/**
 * Generated by the Emboss compiler.  DO NOT EDIT!
 */
#ifndef TESTDATA_FLOAT_EMB_H_
#define TESTDATA_FLOAT_EMB_H_
#include <stdint.h>
#include <string.h>

#include <algorithm>
#include <type_traits>
#include <utility>

#include "runtime/cpp/emboss_cpp_util.h"
#include "runtime/cpp/emboss_enum_view.h"
#include "runtime/cpp/emboss_prelude.h"
#include "runtime/cpp/emboss_text_util.h"

/* NOLINTBEGIN */
namespace emboss {
namespace test {
namespace Floats {}  // namespace Floats

template <class Storage>
class GenericFloatsView;

namespace Doubles {}  // namespace Doubles

template <class Storage>
class GenericDoublesView;

namespace Floats {}  // namespace Floats

template <class View>
struct EmbossReservedInternalIsGenericFloatsView;

template <class Storage>
class GenericFloatsView final {
 public:
  GenericFloatsView() : backing_() {}
  explicit GenericFloatsView(Storage emboss_reserved_local_bytes)
      : backing_(emboss_reserved_local_bytes) {}

  template <typename OtherStorage>
  GenericFloatsView(
      const GenericFloatsView<OtherStorage>& emboss_reserved_local_other)
      : backing_{emboss_reserved_local_other.BackingStorage()} {}

  template <
      typename Arg,
      typename = typename ::std::enable_if<
          !EmbossReservedInternalIsGenericFloatsView<typename ::std::remove_cv<
              typename ::std::remove_reference<Arg>::type>::type>::value>::type>
  explicit GenericFloatsView(Arg&& emboss_reserved_local_arg)
      : backing_(::std::forward<Arg>(emboss_reserved_local_arg)) {}
  template <typename Arg0, typename Arg1, typename... Args>
  explicit GenericFloatsView(Arg0&& emboss_reserved_local_arg0,
                             Arg1&& emboss_reserved_local_arg1,
                             Args&&... emboss_reserved_local_args)
      : backing_(::std::forward<Arg0>(emboss_reserved_local_arg0),
                 ::std::forward<Arg1>(emboss_reserved_local_arg1),
                 ::std::forward<Args>(emboss_reserved_local_args)...) {}

  template <typename OtherStorage>
  GenericFloatsView<Storage>& operator=(
      const GenericFloatsView<OtherStorage>& emboss_reserved_local_other) {
    backing_ = emboss_reserved_local_other.BackingStorage();
    return *this;
  }

  bool Ok() const {
    if (!IsComplete()) return false;

    if (!has_float_little_endian().Known()) return false;
    if (has_float_little_endian().ValueOrDefault() &&
        !float_little_endian().Ok())
      return false;

    if (!has_float_big_endian().Known()) return false;
    if (has_float_big_endian().ValueOrDefault() && !float_big_endian().Ok())
      return false;

    if (!has_IntrinsicSizeInBytes().Known()) return false;
    if (has_IntrinsicSizeInBytes().ValueOrDefault() &&
        !IntrinsicSizeInBytes().Ok())
      return false;

    if (!has_MaxSizeInBytes().Known()) return false;
    if (has_MaxSizeInBytes().ValueOrDefault() && !MaxSizeInBytes().Ok())
      return false;

    if (!has_MinSizeInBytes().Known()) return false;
    if (has_MinSizeInBytes().ValueOrDefault() && !MinSizeInBytes().Ok())
      return false;

    return true;
  }
  Storage BackingStorage() const { return backing_; }
  bool IsComplete() const {
    return backing_.Ok() && IntrinsicSizeInBytes().Ok() &&
           backing_.SizeInBytes() >=
               static_cast</**/ ::std::size_t>(
                   IntrinsicSizeInBytes().UncheckedRead());
  }
  static constexpr ::std::size_t SizeInBytes() {
    return static_cast</**/ ::std::size_t>(IntrinsicSizeInBytes().Read());
  }
  static constexpr bool SizeIsKnown() { return IntrinsicSizeInBytes().Ok(); }

  template <typename OtherStorage>
  bool Equals(
      GenericFloatsView<OtherStorage> emboss_reserved_local_other) const {
    if (!has_float_little_endian().Known()) return false;
    if (!emboss_reserved_local_other.has_float_little_endian().Known())
      return false;

    if (emboss_reserved_local_other.has_float_little_endian()
            .ValueOrDefault() &&
        !has_float_little_endian().ValueOrDefault())
      return false;
    if (has_float_little_endian().ValueOrDefault() &&
        !emboss_reserved_local_other.has_float_little_endian().ValueOrDefault())
      return false;

    if (emboss_reserved_local_other.has_float_little_endian()
            .ValueOrDefault() &&
        has_float_little_endian().ValueOrDefault() &&
        !float_little_endian().Equals(
            emboss_reserved_local_other.float_little_endian()))
      return false;

    if (!has_float_big_endian().Known()) return false;
    if (!emboss_reserved_local_other.has_float_big_endian().Known())
      return false;

    if (emboss_reserved_local_other.has_float_big_endian().ValueOrDefault() &&
        !has_float_big_endian().ValueOrDefault())
      return false;
    if (has_float_big_endian().ValueOrDefault() &&
        !emboss_reserved_local_other.has_float_big_endian().ValueOrDefault())
      return false;

    if (emboss_reserved_local_other.has_float_big_endian().ValueOrDefault() &&
        has_float_big_endian().ValueOrDefault() &&
        !float_big_endian().Equals(
            emboss_reserved_local_other.float_big_endian()))
      return false;

    return true;
  }
  template <typename OtherStorage>
  bool UncheckedEquals(
      GenericFloatsView<OtherStorage> emboss_reserved_local_other) const {
    if (emboss_reserved_local_other.has_float_little_endian().ValueOr(false) &&
        !has_float_little_endian().ValueOr(false))
      return false;
    if (has_float_little_endian().ValueOr(false) &&
        !emboss_reserved_local_other.has_float_little_endian().ValueOr(false))
      return false;

    if (emboss_reserved_local_other.has_float_little_endian().ValueOr(false) &&
        has_float_little_endian().ValueOr(false) &&
        !float_little_endian().UncheckedEquals(
            emboss_reserved_local_other.float_little_endian()))
      return false;

    if (emboss_reserved_local_other.has_float_big_endian().ValueOr(false) &&
        !has_float_big_endian().ValueOr(false))
      return false;
    if (has_float_big_endian().ValueOr(false) &&
        !emboss_reserved_local_other.has_float_big_endian().ValueOr(false))
      return false;

    if (emboss_reserved_local_other.has_float_big_endian().ValueOr(false) &&
        has_float_big_endian().ValueOr(false) &&
        !float_big_endian().UncheckedEquals(
            emboss_reserved_local_other.float_big_endian()))
      return false;

