//

//  _   _         ______    _ _ _   _             _ _ _

// | \ | |       |  ____|  | (_) | (_)           | | | |

// |  \| | ___   | |__   __| |_| |_ _ _ __   __ _| | | |

// | . ` |/ _ \  |  __| / _` | | __| | '_ \ / _` | | | |

// | |\  | (_) | | |___| (_| | | |_| | | | | (_| |_|_|_|

// |_| \_|\___/  |______\__,_|_|\__|_|_| |_|\__, (_|_|_)

//                                           __/ |

//                                          |___/

// 

// This file is auto-generated. Do not edit manually

// 

// Copyright 2013-2022 Step Function I/O, LLC

// 

// Licensed to Green Energy Corp (www.greenenergycorp.com) and Step Function I/O

// LLC (https://stepfunc.io) under one or more contributor license agreements.

// See the NOTICE file distributed with this work for additional information

// regarding copyright ownership. Green Energy Corp and Step Function I/O LLC license

// this file to you under the Apache License, Version 2.0 (the "License"); you

// may not use this file except in compliance with the License. You may obtain

// a copy of the License at:

// 

//   http://www.apache.org/licenses/LICENSE-2.0

// 

// Unless required by applicable law or agreed to in writing, software

// distributed under the License is distributed on an "AS IS" BASIS,

// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.

// See the License for the specific language governing permissions and

// limitations under the License.

//

#ifndef OPENDNP3_GROUP42_H

#define OPENDNP3_GROUP42_H

#include "opendnp3/app/GroupVariationID.h"

#include <ser4cpp/container/SequenceTypes.h>

#include "opendnp3/app/DNPTime.h"

#include "app/DNP3Serializer.h"

#include "app/MeasurementTypeSpecs.h"

namespace opendnp3 {

// Analog Output Event - Any Variation

struct Group42Var0

{

  static GroupVariationID ID() { return GroupVariationID(42,0); }

};

// Analog Output Event - 32-bit With Flag

struct Group42Var1

{

  static GroupVariationID ID() { return GroupVariationID(42,1); }

  Group42Var1();

  static size_t Size() { return 5; }

  static bool Read(ser4cpp::rseq_t&, Group42Var1&);

  static bool Write(const Group42Var1&, ser4cpp::wseq_t&);

  typedef int32_t ValueType;

  uint8_t flags;

  int32_t value;

  typedef AnalogOutputStatus Target;

  typedef AnalogOutputStatusSpec Spec;

  static bool ReadTarget(ser4cpp::rseq_t&, AnalogOutputStatus&);

  static bool WriteTarget(const AnalogOutputStatus&, ser4cpp::wseq_t&);

  static DNP3Serializer<AnalogOutputStatus> Inst() { return DNP3Serializer<AnalogOutputStatus>(ID(), Size(), &ReadTarget, &WriteTarget); }

};

// Analog Output Event - 16-bit With Flag

struct Group42Var2

{

  static GroupVariationID ID() { return GroupVariationID(42,2); }

  Group42Var2();

  static size_t Size() { return 3; }

  static bool Read(ser4cpp::rseq_t&, Group42Var2&);

  static bool Write(const Group42Var2&, ser4cpp::wseq_t&);

  typedef int16_t ValueType;

  uint8_t flags;

  int16_t value;

  typedef AnalogOutputStatus Target;

  typedef AnalogOutputStatusSpec Spec;

  static bool ReadTarget(ser4cpp::rseq_t&, AnalogOutputStatus&);

  static bool WriteTarget(const AnalogOutputStatus&, ser4cpp::wseq_t&);

  static DNP3Serializer<AnalogOutputStatus> Inst() { return DNP3Serializer<AnalogOutputStatus>(ID(), Size(), &ReadTarget, &WriteTarget); }

};

// Analog Output Event - 32-bit With Flag and Time

struct Group42Var3

{

  static GroupVariationID ID() { return GroupVariationID(42,3); }

  Group42Var3();

  static size_t Size() { return 11; }

  static bool Read(ser4cpp::rseq_t&, Group42Var3&);

  static bool Write(const Group42Var3&, ser4cpp::wseq_t&);

  typedef int32_t ValueType;

  uint8_t flags;

  int32_t value;

  DNPTime time;

  typedef AnalogOutputStatus Target;

  typedef AnalogOutputStatusSpec Spec;

  static bool ReadTarget(ser4cpp::rseq_t&, AnalogOutputStatus&);

  static bool WriteTarget(const AnalogOutputStatus&, ser4cpp::wseq_t&);

  static DNP3Serializer<AnalogOutputStatus> Inst() { return DNP3Serializer<AnalogOutputStatus>(ID(), Size(), &ReadTarget, &WriteTarget); }

