
    arrow::MemoryPool* pool) {
    return CopyTzImpl(res, propagateTz, input1, input2, pool, sizeof(TOutput), GetPrimitiveDataType<TOutput>());
}

using TPrimitiveDataTypeGetter = std::shared_ptr<arrow::DataType>(*)();
using TPrimitiveDataScalarGetter= arrow::Datum(*)();
using TPrimitiveDataScalarGetterWithMemPool = arrow::Datum(*)(void** result, arrow::MemoryPool*);
using TUntypedBinaryScalarFuncPtr = void(*)(const void*, const void*, void*);
using TUntypedBinaryArrayFuncPtr = void(*)(const void*, const void*, void*, int64_t length, int64_t offset1, int64_t offset2);
using TUntypedBinaryScalarOptFuncPtr = bool(*)(const void*, const void*, void*);
using TUntypedBinaryArrayOptFuncPtr = void(*)(const void*, const ui8*, const void*, const ui8*, void*, ui8*, int64_t length, int64_t offset1, int64_t offset2);
using TUntypedUnaryScalarFuncPtr = void(*)(const void*, void*);
using TUntypedUnaryArrayFuncPtr = void(*)(const void*, void*, int64_t length, int64_t offset);


arrow::Status ExecScalarImpl(const arrow::compute::ExecBatch& batch, arrow::Datum* res,
    TPrimitiveDataTypeGetter typeGetter, TPrimitiveDataScalarGetter scalarGetter, TUntypedUnaryScalarFuncPtr func,
    bool tz, bool propagateTz);

arrow::Status ExecArrayImpl(arrow::compute::KernelContext* kernelCtx,
    const arrow::compute::ExecBatch& batch, arrow::Datum* res,
    TUntypedUnaryArrayFuncPtr func, size_t outputSizeOf, TPrimitiveDataTypeGetter outputTypeGetter,
    bool tz, bool propagateTz);

arrow::Status ExecUnaryImpl(arrow::compute::KernelContext* kernelCtx,
    const arrow::compute::ExecBatch& batch, arrow::Datum* res,
    TPrimitiveDataTypeGetter typeGetter, TPrimitiveDataScalarGetter scalarGetter,
    bool tz, bool propagateTz, size_t outputSizeOf,
    TUntypedUnaryScalarFuncPtr scalarFunc, TUntypedUnaryArrayFuncPtr arrayFunc);

arrow::Status ExecScalarScalarImpl(const arrow::compute::ExecBatch& batch, arrow::Datum* res,
    TPrimitiveDataTypeGetter typeGetter, TPrimitiveDataScalarGetter scalarGetter, TUntypedBinaryScalarFuncPtr func,
    bool tz1, bool tz2, EPropagateTz propagateTz);

arrow::Status ExecScalarArrayImpl(arrow::compute::KernelContext* kernelCtx,
    const arrow::compute::ExecBatch& batch, arrow::Datum* res,
    TUntypedBinaryArrayFuncPtr func, size_t outputSizeOf, TPrimitiveDataTypeGetter outputTypeGetter,
    bool tz1, bool tz2, EPropagateTz propagateTz);

arrow::Status ExecArrayScalarImpl(arrow::compute::KernelContext* kernelCtx,
    const arrow::compute::ExecBatch& batch, arrow::Datum* res,
    TUntypedBinaryArrayFuncPtr func, size_t outputSizeOf, TPrimitiveDataTypeGetter outputTypeGetter,
    bool tz1, bool tz2, EPropagateTz propagateTz);

arrow::Status ExecArrayArrayImpl(arrow::compute::KernelContext* kernelCtx,
    const arrow::compute::ExecBatch& batch, arrow::Datum* res,
    TUntypedBinaryArrayFuncPtr func, size_t outputSizeOf, TPrimitiveDataTypeGetter outputTypeGetter,
    bool tz1, bool tz2, EPropagateTz propagateTz);

arrow::Status ExecBinaryImpl(arrow::compute::KernelContext* kernelCtx,
    const arrow::compute::ExecBatch& batch, arrow::Datum* res,
    TPrimitiveDataTypeGetter typeGetter, TPrimitiveDataScalarGetter scalarGetter,
    bool tz1, bool tz2, EPropagateTz propagateTz, size_t outputSizeOf,
    TUntypedBinaryScalarFuncPtr scalarScalarFunc,
    TUntypedBinaryArrayFuncPtr scalarArrayFunc,
    TUntypedBinaryArrayFuncPtr arrayScalarFunc,
    TUntypedBinaryArrayFuncPtr arrayArrayFunc);

arrow::Status ExecScalarScalarOptImpl(const arrow::compute::ExecBatch& batch, arrow::Datum* res,
    TPrimitiveDataTypeGetter typeGetter, TPrimitiveDataScalarGetter scalarGetter, TUntypedBinaryScalarOptFuncPtr func,
    bool tz1, bool tz2, EPropagateTz propagateTz);

arrow::Status ExecScalarArrayOptImpl(arrow::compute::KernelContext* kernelCtx,
    const arrow::compute::ExecBatch& batch, arrow::Datum* res,
    TUntypedBinaryArrayOptFuncPtr func, size_t outputSizeOf, TPrimitiveDataTypeGetter outputTypeGetter,
    bool tz1, bool tz2, EPropagateTz propagateTz);

arrow::Status ExecArrayScalarOptImpl(arrow::compute::KernelContext* kernelCtx,
    const arrow::compute::ExecBatch& batch, arrow::Datum* res,
    TUntypedBinaryArrayOptFuncPtr func, size_t outputSizeOf, TPrimitiveDataTypeGetter outputTypeGetter,
    bool tz1, bool tz2, EPropagateTz propagateTz);

arrow::Status ExecArrayArrayOptImpl(arrow::compute::KernelContext* kernelCtx,
    const arrow::compute::ExecBatch& batch, arrow::Datum* res,
    TUntypedBinaryArrayOptFuncPtr func, size_t outputSizeOf, TPrimitiveDataTypeGetter outputTypeGetter,
    bool tz1, bool tz2, EPropagateTz propagateTz);

arrow::Status ExecBinaryOptImpl(arrow::compute::KernelContext* kernelCtx,
    const arrow::compute::ExecBatch& batch, arrow::Datum* res,
    TPrimitiveDataTypeGetter typeGetter, TPrimitiveDataScalarGetter scalarGetter,
    bool tz1, bool tz2, EPropagateTz propagateTz, size_t outputSizeOf,
    TUntypedBinaryScalarOptFuncPtr scalarScalarFunc,
    TUntypedBinaryArrayOptFuncPtr scalarArrayFunc,
    TUntypedBinaryArrayOptFuncPtr arrayScalarFunc,
    TUntypedBinaryArrayOptFuncPtr arrayArrayFunc);