    return true;
  }
  template <typename OtherStorage>
  void UncheckedCopyFrom(
      GenericFloatsView<OtherStorage> emboss_reserved_local_other) const {
    backing_.UncheckedCopyFrom(
        emboss_reserved_local_other.BackingStorage(),
        emboss_reserved_local_other.IntrinsicSizeInBytes().UncheckedRead());
  }

  template <typename OtherStorage>
  void CopyFrom(
      GenericFloatsView<OtherStorage> emboss_reserved_local_other) const {
    backing_.CopyFrom(
        emboss_reserved_local_other.BackingStorage(),
        emboss_reserved_local_other.IntrinsicSizeInBytes().Read());
  }
  template <typename OtherStorage>
  bool TryToCopyFrom(
      GenericFloatsView<OtherStorage> emboss_reserved_local_other) const {
    return emboss_reserved_local_other.Ok() &&
           backing_.TryToCopyFrom(
               emboss_reserved_local_other.BackingStorage(),
               emboss_reserved_local_other.IntrinsicSizeInBytes().Read());
  }

  template <class Stream>
  bool UpdateFromTextStream(Stream* emboss_reserved_local_stream) const {
    ::std::string emboss_reserved_local_brace;
    if (!::emboss::support::ReadToken(emboss_reserved_local_stream,
                                      &emboss_reserved_local_brace))
      return false;
    if (emboss_reserved_local_brace != "{") return false;
    for (;;) {
      ::std::string emboss_reserved_local_name;
      if (!::emboss::support::ReadToken(emboss_reserved_local_stream,
                                        &emboss_reserved_local_name))
        return false;
      if (emboss_reserved_local_name == ",")
        if (!::emboss::support::ReadToken(emboss_reserved_local_stream,
                                          &emboss_reserved_local_name))
          return false;
      if (emboss_reserved_local_name == "}") return true;
      ::std::string emboss_reserved_local_colon;
      if (!::emboss::support::ReadToken(emboss_reserved_local_stream,
                                        &emboss_reserved_local_colon))
        return false;
      if (emboss_reserved_local_colon != ":") return false;
      if (emboss_reserved_local_name == "float_little_endian") {
        if (!float_little_endian().UpdateFromTextStream(
                emboss_reserved_local_stream)) {
          return false;
        }
        continue;
      }

      if (emboss_reserved_local_name == "float_big_endian") {
        if (!float_big_endian().UpdateFromTextStream(
                emboss_reserved_local_stream)) {
          return false;
        }
        continue;
      }

      return false;
    }
  }

  template <class Stream>
  void WriteToTextStream(
      Stream* emboss_reserved_local_stream,
      ::emboss::TextOutputOptions emboss_reserved_local_options) const {
    ::emboss::TextOutputOptions emboss_reserved_local_field_options =
        emboss_reserved_local_options.PlusOneIndent();
    if (emboss_reserved_local_options.multiline()) {
      emboss_reserved_local_stream->Write("{\n");
    } else {
      emboss_reserved_local_stream->Write("{");
    }
    bool emboss_reserved_local_wrote_field = false;
    if (has_float_little_endian().ValueOr(false)) {
      if (!emboss_reserved_local_field_options.allow_partial_output() ||
          float_little_endian().IsAggregate() || float_little_endian().Ok()) {
        if (emboss_reserved_local_field_options.multiline()) {
          emboss_reserved_local_stream->Write(
              emboss_reserved_local_field_options.current_indent());
        } else {
          if (emboss_reserved_local_wrote_field) {
            emboss_reserved_local_stream->Write(",");
          }
          emboss_reserved_local_stream->Write(" ");
        }
        emboss_reserved_local_stream->Write("float_little_endian: ");
        float_little_endian().WriteToTextStream(
            emboss_reserved_local_stream, emboss_reserved_local_field_options);
        emboss_reserved_local_wrote_field = true;
        if (emboss_reserved_local_field_options.multiline()) {
          emboss_reserved_local_stream->Write("\n");
        }
      } else if (emboss_reserved_local_field_options.allow_partial_output() &&
                 emboss_reserved_local_field_options.comments() &&
                 !float_little_endian().IsAggregate() &&
                 !float_little_endian().Ok()) {
        if (emboss_reserved_local_field_options.multiline()) {
          emboss_reserved_local_stream->Write(
              emboss_reserved_local_field_options.current_indent());
        }
        emboss_reserved_local_stream->Write(
            "# float_little_endian: UNREADABLE\n");
      }
    }

    if (has_float_big_endian().ValueOr(false)) {
      if (!emboss_reserved_local_field_options.allow_partial_output() ||
          float_big_endian().IsAggregate() || float_big_endian().Ok()) {
        if (emboss_reserved_local_field_options.multiline()) {
          emboss_reserved_local_stream->Write(
              emboss_reserved_local_field_options.current_indent());
        } else {
          if (emboss_reserved_local_wrote_field) {
            emboss_reserved_local_stream->Write(",");
          }
          emboss_reserved_local_stream->Write(" ");
        }
        emboss_reserved_local_stream->Write("float_big_endian: ");
        float_big_endian().WriteToTextStream(
            emboss_reserved_local_stream, emboss_reserved_local_field_options);
        emboss_reserved_local_wrote_field = true;
        if (emboss_reserved_local_field_options.multiline()) {
          emboss_reserved_local_stream->Write("\n");
        }
      } else if (emboss_reserved_local_field_options.allow_partial_output() &&
                 emboss_reserved_local_field_options.comments() &&
                 !float_big_endian().IsAggregate() &&
                 !float_big_endian().Ok()) {
        if (emboss_reserved_local_field_options.multiline()) {
          emboss_reserved_local_stream->Write(
              emboss_reserved_local_field_options.current_indent());
        }
        emboss_reserved_local_stream->Write("# float_big_endian: UNREADABLE\n");
      }
    }

    (void)emboss_reserved_local_wrote_field;
    if (emboss_reserved_local_options.multiline()) {
      emboss_reserved_local_stream->Write(
          emboss_reserved_local_options.current_indent());
      emboss_reserved_local_stream->Write("}");
    } else {
      emboss_reserved_local_stream->Write(" }");
    }
  }

  static constexpr bool IsAggregate() { return true; }

 public:
  typename ::emboss::prelude::FloatView<
      /**/ ::emboss::support::FixedSizeViewParameters<
          32, ::emboss::support::AllValuesAreOk>,
      typename ::emboss::support::BitBlock<
          /**/ ::emboss::support::LittleEndianByteOrderer<
              typename Storage::template OffsetStorageType</**/ 0, 0>>,
          32>>

  float_little_endian() const;
  ::emboss::support::Maybe<bool> has_float_little_endian() const;

 public:
  typename ::emboss::prelude::FloatView<
      /**/ ::emboss::support::FixedSizeViewParameters<
          32, ::emboss::support::AllValuesAreOk>,
      typename ::emboss::support::BitBlock<
          /**/ ::emboss::support::BigEndianByteOrderer<
              typename Storage::template OffsetStorageType</**/ 0, 4>>,
          32>>

  float_big_endian() const;
  ::emboss::support::Maybe<bool> has_float_big_endian() const;