};

// Analog Output Event - 16-bit With Flag and Time

struct Group42Var4

{

  static GroupVariationID ID() { return GroupVariationID(42,4); }

  Group42Var4();

  static size_t Size() { return 9; }

  static bool Read(ser4cpp::rseq_t&, Group42Var4&);

  static bool Write(const Group42Var4&, ser4cpp::wseq_t&);

  typedef int16_t ValueType;

  uint8_t flags;

  int16_t value;

  DNPTime time;

  typedef AnalogOutputStatus Target;

  typedef AnalogOutputStatusSpec Spec;

  static bool ReadTarget(ser4cpp::rseq_t&, AnalogOutputStatus&);

  static bool WriteTarget(const AnalogOutputStatus&, ser4cpp::wseq_t&);

  static DNP3Serializer<AnalogOutputStatus> Inst() { return DNP3Serializer<AnalogOutputStatus>(ID(), Size(), &ReadTarget, &WriteTarget); }

};

// Analog Output Event - Single-precision With Flag

struct Group42Var5

{

  static GroupVariationID ID() { return GroupVariationID(42,5); }

  Group42Var5();

  static size_t Size() { return 5; }

  static bool Read(ser4cpp::rseq_t&, Group42Var5&);

  static bool Write(const Group42Var5&, ser4cpp::wseq_t&);

  typedef float ValueType;

  uint8_t flags;

  float value;

  typedef AnalogOutputStatus Target;

  typedef AnalogOutputStatusSpec Spec;

  static bool ReadTarget(ser4cpp::rseq_t&, AnalogOutputStatus&);

  static bool WriteTarget(const AnalogOutputStatus&, ser4cpp::wseq_t&);

  static DNP3Serializer<AnalogOutputStatus> Inst() { return DNP3Serializer<AnalogOutputStatus>(ID(), Size(), &ReadTarget, &WriteTarget); }

};

// Analog Output Event - Double-precision With Flag

struct Group42Var6

{

  static GroupVariationID ID() { return GroupVariationID(42,6); }

  Group42Var6();

  static size_t Size() { return 9; }

  static bool Read(ser4cpp::rseq_t&, Group42Var6&);

  static bool Write(const Group42Var6&, ser4cpp::wseq_t&);

  typedef double ValueType;

  uint8_t flags;

  double value;

  typedef AnalogOutputStatus Target;

  typedef AnalogOutputStatusSpec Spec;

  static bool ReadTarget(ser4cpp::rseq_t&, AnalogOutputStatus&);

  static bool WriteTarget(const AnalogOutputStatus&, ser4cpp::wseq_t&);

  static DNP3Serializer<AnalogOutputStatus> Inst() { return DNP3Serializer<AnalogOutputStatus>(ID(), Size(), &ReadTarget, &WriteTarget); }

};

// Analog Output Event - Single-precision With Flag and Time

struct Group42Var7

{

  static GroupVariationID ID() { return GroupVariationID(42,7); }

  Group42Var7();

  static size_t Size() { return 11; }

  static bool Read(ser4cpp::rseq_t&, Group42Var7&);

  static bool Write(const Group42Var7&, ser4cpp::wseq_t&);

  typedef float ValueType;

  uint8_t flags;

  float value;

  DNPTime time;

  typedef AnalogOutputStatus Target;

  typedef AnalogOutputStatusSpec Spec;

  static bool ReadTarget(ser4cpp::rseq_t&, AnalogOutputStatus&);

  static bool WriteTarget(const AnalogOutputStatus&, ser4cpp::wseq_t&);

  static DNP3Serializer<AnalogOutputStatus> Inst() { return DNP3Serializer<AnalogOutputStatus>(ID(), Size(), &ReadTarget, &WriteTarget); }

};

// Analog Output Event - Double-precision With Flag and Time

struct Group42Var8

{

  static GroupVariationID ID() { return GroupVariationID(42,8); }

  Group42Var8();

  static size_t Size() { return 15; }

  static bool Read(ser4cpp::rseq_t&, Group42Var8&);

  static bool Write(const Group42Var8&, ser4cpp::wseq_t&);

  typedef double ValueType;

  uint8_t flags;

  double value;

  DNPTime time;

  typedef AnalogOutputStatus Target;

  typedef AnalogOutputStatusSpec Spec;

  static bool ReadTarget(ser4cpp::rseq_t&, AnalogOutputStatus&);

  static bool WriteTarget(const AnalogOutputStatus&, ser4cpp::wseq_t&);

  static DNP3Serializer<AnalogOutputStatus> Inst() { return DNP3Serializer<AnalogOutputStatus>(ID(), Size(), &ReadTarget, &WriteTarget); }

};

}

#endif