arrow::Status ExecDecimalBinaryOptImpl(arrow::compute::KernelContext* kernelCtx,
    const arrow::compute::ExecBatch& batch, arrow::Datum* res,
    TPrimitiveDataTypeGetter typeGetter, TPrimitiveDataScalarGetterWithMemPool scalarGetter,
    size_t outputSizeOf,
    TUntypedBinaryScalarOptFuncPtr scalarScalarFunc,
    TUntypedBinaryArrayOptFuncPtr scalarArrayFunc,
    TUntypedBinaryArrayOptFuncPtr arrayScalarFunc,
    TUntypedBinaryArrayOptFuncPtr arrayArrayFunc);

arrow::Status ExecDecimalUnaryImpl(arrow::compute::KernelContext* kernelCtx,
    const arrow::compute::ExecBatch& batch, arrow::Datum* res,
    TPrimitiveDataTypeGetter typeGetter,
    TUntypedUnaryScalarFuncPtr scalarFunc, TUntypedUnaryArrayFuncPtr arrayFunc);

template<typename TInput1, bool Tz1, typename TInput2, bool Tz2, typename TOutput, EPropagateTz PropagateTz,
         typename TFuncInstance, TKernel::ENullMode NullMode>
struct TBinaryKernelExecs;

template<typename TInput1, bool Tz1, typename TInput2, bool Tz2, typename TOutput, EPropagateTz PropagateTz,
        typename TFuncInstance>
struct TBinaryKernelExecs<TInput1, Tz1, TInput2, Tz2, TOutput, PropagateTz, TFuncInstance, TKernel::ENullMode::Default>
{
    using TTypedBinaryScalarFuncPtr = void(*)(
        const typename TPrimitiveDataType<TInput1>::TLayout*,
        const typename TPrimitiveDataType<TInput2>::TLayout*,
        typename TPrimitiveDataType<TOutput>::TLayout*
    );

    using TTypedBinaryArrayFuncPtr = void(*)(
        const typename TPrimitiveDataType<TInput1>::TLayout*,
        const typename TPrimitiveDataType<TInput2>::TLayout*,
        typename TPrimitiveDataType<TOutput>::TLayout*,
        int64_t,
        int64_t,
        int64_t
    );

    static void ScalarArrayCore(
        const typename TPrimitiveDataType<TInput1>::TLayout* val1Ptr,
        const typename TPrimitiveDataType<TInput2>::TLayout* val2Ptr,
        typename TPrimitiveDataType<TOutput>::TLayout* resPtr,
        int64_t length, int64_t offset1, int64_t offset2) {
        TTypedBinaryScalarFuncPtr func = &TFuncInstance::DoPtr;
        Y_UNUSED(offset1);
        val2Ptr += offset2;
        for (int64_t i = 0; i < length; ++i) {
            func(val1Ptr, val2Ptr, resPtr);
            ++val2Ptr;
            ++resPtr;
        }
    }

    static void ArrayScalarCore(
        const typename TPrimitiveDataType<TInput1>::TLayout* val1Ptr,
        const typename TPrimitiveDataType<TInput2>::TLayout* val2Ptr,
        typename TPrimitiveDataType<TOutput>::TLayout* resPtr,
        int64_t length, int64_t offset1, int64_t offset2) {
        TTypedBinaryScalarFuncPtr func = &TFuncInstance::DoPtr;
        Y_UNUSED(offset2);
        val1Ptr += offset1;
        for (int64_t i = 0; i < length; ++i) {
            func(val1Ptr, val2Ptr, resPtr);
            ++val1Ptr;
            ++resPtr;
        }
    }

    static void ArrayArrayCore(
        const typename TPrimitiveDataType<TInput1>::TLayout* val1Ptr,
        const typename TPrimitiveDataType<TInput2>::TLayout* val2Ptr,
        typename TPrimitiveDataType<TOutput>::TLayout* resPtr,
        int64_t length, int64_t offset1, int64_t offset2) {
        TTypedBinaryScalarFuncPtr func = &TFuncInstance::DoPtr;
        val1Ptr += offset1;
        val2Ptr += offset2;
        for (int64_t i = 0; i < length; ++i) {
            func(val1Ptr, val2Ptr, resPtr);
            ++val1Ptr;
            ++val2Ptr;
            ++resPtr;
        }
    }

    static arrow::Status Exec(arrow::compute::KernelContext* kernelCtx, const arrow::compute::ExecBatch& batch, arrow::Datum* res) {
        TTypedBinaryScalarFuncPtr scalarScalarFunc = &TFuncInstance::DoPtr;
        TTypedBinaryArrayFuncPtr scalarArrayFunc = &ScalarArrayCore;
        TTypedBinaryArrayFuncPtr arrayScalarFunc = &ArrayScalarCore;
        TTypedBinaryArrayFuncPtr arrayArrayFunc = &ArrayArrayCore;
        return ExecBinaryImpl(kernelCtx, batch, res,
            &GetPrimitiveDataType<TOutput>,
            &MakeDefaultScalarDatum<TOutput>,
            Tz1, Tz2, PropagateTz, sizeof(TOutput),
            (TUntypedBinaryScalarFuncPtr)scalarScalarFunc,
            (TUntypedBinaryArrayFuncPtr)scalarArrayFunc,
            (TUntypedBinaryArrayFuncPtr)arrayScalarFunc,
            (TUntypedBinaryArrayFuncPtr)arrayArrayFunc);
    }
};

template<typename TInput1, typename TInput2, typename TOutput, typename TFuncInstance>
struct TBinaryKernelOptExecsImpl
{
    using TTypedBinaryScalarOptFuncPtr = bool(*)(
        const typename TPrimitiveDataType<TInput1>::TLayout* val1Ptr,
        const typename TPrimitiveDataType<TInput2>::TLayout* val2Ptr,
        typename TPrimitiveDataType<TOutput>::TLayout* resPtr
    );

    using TTypedBinaryArrayOptFuncPtr = void(*)(
        const typename TPrimitiveDataType<TInput1>::TLayout* val1Ptr,
        const ui8* valid1,
        const typename TPrimitiveDataType<TInput2>::TLayout* val2Ptr,
        const ui8* valid2,
        typename TPrimitiveDataType<TOutput>::TLayout* resPtr,
        ui8* resValid,
        int64_t length,
        int64_t offset1,
        int64_t offset2
    );

    static bool ScalarScalarCoreOpt(
        const typename TPrimitiveDataType<TInput1>::TLayout* val1Ptr,
        const typename TPrimitiveDataType<TInput2>::TLayout* val2Ptr,
        typename TPrimitiveDataType<TOutput>::TLayout* resPtr) {
        auto resPod = TFuncInstance::Execute(NUdf::TUnboxedValuePod(*val1Ptr), NUdf::TUnboxedValuePod(*val2Ptr));
        if (!resPod) {
            return false;
        }