 public:
  class EmbossReservedDollarVirtualIntrinsicSizeInBytesView final {
   public:
    using ValueType = ::std::int32_t;

    constexpr EmbossReservedDollarVirtualIntrinsicSizeInBytesView() {}
    EmbossReservedDollarVirtualIntrinsicSizeInBytesView(
        const EmbossReservedDollarVirtualIntrinsicSizeInBytesView&) = default;
    EmbossReservedDollarVirtualIntrinsicSizeInBytesView(
        EmbossReservedDollarVirtualIntrinsicSizeInBytesView&&) = default;
    EmbossReservedDollarVirtualIntrinsicSizeInBytesView& operator=(
        const EmbossReservedDollarVirtualIntrinsicSizeInBytesView&) = default;
    EmbossReservedDollarVirtualIntrinsicSizeInBytesView& operator=(
        EmbossReservedDollarVirtualIntrinsicSizeInBytesView&&) = default;
    ~EmbossReservedDollarVirtualIntrinsicSizeInBytesView() = default;

    static constexpr ::std::int32_t Read();
    static constexpr ::std::int32_t UncheckedRead();
    static constexpr bool Ok() { return true; }
    template <class Stream>
    void WriteToTextStream(Stream* emboss_reserved_local_stream,
                           const ::emboss::TextOutputOptions&
                               emboss_reserved_local_options) const {
      ::emboss::support::WriteIntegerViewToTextStream(
          this, emboss_reserved_local_stream, emboss_reserved_local_options);
    }

    static constexpr bool IsAggregate() { return false; }
  };

  static constexpr EmbossReservedDollarVirtualIntrinsicSizeInBytesView
  IntrinsicSizeInBytes() {
    return EmbossReservedDollarVirtualIntrinsicSizeInBytesView();
  }
  static constexpr ::emboss::support::Maybe<bool> has_IntrinsicSizeInBytes() {
    return ::emboss::support::Maybe<bool>(true);
  }

 public:
  class EmbossReservedDollarVirtualMaxSizeInBytesView final {
   public:
    using ValueType = ::std::int32_t;

    constexpr EmbossReservedDollarVirtualMaxSizeInBytesView() {}
    EmbossReservedDollarVirtualMaxSizeInBytesView(
        const EmbossReservedDollarVirtualMaxSizeInBytesView&) = default;
    EmbossReservedDollarVirtualMaxSizeInBytesView(
        EmbossReservedDollarVirtualMaxSizeInBytesView&&) = default;
    EmbossReservedDollarVirtualMaxSizeInBytesView& operator=(
        const EmbossReservedDollarVirtualMaxSizeInBytesView&) = default;
    EmbossReservedDollarVirtualMaxSizeInBytesView& operator=(
        EmbossReservedDollarVirtualMaxSizeInBytesView&&) = default;
    ~EmbossReservedDollarVirtualMaxSizeInBytesView() = default;

    static constexpr ::std::int32_t Read();
    static constexpr ::std::int32_t UncheckedRead();
    static constexpr bool Ok() { return true; }
    template <class Stream>
    void WriteToTextStream(Stream* emboss_reserved_local_stream,
                           const ::emboss::TextOutputOptions&
                               emboss_reserved_local_options) const {
      ::emboss::support::WriteIntegerViewToTextStream(
          this, emboss_reserved_local_stream, emboss_reserved_local_options);
    }

    static constexpr bool IsAggregate() { return false; }
  };

  static constexpr EmbossReservedDollarVirtualMaxSizeInBytesView
  MaxSizeInBytes() {
    return EmbossReservedDollarVirtualMaxSizeInBytesView();
  }
  static constexpr ::emboss::support::Maybe<bool> has_MaxSizeInBytes() {
    return ::emboss::support::Maybe<bool>(true);
  }

 public:
  class EmbossReservedDollarVirtualMinSizeInBytesView final {
   public:
    using ValueType = ::std::int32_t;

    constexpr EmbossReservedDollarVirtualMinSizeInBytesView() {}
    EmbossReservedDollarVirtualMinSizeInBytesView(
        const EmbossReservedDollarVirtualMinSizeInBytesView&) = default;
    EmbossReservedDollarVirtualMinSizeInBytesView(
        EmbossReservedDollarVirtualMinSizeInBytesView&&) = default;
    EmbossReservedDollarVirtualMinSizeInBytesView& operator=(
        const EmbossReservedDollarVirtualMinSizeInBytesView&) = default;
    EmbossReservedDollarVirtualMinSizeInBytesView& operator=(
        EmbossReservedDollarVirtualMinSizeInBytesView&&) = default;
    ~EmbossReservedDollarVirtualMinSizeInBytesView() = default;

    static constexpr ::std::int32_t Read();
    static constexpr ::std::int32_t UncheckedRead();
    static constexpr bool Ok() { return true; }
    template <class Stream>
    void WriteToTextStream(Stream* emboss_reserved_local_stream,
                           const ::emboss::TextOutputOptions&
                               emboss_reserved_local_options) const {
      ::emboss::support::WriteIntegerViewToTextStream(
          this, emboss_reserved_local_stream, emboss_reserved_local_options);
    }

    static constexpr bool IsAggregate() { return false; }
  };

  static constexpr EmbossReservedDollarVirtualMinSizeInBytesView
  MinSizeInBytes() {
    return EmbossReservedDollarVirtualMinSizeInBytesView();
  }
  static constexpr ::emboss::support::Maybe<bool> has_MinSizeInBytes() {
    return ::emboss::support::Maybe<bool>(true);
  }

 private:
  Storage backing_;

  template <class OtherStorage>
  friend class GenericFloatsView;
};
using FloatsView =
    GenericFloatsView</**/ ::emboss::support::ReadOnlyContiguousBuffer>;
using FloatsWriter =
    GenericFloatsView</**/ ::emboss::support::ReadWriteContiguousBuffer>;

template <class View>
struct EmbossReservedInternalIsGenericFloatsView {
  static constexpr const bool value = false;
};

template <class Storage>
struct EmbossReservedInternalIsGenericFloatsView<GenericFloatsView<Storage>> {
  static constexpr const bool value = true;
};

template <typename T>
inline GenericFloatsView<
    /**/ ::emboss::support::ContiguousBuffer<
        typename ::std::remove_reference<
            decltype(*::std::declval<T>()->data())>::type,
        1, 0>>
MakeFloatsView(T&& emboss_reserved_local_arg) {
  return GenericFloatsView<
      /**/ ::emboss::support::ContiguousBuffer<
          typename ::std::remove_reference<
              decltype(*::std::declval<T>()->data())>::type,
          1, 0>>(::std::forward<T>(emboss_reserved_local_arg));
}

template <typename T>
inline GenericFloatsView</**/ ::emboss::support::ContiguousBuffer<T, 1, 0>>
MakeFloatsView(T* emboss_reserved_local_data,
               ::std::size_t emboss_reserved_local_size) {
  return GenericFloatsView</**/ ::emboss::support::ContiguousBuffer<T, 1, 0>>(
      emboss_reserved_local_data, emboss_reserved_local_size);
}

template <typename T, ::std::size_t kAlignment>
inline GenericFloatsView<
    /**/ ::emboss::support::ContiguousBuffer<T, kAlignment, 0>>
MakeAlignedFloatsView(T* emboss_reserved_local_data,
                      ::std::size_t emboss_reserved_local_size) {
  return GenericFloatsView<
      /**/ ::emboss::support::ContiguousBuffer<T, kAlignment, 0>>(
      emboss_reserved_local_data, emboss_reserved_local_size);
}

namespace Doubles {}  // namespace Doubles

template <class View>
struct EmbossReservedInternalIsGenericDoublesView;

template <class Storage>
class GenericDoublesView final {
 public:
  GenericDoublesView() : backing_() {}
  explicit GenericDoublesView(Storage emboss_reserved_local_bytes)
      : backing_(emboss_reserved_local_bytes) {}

  template <typename OtherStorage>
  GenericDoublesView(
      const GenericDoublesView<OtherStorage>& emboss_reserved_local_other)
      : backing_{emboss_reserved_local_other.BackingStorage()} {}

  template <
      typename Arg,
      typename = typename ::std::enable_if<
          !EmbossReservedInternalIsGenericDoublesView<typename ::std::remove_cv<
              typename ::std::remove_reference<Arg>::type>::type>::value>::type>
  explicit GenericDoublesView(Arg&& emboss_reserved_local_arg)
      : backing_(::std::forward<Arg>(emboss_reserved_local_arg)) {}
  template <typename Arg0, typename Arg1, typename... Args>
  explicit GenericDoublesView(Arg0&& emboss_reserved_local_arg0,
                              Arg1&& emboss_reserved_local_arg1,
                              Args&&... emboss_reserved_local_args)
      : backing_(::std::forward<Arg0>(emboss_reserved_local_arg0),
                 ::std::forward<Arg1>(emboss_reserved_local_arg1),
                 ::std::forward<Args>(emboss_reserved_local_args)...) {}

  template <typename OtherStorage>
  GenericDoublesView<Storage>& operator=(
      const GenericDoublesView<OtherStorage>& emboss_reserved_local_other) {
    backing_ = emboss_reserved_local_other.BackingStorage();
    return *this;
  }

  bool Ok() const {
    if (!IsComplete()) return false;

    if (!has_double_little_endian().Known()) return false;
    if (has_double_little_endian().ValueOrDefault() &&
        !double_little_endian().Ok())
      return false;

    if (!has_double_big_endian().Known()) return false;
    if (has_double_big_endian().ValueOrDefault() && !double_big_endian().Ok())
      return false;

    if (!has_IntrinsicSizeInBytes().Known()) return false;
    if (has_IntrinsicSizeInBytes().ValueOrDefault() &&
        !IntrinsicSizeInBytes().Ok())
      return false;

    if (!has_MaxSizeInBytes().Known()) return false;
    if (has_MaxSizeInBytes().ValueOrDefault() && !MaxSizeInBytes().Ok())
      return false;

    if (!has_MinSizeInBytes().Known()) return false;
    if (has_MinSizeInBytes().ValueOrDefault() && !MinSizeInBytes().Ok())
      return false;

    return true;
  }
  Storage BackingStorage() const { return backing_; }
  bool IsComplete() const {
    return backing_.Ok() && IntrinsicSizeInBytes().Ok() &&
           backing_.SizeInBytes() >=
               static_cast</**/ ::std::size_t>(
                   IntrinsicSizeInBytes().UncheckedRead());
  }
  static constexpr ::std::size_t SizeInBytes() {
    return static_cast</**/ ::std::size_t>(IntrinsicSizeInBytes().Read());
  }
  static constexpr bool SizeIsKnown() { return IntrinsicSizeInBytes().Ok(); }

  template <typename OtherStorage>
  bool Equals(
      GenericDoublesView<OtherStorage> emboss_reserved_local_other) const {
    if (!has_double_little_endian().Known()) return false;
    if (!emboss_reserved_local_other.has_double_little_endian().Known())
      return false;

    if (emboss_reserved_local_other.has_double_little_endian()
            .ValueOrDefault() &&
        !has_double_little_endian().ValueOrDefault())
      return false;
    if (has_double_little_endian().ValueOrDefault() &&
        !emboss_reserved_local_other.has_double_little_endian()
             .ValueOrDefault())
      return false;

    if (emboss_reserved_local_other.has_double_little_endian()
            .ValueOrDefault() &&
        has_double_little_endian().ValueOrDefault() &&
        !double_little_endian().Equals(
            emboss_reserved_local_other.double_little_endian()))
      return false;

    if (!has_double_big_endian().Known()) return false;
    if (!emboss_reserved_local_other.has_double_big_endian().Known())
      return false;

    if (emboss_reserved_local_other.has_double_big_endian().ValueOrDefault() &&
        !has_double_big_endian().ValueOrDefault())
      return false;
    if (has_double_big_endian().ValueOrDefault() &&
        !emboss_reserved_local_other.has_double_big_endian().ValueOrDefault())
      return false;

    if (emboss_reserved_local_other.has_double_big_endian().ValueOrDefault() &&
        has_double_big_endian().ValueOrDefault() &&
        !double_big_endian().Equals(
            emboss_reserved_local_other.double_big_endian()))
      return false;

    return true;
  }
  template <typename OtherStorage>
  bool UncheckedEquals(
      GenericDoublesView<OtherStorage> emboss_reserved_local_other) const {
    if (emboss_reserved_local_other.has_double_little_endian().ValueOr(false) &&
        !has_double_little_endian().ValueOr(false))
      return false;
    if (has_double_little_endian().ValueOr(false) &&
        !emboss_reserved_local_other.has_double_little_endian().ValueOr(false))
      return false;

    if (emboss_reserved_local_other.has_double_little_endian().ValueOr(false) &&
        has_double_little_endian().ValueOr(false) &&
        !double_little_endian().UncheckedEquals(
            emboss_reserved_local_other.double_little_endian()))
      return false;

    if (emboss_reserved_local_other.has_double_big_endian().ValueOr(false) &&
        !has_double_big_endian().ValueOr(false))
      return false;
    if (has_double_big_endian().ValueOr(false) &&
        !emboss_reserved_local_other.has_double_big_endian().ValueOr(false))
      return false;

    if (emboss_reserved_local_other.has_double_big_endian().ValueOr(false) &&
        has_double_big_endian().ValueOr(false) &&
        !double_big_endian().UncheckedEquals(
            emboss_reserved_local_other.double_big_endian()))
      return false;

    return true;
  }
  template <typename OtherStorage>
  void UncheckedCopyFrom(
      GenericDoublesView<OtherStorage> emboss_reserved_local_other) const {
    backing_.UncheckedCopyFrom(
        emboss_reserved_local_other.BackingStorage(),
        emboss_reserved_local_other.IntrinsicSizeInBytes().UncheckedRead());
  }