        *resPtr = resPod.template Get<typename TPrimitiveDataType<TOutput>::TLayout>();
        return true;
    }

    static void ScalarArrayCoreOpt(
        const typename TPrimitiveDataType<TInput1>::TLayout* val1Ptr,
        const ui8* valid1,
        const typename TPrimitiveDataType<TInput2>::TLayout* val2Ptr,
        const ui8* valid2,
        typename TPrimitiveDataType<TOutput>::TLayout* resPtr,
        ui8* resValid,
        int64_t length,
        int64_t offset1,
        int64_t offset2) {
        val2Ptr += offset2;
        Y_UNUSED(valid1);
        Y_UNUSED(offset1);
        for (int64_t i = 0; i < length; ++i, ++val2Ptr, ++resPtr) {
            if (!valid2 || arrow::BitUtil::GetBit(valid2, i + offset2)) {
                auto resPod = TFuncInstance::Execute(NUdf::TUnboxedValuePod(*val1Ptr), NUdf::TUnboxedValuePod(*val2Ptr));
                if (resPod) {
                    *resPtr = resPod.template Get<typename TPrimitiveDataType<TOutput>::TLayout>();
                    arrow::BitUtil::SetBit(resValid, i);
                    continue;
                }
            }

            arrow::BitUtil::ClearBit(resValid, i);
        }
    }

    static void ArrayScalarCoreOpt(
        const typename TPrimitiveDataType<TInput1>::TLayout* val1Ptr,
        const ui8* valid1,
        const typename TPrimitiveDataType<TInput2>::TLayout* val2Ptr,
        const ui8* valid2,
        typename TPrimitiveDataType<TOutput>::TLayout* resPtr,
        ui8* resValid,
        int64_t length,
        int64_t offset1,
        int64_t offset2) {
        val1Ptr += offset1;
        Y_UNUSED(valid2);
        Y_UNUSED(offset2);
        for (int64_t i = 0; i < length; ++i, ++val1Ptr, ++resPtr) {
            if (!valid1 || arrow::BitUtil::GetBit(valid1, i + offset1)) {
                auto resPod = TFuncInstance::Execute(NUdf::TUnboxedValuePod(*val1Ptr), NUdf::TUnboxedValuePod(*val2Ptr));
                if (resPod) {
                    *resPtr = resPod.template Get<typename TPrimitiveDataType<TOutput>::TLayout>();
                    arrow::BitUtil::SetBit(resValid, i);
                    continue;
                }
            }

            arrow::BitUtil::ClearBit(resValid, i);
        }
    }

    static void ArrayArrayCoreOpt(
        const typename TPrimitiveDataType<TInput1>::TLayout* val1Ptr,
        const ui8* valid1,
        const typename TPrimitiveDataType<TInput2>::TLayout* val2Ptr,
        const ui8* valid2,
        typename TPrimitiveDataType<TOutput>::TLayout* resPtr,
        ui8* resValid,
        int64_t length,
        int64_t offset1,
        int64_t offset2) {
        val1Ptr += offset1;
        val2Ptr += offset2;
        for (int64_t i = 0; i < length; ++i, ++val1Ptr, ++val2Ptr, ++resPtr) {
            if ((!valid1 || arrow::BitUtil::GetBit(valid1, i + offset1)) && 
                (!valid2 || arrow::BitUtil::GetBit(valid2, i + offset2))) {
                auto resPod = TFuncInstance::Execute(NUdf::TUnboxedValuePod(*val1Ptr), NUdf::TUnboxedValuePod(*val2Ptr));
                if (resPod) {
                    *resPtr = resPod.template Get<typename TPrimitiveDataType<TOutput>::TLayout>();
                    arrow::BitUtil::SetBit(resValid, i);
                    continue;
                }
            }

            arrow::BitUtil::ClearBit(resValid, i);
        }
    }
};
 
template<typename TInput1, bool Tz1, typename TInput2, bool Tz2, typename TOutput, EPropagateTz PropagateTz,
        typename TFuncInstance>
struct TBinaryKernelExecs<TInput1, Tz1, TInput2, Tz2, TOutput, PropagateTz, TFuncInstance, TKernel::ENullMode::AlwaysNull>
{
    static arrow::Status Exec(arrow::compute::KernelContext* kernelCtx, const arrow::compute::ExecBatch& batch, arrow::Datum* res) {
        auto scalarScalarFunc = &TBinaryKernelOptExecsImpl<TInput1, TInput2, TOutput, TFuncInstance>::ScalarScalarCoreOpt;
        auto scalarArrayFunc = &TBinaryKernelOptExecsImpl<TInput1, TInput2, TOutput, TFuncInstance>::ScalarArrayCoreOpt;
        auto arrayScalarFunc = &TBinaryKernelOptExecsImpl<TInput1, TInput2, TOutput, TFuncInstance>::ArrayScalarCoreOpt;
        auto arrayArrayFunc = &TBinaryKernelOptExecsImpl<TInput1, TInput2, TOutput, TFuncInstance>::ArrayArrayCoreOpt;
        return ExecBinaryOptImpl(kernelCtx, batch, res,
            &GetPrimitiveDataType<TOutput>,
            &MakeDefaultScalarDatum<TOutput>,
            Tz1, Tz2, PropagateTz, sizeof(TOutput),
            (TUntypedBinaryScalarOptFuncPtr)scalarScalarFunc,
            (TUntypedBinaryArrayOptFuncPtr)scalarArrayFunc,
            (TUntypedBinaryArrayOptFuncPtr)arrayScalarFunc,
            (TUntypedBinaryArrayOptFuncPtr)arrayArrayFunc);
    }
};

class TPlainKernel : public TKernel {
public:
    TPlainKernel(const TKernelFamily& family, const std::vector<NUdf::TDataTypeId>& argTypes,
        NUdf::TDataTypeId returnType, std::unique_ptr<arrow::compute::ScalarKernel>&& arrowKernel,
        TKernel::ENullMode nullMode);

    const arrow::compute::ScalarKernel& GetArrowKernel() const final;
    std::shared_ptr<arrow::compute::ScalarKernel> MakeArrowKernel(const TVector<TType*>& argTypes, TType* resultType) const final;
    bool IsPolymorphic() const final;

private:
    const std::unique_ptr<arrow::compute::ScalarKernel> ArrowKernel;
};