  template <typename OtherStorage>
  void CopyFrom(
      GenericDoublesView<OtherStorage> emboss_reserved_local_other) const {
    backing_.CopyFrom(
        emboss_reserved_local_other.BackingStorage(),
        emboss_reserved_local_other.IntrinsicSizeInBytes().Read());
  }
  template <typename OtherStorage>
  bool TryToCopyFrom(
      GenericDoublesView<OtherStorage> emboss_reserved_local_other) const {
    return emboss_reserved_local_other.Ok() &&
           backing_.TryToCopyFrom(
               emboss_reserved_local_other.BackingStorage(),
               emboss_reserved_local_other.IntrinsicSizeInBytes().Read());
  }

  template <class Stream>
  bool UpdateFromTextStream(Stream* emboss_reserved_local_stream) const {
    ::std::string emboss_reserved_local_brace;
    if (!::emboss::support::ReadToken(emboss_reserved_local_stream,
                                      &emboss_reserved_local_brace))
      return false;
    if (emboss_reserved_local_brace != "{") return false;
    for (;;) {
      ::std::string emboss_reserved_local_name;
      if (!::emboss::support::ReadToken(emboss_reserved_local_stream,
                                        &emboss_reserved_local_name))
        return false;
      if (emboss_reserved_local_name == ",")
        if (!::emboss::support::ReadToken(emboss_reserved_local_stream,
                                          &emboss_reserved_local_name))
          return false;
      if (emboss_reserved_local_name == "}") return true;
      ::std::string emboss_reserved_local_colon;
      if (!::emboss::support::ReadToken(emboss_reserved_local_stream,
                                        &emboss_reserved_local_colon))
        return false;
      if (emboss_reserved_local_colon != ":") return false;
      if (emboss_reserved_local_name == "double_little_endian") {
        if (!double_little_endian().UpdateFromTextStream(
                emboss_reserved_local_stream)) {
          return false;
        }
        continue;
      }

      if (emboss_reserved_local_name == "double_big_endian") {
        if (!double_big_endian().UpdateFromTextStream(
                emboss_reserved_local_stream)) {
          return false;
        }
        continue;
      }

      return false;
    }
  }

  template <class Stream>
  void WriteToTextStream(
      Stream* emboss_reserved_local_stream,
      ::emboss::TextOutputOptions emboss_reserved_local_options) const {
    ::emboss::TextOutputOptions emboss_reserved_local_field_options =
        emboss_reserved_local_options.PlusOneIndent();
    if (emboss_reserved_local_options.multiline()) {
      emboss_reserved_local_stream->Write("{\n");
    } else {
      emboss_reserved_local_stream->Write("{");
    }
    bool emboss_reserved_local_wrote_field = false;
    if (has_double_little_endian().ValueOr(false)) {
      if (!emboss_reserved_local_field_options.allow_partial_output() ||
          double_little_endian().IsAggregate() || double_little_endian().Ok()) {
        if (emboss_reserved_local_field_options.multiline()) {
          emboss_reserved_local_stream->Write(
              emboss_reserved_local_field_options.current_indent());
        } else {
          if (emboss_reserved_local_wrote_field) {
            emboss_reserved_local_stream->Write(",");
          }
          emboss_reserved_local_stream->Write(" ");
        }
        emboss_reserved_local_stream->Write("double_little_endian: ");
        double_little_endian().WriteToTextStream(
            emboss_reserved_local_stream, emboss_reserved_local_field_options);
        emboss_reserved_local_wrote_field = true;
        if (emboss_reserved_local_field_options.multiline()) {
          emboss_reserved_local_stream->Write("\n");
        }
      } else if (emboss_reserved_local_field_options.allow_partial_output() &&
                 emboss_reserved_local_field_options.comments() &&
                 !double_little_endian().IsAggregate() &&
                 !double_little_endian().Ok()) {
        if (emboss_reserved_local_field_options.multiline()) {
          emboss_reserved_local_stream->Write(
              emboss_reserved_local_field_options.current_indent());
        }
        emboss_reserved_local_stream->Write(
            "# double_little_endian: UNREADABLE\n");
      }
    }

    if (has_double_big_endian().ValueOr(false)) {
      if (!emboss_reserved_local_field_options.allow_partial_output() ||
          double_big_endian().IsAggregate() || double_big_endian().Ok()) {
        if (emboss_reserved_local_field_options.multiline()) {
          emboss_reserved_local_stream->Write(
              emboss_reserved_local_field_options.current_indent());
        } else {
          if (emboss_reserved_local_wrote_field) {
            emboss_reserved_local_stream->Write(",");
          }
          emboss_reserved_local_stream->Write(" ");
        }
        emboss_reserved_local_stream->Write("double_big_endian: ");
        double_big_endian().WriteToTextStream(
            emboss_reserved_local_stream, emboss_reserved_local_field_options);
        emboss_reserved_local_wrote_field = true;
        if (emboss_reserved_local_field_options.multiline()) {
          emboss_reserved_local_stream->Write("\n");
        }
      } else if (emboss_reserved_local_field_options.allow_partial_output() &&
                 emboss_reserved_local_field_options.comments() &&
                 !double_big_endian().IsAggregate() &&
                 !double_big_endian().Ok()) {
        if (emboss_reserved_local_field_options.multiline()) {
          emboss_reserved_local_stream->Write(
              emboss_reserved_local_field_options.current_indent());
        }
        emboss_reserved_local_stream->Write(
            "# double_big_endian: UNREADABLE\n");
      }
    }

    (void)emboss_reserved_local_wrote_field;
    if (emboss_reserved_local_options.multiline()) {
      emboss_reserved_local_stream->Write(
          emboss_reserved_local_options.current_indent());
      emboss_reserved_local_stream->Write("}");
    } else {
      emboss_reserved_local_stream->Write(" }");
    }
  }

  static constexpr bool IsAggregate() { return true; }

 public:
  typename ::emboss::prelude::FloatView<
      /**/ ::emboss::support::FixedSizeViewParameters<
          64, ::emboss::support::AllValuesAreOk>,
      typename ::emboss::support::BitBlock<
          /**/ ::emboss::support::LittleEndianByteOrderer<
              typename Storage::template OffsetStorageType</**/ 0, 0>>,
          64>>

  double_little_endian() const;
  ::emboss::support::Maybe<bool> has_double_little_endian() const;

 public:
  typename ::emboss::prelude::FloatView<
      /**/ ::emboss::support::FixedSizeViewParameters<
          64, ::emboss::support::AllValuesAreOk>,
      typename ::emboss::support::BitBlock<
          /**/ ::emboss::support::BigEndianByteOrderer<
              typename Storage::template OffsetStorageType</**/ 0, 8>>,
          64>>

  double_big_endian() const;
  ::emboss::support::Maybe<bool> has_double_big_endian() const;

 public:
  class EmbossReservedDollarVirtualIntrinsicSizeInBytesView final {
   public:
    using ValueType = ::std::int32_t;