template<typename TInput, bool Tz, typename TOutput, bool PropagateTz, class TFuncInstance>
struct TUnaryKernelExecs
{
    using TTypedUnaryScalarFuncPtr = void(*)(
        const typename TPrimitiveDataType<TInput>::TLayout*,
        typename TPrimitiveDataType<TOutput>::TLayout*
    );

    using TTypedUnaryArrayFuncPtr = void(*)(
        const typename TPrimitiveDataType<TInput>::TLayout*,
        typename TPrimitiveDataType<TOutput>::TLayout*,
        int64_t,
        int64_t
    );

    static void ArrayCore(
        const typename TPrimitiveDataType<TInput>::TLayout* valPtr,
        typename TPrimitiveDataType<TOutput>::TLayout* resPtr,
        int64_t length, int64_t offset) {
        TTypedUnaryScalarFuncPtr func = &TFuncInstance::DoPtr;
        valPtr += offset;
        for (int64_t i = 0; i < length; ++i) {
            func(valPtr, resPtr);
            ++valPtr;
            ++resPtr;
        }
    }

    static arrow::Status Exec(arrow::compute::KernelContext* kernelCtx, const arrow::compute::ExecBatch& batch, arrow::Datum* res) {
        TTypedUnaryScalarFuncPtr func = &TFuncInstance::DoPtr;
        TTypedUnaryArrayFuncPtr arrayFunc = &ArrayCore;
        return ExecUnaryImpl(kernelCtx, batch, res,
            &GetPrimitiveDataType<TOutput>,
            &MakeDefaultScalarDatum<TOutput>,
            Tz, PropagateTz, sizeof(TOutput), 
            (TUntypedUnaryScalarFuncPtr)func,
            (TUntypedUnaryArrayFuncPtr)arrayFunc);
    }
};


template<class TFuncInstance>
struct TUnaryDecimalKernelExecs
{
    using TInput = NYql::NDecimal::TInt128;
    using TOutput = NYql::NDecimal::TInt128;

    static arrow::Status Exec(arrow::compute::KernelContext* kernelCtx, const arrow::compute::ExecBatch& batch, arrow::Datum* res) {
        auto func = &TFuncInstance::DoPtr;
        auto arrayFunc = &TUnaryKernelExecs<TInput, false, TOutput, false, TFuncInstance>::ArrayCore;
        return ExecDecimalUnaryImpl(kernelCtx, batch, res,
            &GetPrimitiveDataType<TOutput>,
            (TUntypedUnaryScalarFuncPtr)func,
            (TUntypedUnaryArrayFuncPtr)arrayFunc);
    }
};

using TStatelessArrayKernelExec = arrow::Status(*)(arrow::compute::KernelContext*, const arrow::compute::ExecBatch&, arrow::Datum*);

void AddUnaryKernelImpl(TKernelFamilyBase& owner, NUdf::EDataSlot arg1, NUdf::EDataSlot res,
    TStatelessArrayKernelExec exec, TKernel::ENullMode nullMode);

template<typename TInput, typename TOutput,
    template<typename, typename> class TFunc>
void AddUnaryKernel(TKernelFamilyBase& owner) {
    using TInputLayout = typename TInput::TLayout;
    using TOutputLayout = typename TOutput::TLayout;

    static constexpr bool tz = (TInput::Features & NUdf::TzDateType) != 0;
    static constexpr bool propagateTz = (TOutput::Features & NUdf::TzDateType) != 0;

    using TFuncInstance = TFunc<TInputLayout, TOutputLayout>;
    using TExecs = TUnaryKernelExecs<TInputLayout, tz, TOutputLayout, propagateTz, TFuncInstance>;

    AddUnaryKernelImpl(owner, TInput::Slot, TOutput::Slot, &TExecs::Exec, TFuncInstance::NullMode);
}

template<class TFunc>
void AddUnaryDecimalKernels(TKernelFamilyBase& owner) {
    using TExecs = TUnaryDecimalKernelExecs<TFunc>;

    AddUnaryKernelImpl(owner, NUdf::EDataSlot::Decimal, NUdf::EDataSlot::Decimal, &TExecs::Exec, TKernel::ENullMode::Default);
}

void AddBinaryKernelImpl(TKernelFamilyBase& owner, NUdf::EDataSlot arg1, NUdf::EDataSlot arg2, NUdf::EDataSlot res,
    TStatelessArrayKernelExec exec, TKernel::ENullMode nullMode);

template<typename TInput1, typename TInput2, typename TOutput,
    template<typename, typename, typename> class TFunc>
void AddBinaryKernel(TKernelFamilyBase& owner) {
    using TInput1Layout = typename TInput1::TLayout;
    using TInput2Layout = typename TInput2::TLayout;
    using TOutputLayout = typename TOutput::TLayout;

    static constexpr bool tz1 = (TInput1::Features & NUdf::TzDateType) != 0;
    static constexpr bool tz2 = (TInput2::Features & NUdf::TzDateType) != 0;
    static constexpr EPropagateTz propagateTz = (TOutput::Features & NUdf::TzDateType) ?
        ((TInput1::Features & NUdf::TzDateType) ? EPropagateTz::FromLeft : EPropagateTz::FromRight) :
        EPropagateTz::None;

    using TFuncInstance = TFunc<TInput1Layout, TInput2Layout, TOutputLayout>;
    using TExecs = TBinaryKernelExecs<TInput1Layout, tz1, TInput2Layout, tz2, TOutputLayout, propagateTz, TFuncInstance, TFuncInstance::NullMode>;

    AddBinaryKernelImpl(owner, TInput1::Slot, TInput2::Slot, TOutput::Slot, &TExecs::Exec, TFuncInstance::NullMode);
}

template<typename TInput1, typename TInput2, typename TOutput,
    template<typename, typename, typename> class TFunc>
void AddBinaryKernelPoly(TKernelFamilyBase& owner) {
    using TInput1Layout = typename TInput1::TLayout;
    using TInput2Layout = typename TInput2::TLayout;
    using TOutputLayout = typename TOutput::TLayout;

    static constexpr bool tz1 = (TInput1::Features & NUdf::TzDateType) != 0;
    static constexpr bool tz2 = (TInput2::Features & NUdf::TzDateType) != 0;
    static constexpr EPropagateTz propagateTz = (TOutput::Features & NUdf::TzDateType) ?
        ((TInput1::Features & NUdf::TzDateType) ? EPropagateTz::FromLeft : EPropagateTz::FromRight) :
        EPropagateTz::None;

    using TFuncInstance = TFunc<TInput1, TInput2, TOutput>;
    using TExecs = TBinaryKernelExecs<TInput1Layout, tz1, TInput2Layout, tz2, TOutputLayout, propagateTz, TFuncInstance, TFuncInstance::NullMode>;

    AddBinaryKernelImpl(owner, TInput1::Slot, TInput2::Slot, TOutput::Slot, &TExecs::Exec, TFuncInstance::NullMode);
}

template<template<typename, typename> class TFunc>
void AddUnaryIntegralKernels(TKernelFamilyBase& owner) {
    AddUnaryKernel<NUdf::TDataType<i8>, NUdf::TDataType<i8>, TFunc>(owner);
    AddUnaryKernel<NUdf::TDataType<i16>, NUdf::TDataType<i16>, TFunc>(owner);
    AddUnaryKernel<NUdf::TDataType<i32>, NUdf::TDataType<i32>, TFunc>(owner);
    AddUnaryKernel<NUdf::TDataType<i64>, NUdf::TDataType<i64>, TFunc>(owner);

    AddUnaryKernel<NUdf::TDataType<ui8>, NUdf::TDataType<ui8>, TFunc>(owner);
    AddUnaryKernel<NUdf::TDataType<ui16>, NUdf::TDataType<ui16>, TFunc>(owner);
    AddUnaryKernel<NUdf::TDataType<ui32>, NUdf::TDataType<ui32>, TFunc>(owner);
    AddUnaryKernel<NUdf::TDataType<ui64>, NUdf::TDataType<ui64>, TFunc>(owner);
}

template<template<typename, typename> class TFunc>
void AddUnaryRealKernels(TKernelFamilyBase& owner) {
    AddUnaryKernel<NUdf::TDataType<float>, NUdf::TDataType<float>, TFunc>(owner);
    AddUnaryKernel<NUdf::TDataType<double>, NUdf::TDataType<double>, TFunc>(owner);
}

template<template<typename, typename, typename> class TFunc>
void AddBinaryIntegralKernels(TKernelFamilyBase& owner) {
    AddBinaryKernel<NUdf::TDataType<ui8>, NUdf::TDataType<ui8>,  NUdf::TDataType<ui8>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<ui8>, NUdf::TDataType<i8>,   NUdf::TDataType<i8>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<ui8>, NUdf::TDataType<ui16>, NUdf::TDataType<ui16>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<ui8>, NUdf::TDataType<i16>,  NUdf::TDataType<i16>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<ui8>, NUdf::TDataType<ui32>, NUdf::TDataType<ui32>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<ui8>, NUdf::TDataType<i32>,  NUdf::TDataType<i32>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<ui8>, NUdf::TDataType<ui64>, NUdf::TDataType<ui64>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<ui8>, NUdf::TDataType<i64>,  NUdf::TDataType<i64>, TFunc>(owner);

    AddBinaryKernel<NUdf::TDataType<i8>, NUdf::TDataType<ui8>,  NUdf::TDataType<i8>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<i8>, NUdf::TDataType<i8>,   NUdf::TDataType<i8>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<i8>, NUdf::TDataType<ui16>, NUdf::TDataType<ui16>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<i8>, NUdf::TDataType<i16>,  NUdf::TDataType<i16>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<i8>, NUdf::TDataType<ui32>, NUdf::TDataType<ui32>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<i8>, NUdf::TDataType<i32>,  NUdf::TDataType<i32>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<i8>, NUdf::TDataType<ui64>, NUdf::TDataType<ui64>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<i8>, NUdf::TDataType<i64>,  NUdf::TDataType<i64>, TFunc>(owner);

    AddBinaryKernel<NUdf::TDataType<ui16>, NUdf::TDataType<ui8>,  NUdf::TDataType<ui16>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<ui16>, NUdf::TDataType<i8>,   NUdf::TDataType<ui16>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<ui16>, NUdf::TDataType<ui16>, NUdf::TDataType<ui16>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<ui16>, NUdf::TDataType<i16>,  NUdf::TDataType<i16>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<ui16>, NUdf::TDataType<ui32>, NUdf::TDataType<ui32>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<ui16>, NUdf::TDataType<i32>,  NUdf::TDataType<i32>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<ui16>, NUdf::TDataType<ui64>, NUdf::TDataType<ui64>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<ui16>, NUdf::TDataType<i64>,  NUdf::TDataType<i64>, TFunc>(owner);

    AddBinaryKernel<NUdf::TDataType<i16>, NUdf::TDataType<ui8>,  NUdf::TDataType<i16>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<i16>, NUdf::TDataType<i8>,   NUdf::TDataType<i16>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<i16>, NUdf::TDataType<ui16>, NUdf::TDataType<i16>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<i16>, NUdf::TDataType<i16>,  NUdf::TDataType<i16>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<i16>, NUdf::TDataType<ui32>, NUdf::TDataType<ui32>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<i16>, NUdf::TDataType<i32>,  NUdf::TDataType<i32>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<i16>, NUdf::TDataType<ui64>, NUdf::TDataType<ui64>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<i16>, NUdf::TDataType<i64>,  NUdf::TDataType<i64>, TFunc>(owner);

    AddBinaryKernel<NUdf::TDataType<ui32>, NUdf::TDataType<ui8>,  NUdf::TDataType<ui32>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<ui32>, NUdf::TDataType<i8>,   NUdf::TDataType<ui32>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<ui32>, NUdf::TDataType<ui16>, NUdf::TDataType<ui32>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<ui32>, NUdf::TDataType<i16>,  NUdf::TDataType<ui32>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<ui32>, NUdf::TDataType<ui32>, NUdf::TDataType<ui32>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<ui32>, NUdf::TDataType<i32>,  NUdf::TDataType<i32>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<ui32>, NUdf::TDataType<ui64>, NUdf::TDataType<ui64>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<ui32>, NUdf::TDataType<i64>,  NUdf::TDataType<i64>, TFunc>(owner);

    AddBinaryKernel<NUdf::TDataType<i32>, NUdf::TDataType<ui8>,  NUdf::TDataType<i32>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<i32>, NUdf::TDataType<i8>,   NUdf::TDataType<i32>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<i32>, NUdf::TDataType<ui16>, NUdf::TDataType<i32>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<i32>, NUdf::TDataType<i16>,  NUdf::TDataType<i32>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<i32>, NUdf::TDataType<ui32>, NUdf::TDataType<i32>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<i32>, NUdf::TDataType<i32>,  NUdf::TDataType<i32>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<i32>, NUdf::TDataType<ui64>, NUdf::TDataType<ui64>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<i32>, NUdf::TDataType<i64>,  NUdf::TDataType<i64>, TFunc>(owner);