    constexpr EmbossReservedDollarVirtualIntrinsicSizeInBytesView() {}
    EmbossReservedDollarVirtualIntrinsicSizeInBytesView(
        const EmbossReservedDollarVirtualIntrinsicSizeInBytesView&) = default;
    EmbossReservedDollarVirtualIntrinsicSizeInBytesView(
        EmbossReservedDollarVirtualIntrinsicSizeInBytesView&&) = default;
    EmbossReservedDollarVirtualIntrinsicSizeInBytesView& operator=(
        const EmbossReservedDollarVirtualIntrinsicSizeInBytesView&) = default;
    EmbossReservedDollarVirtualIntrinsicSizeInBytesView& operator=(
        EmbossReservedDollarVirtualIntrinsicSizeInBytesView&&) = default;
    ~EmbossReservedDollarVirtualIntrinsicSizeInBytesView() = default;

    static constexpr ::std::int32_t Read();
    static constexpr ::std::int32_t UncheckedRead();
    static constexpr bool Ok() { return true; }
    template <class Stream>
    void WriteToTextStream(Stream* emboss_reserved_local_stream,
                           const ::emboss::TextOutputOptions&
                               emboss_reserved_local_options) const {
      ::emboss::support::WriteIntegerViewToTextStream(
          this, emboss_reserved_local_stream, emboss_reserved_local_options);
    }

    static constexpr bool IsAggregate() { return false; }
  };

  static constexpr EmbossReservedDollarVirtualIntrinsicSizeInBytesView
  IntrinsicSizeInBytes() {
    return EmbossReservedDollarVirtualIntrinsicSizeInBytesView();
  }
  static constexpr ::emboss::support::Maybe<bool> has_IntrinsicSizeInBytes() {
    return ::emboss::support::Maybe<bool>(true);
  }

 public:
  class EmbossReservedDollarVirtualMaxSizeInBytesView final {
   public:
    using ValueType = ::std::int32_t;

    constexpr EmbossReservedDollarVirtualMaxSizeInBytesView() {}
    EmbossReservedDollarVirtualMaxSizeInBytesView(
        const EmbossReservedDollarVirtualMaxSizeInBytesView&) = default;
    EmbossReservedDollarVirtualMaxSizeInBytesView(
        EmbossReservedDollarVirtualMaxSizeInBytesView&&) = default;
    EmbossReservedDollarVirtualMaxSizeInBytesView& operator=(
        const EmbossReservedDollarVirtualMaxSizeInBytesView&) = default;
    EmbossReservedDollarVirtualMaxSizeInBytesView& operator=(
        EmbossReservedDollarVirtualMaxSizeInBytesView&&) = default;
    ~EmbossReservedDollarVirtualMaxSizeInBytesView() = default;

    static constexpr ::std::int32_t Read();
    static constexpr ::std::int32_t UncheckedRead();
    static constexpr bool Ok() { return true; }
    template <class Stream>
    void WriteToTextStream(Stream* emboss_reserved_local_stream,
                           const ::emboss::TextOutputOptions&
                               emboss_reserved_local_options) const {
      ::emboss::support::WriteIntegerViewToTextStream(
          this, emboss_reserved_local_stream, emboss_reserved_local_options);
    }

    static constexpr bool IsAggregate() { return false; }
  };

  static constexpr EmbossReservedDollarVirtualMaxSizeInBytesView
  MaxSizeInBytes() {
    return EmbossReservedDollarVirtualMaxSizeInBytesView();
  }
  static constexpr ::emboss::support::Maybe<bool> has_MaxSizeInBytes() {
    return ::emboss::support::Maybe<bool>(true);
  }

 public:
  class EmbossReservedDollarVirtualMinSizeInBytesView final {
   public:
    using ValueType = ::std::int32_t;

    constexpr EmbossReservedDollarVirtualMinSizeInBytesView() {}
    EmbossReservedDollarVirtualMinSizeInBytesView(
        const EmbossReservedDollarVirtualMinSizeInBytesView&) = default;
    EmbossReservedDollarVirtualMinSizeInBytesView(
        EmbossReservedDollarVirtualMinSizeInBytesView&&) = default;
    EmbossReservedDollarVirtualMinSizeInBytesView& operator=(
        const EmbossReservedDollarVirtualMinSizeInBytesView&) = default;
    EmbossReservedDollarVirtualMinSizeInBytesView& operator=(
        EmbossReservedDollarVirtualMinSizeInBytesView&&) = default;
    ~EmbossReservedDollarVirtualMinSizeInBytesView() = default;

    static constexpr ::std::int32_t Read();
    static constexpr ::std::int32_t UncheckedRead();
    static constexpr bool Ok() { return true; }
    template <class Stream>
    void WriteToTextStream(Stream* emboss_reserved_local_stream,
                           const ::emboss::TextOutputOptions&
                               emboss_reserved_local_options) const {
      ::emboss::support::WriteIntegerViewToTextStream(
          this, emboss_reserved_local_stream, emboss_reserved_local_options);
    }

    static constexpr bool IsAggregate() { return false; }
  };

  static constexpr EmbossReservedDollarVirtualMinSizeInBytesView
  MinSizeInBytes() {
    return EmbossReservedDollarVirtualMinSizeInBytesView();
  }
  static constexpr ::emboss::support::Maybe<bool> has_MinSizeInBytes() {
    return ::emboss::support::Maybe<bool>(true);
  }

 private:
  Storage backing_;

  template <class OtherStorage>
  friend class GenericDoublesView;
};
using DoublesView =
    GenericDoublesView</**/ ::emboss::support::ReadOnlyContiguousBuffer>;
using DoublesWriter =
    GenericDoublesView</**/ ::emboss::support::ReadWriteContiguousBuffer>;

template <class View>
struct EmbossReservedInternalIsGenericDoublesView {
  static constexpr const bool value = false;
};

template <class Storage>
struct EmbossReservedInternalIsGenericDoublesView<GenericDoublesView<Storage>> {
  static constexpr const bool value = true;
};

template <typename T>
inline GenericDoublesView<
    /**/ ::emboss::support::ContiguousBuffer<
        typename ::std::remove_reference<
            decltype(*::std::declval<T>()->data())>::type,
        1, 0>>
MakeDoublesView(T&& emboss_reserved_local_arg) {
  return GenericDoublesView<
      /**/ ::emboss::support::ContiguousBuffer<
          typename ::std::remove_reference<
              decltype(*::std::declval<T>()->data())>::type,
          1, 0>>(::std::forward<T>(emboss_reserved_local_arg));
}

template <typename T>
inline GenericDoublesView</**/ ::emboss::support::ContiguousBuffer<T, 1, 0>>
MakeDoublesView(T* emboss_reserved_local_data,
                ::std::size_t emboss_reserved_local_size) {
  return GenericDoublesView</**/ ::emboss::support::ContiguousBuffer<T, 1, 0>>(
      emboss_reserved_local_data, emboss_reserved_local_size);
}

template <typename T, ::std::size_t kAlignment>
inline GenericDoublesView<
    /**/ ::emboss::support::ContiguousBuffer<T, kAlignment, 0>>
MakeAlignedDoublesView(T* emboss_reserved_local_data,
                       ::std::size_t emboss_reserved_local_size) {
  return GenericDoublesView<
      /**/ ::emboss::support::ContiguousBuffer<T, kAlignment, 0>>(
      emboss_reserved_local_data, emboss_reserved_local_size);
}

namespace Floats {}  // namespace Floats

template <class Storage>
inline typename ::emboss::prelude::FloatView<
    /**/ ::emboss::support::FixedSizeViewParameters<
        32, ::emboss::support::AllValuesAreOk>,
    typename ::emboss::support::BitBlock<
        /**/ ::emboss::support::LittleEndianByteOrderer<
            typename Storage::template OffsetStorageType</**/ 0, 0>>,
        32>>