    AddBinaryKernel<NUdf::TDataType<ui64>, NUdf::TDataType<ui8>,  NUdf::TDataType<ui64>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<ui64>, NUdf::TDataType<i8>,   NUdf::TDataType<ui64>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<ui64>, NUdf::TDataType<ui16>, NUdf::TDataType<ui64>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<ui64>, NUdf::TDataType<i16>,  NUdf::TDataType<ui64>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<ui64>, NUdf::TDataType<ui32>, NUdf::TDataType<ui64>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<ui64>, NUdf::TDataType<i32>,  NUdf::TDataType<ui64>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<ui64>, NUdf::TDataType<ui64>, NUdf::TDataType<ui64>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<ui64>, NUdf::TDataType<i64>,  NUdf::TDataType<i64>, TFunc>(owner);

    AddBinaryKernel<NUdf::TDataType<i64>, NUdf::TDataType<ui8>,  NUdf::TDataType<i64>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<i64>, NUdf::TDataType<i8>,   NUdf::TDataType<i64>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<i64>, NUdf::TDataType<ui16>, NUdf::TDataType<i64>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<i64>, NUdf::TDataType<i16>,  NUdf::TDataType<i64>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<i64>, NUdf::TDataType<ui32>, NUdf::TDataType<i64>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<i64>, NUdf::TDataType<i32>,  NUdf::TDataType<i64>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<i64>, NUdf::TDataType<ui64>, NUdf::TDataType<i64>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<i64>, NUdf::TDataType<i64>,  NUdf::TDataType<i64>, TFunc>(owner);
}

template<template<typename, typename, typename> class TFunc>
void AddBinaryRealKernels(TKernelFamilyBase& owner) {
    AddBinaryKernel<NUdf::TDataType<i8>, NUdf::TDataType<float>,  NUdf::TDataType<float>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<i8>, NUdf::TDataType<double>,  NUdf::TDataType<double>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<float>, NUdf::TDataType<i8>,  NUdf::TDataType<float>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<double>, NUdf::TDataType<i8>,  NUdf::TDataType<double>, TFunc>(owner);

    AddBinaryKernel<NUdf::TDataType<ui8>, NUdf::TDataType<float>,  NUdf::TDataType<float>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<ui8>, NUdf::TDataType<double>,  NUdf::TDataType<double>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<float>, NUdf::TDataType<ui8>,  NUdf::TDataType<float>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<double>, NUdf::TDataType<ui8>,  NUdf::TDataType<double>, TFunc>(owner);

    AddBinaryKernel<NUdf::TDataType<i16>, NUdf::TDataType<float>,  NUdf::TDataType<float>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<i16>, NUdf::TDataType<double>,  NUdf::TDataType<double>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<float>, NUdf::TDataType<i16>,  NUdf::TDataType<float>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<double>, NUdf::TDataType<i16>,  NUdf::TDataType<double>, TFunc>(owner);

    AddBinaryKernel<NUdf::TDataType<ui16>, NUdf::TDataType<float>,  NUdf::TDataType<float>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<ui16>, NUdf::TDataType<double>,  NUdf::TDataType<double>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<float>, NUdf::TDataType<ui16>,  NUdf::TDataType<float>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<double>, NUdf::TDataType<ui16>,  NUdf::TDataType<double>, TFunc>(owner);

    AddBinaryKernel<NUdf::TDataType<i32>, NUdf::TDataType<float>,  NUdf::TDataType<float>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<i32>, NUdf::TDataType<double>,  NUdf::TDataType<double>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<float>, NUdf::TDataType<i32>,  NUdf::TDataType<float>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<double>, NUdf::TDataType<i32>,  NUdf::TDataType<double>, TFunc>(owner);

    AddBinaryKernel<NUdf::TDataType<ui32>, NUdf::TDataType<float>,  NUdf::TDataType<float>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<ui32>, NUdf::TDataType<double>,  NUdf::TDataType<double>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<float>, NUdf::TDataType<ui32>,  NUdf::TDataType<float>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<double>, NUdf::TDataType<ui32>,  NUdf::TDataType<double>, TFunc>(owner);

    AddBinaryKernel<NUdf::TDataType<i64>, NUdf::TDataType<float>,  NUdf::TDataType<float>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<i64>, NUdf::TDataType<double>,  NUdf::TDataType<double>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<float>, NUdf::TDataType<i64>,  NUdf::TDataType<float>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<double>, NUdf::TDataType<i64>,  NUdf::TDataType<double>, TFunc>(owner);

    AddBinaryKernel<NUdf::TDataType<ui64>, NUdf::TDataType<float>,  NUdf::TDataType<float>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<ui64>, NUdf::TDataType<double>,  NUdf::TDataType<double>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<float>, NUdf::TDataType<ui64>,  NUdf::TDataType<float>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<double>, NUdf::TDataType<ui64>,  NUdf::TDataType<double>, TFunc>(owner);

    AddBinaryKernel<NUdf::TDataType<float>, NUdf::TDataType<float>,  NUdf::TDataType<float>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<float>, NUdf::TDataType<double>,  NUdf::TDataType<double>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<double>, NUdf::TDataType<float>,  NUdf::TDataType<double>, TFunc>(owner);
    AddBinaryKernel<NUdf::TDataType<double>, NUdf::TDataType<double>,  NUdf::TDataType<double>, TFunc>(owner);
}

template<template<typename, typename, typename> class TFuncForIntegral, template<typename, typename, typename> class TFuncForReal>
class TBinaryNumericKernelFamily : public TKernelFamilyBase {
public:
    TBinaryNumericKernelFamily()
    {
        AddBinaryIntegralKernels<TFuncForIntegral>(*this);
        AddBinaryRealKernels<TFuncForReal>(*this);
    }
};

template<template<typename, typename> class TFunc>
class TUnaryNumericKernelFamily : public TKernelFamilyBase {
public:
    TUnaryNumericKernelFamily()
    {
        AddUnaryIntegralKernels<TFunc>(*this);
        AddUnaryRealKernels<TFunc>(*this);
    }
};

template<typename TInput1, typename TInput2,
    template<typename, typename, typename> class TFunc>
void AddBinaryPredicateKernel(TKernelFamilyBase& owner) {
    AddBinaryKernel<TInput1, TInput2, NUdf::TDataType<bool>, TFunc>(owner);
}

template<typename TInput1, typename TInput2,
    template<typename, typename, typename> class TFunc>
void AddBinaryPredicateKernelPoly(TKernelFamilyBase& owner) {
    AddBinaryKernelPoly<TInput1, TInput2, NUdf::TDataType<bool>, TFunc>(owner);
}

template<typename TLeft, template<typename, typename, typename> class TPred>
void AddArithmeticComparisonKernels(TKernelFamilyBase& owner) {
    AddBinaryPredicateKernel<TLeft, NUdf::TDataType<ui8>, TPred>(owner);
    AddBinaryPredicateKernel<TLeft, NUdf::TDataType<i8>, TPred>(owner);
    AddBinaryPredicateKernel<TLeft, NUdf::TDataType<ui16>, TPred>(owner);
    AddBinaryPredicateKernel<TLeft, NUdf::TDataType<i16>, TPred>(owner);
    AddBinaryPredicateKernel<TLeft, NUdf::TDataType<ui32>, TPred>(owner);
    AddBinaryPredicateKernel<TLeft, NUdf::TDataType<i32>, TPred>(owner);
    AddBinaryPredicateKernel<TLeft, NUdf::TDataType<ui64>, TPred>(owner);
    AddBinaryPredicateKernel<TLeft, NUdf::TDataType<i64>, TPred>(owner);
    AddBinaryPredicateKernel<TLeft, NUdf::TDataType<float>, TPred>(owner);
    AddBinaryPredicateKernel<TLeft, NUdf::TDataType<double>, TPred>(owner);
}

template<template<typename, typename, typename> class TPred>
void AddNumericComparisonKernels(TKernelFamilyBase& owner) {
    // arithmetic types (integral and floating points)
    AddArithmeticComparisonKernels<NUdf::TDataType<ui8>, TPred>(owner);
    AddArithmeticComparisonKernels<NUdf::TDataType<i8>, TPred>(owner);
    AddArithmeticComparisonKernels<NUdf::TDataType<ui16>, TPred>(owner);
    AddArithmeticComparisonKernels<NUdf::TDataType<i16>, TPred>(owner);
    AddArithmeticComparisonKernels<NUdf::TDataType<ui32>, TPred>(owner);
    AddArithmeticComparisonKernels<NUdf::TDataType<i32>, TPred>(owner);
    AddArithmeticComparisonKernels<NUdf::TDataType<ui64>, TPred>(owner);
    AddArithmeticComparisonKernels<NUdf::TDataType<i64>, TPred>(owner);
    AddArithmeticComparisonKernels<NUdf::TDataType<float>, TPred>(owner);
    AddArithmeticComparisonKernels<NUdf::TDataType<double>, TPred>(owner);

    // bool can only be compared with itself
    AddBinaryPredicateKernel<NUdf::TDataType<bool>, NUdf::TDataType<bool>, TPred>(owner);
}

template<typename TLeft, template<typename, typename, typename> class TPred>
void AddDateComparisonKernelsForDate(TKernelFamilyBase& owner) {
    AddBinaryPredicateKernelPoly<NUdf::TDataType<TLeft>, NUdf::TDataType<NUdf::TDate>, TPred>(owner);
    AddBinaryPredicateKernelPoly<NUdf::TDataType<TLeft>, NUdf::TDataType<NUdf::TDatetime>, TPred>(owner);
    AddBinaryPredicateKernelPoly<NUdf::TDataType<TLeft>, NUdf::TDataType<NUdf::TTimestamp>, TPred>(owner);
    AddBinaryPredicateKernelPoly<NUdf::TDataType<TLeft>, NUdf::TDataType<NUdf::TTzDate>, TPred>(owner);
    AddBinaryPredicateKernelPoly<NUdf::TDataType<TLeft>, NUdf::TDataType<NUdf::TTzDatetime>, TPred>(owner);
    AddBinaryPredicateKernelPoly<NUdf::TDataType<TLeft>, NUdf::TDataType<NUdf::TTzTimestamp>, TPred>(owner);
    AddBinaryPredicateKernelPoly<NUdf::TDataType<TLeft>, NUdf::TDataType<NUdf::TDate32>, TPred>(owner);
    AddBinaryPredicateKernelPoly<NUdf::TDataType<TLeft>, NUdf::TDataType<NUdf::TDatetime64>, TPred>(owner);
    AddBinaryPredicateKernelPoly<NUdf::TDataType<TLeft>, NUdf::TDataType<NUdf::TTimestamp64>, TPred>(owner);
    AddBinaryPredicateKernelPoly<NUdf::TDataType<TLeft>, NUdf::TDataType<NUdf::TTzDate32>, TPred>(owner);
    AddBinaryPredicateKernelPoly<NUdf::TDataType<TLeft>, NUdf::TDataType<NUdf::TTzDatetime64>, TPred>(owner);
    AddBinaryPredicateKernelPoly<NUdf::TDataType<TLeft>, NUdf::TDataType<NUdf::TTzTimestamp64>, TPred>(owner);
}

template<template<typename, typename, typename> class TPred>
void AddDateComparisonKernels(TKernelFamilyBase& owner) {
    AddDateComparisonKernelsForDate<NUdf::TDate, TPred>(owner);
    AddDateComparisonKernelsForDate<NUdf::TDatetime, TPred>(owner);
    AddDateComparisonKernelsForDate<NUdf::TTimestamp, TPred>(owner);
    AddDateComparisonKernelsForDate<NUdf::TTzDate, TPred>(owner);
    AddDateComparisonKernelsForDate<NUdf::TTzDatetime, TPred>(owner);
    AddDateComparisonKernelsForDate<NUdf::TTzTimestamp, TPred>(owner);
    AddDateComparisonKernelsForDate<NUdf::TDate32, TPred>(owner);
    AddDateComparisonKernelsForDate<NUdf::TDatetime64, TPred>(owner);
    AddDateComparisonKernelsForDate<NUdf::TTimestamp64, TPred>(owner);
    AddDateComparisonKernelsForDate<NUdf::TTzDate32, TPred>(owner);
    AddDateComparisonKernelsForDate<NUdf::TTzDatetime64, TPred>(owner);
    AddDateComparisonKernelsForDate<NUdf::TTzTimestamp64, TPred>(owner);

    // Interval can only be compared with itself
    AddBinaryPredicateKernelPoly<NUdf::TDataType<NUdf::TInterval>, NUdf::TDataType<NUdf::TInterval>, TPred>(owner);
    AddBinaryPredicateKernelPoly<NUdf::TDataType<NUdf::TInterval>, NUdf::TDataType<NUdf::TInterval64>, TPred>(owner);
    AddBinaryPredicateKernelPoly<NUdf::TDataType<NUdf::TInterval64>, NUdf::TDataType<NUdf::TInterval>, TPred>(owner);
    AddBinaryPredicateKernelPoly<NUdf::TDataType<NUdf::TInterval64>, NUdf::TDataType<NUdf::TInterval64>, TPred>(owner);
}

class TDecimalKernel : public TKernel {
public:
    struct TKernelState : arrow::compute::KernelState {
        ui8 Precision;
    };