GenericFloatsView<Storage>::float_little_endian() const {
  if (has_float_little_endian().ValueOr(false)) {
    auto emboss_reserved_local_size =
        ::emboss::support::Maybe</**/ ::std::int32_t>(
            static_cast</**/ ::std::int32_t>(4LL));
    auto emboss_reserved_local_offset =
        ::emboss::support::Maybe</**/ ::std::int32_t>(
            static_cast</**/ ::std::int32_t>(0LL));
    if (emboss_reserved_local_size.Known() &&
        emboss_reserved_local_size.ValueOr(0) >= 0 &&
        emboss_reserved_local_offset.Known() &&
        emboss_reserved_local_offset.ValueOr(0) >= 0) {
      return ::emboss::prelude::FloatView<
          /**/ ::emboss::support::FixedSizeViewParameters<
              32, ::emboss::support::AllValuesAreOk>,
          typename ::emboss::support::BitBlock<
              /**/ ::emboss::support::LittleEndianByteOrderer<
                  typename Storage::template OffsetStorageType</**/ 0, 0>>,
              32>>

          (backing_.template GetOffsetStorage<0, 0>(
              emboss_reserved_local_offset.ValueOrDefault(),
              emboss_reserved_local_size.ValueOrDefault()));
    }
  }
  return ::emboss::prelude::FloatView<
      /**/ ::emboss::support::FixedSizeViewParameters<
          32, ::emboss::support::AllValuesAreOk>,
      typename ::emboss::support::BitBlock<
          /**/ ::emboss::support::LittleEndianByteOrderer<
              typename Storage::template OffsetStorageType</**/ 0, 0>>,
          32>>

      ();
}

template <class Storage>
inline ::emboss::support::Maybe<bool>
GenericFloatsView<Storage>::has_float_little_endian() const {
  return ::emboss::support::Maybe</**/ bool>(true);
}

template <class Storage>
inline typename ::emboss::prelude::FloatView<
    /**/ ::emboss::support::FixedSizeViewParameters<
        32, ::emboss::support::AllValuesAreOk>,
    typename ::emboss::support::BitBlock<
        /**/ ::emboss::support::BigEndianByteOrderer<
            typename Storage::template OffsetStorageType</**/ 0, 4>>,
        32>>

GenericFloatsView<Storage>::float_big_endian() const {
  if (has_float_big_endian().ValueOr(false)) {
    auto emboss_reserved_local_size =
        ::emboss::support::Maybe</**/ ::std::int32_t>(
            static_cast</**/ ::std::int32_t>(4LL));
    auto emboss_reserved_local_offset =
        ::emboss::support::Maybe</**/ ::std::int32_t>(
            static_cast</**/ ::std::int32_t>(4LL));
    if (emboss_reserved_local_size.Known() &&
        emboss_reserved_local_size.ValueOr(0) >= 0 &&
        emboss_reserved_local_offset.Known() &&
        emboss_reserved_local_offset.ValueOr(0) >= 0) {
      return ::emboss::prelude::FloatView<
          /**/ ::emboss::support::FixedSizeViewParameters<
              32, ::emboss::support::AllValuesAreOk>,
          typename ::emboss::support::BitBlock<
              /**/ ::emboss::support::BigEndianByteOrderer<
                  typename Storage::template OffsetStorageType</**/ 0, 4>>,
              32>>

          (backing_.template GetOffsetStorage<0, 4>(
              emboss_reserved_local_offset.ValueOrDefault(),
              emboss_reserved_local_size.ValueOrDefault()));
    }
  }
  return ::emboss::prelude::FloatView<
      /**/ ::emboss::support::FixedSizeViewParameters<
          32, ::emboss::support::AllValuesAreOk>,
      typename ::emboss::support::BitBlock<
          /**/ ::emboss::support::BigEndianByteOrderer<
              typename Storage::template OffsetStorageType</**/ 0, 4>>,
          32>>

      ();
}

template <class Storage>
inline ::emboss::support::Maybe<bool>
GenericFloatsView<Storage>::has_float_big_endian() const {
  return ::emboss::support::Maybe</**/ bool>(true);
}

namespace Floats {
inline constexpr ::std::int32_t IntrinsicSizeInBytes() {
  return ::emboss::support::Maybe</**/ ::std::int32_t>(
             static_cast</**/ ::std::int32_t>(8LL))
      .ValueOrDefault();
}
}  // namespace Floats

template <class Storage>
inline constexpr ::std::int32_t GenericFloatsView<
    Storage>::EmbossReservedDollarVirtualIntrinsicSizeInBytesView::Read() {
  return Floats::IntrinsicSizeInBytes();
}

template <class Storage>
inline constexpr ::std::int32_t GenericFloatsView<Storage>::
    EmbossReservedDollarVirtualIntrinsicSizeInBytesView::UncheckedRead() {
  return Floats::IntrinsicSizeInBytes();
}

namespace Floats {
inline constexpr ::std::int32_t MaxSizeInBytes() {
  return ::emboss::support::Maybe</**/ ::std::int32_t>(
             static_cast</**/ ::std::int32_t>(8LL))
      .ValueOrDefault();
}
}  // namespace Floats

template <class Storage>
inline constexpr ::std::int32_t GenericFloatsView<
    Storage>::EmbossReservedDollarVirtualMaxSizeInBytesView::Read() {
  return Floats::MaxSizeInBytes();
}

template <class Storage>
inline constexpr ::std::int32_t GenericFloatsView<
    Storage>::EmbossReservedDollarVirtualMaxSizeInBytesView::UncheckedRead() {
  return Floats::MaxSizeInBytes();
}

namespace Floats {
inline constexpr ::std::int32_t MinSizeInBytes() {
  return ::emboss::support::Maybe</**/ ::std::int32_t>(
             static_cast</**/ ::std::int32_t>(8LL))
      .ValueOrDefault();
}
}  // namespace Floats

template <class Storage>
inline constexpr ::std::int32_t GenericFloatsView<
    Storage>::EmbossReservedDollarVirtualMinSizeInBytesView::Read() {
  return Floats::MinSizeInBytes();
}

template <class Storage>
inline constexpr ::std::int32_t GenericFloatsView<
    Storage>::EmbossReservedDollarVirtualMinSizeInBytesView::UncheckedRead() {
  return Floats::MinSizeInBytes();
}
namespace Doubles {}  // namespace Doubles

template <class Storage>
inline typename ::emboss::prelude::FloatView<
    /**/ ::emboss::support::FixedSizeViewParameters<
        64, ::emboss::support::AllValuesAreOk>,
    typename ::emboss::support::BitBlock<
        /**/ ::emboss::support::LittleEndianByteOrderer<
            typename Storage::template OffsetStorageType</**/ 0, 0>>,
        64>>