    TDecimalKernel(const TKernelFamily& family, const std::vector<NUdf::TDataTypeId>& argTypes,
        NUdf::TDataTypeId returnType, TStatelessArrayKernelExec exec,
        TKernel::ENullMode nullMode);

    const arrow::compute::ScalarKernel& GetArrowKernel() const final;
    std::shared_ptr<arrow::compute::ScalarKernel> MakeArrowKernel(const TVector<TType*>& argTypes, TType* resultType) const final;
    bool IsPolymorphic() const final;

private:
    TStatelessArrayKernelExec Exec;
};

template<template<ui8> class TFuncInstance>
struct TDecimalKernelExecs
{
    using TInput1 = NYql::NDecimal::TInt128;
    using TInput2 = NYql::NDecimal::TInt128;
    using TOutput = NYql::NDecimal::TInt128;

    static arrow::Datum ScalarGetter(void** result, arrow::MemoryPool* memory_pool) {
        std::shared_ptr<arrow::Buffer> buffer(ARROW_RESULT(arrow::AllocateBuffer(16, memory_pool)));
        *result = buffer->mutable_data();
        return arrow::Datum(std::make_shared<TPrimitiveDataType<NYql::NDecimal::TInt128>::TScalarResult>(buffer));
    }

    template<ui8 precision>
    static arrow::Status ExecImpl(arrow::compute::KernelContext* kernelCtx, const arrow::compute::ExecBatch& batch, arrow::Datum* res) {
        auto scalarScalarFunc = &TBinaryKernelOptExecsImpl<TInput1, TInput2, TOutput, TFuncInstance<precision>>::ScalarScalarCoreOpt;
        auto scalarArrayFunc = &TBinaryKernelOptExecsImpl<TInput1, TInput2, TOutput, TFuncInstance<precision>>::ScalarArrayCoreOpt;
        auto arrayScalarFunc = &TBinaryKernelOptExecsImpl<TInput1, TInput2, TOutput, TFuncInstance<precision>>::ArrayScalarCoreOpt;
        auto arrayArrayFunc = &TBinaryKernelOptExecsImpl<TInput1, TInput2, TOutput, TFuncInstance<precision>>::ArrayArrayCoreOpt;

        return ExecDecimalBinaryOptImpl(kernelCtx, batch, res,
            &GetPrimitiveDataType<TOutput>, &ScalarGetter,
            sizeof(TOutput),
            (TUntypedBinaryScalarOptFuncPtr)scalarScalarFunc,
            (TUntypedBinaryArrayOptFuncPtr)scalarArrayFunc,
            (TUntypedBinaryArrayOptFuncPtr)arrayScalarFunc,
            (TUntypedBinaryArrayOptFuncPtr)arrayArrayFunc);
    }

    using ExecFunc = arrow::Status(*)(arrow::compute::KernelContext* kernelCtx, const arrow::compute::ExecBatch& batch, arrow::Datum* res) ;

    template <size_t... Is>
    static constexpr auto GenerateTable(std::index_sequence<Is...>) {
        return std::array<ExecFunc, sizeof...(Is)>{ExecImpl<Is+1>...};
    }

    static arrow::Status Exec(arrow::compute::KernelContext* kernelCtx, const arrow::compute::ExecBatch& batch, arrow::Datum* res) {
        ui8 precision = static_cast<TDecimalKernel::TKernelState*>(kernelCtx->state())->Precision;
        Y_DEBUG_ABORT_UNLESS(precision >= 1&& precision <= 35);

        static constexpr auto jumpTable = GenerateTable(std::make_index_sequence<35>{});
        return jumpTable[precision-1](kernelCtx, batch, res);
    }
};


template<template<ui8> class TFunc>
void AddBinaryDecimalKernels(TKernelFamilyBase& owner) {
    auto type1 = NUdf::GetDataTypeInfo(NUdf::EDataSlot::Decimal).TypeId;
    auto type2 = type1;
    auto returnType = type1;
    std::vector<NUdf::TDataTypeId> argTypes({ type1, type2 });

    using Execs = TDecimalKernelExecs<TFunc>;
    auto kernel = std::make_unique<TDecimalKernel>(owner, argTypes, returnType, &Execs::Exec, TKernel::ENullMode::Default);
    owner.Adopt(argTypes, returnType, std::move(kernel));
}

template<class TFuncInstance>
struct TDecimalComparisonKernelExecs
{
    using TInput1 = NYql::NDecimal::TInt128;
    using TInput2 = NYql::NDecimal::TInt128;
    using TOutput = bool;

    static arrow::Datum ScalarGetter(void** resMem, arrow::MemoryPool*) {
        auto result = MakeDefaultScalarDatum<TOutput>();
        *resMem = GetPrimitiveScalarValueMutablePtr(*result.scalar());
        return result;
    }

    static arrow::Status Exec(arrow::compute::KernelContext* kernelCtx, const arrow::compute::ExecBatch& batch, arrow::Datum* res) {
        auto scalarScalarFunc = &TBinaryKernelOptExecsImpl<TInput1, TInput2, TOutput, TFuncInstance>::ScalarScalarCoreOpt;
        auto scalarArrayFunc = &TBinaryKernelOptExecsImpl<TInput1, TInput2, TOutput, TFuncInstance>::ScalarArrayCoreOpt;
        auto arrayScalarFunc = &TBinaryKernelOptExecsImpl<TInput1, TInput2, TOutput, TFuncInstance>::ArrayScalarCoreOpt;
        auto arrayArrayFunc = &TBinaryKernelOptExecsImpl<TInput1, TInput2, TOutput, TFuncInstance>::ArrayArrayCoreOpt;

        return ExecDecimalBinaryOptImpl(kernelCtx, batch, res,
            &GetPrimitiveDataType<TOutput>, &ScalarGetter,
            sizeof(TOutput),
            (TUntypedBinaryScalarOptFuncPtr)scalarScalarFunc,
            (TUntypedBinaryArrayOptFuncPtr)scalarArrayFunc,
            (TUntypedBinaryArrayOptFuncPtr)arrayScalarFunc,
            (TUntypedBinaryArrayOptFuncPtr)arrayArrayFunc);
    }
};

template<class TFunc>
void AddDecimalComparisonKernels(TKernelFamilyBase& owner) {
    auto type1 = NUdf::GetDataTypeInfo(NUdf::EDataSlot::Decimal).TypeId;
    auto type2 = type1;
    auto returnType = NUdf::GetDataTypeInfo(NUdf::EDataSlot::Bool).TypeId;
    std::vector<NUdf::TDataTypeId> argTypes({ type1, type2 });

    using Execs = TDecimalComparisonKernelExecs<TFunc>;
    auto kernel = std::make_unique<TDecimalKernel>(owner, argTypes, returnType, &Execs::Exec, TKernel::ENullMode::Default);
    owner.Adopt(argTypes, returnType, std::move(kernel));
}

}
}