GenericDoublesView<Storage>::double_little_endian() const {
  if (has_double_little_endian().ValueOr(false)) {
    auto emboss_reserved_local_size =
        ::emboss::support::Maybe</**/ ::std::int32_t>(
            static_cast</**/ ::std::int32_t>(8LL));
    auto emboss_reserved_local_offset =
        ::emboss::support::Maybe</**/ ::std::int32_t>(
            static_cast</**/ ::std::int32_t>(0LL));
    if (emboss_reserved_local_size.Known() &&
        emboss_reserved_local_size.ValueOr(0) >= 0 &&
        emboss_reserved_local_offset.Known() &&
        emboss_reserved_local_offset.ValueOr(0) >= 0) {
      return ::emboss::prelude::FloatView<
          /**/ ::emboss::support::FixedSizeViewParameters<
              64, ::emboss::support::AllValuesAreOk>,
          typename ::emboss::support::BitBlock<
              /**/ ::emboss::support::LittleEndianByteOrderer<
                  typename Storage::template OffsetStorageType</**/ 0, 0>>,
              64>>

          (backing_.template GetOffsetStorage<0, 0>(
              emboss_reserved_local_offset.ValueOrDefault(),
              emboss_reserved_local_size.ValueOrDefault()));
    }
  }
  return ::emboss::prelude::FloatView<
      /**/ ::emboss::support::FixedSizeViewParameters<
          64, ::emboss::support::AllValuesAreOk>,
      typename ::emboss::support::BitBlock<
          /**/ ::emboss::support::LittleEndianByteOrderer<
              typename Storage::template OffsetStorageType</**/ 0, 0>>,
          64>>

      ();
}

template <class Storage>
inline ::emboss::support::Maybe<bool>
GenericDoublesView<Storage>::has_double_little_endian() const {
  return ::emboss::support::Maybe</**/ bool>(true);
}

template <class Storage>
inline typename ::emboss::prelude::FloatView<
    /**/ ::emboss::support::FixedSizeViewParameters<
        64, ::emboss::support::AllValuesAreOk>,
    typename ::emboss::support::BitBlock<
        /**/ ::emboss::support::BigEndianByteOrderer<
            typename Storage::template OffsetStorageType</**/ 0, 8>>,
        64>>

GenericDoublesView<Storage>::double_big_endian() const {
  if (has_double_big_endian().ValueOr(false)) {
    auto emboss_reserved_local_size =
        ::emboss::support::Maybe</**/ ::std::int32_t>(
            static_cast</**/ ::std::int32_t>(8LL));
    auto emboss_reserved_local_offset =
        ::emboss::support::Maybe</**/ ::std::int32_t>(
            static_cast</**/ ::std::int32_t>(8LL));
    if (emboss_reserved_local_size.Known() &&
        emboss_reserved_local_size.ValueOr(0) >= 0 &&
        emboss_reserved_local_offset.Known() &&
        emboss_reserved_local_offset.ValueOr(0) >= 0) {
      return ::emboss::prelude::FloatView<
          /**/ ::emboss::support::FixedSizeViewParameters<
              64, ::emboss::support::AllValuesAreOk>,
          typename ::emboss::support::BitBlock<
              /**/ ::emboss::support::BigEndianByteOrderer<
                  typename Storage::template OffsetStorageType</**/ 0, 8>>,
              64>>

          (backing_.template GetOffsetStorage<0, 8>(
              emboss_reserved_local_offset.ValueOrDefault(),
              emboss_reserved_local_size.ValueOrDefault()));
    }
  }
  return ::emboss::prelude::FloatView<
      /**/ ::emboss::support::FixedSizeViewParameters<
          64, ::emboss::support::AllValuesAreOk>,
      typename ::emboss::support::BitBlock<
          /**/ ::emboss::support::BigEndianByteOrderer<
              typename Storage::template OffsetStorageType</**/ 0, 8>>,
          64>>

      ();
}

template <class Storage>
inline ::emboss::support::Maybe<bool>
GenericDoublesView<Storage>::has_double_big_endian() const {
  return ::emboss::support::Maybe</**/ bool>(true);
}

namespace Doubles {
inline constexpr ::std::int32_t IntrinsicSizeInBytes() {
  return ::emboss::support::Maybe</**/ ::std::int32_t>(
             static_cast</**/ ::std::int32_t>(16LL))
      .ValueOrDefault();
}
}  // namespace Doubles

template <class Storage>
inline constexpr ::std::int32_t GenericDoublesView<
    Storage>::EmbossReservedDollarVirtualIntrinsicSizeInBytesView::Read() {
  return Doubles::IntrinsicSizeInBytes();
}

template <class Storage>
inline constexpr ::std::int32_t GenericDoublesView<Storage>::
    EmbossReservedDollarVirtualIntrinsicSizeInBytesView::UncheckedRead() {
  return Doubles::IntrinsicSizeInBytes();
}

namespace Doubles {
inline constexpr ::std::int32_t MaxSizeInBytes() {
  return ::emboss::support::Maybe</**/ ::std::int32_t>(
             static_cast</**/ ::std::int32_t>(16LL))
      .ValueOrDefault();
}
}  // namespace Doubles

template <class Storage>
inline constexpr ::std::int32_t GenericDoublesView<
    Storage>::EmbossReservedDollarVirtualMaxSizeInBytesView::Read() {
  return Doubles::MaxSizeInBytes();
}

template <class Storage>
inline constexpr ::std::int32_t GenericDoublesView<
    Storage>::EmbossReservedDollarVirtualMaxSizeInBytesView::UncheckedRead() {
  return Doubles::MaxSizeInBytes();
}

namespace Doubles {
inline constexpr ::std::int32_t MinSizeInBytes() {
  return ::emboss::support::Maybe</**/ ::std::int32_t>(
             static_cast</**/ ::std::int32_t>(16LL))
      .ValueOrDefault();
}
}  // namespace Doubles

template <class Storage>
inline constexpr ::std::int32_t GenericDoublesView<
    Storage>::EmbossReservedDollarVirtualMinSizeInBytesView::Read() {
  return Doubles::MinSizeInBytes();
}

template <class Storage>
inline constexpr ::std::int32_t GenericDoublesView<
    Storage>::EmbossReservedDollarVirtualMinSizeInBytesView::UncheckedRead() {
  return Doubles::MinSizeInBytes();
}

}  // namespace test

}  // namespace emboss

/* NOLINTEND */

#endif  // TESTDATA_FLOAT_EMB_H_